CN203143673U - Bilateral blanking device - Google Patents
Bilateral blanking device Download PDFInfo
- Publication number
- CN203143673U CN203143673U CN 201320069705 CN201320069705U CN203143673U CN 203143673 U CN203143673 U CN 203143673U CN 201320069705 CN201320069705 CN 201320069705 CN 201320069705 U CN201320069705 U CN 201320069705U CN 203143673 U CN203143673 U CN 203143673U
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- pusher
- lifting
- elevating bracket
- guide
- fixedly arranged
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Abstract
The utility model discloses a bilateral blanking device which mainly overcomes the defect of applicability caused by the fact that a common blanking device can only perform unilateral blanking. The bilateral blanking device is mainly suitable for being arranged at the discharging end of a processing machine and is composed of a machine platform, a first lifting unit, a first material pushing unit, a first material guide plate, a second lifting unit, a second material pushing unit and a second material guide plate, wherein the first lifting unit, the first material pushing unit and the first material guide plate are arranged on one side of the machine platform, and the second lifting unit, the second material pushing unit and the second material guide plate are arranged on the other side of the machine platform. The first lifting unit and the first material pushing unit are controlled to act according to requirements so as to enable materials to be guided by the second material guide plate to complete a first-side blanking from one side of the machine platform, or the second lifting unit and the second material pushing unit are controlled to enable the materials to be guided by the first material guide plate to complete second-side blanking from the other side of the machine platform. Accordingly, the bilateral blanking device can switch different blanking directions according to the requirements so as to improve applicability and save labor power and operation time.
Description
Technical field
The utility model relates to blanking device, refers to a kind of bilateral blanking device especially.
Background technology
Along with transition of age, in order to increase the efficient of work, and reduction human cost, the step that present factory also more and more tends to automation of industry strides forward, same, processing industry is also changed into the mode of production of semi-automation or automation gradually by traditional processing mode, for example, at present for the processing mode of the huge machine of circle, be that a side at circular sawing machine arranges a material material blanking device mostly, will expect that material send in the huge machine of circle continuously carries out processing of cutting, and the output of material material and blanking after will cutting by this blanking device, so that following process or transport, use and reach the purpose of saving manpower and production time.
Yet, because of the user demand difference, cause expecting that the size after material cuts is also different, and in order effectively to reach the effect of continuous blanking, namely must change the blanking device that uses different types, thus, not only can bring inconvenience, and can increase productive costs, and can't really reach the purpose of saving manpower and production time.
The utility model content
Technical problem to be solved in the utility model is to provide a kind of bilateral blanking device, and its main visual demand and switch different blanking directions is with the applicability that improves this blanking device and save manpower and production time.
For addressing the above problem, the utility model provides a kind of bilateral blanking device, comprises: a board has a feeding track;
One first lifting unit, be located at this board and be positioned at this feeding track one side, and comprise one first lifting cylinder pressure, two first lifting guide pillars, and one first elevating bracket, this first lifting cylinder pressure have first lifting cylinder body that is fixedly arranged on this board, and a scalable action ground be located at the first interior lifting piston rod of this first lifting cylinder body, described two first lifting guide pillars are to be fixedly arranged on this board and to be parallel to this first lifting cylinder pressure; Described first elevating bracket is to be fixedly arranged on this first lifting piston rod and to have two first socket parts that are slidedly arranged on this first lifting guide pillar;
One second lifting unit, be located at this board and be positioned at this feeding track opposite side, and comprise one second lifting cylinder pressure, two second lifting guide pillars, and one second elevating bracket, this second lifting cylinder pressure have second lifting cylinder body that is fixedly arranged on this board, and a scalable action ground be located at the second interior lifting piston rod of this second lifting cylinder body, described two second lifting guide pillars are to be fixedly arranged on this board and to be parallel to this second lifting cylinder pressure; Described second elevating bracket is to be fixedly arranged on this second lifting piston rod and to have two second socket parts that are slidedly arranged on this second lifting guide pillar;
One first pusher unit, be located at this first elevating bracket, and comprise one first pusher cylinder pressure, 2 first pusher guide rods, and one first pusher part, this first pusher cylinder pressure have first a pusher cylinder body that is fixedly arranged on this first elevating bracket, and one can towards this feeding track direction expanding-contracting action be located at the first pushing piston bar in this first pusher cylinder body, described two first pusher guide rods are mobilizablely to be located at this first elevating bracket and to be parallel to this first pusher cylinder pressure, and the described first pusher part is an end that is fixedly arranged on this first pushing piston bar and described two first pusher guide rods;
One second pusher unit, be located at this second elevating bracket, and comprise one second pusher cylinder pressure, two second pusher guide rods, and one second pusher part, this second pusher cylinder pressure have second a pusher cylinder body that is fixedly arranged on this second elevating bracket, and one can towards this feeding track direction expanding-contracting action be located at the second pushing piston bar in this second pusher cylinder body, described two second pusher guide rods are mobilizablely to be located at this second elevating bracket and to be parallel to this second pusher cylinder pressure, and this second pusher part is an end that is fixedly arranged on this second pushing piston bar and this two second pusher guide rod;
One first stock guide is fixedly arranged on this first elevating bracket, and has one first guide inclined-plane;
One second stock guide is fixedly arranged on this second elevating bracket, and has one second guide inclined-plane.
