DE202015106636U1 - Construction of a sealant applicator for tire repair - Google Patents

Abstract

Assembly of a sealant applicator (1) for tire repair, comprising: a container (2) which is hollow body-shaped with a receiving space (23), wherein at one end of an opening (21) is formed and at the other end a container bottom (25) is formed, wherein the receiving space (23) is filled with a chemical sealant (26), wherein at the opening (21) has an external thread (22) is formed, and wherein the below the receiving space (23) located container bottom (25) a Recess (24), a cover (3), at the top and at the bottom of each in an extension arranged upper shaft tube (31) and arranged in extension lower shaft tube (36) are arranged continuously, wherein at the end of the opening of the upper Shaft tube (31) has two oppositely disposed side plates (310) with oppositely disposed shaft holes (311) are formed, while between the two side plates (310) are formed two oppositely disposed recesses (312) each having an open top and a closed bottom, wherein on one of the side plates (310) towards the recess (312) an outwardly extending extension plate (313) is arranged wherein a barb (314) having an inclined surface is formed on the extension plate (313), the upper shaft tube (31) having an inner flow channel (316) and the lower shaft tube having an inner flow channel (361), the upper shaft tube (31). 31) includes an intake manifold (32) and a sealant exhaust manifold (34), wherein the intake manifold (32) serves to receive the compressed air generated by an air compressor while the sealant exhaust manifold (34) serves to apply the chemical sealant from the reservoir to the tire to deliver, wherein the lid (3) with the opening of the container (2) can be screwed, wherein at its inner top e an annular groove (30) for receiving a sealing ring (6) is arranged as a recess, wherein the upper shaft tube (31) an intake manifold (32) and a Dichtmittelauslaufkrümmer (34), wherein the intake manifold (32) provided with an air inlet passage (33) is connected through a through hole (39) with the receiving space (23) of the container (2), wherein a circular projection (38) with a through hole (39) passing in the lid (3) protruding, wherein the Dichtmittelauslaufkrümmer (34) has a sealant outlet channel (35) which is continuously connected to the inner flow channel (316) of the upper shaft tube (31), wherein the hole diameter of the inner flow channel (316) of the upper shaft tube (31) greater than the hole diameter of the inner flow channel (361) of the lower shaft tube (36), and wherein a step-shaped portion (37) on the lower shaft tube (36) is formed, a spring (8) passing through the opening of the ob the shaft tube (31) can be inserted and held by the step-shaped portion (37) of the inner flow channel (361) of the lower shaft tube (36), a long cylinder (7) with a non-cylindrical cross-section through the opening of the upper shaft tube ( 31) of the cover (3) in the inner flow channels (316, 361) is receivable, wherein the long cylinder (7) has a head end (72) having a larger outer diameter, which has an annular groove (73) for mounting an O-ring ( 74), the long cylinder (7) being provided with a plurality of internal grooves (71), the head end (72) of the long cylinder (7) being supportable from the top of the spring (8), and the long cylinder (7) in the inner flow channels (316, 361) is receivable, ...

Description

Technical area

The present invention relates to the construction of a sealant applicator, and more particularly to a tire sealant applicator assembly whose container is connected to a lid having two manifolds, one of the manifolds serving to supply the compressed air generated by an air compressor, and the other manifold serves to supply the liquid chemical sealant filled in the sealant applicator. By turning a control element, a valve seat closing a through-hole is displaceable by a long cylinder arranged in the above-mentioned cover, so that the compressed air can be supplied directly through the through-bore, so that the compressed air can continue to flow downwards and press on the surface of the liquid chemical sealant, thus the chemical sealant may be passed through an inner flow channel of a lower shaft tube, through a sealant discharge manifold and through a hose connected to a tire valve of a damaged tire to ensure safe and effective tire repair and to achieve adequate tire inflation.

