TWM601284U - Air compressor device capable of changeable inflation and glue repair - Google Patents

Abstract

This creation is to provide an air compressor device that can change the functions of inflation and replenishment, especially an air compressor that can achieve a separate inflation function for the tire, or use a rotating element to rotate at the cover to force it The displacement of the tube body enables the air compressor to fill the broken tires with rubber. The device includes a box with an air compressor and a rubber replenisher containing a chemical glue for replenishing rubber. Air The compressor's air outlet manifold is quickly combined with the air inlet manifold on the glue dispenser to reduce pipeline connections and reduce the volume. It can also quickly separate the air compressor from the glue dispenser to facilitate the maintenance of the replacement of the glue dispenser. The creation not only allows the air compressor to achieve a separate inflation function for the tire, but also transforms the repair function of repairing and inflating the damaged tire.

Description

Air compressor device capable of changing charging and refilling functions

This creation is to provide an air compressor device that can change the functions of inflation and replenishment, especially an air compressor that can achieve a separate inflation function for the tire, or use a rotating element to rotate at the cover to force it The tube body is displaced to enable the air compressor to fill and inflate the damaged tire. The device includes a box with an air compressor inside and a rubber replenisher containing chemical glue for replenishing rubber. , Among them, the outlet manifold of the air compressor is quickly combined with the inlet manifold of the glue supply device to reduce the connection of pipelines and reduce the volume. It can also quickly separate the air compressor and the glue supply device to facilitate the replacement of the glue supply device. For the maintenance, this creation not only allows the air compressor to achieve a separate inflation function for the tire, but also transforms the repair function of repairing and inflating the damaged tire.

The traditional glue filling device is basically composed of a cover, a tank and a tube. The tank is filled with chemical glue for tyre repair; the cover has two manifolds, one of which is used as a receiver. The high-pressure air generated by the air compressor is used as an output chemical glue; the tube body is connected to the cover body. When the cover body is combined with the tank body, the tube body is contained in the tank body. At this stage, as the equipment for repairing broken tires, some of them use a box with an air compressor and a separate rubber patch. If necessary, the user will insert the patch The transmission hose attached to the air manifold is connected to the air outlet connector of the box body, and the rubber outlet hose attached to the rubber outlet manifold of the glue applicator is connected to the air nozzle of the broken tire, and the air compressor in the box body is activated. The chemical glue in the tank of the rubber patcher is forced out and enters the damaged tire, so that the tire can be repaired. The design of the box and the rubber patch can only be used for repairing tires, but cannot be used for pneumatic tires alone. In view of the shortcomings of the conventional device, the author developed an air compressor to achieve a separate inflation function for the tire, or use a rotating element to rotate at the cover to force the tube to shift. The air compressor achieves an air compressor device capable of inflating and replenishing damaged tires. The air compressor device can change the function of inflation and replenishment, and the device uses the outlet manifold of the air compressor to quickly connect to the inlet manifold on the rubber replenisher It can reduce the connection of pipelines and reduce the volume, and it can also quickly separate the air compressor and the glue supply device to facilitate the maintenance of the replacement glue device.

The main purpose of this creation is to provide an air compressor device that can change the functions of charging and replenishing. The device includes a box with an air compressor and a replenisher containing chemical glue for replenishing. , It can achieve the independent inflation function of the tire, or use a rotating element to rotate at the cover of the rubber refill, and then force the displacement of the tube in the rubber refill, so that the air compressor can achieve the damage tire The effect of filling and inflating.

The secondary purpose of this creation is to provide an air compressor device that can change the functions of charging and refilling. The device uses the outlet manifold of the air compressor to quickly combine with the inlet manifold on the refilling device to reduce pipeline connections. And to reduce the size, the air compressor can be quickly separated from the glue filler, which is convenient for the maintenance of the replacement of the glue filler.