Preferably, the both sides of described board feeding track respectively are provided with a guide sheet.
Preferably, described board one side is provided with protuberance one first time, and 2 first upper convex portion, this first time protuberance be for this first lifting cylinder body, and an end of this two first lifting guide pillar institute affixed, this first upper convex portion is affixed for the other end institute of this two first lifting guide pillar.
Preferably, described board opposite side is provided with protuberance one second time, and two second upper convex portion, this second time protuberance be for this second lifting cylinder body, and an end of this two second lifting guide pillar institute affixed, this second upper convex portion is affixed for the other end institute of this two second lifting guide pillar.
Preferably, described first elevating bracket is provided with two first guiding ring portions, and respectively this first guiding ring portion is to place for this first pusher guide rod.
Preferably, described second elevating bracket is provided with two second guiding ring portions, and respectively this second guiding ring portion is to place for this second pusher guide rod.
The bilateral blanking device of the utility model, can control first lifting unit and the first pusher unit start, allow the material material from board on one side and be subjected to the guiding of second stock guide and finish the first limit blanking, or control second lifting unit and the second pusher unit start, allow the material material from the board another side and be subjected to the guiding of first stock guide and finish the second limit blanking, the demand of looking is switched different blanking directions, has improved the applicability of described blanking device and has saved manpower and production time.
Description of drawings
Fig. 1 is block diagram of the present utility model.
Fig. 2 is another visual angle block diagram of the present utility model.
Fig. 3 is another visual angle of the present utility model block diagram.
Fig. 4 is top view of the present utility model, shows the state of not drawing first and second stock guide.
Fig. 5 is lateral plan of the present utility model.
Fig. 6 is the cardon () of doing of the present utility model, shows that second lifting unit drives the state that second elevating bracket rises.
Fig. 7 is the cardon (two) of doing of the present utility model, shows that the second pusher cylinder pressure drives the state that the second pusher part carries out pusher.
Fig. 8 is the cardon (three) of doing of the present utility model, shows that first lifting unit drives the state that first elevating bracket rises.
Fig. 9 is the cardon (four) of doing of the present utility model, shows that the first pusher cylinder pressure drives the state that the first pusher part carries out pusher.
