TWM629132U - Bouncing exit structure of claw machine based on multi-exit configuration - Google Patents

Abstract

The present invention provides a bouncing outlet structure of a folder machine based on a multi-outlet configuration, which comprises: at least one connecting member, which is connected with a plurality of frames on at least one side, and the frames are arranged adjacently, and the frames are formed respectively. There is an opening; at least one elastic element is arranged at the top end of the frame, the elastic element is surrounded to define at least one elastic surface, and at least one channel corresponding to the opening is formed at the elastic surface; and the elastic surface is parallel or It is inclined to the plane direction of the opening; thus, the present creation system can be used to configure the table top of a clip machine, and the opening is directly or indirectly connected with the outlet of the clip machine, so that when the clip machine is operated to play games, By grasping the object, it can bounce directly or by hitting the elastic element when it falls, and then when it passes through one of its channels and openings, the object can be smoothly outputted, thereby increasing the probability of successful grasping, and each elastic The size of the channel on the surface can be adjusted according to the needs or gameplay, so as to control the difficulty of the clipping, which can make the game of the clipping machine more diverse, so as to enhance the fun and entertainment of the clipping machine. Developers of related industries.

Description

Bouncing exit structure of sandwich machine based on multi-exit configuration

This creation is a bouncing outlet structure of a folder machine based on a multi-outlet configuration, especially a frame that can be connected to the outlet in a folder machine. The elastic element bounces, so that the object can be successfully clamped only by passing through one of the frames, so as to provide a variety of game modes, and further enhance the fun and entertainment of the clamping machine.

Press, the clip machine is mainly used to clip the items inside and transport the goods by the crane, so it is widely used in various fields; among them, the more common one is the clip game machine, or A vending machine that achieves the effect of the game by clipping commodities.

However, in the existing clipping machines, the exit is usually set on the flat surface of the machine, and a ramp or a partition is usually arranged at the exit, so that when an object is clamped, the object must pass through the ramp or partition before the object can pass through the exit. drop.

However, the configuration and game mode of the conventional folder machine have been practiced for many years, so there are doubts that consumers are tired of their game mode, which will lead to low consumption willingness, and then affect the development of related industries.

In view of this, the creators have specially researched and improved the game mode of the folder machine, hoping to improve the above problems with a better creation, and after long-term research and development and continuous testing, this creation came out.

Yes, this creation is to solve the aforementioned problems. In order to achieve the above purpose, our creators provide a bouncing outlet structure of a clip machine based on a multi-outlet configuration, which includes: at least one connecting part, which is connected on at least one side. A plurality of frames are arranged, the frames are arranged adjacently, and the frames are respectively formed with an opening; and at least one elastic element is arranged on the top of the frame, and the elastic element is surrounded to define at least one elastic element and at least one channel corresponding to the opening is formed on the elastic surface; and the elastic surface is parallel or inclined to the plane direction of the opening.

According to the above-mentioned bouncing outlet structure of a sandwich machine based on a multi-outlet configuration, the frames are respectively provided with a plurality of side plates, the side plates surround the opening, and the side plates of at least one of the frames correspond to connected to the connecting member.

According to the above-mentioned bouncing outlet structure of the sandwich machine based on the multi-outlet configuration, the frames that are different and adjacent to each other are arranged adjacent to each other through the side plates.

According to the above-mentioned bouncing outlet structure of the sandwich machine based on the multi-outlet configuration, it further comprises at least one fixing element, which is respectively positioned between the side plates of the different and adjacent frames.

According to the above-mentioned bouncing outlet structure of a folder machine based on a multi-outlet configuration, the frame is further provided with at least one fixing element, and the elastic element is fixed on the fixing element to form a surrounding said channel.

According to the above-mentioned bouncing outlet structure of the clipper based on the multi-outlet configuration, the top of the frame is further provided with at least one receiving part, and at least one of the fixing elements is arranged on the receiving part.

According to the above-mentioned bouncing outlet structure of a sandwich machine based on a multi-outlet configuration, at least one of the receiving parts is further provided with at least one stage surface, and the stage surface is arranged obliquely, and at least one of the The fixing element is arranged on the step surface.

According to the above-mentioned multi-outlet configuration-based bouncing outlet structure for a sandwich machine, wherein the elastic element is surrounded by the elastic surface to define an outer boundary, and extends inwardly at a vertex of the outer boundary for at least an adapting part, and an inner boundary is formed at one end of the adapting part opposite to the outer boundary, and the inner boundary is surrounded to form the channel.

