TWM664367U - Film device that also has a positioning and pressing piece - Google Patents

Abstract

This invention creates a mouth film device that also has a positioning and pressing piece. It has two embodiments, one of which includes: the two mouth film bodies are respectively provided with an upper buckle part and a pressing part, and each upper buckle part is recessed to form a The buckle grooves and each pressing part are provided with several corresponding pressing grooves and pressing bulges; and one of the film bodies is provided with a surrounding plate body extending close to the pressing bulge side, and the pressing bulges press each other At this time, the coaming body is provided with opposite recessed holes at the corresponding positions of the pressed grooves. The height (H) of each recessed hole is smaller than the height (h) of the covering sheet of the pressed body, and the width of each recessed hole (W) is greater than the width (w) of the extended plate body of the pressed body; the other is that one of the membrane bodies is extended with a surrounding plate body on the side close to the pressing convex block. After the pressing convex blocks are pressed together, the surrounding plate body There are relative grooves corresponding to the positions of each pressing groove, allowing the user to quickly and accurately position the crimping parts during the operation of the crimping pliers to avoid slipping and affecting the crimping parts and wires. Press combinations between.

Description

Oral mask device with positioning and pressure wire components

This invention mainly relates to an oral mask device that can also be used to position a crimping piece, and is particularly used for positioning a crimping piece of a crimping clamp.

As shown in Figures 9 to 13, they are schematic embodiments of a general crimping clamp (10) for crimping a crimping member (11), wherein: the crimping clamp (10) is formed with two crimping clamps (101, 102) at the front end and two pressing plates (103, 104) at the rear end, and through the action of a connecting rod, when the pressing plates (103, 104) are pressed together, the two crimping clamps (101, 102) can achieve a crimping effect, so that the crimping member (11) of a preset size and functional transmission line can be crimped by fitting and fixing the mouth membranes (20, 21) of different sizes at the front end of the crimping clamp (101, 102).

However, the wire crimping member (11) comprises a crimping body (111) and a pipe material (12) containing a transmission line (121), and the crimping body (111) is formed with an extension plate (112) and a covering sheet (113); and when in use, the paired mouth films (20, 21) need only be inserted into the crimping clamps (101, 102) fixed to the wire crimping clamp (10), and the corresponding mouth films (20, 21) fixed by the crimping clamps (101, 102) can be crimped by the crimping plates (103, 104) at the same time, and then the corresponding mouth films (20, 21) in each mouth film (20, 21) can be tightened. The provided compression grooves (201-204) and compression protrusions (211-214) are subjected to compression, and the transmission line (121) of the pipe material (12) is inserted into the covering sheet (113) of the compression body (111) in advance and placed on the appropriate compression protrusion (213). In this way, the transmission line (121) of the pipe material (12) can be compressed by the covering sheet (113) and wrapped as a whole by the compression of the mouth film (20, 21). (The wire clamp (10), the wire crimping member (11) and the mouth film (20, 21) are all commonly used structures, so they are not described in detail).

However, since the user has to prepare to press the pressing plates (103, 104) of the crimping clamp (10) with one hand, and has to place the crimping body (111) of the crimping member (11) on the crimping protrusions (211-214) with the other hand for crimping, it is often impossible to place the crimping body (111) of the crimping member (11) on the crimping protrusions (211-214) due to usage and space limitations. The wire crimping member (11) is placed in the most appropriate position and fixed, so the formed wire crimping member (11) will be distorted after the crimping, or the transmission line (121) of the pipe material (12) will not be completely crimped and covered by the covering sheet (113) of the wire crimping member (11), which will cause problems such as loosening, instability or inaccurate transmission (especially as shown in Figures 12 and 13).