State of the art

A conventional tire repair sealant applicator essentially comprises a lid, a container and a tubular body. The container is filled with a liquid chemical sealant for the purpose of tire repair. The lid has two manifolds, one of the manifolds serving to supply the compressed air generated by an air compressor, and the other manifold serving to supply the liquid chemical sealant filled in the sealant applicator. The tubular body is connected to the lid, which can be received in the container after connection to the container. The compressed air generated by an air compressor may be exhausted through the tubular body to force the chemical sealant to leak through the sealant exhaust manifold and, in addition, to flow into a damaged tire through a hose and tire valve connected thereto.

Object of the invention

The present invention has for its object to provide a structure of a sealant applicator for tire repair, wherein the container of this sealant applicator is filled with a chemical sealant, wherein a lid with an opening of this container is connectable, and wherein an air inlet channel and a sealant outlet channel through a valve seat can be closed, wherein the valve seat is actuated upon rotation of a lid mounted on the control element about an axis of rotation so that the closure state of the air inlet duct and the Dichtmittelauslaufkanals is released, so that the air inlet duct and the Dichtmittelauslaufkanal are connected to each other, so that generated by an air compressor Compressed air can flow into the container through the air inlet channel and the chemical sealant filled in the container can flow out through the sealant outlet channel.

Another object of the present invention is to provide a structure of a sealant applicator for tire repair, in which the sealant applicator can be displaced by rotation of an operating member about the rotation axis, a long cylinder to have a valve seat for separating a hump and a lower one Shaft tube of the cover can be driven so that the compressed air can press against the chemical sealant and the chemical sealant can flow through the Dichtmittelauslaufkrümmer.

Another object of the present invention is to provide a structure of a tire repair type of sealant applicator which basically comprises a container, a spring, a lid, a long cylinder, a valve seat, and an operating member, the container being connected to the lid. on each of which an upper shaft tube and a lower shaft tube are arranged in extension and connected together, wherein at the end of the opening of the upper shaft tube, two oppositely disposed side plates are formed with oppositely disposed shaft holes, while formed between the two side plates two oppositely disposed recesses , each having an open top and a closed bottom, wherein in the continuously arranged upper shaft tube and lower shaft tube, an inner flow channel is formed, wherein the hole diameter of the inner flow channel of the upper Schaftro Hrs greater than the hole diameter of the inner flow channel of the lower shaft tube, wherein a stepped portion is formed on the lower shaft tube, wherein the upper shaft tube has two manifolds, wherein one of the manifold serves to supply the compressed air generated by an air compressor, said manifold is continuously connected through a through-hole with a receiving space of the container, and wherein the other manifold is connected to an inner flow channel of the upper shaft tube, wherein a spring through the opening of the upper shaft tube is inserted and the step-shaped portion of the inner flow channel of the lower shaft tube supportable is, with the long cylinder a head having a larger diameter which is insertable through the opening of the upper shaft tube, wherein the head end of the long cylinder is supported by the top of the spring, wherein the long cylinder respectively in the inner flow channel of the upper shaft tube and the inner flow channel of the lower shaft tube is receivable, wherein the valve seat can be mounted on the outer circumference of the lower shaft tube while closing the through hole and the inner flow channel of the lower shaft tube, wherein the control element in the shaft hole of the above side plates is pivotally attachable and from the front side of the above-mentioned long cylinder is supportable, wherein actuated by the operating element of the inner flow channel disposed in the long cylinder can move the valve seat so that the through hole and the inner flow channel of the lower shaft tube are closed, so that the compressed air flow through the through hole and may also urge against the surface of the chemical sealant to allow the chemical sealant to be connected to the tire valve of a damaged tire through the inner flow channel of the lower shaft tube, through the sealant exhaust manifold, and through a hose connected thereto for a time-saving, safe and effective tire repair to ensure and to achieve a time-saving and adequate filling of the tire with air.

These objects are achieved by a sealant applicator with the features of claim 1. Advantageous developments are characterized by the subclaims.

