CN205201301U - Material feeding device - Google Patents
Material feeding device Download PDFInfo
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- CN205201301U CN205201301U CN201520982831.3U CN201520982831U CN205201301U CN 205201301 U CN205201301 U CN 205201301U CN 201520982831 U CN201520982831 U CN 201520982831U CN 205201301 U CN205201301 U CN 205201301U
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- storing unit
- driving mechanism
- pressure sensor
- feeding device
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Abstract
The embodiment of the utility model provides a material feeding device. The device includes: transport mechanism, actuating mechanism and pressure sensor. Transport mechanism's discharge gate is relative with actuating mechanism's feed inlet, and the pressure sensor electricity is connected to actuating mechanism. Can place a plurality of materials in the transport mechanism, transport mechanism conveys the material orientation to actuating mechanism's feed inlet department, actuating mechanism shifts each material of its feed inlet department to the feed inlet department of the storage spare that can save the material in proper order, and pressure sensor corresponds the discharge gate department that sets up at storage spare, and when the material filled up storage spare, pressure sensor sent a pressure signal and gives actuating mechanism to make the actuating mechanism stop work. Obviously, the embodiment of the utility model provides a replaced the operation of artifical manual material loading through a material feeding device, so the efficiency of material loading operation can improve, correspondingly, the machining efficiency of material also will obtain improving, and the processing cost of material also will reduce.
Description
Technical field
The utility model relates to nonmetal processing technique field, particularly a kind of feeding device.
Background technology
In nonmetal processing technique field, for existing feeding device, the operation of its concrete material loading is generally come by mode manually, like this, the efficiency of material loading operation is general comparatively low, correspondingly, the working (machining) efficiency of material is general also comparatively low, and the processing cost of material is general also higher.
Utility model content
The utility model embodiment discloses a kind of feeding device, with solving the lower problem of manual loading efficiency.
The utility model embodiment provides a kind of feeding device, comprising: connecting gear, driving mechanism and pressure sensor; Wherein,
The discharging opening of described connecting gear is relative with the charging aperture of described driving mechanism, and described pressure sensor is electrically connected to described driving mechanism;
Can place multiple material in described connecting gear, described material orientation is sent to the charging aperture place of described driving mechanism by described connecting gear;
Each material sequential transfer at its charging aperture place extremely can be stored the charging aperture place of the storing unit of described material by described driving mechanism, described pressure sensor correspondence is arranged on the discharge outlet of described storing unit, when described material fills up described storing unit, described pressure sensor sends a pressure signal to driving mechanism, quits work to make described driving mechanism.
Further, above-mentioned feeding device also comprises: material pushing needle, material pushing needle pedestal and brace table; Wherein,
Described brace table carries described storing unit, described material pushing needle pedestal is installed on described brace table, described pressure sensor is installed in described brace table or described material pushing needle pedestal, described material pushing needle is slidably mounted on described material pushing needle pedestal, one end of described material pushing needle is adjacent with the discharging opening of described storing unit, the other end of described material pushing needle is adjacent with described pressure sensor, and, when described material fills up described storing unit, described material promotes described material pushing needle and described pressure sensor contacts.
Further, in above-mentioned feeding device, described driving mechanism comprises: material guiding parts, at least one pair of muller and drive motors; Wherein,
At least one pair of muller described and described drive motors are all fixedly installed in described brace table, and described drive motors is electrically connected with described pressure sensor;
Described material guiding parts is the first projection being convexly equipped in described brace table end face, described first projection is located between the discharging opening of described connecting gear and the charging aperture of described storing unit, and two mullers in each pair of muller are the corresponding both sides being arranged at described first projection respectively;
Described drive motors is also connected with each described muller respectively, and to drive two mullers in each pair of muller to reversely rotate, and described drive motors quits work after receiving the pressure signal of described pressure sensor transmission.
