KR102639437B1 - Jig structure for sandwich packaging - Google Patents

Abstract

The present invention provides a jig structure for packaging a sandwich, which is provided with components for mounting the sandwich in order to package the manufactured sandwich.

Description

Jig structure for sandwich packaging}

The present invention relates to a jig structure for sandwich packaging, and more specifically, to a jig structure for sandwich packaging provided with components for mounting a sandwich to package a manufactured sandwich.

The invention is based on technology for improving the packaging process of food products such as sandwiches in the food service industry.

Existing sandwich packaging methods rely on manual labor, which is time-consuming, prone to damaging the shape of the sandwich, and tends to be inefficient.

To solve this problem, the need for a structure that supports quick and clean packaging of sandwiches was raised.

In particular, a stable jig is needed that can easily fold the wrapper while maintaining the shape of the sandwich.

In order to meet these needs, the present invention provides a system that can stably hold and package sandwiches by integrating a wedge-shaped structural body, side and front plates.

In particular, the sandwich pressing part and the wrapping paper folding part can be manufactured in ultra-small sizes according to the industrial use of 3D printers, so they can be applied to the present invention.

Korean Patent Publication No. 10-2005-0094404 Korean Patent Publication No. 10-1360383

The present invention was devised to solve the above problems, and the purpose of the present invention is to provide a jig structure for sandwich packaging, which is provided with a structural body and a structural plate for seating the sandwich.

Another object of the present invention is to provide a sandwich packaging jig structure provided with a sandwich presser that pulls out the press plate and presses and fixes the side of the sandwich.

Another object of the present invention is to provide a jig structure for sandwich packaging, which is provided with a wrapper folding part for guiding the folding of the sandwich wrapper.

The object of the present invention is not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

The jig structure for sandwich packaging according to an embodiment of the present invention to solve the above problem may include a structure body provided in a wedge shape to seat the manufactured sandwich.

In one embodiment, the jig structure for sandwich packaging further includes a structure plate provided to support the lower part of the structure body to maintain balance, and the structure body is oriented perpendicular to the upper surface of the structure plate to support one side of the sandwich. A side plate installed to support the side of the sandwich, a sandwich mounting plate diagonally installed on one side of the side plate to hold the sandwich, the sandwich mounting plate and the side plate on the upper surface of the structure plate. It may include a front plate installed in a vertical direction so as to support the front of the sandwich.

In one embodiment, the sandwich packaging jig structure is installed on the sandwich holding plate and has a built-in pressing plate that can be withdrawn to press and secure the side of the sandwich, and at least one is installed on the front plate to place the sandwich wrapper in the sandwich. It may include a wrapping paper folding portion for guiding folding toward.

In one embodiment, the sandwich press unit includes a press unit fixing plate installed at regular intervals on the inner upper surface of the sandwich mounting plate, a press unit fixing frame installed in a vertical direction on the press unit fixing plate, and a lower part of the press unit fixing frame. A press unit support frame installed in a horizontal direction, a press unit belt support frame installed to surround both end portions of each of the press unit support frames arranged in parallel, and a fastening capable of rotating along the shape of the press unit belt support frame. a pressing unit drive belt having belt insertion grooves formed at regular intervals along the circumference, a belt rotation plate fastened to be wound around a region of the press unit drive belt, and a belt rotation plate fastened in a vertical direction to the center of the belt rotation plate. a motor rotation shaft provided to rotate, a motor connection shaft installed horizontally on the motor rotation shaft and electrically connected to the motor to transmit rotational driving force toward the motor rotation shaft, and the belt fitting groove of the pressing unit drive belt. A plate pull-out part is fitted to the sandwich mounting plate and is provided to pull out the pressing plate from the sandwich mounting plate, wherein the plate pull-out part includes a pull-out part fixing shaft inserted through the belt fitting groove, and a horizontal direction at the distal end of the pull-out part fixing shaft. a pull-out unit fixing frame installed to secure the pull-out unit fixing shaft from the belt fitting groove, and a pull-out unit inserted into the circumference of the pull-out unit fixing shaft and fixing the pull-out unit fixing shaft so that it does not escape from the belt fitting groove. A fixing member, a draw-out portion adjusting cylinder inserted to enable piston movement around the draw-out portion fixing shaft, a pull-out portion body fixed to the distal end of the pull-out portion adjusting cylinder and provided in a 'L' shape, the pull-out portion body A pull-out shock absorber is inserted to enable piston movement in the horizontal direction at regular intervals along one side and is provided to relieve shock, and is installed in a vertical direction on the other side of the pull-out body and the distal end of the pull-out buffer to support it. A support plate for the draw-out unit and a plate clamping part installed on the body of the draw-out unit to clamp the pressing plate, wherein the plate clamping part protrudes and is inserted into the front end surface of the body at regular intervals and is rotatable. a clamping unit rotation axis provided, a clamping unit cylinder inserted into the circumference of the clamping unit rotation axis to protect the clamping unit rotation axis from impact, a clamping unit frame installed in a vertical direction on the clamping unit cylinder, and each of the clamping units. A clamping part engaging member installed on the circumference of the cylinder and provided to engage with each other to adjust the angle of the clamping part frame so as to be rotatable, a clamping part connecting frame fastened to the clamping part frame in a multi-stage bent shape, and the clamping part connecting frame. It includes a clamping member installed at a distal end and provided to clamp the pressing plate, wherein the sandwich pressing unit is controlled so that the motor rotation shaft rotates the belt rotation plate so that the pressing unit driving belt rotates, and the plate withdrawal unit It may further include a feature of clamping and withdrawing and retracting the pressing plate to press and secure the sides of the sandwich.