However, in order to solve the above problems, the most common method in the industry is to accurately place the compression body (111) of the compression wire component (11) on the compression protrusion (211~214) of the mouth film (21) by using an external positioning block (which is a common design and is not described in detail or shown in the figure), thereby ensuring that the compression wire component (11) is operated accurately and stably; however, in traditional technology, the positioning block and the mouth film (20, 21) are usually installed and operated as independent components, but this configuration of the device has the following problems: 1. Complex installation: In the traditional design, the positioning block and the mouth film (20, 21) need to be installed on the crimping clamp (10) separately, and the mouth film (20, 21) must be installed first before the positioning block, and the position and angle of the positioning block and the corresponding mouth film (20, 21) must be fixed at the same time. This not only requires the positioning block to be fixed on one of the mouth films (20, 21) at the same time, but also on the crimping clamp (10), which increases the complexity of assembly and disassembly, and easily leads to problems such as inaccuracy or position deviation during assembly. 2. Precision problem: Since the positioning block and the mouth film (20, 21) are installed separately, the positioning between the press-fit groove (201-204) and the press-fit convex block (211-214) may be inaccurate due to carelessness during the installation process, which in turn affects the deformation of the press-fit position and causes the quality and stability of the press-fitting part (11) to be insufficient during the press-fitting. This is especially obvious for the press-fitting part (11) of small size or special shape. It not only affects the single press-fitting part (11), but may also affect other connected components of the press-fitting part (11). 3. Durability: Moreover, the crimping clamp (10) is very likely to loosen or lose precision due to the force applied during long-term use, which makes the positioning block of the crimping member (11) between the crimping groove (201-204) of the mouth film (20) and the crimping protrusion (211-214) of the other mouth film (21) not accurately positioned, and also causes deformation or insufficient space for crimping, which may cause the crimping member (11) to be worn or fall off during long-term use, and these problems will reduce the durability and reliability of the overall equipment. 4. Increased working hours: Since each crimping member (11) needs to be matched with a different style of corresponding mouth film (20, 21), each time the mouth film (20, 21) is changed, a different positioning block must be changed. Therefore, when calibrating the positioning block and repeatedly locking the fixed block on the mouth film (20, 21), it will cause increased working hours and quality concerns. Therefore, this device really needs to be improved in order to achieve economic benefits.

The main purpose of this invention is to provide users with a method for quickly and accurately positioning the crimping parts during the operation of the crimping clamp, so as to avoid slippage and affect the assembly between the crimping parts and the wire, thereby improving various problems listed in the prior art. However, in order to achieve the above-mentioned effects and improve the deficiencies in the prior art, the present invention has two embodiments. First, the first embodiment is an oral membrane device with a positioning press-wire component, which includes: two oral membrane bodies, each of which is provided with a buckle portion and a press-fit portion, wherein each buckle portion is recessed to form a buckle groove, and each press-fit portion is provided with a plurality of corresponding press-fit grooves and press-fit protrusions; and one of the oral membrane bodies is provided with a surrounding plate body extending from one side close to the press-fit protrusion, and when the press-fit protrusions are pressed together, a portion of the surrounding plate body corresponding to the press-fit groove is provided with a relative concave hole, wherein the height (H) of each concave hole is less than the height (h) of the covering sheet of the press-fit body, and the width (W) of each concave hole is greater than the width (w) of the extended plate body of the press-fit body.

The second embodiment of the present invention is an oral membrane device with a positioning crimping piece, which comprises: two oral membrane bodies, each of which is provided with a buckle portion and a crimping portion, and each buckle portion is concavely provided with a buckle groove, and each crimping portion is provided with a plurality of corresponding crimping grooves and crimping protrusions; one of the oral membrane bodies is provided with a surrounding plate body extending on a side close to the crimping protrusion, and after the crimping protrusions are pressed together, the surrounding plate body is provided with corresponding grooves at the portion corresponding to the crimping grooves; wherein, the crimping piece can fall into the groove and be fixed.

