JP2018069532A - Date management device for data stamp, and date stamp - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a date management device for a data stamp capable of preventing the date stamp from being used in a state having an incorrect date, as well as being downsized with a structure simpler than conventional ones, and reduced in cost.SOLUTION: A date management device for a data stamp comprises: a date stamp 1 allowing data to be manually changed, a reception body 2 for receiving the date stamp 1 when not in use; clocking means 75 for clocking date, disposed in the reception body 2; date detection means 3 for detecting a date state of the date stamp 1 specified by printing blocks 29 arranged in a stamp position; and notification means 67 for notifying a user of inappropriate date state at the stamping position of the date stamp 1 when a detected result of the date state of the date stamp 1 at the stamp position detected by the date detection means 3 and a clocked result clocked by the clocking means 75 are compared to find their disagreement, in a state where the date stamp 1 is received in the reception body 2.SELECTED DRAWING: Figure 1

Description

  The present invention can confirm whether or not the date of the date stamp is appropriate, and if the date is incorrect, inform the user by sound, light, vibration, character display, etc., and prompt the user to correct the date. The present invention relates to a date management device for date stamps and date stamps for date management devices.

  Regarding the date management device of the present invention, a device referred to as an attached / detached device of Patent Document 1 is known. This apparatus includes a date stamp provided with a plurality of printing belts, and a controller that checks and automatically adjusts the date of the date stamp. A slide frame with a fixed printing body is provided on the stamped side of the date stamp, and when the date stamp is set in the controller storage section, the slide frame is slid away from the date stamp body. Then, make the print belt ready for feeding operation. The controller is provided with a belt rotating mechanism for feeding the print belt, a control unit for controlling the operating state of the mechanism, an operation unit for setting the date, and the like. The belt rotation mechanism is composed of a motor, a gear train, a belt feeder, and the like. For example, when the motor is driven to rotate forward, the date display print belt is fed and the motor is driven to rotate backward. Feed the month display belt.

Japanese Patent Laying-Open No. 2011-116000 (paragraph numbers 0118 to 0121, FIG. 8)

  According to the apparatus of Patent Document 1, since the adjustment of the “month and day” of the date stamp is automatically performed by the controller, it is possible to completely eliminate the trouble of the date adjustment of the date stamp. In addition, unlike a normal rotation mark, a feed dial for feeding the print belt to the date mark is not provided, so that intentional date falsification can be reliably prevented. However, since the belt rotation mechanism is composed of a motor, a gear train, a belt feeder, etc., the structure of the entire apparatus is complicated and it is inevitable that the space occupied by the controller is increased, and the overall cost is extremely high. Moreover, although the apparatus like patent document 1 was developed supposing being used in a financial institution, an insurance organization, etc. other than the convenience store which receives public charges, a telephone charge, etc., for example, Since the date adjustment is performed automatically, if the requester wants the date of receipt of the date stamp to be a date after tomorrow, it is not possible to respond flexibly, and it is notable for practical convenience. There are disadvantages. However, although it is possible to change the receipt date by resetting the controller date, it takes a long time to change the date (in the actual machine in which the invention according to Patent Document 1 is implemented, at least the date change is required). It takes a few minutes.) Since it is necessary to reset the date after the date after the change (and this also takes at least a few minutes), a series of work is troublesome, and this is also practically convenient. There is a disadvantage to sex. Further, since the belt rotation mechanism including the motor is driven, power consumption is enormous, and if the primary battery runs out of battery, there is a risk of being stamped with an incorrect date.

An object of the present invention is to prevent a date stamp from being used while the date state is in an incorrect state, and moreover, a date stamp that is simpler in structure, smaller in size and lower in cost than a conventional device. It is to provide a date management device.
Moreover, the objective of this invention is providing the date stamp suitable for said date management apparatus.

  The date management device for date stamps according to the present invention has a plurality of print belts 28a to 28d provided with a print block 29 corresponding to year / month / day information, and is operated by rotating each of the print belts 28a to 28d. The date stamp 1 can be changed manually, the storage body 2 in which the date stamp 1 when not in use is stored, the time keeping means 75 provided in the storage body 2 for measuring the date, and the stamping position The date detection means 3 for detecting the date state of the date stamp 1 defined by the printing block 29 in FIG. 3 and the date stamp 1 detected by the date detection means 3 in the state where the date stamp 1 is stored in the storage body 2. A comparison is made between the detection result of the date status of the stamp position and the timing result measured by the clock means 75. If the two results do not match, the user is informed that the date status of the stamp position of date stamp 1 is inappropriate. Announcer to inform 67, characterized in that it comprises a.

  The informing means 67 alerts the user with at least one display element selected from sound display, light display, vibration display, and character display.

  In a state in which the date stamp 1 is stored in the storage body 2, the detection result of the date state of the stamp position of the date stamp 1 detected by the date detection unit 3 is compared with the timing result measured by the time measuring unit 75. When the results do not coincide with each other, there is provided a stamp limiting means 95 that limits the stamping operation by the date stamp 1 so that the stamping is impossible.

  A solar cell panel 64 is provided on the outer surface of the storage body 2. A charging unit 77 for adjusting a current generated by the solar cell panel 64 and a secondary charged by the charging unit 77 are provided inside the storage body 2. It is possible to adopt a configuration in which a battery 74 is provided and at least the date detection unit 3 and the notification unit 67 are driven by using the secondary battery 74 as a power source.

  The date detection means 3 includes a detected element 54 that moves along with the print belts 28 a to 28 d and a detection element 53 for detecting position information of the detected element 54. Then, by reading the position of the detected element 54 via the detection element 53, the rotation status of the print belts 28a to 28d can be read, and the date state of the stamp position of the date stamp 1 can be detected. .

  A plurality of date detection boards 46 are fixed inside the main body case 5 corresponding to each of the print belts 28 a to 28 d, and a detection element 53 is provided on each date detection board 46. The detection element 53 includes a group of fixed electrodes 47 provided on the date detection board 46 corresponding to the print block 29 and an electric resistance 48 that connects the adjacent fixed electrodes 47 to each other. The print belts 28a to 28d are provided with brush electrodes 35 that are detected elements 54. Corresponding to the feeding operation of the print belts 28a to 28d, the brush electrode 35 is selectively brought into contact with the fixed electrode 47, and the electric resistance value between the brush electrode 35 and the ground side connection terminal 15a is changed. Thus, it is possible to adopt a form in which the date state of the stamp position of date stamp 1 can be detected.