According to the above-mentioned bouncing outlet structure of a folder machine based on a multi-outlet configuration, wherein the elastic element is an elastic cord, and an adjustment element is respectively provided at the apex of the adjusting portion and the inner boundary for adjusting When the adjusting element moves toward the outer boundary along the adjusting portion, the inner border will be expanded by the elastic force of the elastic element, and the adjusting element will move toward the outer boundary along the adjusting portion. When moving, it will shrink the inner boundary.

According to the above-mentioned bouncing outlet structure of a folder machine based on a multi-outlet configuration, the frames are arranged to form an L-shape, and the connecting member is further provided with a seat at one end opposite to the frame, and the seat is provided with a seat. There is a positioning wall, and the positioning wall surrounds to form an accommodating space; and an elastic component is correspondingly disposed at the top edge of the positioning wall to form an elastic surface.

From the above description and settings, it is obvious that this creation mainly has the following advantages and effects, which are described in detail as follows:

1. This creation can connect multiple frames through the setting of the connecting parts, and the opening of the frame is directly or indirectly connected with the outlet of the clipping machine, so that when the clipping machine is operated to pick up the objects inside, the objects fall down. It can bounce directly or by hitting the elastic element, and then when it passes through one of its channels and openings, it will be able to output and retrieve objects smoothly, thereby increasing the probability of successful clamping, and the size of the channel of each elastic surface can be based on needs or games. It can be adjusted to control the difficulty of clamping, which can make the game of the clamping machine more diverse, so as to enhance the fun and entertainment of the clamping machine, and benefit the developers of related industries.

2. The elastic element of this creation can adjust the size of its channel by adjusting the movement of the element, so that the difficulty can be adjusted according to the outline size of the item, and the game of the clip machine and the degree of freedom in the game can be improved. .

This creation is based on a multi-outlet configuration of the bouncing exit structure of the clip machine. Its implementation means, characteristics and effects are described in detail below by citing several preferred feasible embodiments and accompanying drawings, for the purpose of further discussion. Understand and agree with this creation.

First of all, please refer to Figures 1 to 3, and the present invention is a bouncing outlet structure of a clipping machine based on a multi-outlet configuration, which can be combined with a curved bouncing table structure of a clipping machine. The configuration, in other embodiments, can also be configured alone or with the table tops of other clipping machines, wherein, the curved surface type bouncing table structure of the clipping machine includes:

A base body 1 is mainly used to be installed on the table top of a clamping machine for carrying the objects to be clamped. The base body 1 is provided with a positioning wall 11, and the positioning wall 11 surrounds and forms an accommodation space 12; the positioning wall 11 has at least one first wall 11a and at least one second wall 11b, and the first wall 11a and the second wall 11b have different heights;

Among them, as far as the configuration of the positioning wall 11 is concerned, it can be processed or assembled and spliced by a single or a plurality of plates, and as far as the shape of the accommodating space 12 is concerned, it can be determined according to the table top of the clamping machine. The contour is configured, or it can be configured according to the form of the exit of the trapping machine, so as shown in this embodiment, it is to surround the positioning wall 11 to form a rectangle. In other embodiments, as shown in FIG. 4 It is shown that the positioning wall 11 can be surrounded by a slightly L-shaped arrangement, and the L-shaped notch can be formed in the positioning wall 11 to correspond to the exit of the clipping machine, so it is obvious that the present invention can be applied to various types of settings to improve the gameplay, which is by way of example only, and is not intended to be limiting; and

An elastic member 2 is correspondingly disposed at the top edge of the positioning wall 11, so as to form a curved elastic surface 21 through the height difference between the first wall 11a and the second wall 11b, so it can be seen that Alternatively, in one embodiment, the elastic member 2 can be an elastic mesh, so that after being laid and positioned along the first wall 11a and the second wall 11b, it can be The contour, as well as the elastic force and tension of the elastic member 2 itself, allow the elastic member 2 to form a curved surface 21; When the grasped item fails to be discharged and falls onto the elastic member 2, the position where the elastic member 2 is stressed will be elastically stretched by the impact of the item, so that the item can be rebounded when it is elastically reset. In order to achieve the effect of bouncing the object; and because the elastic member 2 forms a curved surface 21, therefore, according to the different positions of the object falling to the curved surface of the elastic member 2, the direction of the elastic reset will be inconsistent, so that it can be carried out. The effect of multi-angle bouncing can improve the entertainment of the clip machine when picking up items, so that the game of the clip machine can be more diverse.