The invention relates to an oral mask device with a positioning crimping member. Please refer to the first to sixth figures, which mainly comprises a pair of oral mask bodies (40, 50). The pair of oral mask bodies (40, 50) are respectively provided with a buckle portion (41, 51) and a crimping portion (42, 52). The buckle portion (41, 51) is concavely provided with a buckle groove (411, 511), and the buckle groove (411, 511) can be buckled and fixed to the crimping portions (61, 62) on both sides of the crimping clamp (60); and the crimping portion (42, 52) on the other side is provided with a plurality of corresponding crimping grooves (421-421). 424) and the pressing convex blocks (521-524) (the present embodiment is illustrated with four corresponding pressing grooves (421-424) and the pressing convex blocks (521-524), but the number is not limited to four). In this way, the wire crimping member (70) can be pressed by the pressing portions (61, 62) on both sides of the wire crimping member (60) to receive the corresponding pressing grooves (421-424) and the pressing convex blocks (521-524) so that the transmission wire (721) of the wire crimping member (70) can be inserted and pressed into and covered in the covering sheet (711) of the pressing body (71) (wherein the wire crimping member ( 60), the press-fitting parts (61, 62) or the press-fitting parts (70) are all known structural devices and are not described in detail); and a surrounding plate body (54) is extended from the side of the press-fitting part (52) of one of the oral mask bodies (50) (this embodiment is for the convenience of explanation and uses the oral mask body (50) as an example), and the surrounding plate body (54) is provided with partially opposite concave holes (541-543) at the position where the press-fitting protrusions (521-524) are press-fitted to the corresponding press-fitting grooves (421-424) (herein, three concave holes (541-543) are used to correspond to the press-fitting protrusions (521-524) and the press-fitting grooves ( 421~424), and there is no need to explain the implementation methods of all corresponding pressing positions), and the height (H) of the concave hole (541~543) is less than the height (h) of the covering sheet (711) of the pressing body (71), and the width (W) of the concave hole (541~543) is greater than the width (w) of the extension plate (712) of the pressing body (71), so that the covering sheet (711) can be buckled on the concave hole (541~543), and the extension plate (712) can be inserted into the concave hole (541~543), and the creative effect of the present invention can be achieved.

When the invention is implemented, when it is necessary to insert the transmission line (721) of the pipe material (72) into the covering sheet (711) of the compression body (71), it is only necessary to first find a mouth mask body (40, 50) of a shape and size suitable for compression (herein, the mouth mask body (40, 50) is used for illustration), and then fix the mouth mask body (40, 50) in the compression parts (61, 62) on both sides of the wire clamp (60), and then insert the wire clamp (60) into the compression part (61, 62). The press-fit body (71) of the component (70) is first placed on the corresponding press-fit block (523) (herein, the press-fit block (523) is used as the implementation description), and then the press-fitting component (70) is pushed into the corresponding concave hole (543), and because the height (H) of the concave hole (541~543) is less than the height (h) of the covering sheet (711) of the press-fit body (71), and because the width (W) of the concave hole (541~543) is greater than The width (w) of the extension plate (712) of the press-fit body (71) is such that when the press-fit body (71) is pushed up to the concave hole (543), the covering sheet (711) is buckled at the concave hole (543) (particularly as shown in FIG. 3 and FIG. 3A), and the extension plate (712) can be inserted into the concave hole (541-543); the press-fit parts (61, 62) are then buckled to slightly fix the press-fit body (71) of the pressing wire member (70). ) covering sheet (711), and then the transmission line (721) of the pipe material (72) is inserted into the covering sheet (711) of the compression body (71), and then necessary force is applied to clamp the compression parts (61, 62), so that the transmission line (721) of the pipe material (72) can be prepared and stably compressed in the covering sheet (711) of the compression body (71) of the compression wire member (70), achieving the best compression position and structure.

