CN205495759U - Crusher - Google Patents
Crusher Download PDFInfo
- Publication number
- CN205495759U CN205495759U CN201620199344.4U CN201620199344U CN205495759U CN 205495759 U CN205495759 U CN 205495759U CN 201620199344 U CN201620199344 U CN 201620199344U CN 205495759 U CN205495759 U CN 205495759U
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- China
- Prior art keywords
- steel structure
- angle bar
- bar shape
- long angle
- shape steel
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model discloses a crusher, including chassis, on -edge frame, armrest part, power structure, power aggregate unit, hammer block, the on -edge frame is the on -edge form and connects the front end of chassis, armrest part connects the tail end of chassis, the power structure is located just be located on the chassis the middle part of chassis, power aggregate unit is including being located first linkage in the middle of the on -edge frame is made up and is lain in the second linkage combination of chassis top. The utility model discloses brief generous, lightly nimble, range of application is wide. The utility model discloses lightly nimble, relatively removal, easy dismounting, easily transportation, coordinated control, festival energy saving volume.
Description
Technical field
This utility model relates to a kind of disintegrating machine.
Background technology
In taking off house or other constructions, we often use crushing mechanism and crush mixed earth, but crushing mechanism to be used power bigger, generally require machine stability to be had itself, namely there are relative weight, so machinery limited, mobile the most nimble in active procedure.The big energy needed for bulky machinery is big, it is also desirable to more energy supply.The most mechanical framework own is big, is unfavorable for producing, carrying and transport.
Summary of the invention
The purpose of this utility model is for drawbacks described above, it is provided that a kind of disintegrating machine.
This utility model solves its technical problem and be the technical scheme is that
A kind of disintegrating machine, including underframe, side stand, armrest part, dynamic structure, kinematic linkages, hammer body, described side stand is the front end that edge-on shape is connected to described underframe, described armrest part is connected to the tail end of described underframe, described dynamic structure is positioned on described underframe and is positioned at the middle part of described underframe, and described kinematic linkages includes the first linkage combination being positioned in the middle of described side stand and the second linkage combination being positioned at above described underframe；Described side stand includes being positioned at having the first U-shaped steel structure of U-type groove, the second U-shaped steel structure, being positioned at the first long angle bar shape steel structure of side stand front end, the second long angle bar shape steel structure of side stand front end；Described first U-shaped steel structure, the notch arranged relative of the second U-shaped steel structure, described first long angle bar shape steel structure or the second long angle bar shape steel structure are linked together by two pieces of strip steel plates, and form right angle angle between two pieces of strip steel plates；Crowding around into a pillory cage between described the first U-shaped steel structure, the second U-shaped steel structure, the first long angle bar shape steel structure, the second long angle bar shape steel structure, connecting between described the first long angle bar shape steel structure, the second long angle bar shape steel structure has some reinforcement arm；All being linked together by connecting shaft between the first described U-shaped steel structure and the first long angle bar shape steel structure and between the second described U-shaped steel structure and the second long angle bar shape steel structure, described connecting shaft is parallel arrangement；Described hammer body has extension arm and is positioned at the elongation end of extension arm tail end, and described hammer body realizes the connection of described hammer body and described side stand in being slidably connected at described U-type groove by described elongation end；Described first linkage combination includes that the first gear, the first chain, the second gear, the first axle body and the second axle body, described second linkage combination include the second gear, the second chain, the 3rd gear, the second axle body and the 4th gear；Described the first axle body is interspersed in the center of described first gear, and described the second axle body is interspersed in the center of described second gear, described the first axle body and the vertical parallel arrangement of the second axle body, and described first chain is connected on described first gear and the second gear；Described the second axle body is also interspersed in the center of described 3rd gear, and described second chain is connected on described 3rd gear and the 4th gear；The top of described hammer body is provided with an angle bar protruding from its top side, being welded with a hanging ring structure on the outside of described first chain, the top of described hanging ring structure realizes described first chain with the mounting of the bottom side of described angle bar and at the volley described hammer body is mentioned；Extending a power output shaft body on described dynamic structure, described 4th gear is connected to the tail end of described power output shaft body.
Described the first axle body is fixed on first group of shaft coupling piece, described first group of shaft coupling piece includes the first shaft member and the second shaft member, described first shaft member is identical with the second shaft member structure, on described first shaft member the first link between the long angle bar shape steel structure of the first described U-shaped steel structure and first, on described second shaft member the second link between the long angle bar shape steel structure of the second described U-shaped steel structure and second, described second link is identical, the most identical with described first link structure and arranged relative.
