CN204195238U - A kind of bearing block machining of oil hole equipment - Google Patents

A kind of bearing block machining of oil hole equipment Download PDF

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Publication number
CN204195238U
CN204195238U CN201420581061.7U CN201420581061U CN204195238U CN 204195238 U CN204195238 U CN 204195238U CN 201420581061 U CN201420581061 U CN 201420581061U CN 204195238 U CN204195238 U CN 204195238U
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CN
China
Prior art keywords
bearing block
rotating disk
rig
oil hole
releasable clamp
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
Application number
CN201420581061.7U
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Chinese (zh)
Inventor
施天津
陈燕周
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FK Bearing Group Co Ltd
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FK Bearing Group Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by FK Bearing Group Co Ltd filed Critical FK Bearing Group Co Ltd
Priority to CN201420581061.7U priority Critical patent/CN204195238U/en
Application granted granted Critical
Publication of CN204195238U publication Critical patent/CN204195238U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model proposes a kind of bearing block machining of oil hole equipment, comprise frame and rig, described frame is provided with the rotating disk of level, rotating disk can be made batch (-type) and rotate under the driving of power set, the top of described rotating disk is provided with the first rig and the second rig that are respectively used to clamping drill bit and screw tap, described rotating disk is at least provided with a releasable clamp, when releasable clamp rotates to two rigs, rotating disk stops operating, rig starts feeding work, until rotating disk rotates again after the complete withdrawing of rig work; Described releasable clamp is provided with Pneumatic clamping mechanism, releasable clamp is stopped the rotation at unloading station and feeding station and carries out discharging and material loading, the utility model structure is simple, once boring and thread tapping just can be completed after clamping workpiece on same equipment, do not need Set and Positioning again, substantially increase production efficiency simultaneously, save artificial.

Description

A kind of bearing block machining of oil hole equipment
Technical field
The utility model relates to bearing block processing equipment, particularly a kind of bearing block machining of oil hole equipment.
Background technology
Bearing block oilhole conveniently can carry out interpolation lubricating oil to bearing block in the use procedure of bearing block, reduces carrier wear, the service life of extending shaft bearing.Oilhole on bearing block is provided with internal thread, to install the plug of blocking oilhole, at present, market does not have the special equipment carrying out processing for bearing block oilhole, traditional machining shaft bearing oilhole is processed bearing block oilhole by two bench drills mostly, and a bench drill is holed, screw tap machining internal thread is used again on another bench drill, need to carry out twice clamping, working (machining) efficiency is low, also wants workpiece to circulate at two equipment rooms.And great majority are fixed bearing block by flat-nose pliers in process, but, because flat-nose pliers is fixing for bearing block is not very firm, easily rock at machining of oil hole process bottom bracket, the processing affecting bearing block even causes the wear damage of bearing.
Utility model content
For the deficiencies in the prior art part, the utility model provides a kind of bearing block machining of oil hole equipment, and its structure is simple, once boring and thread tapping just can be completed after clamping workpiece on same equipment, do not need Set and Positioning again, substantially increase production efficiency simultaneously, save artificial.
The technical scheme provided for reaching above-mentioned object the utility model is: a kind of bearing block machining of oil hole equipment, comprise frame and rig, described frame is provided with the rotating disk of level, rotating disk can be made batch (-type) and rotate under the driving of power set, the top of described rotating disk is provided with the first rig and the second rig that are respectively used to clamping drill bit and screw tap, described rotating disk is at least provided with a releasable clamp, when releasable clamp rotates to two rigs, rotating disk stops operating, rig starts feeding work, until rotating disk rotates again after the complete withdrawing of rig work; Described releasable clamp is pneumatic or hydraulically operated fixture, and releasable clamp is stopped the rotation at unloading station and carried out discharging.
Further, described power set are stepper motor, described rotating disk is disk, described disc surfaces is angularly provided with 4-8 releasable clamp, power set are connected with rotating disk by transmission mechanism, for different bearing blocks, conveniently fixedly can carry out machining of oil hole, arranging of multiple fixture is effectively enhanced productivity simultaneously.
Further, described rig comprises drilling power mechanism, feed mechanism and cutter holding mechanism, and the rotary speed of the first rig of described clamping drilling bit and work feed speed are higher than the rotary speed of the second rig of clamping screw tap and work feed speed.