Description of reference numerals
The 11st, processing machine 111 is discharge ends
The 20th, board 21 is feeding tracks
The 211st, the guide sheet
22 is that first time protuberance 23 is first upper convex portion
24 is that second time protuberance 25 is second upper convex portion
30 is that first lifting unit 31 is first lifting cylinder pressures
311 is that first lifting cylinder body 312 is first lifting piston rods
32 is that first lifting guide pillar 33 is first elevating brackets
331 is that first socket part 332 is first guiding ring portions
40 is that second lifting unit 41 is second lifting cylinder pressures
411 is that second lifting cylinder body 412 is second lifting piston rods
42 is that second lifting guide pillar 43 is second elevating brackets
431 is that second socket part 432 is second guiding ring portions
50 is that the first pusher unit 51 is first pusher cylinder pressures
511 is that the first pusher cylinder body 512 is first pushing piston bars
52 is that the first pusher guide rod 53 is first pusher parts
60 is that the second pusher unit 61 is second pusher cylinder pressures
611 is that the second pusher cylinder body 612 is second pushing piston bars
62 is that the second pusher guide rod 63 is second pusher parts
71 is that first stock guide 711 is first guide inclined-planes
712 is that the first importing edge 713 is first derivation edges
72 is that second stock guide 721 is second guide inclined-planes
722 is that the second importing edge 723 is second derivation edges
The 91st, the material material
The specific embodiment
Consult Fig. 1 to 5, a kind of bilateral blanking device that the utility model embodiment provides, be applicable to that group is located at the discharge end 111 of processing machine 11, and this processing machine (for example circular sawing machine) mainly is that strip material material 91 is cut, this bilateral blanking device mainly by a board 20, one first lifting unit 30, one second lifting unit 40, one first pusher unit 50, one second pusher unit 60, one first stock guide 71, and one second stock guide 72 formed, wherein:
Described board 20, the upper end has a feeding track 21 in order to automatic transport material material, and respectively be provided with a guide sheet 211 in the both sides of this feeding track 21, material material 91 after cutting for material is carried smoothly, be provided with protuberance 22 one first time in these board 20 1 sides in addition, and 2 first upper convex portion 23, more be provided with protuberance 24 one second time in these board 20 opposite sides, and 2 second upper convex portion 25.
Described first lifting unit 30, be located at this board 20 and be positioned at this feeding track 21 1 sides, and comprise one first lifting cylinder pressure 31,2 first lifting guide pillars 32, and one first elevating bracket 33, this first lifting cylinder pressure 31 have first lifting cylinder body 311 that is fixedly arranged on 20 first times protuberances 22 of this board, and a scalable action ground be located at the first interior lifting piston rod 312 of this first lifting cylinder body 311, this 2 first lifting guide pillar 32 is to be fixedly arranged between the first upper and lower protuberance 22,23 of this board 20 and to be parallel to this first lifting cylinder pressure 31; This first elevating bracket 33 is to be fixedly arranged on this first lifting piston rod 312 and to have two first socket parts 331 that are slidedly arranged on this first lifting guide pillar 32, and in the present embodiment, this first elevating bracket 33 more is provided with the two parallel first guiding ring portions 332 mutually.
The composition of described second lifting unit 40 is identical with this first lifting unit 30, and it is relative with this first lifting unit 30, this second lifting unit 40 is located at this board 20 and is positioned at this feeding track 21 opposite sides, and comprise one second lifting cylinder pressure 41,2 second lifting guide pillars 42, and one second elevating bracket 43, this second lifting cylinder pressure 41 has second lifting cylinder body 411 that is fixedly arranged on 20 second times protuberances 24 of this board, and one scalable action ground be located at the second interior lifting piston rod 412 of this second lifting cylinder body 411, this 2 second lifting guide pillar 42 be fixedly arranged on this board 20 second on, following protuberance 24, between 25 and be parallel to this second lifting cylinder pressure 41; This second elevating bracket 43 is to be fixedly arranged on this second lifting piston rod 412 and to have two second socket parts 431 that are slidedly arranged on this second lifting guide pillar 42, and this second elevating bracket 43 more is provided with the two parallel second guiding ring portions 432 mutually.
The described first pusher unit 50, be located at this first elevating bracket 33, and comprise one first pusher cylinder pressure 51,2 first pusher guide rods 52, and one first pusher part 53, this first pusher cylinder pressure 51 has first a pusher cylinder body 511 that is fixedly arranged on this first elevating bracket 33, and one can be located at the first interior pushing piston bar 512 of this first pusher cylinder body 511 towards this feeding track 21 direction expanding-contracting actions ground, this 2 first pusher guide rod 52 is that mobilizable first of this first elevating bracket 33 that is placed through is guided ring portion 332 and is parallel to this first pusher cylinder pressure 51, and this first pusher part 53 is ends that are fixedly arranged on this first pushing piston 512 and this 2 first pusher guide rod 52.
The composition of the described second pusher unit 60 is identical with this first pusher unit 50, and it is relative with this first pusher unit 50, this second elevating bracket 43 is located in this second pusher unit 60, and comprise one second pusher cylinder pressure 61,2 second pusher guide rods 62, and one second pusher part 63, this second pusher cylinder pressure 61 has second a pusher cylinder body 611 that is fixedly arranged on this second elevating bracket 43, and one can be located at the second interior pushing piston bar 612 of this second pusher cylinder body 611 towards this feeding track 22 direction expanding-contracting actions ground, this 2 second pusher guide rod 62 is that mobilizable second of this second elevating bracket 43 of being located at is guided ring portion 432 and is parallel to this second pusher cylinder pressure 61, and this second pusher part 63 is ends that are fixedly arranged on this second pushing piston bar 612 and this 2 second pusher guide rod 62.
