TWM587645U - Fruit and vegetable loader with transient covering and positioning functions - Google Patents

Abstract

This creation provides a vegetable and fruit loader with transient cover positioning, and provides a design that can effectively be used as a temporary grid seal on the cage frame opening. At least two or more The hanging frame is also provided with a cage hexagram with a peripheral edge and the mouth of the cage frame, and the spokes of the hanging frame are penetrated by the penetrating interface corresponding to the hanging frame and can pass through the two-cut buckle side provided by the hanging frame. After the closure, the plane angle of the cage hexagram is changed to drive the upper shoulder angle set through the interface to cut into the crimping section set by the mutual movement and shrinkage, so that the temporary positioning between the cage hexagram and the cage frame opening is convenient for subsequent rope sealing. Bundling operation.

Description

Fruit and vegetable loader with transient cover positioning

A vegetable and fruit loader with a transient cover positioning, in order to utilize a temporary combination between a cage and a cage hexagram before sealing, and provide subsequent operation of the rope to seal the content, the content can be made transient. Grid seal.

It is used in containers for the collection of vegetables and fruits for transportation. In the early days, there were bamboo baskets and new baskets made of plastic materials. After loading and collecting fruits and vegetables, the containers must be sealed and sealed at the opening to avoid fruits and vegetables. It falls during transportation. In order to seal the opening, a rope is used to coil into a net-like thread body structure with a one-time operation to net the built-in fruits and vegetables. During the process, the initial few coiled wires climb from a strand. At the beginning, most of the other fruits in this occasion were located at the cage frame mouth, which were not pressured by the strands, and often fell due to the angle of the cage frame mouth changing and tilting. Therefore, if there is a temporary grid seal beforehand, it can facilitate the subsequent bundle binding operation. .

This creation provides a vegetable and fruit loader with a transient cover positioning, which can be used as a temporary grid seal on the cage frame opening, which is convenient for subsequent wire binding operations. A cage body is used, and the upper end is a cage frame opening. The upper part of the frame mouth is distributed in an equiangular symmetrical manner, and at least two mounting racks are provided, and a cage hexagram with a peripheral edge opposite the cage frame mouth is provided, and the spokes are provided for the mounting rack phase. Corresponds and can pass through the interface, and change the plane angle of the interface after closing, so that the interface can be buckled by the pressing part of the mounting bracket to obtain the temporary grid seal positioning between the cage hexagram and the cage frame mouth. The main purpose is to prevent the fruits and vegetables loaded inside the cage from falling during the process of providing a rope for binding.

Another purpose of this creation is that the rack is provided with a spanner through it. The spanner can provide a rope to bypass. After the cage body is covered with the cage hexagram, the upwardly protruding rack is used to provide rope crossing. The body of the cable is to press the cage hexagram on the surface to lock the cage hexagram so that it will not leave the cage.

The third purpose of this creation is that the spoke of the cage hexagram is elastically deformable. After being pressed by the rope, the inner fruits and vegetables will be pressed according to the direction of the bundle. After releasing the rope, it will return to its original state and use its own elasticity.

The fourth purpose of this creation is to combine a paragraph-shaped radial rope in the radiating direction of the cage hexagram. The body of the radial rope can bypass the hanger, and the cable head of the radial rope is used to extend outward. The reaction force acts on the cage hexagram, and achieves the effect of suppressing the bundle.

The fifth purpose of this creation is that the free end of the radial rope can be provided with hooks. After passing through the hanger, the hooks can be used to reversely hook on the surface of the cage, or each hook can be hooked to each other. Forms a hanging rope structure.

The sixth purpose of this creation is that the trigger provided by the mount can be formed by raising the feet and the two ends of the handle body, which can be used for elastic cutting of the clasping interface.