The embodiments of the present invention will be described by way of example with reference to the accompanying drawings. Show it:

Brief description of the drawings

1 a perspective view of a preferred embodiment of the sealant applicator for tire repair according to the present invention,

2 11 is an exploded perspective view of a preferred embodiment of the tire repair sealant applicator according to the present invention;

3 12 is a schematic view illustrating an assembly of a lid, a valve seat and a control member according to a preferred embodiment of the tire repair type of sealant applicator according to the present invention;

4 a plan view of the structure of a preferred embodiment of the sealant applicator for tire repair according to the present invention in longitudinal section along the line AA in 3 .

5 a schematic view illustrating the initial state of the sealant applicator for tire repair according to the present invention, and

6 a schematic view showing an application of the sealant applicator according to the invention 5 represents.

Detailed description of the embodiments of the invention

A preferred embodiment of a sealant applicator according to the invention 1 for tire repair, in particular a sealant applicator 1 for use with an air compressor, essentially comprises a container 2 , a lid 3 , a control 4 , a valve seat 5 , a sealing ring 6 , a long cylinder 7 and a spring 8th on.

The container 2 is with a chemical sealant 26 filled. The lid 3 is with an opening 21 this container 2 connected, with an air inlet duct 33 and a sealant outlet channel 35 through a valve seat 5 are closable. When turning one on the lid 3 attached control 4 about the axis of rotation of the closure state between the valve seat 5 and the air intake duct 33 and the closure condition between the valve seat 5 and the sealant outlet channel 35 be solved so that the air intake duct 33 with the sealant outlet channel 35 is continuously connected, so that the compressed air generated by an air compressor through the air inlet duct 33 in the container 2 can flow in and out of the container 2 absorbed chemical sealants 26 through the sealant outlet channel 35 can run out.

To the advantageous construction of a sealant applicator 1 to better illustrate the tire repair of the present invention is disclosed 1 . 2 and 5 referenced, wherein the sealant applicator 1 a container 2 and a lid 3 having. The container 2 is hollow body with a receiving space 23 educated. At one end of this tank 2 is an opening 21 provided and at the other end of this container 2 is a container bottom 25 educated. Besides, the opening is 21 this container 2 with an external thread 22 provided, which is below the receiving space 23 located container bottom 25 a recess 24 and wherein the receiving space 23 of the container 2 with a chemical sealant 26 is filled for tire repair.

The lid 3 is with the opening 21 of the container 2 screwed, with its inner top also has an annular groove 30 recessed, which is used to a sealing ring 6 take. After connecting the lid 3 with the container 2 can the sealing ring 6 the opening 21 of the container 2 seal securely. In addition, on the outer circumference of the lid 3 a arranged in extension support body 301 formed, wherein at its distal end a hook 302 is trained. Furthermore, an upper shaft tube 31 and a lower shaft tube 36 each in extension above and below the lid 3 arranged at the end of the opening of the upper shaft tube 31 two opposite side plates 310 with oppositely arranged shaft holes 311 are formed while between the two side plates 310 two opposite recesses 312 are formed, each having an open top and a closed bottom, wherein one of the side plates 310 in the direction of the depression 312 with an outwardly extending extension plate 313 is formed, wherein on the extension plate 313 a barb 314 with an inclined surface 315 is formed, wherein the upper shaft tube 31 an inner river channel 316 and the lower shaft tube 36 an inner river channel 361 owns, and whereby the inner river channel 316 of the upper shaft tube 31 also with the inner river channel 361 of the lower shaft tube 36 continuous communication. Furthermore, the upper shaft tube 31 an intake manifold 32 and a sealant outlet manifold 34 on, with the intake manifold 32 with an air inlet duct 33 is provided by a through hole 39 with the recording room 23 of the container 2 is connected throughout. There is also a circular hump 38 with a through hole 39 continuous in the lid 3 arranged as a projection. Furthermore, the sealant outlet manifold 34 a sealant outlet channel 35 up, with the inner river channel 316 of the upper shaft tube 31 is connected throughout. Further, the inner diameter of the inner flow channel 316 of the upper shaft tube 31 larger than the inner diameter of the inner flow channel 361 of the lower shaft tube 36 , wherein a stepped portion 37 at the lower shaft tube 36 is trained.