In order to understand the structure of this creation in more detail, please refer to the first to third pictures. This creation provides an air compressor 14 device capable of changing inflation and refilling functions. It includes a box and a refill 9 And a pressure gauge 17. The box system is composed of a first box body 11, a second box body 12, and a third box body 13. There are several partitions 110 in the first box body 11, which can be The air compressor 14 and the pressure gauge 17 are stably housed between the partitions 110 in the first box body 11, and a switch 111 is provided on the exterior surface of the first box body 11 to start and stop the air compressor 14; The first box body 11 is provided with a plurality of positioning posts 112 with a positioning hole 113, and the second box body 12 is provided with an open-shaped curved inner recess 121 and a plurality of corresponding to the first box. The perforation 122 of the positioning hole 113 of the body 11 can sequentially pass through a plurality of locking members 8 to lock into the perforation 122 of the second box body 12 and the positioning hole 113 of the first box body 11, and the combined first box body A through hole 123 is provided at the junction of the upper side surface of the second box body 11 and the second box body 12, which allows the pressure gauge 17 to be exposed in the through hole 123 for the user to watch, and the side plates 114 of the first box body 11 and the second box body 12 124 is provided with a through hole 125, and the edges of the side plates 114, 124 extend vertically from the convex plates 115, 126, and the upper side edge of the third box body 13 with an inner space 130 is recessed with a notch 133. The upper end of the outer plate is provided with a through hole 132 and a storage slot 135 that completely penetrates therethrough, and one side of the through hole 132 is provided with an inner recess 131, which can extend to the other connected side plate and correspond to the second box body 12 The inner concave portion 121 and the edge of the side board has a buckle portion 134 which can be engaged with the convex plates 115 and 126 of the first box body 11 and the second box body 12. A glue dispenser 9 can be placed in the inner space 130 of the third box 13 and abut the side plates 114, 124 of the first box 11 and the second box 12 to form a stable positioning without tilting or The phenomenon of tipping over. An outlet manifold 141 of the aforementioned air compressor 14 penetrates through the through hole 125. The inlet manifold 33 of the glue supply 9 is connected to the outlet manifold 141, and is connected to the outlet manifold 141 by the glue supply 9 The buckle 35 is quickly combined and fixed on the panel 140 of the outlet manifold 141, wherein the outlet manifold 141 of the air compressor 14 is quickly combined with the inlet manifold 33 on the glue dispenser 9 to reduce the connection of pipelines and The volume is reduced, and the air compressor 14 can be quickly separated from the glue supplement 9 to facilitate the maintenance of the replacement glue 9. One end of a rubber outlet hose 15 is connected to the rubber outlet manifold 34 of the rubber refill 9, and the other end has a connection joint 151, which can be connected to a tire valve (not shown in the figure), wherein the connection joint 151 It can be a general connection joint or an anti-eruption non-reverse joint structure, such as the Republic of China Invention Patent No. I660871 that one of the creators has previously approved: "The non-reverse joint structure of the serial hose of the air compressor for vehicles" , The Republic of China Invention Patent No. I490132: "The joint structure of the serial hose for an on-vehicle air compressor", the Republic of China Invention Patent No. I456130: "The joint structure of a serial hose for an on-board air compressor" . One end of a transmission hose 16 is connected to the air outlet manifold 142 of the air compressor 14 and the other end is connected to the pressure gauge 17. When the switch 111 is activated, the compressed air generated by the air compressor 14 can enter the tires through the air outlet manifold 141, the inside of the rubber replenisher 9, and the rubber hose 15, which can achieve a separate inflation function or inject chemical glue 23 It has the functions of repairing tires and inflating, and only one transmission hose is exposed outside of the box in this creation. One transmission hose can be used to inflate alone or as a chemical glue 23. The transmission hose is the aforementioned one. Glue hose 15.