Further, described releasable clamp comprises clutch shaft bearing seat fixture and the second bearing block fixture, and described clutch shaft bearing seat fixture and the second bearing block grip separation are distributed in disc surfaces.
Further, described releasable clamp is clutch shaft bearing seat fixture, described clutch shaft bearing seat fixture comprises base plate, positioning seat and clamping device, described base plate supports described positioning seat and clamping device by support plate, described positioning seat is made up of three pieces of orthogonal location-plates, the positioning plate of described positioning seat is connected with support plate is oblique, the angle non-90 degree of described positioning seat and support plate.
Further, described clamping device comprises column, seesaw and the first cylinder, described column is positioned at positioning seat rear and perpendicular with described positioning plate, column top and seesaw are hinged and connected, described seesaw stretches out column front and back end, and when the piston rod of described first cylinder works and seesaw rear end offsets.
Further, described releasable clamp is the second bearing block fixture, described second bearing block fixture comprises mount pad, air cylinder support and the second cylinder, described mount pad and air cylinder support are all L-shaped, described mount pad comprises the first transverse slat and starting stave, described air cylinder support comprises the second transverse slat and the second riser, and described second transverse slat is arranged on the first transverse slat.
Further, described second riser is provided with through hole, outside in through second riser of described through hole, described second cylinder is arranged on the outside of the second riser, second piston rod of described second cylinder stretches out through hole, described second piston rod external part is provided with fixed head, and described starting stave medial surface is provided with the support location structure of place work piece.
Further, described support location structure comprises support block and regulating block, described starting stave is provided with groove, the through starting stave front and back end of described groove, described support block is arranged on groove by bolt, described regulating block is provided with adjustment screw, and described screw is provided with adjusting bolt, and described screw is parallel with described support block.
Further, arranged on left and right sides and the rear side of described rotating disk are provided with coaming plate, and coaming plate is arranged in frame, and arranged on left and right sides coaming plate is provided with the observation window of band glass; Described first rig and the second rig are positioned at the both sides, back upper place of rotating disk, be the control cabinet being provided with action button, be provided with control unit in control cabinet between two rigs.
Compared with prior art, there is following beneficial effect:
1. the utility model is provided with rotating disk in frame, described rotating disk can be made batch (-type) and rotate under the driving of power set, described rotating disk is provided with multiple dismountable fixture, the processing of multiple bearing block oilhole can be carried out simultaneously, effectively enhance productivity, the top of described rotating disk is provided with the first rig and the second rig that are respectively used to clamping drill bit and screw tap, oilhole boring and tapping processing can easily be carried out to bearing block, decrease the procedure of tradition by drilling machine or milling machine complexity, substantially increase production efficiency.
2. rotating disk described in can be provided with clutch shaft bearing seat fixture and the second bearing block fixture simultaneously, described clutch shaft bearing seat fixture and the second bearing block fixture spaced apart in disc surfaces, different for the model or output that need machining shaft bearing, a process equipment can be used neatly to process two kinds of dissimilar bearing blocks, utilize device resource better, reduce production cost.Certainly, when output is larger, described rotating disk also all can be installed as clutch shaft bearing seat fixture or the second bearing block fixture, enhances productivity.
3. clutch shaft bearing seat fixture is for processing the conventional Ω oblique crank Z bearing in this area, described clutch shaft bearing seat fixture is provided with base plate, described base plate can facilitate fixture to carry out installing/dismounting, described base plate supports described positioning seat and clamping device by support plate, the positioning plate gentle cylinder bottom plate of described positioning seat is connected with support plate is oblique, the angle non-90 degree of the gentle cylinder bottom plate of described positioning seat and support plate, whole fixture is made to be skewedly to be clamped by bearing block, make on the machining of oil hole position vertical line of bearing block, conveniently bearing block oilhole is processed, reduce the wear damage of bearing block simultaneously, in addition, described seesaw is arranged on the groove of column, in process by bearing pin, under the effect of the first cylinder, make the piston rod of the first cylinder withstand seesaw one end, make the seesaw other end tightly push down bearing block, facilitate bearing block machining of oil hole, effectively raise production efficiency simultaneously.