  Further, according to the present invention, a plurality of print belts 28a to 28d having a print block 29 corresponding to the date information are provided in the main body case 5, and the printing belts 28a to 28d are operated by rotating the print belts 28a to 28d. The date stamp 1 can be manually changed and is configured to be stored in the storage body 2 when not in use. The date stamp 1 includes a detected element 54 that moves in accordance with the rotation of the print belts 28a to 28d. When the detected element 54 is detected, the date state defined by the print block 29 at the stamping position is provided. Is configured to be detected. When the date stamp 1 is stored in the storage body 2 when not in use, the time measurement result of the time measuring means 75 provided in the storage body 2 and the stamping position of the date stamp 1 detected via the detected element 54 are displayed. The date state is compared, and when both the results do not match, the user is notified that the date state at the stamping position of the date stamp 1 is inappropriate.

  A plurality of date detection boards 46 are provided corresponding to the print belts 28a to 28d. Each date detection board 46 is provided with a group of fixed electrodes 47 and an electrical resistor 48 for connecting adjacent fixed electrodes 47. The printing belts 28a to 28d are provided with brush electrodes 35 that accompany them and selectively contact the fixed electrodes 47. Corresponding to the feeding operation of the print belts 28a to 28d, the brush electrode 35 comes into contact with a different fixed electrode 47, and the electrical resistance value between the brush electrode 35 and the ground side connection terminal 15a is changed. The date state of the stamping position can be confirmed based on the electric resistance value.

  According to the date management device for date stamps according to the present invention, the date state of the stamp position of the date stamp 1 detected by the date detection means 3 in the state where the date stamp 1 is stored in the storage body 2 If it is different from the current date, the notification means 67 can be operated to notify the user that the date state of the date stamp 1 is inappropriate. Therefore, by using the date management device for date stamps according to the present invention, it is possible to reliably prevent the stamping operation from being executed while the date state of the date stamp 1 is in an inappropriate state by calling the user's attention. . Further, the date management device according to the present invention only detects the date state of the date stamp 1 by the date detection means 3, compares the detection result with the current date of the time measurement means 75, and activates the notification means 67. Compared with a conventional device such as Patent Document 1 that automatically adjusts the date and month of the date using a controller, the overall structure of the date management device is simplified, and the device is downsized and reduced in cost. it can.

  Further, the date stamp 1 constituting the date management apparatus according to the present invention can manually change the date to be stamped by rotating each of the print belts 28a to 28d. However, since there is no difference from the normal date stamp 1, the date can be changed more easily and quickly than the conventional device such as Patent Document 1 in which the date is automatically changed by the controller. Changes can be made. For this reason, according to the date management device according to the present invention, when the date stamp 1 is taken out of the storage body 2, the user can freely change the date state of the date stamp 1, for example, at a convenience store If the store clerk who is the user receives a request from the payer to set the date stamp to a date after tomorrow when accepting services such as phone bills or phone charges, the date of date stamp 1 is changed. Thus, it is possible to take a flexible response such as changing the receipt date. Therefore, the date management device according to the present invention is far superior to the conventional device of Patent Document 1 in terms of practical convenience. Similarly, according to the date management device of the present invention, in the case of receiving the proxy for the utility bill at the last minute of the date change, the date of the actual procedure and the receipt stamp stamped by the date stamp 1 Even in a case where the date is different from the date, it is possible to change the date of the date stamp 1 more easily and take a flexible measure, and this is also highly practical.

  Even if the date change operation of the date stamp 1 as described above is performed from the beginning, the notification means 67 is activated by storing the date stamp 1 in the storage body 2 and the user's attention is drawn. Is done. For this reason, in the subsequent stamping operation using the date stamp 1, the stamping operation is not performed with an incorrect date. In addition, since the date stamp 1 can be manually changed by rotating each of the print belts 28a to 28d, after performing the date changing operation as described above, It is extremely simple and quick to change the date stamp 1 to the correct date.

  In addition, it is preferable that the operation | movement timing of the alerting | reporting means 67 is when the date stamp 1 is removed from the storage body 2 (immediately after taking out). This is because the date stamp 1 is imprinted when the notifying means 67 is operated in a state where the date state of the date stamp 1 is different from the current date of the time measuring means 75 and the date stamp 1 is removed from the storage body 2. Immediately before the user's attention is given, the user can clearly recognize that the date status of date stamp 1 is incorrect and that the date status of date stamp 1 needs to be corrected. It depends. Incidentally, when the notifying means 67 is operated only immediately after the date stamp 1 is stored in the storage body 2, when the date stamp 1 is stored in the storage body 2, the user is interested in the date stamp 1 and the storage body 2. There is a risk that it will leave and will be left as it is. For this reason, the date stamp 1 may be imprinted with an incorrect date, which may cause a problem about the suitability of the imprint date at a later date. Further, regardless of the storing operation and the detaching operation of the date stamp 1 in the storage body 2 as described above, when the date state of the date stamp 1 is different from the current date of the time measuring means 75, the notification means 67 is immediately activated. Such a configuration is not suitable because it causes a so-called “mystery phenomenon” that suddenly sounds a warning sound when the date changes after midnight. There is also a disadvantage in that power is wasted.

  The notification means 67 preferably activates at least one display element of sound display, light display, vibration display, and character display to alert the user. According to such a date management device, the user's attention can be clearly and reliably aroused through hearing, vision, touch, and the like, and the date stamp 1 can be further reliably prevented from being imprinted with an incorrect date. .

  In a state in which the date stamp 1 is stored in the storage body 2, the detection result of the date state of the stamp position of the date stamp 1 detected by the date detection unit 3 is compared with the timing result measured by the time measuring unit 75. When the results do not match, it is possible to provide a stamp restricting means 95 that restricts the stamping operation by the date stamp 1 so that the stamping is impossible. According to this, in combination with the alerting by the previous notification means 67, it is possible to reliably prevent the stamping operation from being executed while the date state of the date stamp 1 remains in an inappropriate state.

  The power source of the storage body 2 is a secondary battery 74 that is charged with the current generated by the solar battery panel 64, and at least the date detection unit 3 and the notification unit 67 are driven using the secondary battery 74 as a power source. If this is the case, it is possible to reduce the room for the date detection means 3 or the like to malfunction due to battery exhaustion. As mentioned above, since the date detection means 3 etc. can be operated stably over a long period of time, the reliability of the date management device can be improved.

  The date detection means 3 includes a detected element 54 that moves along with the print belts 28 a to 28 d and a detection element 53 for detecting positional information of the detected element 54. By reading the position of the detection element 54, the rotation state of the print belts 28a to 28d is read, and the date state of the stamping position of the date stamp 1 is detected. As described above, when the detection element 53 reads the position information of the detected element 54 that moves along with the print belts 28a to 28d and detects the date state of the stamp position of the date stamp 1, for example, printing By detecting the rotation state of a support member such as a pulley that supports the belts 28a to 28d, the date state can be detected more accurately than the configuration for detecting the date state.