Further, in above-mentioned feeding device, described driving mechanism comprises: material guiding parts, at least one pair of muller and drive motors; Wherein,
At least one pair of muller described and described drive motors are all fixedly installed in described brace table, and described drive motors is electrically connected with described pressure sensor;
Described material guiding parts is placed in described brace table end face, the deflector chute that described material can be made to pass through is offered in described material guiding parts, the charging aperture of described deflector chute is relative with the discharging opening of described connecting gear, the discharging opening of described deflector chute is relative with the charging aperture of described storing unit, described material guiding parts also offers at least one pair of installing hole, each pair of installing hole is arranged at the relative both sides of described material guiding parts respectively, and each described muller contacts with described material through each installing hole;
Described drive motors is connected with each described muller respectively, each to the muller reverse rotation of two in described muller to drive, and described drive motors quits work after receiving the pressure signal of described pressure sensor transmission.
Further, in above-mentioned feeding device,
Described driving mechanism also comprises: the locating part being connected to described brace table, and described locating part limits the relative position of described material guiding parts and described brace table; And/or,
The inwall of described deflector chute is provided with the second projection, and described second projection is carried out spacing to described material.
Further, above-mentioned feeding device also comprises: storing unit pedestal; Wherein, described storing unit pedestal is placed in described brace table end face, and described storing unit is removably installed in described storing unit base top surface, and the shape of described storing unit pedestal and described storing unit is suitable.
Further, in above-mentioned feeding device, described storing unit offers the groove that can hold multiple described materials, and the charging aperture of described storing unit is the notch of the close described driving mechanism of described groove, and the discharging opening of described storing unit is the notch away from described driving mechanism of described groove.
Further, in above-mentioned feeding device,
The inwall of described groove is provided with the 3rd projection, and described 3rd projection is carried out spacing to described material; And/or,
The quantity of described groove is at least two.
Further, in above-mentioned feeding device, described connecting gear comprises: vibrating disk and the device that directly shakes; Wherein, the discharging opening of described vibrating disk is relative with the charging aperture of the described device that directly shakes, and the discharging opening of the described device that directly shakes is relative with the charging aperture of described driving mechanism.
Further, in above-mentioned feeding device,
The described device that directly shakes is also outwards extended feed back part, and described feed back part is connected with described vibrating disk; And/or,
The described end face directly shaking device is provided with the 4th projection, and described 4th projection is carried out spacing to described material.
The utility model embodiment provides a kind of feeding device.This device comprises: connecting gear, driving mechanism and pressure sensor; Wherein, the discharging opening of connecting gear is relative with the charging aperture of driving mechanism, and pressure sensor is electrically connected to driving mechanism; Can place multiple material in connecting gear, material orientation is sent to the charging aperture place of driving mechanism by connecting gear; Each material sequential transfer at its charging aperture place extremely can be stored the charging aperture place of the storing unit of material by driving mechanism, pressure sensor correspondence is arranged on the discharge outlet of storing unit, when material fills up storing unit, pressure sensor sends a pressure signal to driving mechanism, quits work to make driving mechanism.In prior art, be generally by mode manually, multiple material is loaded in storing unit, then storing unit be put on special inner hole precision abrasive machining apparatus, to process the endoporus of each material being positioned at storing unit.The utility model embodiment then instead of the operation of material loading manually by a feeding device, material loading operation completes automatically by this feeding device, and, when storing unit is filled, No. one time material loading has operated, driving mechanism quits work, now storing unit is taken out from this feeding device, and storing unit is put on special inner hole precision abrasive machining apparatus, can process the endoporus of each material being positioned at storing unit, like this, the efficiency of material loading operation is improved, correspondingly, the working (machining) efficiency of material also will be improved, the processing cost of material also will reduce.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The structural representation at a kind of visual angle of a kind of feeding device that Fig. 1 provides for the utility model embodiment;
The structural representation at a kind of visual angle of the another kind of feeding device that Fig. 2 provides for the utility model embodiment;
