TWM630886U - First aid device for various inflation and tire repair of car tire - Google Patents

Abstract

The present invention provides a first aid device that can inflate and repair tires in various ways. The first aid device is placed on a flat place. The first aid device further includes a box body with an air compressor inside. The box body is located in the box. The body is provided with two different positions of the first embedded interface and the second embedded interface. The outlet manifold of the air compressor is protruded and exposed at the first embedded interface of the box body, which can be connected to the circulation hose as tire inflation. Or the cover of the repair tank is inserted into the first insert port for inflation and tire repair to connect to the valve of the damaged tire, so as to achieve the convenience of various operations, and the cover of the repair tank is inserted into the second insert port The positioning can further improve the stability of the box body during operation, the box body is not easy to overturn, and the various accessories can be assembled smoothly without causing entanglement and interference.

Description

A first aid device capable of variously inflating and repairing automobile tires

The present invention provides an emergency device capable of variously inflating and repairing automobile tires. The emergency device further includes a box body with an air compressor, and two first inserts at different positions are opened on the box body. interface and a second embedded interface.

At present, the conventional air compressor device for repairing and inflating damaged tires includes a box body with an air compressor capable of compressing air, a self-contained rubber repair tank containing chemical glue, and one or two air compressors. Connect the hoses in series, the box body is only screwed with the open end of the glue tank, and the cover system is provided with a gas inlet pipe and a rubber outlet pipe; a single box body can only be used to assemble a hose or a glue tank. , and cannot cope with the assembly and combination of various hoses and glue tanks.

The creator seeks to improve the inconvenience of the conventional inflatable glue, and the patent application number EP16166504.7 has been created and has been approved to benefit users. Although the EP16166504.7 patent has its advantages in operational integration and usability, this The creators improve it with the spirit of excellence to increase the variety of usability, so that the product is more in line with the progress of use. For this reason, this creation is developed.

The main purpose of this creation is to provide a first aid device that can inflate and repair automobile tires in a variety of ways. One of the features of the method is to use two different positions on the box body containing the air compressor in the first aid device. The first insert interface and the second insert interface, the first insert interface can be used as a connecting port for the tire to be inflated separately or to be inflated and repaired at the same time, and the other second insert interface is specially provided for the repair tank to be carried and erected on the tire. On the box body, the center of gravity of the entire box body is increased, and in the stage of inflation, the box body is not easy to drift its placement position due to the vibration force generated by the inflation action.

Another main purpose of this creation is to provide a first aid device capable of diversifying inflation and repairing of automobile tires, wherein the use method 1: the first embedded interface is connected to the air outlet manifold of the air compressor for transmitting compressed air Adjacent to each other, one end of a circulation hose is connected to the air outlet manifold, and the other end of the circulation hose is connected to the tire valve to be inflated, which can be directly inflated. A second embedded interface at a different location.

Another main purpose of this creation is to provide a first aid device that can inflate and repair tires in a variety of ways, wherein the second method of use: the cover body of the aforesaid plastic repair tank is directly fitted to the box body. The air inlet pipe of the cover body is combined with the end of the circulation hose, and the front end of the circulation hose is locked to the air outlet manifold at the first embedding interface. The cover The rubber outlet pipe of the body is connected to the front end of another circulation hose, and the end of the other circulation hose is locked at the air nozzle of the damaged tire. This method can not only achieve the functions of inflation and rubber replenishment, but also At the same time, the different flow hoses mentioned above will not be entangled together, and at the same time, the position of the glue tank is at the second embedded interface, which is far away from the flow hose and needs to be locked to the first embedded interface of the air outlet manifold, which is invisible in the operating space. Brings smoother ease of use.

Another main purpose of this creation is to provide a first aid device that can inflate and repair tires in a variety of ways, wherein the third use method: one end of the aforementioned circulation hose is combined with the air outlet manifold at the first embedded interface, The other end is locked to the gas inlet pipe on the cover body of the glue tank. At the same time, the cover body is fitted at the first insertion interface, so that the glue tank can be erected on the box body. When the air compressor is actuated, the Compressed air can be forced through the connectivity of the outlet manifold and the circulation hose to force the glue replenishing liquid inside the glue tank to be output from the glue outlet pipe of the cover body. The glue outlet end pipe of the cover body is locked with another circulation hose The front end, and the end of the aforesaid circulation hose can be locked at the air nozzle of the damaged tire, so that the compressed air can force the repairing liquid into the damaged tire for the purpose of tire repair and inflation. On the other hand, through the circulation hose Between the air outlet manifold and the air inlet pipe of the glue tank cover, the residual glue solution will not touch the air outlet manifold nozzle of the aforementioned air compressor and block it, or even flow into the inner cavity of the air compressor. Unable to move.