As for the configuration of the first wall 11a and the second wall 11b, in one embodiment, the height of the first wall 11a is higher than that of the second wall 11b, and the first walls 11a are in phase with each other. are arranged adjacently, and at least one of the first walls 11a is arranged adjacent to the second wall 11b, so that the elastic surface 21 formed by the elastic member 2 can be inclined toward the direction of the second wall 11b. By setting the position of the second wall 11b toward or away from the exit of the folder machine, the direction of the object's bouncing can be changed, and the game position after bouncing can be adjusted to achieve the effect of difficulty adjustment.

In order to increase the curvature of the elastic surface 21 and the variability of its curvature, in one embodiment, a second wall 11b can be further provided with a The inclined surface 13, and the elastic member 2 is arranged on the top edge of the first wall 11a, the second wall 11b and the inclined surface 13, so as to pass through the first wall 11a, the second wall 11b as described above The contour of the inclined surface 13 and the elastic force and tension of the elastic member 2 can form the elastic surface 21 with more curvature and curvature change accordingly.

As for the positioning of the elastic member 2 , since the elastic member 2 can be an elastic mesh cloth as mentioned above, after being laid on the top edge of the positioning wall 11 , it can be correspondingly covered on the outer side wall surface of the positioning wall 11 . It is positioned at the bottom of the positioning wall 11 to form a curved surface 21 so that it can be positioned at the top edge of the positioning wall 11. Therefore, preferably, at least one positioning member 14 can be provided to correspond to The elastic member 2 is positioned on the top of the positioning wall 11. In one embodiment, the positioning member 14 can be positioned on the positioning wall 11 through a connecting member 143. In one embodiment, the connecting member 143 can include fixing pieces and screws to connect them accordingly; in addition, the position makes this creation also have a bouncing effect at the edge, so in a preferred embodiment, it can be provided on the top of the positioning wall 11. A plurality of the positioning members 14, and the positioning members 14 are respectively provided with at least one positioning element 15; and, at least one elastic body 16, which can be an elastic rope in one embodiment, which is correspondingly disposed in different Between the positioning elements 15 of the positioning member 14, in one implementation, the elastic body 16 can be wound around or directly fixed to the positioning element 15, so as to form at least one elastic boundary B on the base body 1; When the item falls to the elastic boundary B, it can also be bounced by the configuration of the elastic body 16, and preferably, the elastic boundary B can be corresponding to the positioning wall 11, so that when the item falls to the When the spring surface 21 is at the edge, it can still be bounced by the elastic body 16 , and will not directly hit the positioning wall 11 and lose the bounce effect.

In order to make the elastic body 16 correspond to the spring surface 21 in the direction of the object bouncing, preferably, at least one level surface 141 can be provided on the positioning member 14 respectively, and the level surface 141 is inclined. and at least one of the positioning elements 15 is disposed on the level surface 141, so when the elastic body 16 is positioned on the positioning member 14, the elastic bodies 16 on the same elastic boundary B can be arranged in levels, so as to pass through The elastic body 16 at the lower end will be close to the elastic surface 21, and the elastic body 16 at the lower end will be relatively far away from the elastic surface 21, so that when the object falls on the elastic boundary B and bounces, it will be able to project towards the elastic surface 21. When the object is bounced, it can easily fall to the bounce surface 21 or the exit of the clipping machine when the object is bounced and dropped.

As for the configuration of the positioning members 14 , in one embodiment, the positioning members 14 are further provided with fixed blocks 142 extending correspondingly to the positioning walls 11 , and the fixed blocks 142 are respectively provided with a fixed block 142 . The above-mentioned level surface 141 makes it easier for the elastic body 16 to be arranged along the contour of the positioning wall 11, and the form of the elastic body 16 can be set according to the user's needs. In this embodiment, the elastic body 16 can be arranged correspondingly It is wound around the positioning element 15 to form an elastic boundary B with a hierarchical shape.