  More specifically, the detection element 53 is configured by the fixed electrode 47 and the electrical resistance 48 provided on the date detection board 46, and the detected element 54 is the brush electrode 35 provided on the print belts 28a to 28d. it can. According to such date detection means 3, when the print belts 28a to 28d are fed, the brush electrode 35 is selectively brought into contact with the fixed electrode 47 so that the brush electrode 35 and the connection terminal 15a on the ground side are connected. The electric resistance value can be changed corresponding to each printing block 29. Accordingly, by measuring the electrical resistance value, it becomes possible to accurately detect the current date state of the date stamp 1 regardless of the state of the print belts 28a to 28d, and the date management device having excellent reliability. Can be obtained.

  According to the date stamp 1 according to the present invention, when the date stamp 1 is stored in the storage body 2 when not in use, the date state at the stamping position of the date stamp 1 is compared with the current date (time measurement result) of the time measuring means 75, and both results are compared. If the date mark 1 is different, the user is notified that the date state of the stamp position of the date stamp 1 is inappropriate. Therefore, the stamp operation is performed while the date state of the date stamp 1 is not appropriate. Can be reliably prevented from being executed. Further, the date stamp 1 according to the present invention can manually change the date to be stamped by rotating each of the print belts 28a to 28d. Therefore, the date can be changed more easily and quickly than the conventional device such as Patent Document 1 in which date change is automatically performed by the controller. . In addition, it is possible to cope with the situation where utility charges such as convenience stores as described above, telephone charges, etc. can be generated at the site of agency reception, which requires flexible customer response, so it is a date with excellent practical convenience A mark date management device can be realized.

  Further, when the printing belts 28a to 28d are fed, the brush electrode 35 is selectively brought into contact with the fixed electrode 47, and the electric resistance value between the brush electrode 35 and the ground-side connection terminal 15a is changed individually. If it is configured to be changed corresponding to the printing block 29, the current date state of the date stamp 1 can be determined regardless of the state of the printing belts 28a to 28d by measuring the electric resistance value. Accurate detection is possible, and a date management device with a date stamp having excellent reliability can be obtained.

It is a block diagram which shows notionally the date management apparatus which concerns on Example 1 of this invention. It is a perspective view which shows the state which isolate | separated the date stamp and stand which comprise a date management apparatus. It is a vertical side view of a date stamp. It is an exploded side view of a date stamp. It is a disassembled perspective view which shows a printing belt and a date detection means. It is a cross-sectional plan view of a date stamp. It is a front view of the state which opened the door of a date stamp. It is a vertical side view which shows the stamp state of a date stamp. It is a partially broken side view of the state which stored the date stamp in the stand. It is explanatory drawing which shows schematic structure of the date stamp which concerns on Example 2 of this invention. It is a partially broken side view which shows the date detection means which concerns on Example 3 of this invention. It is a partially broken side view which shows the stamp restriction | limiting part which concerns on Example 4 of this invention. It is a partially broken side view which shows the seal | sticker restriction part which concerns on Example 5 of this invention. It is a partially broken side view which shows the seal | sticker restriction part which concerns on Example 5 of this invention.

Embodiment 1 FIGS. 1 to 9 show Embodiment 1 of a date management apparatus according to the present invention. In the present invention, “front / rear”, “left / right”, and “upper / lower” refer to the cross arrows shown in FIG. 2 and FIG. In FIG. 2, the date management device includes a date stamp 1 capable of changing the date and a stand (storage body) 2 in which the date stamp 1 when not in use is stored and held. Between the date stamp 1 and the stand 2, date detection means 3 for detecting the state of the date imprinted by the date stamp 1 when the date stamp 1 is stored in the stand 2 is provided. The main body case 5 with the date stamp 1 includes a main case 7 that accommodates the printing unit 6 and a lower case 8 that is connected to the main case 7 so as to be slidable up and down. A pair of left and right tension coil type case springs 9 are provided. The latch structure of the case spring 9 will be described later.

  As shown in FIG. 4, the main case 7 is constituted by a front case 7a and a rear case 7b as a cylindrical case having a tunnel cross section, and a knob recess 12 is formed in the front of the front case 7a. The partial opening can be opened and closed by a door 13 having a partially arcuate cross section. As shown in FIG. 2, the rear wall of the rear case 7 b is formed flat, and the five connection terminals 15 a to 15 e are exposed on the inner surface of the terminal window 14 opened at the five left and right sides near the lower end. Yes. A convex lens 17 is provided at the center of the cap 16 attached to the upper end of the main case 7, and a light guide portion 17 a provided integrally with the convex lens 17 is fitted into a visual recognition window opened in the upper end wall of the main case 7. ing. The front case 7a and the rear case 7b are assembled to the left and right side surfaces of a belt frame 27, which will be described later, and fastened and fixed with screws 10.

  The lower case 8 includes a slide cylinder 18 that slides up and down along the inner surface of the main case 7, an adjustment ring 19 for height adjustment supported by the slide cylinder 18, an adjustment ring 19 and a screw 20 (see FIG. 3). It is comprised by the stamp face holder 21 connected through this. Although not shown, a pair of engaging claws are provided on the left and right sides of the lower end of the slide cylinder 18, and the adjusting ring 19 is engaged by engaging the engaging claws with a step portion on the inner surface of the lower end of the adjusting ring 19. Is supported for rotation only. A fixed printing body 22 is fixed to the lower surface side of the marking surface holder 21, and a printing window 23 that allows a printing belt 28 described later to enter and exit is opened at the front and rear centers thereof. Before and after the printing window 23 of the fixed printing body 22, a rubber printing body for printing a receipt stamp, a reception stamp, a company name, a store name, or the like is provided. A pin 24 is provided on the inner surface of the marking surface holder 21. By engaging the pin 24 with the receiving arm of the slide cylinder 18, the marking surface holder 21 is prevented from rotating together with the adjustment ring 19. Thus, when the adjustment ring 19 is rotated, the printing surface holder 21 is adjusted up and down to adjust the height of the printing surface of the fixed printing body 22 and the printing surface of the printing belt 28 to be flush with each other. it can. In FIG. 3, reference numeral 25 denotes a stopper that receives the front and rear ends of the printing block 29 at the time of stamping.

  The printing unit 6 includes a belt frame 27 that is vertically long, four printing belts 28a to 28d wound around the frame 27, an ink unit 30 that attaches ink to the printing blocks 29 of the printing belts 28a to 28d, and the like. Composed. Guide ribs 31 (see FIG. 4) project from the lower half of the left and right side surfaces of the belt frame 27, and the guide ribs 31 guide the slide grooves 32 provided on the inner surface of the previous slide cylinder 18. The four print belts include a print belt 28a for printing the year, a print belt 28b for printing the number of months, a print belt 28c for printing the 2-digit number of the date, and a print belt for printing the 1-digit number of the date. Each of the print belts 28a to 28d is wound around the belt frame 27 along the front and rear surfaces. The case spring 9 described above is formed of a tension coil spring, the lower end of which is hooked on a hook piece 27a protruding from the lower end of the rear surface of the guide rib 31, and the upper end of the case spring 9 is protruding from the upper end of the inner surface of the slide cylinder 18. It is hooked on the piece 18a. In this manner, the lower case 8 is urged to move downward in the direction of advancement from the main case 7 by urging the lower case 8 against the main case 7 with the case spring 9.