Another main purpose of this creation is to provide a first aid device that can perform various inflation and tire repairs on automobile tires, wherein the fourth use method: the repair tank is positioned by combining its cover body with the first embedding interface, and It is to let the air inlet pipe set on the cover body connect to the aforementioned air outlet manifold, and the rubber outlet pipe set on the cover body at different positions of the cover body is locked by the circulation hose to receive the damaged tires filled with refilling liquid. Air nozzle, to achieve two effects of tire filling and inflation.

Please refer to the first figure, the present invention provides a first aid device capable of variously inflating and repairing automobile tires. The first aid device includes a box body 1, and the hollow part of the box body 1 is used for installation An air compressor (not shown in the figure), and the compressed air can be output from the output end, that is, the outlet manifold 10 in this figure. The box body 1 of the present creation has two first embedded ports 11 and second embedded ports 2 at different positions in its body, wherein the first embedded port 11 can be used as a connecting port for tire inflation or simultaneous inflating and rubber filling. The other second embedding interface 2 is specially provided for a glue tank 4 to be carried and erected on the box body 1, which increases the center of gravity of the entire box body 1. In the stage of inflation, the box body 1 is not easily caused by the inflation action. It is easy to drift its placement due to vibration force.

Please refer to the first and second figures, the first embedding port 11 on the box body 1 is an inverted U-shaped first embedding port 11 . A snap groove 12 and a groove 13 are provided, the snap groove 12 is located at the bottom of the side wall 110 , the groove 13 is close to the top of the side wall 110 , and the top wall adjacent to the groove 13 can be used as a partition 14 , the partition plate 14 has a bump 15 .

Please refer to Figures 1 to 4. The first method of using the first-aid device of the present invention: the first embedded interface 11 of the box body 1 is adjacent to the outlet manifold 10 of the air compressor for transmitting compressed air, and a circulating hose is used. The connection is to connect one end of a first air hose 3 to the air outlet manifold 10, that is, one end of the first air hose 3 is provided with a first end fitting 31, and the first end fitting 31 The system has a snap-fit piece 311, which allows the first end fitting 31 to be efficiently snap-fitted on the air outlet manifold 10 at the first embedded interface 11 of the box body 1, and the first air hose The other end of 3 is connected with a second end connector 32, which can be connected to the tire valve to be inflated (not shown in the figure) for direct inflation, and a glue tank 4 can be selected to be positioned and fitted into boxes at different positions. The second embedded interface 2 of the body 1.

Please refer to the fourth figure, the second inlay 2 of the creation box 1 has a bottom plane 20, and the top edge of the inner side wall surface 21 at the inner circumference of the bottom plane 20 is horizontally extended with a C-shaped convex wall 22 having a thickness , the C-shaped protruding wall 22 and the bottom plane 20 form a distance space, and the space can allow the head end of the cover body 5 of the aforementioned glue tank 4 to be inserted. The aforementioned glue tank 4 includes a tank 41, such as the first As shown in the figure, the tank body 41 is screwed with a cover body 5, and the cover body 5 has a gas inlet end pipe 51 and a rubber outlet end pipe 52. The outer edge of the cover body 5 is horizontally extended with two spaced upper side walls 53 and the lower side wall 54, there is an accommodating groove 55 between the upper side wall 53 and the lower side wall 54, and this glue tank 4 is arranged by using the accommodating groove 55 between the upper side wall 53 and the lower side wall 54 of the cover body 5. Enter the C-shaped convex wall 22 of the second embedding port 2 (refer to the seventh figure at the same time), and let the lower side wall 54 abut against the inner side wall surface 21 of the second embedding port 2, and the cover body 5 of the glue tank 4 is closed. It is stably accommodated in the second embedding interface 2 to increase the center of gravity of the entire box body 1. During the inflation stage, the box body 1 is not easy to drift its placement position due to the vibration force generated by the inflation action.