In addition, when it is necessary to press-fit the crimping parts (70) of different sizes or shapes, it is only necessary to detach the oral mask body (40, 50) from the crimping parts (61, 62) on both sides of the crimping clamp (60), and then fix the replaced oral mask body (40', 50') to the crimping parts (61, 62) of the crimping clamp (60), and utilize the corresponding crimping grooves (421'~423') of different shapes and sizes provided on the oral mask body (40', 50') and the crimping grooves (421'~423') of different shapes and sizes provided on the oral mask body (40', 50'). The pressing protrusions (521'~523') (this embodiment uses three corresponding pressing grooves (421'~423') and pressing protrusions (521'~523'), and then the oral membrane body (50') provided with the enclosure body (54') and the recessed holes (541'~543') is used to correspond to another oral membrane body (40'), so that the effect of positioning and pressing different pressing wire members (70') can be achieved according to the above-mentioned implementation method, and as shown in Figure 7, the use effect is completely simple.

In addition, please refer to FIG. 8 and FIG. 8A. The second embodiment of the invention is to change the structure of the enclosure body (55), and at the same time refer to the related structures of the oral membrane body (40), the oral membrane body (50), and the pressing wire member (70) in FIG. 1. The enclosure body (55) is also provided with corresponding grooves (551-553) at the part of the position where the pressing protrusions (521-524) are pressed into the corresponding pressing grooves (421-424) (here, three grooves (551-553) are used to correspond to the pressing protrusions (521-524). 524) and three of the pressing positions of the pressing grooves (421~424), and there is no need to explain the implementation method of all the corresponding pressing positions), so that the grooves (551~553) can be used for the pressing wire member (70) to fall into and be fixed, thereby achieving the creative effect of the present invention; in addition, if the depth (D) of the grooves (551~553) is not greater than the length (d) from the extension plate (712) of the pressing body (71) to the covering sheet (711), the pressing wire member (70) can be buckled and fixed more stably.

Thus, when the second embodiment is used, the press-fit body (71) of the press-fit member (70) can be placed on the corresponding press-fit block (523) (the press-fit block (523) is used as the embodiment for illustration), and then the press-fit member (70) is pushed into the corresponding groove (553). Since the depth distance (D) of the groove (553) is less than the length from the extension plate (712) of the press-fit member (71) to the covering sheet (711), the press-fit member (70) can be pushed into the corresponding groove (553). The depth (d) of the press-fit body (71) is such that when the press-fit body (71) is pushed up to the groove (553), the press-fit body (71) will fall to the preset depth position, so that the necessary preset depth can be reached and positioned. The same operations as those in the first embodiment can be performed to prepare and stably press-fit the transmission line (721) of the pipe material (72) in the covering sheet (711) of the press-fit body (71) of the wire crimping member (70), thereby achieving the best press-fit position and structure.

(Knowledge and Technology) (10): Wire crimping clamp (101): Compression clamp (102): Compression clamp (103): Compression plate (104): Compression plate (11): Wire crimping piece (111): Compression body (112): Extension plate (113): Covering sheet (12): Pipe material (121): Transmission line (20): Mouth film (201): Compression groove (202): Compression groove (203): Compression groove (204): Compression groove (21): Mouth film (211): Compression bump (212): Compression bump (213): Compression bump (214): Compression bump (Original work) (40): Oral mask body (40'): Oral mask body (41): Upper buckle part (411): Buckle groove (42): Pressing part (421): Pressing groove (421'): Pressing groove (422): Pressing groove (422'): Pressing groove (423): Pressing groove (423'): Pressing groove (424): Pressing groove (50): Oral mask body (50'): Oral mask body (51): Upper buckle part (511): Buckle groove (52): Pressing part (521): Pressing convex block (521'): Pressing convex block (522): Pressing convex block (522'): Pressing convex block (523): Pressing convex block (523'): Pressing bulge (524): Pressing bulge (54): Enclosure body (54'): Enclosure body (541): Concave hole (541'): Concave hole (542): Concave hole (542'): Concave hole (543): Concave hole (543'): Concave hole (55): Enclosure body (553): Groove (60): Wire crimping clamp (61): Pressing part (62): Pressing part (70): Wire crimping piece (70'): Wire crimping piece (71): Pressing body (711): Covering sheet (712): Extension plate (72): Pipe material (721): Transmission line (H): Height (h): Height (W): Width (w): Width (D): Distance (d): Distance

