CN110154406A - One kind is siphunculus kludge - Google Patents
One kind is siphunculus kludge Download PDFInfo
- Publication number
- CN110154406A CN110154406A CN201910465864.3A CN201910465864A CN110154406A CN 110154406 A CN110154406 A CN 110154406A CN 201910465864 A CN201910465864 A CN 201910465864A CN 110154406 A CN110154406 A CN 110154406A
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- China
- Prior art keywords
- siphunculus
- block
- notch
- membrane component
- plate
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- 239000012528 membrane Substances 0.000 claims abstract description 85
- 230000007246 mechanism Effects 0.000 claims abstract description 57
- 239000000758 substrate Substances 0.000 claims description 31
- 239000000463 material Substances 0.000 claims description 28
- 230000002093 peripheral effect Effects 0.000 claims description 3
- 230000006835 compression Effects 0.000 abstract 1
- 238000007906 compression Methods 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 5
- 230000000694 effects Effects 0.000 description 5
- 238000007373 indentation Methods 0.000 description 5
- 230000009471 action Effects 0.000 description 4
- 230000007704 transition Effects 0.000 description 4
- 239000012530 fluid Substances 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 230000000903 blocking effect Effects 0.000 description 2
- 238000001514 detection method Methods 0.000 description 2
- 238000007599 discharging Methods 0.000 description 2
- 238000007792 addition Methods 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 230000035553 feeding performance Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 230000006641 stabilisation Effects 0.000 description 1
- 238000011105 stabilization Methods 0.000 description 1
Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C65/00—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor
- B29C65/56—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor using mechanical means or mechanical connections, e.g. form-fits
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C65/00—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor
- B29C65/78—Means for handling the parts to be joined, e.g. for making containers or hollow articles, e.g. means for handling sheets, plates, web-like materials, tubular articles, hollow articles or elements to be joined therewith; Means for discharging the joined articles from the joining apparatus
Abstract
It is siphunculus kludge the present invention provides one kind, belongs to technical field of medical equipment.It solves the problems, such as that the stability of existing membrane component feeding is poor.This is siphunculus kludge, including turntable and the i.e. siphunculus fixture that is arranged on the outer edge of turntable, i.e. the siphunculus kludge further include have the i.e. siphunculus feed mechanism that i.e. siphunculus can be transferred on i.e. siphunculus fixture set gradually around turntable, membrane component can be pressed into in i.e. siphunculus membrane component feed mechanism, i.e. port valve can be inserted into i.e. siphunculus i.e. port valve feed mechanism, can will compression i.e. Ya Ji port valve mechanism, CCD testing agency, finished product unloading device and the substandard products unloading device of port valve；The membrane component feed mechanism include vibrating disk, straight vibration device and be fixed on straight vibration device it is flat send block, it is described it is flat send the upper surface of block to offer conveying conduit, the feed inlet of the conveying conduit and the discharge port of vibrating disk are connected to each other.This structure significantly improves the stability of membrane component feeding.
Description
Technical field
The invention belongs to technical field of medical equipment, and especially a kind of is siphunculus kludge.
Background technique
Medical connector be it is a kind of for containers for medical use provide port connecting element, medical connector include with
In providing path, that is, siphunculus of fluid flowing, it is arranged in siphunculus in sight for blocking the i.e. port valve or setting of fluid flow path
For blocking the membrane component of fluid flow path in siphunculus in sight, when using medical connector with patient, by fractureing
Port valve or the conducting of i.e. siphunculus can be realized by needle-penetration membrane component, it is convenient to be infused patient.Existing medical company
Device assembling mode is connect using progress by hand, will port valve or membrane component be pressed into i.e. siphunculus by workpiece, assembly efficiency is low.