  As shown in FIG. 5, each of the print belts 28 a to 28 d is provided with twelve print blocks 29 and display blocks 33. The print block 29 of the print belt 28a is provided with a rubber print body for imprinting the year number, and the print block 29 of the print belt 28b is provided with a rubber print body for imprinting the month number, and the print belts 28c and 28d. The printing block 29 is provided with a rubber printing body for stamping date numbers. The display blocks 33 of the print belts 28a to 28d are provided with print displays for displaying year numbers, month numbers, and date numbers according to the print belts 28a to 28d. A slide knob 34, which is a date adjustment body, and a brush electrode 35, which is a detected element 54, are fixed to the front and rear circumferential surfaces of the print belts 28a-28d. Yes. An operation knob 34a is provided at the front end of the slide knob 34. When the print unit 6 is assembled to the main case 7, only the operation knob 34a protrudes from the slide groove into the knob recess 12 (FIG. 6). reference). The printing block 29 at the marking position, which is the lower end of the belt frame 27, corresponds to the display block 33 at the position facing the light guide portion 17a of the convex lens 17, which is the upper end of the belt frame 27. The date state of each of the print belts 28a to 28d can be appropriately changed and adjusted by sliding the slide knob 34 up and down while confirming the display block 33 visually recognized through the display 17.

  In FIG. 4, the ink unit 30 includes a pair of left and right holder arms 37, a long mat-shaped mat holder 38 provided between the holder arms 37, and an ink mat 39 accommodated in the mat holder 38. . The pair of left and right holder arms 37 are provided with a support shaft 40 and a U-shaped cam groove 41. The cam shaft 41 is engaged with an operation pin 42 provided on the belt frame 27. The ink unit 30 can be swung and displaced between the ink application posture and the retracted posture by being pivotally supported by the support shaft hole 43 of the slide cylinder 18. Specifically, as shown in FIG. 3, the ink mat 39 is in close contact with the printing block 29, and the application posture in which ink is applied to the rubber print body, and the whole of the ink unit 30 is a support shaft as shown in FIG. The ink mat 39 swings in the counterclockwise direction about 40, and can be swung between the retracted postures in which the ink mat 39 turns around the print belts 28a to 28d.

  As described above, according to the date stamp 1 in which the ink unit 30 is provided in the printing unit 6, the ink mat 39 is brought into close contact with the printing block 29 located at the marking position in the non-use state, and the next marking is performed. Can be provided. Therefore, when the date stamp 1 is stamped, the user only has to push down the main case 7 with the fixed printing body 22 placed on the stamped paper surface, and the labor for attaching the ink to the printing block 29 can be saved. Can do. Ink supply to the fixed print body 22 provided on the lower surface side of the stamp holder 21 is applied to the ink mat 71 provided on the bottom surface of the storage portion 63 of the stand 2 when the date stamp 1 is stored in the stand 2. This is done by the fixed print body 22 coming into contact.

  The date detection means 3 includes four date detection boards 46 fixed inside the main case 7 corresponding to the print belts 28 a to 28 d, and fixed provided on the date detection board 46 corresponding to the print blocks 29. An electrode 47, a chip resistor (electric resistance) 48 that connects adjacent fixed electrodes 47, a brush electrode 35 that moves along with each of the print belts 28 a to 28 d and selectively contacts the fixed electrode 47; And an electrical resistance measurement unit 45 that measures the electrical resistance value of the date detection board 46 by current. As shown in FIG. 5, a common electrode 49 is fixed to the side surface of the date detection board 46 on the side facing the fixed electrode 47. The fixed electrode 47 and the common electrode 49 are each formed of a copper plate. In this embodiment, the brush electrode 35 functions as the detected element 54 of the date detecting unit 3 that moves along with the print belts 28 a to 28 d, and the fixed electrode 47 and the chip resistor 48 serve as the detecting element 53 of the date detecting unit 3. Function.

  The common electrodes 49 of the four date detection boards 46 are electrically connected to the conduction pins 50 penetrating each board 46 from side to side, and the conduction pins 50 are connected to the connection terminal 15 a on the ground side via the lead wires 51. (See FIG. 5). In addition, the fixed electrode 47 positioned at the lower end of each date detection board 46 is individually connected to the connection terminals 15b to 15e via the lead wires 52, respectively. In order to fix and support the four date detection boards 46, the board brackets 55 are fixed on the upper and lower sides of the belt frame 27 as shown in FIG. The substrate bracket 55 is formed with four support recesses 56 corresponding to each date detection substrate 46, and the upper and lower support recesses 56 support the upper and lower sides of each date detection substrate 46 (see FIG. 3). ).

  As shown in FIG. 5, the brush electrode 35 is formed by pressing a copper plate, and the first brush arm 57 that contacts the fixed electrode 47 and the second brush arm 58 that contacts the common electrode 49 are integrated. I have. When the print belts 28 a to 28 d are slid by the individual slide knobs 34, the brush electrode 35 moves along with the print belts 28 a to 28 d and selectively contacts the fixed electrode 47. Accordingly, as the printing belts 28a to 28d are fed, the brush electrode 35 comes into contact with a different fixed electrode 47, and the electrical connection between the connection terminal (ground side) 15a and the individual connection terminals 15b to 15e. The resistance value is changed. That is, the electrical resistance value between each brush electrode 35 and the ground side connection terminal 15a is changed. The changed electric resistance value is measured by the electric resistance measuring unit 45.

  When the date stamp 1 is repeatedly printed, the print belts 28a to 28d may be displaced. In order to prevent such movement of the print belts 28a to 28d during the stamping, stopper protrusions 59 that are engaged with the operation knob 34a of the slide knob 34 are provided in a multi-stage manner on the inner surface of the door 13. In the state where the door 13 is closed, as shown in FIG. 3, the operation knob 34a is inserted between the stopper protrusions 59 adjacent vertically, so that the movement of the print belts 28a to 28d can be prevented. Therefore, even when the date stamp 1 is repeatedly stamped, it is possible to reliably prevent the printing belts 28a to 28d from shifting and to regulate the displacement of the printing block 29 at the stamping position. When the date is adjusted by feeding the slide knob 34, the door 13 is opened as shown in FIG. 7, and the operation knob 34a is slid up and down.