Please refer to figures 3 to 5 at the same time. The glue dispenser 9 basically has a tank body 2, a cover body 3 and a tube body 5. The tank body 2 is hollow and has an open end 21 and a bottom end 24. The tank body The content room 22 of 2 can be filled with chemical glue 23 for replenishing glue (refer to Figures 6 and 7). The cover 3 can be combined with the tank 2 by screwing or heat fusion. The upper and lower ends of the cover 3 each extend with a lower round through pipe 31 and an upper round pipe 32, which are connected at the bottom. The pipe 31 and the upper round through pipe 32 are connected with a lower flow chamber 310 and an upper flow chamber 320. At the bottom end of the lower round pipe 31, there is a miniature convex wall 311 extending slightly to the inner diameter, and the miniature convex wall 311 A circular hole 312 is formed in the center that can communicate with the lower flow chamber 310 (refer to Figure 7), and the top end of the upper round through tube 32 is open. The inner periphery of the top end of the upper round through tube 32 is provided with a plurality of spaced convex Block 321, and the outer peripheral wall of the top end of the upper round pipe 32 is provided with two opposite shaft posts 322, and the upper round pipe 32 is provided with an air inlet manifold 33 and a glue outlet manifold 34 that can communicate with the upper flow chamber 320 , A buckle portion 35 with a wrench portion 351 is set on the inlet manifold 33; a cap-shaped sleeve body 6 is provided with a non-reverse valve 61, and the cap-shaped sleeve body 6 is sleeved on the inlet manifold At the end of the tube 33, the cap-shaped sleeve body 6 not only has the airtight function of the connection between the glue refill 9 and the air compressor 14, but also prevents the chemical glue 23 of the glue refill 9 from flowing into the air compressor 14 in reverse. Internal function.

A tube body 5 with an inner hollow portion 50 has a closed top groove 51 at the top end and an open opening 52 at the bottom end. At least two isolated rings are provided on the periphery of the tube body 5 at the top end 53. The middle ring 54 and the lower ring 55 form a first neck ring groove 56 and a second neck ring groove 57 with a smaller outer diameter between the upper ring 53, middle 54 and lower ring 55. At least one through hole 560 is penetrated at the first neck ring groove 56 to allow the pipe body 5 to pass through between the inside and the outside; a sealing ring 530, 540, 550 is respectively provided between the upper ring 53, the middle ring 54 and the lower ring 55 , And the bottom end of the tube body 5 is provided with two opposing snap grooves 58 and at least one circulation groove 59. A plug body 7 is used to close the opening 52 at the bottom end of the tube body 5, and the plug body 7 has a corresponding The engaging portion 71 of the buckle groove 58 in the aforementioned two opposite directions and the flap 72 of the flow groove 59 that can open and close the bottom end of the pipe body 5 are as shown in the third figure. The bottom end of the tube body 5 can be inserted by the upper round through tube 32 and extend through the circular hole 312 of the micro-protruding wall 311 (refer to the seventh figure at the same time). At this time, the ring wall 55 under the tube body 5 can just touch the bottom The miniature bumps 311 of the round tube 31, and the upper ring 53 of the tube body 5 can be interfered by the bumps 321 on the inner peripheral edge of the top end of the upper round tube 32, so that the upper ring 53, the middle ring 54 and the lower ring 53 of the tube body 5 Section 55 can be accommodated in the upper round pipe 32 and the lower round pipe 31 of the cover 3. At this time, the first neck ring groove 56 and the second neck ring groove 57 are formed between the inner pipe walls of the upper and lower round pipes 32 and 31 There are displaceable annular gaps 301 and 302.

Please refer to the third figure, a rotating element 4, the rotating element 4 mentioned in this creation book means that the element can be rotated or rotated. In this embodiment, the rotating element 4 can be a cap The outer edge of the rotating element 4 is provided with a wrench 41, a central post 42 is arranged at the center of the inner surface of the rotating element 4, and the inner edge of the rotating element 4 has at least one tracking track 43. In this embodiment The tracking track 43 is a double-threaded tracking track. The tracking track 43 has two corresponding opening slots 430 at the starting point of the rotating element 4, and the other end extends upward in a ramp-up state to form a closed At the end 431 (refer to the fifth figure at the same time), the rotating element 4 can be accommodated in the storage slot 135 of the box body without inflation and glue filling, as shown in the first and second figures.

After the tube body 5 is assembled on the cover body 3 and the cover body 3 is connected to the aforementioned tank body 2, the circular through tube 31 and most of the tube body 5 under the cover body 3, for example, from the lower ring wall 55 to the bottom of the tube body 5 Both ends are hidden in the content chamber 22 of the tank body 2, as shown in the fourth and fifth figures.