In one embodiment, the packaging paper folding unit includes a folding rail installed along the upper peripheral portion of the side plate, a folding rail roller rotatably fastened along one side of the folding rail, and a folding rail roller installed on the other side of the folding rail. A folding portion auxiliary roller disposed at regular intervals so as to be able to rotate along the folding portion, a roller support member fastened to support the folding portion auxiliary roller at both ends, and a folding portion roller connecting the roller support member and the folding portion rail roller. A member, a shaft housing installed in a 'ㄷ' shape on the roller support member, a folded portion support shaft with one end rotatably fastened to the shaft housing, and rotatably inserted at regular intervals around the circumference of the folded portion support shaft. A first plate rotating member, a first folding portion plate extending from the first plate rotating member and provided to be folded in contact with the packaging, inserted into the circumference of the folding portion support shaft and between the first plate rotating members. A folding portion rotating member disposed and rotatably provided, a second plate rotating member rotatably fastened to the folding portion rotating member, and a second plate extending from the second plate rotating member and provided to be folded in contact with the packaging paper. A folding plate, a plate fastening part installed at the distal ends of the first folding portion plate and the second folding portion plate to fasten and secure the distal ends of the first folding portion plate and the second folding portion plate. And the plate fastening part includes a fastening rotating member rotatably inserted into the distal end of the first folding plate and the second folding plate, and is fastened outwardly to each other in both directions to the circumference of the fastening rotating member. A fastening unit frame having a protruding fixing protrusion, a fastening unit buffering shaft extending in the horizontal direction from the fastening unit rotating member to relieve shock, and a fastening unit inserted into the circumference of the fastening unit buffering shaft to generate elastic force. It includes a secondary spring, a fastening part support body installed at the distal end of the fastening part buffering shaft, and a protrusion fastening part formed to protrude from one side of the fastening part support body and provided to be fastened to the fixing protrusion, and the wrapping paper folding part includes the The folding section rail roller and the folding section auxiliary roller move along the folding section rail, the folding section support shaft rotates toward the packaging paper, and the first folding section plate and the second folding section plate move toward the packaging paper. It may further include a feature of fixing the wrapping paper by seating and pressing it to fit the shape of the sandwich, and adding fixing force to the wrapping paper by fastening the first folding plate and the second folding plate with different plate fastening portions.

According to the present invention, a jig structure for packaging a sandwich is provided, which is provided with components for holding a sandwich for packaging the manufactured sandwich.

Increased packaging efficiency: Using the structural body and side and front plates, sandwiches can be packed quickly and reliably, greatly improving the work efficiency of food service companies.

Reduce product damage: The sandwich is supported from the sides and front and fixed through a pressing plate, preventing the shape of the sandwich from being damaged during the packaging process.

Easier to fold the wrapper: The wrapper fold simplifies the process of neatly folding the wrapper around the sandwich, improving the aesthetic appearance of the final package.

Convenience of use for workers: The jig structure of the present invention has an intuitive usage method, allowing workers to easily mount and package sandwiches.

Increased customer satisfaction: Neatly packaged sandwiches increase customer satisfaction and emphasize the brand’s expertise.