Currently, Chinese patent net discloses a kind of Full automatic rotating disc type screw locking machine [application public affairs with riveting screw function
Cloth number: CN106312536A], including lower screw mechanism and lock screw mechanism, lower screw mechanism include that screw shakes disk and is connected to
Screw shakes the screw passage of disk side, and screw passage side is connected to the screw inlet port in the middle part of fixed block side, fixed block bottom
Portion is equipped with lower screw-socket, and fixed block passes through screw-socket under bottom and connects lower screw conduit.Membrane component is hollow cylindric and film
One end of element has the head of hammer shape, if conveying membrane component in turn with above-mentioned lower screw mechanism, after guaranteeing
Continuous that membrane component is pressed into i.e. siphunculus, membrane component needs head to put upward in screw passage, but practical from screw shake
The membrane component that disk enters in screw passage is not that each can guarantee that head is put upward, and part membrane component is in
Head is forward or level backwards is put, and the membrane component that mistake is put cannot be introduced into screw conduit, so that the dress of membrane component
With will appear stuck phenomenon.
Summary of the invention
The purpose of the present invention is there is the above problem in view of the prior art, a kind of i.e. siphunculus kludge, this hair are proposed
It is bright the technical problem to be solved is that: the stabilization of membrane component feeding is improved while how realizing the i.e. Automated assembly of siphunculus
Property.
Object of the invention can be realized by the following technical scheme:
One kind is siphunculus kludge, described i.e. logical including turntable and the i.e. siphunculus fixture being arranged on the outer edge of turntable
Pipe kludge further includes having the i.e. siphunculus feeding that can be transferred to i.e. siphunculus on i.e. siphunculus fixture set gradually around turntable
Mechanism, membrane component can be pressed into in i.e. siphunculus membrane component feed mechanism, i.e. port valve can be inserted into i.e. siphunculus
I.e. port valve feed mechanism, can will compress be port valve Ya Ji port valve mechanism, CCD testing agency, finished product unloading device and substandard products
Unloading device；The membrane component feed mechanism include vibrating disk, straight vibration device and be fixed on straight vibration device it is flat send block, it is described flat to send
The upper surface of block offers conveying conduit, and the feed inlet of the conveying conduit and the discharge port of vibrating disk are connected to each other, and described put down is sent
There is the notch of connection conveying conduit, the bottom surface of the conveying conduit corresponds to indentation, there with inclined-plane peace in the one side wall of block
Face, the inclined-plane are tilted down and are extended in notch, the pressure of the flat upper end for sending the upper surface of block to be fixed with closing notch
Plate, the inside edge of the pressing plate are located at the top of conveying conduit.
This is that the working principle of siphunculus kludge is: i.e. i.e. siphunculus is delivered on i.e. siphunculus fixture by siphunculus feed mechanism,
That is siphunculus clamp positioning is siphunculus, and turntable turns an angle so that i.e. siphunculus fixture is moved to i.e. port valve feed mechanism
That is port valve is inserted into i.e. siphunculus by place, i.e. port valve feed mechanism, and turntable turns an angle so that i.e. siphunculus fixture is moved to
At Ya Ji port valve mechanism, Ya Ji port valve mechanism is pressed downward the i.e. port valve in i.e. siphunculus, so that i.e. port valve and i.e. siphunculus tight fit, turns
Disk turns an angle so that i.e. siphunculus fixture is moved at CCD testing agency, and the detection of CCD testing agency is port valve siphunculus in sight
Inside whether it is installed in place, if detect that i.e. port valve is not installed in place, turntable turns an angle so that i.e. siphunculus fixture moves
It moves to substandard products unloading device, substandard products unloading device will assemble substandard products and take out individually storage from siphunculus fixture, and on the contrary then turntable turns
Dynamic certain angle is moved to i.e. siphunculus fixture at finished product unloading device, and finished product unloading device will assemble finished product from siphunculus fixture
Take out individually storage；
Either i.e. i.e. siphunculus is delivered on i.e. siphunculus fixture by siphunculus feed mechanism, i.e. siphunculus clamp positioning is i.e. logical
Pipe, turntable turns an angle so that i.e. siphunculus fixture is moved at membrane component feed mechanism, and membrane component feed mechanism is by membrane element
Part is pressed into i.e. siphunculus, so that membrane component and i.e. siphunculus tight fit, turntable turns an angle so that i.e. siphunculus fixture is mobile
To CCD testing agency, whether it is installed in place in CCD testing agency detection membrane component siphunculus in sight, if detecting, membrane component does not have
When being installed in place, turntable turns an angle so that i.e. siphunculus fixture is moved at substandard products unloading device, substandard products unloading device
Assembly substandard products are taken out from siphunculus fixture and are individually stored, on the contrary then turntable turns an angle so that i.e. siphunculus fixture is moved into
At product unloading device, finished product unloading device will assemble finished product and take out individually storage from siphunculus fixture.
