CN207061248U - Track feeding cylinder allocation mechanism - Google Patents
Track feeding cylinder allocation mechanism Download PDFInfo
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- CN207061248U CN207061248U CN201720481207.4U CN201720481207U CN207061248U CN 207061248 U CN207061248 U CN 207061248U CN 201720481207 U CN201720481207 U CN 201720481207U CN 207061248 U CN207061248 U CN 207061248U
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- column
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Abstract
A kind of track feeding cylinder allocation mechanism is the utility model is related to, it is to process the allocation mechanism that certain class cylinder is that technical problem to be solved, which is to provide a kind of, and used technical scheme is：A kind of track feeding cylinder allocation mechanism, including supporting mechanism, body part and power set, caused beneficial effect is that allocation mechanism can quickly and accurately carry out material toggling, product quality is thereby may be ensured that, improves utilization rate of equipment and installations, mitigates the labor intensity of worker.
Description
Technical field
The utility model belongs to cylinder field, and in particular to a kind of track feeding cylinder allocation mechanism.
Background technology
, it is necessary to which material toggling is carried out to it could complete to process in the product that existing cylinder is manufactured.For different products,
Its material toggling requires also different.Therefore, for specific product, it is necessary to design adaptable allocation mechanism, the utility model is just
It is a kind of special allocation mechanism for a certain specific product.
Utility model content
The purpose of this utility model is to provide a kind of track feeding cylinder allocation mechanism, and it can be to a certain specific cylinder
The processing of body carries out material toggling.
In order to solve the above-mentioned technical problem, technical scheme is used by the utility model：A kind of track feeding cylinder is dialled
Expect mechanism, including supporting mechanism, body part and power set.
Preferably, the supporting mechanism includes base, short column, square plate one, square plate two, trough plate, square plate three, Fang Li
Post, guide pin bushing fix cylinder one, guide pin bushing one, box type column pin, guide pillar one, square plate four, guide pin bushing three, guide pillar two, long cylinder, long cylinder
Part, guide pin bushing four, column block one, column block two, guide pin bushing two and guide pin bushing fix cylinder two, and the base is connected with square plate one, described
Square plate two is connected by screw with the square plate one, and the short column is connected with the square plate two, the trough plate and the side
Plate three is connected, and the box type column is bolted with the square plate three, and the guide pin bushing is fixed cylinder one and connected with the square plate three
Connect, the guide pin bushing one is fixed cylinder one with the guide pin bushing and is connected, and the box type column pin is connected with the box type column, the guide pillar
One is connected with the guide pin bushing one, and the square plate four is bolted with the column block one and column block two simultaneously, described to lead
Set three is connected with the square plate four, and the guide pillar two is connected with the guide pin bushing four, and the long cylinder is connected with the oval column piece,
The oval column piece is connected with the square plate four, and the guide pin bushing four is connected with the square plate four, the upper end of the column block one with
The square plate four is connected, and the lower end of the column block one is connected with the square plate three, upper end and the side of the column block two
Plate four is connected, and the lower end of the column block two is connected with the square plate three, and the guide pin bushing two is fixed cylinder two with the guide pin bushing and connected
Connect, the guide pin bushing is fixed cylinder two and is connected with the square plate three.
Preferably, the body part include short cylindrical one, workbench, long frid one, material toggling cylinder, long frid two,
Short frid one, short frid two, support bar cushion block one, cushion block pin one, support bar one, end floor beam, square steel one, connecting bolt, circle
Male screw set, square steel two, support bar two, support bar cushion block two, short cylindrical two, cushion block pin two, cushion block pin three and short cylindrical
Three, the cylinder one, short cylindrical two and short cylindrical three) all it is connected by bolt with the workbench, the long frid one, length
Frid two, short frid one and short frid two are all connected by bolt with the workbench, the material toggling cylinder and the cylinder
Thread bush is connected, and the support bar cushion block one is bolted with the workbench, the cushion block pin one and the branch
Strut cushion block one is connected, and the support bar one is connected with the cushion block pin one, the end floor beam simultaneously with the support bar one,
Cylindrical thread is covered and support bar two connects, and the square steel one, cylindrical thread set and square steel two are all connected with the end floor beam, described
Connecting bolt is connected with cylindrical thread set, and the support bar two is connected with the support bar cushion block two, the cushion block pin
Two and cushion block pin three be all connected with the support bar cushion block two.