The structural representation at a kind of visual angle of the another kind of feeding device that Fig. 3 provides for the utility model embodiment;
The structural representation at the another kind of visual angle of a kind of feeding device that Fig. 4 provides for the utility model embodiment;
The structural representation of material in the feeding device that Fig. 5 provides for the utility model embodiment;
The sectional view of storing unit in a kind of feeding device that Fig. 6 provides for the utility model embodiment.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
See Fig. 1 to Fig. 3, there is shown the structural representation of the feeding device that the utility model embodiment provides.As shown in Figure 1 to Figure 3, this feeding device comprises: connecting gear, driving mechanism and pressure sensor 1.Wherein, the discharging opening of connecting gear is relative with the charging aperture of driving mechanism, and pressure sensor 1 is electrically connected to driving mechanism.Particularly, pressure sensor 1 can be connected by rat tail 2 with driving mechanism.Can place multiple material in connecting gear, such as ten, material orientation can be sent to the charging aperture place of driving mechanism by connecting gear.As shown in Figure 3, each material sequential transfer at its charging aperture place extremely can be stored the charging aperture place of the storing unit 3 of material by driving mechanism.Preferably, the discharging opening of connecting gear and the charging aperture of driving mechanism, and the charging aperture of the discharging opening of driving mechanism and storing unit 3 all can comparatively neighboringly be arranged, can ensure that material is according to predetermined transmission track so preferably, successively through connecting gear, driving mechanism, be sent to the charging aperture place of storing unit 3 smoothly.Pressure sensor 1 corresponding can be arranged on the discharge outlet of storing unit 3, and when material fills up storing unit 3, pressure sensor 1 sends a pressure signal to driving mechanism, quits work to make driving mechanism.
During concrete enforcement, as shown in Figure 5, material can be a hollow cylindrical structure 4, and, the sidewall of hollow cylindrical structure 4 can offer the stopper slot 41 of strip.Accordingly, as shown in Figure 6, storing unit 3 can offer the groove 31 that can hold multiple material, the charging aperture of storing unit 3 is the notch of the close driving mechanism of groove 31 (for Fig. 3, be positioned at the notch of storing unit 3 left end), the discharging opening of storing unit 3 is the notch away from driving mechanism (for Fig. 3, being positioned at the notch of storing unit 3 right-hand member) of groove 31.
Preferably, as shown in Figure 6, the inwall of groove 31 can be provided with the protruding 32 pairs of materials of the 3rd projection the 32, three and carries out spacing.Like this, when material is positioned at groove 31, and, when the 3rd projection 32 is arranged in stopper slot 41, can prevent material from rotating in groove 31 preferably.
For this feeding device, during practical application, can directly multiple material be placed in transmission mechanism, at this moment multiple material is in rambling ordered state, the each material arranged desultorily orientation can be sent to the charging aperture place of driving mechanism by transmission mechanism, and then driving mechanism can by each material sequential transfer at its charging aperture place to the charging aperture of storing unit 3.Particularly, the charging aperture of storing unit 3 first transferred to by first material by driving mechanism, be transferred in the process of the charging aperture of storing unit 3 by second material, second material can promote first material and move along the inwall of groove 31 to the discharging opening of storing unit 3, 3rd material is being transferred in the process of the charging aperture of storing unit 3, 3rd material can promote the first two material and move to the discharging opening of storing unit 3, similarly, before storing unit 3 is filled, each material below all can promote to be positioned at it before multiple materials move to the discharging opening of storing unit 3, when the tenth material also enters in groove 31 completely, storing unit 3 is filled, at this moment, No. one time material loading has operated, pressure sensor 1 by transmission one pressure signal to driving mechanism, quit work to make driving mechanism, like this, driving mechanism will stop the transfer operation of material, now storing unit 3 can be taken out from this feeding device, and storing unit 3 is put on special inner hole precision abrasive machining apparatus, the endoporus of this equipment to each material being positioned at storing unit 3 is used to process, meet the demands to enable the inner hole precision of each material.
In prior art, generally by mode manually, multiple material is loaded in the groove 31 of storing unit 3, then storing unit 3 is put on special inner hole precision abrasive machining apparatus, uses the endoporus of this equipment to each material being positioned at groove 31 to process.Can find out, the present embodiment instead of the operation of material loading manually by a feeding device, therefore the efficiency of material loading operation is improved, and correspondingly, the working (machining) efficiency of material also will be improved, and the processing cost of material also will reduce.