The feather 8th is through the opening of the upper shaft tube 31 insertable and is from the step-shaped section 37 of the inner river channel 361 of the lower shaft tube 36 held.

The long cylinder 7 has no cylindrical cross-section and has a head end 72 with a larger outside diameter, which has an annular groove 73 for mounting an O-ring 74 has. Besides, the long cylinder is 7 with a plurality of internal grooves 71 Mistake. Furthermore, the long cylinder 7 through the opening of the upper shaft tube 31 pluggable, so the headboard 72 of the long cylinder 7 at the top of the spring 8th is supported, with the long cylinder 7 while completely in the inner flow channels 316 . 361 of the upper shaft tube 31 and the lower shaft tube 36 is included.

The valve seat 5 has an inner circulation chamber 54 with one end having an opening 50 has and at the other end a plurality of elongated and spaced-apart end plates 51 are formed, wherein between each two end plates 51 a notch 52 is trained. There is also a stopper 53 at the of the plurality of extended and spaced apart end plates 51 edged inner circumference formed. Furthermore, a vertical plate 55 on the outer periphery of the opening 50 of the valve seat 5 arranged extending upward, being at the end of the vertical plate 55 a socket 56 with a recess 57 is formed, wherein a pivot 58 from the recess 57 the socket 56 is arranged extending. Furthermore, the opening 50 of the valve seat 5 from bottom to top on the lower shaft tube 36 of the lid 3 be mounted, with the recess 57 exactly with the hump 38 of the lid 3 is engaged, whereby said through hole 39 through the pivot 58 the socket 56 can be sealed.

Furthermore, the operating element 4 at one end an eccentric cam 41 on, being on the two sides of this eccentric cam 41 two axle shafts 42 are formed, wherein at the other end of the operating element 4 an operating handle 43 is trained. In addition, the operating element 4 by means of an axle shaft 42 with a shaft hole 311 articulated connected to a side plate 310 formed as described above on the upper shaft tube 31 is appropriate. Furthermore, the eccentric cam 41 of the operating element 4 at the end of the opening of the upper shaft tube 31 can be arranged and is from the headboard 72 the previously described long cylinder 7 supported. Further, the operating handle 43 around the axle shaft 42 pivotable. In addition, the user can use the two on the side plates 310 of the upper shaft tube 31 opposite arranged depressions 312 the operating element 4 advantageous to actuate a rotation of the operating element 4 to allow 180 degrees.

After the spring 8th , the long cylinder 7 , the valve seat 5 and the control 4 on the lid 3 are mounted and the lid 3 with the said container 2 connected, the lower shaft tube 36 of the lid 3 , a part of the long cylinder 7 and the valve seat 5 advantageous in the receiving space 23 of the container 2 be included as in 2 and 5 is shown.

In the initial state of the sealant applicator 1 , or in the unused condition, as in the 5 is shown, is the socket 56 of the valve seat 5 in the through hole 39 said lid 3 locked, with the stopper 53 from the long cylinder 7 is supported while at the same time with the lower shaft tube 36 is connected, so that a continuous arrangement between the through hole 39 , the inner flow channels 316 . 361 of the upper shaft tube 31 and the lower shaft tube 36 of the lid 3 and the recording room 23 of the container 2 is prevented.