Described first stock guide 71, be fixedly arranged on this first elevating bracket 33, and having one first a guide inclined-plane 711, this first guide inclined-plane 711 has and one first imports edge 712, and one first imports edge 712 for low and derive edge 713 away from first of this feeding track 21 than this.
Described second stock guide 72, be fixedly arranged on this second elevating bracket 43, and having one second a guide inclined-plane 721, this second guide inclined-plane 721 has and one second imports edge 722, and one second imports edge 722 for low and derive edge 723 away from second of this feeding track 21 than this.
The above is structure and the configuration explanation thereof of each primary member of the utility model embodiment.Make flowing mode and effect makes the following instructions as for of the present utility model.
The utility model carries out the blanking action (being the right blanking of drawing) on first limit:
Consult Fig. 4,6,7, at first control this first lifting unit, 30 starts, make first of first stock guide 71 that is fixedly arranged on this first elevating bracket 33 import the feeding track 21 of edge 712 and this board 20 on same elevation of water; Control this second lifting unit, 40 starts subsequently, make this second lifting cylinder pressure 41 drive this second elevating bracket 43 and rise with the second pusher unit of being located on this second elevating bracket 43 60, up to the second pusher part 63 of this second pusher unit 60 on level attitude a little more than this feeding track 21; Control this second pusher unit, 60 starts at last, the second pushing piston bar 612 of this second pusher cylinder pressure 61 is stretched out towards these feeding track 21 directions, and then drive this second pusher part 63 and produce equidirectional displacement, using the material material 91 that will be positioned on this feeding track 21 promotes towards these first stock guide, 71 directions, make this material material 91 be able to fall to putting first book office by the guiding of this first stock guide 71, so that following process or transport.
The utility model carries out the blanking action (being the left side blanking of drawing) on second limit:
Consult Fig. 4,8,9, it is same as described above that it makes flowing mode, that is control this second lifting unit, 40 starts, makes second of second stock guide 72 that is fixedly arranged on this second elevating bracket 43 import the feeding track 21 of edge 722 and this board 20 on same elevation of water; Control this first lifting unit, 30 starts subsequently, make this first lifting cylinder pressure 31 drive this first elevating bracket 33 and rise with the first pusher unit of being located on this first elevating bracket 33 50, up to the first pusher part 53 of this first pusher unit 50 on level attitude a little more than this feeding track 21; Control this first pusher unit, 50 starts at last, the first pushing piston bar 512 of this first pusher cylinder pressure 51 is stretched out towards these feeding track 21 directions, and then drive this first pusher part 53 and produce equidirectional displacement, using the material material 91 that will be positioned on this feeding track 21 promotes towards these second stock guide, 72 directions, make this material material 91 be able to fall to putting second book office by the guiding of this second stock guide 72, so that following process or transport.
Accordingly, the visual demand of the utility model and control this first lifting unit 30 and 50 starts of the first pusher unit, allow material material 91 from board 20 and be subjected to the guiding of this second stock guide 72 and finish the first limit blanking on one side, or control this second lifting unit 40 and 60 starts of the second pusher unit, allow material material 91 from board 20 another sides and be subjected to the guiding of this first stock guide 71 and finish the second limit blanking, be with, the visual demand of the utility model and switch different blanking directions reaches the applicability that improves this blanking device and the purpose of saving manpower and production time really.
In sum, the various embodiments described above and diagram only are this novel preferred embodiment, when can not with this novel practical range of restriction, namely the equalization of doing according to this novel claim generally changes and modifies, and all should belong in the scope that this novel patent contains.