Please refer to Figures 5 to 7, the second use method of the first-aid device of the present creation: the aforementioned glue tank 4 is erected on the box body 1 with its cover body 5 directly fitted at the second insertion interface 2 of the box body 1, that is, The glue tank 4 is inserted into the C-shaped bulge 22 of the second embedding port 2 by using the accommodating groove 55 between the upper side wall 53 and the lower side wall 54 of the cover body 5 (refer to Fig. 7 at the same time). ), and let the lower side wall 54 abut against the inner side wall surface 21 of the second embedding port 2, and the cover body 5 of the glue tank 4 is stably accommodated in the second embedding port 2, and the gas inlet end of the aforementioned cover body 5 The pipe 51 is combined with the second end fitting 32 of the first air hose 3, and the first end fitting 31 of the first air hose 3 is locked to the air outlet manifold 10 at the first fitting port 11. The aforementioned The rubber outlet pipe 52 of the cover body 5 is connected to the front end 61 of a second air delivery hose 6, and the end 62 of the second air delivery hose 6 is locked at the air nozzle of the damaged tire (not shown in the figure). ), this method can not only achieve the effect of inflating and replenishing glue, but also make the aforementioned first air hose 3 and second air hose 6 not entangled together, and the position of the glue tank 4 is in the first The second embedded interface 2, which is far from the first air delivery hose 3, needs to be locked and connected to the first embedded interface 11 of the air outlet manifold 10, which brings smoother use convenience in the operating space.

Please refer to the eighth and ninth figures, the third use method of the emergency device of the present invention: the first end joint 31 of the first air delivery hose 3 is combined with the air outlet manifold 10 at the first embedded interface 11 of the box body 1, and the The second end joint 32 of the first air hose 3 is locked to the gas inlet pipe 51 on the cover body 5 of the glue tank 4, and at the same time, the cover body 5 is fitted into the first insertion port 11, that is, The accommodating groove 55 between the upper side wall 53 and the lower side wall 54 of the cover body 5 is placed in the partition plate 14 of the first embedding port 11 , and the lower side wall 54 is placed in the groove 13 of the first embedding port 11 . Finally, the outer side wall 531 of the upper side wall 53 of the cover body 5 abuts against the bump 15 on the partition plate 14 to make it fixed, that is, the glue tank 4 is firmly combined with the first embedding interface 11 of the box body 1, so that the repair The glue tank 4 is erected on the box body 1. When the compressed air generated by the operation of the air compressor can pass through the connection between the air outlet manifold 10 and the first air hose 3, the glue replenishing liquid inside the glue filling tank 4 can be forced from the cover body. The rubber outlet pipe 52 of 5 is output, the rubber outlet pipe 52 of the aforementioned cover body 5 is locked with the front end 61 of the other second gas delivery hose 6, and the end 62 of the second gas delivery hose 6 can be locked. At the air nozzle of the damaged tire (not shown in the figure), the compressed air can force the repairing liquid into the damaged tire for the purpose of repairing and inflating the tire, and through the upper side of the cover body 5 of the repairing tank 4 The close combination of the wall 53, the lower wall 54 and the partition plate 14 of the first embedding interface 11, and the outer side wall 531 of the upper wall 53 of the cover body 5 abuts against the bump 15 on the partition plate 14 to make it fixed, so that the glue can be replenished. The can 4 is clamped on the first embedding interface 11 of the box body 1 so that the glue filling can 4 will not fall off due to vibration or collision. On the other hand, by connecting the first air hose 3 between the air outlet manifold 10 and the air inlet pipe 51 of the cover 5 of the glue tank 4, the residual glue solution will not touch the air outlet of the air compressor. The mouth end of the pipe 10 is blocked, or even flows into the inner cavity of the air compressor and cannot operate.