Please refer to the first, second and sixth figures, which are the assembly diagrams when the air compressor 14, the pressure gauge 17, and the glue make up 9 are built into the box. A pressure gauge 17 is connected to the air through a transmission hose 16. One of the air outlet manifolds 142 of the compressor 14 and the other air outlet manifold 141 of the air compressor 14 extend through the through hole 125, an air inlet manifold 33 of the glue dispenser 9 placed in the third box 13 It is connected to the other outlet manifold 141, and is quickly combined and fixed on the panel 140 of the outlet manifold 141 by the snap part 35 of the glue supplement 9, and the round pipe 32 on the glue supplement 9 can be locked Fixed to the notch 133 on the third box body 13, the glue outlet manifold 34 of the glue refill 9 is connected with a glue hose 15 which can penetrate through the through hole 132 and can be bent To the inner recesses 131 and 121 on one side for storage.

The initial state of the glue filling device 9 built in the box body of this creation can be as shown in the sixth figure. The initial state is the inflated state. The tube body 5 is not forced to move. At this time, the tube body 5 is surrounded by 55 The micro-protruding wall 311 of the round-through tube 31 under the cover body 3 is opposed, so that the ring wall 55 under the tube body 5 is blocked by the circular hole 312 of the micro-protruding wall 311 of the cover body 3 (refer to the seventh figure at the same time), and The high-pressure air system generated by the air compressor 14 can enter the air inlet manifold 33 through the outlet manifold 141 and the non-reversal valve 61 of the cap-shaped sleeve 6 into the air inlet manifold 33 and enter the circular pipe 32 on the cover 3 and flow through Located in the annular gap 302 in the second neck ring groove 57 of the pipe body 5, the air inlet manifold 33 and the glue outlet manifold 34 can communicate with each other, and the glue outlet manifold 34 can directly output high-pressure air. Inflate the tire individually; when the tire is damaged and needs to be repaired and inflated, as shown in the seventh figure, the rotating element 4 can be sleeved on the cover 3 with a round tube 32, and the above round tube 32 The shaft column 322 is inserted from the opening slot 430 of the tracking track 43 of the rotating element 4 (refer to the third and fourth figures at the same time), so that the central column 42 of the rotating element 4 is in contact with and clamped in the closed top slot of the tube body 5. 51. Follow the tracking track 43 to rotate the rotating element 4. Since the central post 42 of the rotating element 4 abuts against the closed top groove 51 of the tube body 5, the rotating element 4 that rotates downward can move the tube body 5 together. Move down to make the ring 55 under the tube body 5 surpass the circular hole 312 of the micro-protrusion 311 of the cover 3 due to the force. At this time, the middle ring 54 of the tube body 5 just blocks the air inlet manifold 33 The high-pressure air entering the upper round pipe 32 from the air inlet manifold 33 cannot be directly output from the glue outlet manifold 34, but passes through the second neck ring groove 57 and the upper round pipe 32. The gap 302 directly enters the inner chamber 22 of the tank 2 through the circular hole 312 of the micro-protrusion 311 of the lower round through tube 31. At this time, the high-pressure air can squeeze the chemical glue 23 in the tank 2 to be set in the tube 5 The flap 72 of the plug body 7 at the bottom end opening 52 is moved so that the circulation groove 59 at the bottom end of the tube body 5 and the inner chamber 22 of the tank body 2 circulate mutually. The chemical glue 23 in the tank body 2 is transferred from the tube body 5 The circulation groove 59 at the bottom enters the tube body 5 and rises rapidly until the first neck ring groove 56 flows out from the through hole 560 into the gap 301 and circulates out of the glue manifold 34 to output the chemical glue for replenishing glue. 23. The chemical glue 23 is then filled with glue from the connection joint 151 on the glue hose 15 exposed outside the box. According to the technology disclosed in the sixth and seventh figures, when the rubber patch 9 is positioned in the box, this creation can not only provide the function of inflation alone, but also only need to manipulate the rotating element 4 to patch the rubber when the tire is damaged. Repair function.