Described first shaft member includes axle sleeve, the bearing being positioned at axle sleeve, is positioned at the adjutage at axle sleeve two ends, is all provided with porose position at the two ends of adjutage；Described first link includes being connected to the upper connecting shaft between the first U-shaped steel structure and the first long angle bar shape steel structure, lower connecting shaft and the vertical middle connecting shaft arranged being connected between connecting shaft and lower connecting shaft, described middle connecting shaft is provided with position, two strip holes, the position, two strip holes of Kong Weiyu at described adjutage two ends to good, and by a bolt structure through position, hole and position, strip hole, then the connection realized between described first shaft member and described side stand of being kinked by nut；It is also associated with in described lower connecting shaft for withstanding described adjutage and adjusting the screw connection of adjutage height.
Described the second axle body is fixed on second group of shaft coupling piece, described second group of shaft coupling piece includes the 3rd shaft member and the 4th shaft member, described 3rd shaft member is identical with the 4th shaft member structure, on described 3rd shaft member the 3rd link between the long angle bar shape steel structure of the first described U-shaped steel structure and first, on described 4th shaft member the 4th link between the long angle bar shape steel structure of the second described U-shaped steel structure and second, described 3rd link is identical, the most identical with described 4th link structure and arranged relative.
Described 3rd shaft member includes axle sleeve, the bearing being positioned at axle sleeve, is positioned at the adjutage at axle sleeve two ends, is all provided with porose position at the two ends of adjutage；Described 3rd link includes the one article of lateral connection axle being connected between the first U-shaped steel structure and the first long angle bar shape steel structure, described lateral connection axle is provided with position, two holes, the position, two holes on lateral connection axle described in the Kong Weiyu at described adjutage two ends to good, and by a bolt structure through position, hole and position, strip hole, then the connection realized between described 3rd shaft member and described side stand of being kinked by nut.
Being equipped with the transverse axis parallel with described lateral connection axle in the bottom of described 3rd link and the 4th link, described transverse axis is provided with the installation position being connected with described underframe.
Connect between described first long angle bar shape steel structure and the second long angle bar shape steel structure and have the side shaft being generally aligned in the same plane with described transverse axis, the upper surface of described side shaft is welded with pipe body.
Described underframe includes two parallel girders, the first cross bar being arranged on two girders and the second cross bar, is overlapped on some abutment extending on two girder tops；Distance between described two parallel girders matches with the width of described side stand；Also it is welded with the pipe body identical with the pipe body of welding on the upper surface of described side shaft on described first cross bar, and through the pipe body being docking together, described first cross bar and described side shaft is linked together by screw；All it is welded with nut structure in the both sides of described first cross bar, is connected in this nut structure for withstanding described first long angle bar shape steel structure, the second long angle bar shape steel structure for adjusting the long spiro nail of the second chain.
Described armrest part includes one being positioned at the kink handrail at top, being positioned at two parallel posts bottom kink handrail, and the lateral surface at two parallel posts is equipped with connection hanging piece；Connecting two cross-bar body on connection hanging piece, the tail end of cross-bar body is fixed on the both sides of side stand by screw device.
Described the first U-shaped steel structure, the second U-shaped steel structure have identical length with the described first long angle bar shape steel structure, the second long angle bar shape steel structure, and connecting between the outside of two described U-shaped steel structures has a row vertically disposed bending reinforcement arm.
Beneficial effect
This utility model is the most nimble, be partial to movement, easy accessibility, be prone to transport, coordinated signals, saving energy.
Accompanying drawing explanation
Fig. 1 is one of embodiment schematic diagram of the present utility model；
Fig. 2 is the two of embodiment schematic diagram of the present utility model；
Fig. 3 is the three of embodiment schematic diagram of the present utility model；
Fig. 4 is the four of embodiment schematic diagram of the present utility model；
Fig. 5 is the five of embodiment schematic diagram of the present utility model；
Fig. 6 is the six of embodiment schematic diagram of the present utility model；
Fig. 7 is the seven of embodiment schematic diagram of the present utility model；
Fig. 8 is the eight of embodiment schematic diagram of the present utility model.