Please refer to Figures 10 to 13. The fourth method of using the first-aid device of the present invention: The air outlet manifold 10 at the first embedding interface 11 of the box body 1 is combined with a plastic replenishing tank 7, and a cover is screwed on the tank body 71. Body 8, the cover body 8 has a gas inlet end pipe 81 and a rubber outlet end pipe 82, and two-phase spaced upper side walls 83 and lower side walls 84 extend horizontally outward from the upper edge of the cover body 8. There is an accommodating groove 85 between the lower side walls 84 , and the lower edge of the cover body 8 is provided with two symmetrical elastic fasteners 86 . The tank body 71 of the glue replenishing tank 7 can be arranged on the first embedding interface 11 of the box body 1 with its open end facing downward and the bottom wall 72 facing upward, and the gas inlet pipe 81 of the cover body 8 can be The outlet manifold 10 is directly connected to the first embedding port 11 of the box body 1 , and the accommodating groove 85 between the upper side wall 83 and the lower side wall 84 of the cover body 8 can just be placed between the first embedding port 11 plate 14 , and the lower side wall 84 is placed in the groove 13 of the first embedding port 11 , and finally the buckle blocks 87 of the two elastic fasteners 86 of the cover body 8 are locked in the locking groove 12 of the first embedding port 11 , that is, the glue tank 7 is firmly connected to the first embedding interface 11 of the box body 1 , and the first end joint 31 of the first air hose 3 can be snapped on the glue outlet pipe of the cover body 8 82. When performing operations such as tire repair and inflation, the second end joint 32 of the first air hose 3 can be screwed into the tire valve (not shown in the figure), and the box body 1 accepts the car. Or other DC power sources are activated, the air compressor can be used to generate air and the glue replenishing liquid in the tank 71 can be forced into the damaged tire from the first air hose 3, so as to achieve the purpose of repairing the tire and inflating it. And through the close combination of the upper side wall 83 and the lower side wall 84 on the cover body 8 of the glue tank 7 and the partition plate 14 of the first inserting port 11, and the two elastic fasteners 86 of the cover body 8 by elastic tension. The buckle block 87 is buckled in the buckle groove 12 of the first embedding interface 11, so that the glue replenishing can 7 is clamped on the first embedding interface 11 of the box body 1, and the glue replenishing can 7 will not fall off due to vibration or collision. . When the tire repair and inflation are finished, the two elastic fasteners 86 of the cover body 8 can be pressed inward, and the glue tank 7 can be pulled out at the same time, so that the first part of the glue tank 7 and the box body 1 can be pulled out. The outlet manifold 10 at the inlay port 11 is separated.

To sum up, the present invention provides an emergency device that can inflate and repair tires in a variety of ways. The emergency device is placed on a flat place, and the emergency device further includes a box body 1 with an air compressor inside. , the box body 1 is provided with a first embedding interface 11 and a second embedding interface 2 at two different positions on the box body 1, and the outlet manifold 10 of the air compressor is protruded and exposed to the first embedding interface of the box body 1 11, it can be connected to a first air hose 3 for tire inflation, or the cover 5 of its repair tank 4 can be inserted into the first insert interface 11 for inflation and tire repair to connect to the air nozzle of the damaged tire. The convenience of carrying out various operations, and the positioning of the glue tank 4 with its cover 5 embedded in the second insert interface 2 can further improve the stability of the box body 1 during operation, so that the box body 1 is not easily overturned and can be smoothly The advantage of assembling individual accessories without entanglement interference.

1: Box body 10: Exhaust manifold 11: The first embedded interface 110: Sidewall 12: Snap slot 13: Groove 14: Clapboard 15: Bumps 2: The second embedded interface 20: Bottom plane 21: Inner side wall 22: C-shaped convex wall 3: The first air hose 31: First end connector 311: Snaps 32: Second end connector 4: glue tank 41: Tank 5: Cover 51: Air inlet pipe 52: Glue out end pipe 53: Upper side wall 531: Outside Wall 54: Lower side wall 55: accommodating slot 6: Second air hose 61: Front end 62: end 7: glue tank 71: Tank 72: Bottom Wall 8: Cover 81: Inlet pipe 82: Glue out end pipe 83: Upper side wall 84: Lower side wall 85: accommodating slot 86: Elastic Fastener 87: Buckle block