4. the second bearing block fixture is for processing the conventional square shaft bearing in this area, described second bearing block fixture is provided with support location structure, in process, large I according to bearing block facilitates the height regulating support block along groove, described regulating block is provided with adjusting bolt, operationally, first regulated the machining of oil hole position of bearing block by adjusting bolt, the effective working (machining) efficiency improving bearing block oilhole; Described second cylinder and bearing seat are in same axis, in process, second piston rod of described second cylinder drives fixed head to advance and compression axis bearing to bearing block, bearing block is firmly fixed on fixture, conveniently machining of oil hole is carried out to bearing block, effectively raise production efficiency, reduce the wear damage of bearing block.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation.
Fig. 2 is the utility model turntable structure schematic diagram.
Fig. 3 is the utility model clutch shaft bearing seat clamp structure schematic diagram.
Fig. 4 is the utility model clamping device structure side view.
Fig. 5 is the utility model second bearing block clamp structure schematic diagram.
Fig. 6 is the utility model support location structure schematic diagram.
Fig. 7 is the Ω oblique crank Z bearing schematic diagram of the utility model clutch shaft bearing seat fixture clamping.
Fig. 8 is the square shaft bearing schematic diagram of the utility model second bearing block fixture clamping.
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Detailed description of the invention
Embodiment 1:
As depicted in figs. 1 and 2, a kind of bearing block machining of oil hole equipment, comprise frame 1 and rig 6, described frame 1 is provided with the rotating disk 3 of level, rotating disk 3 can be made batch (-type) and rotate under the driving of power set, and power set are connected with rotating disk 3 by transmission mechanism, it is stop the rotation after turning over equal angular that rotating disk 3 batch (-type) rotates, stop after same time and again rotate, this batch (-type) rotary turnplate 3 and power set thereof and transmission mechanism are prior art in machining apparatus, are not repeated herein.Described power set are stepper motor (not shown), described rotating disk 3 is disk, described rotating disk 3 surface is angularly provided with 4-8 releasable clamp 5, for different bearing blocks, conveniently fixedly can carry out machining of oil hole, arranging of multiple fixture is effectively enhanced productivity simultaneously, described rotating disk 3 is at least provided with a releasable clamp 5, when releasable clamp 5 rotates to two rigs 6, rotating disk 3 stops operating, rig 6 starts feeding work, until rig 6 works, after complete withdrawing, rotating disk 3 rotates again, described releasable clamp 5 is air-actuated jaw, be provided with Pneumatic clamping mechanism, releasable clamp 5 is stopped the rotation at unloading station and feeding station and is carried out discharging and material loading.
The top of described rotating disk 3 is provided with the first rig 61 and the second rig 62 being respectively used to clamping drill bit 63 and screw tap 64, described first rig 61 and the second rig 62 are positioned at the both sides, back upper place of rotating disk 3, it is the control cabinet 4 being provided with action button 41 between two rigs, control unit is provided with in control cabinet 4, semi-automatic Mechanical course, convenient operative, described rig 6 comprises drilling power mechanism, feed mechanism and cutter holding mechanism, the rotary speed of the first rig 61 of described clamping drilling bit 63 and work feed speed are higher than the rotary speed of the second rig 62 of clamping screw tap 64 and work feed speed, boring and tapping are incorporated in an equipment, decrease equipment cost, decrease procedure simultaneously, improve production efficiency.
Arranged on left and right sides and the rear side of described rotating disk 3 are provided with coaming plate 2, and coaming plate 2 is arranged in frame 1, arranged on left and right sides coaming plate 2 are provided with the observation window 21 of band glass 22, by the processing progress of the observation bearing block oilhole of observation window 21 safety in process.
As Fig. 3, shown in Fig. 4 and Fig. 7, described releasable clamp 5 is clutch shaft bearing seat fixture 51, clutch shaft bearing seat fixture 51 is for processing the conventional Ω oblique crank Z bearing in this area, described clutch shaft bearing seat fixture 51 comprises base plate 5102, positioning seat 5101 and clamping device 5105, described base plate 5102 can facilitate fixture to carry out installing/dismounting, described base plate 5102 supports described positioning seat 5101 and clamping device 5105 by support plate 5115, described positioning seat 5101 is made up of three pieces of orthogonal location-plates, the positioning plate 5103 of described positioning seat 5101 is connected with support plate 5115 is oblique, the angle non-90 degree of described positioning seat 5101 and support plate 5115, whole fixture is made to be skewedly to be clamped by bearing block, make on the machining of oil hole position vertical line of bearing block, conveniently bearing block oilhole is processed, reduce the wear damage of bearing block simultaneously.