10‧‧‧Loader

20‧‧‧ Cage

21‧‧‧ Loading space

22‧‧‧ Cage frame mouth

23‧‧‧ cage enclosure

24‧‧‧ Hollow

25‧‧‧ cage bottom

26‧‧‧Kacon

30‧‧‧ Cage Gua

31‧‧‧ spoke

32‧‧‧ Yanzha

33‧‧‧ hole making

34‧‧‧Sequence hook hole

35‧‧‧ wear interface

36‧‧‧ Upper shoulder angle

37‧‧‧Inside dyke

40‧‧‧Mounting Rack

41‧‧‧ trigger

42‧‧‧ handle

43‧‧‧ cross feet

44‧‧‧ shrink

45‧‧‧cut side

46‧‧‧ 砥 Press section

47‧‧‧ buckle tip

48‧‧‧Dowel

49‧‧‧ Tongue shoulder

50‧‧‧ rope

51‧‧‧ cable head

52‧‧‧Suowei

53‧‧‧ cable knot

54‧‧‧Cable

60‧‧‧ radial rope

61‧‧‧ cable head

62‧‧‧Suowei

63‧‧‧ cable knot

64‧‧‧Fixed section

65‧‧‧ Hook

66‧‧‧ Rally Ring

H‧‧‧cover height

Figure 1 is a side view of the creative structure.

Figure 2 is a top view of the cage hexagram in this creation.

Figure 3 is a side view of the cage used in this creation.

Figure 4 is a schematic diagram of the displacement of the interface for this creation.

Figure 5 is a schematic diagram of the cutting and cutting action of the interface through the creation.

Figure 6 is a schematic drawing of the rope around the creation.

Figure 7 is one of the schematic diagrams of the rope around the creation.

Figure 8 is a schematic diagram of a rope structure that provides a rope to form a grid for this creation.

Figure 9 is one of the schematic diagrams of the rope structure that provides a rope to form a grid for this creation.

Fig. 10 is a schematic diagram of the cage hexagram and cage cover for this creation.

Figure 11 is a schematic diagram of the radial rope combined with the cage hexagram.

Figure 12 is another implementation diagram of the creative mount.

Figure 13 is a schematic diagram of the alignment of the interface and the mounting bracket for this creation.

Figure 14 is a schematic illustration of cutting through the interface for this creation.

This creation provides a vegetable and fruit loader with transient cover positioning, which can be used as a temporary grid seal on the cage frame mouth, and uses an upper end of a cage body to be distributed in an equiangular symmetrical manner with at least two racks. A cage hexagram with a peripheral edge and the mouth of the cage frame is also provided. The spoke edge is provided with a penetrating interface corresponding to the hanger and can pass through. The cage hexagram is used to hang on the cage frame mouth. After changing the angle of the plane of the interface, it can be cut and buckled in the crimping part of the hanger to obtain a temporary seal before the rope binding operation. The grid positioning provides that the fruits and vegetables loaded inside the cage will not fall during the binding process.

The hook is horizontally penetrated with a spanner, and the spanner can provide a rope to bypass. After the cage body is covered with the cage hexagram, the upwardly protruding bracket is used to provide rope crossing. It is elastically deformed. After being pressed by the rope bundle, the vegetables and fruits inside will be pressed according to the direction of the bundle, and then it will be restored to its original state by using its own elasticity. A segment-shaped radial rope is combined with the radiation direction of the cage. The wire body of the radial rope can bypass the hanger. The free end of the radial rope can be provided with a hook. After passing through the hanger, the hook can be reversely hooked on the surface of the cage.

And the hook of the hanging frame can be formed by raising the handle with a cross-foot, and the handle can be elastically cut and fastened through the wearing interface of the cage.

For the description of the structure and implementation of this creation, please refer to the illustrations as follows: First, please refer to Figures 1 to 3, the inside of the cage 20 is a loading space 21, and the upper end of the loading space 21 is a cage frame opening 22, Above the cage frame opening 22, at least two or more mounting brackets 40 are distributed in an equiangular symmetrical manner. The mounting brackets 40 are ㄇ -shaped, and the set legs 43 are vertically coupled to the cage frame opening 22. Table, the body of the cage 20 is a cage structure 23, the periphery is provided with a plurality of hollow portions 24, and a cage bottom 25 is matched to regulate the internal loading space 21, and a cage hexagram 30, which is a spoke of the cage hexagram 30 The shape of the side corresponds to that of the cage frame opening 22, and the spoke 31 provided in the cage hexagram 30 is provided with a through-hole 35 corresponding to the above-mentioned hanger 40 and penetrating through the hanger 40 according to the upper and lower closing directions.