That is the medical connection that siphunculus and i.e. port valve formation medical connector, i.e. siphunculus and membrane component form another structure
Device, this be siphunculus kludge can the medical connector to two kinds of different structures assembled automatically.Membrane element is piled in vibrating disk
Part, membrane component are flat that block is sent to make under the action of directly vibration device out of, the discharge port of vibrating disk enters conveying conduit feed inlet
Membrane component is moved to the discharge port of conveying conduit from the feed inlet of conveying conduit.The membrane component of this structure be it is hollow cylindric and
The upper end of membrane component has capitate head, and in the transmission process of membrane component, most of membrane components put i.e. capitate head court in vertical
On, this placement state is correct placement state of the membrane component in conveying conduit, which, which does not ensure that, enters conveying
Membrane component in conduit is in vertically to put, and part membrane component headfirst or backwards, works as level in horizontal placement state, that is, capitate
The membrane component of placement state, since membrane component is cylindrical, puts down into when being moved to indentation, there and send block vibration so that membrane component edge
Inclined-plane is tumbled to notch, and is tumbled out to put down by notch and sent block.When membrane component is located at conveying conduit, the portion of membrane component capitate head
It point stretches out outside conveying conduit, the side wall of pressing plate inside edge is located at the side at the position outside capitate head stretching conveying conduit, in pressing plate
The side wall at edge limits membrane component towards notch side movement, also has both the effect of guiding, so that the membrane component of vertical placement state begins
It is moved eventually along the length direction of plane, plane is used to support the membrane component of vertical placement state, guarantees the film of vertical placement state
Element can pass through the conveying conduit of indentation, there, and the membrane component of vertical placement state is avoided to roll out feeding groove from indentation, there
Road.The structure can reject the membrane component of wrong placement state out of conveying conduit, guarantee the discharging for being moved to conveying conduit
The membrane component of mouth position is correct placement state, and the assembly of membrane component is avoided stuck phenomenon occur, improves membrane component feeding
Stability.
In above-mentioned one kind, that is, siphunculus kludge, the pressing plate is in long strip and the both ends of pressing plate all extend to and flat send block
End, the inside edge of the pressing plate lower surface has chamfering.In the structure, the conical head of the gradient and membrane component of chamfering
The conical surface matches, and the top of membrane component conical head is located at the lower section of chamfering, which also carries out limit up and down to membrane component, keep away
Exempt from membrane component and be detached from conveying conduit from the upper end opening of conveying conduit, is realized so that pressing plate is mobile in conveying conduit to membrane component
Whole process guiding and limit.