Preferably, the power set include convex block one, elongated square pin, triangle square, flute profile square, triangle
Shape square pin, piston, hydraulic cylinder, convex block two, angular square, the pin of convex block two, long pin, the pin of convex block one and length
Shape square, the power set are connected including convex block one with the elongated square, the elongated square pin with it is described elongated
Square is connected, and the triangle square is connected with the flute profile square, the triangle square pin and the triangle square
Connection, the both ends of the piston are connected with the flute profile square and hydraulic cylinder respectively, the convex block two and the elongated square
Connection, the angular square are bolted with the workbench, and the pin of convex block two connects with the convex block two
Connect, the long pin is connected with the elongated square, and the pin of convex block one is connected with the convex block one, the elongated side
Block is bolted with the workbench.
The utility model has had the advantage that compared with prior art：
The utility model can realize lifting accurately and quickly to certain class part, improve machining accuracy and production is imitated
Rate.
Brief description of the drawings
Specific embodiment of the present utility model is described in further detail below in conjunction with the accompanying drawings：
Fig. 1 is the utility model of the whole structure diagram 1.
Fig. 2 is the utility model of the whole structure diagram 2.
Fig. 3 is the utility model partial view 1.
Fig. 4 is the utility model partial view 2.
In figure：101 it is base, 102 be short column, 103 is that square plate one, 104 is that square plate two, 105 is trough plate, 106 is
Square plate three, 107 is box type column, 108 is that to fix cylinder one, 109 be that guide pin bushing one, 110 is box type column pin, 111 is guide pillar to guide pin bushing
First, 112 be square plate four, 113 be guide pin bushing three, 114 be guide pillar two, 115 be long cylinder, 116 be oval column piece, 117 be guide pin bushing four,
118 be that column block one, 119 is that column block two, 120 is that guide pin bushing two, 121 is that guide pin bushing fixation cylinder two, 201 is short cylindrical one, 202
It is that long frid one, 204 is material toggling cylinder, 205 is that long frid two, 206 is that short frid one, 207 is short groove for workbench, 203
Plate two, 208 be support bar cushion block one, 209 be cushion block pin one, 210 be support bar one, 211 be end floor beam, 212 be square steel one,
213 it is connecting bolt, 214 be cylindrical thread set, 215 is that square steel two, 216 is that support bar two, 217 is support bar cushion block two, 218
It is that cushion block pin two, 220 is that cushion block pin three, 221 is that short cylindrical three, 301 is that convex block one, 302 is for short cylindrical two, 219
Elongated square pin, 303 be triangle square, 304 be flute profile square, 305 be triangle square pin, 306 be piston, 307
For hydraulic cylinder, 308 be convex block two, 309 be angular square, 310 be the pin of convex block two, 311 be long pin, 312 be convex
The pin of block one, 313 are elongated square.
Embodiment
In order that those skilled in the art is better understood from the technical solution of the utility model, below in conjunction with the accompanying drawings and have
Body embodiment is described in further detail to the utility model.
As Figure 1-4,1. a kind of track feeding cylinder allocation mechanism, including：Supporting mechanism, body part and power dress
Put.
The supporting mechanism includes base 101, short column 102, square plate 1, square plate 2 104, trough plate 105, square plate
3 106, box type column 107, guide pin bushing fix cylinder 1, guide pin bushing 1, box type column pin 110, guide pillar 1, square plate four
112nd, guide pin bushing 3 113, guide pillar 2 114, long cylinder 115, oval column piece 116, guide pin bushing 4 117, column block 1, column block two
119th, guide pin bushing 2 120 and guide pin bushing fix cylinder 2 121, and the base 101 is connected with square plate 1, the square plate 2 104 and institute
Square plate 1 is stated to be connected by screw, the short column 102 is connected with the square plate 2 104, the trough plate 105 with it is described
Square plate 3 106 is connected, and the box type column 107 is bolted with the square plate 3 106, and the guide pin bushing fixes cylinder 1
It is connected with the square plate 3 106, the guide pin bushing 1 is fixed cylinder 1 with the guide pin bushing and is connected, the box type column pin
110 are connected with the box type column 107, and the guide pillar 1 is connected with the guide pin bushing 1, the square plate 4 112 simultaneously with institute
State column block 1 and column block 2 119 is bolted, the guide pin bushing 3 113 is connected with the square plate 4 112, described
Guide pillar 2 114 is connected with the guide pin bushing 4 117, and the long cylinder 115 is connected with the oval column piece 116, the oval column piece
116 are connected with the square plate 4 112, and the guide pin bushing 4 117 is connected with the square plate 4 112, the upper end of the column block 1
It is connected with the square plate 4 112, the lower end of the column block 1 is connected with the square plate 3 106, the column block 2 119
Upper end be connected with the square plate 4 112, the lower end of the column block 2 119 is connected with the square plate 3 106, the guide pin bushing two
120 fix cylinder 2 121 with the guide pin bushing is connected, and the guide pin bushing is fixed cylinder 2 121 and is connected with the square plate 3 106.