On the two sides of the hanger 40, there are cross-legs 43 and two sides of the cross-legs 43. A shrinkage 44 is contracted inward, and an upper side of the shrinkage 44 is a pressing part 46 which can be buckled downward, and the side is penetrated laterally. The upper edge of the trigger 41 is connected to the handle body 42. The length of the handle body 42 is greater than the length held by the hand, and the height of the handle 41 is the height that can provide the palm body to lift the handle body 42 and the handle body 42 is horizontal. The cross-section is for cutting through the insertion port 35, and the two ends are provided with a cutting button side 45 for sliding the inside bank 37, and the lower end of the cutting button side 45 is connected to the crimping portion 46.

Please refer to FIG. 2, the spoke 31 provided in the cage hexagram 30 is provided with penetrating ports 35 above and below, and the inner spoke surface may be a flat or curved shape, or may be distributed in a grid shape. The grid 32 has a mesh structure with a staggered grid, and the weaving holes 33 remain, and the two ends of the penetration interface 35 are the inner bank 37. The upper end of the corner where the spoke 31 and the inner bank 37 meet is the upper shoulder angle. 36.

Please refer to FIG. 3 again, the mounting brackets 40 provided in the cage frame opening 22 of the cage 20 are distributed in an equiangular majority, and at least two symmetrically set up. When the cage 20 is covered by the cage hexagram 30, Each insertion interface 35 provided in the cage hexagram 30 is a pair of brackets 40 located on each of the brackets 40. The inner bank 37 at the two ends of the bracket 35 can be cut across or elastically slid across the cut side 45 of the bracket 40 to make the cage hexagram The plane height of 30 can enter the height space of the foot 43, and the set upper shoulder angle 36 can be opposite to the constriction 44.

Please refer to FIG. 4 again, the cage frame opening 22 provided in the cage body 20 is used for covering the cage hexagram 30. After the closure, the plane angular position of the cage hexagram 30 can be adjusted by an angle, and the space position of the penetration interface 35 is located. , That is, the follower makes a displacement at the radius arc.

Please refer to FIG. 5 again, the cage frame opening 22 provided in the cage body 20 is provided with a cage hexagram 30 cover, and the cage hexagram 30 uses the provided through-hole 35 (please cooperate with the diagrams shown in FIGS. 3 and 4) to connect with The adapter 40 penetrates vertically, and the trigger 41 provided on the hanger 40 passes through the upper surface of the spoke 31 and frees up the outer space of the cage hexagram 30.

According to the attitude of FIG. 3, after turning the plane angular position of the penetrating interface 35 through the turning of FIG. 4, the penetrating interface 35 changes its plane angular position as shown in FIG. 5, and the provided inner bank 37 enters the hook. The constriction 44 of the frame 40 is close to the side of the relatively moving strut 43. Finally, the upper shoulder angle 36 of the joint 35 is cut into the pressing portion 46 of the mounting frame 40, and the pressing portion 46 is pressed downward. Pressing and temporarily fastening the insertion interface 35, the cage Gua 30 will not be vertically opposed as a whole, and the port of the cage is closed by the temporary grid. The mounting bracket 40 is provided with a shrinkage 44 and a cage Gua The threading port 35 of 30 can change its angular position after being closed, and drives the inner bank 37 on the opposite side to cut into the pressing part 46 of the shrinkage 44 to reach the temporary State combination operation.

