CN201371473Y

CN201371473Y - Tire circle cutting machine structure

Info

Publication number: CN201371473Y
Application number: CN200920067523U
Authority: CN
Inventors: 张宏安
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-02-06
Filing date: 2009-02-06
Publication date: 2009-12-30
Anticipated expiration: 2019-02-06

Abstract

The utility model relates to a tire circle cutting machine structure, the two sides of a body are respectively provided with a first base moving left and right and a second base which can not be displaced, and the middle between the two sides of the body is provided with a carrying device that can be lifted up and down; the top surfaces of the first base and the second base are respectively provided with a transmission case and a tool control device provided with a cutter slot seat and a cutter component, wherein the cutter slot seat can move back and forth, and the cutter component can move left and right; the transmission case is internally provided with a shaft lever moving left and right in a spanning way, and the shaft lever is externally sheathed with a rotary pipe controlled by a motor; one end of the shaft lever is pivoted and combined with a plurality of linking arms that generate linkage together with a regulating base provided with a supporting piece; one end of the rotary pipe is fixedly provided with a rotary disc which is provided with a spacing hole and a movable groove in the center, and the shaft lever passes through the rotary disc to lead the linking arms to be exactly contained and limited inside the movable groove; a plurality of guide slots provided with guide holes are arranged along the outer ring surface of the movable groove in a concave way, and the guide holes are matched with the linking arms and the regulating base to form the circle cutting machine which can make optimal regulation and location according to the sizes of the tires and have inner circle trimming operation.

Description

Tire cuts circle machine structure

Technical field

The utility model relates to a kind of tire and cuts circle machine structure, it is respectively to be provided with one in the both sides of a body movably but first pedestal and immovable second pedestal match with the bogey of an oscilaltion, the Tool Control device of one tool knife assembly and a rotating disk are respectively arranged on first and second pedestal and adjust the transmission case of seat, this knife assembly and to adjust seat be can adjust according to the size of the position of tire desire cutting and tire inner ring respectively to form to do best adjustment location and to cut the cutting machine of moulding automatically according to each size of tire.

Background technology

Press, vehicle popularizes at present, make the size of tire also along with the wheel rim variation, so that the inner ring of tire must be done different processing according to the selected wheel rim size of car owner of each vehicle, and then need to make the tire-mold of multiple size, in case when the tire of moulding and wheel rim are not inconsistent, also must tire be fixed the operation of row cutting again in artificial mode, make and comparatively require great effort consuming time on its cutting operation and be not inconsistent economic benefit, and then reduce the market competitiveness.

The inventor is because above-mentioned common shortcoming, is think and the idea of creation, satisfies with for many years experience and designed, and through inquiring into and study sampling test in many ways, and repeatedly revise and improve, be to release the utility model.

Summary of the invention

The purpose of this utility model is to provide a kind of tire to cut circle machine structure, makes not to be subjected to the restriction of size and can to reach omnibearing location more flexibly on the cutting operation of tire inner ring, increasing convenience and the efficiency on using, and then promotes the market competitiveness.

For reaching above-mentioned purpose, a kind of tire of the utility model cuts circle machine structure, it is respectively to be provided with one in the both sides of a body movably but first pedestal and immovable second pedestal match with the bogey of an oscilaltion, the Tool Control device of one tool knife assembly and the transmission case of a rotating disk and adjustment seat are respectively arranged on first and second pedestal, and this knife assembly and adjustment seat are can adjust and locate according to the position of tire desire cutting and the size of tire inner ring respectively.

The beneficial effects of the utility model are: by above-mentioned design, make this cutting machine do best adjustment location and to reach to use to go up full automatic convenience and efficiency according to each size of tire, and then promote the market competitiveness.

Other characteristics of the present utility model can further be understood in cooperating following accompanying drawing.

Description of drawings

Fig. 1 is a stereogram one of the present utility model.

Fig. 2 is a stereogram two of the present utility model.

Fig. 3 is a plane of the present utility model.

Fig. 4 is a Tool Control device action schematic diagram of the present utility model.

Fig. 5 is hidden in cutter groove seat schematic internal view for the knife assembly of Fig. 4.

Fig. 6 is a local amplification profile one of the present utility model.

Fig. 7 is rotating disk of the present utility model and the amplification three-dimensional exploded view of adjusting seat.

Fig. 7 a is the combination view one of Fig. 7.

Fig. 7 b is the combination view two of Fig. 7.

Fig. 7 c is the combination view three of Fig. 7.

Fig. 8 is the local amplification profile of Fig. 6.

Fig. 9 is that bogey of the present utility model rises and the first pedestal displacement action figure.

Figure 10 is the action diagram one that axostylus axostyle displacement of the present utility model drives trace and adjustment seat.

Figure 11 is the action diagram two that axostylus axostyle displacement of the present utility model drives trace and adjustment seat.