Described clamping device 5105 comprises column 5106, seesaw 5108 and the first cylinder 5109, described column 5106 is positioned at positioning seat 5101 rear and perpendicular with described positioning plate 5103, column 5106 top and seesaw 5108 are hinged and connected, described seesaw 5108 stretches out column 5106 front and back end, when the piston rod 5110 of described first cylinder 5109 works and seesaw 5108 rear end offsets, described seesaw 5108 is arranged on the groove 5104 of column 5106 by bearing pin 5107, in process, under the effect of the first cylinder 5109, the piston rod 5110 of the first cylinder 5109 is made to withstand seesaw 5108 one end, seesaw 5108 other end is made tightly to push down bearing block, facilitate bearing block machining of oil hole, effectively raise production efficiency simultaneously.
Embodiment 2:
As depicted in figs. 1 and 2, a kind of bearing block machining of oil hole equipment, comprise frame 1 and rig 6, described frame 1 is provided with the rotating disk 3 of level, rotating disk 3 can be made batch (-type) and rotate under the driving of power set, and power set are connected with rotating disk 3 by transmission mechanism, it is stop the rotation after turning over equal angular that rotating disk 3 batch (-type) rotates, stop after same time and again rotate, this batch (-type) rotary turnplate 3 and power set thereof and transmission mechanism are prior art in machining apparatus, are not repeated herein.Described power set are stepper motor (not shown), described rotating disk 3 is disk, described rotating disk 3 surface is angularly provided with 4-8 releasable clamp 5, for different bearing blocks, conveniently fixedly can carry out machining of oil hole, arranging of multiple fixture is effectively enhanced productivity simultaneously, described rotating disk 3 is at least provided with a releasable clamp 5, when releasable clamp 5 rotates to two rigs 6, rotating disk 3 stops operating, rig 6 starts feeding work, until rig 6 works, after complete withdrawing, rotating disk 3 rotates again, described releasable clamp 5 is provided with Pneumatic clamping mechanism, releasable clamp 5 is stopped the rotation at unloading station and feeding station and is carried out discharging and material loading.
The top of described rotating disk 3 is provided with the first rig 61 and the second rig 62 being respectively used to clamping drill bit 63 and screw tap 64, described first rig 61 and the second rig 62 are positioned at the both sides, back upper place of rotating disk 3, it is the control cabinet 4 being provided with action button 41 between two rigs, control unit is provided with in control cabinet 4, semi-automatic Mechanical course, convenient operative, described rig 6 comprises drilling power mechanism, feed mechanism and cutter holding mechanism, the rotary speed of the first rig 61 of described clamping drilling bit 63 and work feed speed are higher than the rotary speed of the second rig 62 of clamping screw tap 64 and work feed speed, boring and tapping are incorporated in an equipment, decrease equipment cost, decrease procedure simultaneously, improve production efficiency.
Arranged on left and right sides and the rear side of described rotating disk 3 are provided with coaming plate 2, and coaming plate 2 is arranged in frame 1, arranged on left and right sides coaming plate 2 are provided with the observation window 21 of band glass 22, by the processing progress of the observation bearing block oilhole of observation window 21 safety in process.
As shown in Fig. 5, Fig. 6 and Fig. 8, described releasable clamp 5 is the second bearing block fixture 52, second bearing block fixture is for processing the conventional square shaft bearing in this area, described second bearing block fixture 52 comprises mount pad 5202, air cylinder support 5201 and the second cylinder 5208, described mount pad 5202 and air cylinder support 5210 all L-shaped, described mount pad 5202 comprises the first transverse slat 5205 and starting stave 5206, described air cylinder support 5201 comprises the second transverse slat 5204 and the second riser 5203, and described second transverse slat 5204 is arranged on the first transverse slat 5205.
Described second riser 5203 is provided with through hole 5216, outside in through second riser 5203 of described through hole 5216, described second cylinder 5208 is arranged on the outside of the second riser 5203, second piston rod 5207 of described second cylinder 5208 stretches out through hole 5216, described second piston rod 5207 external part is provided with fixed head 5209, and described starting stave 5206 medial surface is provided with the support location structure 5210 of place work piece.