In above-mentioned one kind, that is, siphunculus kludge, described put down is sent there are three block tools, and it includes substrate that one of them, which is put down and send block,
The middle part of the substrate convexes into boss along the length direction of substrate upwards, and the upper surface of the boss is with defeated described in two
Hopper road, the side wall of the boss and the upper surface of substrate offer the notch, the notch of boss and the notch of substrate
It is connected, the notch of the boss is connected to corresponding conveying conduit, and the inclined-plane extends in the notch of boss, the substrate
The bottom surface of corresponding indentation, there is the guide surface one tilted down, rounding off between the guide surface one and inclined-plane；Other two is flat
Sending block is in square strip, and two side's strips are flat to be sent block to be located at the opposite two sides of boss and be each attached on substrate, and square strip is flat to be sent
Outwardly, square strip is flat to send the lower surface of block and the upper surface of substrate mutually to recline to the notch of block, square strip is flat send the side wall of block with it is convex
The side wall of platform mutually reclines.In the structure, one of them is flat to send block in inverted T shape, and other two flat, and to send block be in square strip, and two
The flat of a side's strip send block to be divided into positioned at the opposite two sides of boss and be each attached on substrate, puts down for three pieces and block is sent mutually to be fixed with entirety
Formed it is rectangular-shaped, it is compact-sized, and three pieces of flat send have four conveying conduits on block, also increase while guaranteeing compact-sized
Add the number of conveying conduit, improves feeding performance, and the flat notch sent on block with boss is provided with the side wall of boss
On the upper surface of substrate, and square strip is flat send the lower surface of block and the upper surface of substrate to be affixed to realize lacking for closed substrate rearward
The upper end of mouth, square strip puts down the side for the notch for sending the side wall of the side wall of block and boss mutually to recline realization closing boss, so that convex
A slideway is formed on platform and substrate, the feed inlet of the slideway is connected to conveying conduit, and the discharge port of slideway is located at the side of substrate
On wall, guarantee that horizontal membrane component can tumble out conveying conduit from sliding pipe, membrane component can be along inclined-plane and guide surface
One notch from substrate, which rolls out to put down, send block, therefore, under the premise of putting down at three pieces of guarantee and send block that there is four conveying conduits, every
Horizontal membrane component can be made to roll out conveying conduit in conveying conduit.
In above-mentioned one kind, that is, siphunculus kludge, it is described it is straight vibration device lower section have material collecting box, the material collecting box and lack
The position of mouth is corresponding.The structure enables the membrane component rolled out out of conveying conduit to fall in material collecting box.
In above-mentioned one kind, that is, siphunculus kludge, it is described i.e. siphunculus fixture include bottom plate and be oppositely arranged in bottom plate two
A briquetting, two briquettings are slidably arranged on bottom plate and two briquettings can be close to each other or separate, i.e., siphunculus fixture further includes having
It can make the spring of briquetting reset movement, the lower section of each briquetting has a relief hole being provided on bottom plate, in the relief hole
Upper end with push plate and push plate is fixedly connected with briquetting, has inclined guide surface two on the inner sidewall of the push plate lower end；
That is top-pushing mechanism, the top-pushing mechanism packet are all had at siphunculus feed mechanism, finished product unloading device and the substandard products unloading device
It includes ejection block and driving ejection block moves up and down actuator, opposite two sides are provided with when ejection block is upward in the ejection block
The pinch roller that can be reclined with guide surface two-phase when mobile.Two briquettings under the action of the spring, match by two opposite end faces of briquetting
Co-clip is tightly siphunculus, and actuator driving ejection block moves up, the guide surface two of the pinch roller of ejection block side and a wherein push plate
It mutually reclines, the pinch roller of the ejection block other side and the guide surface two-phase of another push plate recline, as actuator driving ejection block continues
It moves up, pinch roller moves up along guide surface two and push plate is pushed to be displaced outwardly, and two push plates drive and each self-retaining respectively
The briquetting of connection is displaced outwardly, so that two briquettings are displaced outwardly and are located remotely from each other in the horizontal direction simultaneously, so that i.e. siphunculus presss from both sides
It is siphunculus that tool, which unclamps,.
In above-mentioned one kind, that is, siphunculus kludge, the briquetting is in long strip-board shape, equal edge on the opposite end face of two briquettings
It is in criss-cross locating slot that length direction, which is spaced apart and is equipped with several, several locating slots on two briquettings correspond.When two
It is a it is close to each other after, opposite two locating slots cooperation positioning is siphunculus, and two briquettings can simultaneously to multiple i.e. siphunculus into
Row positioning.