Detailed description of the invention
Embodiment,
Shown in Fig. 1-8, a kind of disintegrating machine, including underframe 1, side stand 2, armrest part 3, dynamic structure, kinematic linkages, hammer body 4, described side stand is the front end that edge-on shape is connected to described underframe, described armrest part is connected to the tail end of described underframe, described dynamic structure is positioned on described underframe and is positioned at the middle part of described underframe, and described kinematic linkages includes the first linkage combination being positioned in the middle of described side stand and the second linkage combination being positioned at above described underframe；Described side stand includes being positioned at first U-shaped steel structure 5, the second U-shaped steel structure 6 with U-type groove of side stand front end, being positioned at first long angle bar shape steel structure the 7, second long angle bar shape steel structure 8 of side stand front end；Described first U-shaped steel structure, the notch arranged relative of the second U-shaped steel structure, described first long angle bar shape steel structure or the second long angle bar shape steel structure are linked together by two pieces of strip steel plates, and form right angle angle between two pieces of strip steel plates；Crowding around into a pillory cage between described the first U-shaped steel structure, the second U-shaped steel structure, the first long angle bar shape steel structure, the second long angle bar shape steel structure, connecting between described the first long angle bar shape steel structure, the second long angle bar shape steel structure has some reinforcement arm 9；All being linked together by connecting shaft between the first described U-shaped steel structure and the first long angle bar shape steel structure and between the second described U-shaped steel structure and the second long angle bar shape steel structure, described connecting shaft is parallel arrangement；Described hammer body has extension arm 10 and is positioned at the elongation end 11 of extension arm tail end, and described hammer body realizes the connection of described hammer body and described side stand in being slidably connected at described U-type groove by described elongation end；Described first linkage combination includes that first gear the 12, first chain the 13, second gear 14, the first axle body 15 and the second axle body 16, described second linkage combination include the second gear, the second chain the 17, the 3rd gear 18, the second axle body and the 4th gear 19；Described the first axle body is interspersed in the center of described first gear, and described the second axle body is interspersed in the center of described second gear, described the first axle body and the vertical parallel arrangement of the second axle body, and described first chain is connected on described first gear and the second gear；Described the second axle body is also interspersed in the center of described 3rd gear, and described second chain is connected on described 3rd gear and the 4th gear；The top of described hammer body is provided with an angle bar 20 protruding from its top side, being welded with a hanging ring structure 21 on the outside of described first chain, the top of described hanging ring structure realizes described first chain with the mounting of the bottom side of described angle bar and at the volley described hammer body is mentioned；Extending a power output shaft body on described dynamic structure, described 4th gear is connected to the tail end of described power output shaft body.
Described the first axle body is fixed on first group of shaft coupling piece, described first group of shaft coupling piece includes the first shaft member and the second shaft member, described first shaft member is identical with the second shaft member structure, on described first shaft member the first link between the long angle bar shape steel structure of the first described U-shaped steel structure and first, on described second shaft member the second link between the long angle bar shape steel structure of the second described U-shaped steel structure and second, described second link is identical, the most identical with described first link structure and arranged relative.
Described first shaft member includes axle sleeve 22, the bearing 23 being positioned at axle sleeve, is positioned at the adjutage 24 at axle sleeve two ends, is all provided with porose position at the two ends of adjutage；Described first link includes the upper connecting shaft 25 being connected between the first U-shaped steel structure and the first long angle bar shape steel structure, lower connecting shaft 26 and the vertical middle connecting shaft 27 arranged being connected between connecting shaft and lower connecting shaft, described middle connecting shaft is provided with position, two strip holes, the position, two strip holes of Kong Weiyu at described adjutage two ends to good, and by a bolt structure through position, hole and position, strip hole, then the connection realized between described first shaft member and described side stand of being kinked by nut；It is also associated with in described lower connecting shaft for withstanding described adjutage and adjusting the screw connection of adjutage height.
Described the second axle body is fixed on second group of shaft coupling piece, described second group of shaft coupling piece includes the 3rd shaft member and the 4th shaft member, described 3rd shaft member is identical with the 4th shaft member structure, on described 3rd shaft member the 3rd link between the long angle bar shape steel structure of the first described U-shaped steel structure and first, on described 4th shaft member the 4th link between the long angle bar shape steel structure of the second described U-shaped steel structure and second, described 3rd link is identical, the most identical with described 4th link structure and arranged relative.
Described 3rd shaft member includes axle sleeve, the bearing being positioned at axle sleeve, is positioned at the adjutage at axle sleeve two ends, is all provided with porose position at the two ends of adjutage；Described 3rd link includes the one article of lateral connection axle 28 being connected between the first U-shaped steel structure and the first long angle bar shape steel structure, described lateral connection axle is provided with position, two holes, the position, two holes on lateral connection axle described in the Kong Weiyu at described adjutage two ends to good, and by a bolt structure through position, hole and position, strip hole, then the connection realized between described 3rd shaft member and described side stand of being kinked by nut.
Being equipped with the transverse axis 29 parallel with described lateral connection axle in the bottom of described 3rd link and the 4th link, described transverse axis is provided with the installation position being connected with described underframe.