In addition, the operating handle 43 of the operating element 4 in front of the front of the intake manifold 32 of the lid 3 arranged and will be hooked 302 of the support body 301 so that the user is alerted to the valve seat 5 the sealant applicator 1 is available in a non-use state and in standby. When using the sealant applicator 1 for tire repair, first a hose for the sealant line (not shown in the drawing) with the Dichtmittelauslaufkrümmer 34 and connected to the air valve of a damaged tire. Subsequently, a suction hose (not shown in the drawing) with an air compressor and with the intake manifold 32 connected before the control 4 is pressed to the valve seat 5 to move and open so that the sealant applicator 1 is usable. When the operating handle 43 of the operating element 4 in front of the front of the intake manifold 32 of the lid 3 the user is made aware that the sealant applicator 1 is available in non-use and standby. In use, the user can use the operating element 4 Press to contact between the eccentric cam 41 and the headboard 72 of the long cylinder 7 in the state of touch from the end with a short length 44 to the end with a long length 45 to switch, as in 6 is shown. At the same time, this is the operating element 4 along the inclined surface 315 of the barb 314 slidable until it barbs off 314 the extension plate 313 is held to the operating handle 43 to attach, with the spring 8th it is compressed to a movement of the long cylinder 7 mitzusteuern down, the spring by a force of the long cylinder 7 from one below the long cylinder 7 trained stopper 53 is supported, so the whole valve seat 5 is moved down, causing the receptacle 56 of the valve seat 5 and the through hole 39 of the lid 3 , as well as the stopper 53 of the valve seat 5 and the lower shaft tube 36 are each separable from each other, so that the through hole 39 and the upper shaft tube 31 of the lid 3 , as well as the inner river channels 316 . 361 of the upper shaft tube 31 and the lower shaft tube 36 with the recording room 23 of the container 2 are connectable throughout so that the compressed air directly through the air inlet duct 33 the intake manifold 32 and through the through hole 39 can escape and also down against the surface of the chemical sealant 26 can press for the chemical sealant 26 through which are between the end plates 51 of the valve seat 5 located notches 52 (see also 3 ) over the inner river channel 361 of the lower shaft tube 36 into the inner groove 71 of the long cylinder 7 can escape (see also 4 ). In addition, the actuating element 4 the long cylinder 7 at the same time move, whereby by the force of a spring from below the long cylinder 7 located plug 53 is supported. In other words, the whole valve seat 5 while moving down, causing the socket 56 of the valve seat 5 from the through hole 39 of the lid 3 is separable and thereby the stopper 53 of the valve seat 5 from the lower shaft tube 36 is separable, with the through hole 39 and the inner flow channels 316 . 361 of the upper shaft tube 31 and the lower shaft tube 36 of the lid 3 with the recording room 23 of the container 2 are continuously connectable, so that the compressed air through the air inlet duct 33 the intake manifold 32 and through the through hole 39 can escape and also flows down and against the surface of the chemical sealant 26 can push, causing the chemical sealant 26 through which are between the end plates 51 of the valve seat 5 located notch 52 (as well as in 3 it can be seen) in the inner flow channel 361 of the lower shaft tube 36 , through the inner groove 710 of the flange 71 of the long cylinder 7 (as well as in 4 it can be seen) through the inner flow channel 316 of the upper shaft tube 31 , through the sealant outlet channel 35 of the sealant outlet manifold 34 and through a hose connected thereto to the tire valve of a damaged tire can flow. It is also advantageous that the residues of the chemical sealant 26 after the tire repair back into the container bottom 25 of the container 2 located recess 24 can return, eliminating the remains of the chemical sealant 26 again through the itself between the face plates 51 of the valve seat 5 located notch 52 in the inner river channel 361 of the lower shaft tube 36 , into the sealant outlet channel 35 of the sealant outlet manifold 34 and can flow into the associated hose and up to the tire valve of a damaged tire, so that no remains of the chemical sealant 26 at the bottom of the container 25 of the container 2 remain, thereby ensuring a safe and effective tire repair and sufficient tire inflation can be achieved.