Described support location structure 5210 comprises support block 5211 and regulating block 5214, described starting stave 5206 is provided with groove 5212, described groove 5212 through starting stave 5206 front and back end, described support block 5211 is arranged on groove 5212 by bolt 5213, in process, the large I according to bearing block facilitates the height regulating support block 5211 along groove 5212.Described regulating block 5214 is provided with and regulates screw 5213, described adjustment screw 5213 is provided with adjusting bolt 5215, described adjustment screw 5213 is parallel with described support block 5211, operationally, first regulated the machining of oil hole position of bearing block by adjusting bolt 5215, the effective working (machining) efficiency improving bearing block oilhole; Described second cylinder 5208 and bearing seat are in same axis, in process, second piston rod 5207 of described second cylinder 5208 drives fixed head 5209 to advance and compression axis bearing to bearing block, bearing block is firmly fixed on fixture, conveniently machining of oil hole is carried out to bearing block, effectively raise production efficiency, reduce the wear damage of bearing block.
Embodiment 3:
As depicted in figs. 1 and 2, a kind of bearing block machining of oil hole equipment, comprise frame 1 and rig 6, described frame 1 is provided with the rotating disk 3 of level, rotating disk 3 can be made batch (-type) and rotate under the driving of power set, and power set are connected with rotating disk 3 by transmission mechanism, it is stop the rotation after turning over equal angular that rotating disk 3 batch (-type) rotates, stop after same time and again rotate, this batch (-type) rotary turnplate 3 and power set thereof and transmission mechanism are prior art in machining apparatus, are not repeated herein.Described power set are stepper motor (not shown), described rotating disk 3 is disk, described rotating disk 3 surface is angularly provided with 4-8 releasable clamp 5, for different bearing blocks, conveniently fixedly can carry out machining of oil hole, arranging of multiple fixture is effectively enhanced productivity simultaneously, described rotating disk 3 is at least provided with a releasable clamp 5, when releasable clamp 5 rotates to two rigs 6, rotating disk 3 stops operating, rig 6 starts feeding work, until rig 6 works, after complete withdrawing, rotating disk 3 rotates again, described releasable clamp 5 is provided with Pneumatic clamping mechanism, releasable clamp 5 is stopped the rotation at unloading station and feeding station and is carried out discharging and material loading.
The top of described rotating disk 3 is provided with the first rig 61 and the second rig 62 being respectively used to clamping drill bit 63 and screw tap 64, described first rig 61 and the second rig 62 are positioned at the both sides, back upper place of rotating disk 3, it is the control cabinet 4 being provided with action button 41 between two rigs, control unit is provided with in control cabinet 4, semi-automatic Mechanical course, convenient operative, described rig 6 comprises drilling power mechanism, feed mechanism and cutter holding mechanism, the rotary speed of the first rig 61 of described clamping drilling bit 63 and work feed speed are higher than the rotary speed of the second rig 62 of clamping screw tap 64 and work feed speed, boring and tapping are incorporated in an equipment, decrease equipment cost, decrease procedure simultaneously, improve production efficiency.
Arranged on left and right sides and the rear side of described rotating disk 3 are provided with coaming plate 2, and coaming plate 2 is arranged in frame 1, arranged on left and right sides coaming plate 2 are provided with the observation window 21 of band glass 22, by the processing progress of the observation bearing block oilhole of observation window 21 safety in process.
Described releasable clamp 5 comprises clutch shaft bearing seat fixture 51 and the second bearing block fixture 52, described clutch shaft bearing seat fixture 51 and the second bearing block fixture 52 spaced apart in rotating disk 3 surface, for needing, the output of machining shaft bearing is different, can adjust process equipment flexibly, better utilize resource, reduce production cost.
As shown in Figure 3 and Figure 4, described clutch shaft bearing seat fixture 51 comprises base plate 5102, positioning seat 5101 and clamping device 5105, described base plate 5102 can facilitate fixture to carry out installing/dismounting, described base plate 5102 supports described positioning seat 5101 and clamping device 5105 by support plate 5115, described positioning seat 5101 is made up of three pieces of orthogonal location-plates, the positioning plate 5103 of described positioning seat 5101 is connected with support plate 5115 is oblique, the angle non-90 degree of described positioning seat 5101 and support plate 5115, whole fixture is made to be skewedly to be clamped by bearing block, make on the machining of oil hole position vertical line of bearing block, conveniently bearing block oilhole is processed, reduce the wear damage of bearing block simultaneously.
