CN105730803A - Application of label clamping and implanting mechanism to pork, beef or mutton test - Google Patents

Abstract

The invention discloses application of a label clamping and implanting mechanism to pork, beef or mutton test. The label clamping and implanting mechanism comprises a body, a label barrel, a label implanting mechanism, a baffle cylinder and a to-be-marked object clamping mechanism; the body is formed through combination of an end cover, a chassis and a chassis side edge; the label barrel, the label implanting mechanism, the baffle cylinder and the to-be-marked object clamping mechanism are all arranged on the body; labels are arranged in the label barrel; the to-be-marked object clamping mechanism mainly consists of a linear cylinder, a push shaft, a left clamp connection rod, a right clamp connection rod, a left clamp and a right clamp which are connected; the label implanting mechanism mainly consists of an oscillating cylinder, a cutter and a cutter shaft which are connected; the cutter shaft is arranged between the left clamp and the right clamp in a penetration manner through supporting of a bearing; and the baffle cylinder is arranged at the bottom of the chassis. By adopting the label clamping and implanting mechanism, operation is convenient; and the problem of low efficiency of label implanting is solved. Furthermore, the invention also discloses substitutive application to label implanting in raw meat test and information retrospect by utilizing the above mechanism.

Description

Application of label clamping and implanting mechanism in inspection of pork, beef or mutton

This application is a divisional application for an invention patent application with an application date of February 06, 2015, an application number of 201510061649.9, and an invention titled "a label clamping and implanting mechanism and its application".

technical field

The invention belongs to the technical field of marking, and in particular relates to a mechanism for labeling objects to be marked, and the application of the mechanism in the inspection of edible raw meat food.

Background technique

The existing labeling technology is relatively backward. Many mechanized and automated instruments are used for chemical labeling of the substances to be labeled. However, due to the lack of specific equipment for physical labeling of many substances to be labeled, manual implantation of labels is generally required. However, by manually implanting labels, not only the labor cost is high, but also the efficiency is low. It is also easy to cross and confuse different labels for different objects to be labeled, resulting in labeling errors.

Following the improvement of my country's material living standards, in terms of raw animal meat, the consumption of raw meat including pigs, cattle, and sheep has exceeded 70% of the daily meat consumption of Chinese residents. However, all kinds of dead pork, clenbuterol pork, fake mutton, fake beef brisket, illegal water-injected beef and pork on the market have entered the people's table through various channels and incidents have occurred from time to time. Huge losses, and brought immeasurable disasters to the lives of the people.

The traditional operation methods like pork and beef are allowed to enter the market after passing the blue or red inspection stamp, but because the inspection stamp lacks information expression, it still cannot satisfy consumers' sufficient understanding of the source of meat and the inspection stamp. trust. At present, the use of electronic information input labels to realize the safety traceability of animal meat is gradually rising, but due to the lack of a good label implantation mechanism, manual clamping or label implantation is time-consuming and laborious.

Contents of the invention

The object of the present invention is to provide an application of a label clamping and implanting mechanism to implant labels in batches in a raw meat assembly line.

In order to realize the above-mentioned purpose of the invention, the present invention adopts the following technical solutions:

The application of the label clamping and implanting mechanism in the inspection of pork, beef or mutton, the label clamping and implanting mechanism includes a body, a label cylinder, a label implanting mechanism, a blocking cylinder and a clamping mechanism for an object to be marked; the body consists of The end cover, the chassis and the side of the chassis are combined, the end cover and the chassis are connected through the side of the chassis, and there is a cavity between the end cover and the chassis; the upper part of the label tube passes through the top of the end cover, and the bottom of the label tube A part is suspended in the air and communicates with the inner cavity of the label tube, and the label is set in the label tube; the clamping mechanism for the object to be marked is installed on the body, which includes a linear cylinder, a push shaft, a left clip connecting rod, a right clip connecting rod, a left clip and The right clip; the linear cylinder is connected to the push shaft, and the push shaft is connected to the left clip connecting rod and the right clip connecting rod, and the two connecting rods are connected to the left clip and the right clip respectively, and a round hole is arranged between the two clips; the label planting The entry mechanism is installed on the body, which includes a swing cylinder, a cutter and a cutter shaft; the cutter shaft is supported in the round hole through a bearing, the bottom of the cutter shaft is connected with the swing cylinder, and the cutter is fixed on the cutter shaft , the swing cylinder drives the outer end of the cutter from the bottom of the label tube to the outside of the body along a movement track; the blocking cylinder is arranged at the bottom of the chassis, and the piston rod of the blocking cylinder is connected to the stopper, and the stopper is located at the bottom of the cutter on the motion track.