The body part includes short cylindrical 1, workbench 202, long frid 1, material toggling cylinder 204, elongated slot
Plate 2 205, short frid 1, short frid 2 207, support bar cushion block 1, cushion block pin 1, support bar 1, end
Crossbeam 211, square steel 1, connecting bolt 213, cylindrical thread set 214, square steel 2 215, support bar 2 216, support bar cushion block
2 217, short cylindrical 2 218, cushion block pin 2 219, cushion block pin 3 220 and short cylindrical 3 221, the cylinder 1, short circle
Post 2 218 and short cylindrical 3 221 are all connected by bolt with the workbench 202, the long frid 1, long frid two
205th, short frid 1 and short frid 2 207 are all connected by bolt with the workbench 202, the material toggling cylinder 204 with
The connection of cylindrical thread set 214, the support bar cushion block 1 are bolted with the workbench 202, the pad
Block pin 1 is connected with the support bar cushion block 1, and the support bar 1 is connected with the cushion block pin 1,
The end floor beam 211 is connected with the support bar 1, cylindrical thread set 214 and support bar 2 216 simultaneously, the square steel one
212nd, cylindrical thread set 214 and square steel 2 215 are all connected with the end floor beam 211, the connecting bolt 213 and the cylinder spiral shell
The connection of line set 214, the support bar 2 216 are connected with the support bar cushion block 2 217, the cushion block pin 2 219 and cushion block
Pin 3 220 is all connected with the support bar cushion block 2 217.
The power set include convex block 1, elongated square pin 302, triangle square 303, flute profile square
304th, triangle square pin 305, piston 306, hydraulic cylinder 307, convex block 2 308, angular square 309, the pin of convex block two
310th, long pin 311, the pin 312 of convex block one and elongated square 313, the power set include convex block 1 with it is described
Elongated square 313 is connected, and the elongated square pin 302 is connected with the elongated square 313, the triangle square 303 with
The flute profile square 304 is connected, and the triangle square pin 305 is connected with the triangle square 303, the piston 306
Both ends be connected respectively with the flute profile square 304 and hydraulic cylinder 307, the convex block 2 308 connects with the elongated square 313
Connect, the angular square 309 is bolted with the workbench 202, the pin 310 of convex block two and the convex
Block 2 308 is connected, and the long pin 311 is connected with the elongated square 313, the pin 312 of convex block one and the convex
Block 1 is connected, and the elongated square 313 is bolted with the workbench 202.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality
Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, the scope that this specification is recorded all is considered to be.
Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to utility model patent scope.It should be pointed out that the common skill for this area
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (3)
1. a kind of track feeding cylinder allocation mechanism, including：Supporting mechanism and body part, it is characterised in that filled including power
Put, the power set include convex block one (301), elongated square pin (302), triangle square (303), flute profile square
(304), triangle square pin (305), piston (306), hydraulic cylinder (307), convex block two (308), angular square (309),
The pin of convex block two (310), long pin (311), the pin of convex block one (312) and elongated square (313), the power set bag
Include convex block one (301) to be connected with the elongated square (313), the elongated square pin (302) and the elongated square
(313) connect, the triangle square (303) is connected with the flute profile square (304), the triangle square pin (305)
Be connected with the triangle square (303), the both ends of the piston (306) respectively with the flute profile square (304) and hydraulic cylinder
(307) connect, the convex block two (308) is connected with the elongated square (313), the angular square (309) and the liquid
Cylinder pressure (307) is bolted, and the pin of convex block two (310) is connected with the convex block two (308), the long pin
(311) it is connected with the elongated square (313), the pin of convex block one (312) is connected with the convex block one (301).