In above-mentioned one kind, that is, siphunculus kludge, the middle part of the opposite end face of two briquetting offers limiting slot,
The upper surface of the bottom plate is fixed with the limited post between two limiting slots, when the inner wall of limited post and two limiting slots leans
When, there is between the opposite end face of two briquettings gap.When two briquettings spring under effect reset movement and it is close to each other when, limit
The inner wall of position column and two limiting slots leans, so that avoiding two briquettings from resetting with gap between the opposite end face of two briquettings
When opposite end face between collide.
In above-mentioned one kind, that is, siphunculus kludge, the upper surface of described two briquettings is respectively connected with fixed link, two briquettings
On fixed link be oppositely arranged, offer through-hole on the outer peripheral surface of fixed link upper end, the one end of the spring hooks wherein
In the through-hole of fixed link on one briquetting, the other end of the spring hooks the through-hole of the fixed link on another briquetting
It is interior.The spring simple installation of the structure.
In above-mentioned one kind, that is, siphunculus kludge, the side plate that there are two the upper surface tools of the ejection block is oppositely arranged,
The two sides of each side plate are provided with the pinch roller；The actuator includes cylinder and the supporting plate between both side plate, institute
The outer end for stating the piston rod of cylinder is fixedly connected after ejection block with supporting plate, and the supporting plate is located at the lower section of pinch roller and and pinch roller
It leans.When ejection block moves up, the inclined-plane in each push plate can mutually recline with two pinch rollers, guarantee that push plate can stablize
It is horizontally outer mobile, cylinder driving supporting plate moves upwardly so that the upper surface of supporting plate leans with pinch roller, and supporting plate plays support
The firmly effect of ejection block, after pinch roller moves up certain distance along guide surface two, the lower end of push plate withstands on the upper table of supporting plate
Limit is played the role of to moving up for pinch roller in face, avoids two briquetting transition in the horizontal direction separate, and then avoid bullet
Spring transition stretches, and plays the role of protecting spring.
In above-mentioned one kind, that is, siphunculus kludge, i.e. the siphunculus feed mechanism includes i.e. siphunculus vibrating disk and i.e. siphunculus
Material path, the i.e. discharge port of siphunculus vibrating disk and the feed inlet of i.e. siphunculus material path are connected to each other, i.e. the discharging of the siphunculus material path
It is fixed with limiting plate at mouthful, the limited block that can rotate reset, the limit are rotatably connected on the inner wall of the limiting plate
The outer end of position block has the hook part for stopping i.e. siphunculus, and the medial surface of the hook part is skewed guide surface three；That is the siphunculus material
The front side of the discharge port in road has support frame, on support frame as described above there is edge to slide back and forth and is arranged and can extend to i.e. siphunculus material path
Discharge port in i.e. siphunculus gripping finger.Limited block rotates under the action of torsional spring or other elastic components to side, so that hook part
Keeping off the front of siphunculus material path discharge port in sight, i.e. siphunculus and the medial surface of hook part mutually reclines, and then limiting is that siphunculus is displaced outwardly,
That is the discharge port of siphunculus gripping finger one towards i.e. siphunculus material path is slided and is extended in the i.e. discharge port of siphunculus material path, i.e. siphunculus gripping finger is clamped
It siphunculus and is displaced outwardly, i.e. siphunculus opens limited block along guide surface three limited block is made to be turned out certain angle, makes
It must be that siphunculus can be removed smoothly from the discharge port of siphunculus material path.
Compared with prior art, i.e. siphunculus kludge of the invention has the advantage that siphunculus is formed with i.e. port valve and cures
With connector, i.e. siphunculus and the membrane component medical connector that forms another structure, this is that a siphunculus kludge can be to two kinds not
Isostructural medical connector is assembled automatically, and membrane component feed mechanism can by the membrane component of wrong placement state from
It is rejected in conveying conduit, guarantees that the membrane component for the discharge port position for being moved to conveying conduit is correct placement state, avoid film
There is stuck phenomenon in the assembly of element, improves the stability of membrane component feeding.
Detailed description of the invention
Fig. 1 is schematic perspective view of the invention.
Fig. 2 is top view of the invention.