The first picture: It is an exploded view of the box, the first air hose and the glue tank of this creation. The second picture: It is a partial enlarged view of the first air hose of this creation combined with the air outlet manifold. Figure 3: It is a partial cross-sectional view of the first air hose of this creation combined with the air outlet manifold. The fourth picture: It is a partial enlarged view of the second embedded interface of the box body of this creation. Figure 5: It is an exploded view of another embodiment of the present creation. Picture 6: It is the assembled picture of picture 5. Figure 7: It is a partial cross-sectional view of the second embedding interface of the glue tank of this creation in the box body. Figure 8: It is an exploded view of another embodiment of the present creation. The ninth picture: It is the assembled picture of the eighth picture. Figure 10: It is an exploded view of another embodiment of the present creation. Figure 11: It is an assembled partial enlarged view of the tenth figure. Figure 12: It is a partial cross-sectional view of the assembly of Figure 10. The thirteenth picture: the assembled plan of the tenth picture.

1: Box body

10: Exhaust manifold

11: The first embedded interface

110: Sidewall

12: Snap slot

13: Groove

14: Clapboard

15: Bumps

2: The second embedded interface

20: Bottom plane

21: Inner side wall

22: C-shaped convex wall

3: The first air hose

31: First end connector

311: Snaps

32: Second end connector

4: glue tank

41: Tank

5: Cover

51: Air inlet pipe

52: Glue out end pipe

53: Upper side wall

531: Outside Wall

54: Lower side wall

55: accommodating slot

Claims (8)