The effects according to the present invention are not limited to the details exemplified above, and further various effects are included within the present invention.

1 to 5 show actual photos and a schematic configuration of the jig structure for sandwich packaging according to the present invention.
Figures 6 to 8 show detailed configurations of the sandwich pressing part of the jig structure for sandwich packaging according to the present invention.
9 to 10 show detailed configurations of the wrapping paper folding portion of the jig structure for sandwich packaging according to the present invention.

Hereinafter, various embodiments will be described in more detail with reference to the attached drawings. The embodiments described herein may be modified in various ways. Specific embodiments may be depicted in the drawings and described in detail in the detailed description. However, the specific embodiments disclosed in the attached drawings are only intended to facilitate understanding of the various embodiments. Therefore, the technical idea is not limited to the specific embodiments disclosed in the attached drawings, and it should be understood that all equivalents or substitutes included in the spirit and technical scope of the invention are included.

Terms containing ordinal numbers, such as first, second, etc., may be used to describe various components, but these components are not limited by the above-mentioned terms. The above-mentioned terms are used only for the purpose of distinguishing one component from another.

In this specification, terms such as “comprise” or “have” are intended to indicate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof. When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be. On the other hand, when it is mentioned that a component is “directly connected” or “directly connected” to another component, it should be understood that there are no other components in between.

Meanwhile, a “module” or “unit” for a component used in this specification performs at least one function or operation. And the “module” or “unit” may perform a function or operation by hardware, software, or a combination of hardware and software. Additionally, a plurality of “modules” or a plurality of “units” excluding a “module” or “unit” that must be performed on specific hardware or performed on at least one processor may be integrated into at least one module. Singular expressions include plural expressions unless the context clearly dictates otherwise.

In addition, power and power transmission and control thereof for the following assembly configurations and embodiments, including “by control,” follow conventional techniques and are therefore omitted to avoid redundant description.

In addition, operation embodiments and configurations that are not described in detail below but are schematically described follow conventional techniques and are omitted in order to focus on the purpose of the present invention and its effects.

In addition, when describing the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof is abbreviated or omitted.

1 to 5 show actual photos and a schematic configuration of the jig structure for sandwich packaging according to the present invention.

Referring to Figures 1 to 5, the jig structure for sandwich packaging may include a structure body 10 and a structure plate 20.

The structural body 10 may be provided in a wedge shape to seat the manufactured sandwich.

Additionally, the structural body 10 may include a side plate 11, a sandwich mounting plate 13, and a front plate 12.

The structure plate 20 may be provided to support the lower part of the structure body 10 to maintain balance.

The side plate 11 may be installed in a vertical direction on the upper surface of the structure plate 20 to support one side of the sandwich.

The sandwich mounting plate 13 may be installed diagonally on one side of the side plate 11 to hold a sandwich.

The front plate 12 may be installed in a vertical direction so that the sandwich mounting plate 13 and the side plate 11 are connected on the upper surface of the structure plate 20 to support the front of the sandwich.

An embodiment of the present invention is a jig structure for sandwich packaging, and the purpose is to effectively seat the manufactured sandwich and facilitate the packaging process.

The structure includes a wedge-shaped structure body 10 to naturally support the sandwich.

The structural body 10 forms a natural slope for mounting the sandwich by gravity, so that the sandwich is stably positioned within the jig without slipping.

A structural plate 20 is installed at the lower part of the structural body 10 to maintain the balance of the entire structure and evenly distribute the weight of the sandwich.

The plate may be integral with the body or may be fastened to the body as a separate part.

The side plate 11 is installed vertically on the upper surface of the structure plate 20 to support one side of the sandwich and prevent the sandwich from sliding to the side.

There is a sandwich mounting plate 13 installed diagonally on one side of the side plate 11, so that the sandwich can be mounted in an inclined position.

This allows for faster and easier packaging of sandwiches and improves the stability of the packaging itself.

The front plate 12 is connected to the sandwich mounting plate 13 and the side plate 11 on the upper surface of the structure plate 20 and is installed vertically.

The plate supports the front of the sandwich, prevents the sandwich from falling out of the jig, and helps maintain the shape of the sandwich during the packaging process.

The jig structure for sandwich packaging may include a sandwich press part 100 that is installed on the sandwich holding plate and has a built-in press plate that can be pulled out to press and secure the sides of the sandwich.