Fig. 3 is the schematic perspective view of turntable of the present invention.
Fig. 4 is the schematic perspective view of membrane component feed mechanism of the invention.
Fig. 5 is the sectional perspective structural schematic diagram of membrane component feed mechanism of the invention.
Fig. 6 is the flat the schematic diagram of the section structure for sending block of the invention.
Fig. 7 is the flat schematic perspective view for sending block of the invention.
Fig. 8 is the flat configuration schematic diagram for sending block of the invention.
Fig. 9 is one of i.e. siphunculus fixture and the schematic perspective view of top-pushing mechanism of the invention.
Figure 10 is the top view of i.e. siphunculus fixture of the invention.
Figure 11 is one of the schematic perspective view of i.e. siphunculus fixture of the invention.
Figure 12 is the two of the schematic perspective view of i.e. siphunculus fixture and top-pushing mechanism of the invention.
Figure 13 is the two of the schematic perspective view of i.e. siphunculus fixture of the invention.
Figure 14 is the schematic perspective view of top-pushing mechanism of the invention.
Figure 15 is the schematic perspective view of briquetting of the invention.
Figure 16 is the schematic perspective view of i.e. siphunculus feed mechanism of the invention.
Figure 17 is the sectional perspective structural schematic diagram of i.e. siphunculus feed mechanism of the invention.
Figure 18 is the enlarged structure schematic diagram in the portion A in Figure 17.
In figure, 1, turntable；2, i.e. siphunculus fixture；20, bottom plate；20a, relief hole；21, briquetting；21a, locating slot；21b, limit
Position slot；22, spring；23, push plate；23a, guide surface two；24, limited post；25, fixed link；25a, through-hole；3, i.e. siphunculus feeder
Structure；31, i.e. siphunculus vibrating disk；32, i.e. siphunculus material path；33, limiting plate；34, limited block；341, hook part；341a, guide surface
Three；35, support frame；36, i.e. siphunculus gripping finger；4, i.e. port valve feed mechanism；5, membrane component feed mechanism；50, vibrating disk；51, straight
Shake device；52, it puts down and send block；521, substrate；521a, guide surface one；522, boss；52a, conveying conduit；52a1, inclined-plane；52a2, it puts down
Face；52b, notch；53, pressing plate；53a, chamfering；54, material collecting box；6, Ya Ji port valve mechanism；7, CCD testing agency；8, finished product takes
Mechanism out；9, substandard products unloading device；10, top-pushing mechanism；101, ejection block；101a, side plate；102, pinch roller；103, cylinder；104,
Supporting plate；11, gap.
Specific embodiment
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
As shown in Figure 1, Figure 2 and Figure 3, this is siphunculus kludge, including turntable 1 and is arranged on the outer edge of turntable 1
That is siphunculus fixture 2, i.e. siphunculus kludge further include having that i.e. siphunculus folder can will be transferred to by siphunculus around what turntable 1 was set gradually
Tool 2 on i.e. siphunculus feed mechanism 3, i.e. port valve can be inserted into i.e. siphunculus i.e. port valve feed mechanism 4, can be by membrane element
Part be pressed into in i.e. siphunculus membrane component feed mechanism 5, can will compress Ya Ji port valve mechanism 6, the CCD testing agency of i.e. port valve
7, finished product unloading device 8 and substandard products unloading device 9.