Connect between described first long angle bar shape steel structure and the second long angle bar shape steel structure and have the side shaft 30 being generally aligned in the same plane with described transverse axis, the upper surface of described side shaft is welded with pipe body 31.
The first cross bar 33 and the second cross bar 34 that described underframe includes two parallel girders 32, is arranged on two girders, is overlapped on some abutment extending 35 on two girder tops；Distance between described two parallel girders matches with the width of described side stand；Also it is welded with the pipe body identical with the pipe body of welding on the upper surface of described side shaft on described first cross bar, and through the pipe body being docking together, described first cross bar and described side shaft is linked together by screw；All it is welded with nut structure 36 in the both sides of described first cross bar, is connected in this nut structure for withstanding described first long angle bar shape steel structure, the second long angle bar shape steel structure for adjusting the long spiro nail 37 of the second chain.The outer side edges of described second cross bar is provided with installation position 51.
Described armrest part includes one being positioned at the kink handrail 38 at top, being positioned at two parallel posts 39 bottom kink handrail, and the lateral surface at two parallel posts is equipped with connection hanging piece 40；Connecting two cross-bar body 42 on connection hanging piece, the tail end of cross-bar body is fixed on the both sides of side stand by screw device.
Described the first U-shaped steel structure, the second U-shaped steel structure have identical length with the described first long angle bar shape steel structure, the second long angle bar shape steel structure, and connecting between the outside of two described U-shaped steel structures has a row vertically disposed bending reinforcement arm 41.
With above-mentioned according to desirable embodiment of the present utility model for enlightenment, by above-mentioned description, relevant staff can carry out various change and amendment completely in the range of without departing from this utility model technological thought.The content that the technical scope of this utility model is not limited in description, it is necessary to determine its technical scope according to right.
Claims (10)
1. a disintegrating machine, it is characterized in that, including underframe, side stand, armrest part, dynamic structure, kinematic linkages, hammer body, described side stand is the front end that edge-on shape is connected to described underframe, described armrest part is connected to the tail end of described underframe, described dynamic structure is positioned on described underframe and is positioned at the middle part of described underframe, and described kinematic linkages includes the first linkage combination being positioned in the middle of described side stand and the second linkage combination being positioned at above described underframe；Described side stand includes being positioned at having the first U-shaped steel structure of U-type groove, the second U-shaped steel structure, being positioned at the first long angle bar shape steel structure of side stand front end, the second long angle bar shape steel structure of side stand front end；Described first U-shaped steel structure, the notch arranged relative of the second U-shaped steel structure, described first long angle bar shape steel structure or the second long angle bar shape steel structure are linked together by two pieces of strip steel plates, and form right angle angle between two pieces of strip steel plates；Crowding around into a pillory cage between described the first U-shaped steel structure, the second U-shaped steel structure, the first long angle bar shape steel structure, the second long angle bar shape steel structure, connecting between described the first long angle bar shape steel structure, the second long angle bar shape steel structure has some reinforcement arm；All being linked together by connecting shaft between the first described U-shaped steel structure and the first long angle bar shape steel structure and between the second described U-shaped steel structure and the second long angle bar shape steel structure, described connecting shaft is parallel arrangement；Described hammer body has extension arm and is positioned at the elongation end of extension arm tail end, and described hammer body realizes the connection of described hammer body and described side stand in being slidably connected at described U-type groove by described elongation end；Described first linkage combination includes that the first gear, the first chain, the second gear, the first axle body and the second axle body, described second linkage combination include the second gear, the second chain, the 3rd gear, the second axle body and the 4th gear；Described the first axle body is interspersed in the center of described first gear, and described the second axle body is interspersed in the center of described second gear, described the first axle body and the vertical parallel arrangement of the second axle body, and described first chain is connected on described first gear and the second gear；Described the second axle body is also interspersed in the center of described 3rd gear, and described second chain is connected on described 3rd gear and the 4th gear；The top of described hammer body is provided with an angle bar protruding from its top side, being welded with a hanging ring structure on the outside of described first chain, the top of described hanging ring structure realizes described first chain with the mounting of the bottom side of described angle bar and at the volley described hammer body is mentioned；Extending a power output shaft body on described dynamic structure, described 4th gear is connected to the tail end of described power output shaft body.
A kind of disintegrating machine the most according to claim 1, it is characterized in that, described the first axle body is fixed on first group of shaft coupling piece, described first group of shaft coupling piece includes the first shaft member and the second shaft member, described first shaft member is identical with the second shaft member structure, on described first shaft member the first link between the long angle bar shape steel structure of the first described U-shaped steel structure and first, on described second shaft member the second link between the long angle bar shape steel structure of the second described U-shaped steel structure and second, described second link is identical with described first link structure, the most identical and arranged relative.