Please refer to Figure 6 (please cooperate with Figures 4 and 5). After the cage hexagram 30 is rotated in the plane, the wearing interface 35 can be temporarily locked at the position 44 of the neck 40 of the mounting bracket 40, and be restrained. When the pressing portion 46 stops, the cage hexagram 30 will not be longitudinally disengaged. After passing through the trigger 41 by a cable head 51 provided by a rope 50, a winding operation can be formed. Most of the hangers 40 After the rope 50 is passed, the rope 50 is pulled by the external force to generate tension, and the cable body 54 can be pressed on the upper surface of the cage hexagram 30.

The length of the rope 50 is at least twice as long as the distance between the racks 40 passing through the center.

Please refer to FIG. 7 again, the loader 10 is covered by a cage hexagram 30 to expose the racks 40. Each of the racks 40 is provided with a trigger 41, and the cable head 51 provided by the rope 50 first passes through the right end. After the bracket 40 passes around the surface of the cage hexagram 30, and then hooks around the left bracket 40, the cable body 54 that is set after being pulled is pressed to the upper surface of the cage gua 30 to form a mechanical beam pressure. It can prevent the cage hexagram 30 from detaching, and the rope 50 can be diverted to the netting at multiple angles. Finally, the cable head 51 and the cable tail 52 are tangled with a cable knot 53 to achieve binding.

Please refer to FIG. 8 again. After the cage body 20 is covered by the cage hexagram 30, the mounting brackets 40 are respectively protruded through the penetration ports 35 of the cage hexagram 30 (as shown in FIG. 3). The above table of 30 can directly visualize the position of each mounting bracket 40, and use a cable head 51 of a rope 50 to go around each mounting bracket 40 in a variable angle position, and finally enter and exit at the cable head 51 and the cable tail 52. At the position, the knots 53 can be formed and fastened to provide the tension generated by the rope body 54 wound around the grid, that is, the bundle is pressed on the surface of the cage hexagram 30.

Please refer to FIG. 9 again, the hanging racks 40 can be equiangularly distributed into five. Then, the cable head 51 of the rope 50 is provided as a lead, and the angular position is changed by drawing a star stroke, and each of them is passed around each of the hanging hooks. The rack 40 is provided with a knot 53 at the entry and exit positions. The above-mentioned stroke sequence can provide a way of inertial hand-drawn stars for the rope 50 netting operation, increasing the efficiency of the sealing operation.

Please refer to FIG. 10 again (please cooperate with FIG. 4). The mounting bracket 40 is arranged on the cage frame opening 22. After covering the cage hexagram 30, at least part of the spanner 41 passes through the spoke 31, and by changing the mutual height of the covering height H, the volume space of the loading space 21 can be changed. The height H is only a few centimeters, but for the contained vegetables and fruits such as cabbage, the height of the particle diameter of the top one placed in the loading space 21 is only a few centimeters, so it can meet the size during the stacking process. Variety of cabbages vary in size and respond to spatial changes.

The cage 31 is provided with a spoke 31 corresponding to the position of the mounting frame 40 of the cage 20, and a corresponding insertion port 35 is provided, and a spoke 32 of the cage Gua 30 is provided at the position of the cage 32. A fixing portion 64 fixes the cable tail 62, and the cable head 61 is a free end.

The fixing portion 64 fixes one end of the cable tail 62 which is directed to the rope 60. The cable head 61 is a free end, and a hook 65 can be provided at the free end. After the cage hexagram 30 covers the cage body 20, the protruding bracket is extended. The trigger 41 provided at 40 provides the cable head 61 of the radial rope 60 to pass through, and the radial rope 60 is arranged on the upper surface of the cage hexagram 30 in a plurality of equal angles, and the fixed portion 64 is combined with the cage hexagram 30 In the above table, the combination method can be combined at the position of the grid 32 of the spoke 31.