Figures 6 to 8 show detailed configurations of the sandwich pressing part of the jig structure for sandwich packaging according to the present invention.

6 to 8, the sandwich press unit 100 includes a press unit fixing plate 110, a press unit fixing frame 120, a press unit support frame 130, a press unit belt support frame 140, and a press unit. It may include a drive belt 150, a belt rotation plate 160, a motor rotation shaft 170, a motor connection shaft 180, and a plate pullout portion 190.

The pressing part fixing plate 110 may be installed at regular intervals on the inner upper surface of the sandwich mounting plate.

The pressing part fixing frame 120 may be installed in the vertical direction on the pressing part fixing plate 110.

The pressing part support frame 130 may be installed horizontally at the lower part of the pressing part fixing frame 120.

The presser belt support frame 140 may be installed to surround both end portions of each of the presser belt support frames 130 arranged in parallel.

The presser drive belt 150 may be rotatably fastened to the shape of the presser belt support frame 140 and may be provided with belt fitting grooves 150a formed at regular intervals along the circumference.

The belt rotation plate 160 may be provided to be wound around one area of the pressing unit drive belt 150 .

The motor rotation shaft 170 may be vertically fastened to the center of the belt rotation plate 160 and may be provided to rotate the belt rotation plate 160.

The motor connection shaft 180 may be installed in a horizontal direction on the motor rotation shaft 170 and may be electrically connected to the motor to transmit rotational driving force toward the motor rotation shaft 170.

The plate withdrawal unit 190 may be fitted into the belt fitting groove 150a of the press drive belt 150 and may be provided to extract the press plate from the sandwich mounting plate.

In addition, the plate pull-out portion 190 includes a pull-out portion fixing shaft 191, a pull-out portion fixing frame 192, a pull-out portion fixing member 193, a pull-out portion adjusting cylinder 194, a pull-out portion body 195, and a pull-out portion It may include a buffer portion 196, a pull-out portion support plate 197, and a plate clamping portion 198.

The pull-out part fixing shaft 191 may be provided to be inserted through the belt fitting groove 150a.

The draw-out part fixing frame 192 may be installed horizontally at the distal end of the draw-out part fixing shaft 191 to fix the draw-out part fixing shaft 191 from the belt fitting groove 150a.

The draw-out portion fixing member 193 may be inserted into the peripheral portion of the draw-out portion fixing shaft 191 and may be provided to prevent the draw-out portion fixing shaft 191 from being separated from the belt fitting groove 150a.

The draw-out portion adjustment cylinder 194 may be provided to be inserted into the periphery of the draw-out portion fixing shaft 191 to enable piston movement.

The draw-out body 195 is fixed to the distal end of the draw-out portion adjustment cylinder 194 and may be provided in a 'ㄷ' shape.

The draw-out portion buffer 196 may be inserted to enable piston movement in the horizontal direction at regular intervals along one side of the draw-out portion body 195 to relieve shock.

The pull-out portion support plate 197 may be installed in a vertical direction to support the other side of the pull-out portion body 195 and the distal end of the pull-out portion buffer portion 196, respectively.

The plate clamping part 198 may be installed on the draw-out body 195 to clamp the pressing plate.

In addition, the plate clamping unit 198 includes a clamping unit rotation axis 1981, a clamping unit cylinder 1982, a clamping unit frame 1983, a clamping unit engaging member 1984, a clamping unit connection frame 1985, and a clamping member 1986. ) may include.

The clamping unit rotation axis 1981 may be protruding and inserted into the front end surface of the drawing unit body 195 at regular intervals and be rotatable.

The clamping unit cylinder 1982 may be inserted into the circumference of the clamping unit rotation axis 1981 to protect the clamping unit rotation axis 1981 from impact.

The clamping unit frame 1983 may be installed in the clamping unit cylinder 1982 in a vertical direction.

The clamping part engaging member 1984 may be installed on the periphery of each of the clamping part cylinders 1982 and engage with each other to adjust the angle of the clamping part frame 1983 so as to be rotatable.

The clamping unit connection frame 1985 may be provided to be fastened to the clamping unit frame 1983 in a multi-stage bent shape.

The clamping member 1986 may be installed at the distal end of the clamping portion connection frame 1985 to clamp the pressing plate.

The assembly relationships according to the above configurations and the effects of the embodiments are described in detail based on the drawings as follows.