Described clamping device 5105 comprises column 5106, seesaw 5108 and the first cylinder 5109, described column 5106 is positioned at positioning seat 5101 rear and perpendicular with described positioning plate 5103, column 5106 top and seesaw 5108 are hinged and connected, described seesaw 5108 stretches out column 5106 front and back end, when the piston rod 5110 of described first cylinder 5109 works and seesaw 5108 rear end offsets, described seesaw 5108 is arranged on the groove 5104 of column 5106 by bearing pin 5107, in process, under the effect of the first cylinder 5109, the piston rod 5110 of the first cylinder 5109 is made to withstand seesaw 5108 one end, seesaw 5108 other end is made tightly to push down bearing block, facilitate bearing block machining of oil hole, effectively raise production efficiency simultaneously.As shown in Figure 5 and Figure 6, described second bearing block fixture 52 comprises mount pad 5202, air cylinder support 5201 and the second cylinder 5208, described mount pad 5202 and air cylinder support 5210 all L-shaped, described mount pad 5202 comprises the first transverse slat 5205 and starting stave 5206, described air cylinder support 5201 comprises the second transverse slat 5204 and the second riser 5203, and described second transverse slat 5204 is arranged on the first transverse slat 5205.
Described second riser 5203 is provided with through hole 5216, outside in through second riser 5203 of described through hole 5216, described second cylinder 5208 is arranged on the outside of the second riser 5203, second piston rod 5207 of described second cylinder 5208 stretches out through hole 5216, described second piston rod 5207 external part is provided with fixed head 5209, and described starting stave 5206 medial surface is provided with the support location structure 5210 of place work piece.
Described support location structure 5210 comprises support block 5211 and regulating block 5214, described starting stave 5206 is provided with groove 5212, described groove 5212 through starting stave 5206 front and back end, described support block 5211 is arranged on groove 5212 by bolt 5213, in process, the large I according to bearing block facilitates the height regulating support block 5211 along groove 5212.Described regulating block 5214 is provided with and regulates screw 5213, described adjustment screw 5213 is provided with adjusting bolt 5215, described adjustment screw 5213 is parallel with described support block 5211, operationally, first regulated the machining of oil hole position of bearing block by adjusting bolt 5215, the effective working (machining) efficiency improving bearing block oilhole; Described second cylinder 5208 and bearing seat are in same axis, in process, second piston rod 5207 of described second cylinder 5208 drives fixed head 5209 to advance and compression axis bearing to bearing block, bearing block is firmly fixed on fixture, conveniently machining of oil hole is carried out to bearing block, effectively raise production efficiency, reduce the wear damage of bearing block.
Certainly, the cylinder in clutch shaft bearing seat fixture 51 and the second bearing block fixture 52 also can be hydraulic cylinder, adopts hydraulic means to realize Automatic-clamping workpiece.
The utility model is work like this: for the bearing block workpiece needing processing, the rotating disk 3 first releasable clamp 5 of described correspondence installed regulates the Working position of bearing block, started the machine by control cabinet 4, described rotating disk 3 power set are stepper motor, releasable clamp 5 batch (-type) rotates, stop at each station, at feed station material loading and by air-actuated jaw clamping work pieces, when releasable clamp 5 rotates to two rigs 6, rotating disk 3 stops operating, rig 6 starts feeding work, until rig 6 works, after complete withdrawing, rotating disk 3 rotates again, complete the processing to bearing block oilhole.
Last it is noted that above embodiment is only in order to illustrate the technical solution of the utility model and unrestricted, although be described in detail the utility model with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can modify to the technical solution of the utility model or equivalent replacement, and not departing from the spirit and scope of technical solutions of the utility model, it all should be encompassed in the middle of right of the present utility model.

Claims (10)

1. a bearing block machining of oil hole equipment, comprise frame and rig, it is characterized in that: the rotating disk described frame being provided with level, rotating disk can be made batch (-type) and rotate under the driving of power set, the top of described rotating disk is provided with the first rig and the second rig that are respectively used to clamping drill bit and screw tap, described rotating disk is at least provided with a releasable clamp, when releasable clamp rotates to two rigs, rotating disk stops operating, rig starts feeding work, until rotating disk rotates again after the complete withdrawing of rig work; Described releasable clamp is pneumatic or hydraulically operated fixture, and releasable clamp is stopped the rotation at unloading station and carried out discharging.
2. a kind of bearing block machining of oil hole equipment according to claim 1, it is characterized in that: described power set are stepper motor, described rotating disk is disk, and described disc surfaces is angularly provided with 4-8 releasable clamp, and power set are connected with rotating disk by transmission mechanism.