Figure 12 is a knife assembly displacement cutting tire schematic diagram of the present utility model.

The specific embodiment

Remainder cooperates graphic now, describes most preferred embodiment of the present utility model in detail as back:

Be to be stereogram of the present utility model as shown in Figure 1, it is that two sides in a body 10 respectively are provided with first pedestal 11 and second pedestal 12, middle place establishes one and can go up, the bogey 13 of following lifting just is positioned at the inboard of second pedestal 12, as shown in Figure 2, and establish a propulsion plant 14 to drive 11 left and right sides straight-line displacements of first pedestal, this propulsion plant 14, as shown in Figure 3, be the inside that the bottom surface of being located at first pedestal 11 just is hidden in body 10, in first, two

pedestals

11,12 end face respectively is provided with a Tool Control device 15 and a transmission case 16, wherein the Tool Control device 15, as Fig. 4, be to establish one to be adjusted the cutter groove seat 152 that button 151 is controlled, this adjustment button 151 is can be made as manually or automatically with before driving cutter groove seat 152, back straight-line displacement, and be provided with first retractor device 153 in cutter groove seat 152 inside can a left side to control a knife assembly 154, right straight-line displacement protrudes in the outside or is hidden in inside, as shown in Figure 5, set up an axostylus axostyle 161 in the inside of transmission case 16, as shown in Figure 6, these axostylus axostyle 161 two ends are stretched on two outsides of transmission case 16, end in axostylus axostyle 161 combines with second retractor device 162, establish a ㄈ shape support 163 in transmission case 16 rear side groups and set up the location for second retractor device 162, the block 1612 that the other end of axostylus axostyle 161 is convexly equipped with the some fulcrums 1611 of the tool pivot knot that matches with some coupled arms 164, be subjected to the control of a motor 166 in axostylus axostyle 161 outside sheathed coils 165, one end of coil 165 sets firmly the rotating disk 17 of a center tool spacing hole 171, as shown in Figures 7 and 8, being arranged with a loose slot that communicates with spacing hole 171 172 in rotating disk 17 1 sides wears for axostylus axostyles 161 and makes block 1612 and coupled arm 164 proper tolerance limits in loose slot 172, be arranged with the setting that matches with coupled arm 164 of some guide grooves 173 along the outer ring surface of loose slot 172, in guide groove 173, establish one and be through to the beloid guide hole 174 in rotating disk 17 bottoms just for coupled arm 164 tolerance limits, and establish one be fan shape and surface along its radian at interval the adjustment piece 18 of the some support sheets 185 of circular row match with the slide block 181 of a proper tolerance limit in guide groove 173 to lock and establish, outboard end in support sheet 185 convexes with a stop block 1851, and be provided with the assembly hole 1811 of some tool internal threads in the relative position of adjusting piece 18 and slide block 181,1811 ', the assembly hole 1811 of adjusting piece 18 can be established with assembly hole 1811 ' the relative lock of slide block 181 inboards, shown in Fig. 7 a, or with slide block 181 in the middle of assembly hole 1811 ' the relative locks at place establish, shown in Fig. 7 b, or establish with the lock that the relative lock of assembly hole 1811 ' in slide block 181 outsides such as establishes at diverse location, shown in Fig. 7 c, make this adjustment piece 18 be able to be the adjustment of multisection type with the needs on using, and the slide 183 of establishing a tool guide block 182 match with slide block 181 lock establish, make guide block 182 proper hub settings in guide hole 174, and slide 183 and slide block 181 promptly paste the both sides that are butted on rotating disk 17 respectively, the lug 184 that convexes with tool pivot hole 1841 in a side of slide block 181 just with the mutual pivot knot of the opposite sides of coupled arm 164 formation one continuous action relation, propulsion plant 14, first retractor device 153 and second retractor device 162 are to be made as pneumatic cylinder, oil hydraulic cylinder or screw device.

When its desire is used, be earlier tire to be placed bogey 13, and rise to relative with rotating disk 17, as Fig. 9, restart the inner ring that support sheet 185 that propulsion plant 14 makes first pedestal 11 be moved to both sides rotating disk 17 toward second pedestal 12 is positioned at tire two sides, starting second retractor device 162 subsequently makes rotating shaft 161 conrotatory pipes 165 in the transmission case 16 toward rotating disk 17 displacements, as Figure 10 and shown in Figure 11, at this moment, utilize coupled arm 164 to hold and be stuck in the