In the sandwich pressing unit 100, the upper surface of the pressing unit fixing plate 110 is fixed to the inner upper surface of the structure plate at a certain interval.

At this time, the pressing part fixing plates 110 are arranged parallel to each other.

The upper end of the press part fixing frame 120 is fixed to the lower center of each press part fixing plate 110, and the press part fixing frame 120 is formed in a vertical direction.

The lower end of each press part fixing frame 120 is fixed to the upper center of the press part support frame 130, and each press part support frame 130 is formed in a horizontal direction.

Both end portions of each presser support frame 130 are fixed to the inner surface of the presser belt support frame 140 as shown in the drawing.

The presser drive belt 150 is rotatably fastened to the lower end of the presser belt support frame 140 along the shape.

In addition, the pressing unit drive belt 150 is fastened so that the belt rotation plate 160 engages and winds around one area.

Next, the motor rotation shaft 170 and the motor connection shaft 180 are coupled in an 'L' shape so that the motor rotation shaft 170 is connected to the center of the belt rotation plate 160.

Additionally, the motor connection shaft 180 is electrically connected to the motor.

Belt fitting grooves 150a are formed at regular intervals along the peripheral surface of the pressing unit drive belt 150, into which the plate withdrawal unit 190 is fitted.

At this time, the belt fitting grooves 150a are formed at regular intervals so that the operator can conveniently insert the press plate to adjust the degree of withdrawal.

In the plate pull-out portion 190, when the pull-out portion fixing shaft 191 is inserted through the belt fitting groove 150a, the central portion of the pull-out portion fixing frame 192 is positioned at one end of the pull-out portion fixing shaft 191. It is fixed, and then the pull-out portion fixing member 193 is inserted through the other end of the pull-out portion fixing shaft 191 to prevent the plate pull-out portion 190 from being separated from the belt fitting groove 150a.

Next, the draw-out portion adjustment cylinder 194 is inserted into the periphery of the draw-out portion fixing shaft 191 and performs piston movement to adjust the position of the draw-out portion body 195 that is integrally connected.

One end of the draw-out portion adjustment cylinder 194 is fixed to the rear end of the draw-out portion body 195.

The draw-out buffer portion 196 has a shape in which a rod shaft and a cylinder are combined and is installed at regular intervals in the horizontal direction on the draw-out body 195.

Pull-out portion support plates 197 are installed at both ends of the pull-out portion body 195 in a vertical direction to support pull-out portion buffer portions 196 installed at regular intervals.

In the plate clamping unit 198, clamping unit rotation shafts 1981 are rotatably inserted into the front end surface of the drawing unit body 195 at regular intervals and protrude as shown in the drawing.

The clamping part cylinder 1982 is inserted into each of the protruding parts around the clamping part rotation axis 1981, and the clamping part engaging member 1984 is fastened to the circumferential part of the clamping part cylinder 1982, so that the clamping part engaging member ( 1984) are arranged to engage.

Next, the upper end of the clamping unit frame 1983 is fixed to each clamping unit cylinder 1982, and the clamping unit frame 1983 is formed in a vertical direction downward.

At this time, in order to support the connection between the clamping unit frames 1983, they may be connected in a combined shape of a rod shaft and a cylinder.

One upper side of the clamping unit connection frame 1985 is fixed to the lower inner side of each clamping unit frame 1983 and is arranged in a vertical direction.

The clamping member 1986 is fastened to the lower outer side of each clamping portion connection frame 1985, and the clamping member 1986 can clamp the pressing plate.

In one embodiment, the motor operates under control so that the driving force transmitted through the motor connection shaft 180 rotates the motor rotation shaft 170 to rotate the belt rotation plate 160.

In one embodiment, following the above embodiment, the presser drive belt 150 may rotate while being supported on the presser belt support frame 140.

In one embodiment, following the above embodiment, the plate pull-out portion 190 inserted into the belt fitting groove 150a may rotate along the pressing portion drive belt 150.

In one embodiment, following the above embodiment, the clamping part engaging member 1984 of the plate clamping part 198 is engaged with each other by control to rotate the clamping part frame 1983 and the clamping part connecting frame 1985 to form a clamping member ( 1986) can clamp the pressing plate. At this time, based on the drawing, the gap between the clamping unit frames 1983 can be adjusted by extending or contracting the clamping unit extension cylinder.

In one embodiment, the clamping portion rotation shaft 1981 may rotate the clamping portion cylinder 1982 to engage the clamping portion engaging members 1984 by control for the above embodiment.