Preferably, the quantity of groove 31 can be at least two, and like this, storing unit 3 can the more material of disposable accommodation.Such as, when the quantity of groove 31 is for three shown in Fig. 6, owing to all can store ten materials in each groove 31, like this, whole storing unit 3 can store 30 materials.When carrying out inner hole precision attrition process, only need adjust the position of cutter in inner hole precision milling apparatus, hole machined can be carried out to the material being positioned at each groove 31 respectively.Can find out, being provided with of multiple groove 31 is beneficial to the working (machining) efficiency improving material.
It should be noted that, the concrete shape of material and storing unit 3 is not limited to above-mentioned situation, specifically can determine according to actual conditions, only need ensure that the shape of material and the matching form of groove 31 close, the concrete shape of the present embodiment to material and storing unit 3 does not do any restriction.
Continue see Fig. 1 to Fig. 3, the present embodiment can also comprise: material pushing needle 5, material pushing needle pedestal 6 and brace table 7, wherein, brace table 7 carries storing unit 3, material pushing needle pedestal 6 is installed on brace table 7, pressure sensor 1 is installed in brace table 7 or material pushing needle pedestal 6, material pushing needle 5 is slidably mounted on material pushing needle pedestal 6, one end (left end of the material pushing needle 5 shown in Fig. 1 to Fig. 3) of material pushing needle 5 is adjacent with the discharging opening of storing unit 3, the other end (right-hand member of the material pushing needle 5 shown in Fig. 1 to Fig. 3) of material pushing needle 5 is adjacent with pressure sensor 1, and, when material fills up storing unit 3, material promotes material pushing needle 5 and contacts with pressure sensor 1.
In the present embodiment, the left end of material pushing needle 5 can stretch in groove 31 slightly.Like this, along with driving mechanism by each material sequential transfer at its charging aperture place to the charging aperture place of storing unit 3, when the tenth material progresses in groove 31 under the thrust of material thereafter, front nine materials of promotion all move towards the discharging opening of storing unit 3 by the tenth material, gradually, first material can contact with the left end of material pushing needle 5, and, along with the movement of first material, first material can promote material pushing needle 5 and also move right, at this moment the right-hand member of material pushing needle 5 can contact with pressure sensor 1, material pushing needle 5 can apply a pressure in pressure sensor 1, then, pressure sensor 1 can send a pressure signal to driving mechanism, quit work to make driving mechanism.
Can find out, when adopting aforesaid way to control driving mechanism, the structure of this feeding device is comparatively simple, is easy to operation.
In order to realize by each material sequential transfer at driving mechanism charging aperture place to the charging aperture place of storing unit 3, driving mechanism can have multiple different building form, enumerates the building form that two kinds of driving mechanism are concrete below.
In a kind of building form of driving mechanism, driving mechanism can comprise: material guiding parts 8, at least one pair of muller 9 and drive motors 10.Wherein, muller 9 can be the muller of polyurethane one-tenth.At least one pair of muller 9 and drive motors 10 are all fixedly installed in brace table 7, and drive motors 10 is electrically connected with pressure sensor 1.During concrete enforcement, material guiding parts 8 can be protruding for be convexly equipped in brace table 7 end face first, and the first projection is located between the discharging opening of connecting gear and the charging aperture of storing unit 3, and two mullers 9 in each pair of muller are the corresponding both sides being arranged at the first projection respectively.Drive motors 10 is also connected with each muller 9 respectively, and to drive two mullers 9 in each pair of muller 9 to reversely rotate, and drive motors 10 quits work after receiving the pressure signal of pressure sensor 1 transmission.