  As shown in FIG. 2, the stand 2 is configured by using a unit case 62 having a trapezoidal shape in a side view as a base, and a storage portion 63 for storing and holding the date stamp 1 is formed in the center of the front portion of the case 62. The solar cell panel 64 and the liquid crystal display panel 65 are arranged on the oblique side wall of the latter half. Further, a notification unit (notification unit) 67 using a LED 66 (see FIG. 9) as a light source is provided on the left side of the solar cell panel 64, and a timer unit (time measurement unit) 75 is provided on the right side of the liquid crystal display panel 65. Three date adjustment buttons 68 for adjusting the current date and a notification release button (notification release means) 69 for forcibly stopping the lighting state of the notification unit 67 are provided.

  On the inner peripheral surface of the storage portion 63, five connection terminals 70a to 70e are provided corresponding to the connection terminals 15a to 15e on the date stamp 1 side, and ink is applied to the fixed print body 22 on the bottom surface. An ink mat 71 to be applied is provided (see FIG. 9). Inside the unit case 62, a control board 72, a button battery 73, a secondary battery (power supply) 74, and a board for the timer unit 75 are arranged. As shown in FIG. 1, the control board 72 is provided with a control unit 76, a charging unit 77 for the secondary battery 74, and the like. The control unit 76 compares the time measurement result of the time measurement unit 75 with the detection result of the date detection unit 3 and activates the notification unit 67 according to the comparison result. Further, the control unit 76 controls the display state of the liquid crystal display panel 65 based on the output signal of the time measuring unit 75, the output signal of the date adjustment button 68, and the detection signal of the date detection means 3, and further determines the operating state of the charging unit 77. Control.

  The solar battery panel 64 can generate power by receiving the illumination light of the lighting fixtures in the store, and the generated current is adjusted by the charging unit 77 and then the secondary battery 74 is charged with the adjusted charging current. As described above, when the current generated by the solar battery panel 64 is adjusted by the charging unit 77 and the secondary battery 74 is charged with the adjusted charging current, the trouble of removing the secondary battery 74 from the stand 2 and charging it is saved. Can do. In addition, since there is little room for the date management device to run out of battery, the date management device can be properly operated over a long period of time, and the reliability of the date management device can be improved.

  The button battery 73 is provided to drive the timer 75, and can be exchanged by opening and closing a battery lid (not shown) provided on the bottom surface of the unit case 62. In a state where the unused date mark 1 is stored in the storage unit 63, the liquid crystal display panel 65 displays the time measurement result of the time measurement unit 75 and the detection result of the date detection means 3 for a predetermined time. Display only the current date and time.

  In a state in which the date stamp 1 is stored in the storage portion 63, the connection terminals 15 a to 15 e on the date stamp 1 side and the connection terminals 70 a to 70 e on the storage portion 63 side are electrically connected, and the electrical resistance of the date detection board 46 and the stand 2. The measurement unit 45 is electrically connected. Therefore, the electrical resistance measurement unit 45 constituting the date detection unit 3 can detect the date state of the date stamp 1 based on the measured electrical resistance value. The control unit 76 that has received the detection signal from the date detection unit 3 (electrical resistance measurement unit 45) compares the detection result of the date detection unit 3 with the time measurement result (current time) of the time measurement unit 75 to detect the date. When the detection result of the means 3 does not coincide with the time measurement result, the notification unit 67 is activated, and a warning display is displayed on the liquid crystal display panel 65, so that the current date state of the date stamp 1 is inappropriate. Inform the user that there is. Specifically, the LED 66 of the notification unit 67 is blinked or the emission color is periodically changed to alert the user. If necessary, a speaker is provided in the unit case 62, and a warning sound can be emitted by operating the speaker in parallel with the light emission display of the LED 66. As described above, when the alarm unit 67 is operated, if a warning display is displayed on the liquid crystal display panel 65 at the same time, the user's attention is mulled, and the date stamp 1 is used while the date state remains incorrect. Can be more reliably prevented.

  The timing of operating the notification unit 67 is when the date state of the date stamp 1 is different from the current date of the timekeeping unit 75, and immediately after the date stamp 1 is stored in the stand 2, and the date stamp 1 It is preferable that it is immediately after removing from the stand 2. Moreover, it is preferable that the alerting | reporting part 67 shall perform a warning sound and a warning display for several seconds as what is act | operated for several seconds immediately after accommodation and immediately after removal. By operating the notification unit 67 at both timings as described above, the user can clearly recognize that the date state of the date stamp 1 is incorrect and that the date state of the date stamp 1 needs to be corrected. Can do. It should be noted that the notification unit 67 is activated immediately when the date state of the date stamp 1 is different from the current date of the time measuring unit 75 regardless of the above-described storing operation or removing operation of the date stamp 1 from the stand 2. When the date is changed after midnight, there is a disadvantage that a so-called “mystery phenomenon” is generated. There is also a disadvantage in that power is wasted. Further, when the notification unit 67 is operated only immediately after the date stamp 1 is stored in the stand 2, the user's interest is separated from the date stamp 1 and the stand 2 when the date stamp 1 is stored in the stand 2. The date stamp 1 or the like may be left as it is, and in this case, the date stamp 1 is imprinted with an incorrect date, and there is a possibility that a problem will arise regarding the suitability of the imprint date at a later date.

  Immediately after the date stamp 1 is stored in the storage unit 63, the control unit 76 compares the time measurement result of the time measuring unit 75 with the detection result of the date detection means 3, and then shifts to the sleep mode. It is good to return to normal mode from sleep mode after waiting for taking out from 63. A user who confirms the light emission display of the LED 66 or the warning display on the liquid crystal display panel 65 sends the slide knob 34 to correct the date state of the date stamp to the current date of the time measuring unit 75, and then pays the public bill, telephone bill, etc. The receipt stamp will be stamped on the documents received on behalf of. The liquid crystal display panel 65 in the sleep mode displays the current date and time measured by the timer unit 75.

  According to the date management device for date stamps configured as described above, when the date state of date stamp 1 is different from the current date of the timekeeping unit 75, the notification unit 67 can be activated to alert the user. Therefore, it is possible to prevent the date stamp 1 from being used while the date state is in an incorrect state. Further, the control unit 76 of the stand 2 only detects the date state of the date stamp 1 via the date detection unit 3, compares the detection result with the current date of the time measuring unit 75, and only activates the notification unit 67. Therefore, the overall structure of the date management device can be simplified and miniaturized as compared with the conventional device in which the date and month “month and day” are automatically adjusted by the controller. Furthermore, the cost can be reduced by simplifying the entire structure of the date management device, and the space occupied by the stand 2 can be reduced, so that the date management device is in the way when goods are delivered and accounted for at the register stand. Can be eliminated. In the state where the date stamp 1 is taken out from the stand 2, the date state of the date stamp 1 can be freely changed. For example, there has been a request from the payer to make the date stamp received date tomorrow or later. In this case, it is easy to adjust the date state of the date stamp to a date desired by the charge payer by feeding the slide knob 34, and an apparatus with excellent practical convenience can be obtained.