In one embodiment, the shock generated in the above embodiment may be alleviated by the pull-out buffer portion 196 performing piston movement.

9 to 10 show detailed configurations of the wrapping paper folding portion of the jig structure for sandwich packaging according to the present invention.

Referring to Figures 9 and 10, the jig structure for sandwich packaging may include at least one wrapper folding portion 200 installed on the front plate to guide folding of the sandwich wrapper toward the sandwich.

The wrapping paper folding section 200 includes a folding section rail 210, a folding section rail roller 220, a folding section auxiliary roller 230, a roller support member 240, a folding section roller connection member 250, and a shaft housing (260). ), folding portion support shaft 270, first plate rotating member 280, first folding portion plate 290, folding portion rotating member 300, second plate rotating member 310, second folding portion plate (320) and may include a plate fastening portion (330).

The folding rail 210 may be installed along the upper circumference of the side plate.

The folding rail roller 220 may be provided so as to be rotatably movable along one side of the folding rail 210 .

The folding portion auxiliary rollers 230 may be provided to be rotatably movable along the other side of the folding portion rail 210 and arranged at regular intervals.

The roller support member 240 may be provided to fasten the folding portion auxiliary roller 230 to support both end portions.

The folding portion roller connecting member 250 may be provided to connect the roller support member 240 and the folding portion rail roller 220.

The shaft housing 260 may be installed on the roller support member 240 in a 'L' shape.

The folding portion support shaft 270 may be provided so that one end thereof is rotatably fastened to the shaft housing 260 .

The first plate rotating member 280 may be provided to be rotatably inserted into the circumference of the folding portion support shaft 270 at regular intervals.

The first folding plate 290 may extend from the first plate rotating member 280 and be provided so that it can be folded in contact with the packaging paper.

The folding portion rotating member 300 may be inserted into the periphery of the folding portion support shaft 270 and may be disposed between the first plate rotating members 280 to be rotatable.

The second plate rotating member 310 may be provided to be rotatably fastened to the folding portion rotating member 300.

The second folding plate 320 may extend from the second plate rotating member 310 and be provided so that it can be folded in contact with the packaging paper.

The plate fastening unit 330 is installed at the distal end of the first folding plate 290 and the second folding plate 320 to form different first folding plate 290 and second folding plate ( 320) may be provided to fasten and secure the distal end.

In addition, the plate fastening part 330 includes a fastening part rotating member 331, a fastening part frame 332, a fastening part buffering shaft 333, a fastening part spring 334, a fastening part support body 335, and a protrusion fastening part. It may include (336).

The fastening part rotation member 331 may be provided to be rotatably inserted into the distal ends of the first folding part plate 290 and the second folding part plate 320.

The fastening unit frame 332 may be fastened outwardly to each other in both directions on the periphery of the fastening unit rotating member 331 and may be provided with a fixing protrusion 332a to protrude.

The fastening portion buffering shaft 333 may extend horizontally from the fastening portion rotating member 331 to relieve impact.

The fastening part spring 334 may be inserted into the circumference of the fastening part buffering shaft 333 to generate elastic force.

The fastening part support body 335 may be installed at the distal end of the fastening part buffering shaft 333.

The protrusion fastening part 336 may be formed to protrude from one side of the fastening part support body 335 and be fastened to the fixing protrusion 332a.

The assembly relationships according to the above configurations and the effects of the embodiments are described in detail based on the drawings as follows.

In the wrapping paper folding part 200, a folding part rail 210 is installed along the shape of the upper circumference of the side plate.

The folding part rail roller 220 is rotatably fastened to one end of the folding part roller connecting member 250, and the roller support member 240 is fastened in the horizontal direction to the other end, so that both end portions of the roller supporting member 240 The folding portion auxiliary roller 230 is rotatably fastened.

At this time, at least one of the assembled shapes is provided.

In the assembled shape, the folding section rail roller 220 is fastened to enable rail movement along one side of the folding section rail 210, and the folding section auxiliary roller 230 is fastened to enable rail movement along the other side of the folding section rail 210. do.

The shaft housing 260 is installed in the center of the roller support member 240 in a 'L' shape. At this time, the shaft housing 260 is disposed downward as shown in the drawing.

One end of the folding portion support shaft 270 is rotatably fastened to the shaft housing 260 and is formed in a straight line.