During concrete enforcement, when material from the discharging opening of connecting gear out after, material moves on along the length direction of the first projection (i.e. the line direction of the discharging opening of connecting gear and the charging aperture of storing unit 3) under the effect of inertia, at this moment the first projection can just in time be arranged in the stopper slot 41 on material, rotate to prevent material, simultaneously, can by the driving effect of drive motors 10, two mullers 9 in each pair of muller 9 are reversely rotated, two mullers 9 reversely rotated can apply motive force in material, move on to promote material, finally, material can enter in the groove 31 of storing unit 3 under the effect of this motive force.When groove 31 is filled up by material, material pushing needle 5 contacts with pressure sensor 1, and pressure sensor 1 sends a pressure signal to drive motors, and drive motors 10 quits work after receiving this pressure signal.
Can find out, when the advance by the way for material provides power, the structure of driving mechanism is comparatively simple, and material loading operation implements comparatively convenient.
In the another kind of building form of driving mechanism, as shown in Figure 1 to Figure 3, driving mechanism can comprise: material guiding parts 8, at least one pair of muller 9 and drive motors 10.Wherein, muller 9 can be the muller of polyurethane one-tenth.At least one pair of muller 9 and drive motors 10 are all fixedly installed in brace table 7, and drive motors 10 is electrically connected with pressure sensor 1.During concrete enforcement, material guiding parts 8 can be placed in brace table 7 end face, the deflector chute (not shown owing to blocking) that material can be made to pass through is offered in material guiding parts 8, the charging aperture of deflector chute is relative with the discharging opening of connecting gear, the discharging opening of deflector chute is relative with the charging aperture of storing unit 3, material guiding parts 8 also offers at least one pair of installing hole, each pair of installing hole is arranged at the relative both sides of material guiding parts 8 respectively, each muller 9 contacts with material through each installing hole, drive motors 10 is connected with each muller 9 respectively, reversely rotate to drive two mullers 9 in each pair of muller 9, and, drive motors 10 quits work after receiving the pressure signal of pressure sensor 1 transmission.
During concrete enforcement, when material from the discharging opening of connecting gear out after, material moves on along deflector chute under the effect of inertia, and preferably, the inwall of deflector chute can be provided with second protruding, and the second projection is carried out spacing to material.Particularly, when material is mobile to outlet by its entrance along the inwall of deflector chute, the second projection can be arranged in the stopper slot 41 on material, can prevent material from rotating relative to deflector chute preferably like this; Simultaneously, by the driving effect of drive motors 10, two mullers 9 in each pair of muller 9 are reversely rotated, two mullers 9 reversely rotated can apply motive force in the material being positioned at deflector chute, to realize moving on of material, finally, material can enter in the groove 31 of storing unit 3 under the effect of this motive force.When groove 31 is filled up by material, pressure sensor 1 is by transmission one pressure signal to drive motors, and drive motors 10 quits work after receiving this pressure signal.
Can find out, when the advance in this way for material provides power, the structure of driving mechanism is also comparatively simple, and material loading operation implements also comparatively convenient.
Further, as shown in Figure 4, driving mechanism can also comprise: the locating part 11 being connected to brace table 7, locating part 11 limits the relative position of material guiding parts 8 and brace table 7, can reliably material guiding parts 8 be fixed on brace table 7 like this, thus avoid material guiding parts 8 to jump in feeding process, and then the position avoided preferably due to material guiding parts 8 jumps and impacts material loading operation.
See Fig. 1 to Fig. 3, above-described embodiment can also comprise: storing unit pedestal 12.Wherein, storing unit pedestal 12 is placed in brace table 7 end face, and storing unit 3 is removably installed in storing unit pedestal 12, and the shape of storing unit pedestal 12 and storing unit 3 is suitable.During concrete enforcement, between storing unit 3 and storing unit pedestal 12 can for clamping, be spirally connected or other dismountable connected mode well-known to those skilled in the art, specifically can determine according to actual conditions, the present embodiment does not do any restriction to this.
Can find out, storing unit pedestal 12 can fix storing unit 3, arbitrarily jumps in feeding process to prevent storing unit 3.