As for the configuration of this creation, in addition to being able to be configured on the table top of the folder machine alone, in other embodiments, the structure of the bounce outlet can also be configured comprehensively, as shown in Figure 5, this creation can be configured through At least one frame 3 is arranged so as to be adjacent to the base 1, the frame 3 is arranged around to form an opening 31, the opening 31 is corresponding to the outlet of the clipping machine, and the top of the frame 3 The setting is provided with at least one elastic element 4; when the object falls on the frame 3 without passing through the opening 31, the elastic element 4 can be bounced, which can further increase its overall game.

This creation is mainly based on a multi-outlet configuration based on the bouncing outlet structure of the clip machine, as shown in Figures 5 to 9, which includes:

At least one connecting member 5 is connected with a plurality of frames 3 on at least one side, the frames 3 are arranged adjacently, and the frames 3 are respectively formed with an opening 31, and the frames 3 are not completely surrounded. The opening 31 is formed if it is necessary to form a boundary. In one embodiment, the frame 3 can also be arranged in a C-shape or a U-shape, so as to form an opening 31 in the middle part of the surrounding area. The opening 31 is directly Or indirectly correspond to the outlet of the clipping machine, so preferably, at least one of the openings 31 is directly connected to the outlet, and the openings 31 of the other frame 3 can correspond to the table top of the clipping machine An inclined member 33 is provided at the place, so that when the article is dropped from the opening 31 that does not directly correspond to the outlet, it can be conveyed or rolled through the inclined member 33 to be output from the outlet; and

At least one elastic element 4 is disposed at the top of the frame 3, the elastic element 4 is surrounded to define at least one elastic surface 41, and at least one channel 42 corresponding to the opening 31 is formed at the elastic surface 41; and The elastic surface 41 is parallel or inclined to the plane direction of the opening 31 .

Thereby, when the gripper of the clipping machine is gripping the item and the item is dropped, the item can either directly pass through the channel 42 and be shipped from the outlet of the clipping machine, or, when it hits the elastic element 4, The object can be bounced by the elasticity of the elastic element 4, and in one embodiment, the frame 3 of the present invention can be correspondingly connected to the aforementioned seat 1, so that the objects can be respectively supported by the seat 1 through gravity. The elastic surface 21 , the elastic body 16 or the elastic element 4 of the frame 3 bounces, so that the material can be discharged through the channel 42 with a certain probability through the bouncing method, and the configuration of this creation makes it have multiple openings The configuration of 31 and channel 42 can also help to improve the probability that the item can be successfully clamped and output, and can accordingly improve its overall gameplay.

Wherein, as far as the configuration of the frame 3 is concerned, a plurality of side plates 32 are permeably disposed, the side plates 32 surround the opening 31, and at least one of the side plates 32 of the frame 3 is correspondingly connected to the connection Part 5, so that the frame 3 can be positioned on the connecting part 5 accordingly, in addition, the different and adjacent frames 3 can also be arranged adjacent to each other by the side plate 32, and the The three frames can be configured to have the same height or different heights according to factors such as the trapping machine, the characteristics of the items or the game play. In this embodiment, in order to allow the items that cannot be output from the outlet to return to the trappings Since the frame 3 at the exit is placed at the table top or the seat body 1 of the machine, the frame 3 at the exit is set higher, and the rest of the frames 3 can be set lower and lower, but this is only an example, and it is not intended to be a limitation; and As for the positioning method between them, in one embodiment, at least one fixing element 6 can be used to position the side plates 32, or between the side plates 32 and the connecting part 5; and the fixing element 6. In one embodiment, the positioning piece 61 and the screw 62 can be included, and the positioning piece 61 can be penetrated through the screw 62 and be locked to the side plate 32 or the connecting part 5, so as to achieve the aforementioned positioning, but it is only an example. This is not a limitation; in other embodiments, the positioning can also be performed by combining, welding, gluing, or the like.

In addition, regarding the configuration of the elastic element 4, in one embodiment, at least one fixing element 7 can be disposed on the frame 3, and the elastic element 4 is formed around the fixing element 7 by being fixed on the fixing element 7. For the channel 42, it can be known that the fixing element 7 can be a screw, a bolt or a positioning pin, so that it can be fixed on the frame 3 and the fixing element 7 can be wound, fixed, etc., to fix the element. 7 is the fulcrum to be surrounded to form the channel 42. In a specific embodiment, in order to facilitate the arrangement of the elastic element 4, and it can be easily wound and positioned, the fixing element 7 can include a piece 71 and a locking element 72. The locking element 72 penetrates through the sheet body 71 and is locked to the frame 3, and the elastic element 4 can be provided as an elastic cord, such as an elastic cord, so as to be fixed between the sheet body 71 and the frame 3 through and fixed between the sheet body 71 and the frame 3. The channel 42 is formed by wrapping the locking element 72 and surrounding it as described above; however, it is only an example, and is not limited thereto.