In general, this creation can rotate a rotating element 4 to actuate the displacement of the tube body 5, so that the air compressor 14 can perform a separate inflation function for the tire or fill and inflate the damaged tire. The purpose of use is also very convenient to operate, and the device uses the air outlet manifold 141 of the air compressor 14 to quickly combine with the air inlet manifold 33 on the glue supply 9 to reduce the connection of the pipeline and reduce the volume. The air compressor 14 is quickly separated from the glue supplement 9 to facilitate the replacement of the glue supplement 9 for maintenance.

(11): The first box (110): partition (111): switch (112): Positioning column (113): Positioning hole (114): Side Panel (115): convex plate (12): The second box (121): Inner recess (122): Piercing (123): Through hole (124): Side Panel (125): Through hole (126): convex plate (13): The third box (130): Inner Space (131): Concave (132): Through Hole (133): missing slot (134): buckle (135): storage slot (14): Air compressor (140): Panel (141)(142):Exhaust Manifold (15): Glue hose (151): Connection connector (16): Transmission hose (17): Pressure gauge (9): Glue filler (2): Tank body (21): Open end (22): Content Room (23): Chemical glue (24): bottom (3): Cover (301)(302): gap (31): Lower round pipe (310): Lower Circulation Room (311): Miniature Bogs (312): round hole (32): Upper round pipe (320): Upper Circulation Room (321): bump (322): Column (33): Inlet Manifold (34): Glue out manifold (35): buckle part (351): Wrench Department (4): Rotating element (41): Wrench (42): Center column (43): Tracking orbit (430): open slot (431): closed end (5): Tube body (50): Internal space (51): Close the top slot (52): Opening (53): Upper Ring Wall (54): Central Wall (55): Lower Ring Wall (530)(540)(550): Sealing ring (56): First neck ring groove (560): Through hole (57): Second neck ring groove (58): Snap groove (59): Circulation slot (6): Hat-shaped sleeve (61): Check valve (7): Plug body (71): Clamping part (72): Wing (8): Lock firmware

The first picture: is a three-dimensional view of the air compressor device with the function of changing inflation and refilling. The second picture: is a three-dimensional exploded view of the air compressor device with the changeable function of charging and refilling. Figure 3: An exploded view of the glue applicator and rotating components of this creation. The fourth picture: is a three-dimensional cross-sectional view of the glue filling device of this creation. Figure 5: It is an exploded perspective view of the glue applicator and rotating element of this creation. Figure 6: It is a cross-sectional schematic diagram of this creation, which is a schematic diagram of the action in the inflated state. Figure 7: It is a cross-sectional schematic diagram of this creation, which is a schematic diagram of the action of the rotating element forcing the tube body to shift to fill the glue and inflate.

(11): The first box

(110): partition

(111): switch

(112): Positioning column

(113): Positioning hole

(114): Side Panel

(115): convex plate

(12): The second box

(121): Inner recess

(122): Piercing

(123): Through hole

(124): Side Panel

(125): Through hole

(126): convex plate

(13): The third box

(131): Concave

(132): Through Hole

(133): missing slot

(134): buckle

(135): storage slot

(14): Air compressor

(140): Panel

(141): Exhaust Manifold

(15): Glue hose

(151): Connection connector

(16): Transmission hose

(17): Pressure gauge

(9): Glue filler

(2): Tank body

(24): bottom

(3): Cover

(32): Upper round pipe

(321): bump

(322): Column

(33): Inlet Manifold

(34): Glue out manifold

(35): buckle part

(351): Wrench Department

(4): Rotating element

(5): Tube body

(6): Hat-shaped sleeve

(8): Lock firmware

Claims (10)