A kind of disintegrating machine the most according to claim 2, it is characterised in that described first shaft member includes axle sleeve, the bearing being positioned at axle sleeve, is positioned at the adjutage at axle sleeve two ends, is all provided with porose position at the two ends of adjutage；Described first link includes being connected to the upper connecting shaft between the first U-shaped steel structure and the first long angle bar shape steel structure, lower connecting shaft and the vertical middle connecting shaft arranged being connected between connecting shaft and lower connecting shaft, described middle connecting shaft is provided with position, two strip holes, the position, two strip holes of Kong Weiyu at described adjutage two ends to good, and by a bolt structure through position, hole and position, strip hole, then the connection realized between described first shaft member and described side stand of being kinked by nut；It is also associated with in described lower connecting shaft for withstanding described adjutage and adjusting the screw connection of adjutage height.
A kind of disintegrating machine the most according to claim 1, it is characterized in that, described the second axle body is fixed on second group of shaft coupling piece, described second group of shaft coupling piece includes the 3rd shaft member and the 4th shaft member, described 3rd shaft member is identical with the 4th shaft member structure, on described 3rd shaft member the 3rd link between the long angle bar shape steel structure of the first described U-shaped steel structure and first, on described 4th shaft member the 4th link between the long angle bar shape steel structure of the second described U-shaped steel structure and second, described 3rd link is identical with described 4th link structure, the most identical and arranged relative.
A kind of disintegrating machine the most according to claim 4, it is characterised in that described 3rd shaft member includes axle sleeve, the bearing being positioned at axle sleeve, is positioned at the adjutage at axle sleeve two ends, is all provided with porose position at the two ends of adjutage；Described 3rd link includes the one article of lateral connection axle being connected between the first U-shaped steel structure and the first long angle bar shape steel structure, described lateral connection axle is provided with position, two holes, the position, two holes on lateral connection axle described in the Kong Weiyu at described adjutage two ends to good, and by a bolt structure through position, hole and position, strip hole, then the connection realized between described 3rd shaft member and described side stand of being kinked by nut.
A kind of disintegrating machine the most according to claim 5, it is characterised in that being equipped with the transverse axis parallel with described lateral connection axle in the bottom of described 3rd link and the 4th link, described transverse axis is provided with the installation position being connected with described underframe.
A kind of disintegrating machine the most according to claim 6, it is characterised in that connect between described first long angle bar shape steel structure and the second long angle bar shape steel structure and have the side shaft being generally aligned in the same plane with described transverse axis, the upper surface of described side shaft is welded with pipe body.
A kind of disintegrating machine the most according to claim 7, it is characterised in that described underframe includes two parallel girders, the first cross bar being arranged on two girders and the second cross bar, is overlapped on some abutment extending on two girder tops；Distance between described two parallel girders matches with the width of described side stand；Also it is welded with the pipe body identical with the pipe body of welding on the upper surface of described side shaft on described first cross bar, and through the pipe body being docking together, described first cross bar and described side shaft is linked together by screw；All it is welded with nut structure in the both sides of described first cross bar, is connected in this nut structure for withstanding described first long angle bar shape steel structure, the second long angle bar shape steel structure for adjusting the long spiro nail of the second chain.
A kind of disintegrating machine the most according to claim 1, it is characterised in that described armrest part includes one being positioned at the kink handrail at top, being positioned at two parallel posts bottom kink handrail, and the lateral surface at two parallel posts is equipped with connection hanging piece；Connecting two cross-bar body on connection hanging piece, the tail end of cross-bar body is fixed on the both sides of side stand by screw device.
A kind of disintegrating machine the most according to claim 1, it is characterized in that, described the first U-shaped steel structure, the second U-shaped steel structure have identical length with the described first long angle bar shape steel structure, the second long angle bar shape steel structure, and connecting between the outside of two described U-shaped steel structures has a row vertically disposed bending reinforcement arm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620199344.4U CN205495759U (en) | 2016-03-16 | 2016-03-16 | Crusher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620199344.4U CN205495759U (en) | 2016-03-16 | 2016-03-16 | Crusher |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205495759U true CN205495759U (en) | 2016-08-24 |
Family
ID=56729781
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620199344.4U Expired - Fee Related CN205495759U (en) | 2016-03-16 | 2016-03-16 | Crusher |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205495759U (en) |
-
2016
- 2016-03-16 CN CN201620199344.4U patent/CN205495759U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160824 Termination date: 20190316 |