In order to facilitate the arrangement of the fixing element 7, preferably, at least one receiving part 8 is further provided at the top of the frame 3, and at least one of the fixing elements 7 is arranged on the receiving part 8, so that the receiving part 8 can pass through the receiving part. 8 and can facilitate the setting of the fixing element 7, and through the arrangement of the height and low positions of the different receiving parts 8, the different fixing elements 7 have different heights, so that the elastic element 4 is wound around the fixing element 7. An inclined elastic surface 41 can be formed; it is known that when the fixed elements 7 wound by the elastic element 4 have the same height, the elastic surface 41 is parallel to the plane direction of the opening 31; in order to prevent the article from being caught in the Between the elastic element 4 and the inner wall of the machine, as shown in Figure 5, when the elastic element 4 is arranged, the elastic surface 41 can be made to face the seat body 1 or the table from the angle of its setting. It is preferable to incline downward, so that when the item falls, if it fails to pass through the channel 42, it can still be bounced to the table top of the folder machine or the elastic surface 41 of the aforementioned base 1 due to the elastic force of the elastic element 4. In order to facilitate consumers to play the game again, the configuration of the elastic surface 41 is directly positioned on the frame 3 by the fixing element 7 at one end, and the opposite end can be configured with a higher height. The receiving part 8, and the receiving parts 8 on both sides thereof can be set at the second highest level, so as to form the configuration of the aforementioned inclined elastic surface 41;

In a preferred embodiment of the present invention, each frame 3 can be formed by forming elastic surfaces 41 of different heights, so that the multi-level arrangement can further enhance its gameplay and difficulty setting, so the elastic element 4 A plurality of the elastic surfaces 41 are formed around them, and the elastic surfaces 41 are arranged in layers at intervals; and the channels 42 of the different elastic surfaces 41 are arranged in correspondence with each other, and the arrangement is as follows: As mentioned above, different levels of elastic surfaces 41 can be formed through at least one elastic element 4 surrounding the fixing element 7 through the location of the fixing element 7; The receiving part 8 is further provided with at least one level surface 81 , the level surface 81 is arranged obliquely, and at least one of the fixing elements 7 is arranged on the level surface 81 , so as to be located on the same level surface 81 . The fixing element 7 can have a height difference by being disposed on the level surface 81 at different positions, and as described above, the elastic surface 41 with different height levels can be formed by surrounding the elastic element 4 .

The configuration of the receiving member 8, specifically, is configured according to the shape of the frame 3, so that when the frame 3 is surrounded by a square, the receiving member 8 is preferably arranged at the position of its apex, so as to facilitate the Due to the arrangement of the elastic element 4 and the formation of the channel 42 , the receiving part 8 can include two positioning blocks 82 respectively. The included angle of the positioning block 82 corresponds to the angle at the apex of the opening 31 , and the hypotenuse of the positioning block 82 forms the stepped surface 81 , so that the elastic element 4 can be adapted to the setting of the opening 31 This facilitates the formation of the channel 42 around it without interference from the arrangement of the receiving member 8 .

In addition, as far as the configuration of the elastic element 4 is wound to form the channel 42, in one embodiment, the elastic element 4 can directly surround the fixing element 7 with the fixing element 7 as the vertex to form the channel 42, and in a preferred In the embodiment, in order to make the size of the channel 42 formed by the elastic element 4 easy to adjust, the elastic element 4 is surrounded by the elastic surface 41 to define an outer boundary B1, wherein the outer boundary B1 can be a concept of space. Instead of actually being formed by the elastic element 4, at least one adapting portion 43 extends inward from the vertex of the outer boundary B1, and an end of the adapting portion 43 opposite to the outer boundary is formed. The inner boundary B2, and the inner boundary B2 is surrounded to form the channel 42, and the adapting portion 43 is formed so that when the elastic element 4 bypasses the fixing element 7, that is, it extends toward the inner direction of the outer boundary B1, After extending, it surrounds one side of the inner boundary B2, and then extends toward the other fixing element 7 to form another adapting portion 43, and wraps around the fixing element 7, thereby repeating the above steps, namely, The connecting portion 43 and the inner boundary B2 can be formed.