An air compressor device capable of changing charging and replenishing functions, comprising: a box body with an air compressor capable of generating high-pressure air and a replenishing device, and the round through pipe on the replenishing device has a Air inlet manifold and a glue outlet manifold. The outlet manifold of the air compressor is quickly combined with the air inlet manifold on the glue compensator to reduce the connection of pipelines and reduce the volume. It can also connect the air compressor to the compensator. The glue dispenser is quickly separated to facilitate the maintenance of the replacement glue dispenser. The gas inlet manifold is provided to receive the high-pressure air generated from the air compressor, and the glue outlet manifold is provided as the chemical glue in the output glue dispenser. The tube body, in the initial state of the tank body of the glue replenisher that has been filled with chemical glue, it allows the air inlet manifold and the glue outlet manifold to form an intercommunication phenomenon, and the high pressure air is directly output from the glue outlet manifold. The tire is inflated individually; a rotating element with a wrench on its outer edge, and a central column at the center of the inner side of the rotating element. The rotating element can be sleeved on the upper round tube, and the rotating element The center column abuts the top of the tube body, and the rotating element rotates on the upper round through tube, which can force the tube body to block the intercommunication relationship between the air inlet manifold and the glue outlet manifold, and the air compressor The generated high-pressure air enters the tank body, and at the same time allows the chemical glue to flow out from the pipe body to the rubber outlet manifold, and then a rubber hose is used to fill the broken tire with glue; the air compressor can be achieved by manipulating the rotating element Inflate the tires individually or inject rubber on the damaged tires. The air compressor device with changeable inflation and glue replenishment functions as described in item 1 of the scope of patent application, wherein the box system is composed of a first box body, a second box body, and a third box body. , There are several partitions in the first box, which can separate the air compressor and the pressure gauge and stably house them between the partitions in the first box. A start and stop air compression is provided on the exterior surface of the first box. A machine-operated switch, and the first box body is provided with a plurality of positioning posts with a positioning hole, and the second box body is provided with an open curved inner concave portion and a plurality of corresponding to the first box body The perforation of the positioning hole, which can sequentially pass through a plurality of fasteners to lock into the perforation of the second box body and the positioning hole of the first box body, and the combined upper side of the first box body and the second box body are joined There is a through hole, which allows the pressure gauge to be exposed in the through hole for users to watch. The first box body and the second box body have a through hole at the junction of the side plates, and the edge of the side plate extends vertically from the convex plate, and The upper side edge of the third box body with an inner space is recessed with a notch, a through hole and a storage slot are provided at the slightly upper end of the outer plate, and an inner recess is provided on one side of the through hole, which can It extends to the side board that is connected to the other and corresponds to the inner concave portion of the second box body, and the edge of the side board has a buckle portion that can be engaged with the convex plates of the first box body and the second box body. As described in the second item of the scope of patent application, the air compressor device with the function of changing inflation and replenishing glue, wherein the aforementioned replenishing device can be placed in the inner space of the third box body and interfere with the first box body and the second box body. The side plates of the two boxes form a stable positioning without tilting or tipping over. As described in item 3 of the scope of the patent application, the air compressor device capable of changing the function of charging and refilling rubber, wherein the refilling device further has the tank body, the cover body and the pipe body, and the tank body is hollow and has With one open end and one bottom end, the inner chamber of the tank can be filled with chemical glue for replenishing glue; the upper and lower ends of the cover each extend with an intersecting lower round pipe and upper round pipe, on the lower round pipe and the upper round pipe The inner system contains a lower flow chamber and an upper flow chamber that communicate with each other. At the bottom end of the lower round pipe, there is a micro-protrusion extending slightly to the inner diameter. The center of the micro-protrusion forms a circle that can communicate with the lower flow chamber. The top end of the upper round pipe is open. The inner periphery of the top end of the upper round pipe is provided with a plurality of spaced protrusions, and the outer peripheral wall of the top end of the upper round pipe is provided with two opposite shaft columns, and the upper round pipe The upper part is provided with the aforementioned gas inlet manifold and the aforementioned glue outlet manifold which can communicate with the upper flow chamber. As described in item 4 of the scope of patent application, the air compressor device with changeable charging and replenishing