As will be understood from the foregoing description, the container is 2 the sealant applicator 1 the present invention with a lid 3 connectable, having two manifolds, wherein one of the manifold serves to supply the compressed air generated by an air compressor, and wherein the other manifold serves to that in the sealant applicator 1 filled liquid chemical sealant 26 supply. When turning an actuator 4 is a valve seat 5 , the one through hole 39 seals, by one in the above-mentioned cover 3 arranged long cylinder 7 slidable, so that the compressed air directly through the through hole 39 can escape, the compressed air continues to flow down and against the surface of the chemical sealant 26 can press, so the chemical sealant 26 through the inner river channel 361 a lower shaft tube 36 through a sealant outlet manifold 34 and can be introduced into a damaged tire through a hose connected thereto and via a tire valve to ensure safe and effective tire repair and to achieve adequate tire inflation.

In summary, a structure of a sealant applicator is disclosed, in particular the construction of a sealant applicator 1 for tire repair used with an air compressor with a container 2 that with a chemical sealant 26 is filled, a lid 3 that with an opening 21 of the container 2 is connected, a valve seat 5 that has an air intake duct 33 and a sealant outlet channel 35 can close, and an actuator 4 that on the lid 3 is rotatably disposed, wherein the closure state between the valve seat 5 and the air intake duct 33 and between the valve seat 5 and the sealant outlet channel 35 by turning the actuator 4 can be lifted so that the air intake duct 33 with the sealant outlet channel 35 is continuously connectable, so that the compressed air generated by an air compressor through the air inlet duct 33 in the container 2 can be initiated and that in the container 2 absorbed liquid chemical sealants ( 26 ) through the sealant outlet channel ( 35 ) can be discharged.

Claims (1)