For the formation of the adjusting portion 43 and the inner boundary B2, when the elastic element 4 is an elastic cord, after the adjusting portion 43 is formed, a fulcrum can be formed through a member or through a knot, and then the above can be done as described above. An inner boundary B2 is formed; and in a specific embodiment, an adjustment element 9 is respectively provided at the apex of the adjusting portion 43 and the inner boundary B2. In an embodiment, as shown in FIG. 9 and FIG. 10 As shown, the adjustment element 9 can be a belt or a buckle, but it is not limited to this, so that a fulcrum can be formed through the adjustment element 9, and the adjustment element 9 can be arranged along the When the adjusting portion 43 moves toward the outer boundary B1, the inner boundary B2 will be expanded by the elastic force of the elastic element 4, and as shown in FIG. When the connecting portion 43 moves relative to the outer boundary, the inner boundary will be retracted, thereby adjusting the size of the channel 42, so that the operator can adjust the size of the channel 42 according to the outline of the article, so that the Control the difficulty and game play; in addition, since the elastic element 4 surrounds and forms a plurality of the elastic surfaces 41 , each elastic surface 41 can be wound in the same or different configuration as the aforementioned to form the channel 42 , and the size of the channel 42 can be adjusted according to the above, so that when the channel 42 of each level has different sizes, the bouncing methods can be more diverse, so that the entertainment of the folder machine can be further improved. and fun.

As for the configuration of the opening 31 formed by the frame 3, in addition to the aforementioned rectangle or square, in other embodiments, the opening 31 can also be surrounded to form a polygon, and with the arrangement of the aforementioned elastic element 4, the bouncing method and the The paths are more diverse, which can increase its randomness, which in turn can greatly improve its overall gameplay.

As for the way in which the frame 3 is arranged at the outlet of the clamping machine, it can be arranged corresponding to the outlet of the clamping machine through direct, locking or bonding; and when the clamping machine is equipped with the base 1, Then it can be directly positioned on the base body 1, so in this embodiment, two connecting parts 5 are arranged and arranged vertically, and each connecting part 5 is connected with two frames 3, and the connecting parts 5 are connected to each other. A frame 3 is also arranged at the outer corner of the included right angle, so that the frames 3 are arranged to form an L-shape, and the connecting member 5 is further provided with the aforementioned seat 1 at one end opposite to the frame 3, and can be directly formed. The group is placed in the folder machine. As mentioned above, the elastic surface 21 of the curved surface of the base body 1, the elastic boundary B, and the elastic element 4 of the frame 3 can be used to perform multiple bounces, so that the creation is rich. Highly playful.

Thereby, as mentioned above, the gripper for operating the gripping machine can be in a claw-type or magnetic-type configuration, so as to grab the item, and when the item falls on the base 1 or the elastic element 4, It can bounce greatly, and when the object can pass through the channel 42 directly or after the bounce, the material can be discharged through the opening 31 and the outlet, so it is obvious that this creation has a very high level of gameplay and entertainment, which helps In order to attract consumers and promote the development of related industries.

Looking at the above, the technical means disclosed in this creation are not only unprecedented, but also can achieve the expected purpose and effect, so they are both novel and progressive, and they are indeed new and infallible under the patent law. In terms of structure, it has indeed met the statutory requirements of the Patent Law, and an application for a new type patent can be filed in accordance with the law.

However, the above are only the preferred embodiments of this creation, and should not be used as a limitation on the scope of implementation of this creation. within the scope of this creative patent.

1: seat body 11: Positioning the wall 11a: First Wall 11b: Second Wall 12: accommodating space 13: Inclined surface 14: Positioning parts 141: Hierarchy 142: Fixed block 143: Connection Parts 15: Positioning components 16: Elastomer 2: elastic parts 21: spring surface 3: Frame 31: Opening 32: Side panels 33: Tilt parts 4: Elastic element 41: Elastic surface 42: Channel 43: Adjustment Department 5: Connecting parts 6: Fixed components 61: Positioning piece 62: Screws 7: Fixed components 71: sheet body 72: Locking element 8: Undertaking parts 81: Class Aspects 82: Positioning block 9: Adjustment components B: Elastic Boundary B1: Outer Boundary B2: Inner Boundary