3. a kind of bearing block machining of oil hole equipment according to claim 1, it is characterized in that: described rig comprises drilling power mechanism, feed mechanism and cutter holding mechanism, the rotary speed of the first rig of described clamping drilling bit and work feed speed are higher than the rotary speed of the second rig of clamping screw tap and work feed speed.
4. a kind of bearing block machining of oil hole equipment according to claim 1, it is characterized in that: described releasable clamp comprises clutch shaft bearing seat fixture and the second bearing block fixture, described clutch shaft bearing seat fixture and the second bearing block grip separation are distributed in disc surfaces.
5. a kind of bearing block machining of oil hole equipment according to claim 1, it is characterized in that: described releasable clamp is clutch shaft bearing seat fixture, described clutch shaft bearing seat fixture comprises base plate, positioning seat and clamping device, described base plate supports described positioning seat and clamping device by support plate, described positioning seat is made up of three pieces of orthogonal location-plates, the positioning plate of described positioning seat is connected with support plate is oblique, the angle non-90 degree of described positioning seat and support plate.
6. a kind of bearing block machining of oil hole equipment according to claim 5, it is characterized in that: described clamping device comprises column, seesaw and the first cylinder, described column is positioned at positioning seat rear and perpendicular with described positioning plate, column top and seesaw are hinged and connected, described seesaw stretches out column front and back end, and when the piston rod of described first cylinder works and seesaw rear end offsets.
7. a kind of bearing block machining of oil hole equipment according to claim 1, it is characterized in that: described releasable clamp is the second bearing block fixture, described second bearing block fixture comprises mount pad, air cylinder support and the second cylinder, described mount pad and air cylinder support are all L-shaped, described mount pad comprises the first transverse slat and starting stave, described air cylinder support comprises the second transverse slat and the second riser, and described second transverse slat is arranged on the first transverse slat.
8. a kind of bearing block machining of oil hole equipment according to claim 7, it is characterized in that: described second riser is provided with through hole, outside in through second riser of described through hole, described second cylinder is arranged on the outside of the second riser, second piston rod of described second cylinder stretches out through hole, described second piston rod external part is provided with fixed head, and described starting stave medial surface is provided with the support location structure of place work piece.
9. a kind of bearing block machining of oil hole equipment according to claim 8, it is characterized in that: described support location structure comprises support block and regulating block, described starting stave is provided with groove, the through starting stave front and back end of described groove, described support block is arranged on groove by bolt, described regulating block is provided with adjustment screw, and described screw is provided with adjusting bolt, and described screw is parallel with described support block.
10. a kind of bearing block machining of oil hole equipment according to claim 1, is characterized in that: arranged on left and right sides and the rear side of described rotating disk are provided with coaming plate, and coaming plate is arranged in frame, and arranged on left and right sides coaming plate is provided with the observation window of band glass; Described first rig and the second rig are positioned at the both sides, back upper place of rotating disk, be the control cabinet being provided with action button, be provided with control unit in control cabinet between two rigs.
CN201420581061.7U 2014-10-08 2014-10-08 A kind of bearing block machining of oil hole equipment Expired - Fee Related CN204195238U (en)

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Application Number Priority Date Filing Date Title
CN201420581061.7U CN204195238U (en) 2014-10-08 2014-10-08 A kind of bearing block machining of oil hole equipment

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Application Number Priority Date Filing Date Title
CN201420581061.7U CN204195238U (en) 2014-10-08 2014-10-08 A kind of bearing block machining of oil hole equipment

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CN204195238U true CN204195238U (en) 2015-03-11

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104275603A (en) * 2014-10-08 2015-01-14 泛科轴承集团有限公司 Machining equipment of oil holes for bearing blocks
CN106141746A (en) * 2015-04-14 2016-11-23 湖北汽车工业学院 A kind of bearing block drilling clamp
CN106181392A (en) * 2016-08-31 2016-12-07 吴中区横泾博尔机械厂 Five axle six station processing machines

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104275603A (en) * 2014-10-08 2015-01-14 泛科轴承集团有限公司 Machining equipment of oil holes for bearing blocks
CN106141746A (en) * 2015-04-14 2016-11-23 湖北汽车工业学院 A kind of bearing block drilling clamp
CN106181392A (en) * 2016-08-31 2016-12-07 吴中区横泾博尔机械厂 Five axle six station processing machines

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