As shown in Figure 4, Figure 5, Figure 6 and Figure 7, membrane component feed mechanism 5 includes vibrating disk 50, straight vibration device 51 and is fixed on straight
Flat on vibration device 51 send block 52, flat that the upper surface of block 52 is sent to offer conveying conduit 52a, the feed inlet of conveying conduit 52a and vibration
The discharge port of Moving plate 50 is connected to each other, and has the notch 52b of connection conveying conduit 52a, conveying conduit in the flat one side wall for sending block 52
The bottom surface of 52a corresponds at notch 52b, and there is inclined-plane 52a1 and plane 52a2, inclined-plane 52a1 to tilt down and extend to notch 52b
Interior, the pressing plate 53 of the flat upper end for sending the upper surface of block 52 to be fixed with closing notch 52b, the inside edge of the pressing plate 53 is located at feeding groove
The top of road 52a, pressing plate 53 is in long strip and the both ends of pressing plate 53 all extend to the flat end for sending block 52,53 lower surface of pressing plate
Inside edge has chamfering 53a.Most of membrane components in conveying conduit 52a in vertically put i.e. capitate head-up, part membrane element
Part in conveying conduit 52a in horizontal placement state, that is, capitate headfirst or backwards, when the membrane component of horizontal placement state enters
It is flat to send block vibration so that membrane component is tumbled along inclined-plane 52a1 to notch since membrane component is cylindrical when being moved at notch 52b
In 52b, and tumbles out to put down by notch 52b and send block 52.When membrane component is located at conveying conduit 52a, the part of membrane component capitate head
It stretching out outside conveying conduit 52a, the chamfering 53a of pressing plate 53 limits membrane component towards the movement of the side notch 52b, the effect of guiding is also had both,
So that the membrane component of vertical placement state is moved along the length direction of plane always, plane 52a2 is used to support vertical placement state
Membrane component, guarantee that the membrane component of vertical placement state can pass through the conveying conduit 52a at notch 52b, avoid vertical
The membrane component of placement state rolls out conveying conduit 52a from notch 52b.
Flat to send there are three the tools of block 52 as shown in Fig. 5, Fig. 6, Fig. 7 and Fig. 8, it includes substrate 521 that one of them, which is put down and send block 52,
The middle part of substrate 521 convexes into boss 522 along the length direction of substrate 521 upwards, and the upper surface of boss 522 is defeated with two
The notch 52b that hopper road 52a, the side wall of boss 522 and the upper surface of substrate 521 offer, the notch 52b of boss 522 with
The notch 52b of substrate 521 is connected, and the notch 52b of boss 522 is connected to corresponding conveying conduit 52a, and inclined-plane 52a1 is extended to
In the notch 52b of boss 522, the bottom surface at the corresponding notch 52b of substrate 521 is one 521a of guide surface tilted down, guide surface
Rounding off between one 521a and inclined-plane 52a1；Other two it is flat to send block 52 be in square strip, two side's strips are flat to send block 52 to be located at
The opposite two sides of boss 522 are simultaneously each attached on substrate 521, and outwardly, square strip is flat to send block to the flat notch 52b for sending block 52 of square strip
52 lower surface and the upper surface of substrate 521 mutually recline, and square strip is flat to send the side wall of block 52 and the side wall of boss 522 mutually to recline；
The lower section of straight vibration device 51 has material collecting box 54, and material collecting box 54 is corresponding with the position of notch 52b.
As shown in Fig. 9, Figure 12, Figure 13 and Figure 15, i.e., siphunculus fixture 2 include bottom plate 20 and be oppositely arranged in bottom plate 20 two
A briquetting 21, two briquettings 21 are slidably arranged on bottom plate 20 and two briquettings 21 can be close to each other or separate, i.e. siphunculus fixture 2
It further include having the spring 22 that can make 21 reset movement of briquetting, briquetting 21 is in long strip-board shape, on the opposite end face of two briquettings 21
Being spaced apart along its length and being equipped with several is in criss-cross locating slot 21a, several locating slots 21a on two briquettings 21 is one by one
It is corresponding, after two briquettings 21 are close to each other, the opposite i.e. siphunculus, and two briquettings, 21 energy of two locating slot 21a cooperation positioning