Construction of a sealant applicator ( 1 ) for tire repair, comprising: a container ( 2 ), the hollow body-shaped with a receiving space ( 23 ) is formed, wherein at one end an opening ( 21 ) is formed and at the other end a container bottom ( 25 ) is formed, wherein the receiving space ( 23 ) with a chemical sealant ( 26 ) is filled, wherein at the opening ( 21 ) an external thread ( 22 ) is formed, and wherein the below the receiving space ( 23 ) container bottom ( 25 ) a recess ( 24 ), a lid ( 3 ), on the upper side and on the underside of which in each case an elongated upper tube ( 31 ) and an extension tube ( 36 ) are arranged continuously, wherein at the end of the opening of the upper shaft tube ( 31 ) two oppositely disposed side plates ( 310 ) with oppositely arranged shaft holes ( 311 ) are formed while between the two side plates ( 310 ) two oppositely disposed depressions ( 312 ) are formed, each having an open top and a closed bottom, wherein on one of the side plates ( 310 ) in the direction of the depression ( 312 ) an outwardly extending extension plate ( 313 ) is arranged, wherein on the extension plate ( 313 ) a barb ( 314 ) is formed with an inclined surface, wherein the upper shaft tube ( 31 ) an inner flow channel ( 316 ) and the lower shaft tube has an inner flow channel ( 361 ), wherein the upper shaft tube ( 31 ) an intake manifold ( 32 ) and a sealant outlet manifold ( 34 ), wherein the intake manifold ( 32 ) serves to receive the compressed air generated by an air compressor, while the sealant outlet manifold ( 34 ) serves to deliver the chemical sealant from the container to the tire, the lid ( 3 ) with the opening of the container ( 2 ) is screwed, wherein at its inner top an annular groove ( 30 ) for receiving a sealing ring ( 6 ) is arranged as a recess, wherein the upper shaft tube ( 31 ) an intake manifold ( 32 ) and a sealant outlet manifold ( 34 ), wherein the intake manifold ( 32 ) with an air inlet duct ( 33 ) through a through-hole ( 39 ) with the receiving space ( 23 ) of the container ( 2 ) is continuously connected, wherein a circular hump ( 38 ) with a through hole ( 39 ) running in the lid ( 3 ) is arranged above, wherein the sealant outlet manifold ( 34 ) a sealant outlet channel ( 35 ) connected to the inner flow channel ( 316 ) of the upper shaft tube ( 31 ), wherein the hole diameter of the inner flow channel ( 316 ) of the upper shaft tube ( 31 ) greater than the hole diameter of the inner flow channel ( 361 ) of the lower shaft tube ( 36 ), and wherein a step-shaped section ( 37 ) on the lower shaft tube ( 36 ), a spring ( 8th ), through the opening of the upper shaft tube ( 31 ) is inserted and the stepped portion ( 37 ) of the inner flow channel ( 361 ) of the lower shaft tube ( 36 ), a long cylinder ( 7 ) with a non-cylindrical cross section passing through the opening of the upper shaft tube ( 31 ) of the lid ( 3 ) in the inner flow channels ( 316 . 361 ) is receivable, wherein the long cylinder ( 7 ) a headboard ( 72 ) having a larger outer diameter having an annular groove ( 73 ) for mounting an O-ring ( 74 ), the long cylinder ( 7 ) having a plurality of inner grooves ( 71 ), the head end ( 72 ) of the long cylinder ( 7 ) from the top of the spring ( 8th ) and the long cylinder ( 7 ) in the inner flow channels ( 316 . 361 ) is receivable, a valve seat ( 5 ), which in the initial state of filling of chemical sealants ( 26 ) in the container ( 2 ) of the sealant applicator ( 1 ) the air inlet duct ( 33 ) and the sealant outlet channel ( 35 ) for respectively blocking the compressed air and the exit of the chemical sealant ( 26 ), wherein the valve seat ( 5 ) an inner circulation chamber ( 54 ) has at one end an opening ( 50 ) is formed and at the other end a plurality of in extension and spaced apart end plates ( 51 ) are formed, wherein between two end plates in each case a notch ( 52 ) is formed, wherein a plug ( 53 ) at the end plates (12) spaced apart by extension and spaced apart from each other ( 51 ) is formed surrounded by a peripheral edge, wherein a vertical plate ( 55 ) on the outer periphery of the opening ( 50 ) of the valve seat ( 5 ) is arranged extending upward, wherein at the end of the vertical plate ( 55 ) a socket ( 56 ) with a recess ( 57 ) is formed, wherein a pivot ( 58 ) from the recess ( 57 ) of the socket ( 56 ) is formed extending, wherein the opening ( 50 ) of the valve seat ( 5 ) from bottom to top on the lower shaft tube ( 36 ) of the lid ( 3 ) is mountable, and wherein the recess ( 57 ) exactly with the hump ( 38 ) of the lid ( 3 ) is engaged, so that the through hole ( 39 ) through the pivot ( 58 ) of the socket ( 56 ) and a control element ( 4 ), one end of which has an eccentric cam ( 41 ), wherein on the two sides of this eccentric cam ( 41 ) two axle shafts ( 42 ) are formed, wherein at the other end of the operating element ( 4 ) an operating handle ( 43 ) is formed, wherein the operating element ( 4 ) by means of an axle shaft ( 42 ) with a shaft hole ( 311 ) is hingedly connected to one of the upper shaft tube ( 31 ) mounted side plate ( 310 ), wherein the eccentric cam ( 41 ) of the operating element ( 4 ) at the end of the opening of the upper shaft tube ( 3 ) and from the head end ( 72 ) of the long cylinder ( 7 ) is supported, wherein the operating handle ( 43 ) around the axle shaft ( 42 ) is pivotable, wherein the user with the help of the two on the side plates ( 310 ) of the upper shaft tube ( 31 ) opposite arranged recesses ( 312 ) the control element ( 4 ) can actuate advantageous to a rotation of the operating element ( 4 180 degrees in order to control the closure state of the air inlet channel ( 33 ) and the closure state of the sealant outlet channel ( 35 ) by a displacement of the valve seat ( 5 ), so that the air intake duct ( 33 ) with the sealant outlet channel ( 35 ) is continuously connectable, so that the compressed air generated by the compressor through the air inlet duct ( 33 ) in the container ( 2 ) and the chemical sealant ( 26 ) through the sealant outlet channel ( 35 ) can be discharged.

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