The first figure is a three-dimensional schematic diagram of the first embodiment of the present invention after the two oral membrane bodies are installed in the compression part, and the compression body is placed on the compression convex block. The third figure is a cross-sectional schematic diagram of the transmission line of the pipe material in the first embodiment of the present invention inserted into the covering sheet of the compression body. Figure 3A is a cross-sectional schematic diagram of another viewing angle of the third figure. The fourth figure is a cross-sectional schematic diagram of the first embodiment of the present invention before pressing. The fifth figure is a cross-sectional schematic diagram of the first embodiment of the present invention after pressing. The sixth figure is a three-dimensional schematic diagram of the combination of the compression body and the transmission line after pressing in the first embodiment of the present invention. The seventh figure is a three-dimensional schematic diagram of the replacement of different oral membrane bodies in the first embodiment of the present invention. The eighth figure is a three-dimensional schematic diagram of the second embodiment of the present invention after combination. Figure 8A is a cross-sectional schematic diagram of the second embodiment of the invention combined with the wire pressing member. Figure 9 is a three-dimensional schematic diagram of the known technology decomposition. Figure 10 is a three-dimensional schematic diagram of the known technology after the wire pressing member is operated. Figure 11 is a cross-sectional schematic diagram of the known technology in which the pressed body is placed crookedly. Figure 12 is a schematic diagram of the known technology in which the pressed body does not completely cover the transmission line. Figure 13 is a cross-sectional schematic diagram of the known technology in which the covering sheet does not cover the transmission line after pressing.

(40): Oral membrane body

(41): Upper buckle part

(411): Buckle slot

(42): Pressing part

(421): Press-fit groove

(422): Press-fit groove

(423): Press-fit groove

(424): Press-fit groove

(50): Oral membrane body

(51): Upper buckle part

(511): Buckle slot

(52): Pressing part

(521): Pressed bump

(522): Pressing bump

(523): Pressing bump

(524): Pressing bumps

(54): Enclosure body

(541):Concave hole

(542):Concave hole

(543):Concave hole

(60): Wire clamp

(61): Pressing part

(62): Pressing part

(70):Crimp wire parts

(71):Compression fit

(711): Coating sheet

(712): Extended plate

(72): Pipe and wire

(721): Transmission line

Claims (3)

A mouth mask device with a positioning press line, comprising: two mouth mask bodies, each of which is provided with a buckle portion and a press-fit portion, each buckle portion is connected to one side of each press-fit portion, wherein each buckle portion is concavely provided with a buckle groove, and each press-fit portion is provided with a plurality of corresponding press-fit grooves and press convex blocks; and one of the mouth mask bodies is provided with a surrounding plate body extending near one side of the press convex block, and when each press convex block is pressed together, a portion of the surrounding plate body corresponding to the press-fit groove is provided with a relative concave hole, wherein the height (H) of each concave hole is less than the height (h) of the covering sheet of the press-fit body, and the width (W) of each concave hole is greater than the width (w) of the extended plate body of the press-fit body. A mouth mask device with a positioning crimping piece, comprising: two mouth mask bodies, each of which is provided with a buckle portion and a crimping portion, each buckle portion is connected to one side of each crimping portion, each buckle portion is concavely provided with a buckle groove, and each crimping portion is provided with a plurality of corresponding crimping grooves and crimping convex blocks; one of the mouth mask bodies is provided with a surrounding plate body extending from one side close to the crimping convex block, and after the crimping convex blocks are pressed together, the surrounding plate body is provided with a corresponding groove at a portion corresponding to each crimping groove; wherein, one end of the crimping piece is inserted into the groove and abutted against the bottom surface of the groove, thereby fixing the position of the crimping piece in the groove. As described in claim 2, the oral mask device with a positioning press line member, wherein the depth distance (D) of the groove is less than the distance (d) from the extended plate of the press-fit body to the covering sheet.

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