  In the first embodiment, the date detection unit 46 is configured by the date detection board 46, the group of detection elements 53, the brush electrode 35 (detected element 54) fixed to the print belts 28a to 28d, and the electrical resistance measurement unit 45. The detection element 53 is configured by the fixed electrode 47 and the electrical resistance 48. According to such date detection means 3, when the print belts 28a to 28d are fed, the brush electrode 35 is selectively brought into contact with the fixed electrode 47 so that the brush electrode 35 is connected to the ground-side connection terminal 15a. The electrical resistance value can be changed corresponding to each printing block 29. Therefore, the control unit 76 immediately identifies the current date state of the date stamp 1 from the difference in the previous electrical resistance value regardless of the state of the print belts 28a to 28d, and the current date state of the date stamp 1 From the current date of the clock unit 75, the suitability of the current date state of the date stamp 1 can be quickly and clearly determined. If the detection result of the date detection means 3 does not match the timing result, the control unit 76 operates the notification unit 67 to inform the user that the current date state of the date stamp 1 is inappropriate. It can be informed.

  According to the date stamp 1 described in the first embodiment, the printing block 29 of the printing belts 28a to 28d is moved to the printing window 23 by pressing the main case 7 with the fixed printing body 22 placed on the surface of the stamped paper. The date can be stamped by being pressed on the stamped paper surface via. Further, the date mark 1 when not in use switches the posture of the main body case 5 because the lower case 8 is pushed down from the main case 7 and the printing block 29 at the marking position moves above the printing window 23. There is no need to adjust the date of the print belts 28a to 28d by sliding the slide knob 34. In addition, the date of the print belts 28a to 28d can be changed and adjusted more quickly than a date adjustment body having a dial structure. When the lower case 8 is constituted by the slide case 18, the adjustment ring 19 for height adjustment, and the stamp holder 21 connected to the adjustment ring 19 and the screw 20, the lower case 8 of the date stamp 1 is formed. The height of the printing surface of the fixed printing body 22 can be easily adjusted simply by rotating it. Therefore, the marking surface height of the printing belts 28a to 28d and the marking surface height of the fixed printing body 22 can be matched to improve the marking accuracy of the stamped date.

  In the date stamp 1 described in the first embodiment, since the plurality of connection terminals 15b to 15e and the ground side connection terminal 15a are exposed on the peripheral surface of the main body case 5, the detection result of the date detection means 3 is displayed on each connection terminal 15a. ~ 15e can be output. Therefore, the date detection unit 3 and the control unit 76 of the stand 2 are electrically connected only by storing and holding the date stamp 1 in the stand 2, and the detection result by the date detection unit 3 is taken into the stand 2 side. be able to.

(Example 2) FIG. 10: shows Example 2 of the date management apparatus based on this invention. In this case, the printing is performed by the printing unit 6 in which the printing belts 28a to 28d can be fed by the adjustment dial (date adjusting body) 34. The print unit 6 includes an adjustment dial 34 that supports the upper part of the inner surface of each of the print belts 28a to 28d, and a belt support frame 82 that supports the lower part. A belt receiving shaft 81 provided on each adjustment dial 34 is a belt frame. 27 is rotatably supported by a support shaft 83 fixed to 27. Further, only one belt support frame 82 is provided, and simultaneously supports the lower portions of the inner surfaces of the print belts 28a to 28d. Accordingly, the print belts 28a to 28d can be individually fed and operated by rotating the adjustment dial 34. The printing unit 6 and the date detection board 46 have a printing posture in which the printing surface of the printing block 29 located at the printing position is flush with the printing surface of the fixed printing body 22 (a state indicated by an imaginary line in FIG. 10), and the printing unit 6 By moving upward from the stamping posture, it is possible to slide and displace between an adjustment posture (a state indicated by a solid line in FIG. 10) that enables the date feeding operation of the print belts 28a to 28d. This posture change can be performed by relatively sliding the main case 7 and the lower case 8 that support the printing unit 6.

  When the printing unit 6 is switched to the adjustment posture, a part of the periphery of the adjustment dial 34 is exposed on the upper surface of the cap 16, so that the date can be adjusted by rotating the adjustment dial 34 while looking at the convex lens 17. . When the date adjustment is completed, the printing unit 6 is returned to the printing posture so that the printing surface of the printing block 29 and the printing surface of the fixed printing body 22 are flush with each other and are brought into close contact with the ink mat 71 provided in the storage unit 63. Since others are the same as those of the first embodiment, the same members are denoted by the same reference numerals and the description thereof is omitted. The same applies to the following embodiments.

  According to the date stamp 1 of the second embodiment configured as described above, the date state of the date stamp 1 can be confirmed by the date detection means 3 in the same manner as the date stamp 1 of the first embodiment. Further, when the date state of the date stamp 1 is different from the current date of the time measuring unit 75, the notifying unit 67 is activated to alert the user, and the date stamp 1 remains in an incorrect state. Can be prevented from being used. Further, since the date is adjusted by operating the adjustment dial 34 exposed on the upper surface of the cap 16, the knob recess 12 and the door 13 in the first embodiment can be omitted to simplify the structure of the date stamp 1 and reduce the cost. .

(Example 3) FIG. 11 shows Example 3 of the date management device according to the present invention. There, a print display image of the display block 33 facing the light guide unit 17a is captured by the camera 85 provided on the stand 2 so that the current date state of the date stamp 1 can be detected. Two cameras 85 are provided corresponding to the print belt 28 b for printing the number of months and the print belts 28 c and 28 d for printing the date, and are supported by support arms 86 fixed to the unit case 62. In this embodiment, the display block 33 functions as the detected element 54, and the image processing circuit and camera 85 provided on the stand 2 side function as the detecting element 53. According to such a date management device, the structure of the date detection means 3 can be remarkably simplified as compared with the date stamp 1 of the first embodiment that detects the date state from the difference in the electrical resistance value on the date detection board 46. Moreover, the existing date stamp 1 provided with the convex lens 17 for confirming the print display of the display block 33 can be used as it is as the date stamp for the date management device.