2. a kind of track feeding cylinder allocation mechanism according to claim 1, it is characterised in that the supporting mechanism includes
Base (101), short column (102), square plate one (103), square plate two (104), trough plate (105), square plate three (106), box type column
(107), guide pin bushing fixes cylinder one (108), guide pin bushing one (109), box type column pin (110), guide pillar one (111), square plate four
(112), guide pin bushing three (113), guide pillar two (114), long cylinder (115), oval column piece (116), guide pin bushing four (117), column block one
(118), column block two (119), guide pin bushing two (120) and guide pin bushing fix cylinder two (121), the base (101) and square plate one
(103) connect, the square plate two (104) is connected by screw with the square plate one (103), the short column (102) with it is described
Square plate two (104) connects, and the trough plate (105) is connected with the square plate three (106), the box type column (107) and the side
Plate three (106) is bolted, and the guide pin bushing is fixed cylinder one (108) and is connected with the square plate three (106), the guide pin bushing one
(109) cylinder one (108) to be fixed with the guide pin bushing to be connected, the box type column pin (110) is connected with the box type column (107),
The guide pillar one (111) is connected with the guide pin bushing one (109), the square plate four (112) and meanwhile with the column block one (118) and
Column block two (119) is bolted, and the guide pin bushing three (113) is connected with the square plate four (112), the guide pillar two
(114) it is connected with the guide pin bushing four (117), the long cylinder (115) is connected with the oval column piece (116), the long cylinder
Part (116) is connected with the square plate four (112), and the guide pin bushing four (117) is connected with the square plate four (112), the column block
The upper end of one (118) is connected with the square plate four (112), and the lower end of the column block one (118) connects with the square plate three (106)
Connect, the upper end of the column block two (119) is connected with the square plate four (112), the lower end of the column block two (119) with it is described
Square plate three (106) connects, and the guide pin bushing two (120) is fixed cylinder two (121) with the guide pin bushing and is connected, and the guide pin bushing fixes cylinder
Two (121) are connected with the square plate three (106).
3. a kind of track feeding cylinder allocation mechanism according to claim 1, it is characterised in that the body part includes
Short cylindrical one (201), workbench (202), long frid one (203), material toggling cylinder (204), long frid two (205), short frid
One (206), short frid two (207), support bar cushion block one (208), cushion block pin one (209), support bar one (210), end floor beam
(211), square steel one (212), connecting bolt (213), cylindrical thread set (214), square steel two (215), support bar two (216), branch
Strut cushion block two (217), short cylindrical two (218), cushion block pin two (219), cushion block pin three (220) and short cylindrical three (221),
The cylinder one (201), short cylindrical two (218) and short cylindrical three (221) are all connected by bolt and the workbench (202)
Connect, the long frid one (203), long frid two (205), short frid one (206) and short frid two (207) all pass through bolt and institute
Workbench (202) connection is stated, the material toggling cylinder (204) is connected with the cylindrical thread set (214), the support bar cushion block
One (208) are bolted with the workbench (202), the cushion block pin one (209) and the support bar cushion block one
(208) connect, the support bar one (210) is connected with the cushion block pin one (209), the end floor beam (211) at the same with institute
State support bar one (210), cylindrical thread set (214) and support bar two (216) connection, the square steel one (212), cylindrical thread set
(214) all it is connected with square steel two (215) with the end floor beam (211), the connecting bolt (213) and the cylindrical thread set
(214) connect, the support bar two (216) is connected with the support bar cushion block two (217), the cushion block pin two (219) and
Cushion block pin three (220) is all connected with the support bar cushion block two (217), the workbench (202) by bolt simultaneously with
The angular square (309) and the elongated square (313) connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720481207.4U CN207061248U (en) | 2017-05-03 | 2017-05-03 | Track feeding cylinder allocation mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720481207.4U CN207061248U (en) | 2017-05-03 | 2017-05-03 | Track feeding cylinder allocation mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207061248U true CN207061248U (en) | 2018-03-02 |
Family
ID=61505040
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720481207.4U Expired - Fee Related CN207061248U (en) | 2017-05-03 | 2017-05-03 | Track feeding cylinder allocation mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207061248U (en) |
-
2017
- 2017-05-03 CN CN201720481207.4U patent/CN207061248U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180302 Termination date: 20200503 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |