CN2435168Y

CN2435168Y - Material double-face oiling device

Info

Publication number: CN2435168Y
Application number: CN 00242947
Authority: CN
Inventors: 吴克胜
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-07-04
Filing date: 2000-07-04
Publication date: 2001-06-20
Anticipated expiration: 2010-07-04

Abstract

The utility model relates to a material double-face oil feeding device. The top and the bottom sides of a work piece are provided with at least one oil feeding element, and each oil feeding element is respectively connected with an oil feeding device and an air feeding device. Each oil feeding element is composed of a main body, a nozzle and an oil outlet piece. An air feeding passage and an oil feeding passage are arranged in the main body, and are connected outside with the air feeding device and the oil feeding device so as to input high pressure air and oil materials to a through hole of the main body. The input high pressure air is mixed with the oil materials into oil gas in the through hole. The oil gas is ejected towards the work piece via the oil outlet piece, and is dispersed over the work piece uniformly.

Description

The material two-side feeding means

The utility model relates to a kind of material two-side feeding means of press machine.

Generally when punch forming; because work package and drift can produce plastic deformation because of friction during the downward punching press of drift; and so be out of shape and the energy that rubs can discharge with the heat energy form; for the power of reducing friction, prevent to sting mould or mould consumption to reduce operating force and the quality that improves goods, can import lubricating oil in the both sides up and down of work package usually.As shown in Figure 1, general feeding means 1, felt 12 by an oil trap 10, a petroleum pipeline 11 and cylinder shape is formed, be loaded with oil plant 100 in this oil trap 10, and be communicated with an end 110 of this

petroleum pipeline

11,12 other ends 111 that are communicated with this petroleum pipeline 11 of this felt can be stained with brush on work package 130 through felt 12 with the oil plant of being exported by this petroleum pipeline 11.But, general feeding means 1, because the same time gives the area of work package oil supply little and uneven, so efficient is not good, and oil gas is easily outer when operation looses, and can make the personnel of operation in factory for a long time make uncomfortable because of sucking too much oil gas.

The purpose of this utility model is to provide a kind of can prevent the material two-side feeding means that oil gas looses simultaneously outward to the even oil supply of work package large tracts of land to increase operating efficiency.

The technical solution of the utility model is to provide a kind of material two-side feeding means, comprise that one puts the storing face of work package and lays respectively at this storing face most oil supply elements of both sides up and down, respectively this oil supply element connects a fueller and a feeder respectively, it is characterized in that: respectively this oil supply element comprises a body, a nozzle and one fuel-displaced; This body has a perforation that vertically runs through this body, and respectively has an enlarged end radially at this body two sides opening part, laterally wear an air supply channel in this body, the inlet opening of this air supply channel is to be positioned on the outside wall surface of this body and to be communicated with this feeder, and be communicated with one in the perforation of this body radially on the enlarged end, below the air supply channel of this body, wear an oil supply gallery, the inlet opening of this oil supply gallery is to be positioned on the outside wall surface of this body, and being communicated with this fueller for the input oil plant, the exit opening of this oil supply gallery then is positioned at the perforation that inputs to this body on the perisporium of this perforation for the oil plant of this fueller; This nozzle sets is located at the perforation of this body and is provided with in the enlarged end of air supply channel opening, and this nozzle has an air inlet portion and a portion of giving vent to anger; On another enlarged end that this fuel-displaced is located in the perforation of this body, this fuel-displaced is provided with an oil plant that holds to be advanced by this oil supply gallery in a side in this perforation, and is communicated with the oil-collecting space that an oil spout portion outwards sprays oil gas.

Described material two-side feeding means is characterized in that: also comprise a shell body, and this shell body surface is formed with a charging aperture and a discharging opening to putting face.

Described material two-side feeding means, it is characterized in that: the outside wall surface of this body is by an end face, one bottom surface and four side wall surfaces form, the two ends of this perforation are opened on this end face and this bottom surface respectively, this oil supply gallery has a main oil pipe, one first arm and one second arm, this main oil pipe is to be horizontally set with in this body, and two ends are opened on this body two opposite sides wall respectively, vertical this main oil pipe of this first arm and being located in this body, one end of this first arm is communicated with this main oil pipe, the other end then is opened on the opposite side wall adjacent with this two side walls, this second arm is vertical this first arm and being located in this body, one end of this second arm is to be communicated with this first arm, this other end then is opened on the perisporium of this body perforation, organizes in the opening of base side wall at this first arm and establishes the fuel-flow control part that this first arm of adjusting control flows into this second arm oil mass.

Described material two-side feeding means is characterized in that: this fueller has the pipeline road that an oil groove and is communicated with the oil supply gallery of this oil groove and this body.

Described material two-side feeding means also is provided with one and regulates the adjusting device of importing oil mass on this pipeline road.

Described material two-side feeding means is characterized in that: the end at this main oil pipe is provided with a cock body.

Described material two-side feeding means is characterized in that: this nozzle upper set is provided with and prevents O type ring, the pad that leaks gas, a C shape ring and a cover plate of fixing this O type ring and pad.

Described material two-side feeding means, it is characterized in that: the air supply channel of two oil supply elements and oil supply gallery, be to link with the body of a corresponding bore, C shape ring and leakage washer respectively, the sheathed leakage washer of this body is filled in the air supply channel and oil supply gallery of this oil supply element, and fixing with C shape ring.

As shown from the above technical solution, two-sided feeding means of the present utility model can be made large tracts of land to the surface of a work package at the same time and distribute fast, thereby promoted operating efficiency, and the outside is coated with housing, make oil gas and oil plant not understand outer loosing, thereby avoid the staff to suck too much oil gas, ensured that the staff's is healthy.

Below in conjunction with drawings and Examples material two-side feeding means of the present utility model is elaborated, in the accompanying drawing:

Fig. 1 is the side schematic view of general feeding means.

Fig. 2 is the shell body of the utility model preferred embodiment and the relevant position schematic diagram of oil supply element.

Fig. 3 is the structural representation of the oil supply element of the utility model preferred embodiment.

Fig. 4 is the generalized section of the utility model preferred embodiment.

Fig. 5 is the schematic perspective view of another preferred embodiment of the utility model.

The utility model provides a material two-side feeding means 2 at its two-sided supply cooling oil plant of the work package of punching press facility, shown in Fig. 2～4, in the present embodiment, this material two-side feeding means 2 has a shell body 20, and in the two side walls 200 of this shell body 20,201 symmetries be provided with a charging aperture 202 and a discharging opening 203, and this charging aperture 202 and discharging opening 203 also form one and can put a storing face 204 of work package 13, the upper and lower that is positioned at this storing face 204 in this shell body 20 then each group is provided with at least one oil supply element, be with three oil supply elements 3 in this preferred embodiment, 7,9 is example, be located at the oil supply element 3 on right side, housing top with group, this oil supply element 3 is by a body 4, one nozzle 5 and one fuel-displaced 6 form (as shown in Figure 3).

In this preferred embodiment, the outside wall surface of this body 4 is by an end face 40, before one bottom surface 41 reaches, after, a left side, right four

side wall surfaces

42,43,44,45 form, form one by the central authorities of this body 4 and vertically run through bottom surface 40, top, a perforation 46 of 41, and this perforation 46 is in the bottom surface, top 40 that is close to

body

4,41 respectively are formed with the big and opening of more former perforation 46 calibers of a caliber in bottom surface 40, top, 41 radially enlarged end 460,461, laterally be equipped with an air supply channel 47 in this body 4, and these air supply channel 47 two ends 470,471 openings are at the left and right sides wall 44 of body 4, on 45, this air supply channel 47 is in the radially enlarged end 460 of central communication bores 46 and close this end face 40, for gases at high pressure by the opening 471 of this side wall surface 45 in air supply channel 47 enters perforation 46, below the air supply channel 47 of this body 4, also be equipped with an oil supply gallery 48, in this preferred embodiment, this oil supply gallery 48 is by a main oil pipe 480, one first arm 481 and one second arm 482 form, this main oil pipe 480 is to be horizontally set with in this body 4, and two ends 483,484 difference openings are at the left and right sides wall 44 of this

body

4,45, these first arm, 481 vertical these main oil pipes 480 are located in this body 4, one end 485 is to be communicated with this main oil pipe 480,486 of the other ends are opened on front face 42, vertical again first arm 481 of second arm 482 is located in this body 4, one end 487 is to be communicated with this first arm 481,488 of this other ends are opened on the perisporium of perforation 46, input to for oil plant in the perforation 46 of this body 4, one fuel-flow control part 49 is to be established in the opening 486 of first arm 481 by front face 42 spiral shells of this body 4, the 490 one-tenth tapers in the end of this fuel-flow control part 49 can be borrowed spiral shell to establish into the depth in this first arm 481 and regulate the oil mass that this first arm 481 of control flows into this second arm 482.

This nozzle 5 has an air inlet portion 50 and a portion 51 of giving vent to anger in this preferred embodiment, and this air inlet portion 50 and give vent to anger and lead between the portion 51 and with pipeline, this nozzle 5 is that the end face 40 by body 4 wears in the perforation 46, because these nozzle 5 tops are discoid, therefore inserting is just feeling better after this perforation 46 is fastened on 46 the enlarged end 460 of boring a hole and locatees, and above this nozzle 5, add O type ring 52, pad 53 is in case leak-stopping gas and fixed with C shape ring 54, and set the position with a cover plate 55 spiral shells again, when group is established to the location, please cooperate shown in Figure 4, two openings 500 of this air inlet portion 50, the 501st, be communicated with air supply channel 47, can receiving the gases at high pressure that import into by this air supply channel 47, and the pipeline through leading to 502 and giving vent to anger by the portion of giving vent to anger 51.This fuel-displaced 6 in this preferred embodiment, its bottom is to be plate-like, the top then is a cylinder, and in this cylinder, be concaved with an oil-collecting space 60, can hold the oil plant that is advanced by this oil supply gallery 48, and in this oil-collecting space 60, be communicated with the oil spout portion 61 that is provided with again, in this preferred embodiment, this oil spout portion 61 is hollow tubes, and its opening lays respectively in this oil-collecting space 60 and fuel-displaced 6 bottom surface 62, and this fuel-displaced 6 be to be established into fixing in the perforation 46 and with viscose with the mode group of punching press by the bottom of body 4, and this fuel-displaced 6 bottom is subjected to block in enlarged end 461 places near bottom surface 41, and because the radius of its bottom plate-like is a bit larger tham the radius of this enlarged end 461, therefore can be in conjunction with more firm.

Owing to be to be example in this preferred embodiment with three oil supply elements, therefore for the air supply channel and the oil supply gallery of two oil supply elements are described, just with right side and central

oil supply element

3,7 is example (as shown in Figure 3), can relend body 70 by a corresponding bore, reach at the two ends of this body 70 and linked with C shape ring 71 and leakage washer 72, earlier leakage washer 72 is inserted in these body 70 both sides, and plug is established into two oil supply elements 3 respectively, 7

air supply channel

47,73 and oil supply gallery 48, in 74, fixing and prevent that these packing rings 72 from dropping with this C shape ring 71 again, so, this two

oil supply element

3,7

air supply channel

47,73 and

oil supply gallery

48,74, just can divide other connection by said elements, after the connection promptly as shown in Figure 4.

Therefore, for the oil supply element 3 that is positioned at the right side, then these main oil pipe 480 1 ends 484 are to be external on the fueller 80 (in this preferred embodiment, this fueller 80 has an oil groove 800 and a pipeline road 801, be loaded with oil plant in this oil groove 800, and by connecting pipeline road 801 oil supply element 3 is given in oil transportation, on this pipeline road 801, be provided with a check-valves 8010 and reflux to prevent oil plant), 483 main oil pipes 74 that are communicated with central oil supply elements 7 of the other end.For the oil supply element 7 of central authorities, then two ends then are communicated to the main oil pipe 48,90 of left and right sides oil supply element 3,9 respectively.For the oil supply element 9 in left side, then main oil pipe 90 one ends 900 are connected on the main oil pipe 74 of central oil supply element 7, and 901 groups of the other end are established into a cock body 91, make the

main oil pipe

48,74,90 of these three

oil supply elements

3,7,9 form a complete pipeline.

And this air supply channel 47 is also identical, for the body 4 that is positioned at the right side, then one end 471 is to be communicated to a feeder (this feeder is meant an air compressor machine (figure do not show) and a supply air line 81 that is connected on the air compressor machine, and by on this supply air line 81, establishing a magnetic valve 810 and air pressure adjustment button 811 with the air feed of controlling this supply air line 81 and the size of input air pressure, and be connected on the right side oil supply element 3, to supply with pressure-air), 470 of the other ends are communicated on the air supply channel 73 of central fuel feeding element 7.For the oil supply element 7 of central authorities, then two ends then are communicated to the air supply channel 47,92 of left and right sides oil supply element 3,9 respectively.For the oil supply element 9 in left side, then these air supply channel 92 1 ends 920 are connected on the air supply channel 73 of central oil supply element 7, and 921 groups of the other end are established into a cock body 93, so that the

air supply channel

47,73,92 of these three

oil supply elements

3,7,9 can lead to mutually.

Therefore, after on the storing face 204 that this work package 13 is entered this charging aperture 202, gases at high pressure are promptly opened and imported to this magnetic valve 810, oil supply element 3 with the rightmost side is an example, cooperate shown in 4, when this pressure-air is entered in the nozzle 5 by the air supply channel 47 of this body 4 by air inlet portion, pipeline 502 in this nozzle 5 is ejection in perforation 46 by the portion of giving vent to anger 51, in this perforation 46 with after oil plant in the oil-collecting space 60 mixes, the oil gas that mixes promptly sprays to work package 13 via this oil spout portion 61, and be evenly distributed on the surface of this work package 13, behind ejection oil gas, be vacuum state in this perforation 46, by and the external world between pressure differential oil plant is sucked in the oil-collecting space 60 in this perforation 46 the and oil supply element 7 in central authorities and left side, 9 also is to spray in an identical manner.

As shown in Figure 5, be to be another preferred embodiment of the present utility model, it is that two oil supply element design are become a module 3 ', to save the element in conjunction with passage.

Claims

1. material two-side feeding means, comprise that one puts the storing face of work package and lays respectively at this storing face most oil supply elements of both sides up and down, respectively this oil supply element connects a fueller and a feeder respectively, it is characterized in that: respectively this oil supply element comprises a body, a nozzle and one fuel-displaced;

This body has a perforation that vertically runs through this body, and respectively has an enlarged end radially at this body two sides opening part, laterally wear an air supply channel in this body, the inlet opening of this air supply channel is to be positioned on the outside wall surface of this body and to be communicated with this feeder, and be communicated with one in the perforation of this body radially on the enlarged end, below the air supply channel of this body, wear an oil supply gallery, the inlet opening of this oil supply gallery is to be positioned on the outside wall surface of this body, and being communicated with this fueller for the input oil plant, the exit opening of this oil supply gallery then is positioned at the perforation that inputs to this body on the perisporium of this perforation for the oil plant of this fueller; This nozzle sets is located at the perforation of this body and is provided with in the enlarged end of air supply channel opening, and this nozzle has an air inlet portion and a portion of giving vent to anger; On another enlarged end that this fuel-displaced is located in the perforation of this body, this fuel-displaced is provided with an oil plant that holds to be advanced by this oil supply gallery in a side in this perforation, and is communicated with the oil-collecting space that an oil spout portion outwards sprays oil gas.

2. material two-side feeding means as claimed in claim 1 is characterized in that: also comprise a shell body, and this shell body surface is formed with a charging aperture and a discharging opening to putting face.

3. material two-side feeding means as claimed in claim 1, it is characterized in that: the outside wall surface of this body is by an end face, one bottom surface and four side wall surfaces form, the two ends of this perforation are opened on this end face and this bottom surface respectively, this oil supply gallery has a main oil pipe, one first arm and one second arm, this main oil pipe is to be horizontally set with in this body, and two ends are opened on this body two opposite sides wall respectively, vertical this main oil pipe of this first arm and being located in this body, one end of this first arm is communicated with this main oil pipe, the other end then is opened on the opposite side wall adjacent with this two side walls, this second arm is vertical this first arm and being located in this body, one end of this second arm is to be communicated with this first arm, this other end then is opened on the perisporium of this body perforation, organizes in the opening of base side wall at this first arm and establishes the fuel-flow control part that this first arm of adjusting control flows into this second arm oil mass.

4. material two-side feeding means as claimed in claim 1 is characterized in that: this fueller has the pipeline road that an oil groove and is communicated with the oil supply gallery of this oil groove and this body.

5. material two-side feeding means as claimed in claim 4 is characterized in that: also be provided with one and regulate the adjusting device of importing oil mass on this pipeline road.

6. material two-side feeding means as claimed in claim 5 is characterized in that: the end at this main oil pipe is provided with a cock body.

7. material two-side feeding means as claimed in claim 1 is characterized in that: this nozzle upper set is provided with and prevents O type ring, the pad that leaks gas, a C shape ring and a cover plate of fixing this O type ring and pad.

8. material two-side feeding means as claimed in claim 1, it is characterized in that: the air supply channel of two oil supply elements and oil supply gallery, be body, C shape ring and leakage washer binding with a corresponding bore, the sheathed leakage washer of this body is filled in the air supply channel and oil supply gallery of this oil supply element, and fixing with C shape ring.