Claims (6)
1. bilateral blanking device is characterized in that: comprise:
One board has a feeding track;
One first lifting unit, be located at this board and be positioned at this feeding track one side, and comprise one first lifting cylinder pressure, two first lifting guide pillars, and one first elevating bracket, this first lifting cylinder pressure have first lifting cylinder body that is fixedly arranged on this board, and a scalable action ground be located at the first interior lifting piston rod of this first lifting cylinder body, described two first lifting guide pillars are to be fixedly arranged on this board and to be parallel to this first lifting cylinder pressure; Described first elevating bracket is to be fixedly arranged on this first lifting piston rod and to have two first socket parts that are slidedly arranged on this first lifting guide pillar;
One second lifting unit, be located at this board and be positioned at this feeding track opposite side, and comprise one second lifting cylinder pressure, two second lifting guide pillars, and one second elevating bracket, this second lifting cylinder pressure have second lifting cylinder body that is fixedly arranged on this board, and a scalable action ground be located at the second interior lifting piston rod of this second lifting cylinder body, described two second lifting guide pillars are to be fixedly arranged on this board and to be parallel to this second lifting cylinder pressure; Described second elevating bracket is to be fixedly arranged on this second lifting piston rod and to have two second socket parts that are slidedly arranged on this second lifting guide pillar;
One first pusher unit, be located at this first elevating bracket, and comprise one first pusher cylinder pressure, 2 first pusher guide rods, and one first pusher part, this first pusher cylinder pressure have first a pusher cylinder body that is fixedly arranged on this first elevating bracket, and one can towards this feeding track direction expanding-contracting action be located at the first pushing piston bar in this first pusher cylinder body, described two first pusher guide rods are mobilizablely to be located at this first elevating bracket and to be parallel to this first pusher cylinder pressure, and the described first pusher part is an end that is fixedly arranged on this first pushing piston bar and described two first pusher guide rods;
One second pusher unit, be located at this second elevating bracket, and comprise one second pusher cylinder pressure, two second pusher guide rods, and one second pusher part, this second pusher cylinder pressure have second a pusher cylinder body that is fixedly arranged on this second elevating bracket, and one can towards this feeding track direction expanding-contracting action be located at the second pushing piston bar in this second pusher cylinder body, described two second pusher guide rods are mobilizablely to be located at this second elevating bracket and to be parallel to this second pusher cylinder pressure, and this second pusher part is an end that is fixedly arranged on this second pushing piston bar and this two second pusher guide rod;
One first stock guide is fixedly arranged on this first elevating bracket, and has one first guide inclined-plane;
One second stock guide is fixedly arranged on this second elevating bracket, and has one second guide inclined-plane.
2. bilateral blanking device as claimed in claim 1, it is characterized in that: the both sides of described board feeding track respectively are provided with a guide sheet.
3. bilateral blanking device as claimed in claim 1, it is characterized in that: described board one side is provided with protuberance one first time, and 2 first upper convex portion, this first time protuberance be for this first lifting cylinder body, and an end of this two first lifting guide pillar institute affixed, this first upper convex portion is affixed for the other end institute of this two first lifting guide pillar.
4. bilateral blanking device as claimed in claim 1, it is characterized in that: described board opposite side is provided with protuberance one second time, and two second upper convex portion, this second time protuberance be for this second lifting cylinder body, and an end of this two second lifting guide pillar institute affixed, this second upper convex portion is affixed for the other end institute of this two second lifting guide pillar.
5. bilateral blanking device as claimed in claim 1 is characterized in that: described first elevating bracket is provided with two first guiding ring portions, and respectively this first guiding ring portion is to place for this first pusher guide rod.
6. bilateral blanking device as claimed in claim 1 is characterized in that: described second elevating bracket is provided with two second guiding ring portions, and respectively this second guiding ring portion is to place for this second pusher guide rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320069705 CN203143673U (en) | 2013-02-07 | 2013-02-07 | Bilateral blanking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320069705 CN203143673U (en) | 2013-02-07 | 2013-02-07 | Bilateral blanking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203143673U true CN203143673U (en) | 2013-08-21 |
Family
ID=48971217
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320069705 Expired - Lifetime CN203143673U (en) | 2013-02-07 | 2013-02-07 | Bilateral blanking device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203143673U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111302017A (en) * | 2020-02-26 | 2020-06-19 | 淮安信息职业技术学院 | Goods transfer device for logistics industry |
-
2013
- 2013-02-07 CN CN 201320069705 patent/CN203143673U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111302017A (en) * | 2020-02-26 | 2020-06-19 | 淮安信息职业技术学院 | Goods transfer device for logistics industry |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130821 |