First plate rotating members 280 are integrally formed at one end of the first folding portion plate 290 at regular intervals, and each first plate rotating member 280 is located on the peripheral portion of the folding portion support shaft 270. is inserted into

The folding portion rotating member 300 is disposed between the first plate rotating members 280 and is inserted into the peripheral portion of the folded portion support shaft 270.

The second plate rotating member 310 is rotatably fastened to the folding portion rotating member 300, and the second plate rotating member 310 and the folding portion rotating member 300 can each rotate in different directions.

A second plate rotating member 310 is rotatably fastened to one end of the second folding plate 320.

The first folding plate 290 and the second folding plate 320 can easily fold the wrapping paper by pressing it into the sandwich by bringing it into close contact with the wrapping paper.

At this time, since at least one first folding plate 290 and a second folding plate 320 are provided, when the different first folding plate 290 and the second folding plate 320 come into contact, the plates are fastened. Part 330 can be fastened and fixed.

In the plate fastening part 330, a fastening part rotating member 331 is rotatably inserted into the first folding part plate 290 and the second folding part plate 320.

The fastening part frames 332 are rotatably fastened to both sides of the fastening part rotating member 331, and fixing protrusions are formed to protrude from each fastening part frame 332.

One end of the fastening part buffering shaft 333 is fixed to the fastening part rotating member 331, the fastening part buffering shaft 333 is formed in the horizontal direction, and the fastening part support body is formed on the other end of the fastening part buffering shaft 333. (335) is installed.

Next, the fastening part spring 334 is inserted into the peripheral part of the fastening part buffering shaft 333.

The protruding fastening part 336 is protruding and fixed to the fastening part support body 335 and rotated to contact each other by the fastening part rotating member 331 on the fastening part frame 332, and then the protruding fastening part 336 is attached to the fixing protrusion. It can be joined by inserting protrusions.

In one embodiment, the folding portion rail roller 220 and the folding portion auxiliary roller 230 rotate and move along the folding portion rail 210 to move the folding portion roller connection member 250 along the shape of the rail. .

In one embodiment, following the above embodiment, the first plate rotating member 280 rotates the first folding plate 290 along the circumference of the folding portion support shaft 270 to fold a portion of the wrapper toward the sandwich ( folding).

In one embodiment, the second plate pivoting member 310 rotates the second folding portion plate 320 based on the folding portion rotating member 300, which rotates following the above embodiment, to form another portion of the wrapper into a sandwich. It can be folded towards

In one embodiment, in order to fasten and fix the first folding plate 290 and the second folding plate 320 that were folded in the above embodiment, each fastening portion frame ( 332) is rotated toward the distal end of the first folding plate 290 or the second folding plate 320, and then the fixing protrusion 332a of each fastening frame 332 is fixed to the protrusion fastening portion 336. You can do it.

At this time, in order to release the fastening frame 332 fixed to the protruding fastening part 336, the protruding fastening part 336 is pushed toward the fastening part rotating member 331 so that the fastening part support body 335 is connected to the fastening part spring 334. ) The fastener frame 332 can be rotated again while generating an elastic force of ).

According to the above embodiments, workers can pack sandwiches using wrapping paper at a consistent speed.

Although preferred embodiments of the present invention have been shown and described above, the present invention is not limited to the specific embodiments described above, and may be used in the technical field to which the invention pertains without departing from the gist of the invention as claimed in the claims. Of course, various modifications can be made by those skilled in the art, and these modifications should not be understood individually from the technical idea or perspective of the present invention.

Struct Body (10)
Side plate(11)
Front plate(12)
Sandwich Mounting Plate (13)
Structural Plate(20)
Sandwich press (100)
Presser fixing plate (110)
Pressure fixing frame (120)
Pressure support frame (130)
Presser belt support frame (140)
Presser drive belt (150)
Belt insertion groove (150a)
Belt rotation plate (160)
Motor rotation shaft (170)
Motor connection shaft (180)
Plate withdrawal unit (190)
Drawout fixed shaft (191)
Drawout fixing frame (192)
Drawout fixing member (193)
Drawout control cylinder (194)
Drawout body (195)
Drawout buffer section (196)
Drawout support plate (197)
Plate clamping part (198)
Clamping part rotation axis (1981)
Clamping cylinder (1982)
Clamping unit frame (1983)
Clamping part engaging member (1984)
Clamping connection frame (1985)
Clamping member (1986)
Packaging folding part (200)
Folding rail (210)
Folding rail roller (220)
Fold auxiliary roller (230)
Roller support member (240)
Fold roller connection member (250)
Shaft Housing(260)
Fold support shaft (270)
First plate rotating member (280)
First folding plate (290)
Folding rotating member (300)
Second plate rotating member (310)
Second fold plate (320)
Plate fastening part (330)
Fastening part rotation member (331)
Fastener frame (332)
Fixing protrusion (332a)
Fastening buffer shaft (333)
Fastener spring (334)
Fastener support body (335)
Protrusion fastening part (336)