The beneficial effects of the present invention are as follows: the present invention can use the clamping mechanism of the object to be marked to clamp the object to be marked, and then use the label implanting mechanism to complete the label implantation. Of course, the oscillating cylinder used by the label implantation mechanism drives the tool shaft, drives the tool to move to the label support at the bottom of the label tube to obtain the label, and then moves to the shaft of the blocking cylinder. If the shaft of the blocking cylinder is in a retracted state, the tool directly implants the label into the pig. on the leg sebum, immediately step back to reacquire the label. Therefore, the present invention can carry out label clamping and implantation semi-automatically, has simple operation, fast speed, good implantation effect, and effectively solves the problem of low label implantation efficiency.

Preferably, the chassis and the end cover are circular and connected as a whole through the sides of the chassis, and the bottom of the chassis is provided with a handle.

Preferably, a spring is provided at the bottom of the label cylinder.

Preferably, both the left clip and the right clip are provided with clip heads.

Preferably, it also includes an RFID radio frequency signal reader; the inside of the label is filled with electronic chips, and the writing of the label traceability information is realized through the RFID radio frequency signal reader.

When the present invention is used in pork inspection, the hand-held label clamping and implanting mechanism is first aligned with the sebum part of the live pig leg transported on the track scale, and the push shaft is driven by a linear cylinder, and the push shaft drives the clip connecting rod, and the clip clamps the pig leg sebum. Then stop the cylinder shaft from stretching out, swing the cylinder to drive the cutter shaft, drive the cutter to move to the label support to obtain the label, move to the block cylinder shaft, as a further preferred solution of the present invention, the present invention can also use external RFID radio frequency signals to read The writer writes the pig information into the label. If the writing is unsuccessful, the tool returns to the label support to obtain the label. In the process, the bad label is blocked by the stopper. After the label is regained, the tool writes the information successfully. Stopping the cylinder shaft from returning, the cutter implants the label on the pork leg sebum and immediately retreats to retrieve the label. The application effect is good.

Description of drawings

Figure 1: Schematic diagram of the structure of the label clamping and implanting mechanism in the present invention.

Figure 2: Schematic diagram of the internal structure of the label clamping and implanting mechanism in the present invention.

Figure 3: Schematic diagram of the structure of the label of the present invention.

Fig. 4: Schematic diagram of the label automatic clamping structure in the present invention.

Figure 5: Schematic diagram of the implanted label structure in the present invention.

Figure 6: Schematic diagram of the tag clamping and implanting mechanism of the present invention applied to implant tags in a pork assembly line.

detailed description

Specific embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings.

Embodiment: a label clamping and implanting mechanism 2 as shown in FIGS. Marker holding mechanism. Its body is composed of end cover 6, chassis 9 and the sides of the chassis. Both end cover 6 and chassis 9 are circular. There is a cavity between them, the side of the chassis is provided with an opening, and the bottom of the chassis 9 is provided with a handle. The upper part of the label cylinder 23 passes through the top of the end cap 6 , a part of the bottom 11 of the label cylinder is suspended 22 and communicates with the inner cavity of the label cylinder 23 , and the label 18 is arranged in the label cylinder 23 . As shown in Figure 4, the label 18 of the present invention is a plastic label with an arrow-shaped extension on the outside of the label and an electronic chip inside, and the writing of the label traceability information is realized by an RFID radio frequency signal reader.

Both the tag implanting mechanism and the object-to-be-marked clamping mechanism are installed on the body.

The clamping mechanism for the marked object includes a linear cylinder 10 fixed on the chassis 9, a push shaft 21, a left clamp connecting rod 12, a right clamp connecting rod 19, a left clamp 14 and a right clamp 16. Linear cylinder 10 connects push shaft 21, and push shaft 21 connects left clip connecting rod 12 and right clip connecting rod 19, and two connecting rods connect left clip 14 and right clip 16 correspondingly respectively, and the outer ends of left clip 14 and right clip 16 are A clip head 146 is provided for easy grabbing. A round hole is set between the two clips, specifically a round hole is set on the chassis 9 between the left clip 14 and the right clip 16 . The left clip link 12 and the right clip link 19 are located in the hollow cavity of the body, while the left clip 14 and the right clip 16 pass through the opening on the side of the chassis of the body.

The label implantation mechanism includes a swing cylinder 7 , a cutter 17 and a cutter shaft 15 . The swing cylinder 7 is fixed on the bottom of the chassis 9, and the cutter shaft 15 is supported in the above-mentioned round hole through the bearing 13. The bottom of the cutter shaft 15 is connected with the output end of the swing cylinder 7, and the cutter 17 is fixed on the cutter shaft 15. The swing cylinder 7 During operation, the outer end of the cutter 17 is driven from the bottom 11 of the label cylinder to the outside of the body along a movement track. The tip of the cutter 17 can cooperate with the front end of the label 18 to give the label a push force and prevent the label from falling off during the label implantation process.

The above-mentioned blocking cylinder 8 is also fixed on the bottom of the chassis 9 , the piston rod of the blocking cylinder 8 is connected to the blocking piece 20 , and the blocking piece 20 is located on the moving track of the cutter 17 .

Further, a spring is provided at the bottom of the label cylinder 23 for supporting the label 18 .

Application example: as shown in Figure 6, during application, a hook is provided on the top of the end cover 6, and the hook is connected to a rod through a wire, and then connected to the pork conveyor belt body through the rod. Pork 3 hangs on the hook that slide fits on the conveyor belt. When using it, the operator first holds the label clamping and implanting mechanism 2 to align with the track scale, that is, the skin of the raw pork conveyed on the conveyor belt body, drives the push shaft 21 through the linear cylinder 10, and the push shaft 21 drives the clip connecting rod, and the clip clamps Tighten the pork leg sebum; then stop the cylinder 8 from stretching out, the swing cylinder 7 drives the tool shaft 15, and drives the tool 17 to move to the bottom 11 of the label cylinder to obtain the label 18, move to the stopper 20, and use the RFID radio frequency signal reader 4 to The pig information is written into the label 18. If the writing is unsuccessful, the tool 17 returns to the label support to obtain the label 18 again. During this process, the bad label is blocked by the stopper 20, and the tool 17 writes the label 18 again. Stop the cylinder 8 from returning after the information is successful, and the cutter 17 implants the label 18 on the pork leg sebum and immediately retreats to obtain the label 18 again.

The traceability method in the present invention is to write the pig information slaughter date/immunity/source etc. into the chip in the tag 18 through the RFID radio frequency signal reader 4, and obtain the traceability information by reading the tag 18 chip. The label cartridge 23 in the present invention can hold 12-150 labels 18 at a time. Label 18 is put down from label tube 23 top, is pressed on the spring support of label tube 23, and when cutter 17 moves on the spring support, label 18 will be transferred on the cutter 17.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above. Those skilled in the art should understand that the present invention is not limited by the above-mentioned embodiments. What are described in the above-mentioned embodiments and the description only illustrate the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention also has Variations and improvements are possible, which fall within the scope of the claimed invention. The protection scope of the present invention is defined by the appended claims and their equivalents.

Claims (5)

1. The application of the label clamping and implanting mechanism in the inspection of pork, beef or mutton, characterized in that: the label clamping and implanting mechanism includes a body, a label cylinder (23), a label implanting mechanism, and a blocking cylinder (8) And the clamping mechanism of the object to be marked; -The body is composed of an end cover (6), a chassis (9) and the side of the chassis, the end cover (6) and the chassis (9) are connected through the side of the chassis, and the end cover (6) and the chassis (9) There are cavities in between; - The upper part of the label cylinder (23) passes through the top of the end cap (6), the bottom of the label cylinder (11) is partly suspended (22) and penetrates the inner cavity of the label cylinder (23), and the label (18) is set on the label cylinder (23); -The clamping mechanism for the object to be marked is installed on the body, which includes a linear cylinder (10), a push shaft (21), a left clamp link (12), a right clamp link (19), a left clamp (14) and Right clip (16); described linear cylinder (10) connects push shaft (21), and push shaft (21) connects left clip connecting rod (12) and right clip connecting rod (19), and two connecting rods (12, 19 ) correspond to connect the left clip (14) and the right clip (16) respectively, and round holes are set between the two clips (14, 16); -The label implantation mechanism is installed on the body, which includes a swing cylinder (7), a cutter (17) and a cutter shaft (15); the cutter shaft (15) is supported through the round hole through a bearing (13) , the bottom of the cutter shaft (15) is connected with the swing cylinder (7), the cutter (17) is fixed on the cutter shaft (15), and the swing cylinder drives the outer end of the cutter (17) from the bottom of the label tube (11) Go outside the main body along a movement track; - The blocking cylinder (8) is arranged at the bottom of the chassis (9), the piston rod of the blocking cylinder (8) is connected to the stopper (20), and the stopper (20) is located on the movement track of the cutter (17). 2. The application of the label clamping and implanting mechanism in pork, beef or mutton inspection according to claim 1, characterized in that: the chassis (9) and the end cap (6) are circular and pass through the chassis The sides are connected as a whole, and the bottom of the chassis (9) is provided with a handle. 3. The application of the label clamping and implanting mechanism in pork, beef or mutton inspection according to claim 1, characterized in that: the bottom of the label cylinder (23) is provided with a spring. 4. The application of the tag clamping and implanting mechanism according to claim 1 in the inspection of pork, beef or mutton, characterized in that: the left clip (14) and the right clip (16) are provided with clip heads (146). 5. The application of the label clamping and implanting mechanism in pork, beef or mutton inspection according to claim 1, characterized in that: it also includes an RFID radio frequency signal reader; the inside of the label (18) is filled with electronic The writing of chip and tag traceability information is realized through RFID radio frequency signal reader.