(Example 4) FIG. 12 shows Example 4 of the date management device according to the present invention. There, the detection result of the date state of the stamp position of the date stamp 1 detected by the date detection means 3 is compared with the timing result measured by the timing unit 75, and if the two results do not match, the date stamp 1 And a restriction restricting release button for forcibly stopping the imprinting impossible state by the imprinting restriction unit 95. The point 96 is different from the first embodiment. Here, a lock structure that prevents the date stamp 1 from being removed from the stand 2 is provided, and this is used as the stamp restricting portion 95. The lock structure includes a shaft-like lock body 88 provided facing the storage portion 63 of the stand 2 and a lock hole (lock portion) 89 provided in the main case 7 and engaged and held (locked) by the lock body 88. And a rotary solenoid 90 for switching the lock body 88 between a locked state and an unlocked state. A drive arm 91 is fixed to the output shaft of the rotary solenoid 90, and a cam plate 92 that is pushed and pulled by the drive arm 91 is fixed to the lock body 88. The cam plate 92 is formed with a groove cam 93 that engages with the drive pin of the drive arm 91.

  In a state where the date stamp 1 is stored and held in the storage portion 63 of the stand 2, if there is a difference between the time measurement result of the time measurement portion 75 and the detection result of the date detection means 3, the rotary solenoid 90 is operated in the normal direction to lock the lock body 88. Is engaged with the lock hole 89. Thereby, it is possible to prevent the date stamp 1 from being taken out from the storage unit 63. After the lock body 88 is switched to the locked state, the energization to the rotary solenoid 90 is stopped and the mode is shifted to the sleep mode. When taking out the date stamp 1 from the storage portion 63, a stamp restriction release button 96 provided separately on the unit case 62 is pressed to operate the rotary solenoid 90 in reverse, and the lock body 88 is detached from the lock hole 89. As described above, the provision of the stamp restriction unit 95 having a lock structure can reliably prevent the date stamp 1 from being easily taken out of the storage unit 63 and imprinted with an incorrect date. In addition, the user can be more surely notified that the current date state of the date stamp 1 needs to be corrected. It is preferable that the marking limiting unit 95 as described above is provided in parallel with the notification unit 67 including the LED 66 described in the first embodiment. In addition, if the stamp restriction release button 96 is provided, it is possible to deal with a situation where a flexible customer service is required, such as the convenience store as described above, which can generate public charges or telephone charges at the reception site of the agency. It becomes possible, and an apparatus excellent in practical convenience can be realized.

(Embodiment 5) FIGS. 13 and 14 show Embodiment 5 of a date management apparatus according to the present invention including a stamp restriction unit 95. FIG. In the date management device according to the fifth embodiment, the specific configuration of the stamp restriction unit 95 is different from that of the fourth embodiment. In other words, the stamp restriction unit 95 of the fourth embodiment restricts the stamping operation by the date stamp 1 by providing a lock structure that prevents the date stamp 1 from being taken out from the storage unit 63 of the stand 2. Thus, the stamping restriction unit 95 of the fifth embodiment limits the stamping operation based on the date stamp 1 by providing a lock structure that prevents the main case 7 from being pushed down with respect to the lower case 8.

  As shown in FIG. 13, the lock structure is provided in the main case 7 and includes a lock cylinder 101 provided with a cylinder hole 100 facing the storage portion 63 of the stand 2, and provided inside the lock cylinder 101. 14 is configured to be able to be withdrawn / retracted between a locking posture (FIG. 14) protruding from the locking cylinder 101 and an unlocking posture (FIG. 13) that fits inside the locking cylinder 101, and in the locking position, the slide cylinder 18 constituting the lower case 8 The lock body 102 is advanced to the movement locus, the operation body 104 is configured to displace the lock body 102 between a locked posture and an unlocked posture, and the solenoid 105 is operated to move the operation body 104 back and forth. The operation body 104 can press and operate the lock body 102 through the operation holes 106 and 107 provided in the stand 2 and the date stamp 1 and the previous cylindrical hole 100, respectively. The lock body 102 is configured by an alternate mechanism including a lock spring 109. When the operation body 104 is pushed toward the unlock position from the lock position (FIG. 14), the push state by the operation body 104 is released. After that, it is configured to be held in the unlocked posture (FIG. 13). Further, the lock body 102 is configured to be displaced in the locked posture (FIG. 14) when the push operation by the operating body 104 is performed from the unlocked posture (FIG. 13).

  In the date management apparatus including the stamp restriction unit 95 (lock structure) having the above-described configuration, the time measurement result and date detection means of the time measurement unit 75 in a state where the date stamp 1 is stored and held in the storage unit 63 of the stand 2. If there is a difference between the three detection results, the solenoid 105 is actuated to push out the operating body 104 and push the locking body 102 into the locking posture (FIG. 14). Thereby, the lock body 102 can be advanced to the movement locus of the slide cylinder 18 to restrict the slide cylinder 18 from sliding upward relative to the main case 7. In other words, the pressing operation of the main case 7 with respect to the lower case 8 can be restricted, so that the pressing operation using the date stamp 1 is performed while suppressing the pressing of the printing unit 6. Can be prevented.

  When the marking restriction unit 95 is thus activated, the user operates the date adjustment body 34 such as a slide knob or an adjustment dial to adjust the print belts 28a to 28d to the correct date state, and then the date stamp again. 1 is stored and held in the storage portion 63 of the stand 2. At this time, when the date detection means 3 detects that the date is correct, the date management device operates the solenoid 105 to push out the operating body 104 to push in the lock body 102, and the lock body 102 is an unlocking posture (FIG. 13). As a result, the lock body 102 can be retracted from the movement trajectory of the slide cylinder 18, so that the lower case 8 can be pushed down with respect to the main case 7, and the printing operation by the printing unit 6 can be performed. Is possible. Further, by operating the marking restriction release button 96, the lock body 102 can be brought into the unlocked posture so that the printing unit 6 can perform the marking operation. According to this, it is possible to cope with the situation that requires a flexible customer service that can be generated at the site of agency reception such as public charges and telephone charges such as the convenience store as described above, and it has excellent practical convenience A device can be realized.

  Providing the stamp restriction unit 95 having the above configuration can reliably prevent the stamping from being performed on the wrong date even after the date stamp 1 is taken out from the stand 2. In addition, the user can be more surely notified that the current date state of the date stamp 1 needs to be corrected. It is preferable that the marking restriction unit 95 as described above is also provided in parallel with the notification unit 67 including the LED 66 described in the first embodiment.

  Besides the above embodiment, the date detection means 3 can be configured as described below. A passive tag type RFID can be applied as the detection element 53 of the date detection means 3, and an RFID reader can be applied as the detected element 54. In that case, the same number of RFIDs as the fixed electrodes 47 are fixed to the date detection board 46 at regular intervals, and the reader is fixed to the three print belts 28b to 28d for printing the month and date. Thus, the current date state of the date stamp 1 can be detected accurately. According to such date detection means 3, since the current date state of the date stamp 1 can be detected in a non-contact state, there is no failure in date detection due to wear or adhesion of foreign matter, and date detection by the date detection means 3 can be performed for a long time. Can be performed with high reliability.