Claims (3)

A structural body provided in a wedge shape to seat the manufactured sandwich;
a structure plate provided to support the lower part of the structure body and maintain balance;
A sandwich presser installed on the sandwich holding plate so that the built-in press plate can be withdrawn and presses and secures the side of the sandwich;
Including,
The structure body is,
a side plate installed perpendicularly to the upper surface of the structure plate to support one side of the sandwich;
a sandwich mounting plate installed diagonally on one side of the side plate to hold a sandwich;
A front plate installed in a vertical direction so that the sandwich mounting plate and the side plate are connected on the upper surface of the structure plate to support the front of the sandwich;
In the jig structure for sandwich packaging, including,
A sandwich presser installed on the sandwich holding plate so that the built-in press plate can be withdrawn and presses and secures the side of the sandwich;
It further includes,
The sandwich press part,
Pressing portion fixing plates installed at regular intervals on the inner upper surface of the sandwich mounting plate;
A press unit fixing frame installed in a vertical direction on the press unit fixing plate;
A press portion support frame installed horizontally at a lower portion of the press portion fixing frame;
a presser belt support frame installed to surround both end portions of each of the presser support frames arranged in parallel;
a presser drive belt rotatably fastened along the shape of the presser belt support frame and having belt fitting grooves formed at regular intervals along the circumference;
a belt rotation plate fastened to be wound around one area of the pressing unit drive belt;
a motor rotation shaft vertically fastened to the center of the belt rotation plate and provided to rotate the belt rotation plate;
a motor connection shaft installed horizontally on the motor rotation shaft and electrically connected to the motor to transmit a rotational driving force toward the motor rotation shaft;
a plate extractor fitted into the belt fitting groove of the presser drive belt and provided to extract the press plate from the sandwich mounting plate;
Including,
The plate withdrawal part,
a pull-out portion fixing shaft inserted through the belt fitting groove;
a pull-out part fixing frame installed horizontally at a distal end of the pull-out part fixing shaft to fix the pull-out part fixing shaft from the belt fitting groove;
a pull-out part fixing member inserted into a peripheral portion of the pull-out part fixing shaft to prevent the pull-out part fixing shaft from being separated from the belt fitting groove;
a pull-out portion adjustment cylinder inserted into a peripheral portion of the pull-out portion fixing shaft to enable piston movement;
A draw-out body fixed to the distal end of the draw-out adjustment cylinder and provided in a 'L'shape;
a buffer portion of the pull-out portion that is inserted along one side of the pull-out portion body to enable piston movement in the horizontal direction at regular intervals and is provided to relieve shock;
a pull-out portion support plate installed in a vertical direction to support the other side of the pull-out portion body and a distal end of the pull-out portion buffer;
a plate clamping part installed on the draw-out body and capable of clamping the pressing plate;
Including,
The plate clamping part,
a clamping portion rotation shaft protruding and inserted into the front end surface of the drawing portion body at regular intervals and rotatably provided;
a clamping portion cylinder inserted into a circumferential portion of the clamping portion rotating shaft to protect the clamping portion rotating shaft from impact;
A clamping unit frame installed in a vertical direction on the clamping unit cylinder;
Clamping part engaging members installed on the circumference of each of the clamping part cylinders and engaged with each other to adjust the angle of the clamping part frame so as to be rotatable;
A clamping unit connection frame fastened to the clamping unit frame in a multi-stage bent shape;
a clamping member installed at a distal end of the clamping portion connection frame to clamp the pressing plate;
Including,
The sandwich press part,
Through control, the motor rotation shaft rotates the belt rotation plate so that the pressing unit drive belt rotates,
A jig structure for sandwich packaging, wherein the plate pull-out portion clamps the press plate to pull out and retract the sandwich, thereby pressing and fixing the sides of the sandwich. delete delete