After most of the radial ropes 60 are passed around the opposite mounting brackets 40, the thread body of the radial ropes 60 goes around the trigger 41 and the hook 65 provided on the cable head 61, and can be hooked to the upper part of the cage hexagram 30. And the length of the radial rope 60 is more than two times greater than the distance between the fixed portion 64 and the opposite mounting bracket 40. A hook 65 is coupled to the cable head 61 thereof, and the hook 65 passes around the trigger 41. Reverse hook can be used to pull any of the hookable positions on the surface of cage hexagram 30, such as the space between the grille 32 and the knitting hole 33, and the radial rope 60 is divided by most radial angles, so After each cage 20 has passed around each of the opposite mounting brackets 40, a hook is made above the center of the spoke surface of the cage hexagram 30, and the pull force formed by each spoke toward the rope 60 can be used to lock the cage. Hexagram 30, wherein the radial rope 60 may also be provided with an elastic texture.

Please refer to FIG. 11 again, the radial rope 60 is coupled to the grid of the cage hexagram 30 via the fixing portion 64. 32, the free end of the radial rope 60 can be provided with a hook 65, and the yoke grille 32 of the directional alignment through the interface 35. A plurality of sequence hook holes 34 are distributed in the longitudinal sequence of the longitudinal rope. The hook 65 passes around the hanger. After 40, it can be reversely hooked in the sequence hook holes 34 provided in the grate 32. Since the sequence hook holes 34 are mostly distributed in the direction of the hooks 65, the hooks 65 provided in the radial rope 60 are in use. There is a sequence of hook holes 34 into which there is a great chance of being hooked into a length, thereby forming a buckling effect on the hanger 40.

Please refer to FIG. 12 again, the trigger 41 of the cradle 40 is mainly formed as a trigger 41 that can provide fingers to grasp the grip, and the upper edge is the handle body 42. The height of 43 is formed by raising the height from the belly of the handle 42 to the upper surface of the cage frame opening 22, and the height of the foot 43 supports the cross-sectional space of the trigger 41. The handle 42 is a rod-shaped, and its front and back The two ends are provided with an oblique or curved cut side 45. The peripheral edge protrudes downwardly by at least one buckle point 47. The buckle point 47 is connected to the outer surface of the foot 43 through the crimping portion 46, and the crimping portion 46 Opposite forms a constriction 44.

The mounting bracket 40 is vertically coupled to the cage frame opening 22 of the cage body 20, and the coupling method may be subsequent processing or integral molding. The surface of the cage frame opening 22 provided with the coupling frame 40 may be provided with a card hole 26. An elastic buckle tenon 48 is formed at the lower end of the cross leg 43. After the tenon 48 passes through the card hole 26, the tenon shoulder 49 is reversely buckled, so that the hanger 40 is combined with the cage frame opening 22.

Please refer to FIG. 13 again, the hanger 40 is combined with the upper surface of the cage frame opening 22, a lower edge 41 forms a spanner 41, and a leg 41 is raised to form a spanner 41, and the upper edge is a body 42 The front and rear ends of the body 42 are respectively provided with buckle tips 47, and the front and rear ends of the penetrating interface 35 provided in the cage hexagram 30 are respectively the inner bank 37, and the upper surface position where the inner bank 37 and the spoke 31 are at the corners is A flat upper shoulder angle 36, and the front and rear span distance of the buckle tip 47 provided on the hanger 40, which can provide the distance that the front and rear inner banks 37 of the joint 35 can elastically span. The elasticity can be determined by the cage hexagram 30 itself. The elasticity of the texture provides the inner banks 37 passing through the joint 35 with each other. The length can be changed elastically, and the elastic cut-and-closing method can be adopted to make the inner banks 37 The elastic cut crosses the buckle tip 47 and is positioned in the space of the shrinkage 44 to obtain a temporary positioning of the elastic buckle, wherein the wearing interface 35 is elastically deformable.

The spanning foot 43 extends at least at the front and rear ends of the body 42. If the width of the spanner 41 is sufficient, or in order to strengthen the connection strength, a central spanning leg can be auxiliaryly provided in the center of the spanner 41 43, the connection strength of the hanger 40 and the cage frame opening 22 is increased.