  The date detection means 3 is fixed to the print belts 28a to 28d and moves along with the print belts 28a to 28d, and a through hole which is fixed to the main body case 5 and serves as a detection element by the light sensor. Can be included. The optical sensor includes a light projecting element and a light receiving element that receives light emitted from the light projecting element, and the light projecting / receiving element is disposed in a posture state that sandwiches a substrate having a through hole. The printing belts 28a to 28d are moved while being maintained. One to four through holes are formed for each arrangement position of the fixed electrode 47 in the first embodiment, and the detection light passing through each through hole is detected by an optical sensor to detect the date stamp 1. The current date state can be detected. More specifically, each of the four through holes is formed in one of four corners of the virtual square at the upper left, upper right, lower left, and lower right. The number of the through holes at each detection position and the through holes 15 types of combinations can be obtained from the difference in the formation positions. For example, numbers 1 to 4 can be identified by forming a through hole only at one of the four corners of the virtual square, and a through hole is formed at two of the four corners of the virtual square. Thus, the numbers 5 to 10 can be identified, and the numbers 11 to 15 can be identified by forming through holes at three or four positions of the four corners of the virtual square. The optical sensor is composed of one light projecting element and four light receiving elements fixed to the print belts 28b to 28d, respectively, and detects the current date state of the date stamp 1 based on the difference in the light reception signals of the four light receiving elements. can do.

  In addition to the above-described embodiments, the notification unit 67 activates at least one display element of sound display, light display, vibration display, and character display to call the user's attention, and listens to the user through hearing, vision, touch, and the like. In this case, it is possible to more reliably prevent the date stamp 1 from being imprinted with an incorrect date.

  In the above embodiment, the notification unit 67 is activated when the current date state of the date stamp 1 does not match the timing result of the timing unit 75. On the contrary, the date stamp 1 When the current date state of the time coincides with the time measurement result of the time measuring unit 75, the notification unit 67 may be activated. The case spring 9 may be formed of a compression coil spring.

1 Date stamp 2 Stand (container)
3 Date detection means 5 Body case 6 Printing units 28a to 28d Printing belt 29 Printing block 33 Display block 35 Brush electrode 46 Date detection substrate 47 Fixed electrode 48 Chip resistance (electric resistance)
53 Detection element 54 Detected element 62 Unit case 63 Storage section 67 Notification section (notification means)
69 Notification cancel button (notification canceling means)
74 Secondary battery (power supply)
75 Timekeeping section (timekeeping means)
95 Sealing restriction part (Sealing restriction means)
96 Sealing restriction release button (Sealing restriction release means)

Claims (8)

A plurality of print belts (28a to 28d) each having a print block (29) corresponding to year / month / day information are provided, and the print date can be changed by rotating each print belt (28a to 28d). Date stamp (1) that can be done manually,
A storage body (2) for storing a date stamp (1) when not in use;
Clock means (75) provided in the storage body (2) for clocking the date;
Date detecting means (3) for detecting the date state of the date stamp (1) defined by the printing block (29) at the stamping position;
In a state where the date stamp (1) is stored in the storage body (2), the date detection result of the stamp position of the date stamp (1) detected by the date detection means (3) and the time measuring means (75) A notifying means (67) for notifying the user that the date state of the stamp position of the date stamp (1) is inappropriate when the timed timing results are compared and the two results do not match;
A date stamp date management device comprising:   The date management of date stamps according to claim 1, wherein the notification means (67) alerts the user by at least one display element selected from sound display, light display, vibration display, and character display. apparatus.   In a state where the date stamp (1) is stored in the storage body (2), the date detection result of the stamp position of the date stamp (1) detected by the date detection means (3) and the time measuring means (75) The timekeeping results measured are compared, and if both the results do not match, a stamping restriction means (95) is provided for restricting the stamping operation by the date stamp (1) so that the stamping is impossible. 2. A date management device for date stamps according to 2. A solar cell panel (64) is provided on the outer surface of the storage body (2),
A charging unit (77) for adjusting the current generated by the solar battery panel (64) and a secondary battery (74) charged by the charging unit (77) are provided inside the housing (2). ,
The date management of date stamps according to any one of claims 1 to 3, wherein at least the date detection means (3) and the notification means (67) are driven using the secondary battery (74) as a power source. apparatus. The date detection means (3) includes a detected element (54) that moves along with the print belts (28a to 28d) and a detection element (53) for detecting position information of the detected element (54). Including
By reading the position of the detected element (54) via the detection element (53), the rotation status of the print belts (28a to 28d) can be read and the date state of the stamp position of the date stamp (1) can be detected. The date management device for date stamp according to any one of claims 1 to 4, wherein the date management device can perform the date stamp. A plurality of date detection boards (46) are fixed inside the body case (5) corresponding to each of the print belts (28a to 28d), and each date detection board (46) has a detection element ( 53)
The detection element (53) includes a group of fixed electrodes (47) provided on the date detection board (46) corresponding to the print block (29) and an electric resistance (48) connecting adjacent fixed electrodes (47). )
The print belt (28a to 28d) is provided with a brush electrode (35) which is a detected element (54).
Corresponding to the feeding operation of the print belts (28a to 28d), the brush electrode (35) is selectively brought into contact with the fixed electrode (47), and the brush electrode (35) and the connection terminal (15a) on the ground side are connected. The date management device for date stamps according to claim 5, wherein the date state at the stamping position of the date stamp (1) can be detected by changing the electric resistance value therebetween. A plurality of printing belts (28a to 28d) having printing blocks (29) corresponding to the date information are provided in the main body case (5), and each printing belt (28a to 28d) is rotated. The date stamp (1) can be manually changed and can be stored in the storage body (2) when not in use,
A detected element (54) that moves in response to the rotation of the print belt (28a to 28d) is provided, and the detected element (54) is detected to be defined by the print block (29) at the marking position. Configured to detect date conditions,
When the date stamp (1) is stored in the storage body (2) when not in use, it is detected via the time measurement result by the time measuring means (75) provided in the storage body (2) and the detected element (54). The date status of the stamp position of the date stamp (1) is compared, and if both the results do not match, the user is notified that the date status of the stamp position of the date stamp (1) is inappropriate. A date stamp characterized in that it is composed. A plurality of date detection boards (46) are provided corresponding to the print belts (28a to 28d),
Each date detection board (46) is provided with a group of fixed electrodes (47) and an electrical resistance (48) connecting adjacent fixed electrodes (47).
The printing belt (28a to 28d) is provided with a brush electrode (35) that accompanies it and alternatively contacts the fixed electrode (47).
Corresponding to the feeding operation of the print belt (28a to 28d), the brush electrode (35) comes into contact with a different fixed electrode (47), and the brush electrode (35) and the ground side connection terminal (15a). The date stamp according to claim 7, wherein the date resistance of the stamp position is confirmed based on the electrical resistance value.

Images