In above-described embodiment, as shown in Figures 1 to 4, connecting gear can comprise: vibrating disk 13 and the device 14 that directly shakes.Wherein, the discharging opening of vibrating disk 13 is relative with the charging aperture of the device 14 that directly shakes, and the discharging opening of the device 14 that directly shakes is relative with the charging aperture of driving mechanism.During concrete enforcement, vibrating disk 13 can by vibration by be placed in its inside, the multiple material automatic orders ground marshalling that arranges desultorily, and be transported to and directly shake in device 13, each material that ordered arrangement by the device 13 that directly shakes again is sent to the charging aperture place of driving mechanism.Preferably, the end face of the device 14 that directly shakes can be provided with the 4th projection, and the 4th projection is carried out spacing to material.Particularly, the 4th projection can be arranged in the stopper slot 41 of material, rotates to prevent material.
Can find out, when connecting gear adopts said structure, the structure of connecting gear is comparatively simple, is easy to operation.
Preferably, the device 14 that directly shakes outwards extendedly can also have feed back part 15, and feed back part 15 is connected with vibrating disk 13.Like this, when drive motors 10 quits work, the multiple materials being deposited in the discharge outlet of the device 14 that directly shakes owing to shifting in time will be got back in vibrating disk 13 by feed back part 15, and these materials got back in vibrating disk 13 can enter in driving mechanism through the device 14 that directly shakes again.
To sum up, the present embodiment instead of the operation of material loading manually by a feeding device, therefore the efficiency of material loading operation is improved, and correspondingly, the working (machining) efficiency of material also will be improved, and the processing cost of material also will reduce.
The foregoing is only preferred embodiment of the present utility model, be not intended to limit protection domain of the present utility model.All do within spirit of the present utility model and principle any amendment, equivalent replacement, improvement etc., be all included in protection domain of the present utility model.
Claims (10)
1. a feeding device, is characterized in that, comprising: connecting gear, driving mechanism and pressure sensor (1); Wherein,
The discharging opening of described connecting gear is relative with the charging aperture of described driving mechanism, and described pressure sensor (1) is electrically connected to described driving mechanism;
Can place multiple material in described connecting gear, described material orientation is sent to the charging aperture place of described driving mechanism by described connecting gear;
Each material sequential transfer at its charging aperture place extremely can be stored the charging aperture place of the storing unit (3) of described material by described driving mechanism, described pressure sensor (1) correspondence is arranged on the discharge outlet of described storing unit (3), when described material fills up described storing unit (3), described pressure sensor (1) sends a pressure signal to driving mechanism, quits work to make described driving mechanism.
2. feeding device as claimed in claim 1, is characterized in that, also comprise: material pushing needle (5), material pushing needle pedestal (6) and brace table (7); Wherein,
Described brace table (7) carries described storing unit (3), described material pushing needle pedestal (6) is installed on described brace table (7), described pressure sensor (1) is installed in described brace table (7) or described material pushing needle pedestal (6), described material pushing needle (5) is slidably mounted on described material pushing needle pedestal (6), one end of described material pushing needle (5) is adjacent with the discharging opening of described storing unit (3), the other end of described material pushing needle (5) is adjacent with described pressure sensor (1), and, when described material fills up described storing unit (3), described material promotes described material pushing needle (5) and contacts with described pressure sensor (1).
3. feeding device as claimed in claim 2, it is characterized in that, described driving mechanism comprises: material guiding parts (8), at least one pair of muller (9) and drive motors (10); Wherein,
Described at least one pair of muller (9) and described drive motors (10) are all fixedly installed in described brace table (7), and described drive motors (10) is electrically connected with described pressure sensor (1);
Described material guiding parts (8) is for being convexly equipped in the first projection of described brace table (7) end face, described first projection is located between the discharging opening of described connecting gear and the charging aperture of described storing unit (3), and two mullers (9) in each pair of muller (9) are the corresponding both sides being arranged at described first projection respectively;
Described drive motors (10) is also connected with each described muller (9) respectively, reversely rotate to drive two mullers (9) in each pair of muller (9), further, described drive motors (10) quits work after receiving the pressure signal that described pressure sensor (1) sends.