Please refer to FIG. 14 again, in addition to the buckle tip 47 provided on the hanger 40, in addition to the inner bank 37 provided with the through-hole 35, it can be elastically crossed, and the through-hole 35 is positioned in the space of the foot 43. As the angular position changes in Figs. 4 and 5, if the penetrating joint 35 is horizontally displaced, the inner bank 37 on the side of the movement of the foot 43 is displaced in the direction of the foot 43 in the space of the neck 44, and the penetrating joint 35 is moved. The set upper shoulder angle 36 is cut and buckled on the pressing part 46 of the hanger 40, and achieves the effect of rotation and temporary locking, so that the cage hexagram 30 and the cage frame opening 22 will not be axially separated.

This creation is an innovative setting. After the cage is closed with the cage hexagram, a temporary positioning and combination can be obtained. The temporary closure of the cage hexagram can prevent the inside of the cage from loading vegetables and fruits during the operation of the rope winding operation. In the middle of the fall, you can further use a variety of structural designs of ropes and cages to achieve a variety of effective sealing operations, for an innovative design, I urge your examiner to make a clear reference and grant a patent as soon as possible.

Claims (10)

A vegetable and fruit loader with a transient cover positioning, in order to provide a perfect packaging and easy visual operation of the loader, including: a cage, the interior is a loading space, the port on the loading space is a cage frame port; at least two The above isometrically distributed above the mouth of the cage frame, and there is a hanging bracket horizontally provided with a spanner. The two sides of the set legs are inwardly contracted with a necking, and a crimping part is formed above the necking; a peripheral edge and the cage The frame mouth is opposite to the cage hexagram. The spokes are set according to the direction of the cover, and there is a penetrating port that can cut across the above-mentioned bracket. The inner bank and the spokes are connected to the table as an upper shoulder angle. . The vegetable and fruit loader with transient cover positioning as described in item 1 of the scope of the patent application, wherein the cage hexagram is capable of elastic deformation. The vegetable and fruit loader with temporary cover positioning as described in the scope of the patent application, wherein the penetrating area of the trigger provided by the hanger is at least for the user to pass through the fingers and hold the handle. Of the area. The vegetable and fruit loader with transient cover positioning as described in item 1 of the scope of the patent application, which further includes: at least one thread can pass through a rope provided around the trigger provided on the hanger. The vegetable and fruit loader with transient cover positioning as described in item 1 of the scope of the patent application, wherein the cage hexagram is provided with at least two segment-shaped radial ropes symmetrically according to the angle of the interface. One end of the rope is a cable tail, which is connected to the yoke provided by the cage hexagram via a fixed portion, and the other end is a free end, which is at least twice as long as the distance from the fixed portion to the interface, and the free end is combined with a Hooks. The vegetable and fruit loader with transient cover positioning as described in item 1 of the scope of the patent application, wherein the cage hexagram is provided with a gusset, and the longitudinal outer end corresponds to a gusset that passes through the interface, and a large number of sequence hook holes are distributed in the longitudinal direction. . The vegetable and fruit loader with transient cover positioning as described in item 1 of the scope of the patent application, wherein the trigger provided on the hanger is spaced by the height of the feet. The vegetable and fruit loader with temporary cover positioning as described in item 1 of the scope of the patent application, wherein the cut and buckle sides provided on the front and rear of the hanger frame are inclined, with a horizontal height at one point, and a buckle tip and a buckle The sharp front and rear spans are elastic cut spans that can be used to penetrate the front and rear two inner banks. The vegetable and fruit loader with transient cover positioning as described in item 1 of the scope of the patent application, wherein the cut and buckle sides provided on the front and rear of the mounting bracket are curved, and the horizontal height is at one place, and the buckle tip is provided with two buckles. The sharp front and rear spans are elastic cut spans that can be used to penetrate the front and rear two inner banks. The vegetable and fruit loader with transient cover positioning as described in item 1 of the scope of the patent application, wherein the mounting bracket is formed by a buckle tenon at the lower end of the cross leg, penetrates the card hole of the cage frame, and is buckled by the tenon shoulder Combined.