functions, wherein a buckle part with a wrench part is arranged on the air inlet manifold, and the buckle part can be directly buckled On the panel of the outlet manifold. As described in item 4 of the scope of patent application, the air compressor device with the function of changing inflation and replenishing glue, wherein a cap-shaped sleeve body is provided with a non-reverse valve, and the cap-shaped sleeve system is sleeved on the inlet manifold At the end of the pipe, the cap-shaped sleeve not only has the air-tight function of the connection between the glue applicator and the air compressor, but also has the function of preventing the chemical glue of the glue applicator from flowing back into the air compressor. As described in item 4 of the scope of patent application, the air compressor device with variable charging and refilling functions, wherein only one transmission hose outside the box body is exposed, and the transmission hose is the aforementioned rubber outlet hose, which can As an inflation or rubber filling function, one end of the transfer hose is connected to the rubber outlet manifold of the rubber filling device, and the other end is connected to the tire air nozzle. For example, the air compressor device with variable charging and replenishing functions described in item 7 of the scope of patent application, wherein the tube body with an inner cavity has a closed top groove at the top end and an open bottom end At least two isolated upper ring walls, middle ring walls, and lower ring walls are arranged on the outer periphery of the tube body at the top, and a smaller outer diameter tube is formed between the upper ring wall, the middle ring wall and the lower ring wall. A neck ring groove, a second neck ring groove, at least one through hole can be penetrated through the first neck ring groove to allow the pipe body to pass through; a sealing ring is provided between the two upper ring walls, the middle ring wall and the lower ring wall , And the bottom end of the pipe body is provided with two opposing buckle grooves and at least one flow groove. A plug system is used to block the opening at the bottom end of the pipe body. The plug system has corresponding buckle grooves in the two opposite directions. The engaging part and the fins that can open and close the flow groove at the bottom end of the pipe body; the bottom end of the pipe body can be inserted by the upper round pipe and extended through the round hole of the micro convex wall. It can resist the miniature bumps of the lower round tube, and the upper ring of the tube can be interfered with by the bumps on the inner periphery of the top of the upper round tube, so that the upper ring, middle ring and lower ring of the tube can be accommodated In the upper round pipe and the lower round pipe of the cover, a displaceable annular gap is formed between the first neck ring groove and the second neck ring groove and the inner pipe walls of the upper and lower round pipes. As described in item 8 of the scope of patent application, the air compressor device with the function of charging and replenishing glue, wherein the inner edge of the rotating element has at least one tracking track, and the tracking track is located at the starting point of the rotating element It has two corresponding open slots, and the other end extends upward in a ramp-up state to form a closed end. The rotating element can be accommodated in the storage slot provided in the box body without being inflated and glued; When the tire is damaged and needs to be inflated, the rotating element can be sleeved on the cover of the round through tube. The shaft of the above round through tube is inserted from the opening groove of the tracking track of the rotating element to make the center of the rotating element The column abuts and is clamped in the closed top groove of the tube body, and then rotates the rotating element according to the tracking track. Since the center column of the rotating element abuts against the closed top groove of the tube body, the rotating element that rotates down can be linked The tube body moves down, so that the ring under the tube body is forced to rush over the circular hole of the miniature convex wall of the cover body. At this time, the middle ring wall of the tube body just blocks the air inlet manifold and the glue outlet manifold. The high-pressure air entering the upper round pipe from the air inlet manifold cannot be directly output from the glue outlet manifold, but directly passes through the miniature convex wall of the lower round pipe through the gap between the second neck ring groove and the upper round pipe The high-pressure air can squeeze the chemical glue in the tank to push the fins of the plug body at the bottom opening of the tube body so that the circulation groove at the bottom end of the tube body is The content chambers of the tank circulate with each other. The chemical glue in the tank enters the pipe from the circulation groove at the bottom of the pipe and rises quickly until the first neck ring groove flows out from the through hole to the gap and circulates the glue. The manifold outputs the chemical glue for replenishing glue, and the chemical glue is then filled with a glue hose exposed outside the box. The air compressor device capable of changing inflation and replenishing functions as described in item 7 of the scope of patent application, wherein the other end of the rubber outlet hose has a connection joint which can be connected to the aforementioned tire air nozzle, wherein the connection The joint may be a general connection joint or may be an anti-eruption check joint structure.

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