4. feeding device as claimed in claim 2, it is characterized in that, described driving mechanism comprises: material guiding parts (8), at least one pair of muller (9) and drive motors (10); Wherein,
Described at least one pair of muller (9) and described drive motors (10) are all fixedly installed in described brace table (7), and described drive motors (10) is electrically connected with described pressure sensor (1);
Described material guiding parts (8) is placed in described brace table (7) end face, described material guiding parts offers the deflector chute that described material can be made to pass through in (8), the charging aperture of described deflector chute is relative with the discharging opening of described connecting gear, the discharging opening of described deflector chute is relative with the charging aperture of described storing unit (3), described material guiding parts (8) also offers at least one pair of installing hole, each pair of installing hole is arranged at the relative both sides of described material guiding parts (8) respectively, and each described muller (9) contacts with described material through each installing hole;
Described drive motors (10) is connected with each described muller (9) respectively, each to two mullers (9) reverse rotations in described muller (9) to drive, further, described drive motors (10) quits work after receiving the pressure signal that described pressure sensor (1) sends.
5. feeding device as claimed in claim 4, is characterized in that,
Described driving mechanism also comprises: the locating part (11) being connected to described brace table (7), and described locating part (11) limits the relative position of described material guiding parts (8) and described brace table (7); And/or,
The inwall of described deflector chute is provided with the second projection, and described second projection is carried out spacing to described material.
6. the feeding device according to any one of claim 2-5, is characterized in that, also comprises: storing unit pedestal (12); Wherein, described storing unit pedestal (12) is placed in described brace table (7) end face, described storing unit (3) is removably installed in described storing unit pedestal (12) end face, further, the shape of described storing unit pedestal (12) and described storing unit (3) is suitable.
7. the feeding device according to any one of claim 2-5, it is characterized in that, described storing unit (3) offers the groove (31) that can hold multiple described materials, the charging aperture of described storing unit (3) is the notch of the close described driving mechanism of described groove (31), and the discharging opening of described storing unit (3) is the notch away from described driving mechanism of described groove (31).
8. feeding device as claimed in claim 7, is characterized in that,
The inwall of described groove (31) is provided with the 3rd projection (32), and described 3rd projection (32) is carried out spacing to described material; And/or,
The quantity of described groove (31) is at least two.
9. the feeding device according to any one of claim 2-5 or 8, is characterized in that, described connecting gear comprises: vibrating disk (13) and the device (14) that directly shakes; Wherein, the discharging opening of described vibrating disk (13) is relative with the charging aperture of the described device (14) that directly shakes, and the discharging opening of the described device (14) that directly shakes is relative with the charging aperture of described driving mechanism.
10. feeding device as claimed in claim 9, is characterized in that,
The described device (14) that directly shakes is also outwards extended feed back part (15), and described feed back part (15) is connected with described vibrating disk (13); And/or,
The described end face directly shaking device (14) is provided with the 4th projection, and described 4th projection is carried out spacing to described material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520982831.3U CN205201301U (en) | 2015-11-30 | 2015-11-30 | Material feeding device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520982831.3U CN205201301U (en) | 2015-11-30 | 2015-11-30 | Material feeding device |
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| CN205201301U true CN205201301U (en) | 2016-05-04 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106219207A (en) * | 2016-08-25 | 2016-12-14 | 河南飞龙(芜湖)汽车零部件有限公司 | A kind of pin with split pin hole feeder |
-
2015
- 2015-11-30 CN CN201520982831.3U patent/CN205201301U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106219207A (en) * | 2016-08-25 | 2016-12-14 | 河南飞龙(芜湖)汽车零部件有限公司 | A kind of pin with split pin hole feeder |
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Effective date of registration: 20171222 Address after: 117004 Liaoning city of Benxi province Cladrastis Road Economic Development Zone No. 122 Patentee after: Liaoning Creation Technology Co., Ltd. Address before: 117004 Liaoning city of Benxi province Cladrastis Road Economic Development Zone No. 122 Patentee before: Liaoning Upcera Biomaterial Co., Ltd. |
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