Figure 1 is a three-dimensional schematic diagram of the base of this creation. Figure 2 is a three-dimensional schematic view of the base of this creation without elastic components. Figure 3 is a schematic exploded perspective view of the base of this creation without elastic components. Figure 4 is a three-dimensional schematic diagram of the base of the present invention in another embodiment. Figure 5 is a three-dimensional schematic diagram of the base body of this creation when the frame is arranged. FIG. 6 is a schematic side view of FIG. 5 . Figure 7 is a three-dimensional schematic diagram of the frame of this creation from another perspective. Figure 8 is a schematic exploded perspective view of the frame of this creation from another perspective. Figure 9 is a schematic top view of the frame of this creation when it is arranged on the base. Fig. 10 is a schematic top view of the present invention by adjusting the adjusting element to reduce the channel.

1: seat body

14: Positioning parts

141: Hierarchy

142: Fixed block

15: Positioning components

16: Elastomer

2: elastic parts

21: spring surface

3: Frame

31: Opening

32: Side panels

5: Connecting parts

6: Fixed components

61: Positioning piece

62: Screws

7: Fixed components

71: sheet body

72: Locking element

8: Undertaking parts

81: Class Aspects

82: Positioning block

B: Elastic Boundary

Claims (10)

A bouncing exit structure of a sandwich machine based on a multi-exit configuration, comprising: at least one connecting member, which is connected with a plurality of frames on at least one side, the frames are arranged adjacent to each other, and the frames are respectively formed with an opening; and At least one elastic element is arranged on the top of the frame, the elastic element is surrounded to define at least one elastic surface, and at least one channel corresponding to the opening is formed at the elastic surface; and the elastic surface is parallel or Inclined to the plane direction of the opening. The bouncing outlet structure of a folder machine based on a multi-outlet configuration according to claim 1, wherein the frames are respectively provided with a plurality of side plates, the side plates surround the opening, at least one of the side plates of the frame Correspondingly connected to the connecting member. The bouncing outlet structure of a sandwich machine based on a multi-outlet configuration according to claim 2, wherein the frames that are different and adjacent to each other are arranged adjacent to each other through the side plates. The multi-outlet configuration-based bouncing outlet structure for a sandwich machine as claimed in claim 3 further includes at least one fixing element, which is respectively positioned between the side plates of the different and adjacent frames. The bouncing outlet structure of a folder machine based on a multi-outlet configuration according to any one of claim 1 to claim 4, wherein the frame is further provided with at least one fixing element, and the elastic element is fixed by means of a fixing element. It is arranged on the fixing element so as to surround and form the channel. The multi-outlet configuration-based bouncing outlet structure of the clipper as claimed in claim 5, wherein the top of the frame is further provided with at least one receiving part, and at least one of the fixing elements is disposed on the receiving part. The bouncing outlet structure of a sandwich machine based on a multi-outlet configuration according to claim 6, wherein at least one of the receiving parts is further provided with at least one level surface, the level surface is arranged obliquely, and at least one of the level surfaces The fixing element is arranged on the step surface. The bouncing outlet structure of a sandwich machine based on a multi-outlet configuration according to any one of claim 1 to claim 4, wherein the elastic element is surrounded to define an outer boundary on the elastic surface, and the elastic element is formed on the elastic surface. At least one adapting portion extends inward from the vertex of the outer boundary, and an inner boundary is formed at one end of the adapting portion opposite to the outer boundary, and the inner boundary is surrounded to form the channel. The bouncing outlet structure of a folder machine based on a multi-outlet configuration as claimed in claim 8, wherein the elastic element is an elastic rope, and an adjustment element is respectively provided at the vertex of the adjusting portion and the inner boundary for When the adjusting element moves toward the outer boundary along the adjusting portion, the inner border will be expanded by the elastic force of the elastic element, and the adjusting element will move toward the outer boundary along the adjusting portion. When moving at the outer boundary, it will shrink the inner boundary. The bouncing outlet structure of a folder machine based on a multi-outlet configuration according to any one of claim 1 to claim 4, wherein the frame is arranged to form an L-shape, and the connecting member is at one end opposite to the frame. A base is further provided, the base is provided with a positioning wall, and the positioning wall surrounds to form an accommodation space; and an elastic component is correspondingly disposed at the top edge of the positioning wall to form an elastic surface.

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