guide hole

174 and 18 designs that pin down mutually of adjustment seat, the slide block 181 of seat 18 is adjusted in order, guide block 182 and slide 183 are subjected to the passing of coupled arm 164 synchronously and move to support sheet 185 respectively with the inner ring of tire support exhibition location and fastened by colluding of stop block 1851 outside guide groove 173 and guide hole 174, as Figure 12, make tire be reached omnibearing location purpose, subsequently, after the adjustment button 151 of adjustment Tool Control device 15 makes cutter groove seat 152 move to the size positions of tire desire cutting, starting first retractor device 153 makes knife assembly 154 projections and goes out and just puncture to drive coils 165 and rotating disk 17 run-in synchronisms and drive in the size positions of tire desire cutting and starter 166 and adjust seat 18, axostylus axostyle 161 is affected by coupled arm 164 and turn round in coil 165 inter-syncs, at this moment, the tire inner ring that is fixed in adjustment seat 18 promptly can be cut by revolving of knife assembly 154 down with the rotation of rotating disk 17 and finish the size that institute's desire is cut, by this, make this cutting machine do best adjustment location and to reach to use to go up full automatic convenience and efficiency, and then promote the market competitiveness according to each size of tire.

In sum, the utility model has reached really in breakthrough structure, and has improved author content, can reach usability and progressive on the industry simultaneously again.

Only the above only be a possible embodiments of the present utility model, when can not with the scope of qualification the utility model enforcement; Promptly the equalization of being done according to the utility model claim generally changes and modifies, and all should still belong in the scope that the utility model patent contains.

Claims

1, a kind of tire cuts circle machine structure, and it is that two sides in a body respectively are provided with first pedestal and second pedestal; It is characterized in that: middle place establishes one and can go up, the bogey of following lifting, and establish a propulsion plant to drive the first pedestal left and right sides straight-line displacement, in first, the end face of two pedestals respectively is provided with a Tool Control device and a transmission case, wherein the Tool Control device be establish one can before and after the cutter groove seat of straight-line displacement, establishing one in cutter groove seat inside can be left, right straight-line displacement protrudes in the outside or is hidden in inner knife assembly, but set up the axostylus axostyle of a left and right sides straight-line displacement in transmission case inside, tie some coupled arms in axostylus axostyle one end pivot, and the outside sheathed coil of axostylus axostyle is subjected to the control of a motor, one end of coil sets firmly the rotating disk of a center tool spacing hole, be arranged with a loose slot that communicates with spacing hole in rotating disk one side and wear the proper tolerance limit of the coupled arm of sening as an envoy in loose slot for axostylus axostyle, each is established for the adjustment seat tolerance limit group of a tool slide block and forms a continuous action relation with the mutual pivot knot of the opposite side of coupled arm to be arranged with some guide grooves along the outer ring surface of loose slot, this adjustment seat is along the some support sheets of its radian interval circular row, convexes with a stop block in the outboard end that supports sheet.

2, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: wherein bogey is the inboard that is positioned at second pedestal.

3, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: wherein propulsion plant is the inside that the bottom surface of being located at first pedestal just is hidden in body.

4, tire as claimed in claim 2 cuts circle machine structure, it is characterized in that: wherein propulsion plant is that can be made as pneumatic cylinder, oil hydraulic cylinder or screw device wherein a kind of.

5, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: wherein the Tool Control device is can establish one to adjust the forward and backward straight-line displacement of button with the cutter groove seat of control.

6, tire as claimed in claim 5 cuts circle machine structure, it is characterized in that: wherein adjust button and be and can be made as manually or wherein a kind of automatically.

7, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: wherein the Tool Control device is to establish the left and right straight-line displacement of a retractor device with the control knife assembly.

8, tire as claimed in claim 7 cuts circle machine structure, it is characterized in that: wherein retractor device is can be made as pneumatic cylinder or oil hydraulic cylinder is wherein a kind of.

9, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: wherein an end of axostylus axostyle can combine with a retractor device, establishes a ㄈ shape support in transmission case rear side group and sets up the location for retractor device.

10, tire as claimed in claim 9 cuts circle machine structure, it is characterized in that: wherein retractor device is that can be made as pneumatic cylinder, oil hydraulic cylinder or screw device wherein a kind of.

11, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: the axostylus axostyle one end block that is convexly equipped with the some fulcrums of the tool pivot knot that matches with coupled arm wherein.

12, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: its turntable is established a guide hole that is through to the rotating disk bottom and is just supplied the coupled arm tolerance limit in guide groove, and the slide of establishing a tool guide block match with slide block the lock establish, the guide block hub setting is in guide hole, and slide and slide block promptly paste the both sides that are butted on rotating disk respectively.

13, tire as claimed in claim 12 cuts circle machine structure, it is characterized in that: the guide hole of its turntable is to establish to be beloid.

14, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: the relative position of wherein adjusting piece and slide block is provided with the assembly hole of some tool internal threads, the assembly hole of adjusting piece can be established along the lock that the assembly hole of slide block is made diverse location, and then be able to be the assembling of multisection type with the needs on using.

15, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: wherein a side of slide block is provided with the lug and the mutual pivot knot of coupled arm in tool pivot hole.

16, tire as claimed in claim 1 cuts circle machine structure, it is characterized in that: wherein adjusting seat is to establish to be fan shape.