A first aid device capable of diversifying inflation and repairing tires of automobiles, the first aid device comprises: a box body, an air compressor is arranged in the box body, and the compressed air generated by the air compressor can be output through an air outlet manifold Outside the box body, the box body is provided with two different positions of the first embedded interface and the second embedded interface, wherein the first embedded interface is adjacent to the aforesaid outlet manifold so that other connected objects are related. , the aforesaid second embedding interface has a load-carrying performance but is not associated with the aforesaid outlet manifold; a plastic repair tank includes a tank body, the tank body is filled with the repairing liquid used for tire repair, and the open end of the tank body is filled with There is a cover body, the cover body is provided with a gas inlet pipe and a rubber outlet pipe, the cover body can be embedded in the first embedded interface or the second embedded interface; at least one circulation hose, the circulation hose respectively has A first end connector and a second end connector can be respectively connected to two objects in a series; through the arrangement and combination of the above objects, the vehicle tires can be inflated and repaired in various ways. The emergency device capable of diversifying the inflation and repairing of automobile tires according to claim 1, wherein the circulation hose includes a first air delivery hose and a second air delivery hose, and the first air delivery soft One end of the pipe can be connected to the air outlet manifold of the first embedded interface of the box body, so that the compressed air generated by the air compressor can enter the first air delivery hose, and the other end of the first air delivery hose can be Connected to a tire valve to be inflated to inflate, the tank body used for rubber filling can use its cover body to fit in the second insertion interface for positioning, so that the pumping action is not easy because the box body supports the tank body to increase the stability of the center of gravity Let the vibration factor make it easy for the box to drift from its placement point. The first aid device capable of diversifying the inflation and repairing of automobile tires according to claim 2, wherein the rubber repair tank is erected on the box body with its cover body directly fitted at the second embedding interface of the box body , the gas inlet pipe of the cover body is combined with the end of the first gas delivery hose, and the front end of the first gas delivery hose is locked to the gas outlet manifold at the first embedded interface, and the outlet of the cover body is The rubber end pipe is connected to the front end of another second gas delivery hose, and the other second gas delivery hose The end of the hose is locked at the air nozzle of the damaged tire. This method can not only achieve the effect of inflation and glue replenishment, but also prevent the different circulation hoses from being entangled together. At the same time, the position of the glue filling tank is at The second embedded port, which is far away from the circulation hose, needs to be locked and connected to the first embedded port of the air outlet manifold, which brings smoother use convenience in the operating space. As claimed in claim 2, the emergency device capable of diversifying the inflation and repairing of automobile tires, wherein one end of the first air delivery hose is connected to the air outlet manifold at the first embedding interface, and the other end is locked to the air outlet manifold. The air inlet pipe on the cover body of the plastic repair tank, and at the same time, the cover body is fitted at the first embedding interface, so that the plastic repair tank is erected on the box body, and the compressed air generated by the operation of the air compressor can pass through the air outlet manifold. The connection between the tube and the first air delivery hose forces the glue replenishing liquid inside the glue tank to be output from the rubber outlet pipe of the cover body, and the rubber outlet pipe of the cover body locks the front end of the second gas delivery hose. The end of the second air hose can be locked at the air nozzle of the damaged tire, so that the compressed air can force the repairing liquid into the damaged tire for the purpose of repairing and inflating the tire. The air hose is between the air outlet manifold and the air inlet pipe of the glue tank cover. The residual glue solution will not touch the outlet manifold nozzle of the aforementioned air compressor and block it, or even flow into the air compressor. The inner cavity of the machine makes it impossible to operate. The first aid device capable of diversifying the inflation and repairing of automobile tires as described in claim 2, wherein the rubber repair tank is positioned by using its cover body to be combined with the first inserting interface, and the insertion hole provided on the cover body is used for positioning. The gas end pipe is connected to the aforementioned air outlet manifold, and the rubber outlet pipe provided by the cover body at different positions of the body is used to lock the air nozzle of the damaged tire filled with the repairing liquid through the first air delivery hose, so as to achieve the tire repair. Inflatable two effects. As claimed in claim 1, the first aid device capable of performing various inflation and repairing of automobile tires, wherein the box body included in the first aid device has a bottom plane at the second embedding interface of the box body, and the bottom surface is flat. The top edge of the inner side wall surface at the inner circumference of the plane is horizontally extended and has a thickness A C-shaped protruding wall of a certain degree, the C-shaped protruding wall and the bottom plane form a distance space, and the space can allow the head end of the aforementioned glue tank cover to be inserted. The first-aid device for diversifying the inflation and repairing of automobile tires as described in claim 2, wherein the box body included in the first-aid device, the first embedding interface on the box body is an inverted U-shaped first-aid device. An embedded interface, two opposite side walls in the first embedded interface are recessed with a snap groove and a groove, the snap groove is located at the bottom of the side wall, and the groove is close to the top of the side wall, and is adjacent to the side wall. The top wall of the groove can be used as a partition plate, and the partition plate is provided with a protrusion; the aforementioned glue filling tank includes a tank body, and a cover body is screwed on the tank body, and the cover body has a gas inlet pipe and The rubber outlet end pipe is horizontally extended with two-phase spaced upper side walls and lower side walls on the outer edge of the cover, and there is a accommodating groove between the upper side walls and the lower side walls. The first end joint of the first gas delivery hose Combined with the air outlet manifold at the first embedding interface of the box body, and the second end joint of the first air delivery hose is locked to the air inlet end pipe on the cover body of the aforesaid glue tank, and the cover body is fitted at the same time. At the aforesaid first embedding interface, that is, the accommodating groove between the upper side wall and the lower side wall of the cover body is placed in the partition of the first embedding interface, and the lower side wall is placed in the groove of the first embedding interface. Finally, the outer side wall of the upper side wall of the cover body abuts against the bumps on the partition plate to make it fixed, that is, the glue repair pot is firmly connected to the first embedding interface of the box body, and the glue repair pot is erected on the box body. The first aid device capable of variously inflating and repairing automobile tires as claimed in claim 1, wherein the air outlet manifold at the first embedded interface of the box body is combined with another rubber repair tank, and the tank body is screwed together. There is a cover body, the cover body has a gas inlet end pipe and a rubber outlet end pipe, the upper side wall and the lower side wall of the two-phase interval are horizontally extended outward from the upper edge of the cover body, and there is a space between the upper side wall and the lower side wall. There is a accommodating groove, and the lower edge of the cover body is provided with two symmetrical elastic fasteners, and the outer sides of the two elastic fasteners are each provided with a fastener block. The state is set on the first embedded interface of the box body, and the gas inlet pipe system of the cover body can be directly connected to the air outlet manifold at the first embedded interface of the box body, and the upper side wall and the lower side wall of the cover body are The accommodating groove between them can be placed in the partition plate of the first embedding port, and the lower side wall is placed in the groove of the first embedding port, and finally the buckle blocks of the two elastic fasteners of the cover body are buckled in the first embedding port. one The snap groove of the embedded interface forms the first embedded interface of the glue tank firmly combined with the box body.

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