It is enough that multiple i.e. siphunculus are positioned simultaneously；The lower section of each briquetting 21 has the relief hole 20a opened up on the base plate 20, steps down
Upper end with push plate 23 and push plate 23 in the 20a of hole is fixedly connected with briquetting 21, has inclination on the inner sidewall of 23 lower end of push plate
Two 23a of guide surface；Top-pushing mechanism 10 is all had at siphunculus feed mechanism 3, finished product unloading device 8 and substandard products unloading device 9,
Top-pushing mechanism 10 includes that ejection block 101 and driving ejection block 101 move up and down actuator, and opposite two sides are equal in ejection block 101
It is provided with the pinch roller 102 that can be reclined with two 23a phase of guide surface when ejection block 101 moves up, two briquettings 21 are in spring
Under the action of 22, two opposite end faces of briquetting 21 are matched for clamping tightly i.e. siphunculus, and actuator driving ejection block 101 is moved up, pushed up
The two 23a phase of guide surface of the pinch roller 102 and a wherein push plate 23 of expecting 101 side of block reclines, the pinch roller of 101 other side of ejection block
102 recline with the two 23a phase of guide surface of another push plate 23, as actuator driving ejection block 101 continues to move up, pinch roller
102 move up along two 23a of guide surface and push plate 23 are pushed to be displaced outwardly, and two push plates 23 drive respectively and are respectively fixedly connected
Briquetting 21 be displaced outwardly so that two briquettings 21 are displaced outwardly and are located remotely from each other in the horizontal direction simultaneously, so that i.e. siphunculus presss from both sides
It is siphunculus that tool 2, which unclamps,.
As shown in Figure 10 and Figure 15, the middle part of the opposite end face of two briquettings 21 offers limiting slot 21b, bottom plate 20 it is upper
Surface is fixed with the limited post 24 between two limiting slot 21b, when limited post 24 and the inner wall of two limiting slot 21b lean
When, there is between the opposite end face of two briquettings 21 gap 11.When two briquettings 21 in spring 22 reset movement and mutual under effect
Close to when, limited post 24 and the inner wall of two limiting slot 21b lean, so that with gap between the opposite end face of two briquettings 21
11, avoid two briquettings 21 from colliding between opposite end face when resetting.
As shown in Figure 10 and Figure 11, the upper surface of two briquettings 21 is respectively connected with fixed link 25, the fixation on two briquettings 21
Bar 25 is oppositely arranged, and through-hole 25a is offered on the outer peripheral surface of 25 upper end of fixed link, and the one end of spring 22 hooks one wherein
In the through-hole 25a of fixed link 25 on briquetting 21, the other end of spring 22 hooks the fixed link 25 on another briquetting 21
In through-hole 25a.
As shown in figures 12 and 14, there are two the side plate 101a being oppositely arranged, each side plates for the upper surface tool of ejection block 101
The pinch roller 102 that the two sides of 101a are provided with；Actuator includes cylinder 103 and the supporting plate 104 between both side plate 101a, gas
The outer end of the piston rod of cylinder 103 is fixedly connected after running through ejection block 101 with supporting plate 104, and supporting plate 104 is located at the lower section of pinch roller 102
And it leans with pinch roller 102.After pinch roller 102 moves up certain distance along two 23a of guide surface, the lower end of push plate 23 is withstood on
Limit is played the role of to moving up for pinch roller 102 in the upper surface of supporting plate 104, avoids two briquettings 21 in the horizontal direction
Transition is separate, and then 22 transition of spring is avoided to stretch, and plays the role of protecting spring 22.
As shown in Figure 16, Figure 17 and Figure 18, i.e., siphunculus feed mechanism 3 includes i.e. siphunculus vibrating disk 31 and i.e. siphunculus material path
32, i.e. the discharge port of siphunculus vibrating disk 31 and the feed inlet of i.e. siphunculus material path 32 is connected to each other, i.e. the discharge outlet of siphunculus material path 32
It is fixed with limiting plate 33, the limited block 34 that can rotate reset, limited block 34 are rotatably connected on the inner wall of limiting plate 33
Outer end have stop be siphunculus hook part 341, the medial surface of the hook part 341 is skewed three 341a of guide surface；That is siphunculus
The front side of the discharge port of material path 32 has support frame 35, on support frame 35 there is edge to slide back and forth and is arranged and can extend to i.e. siphunculus
I.e. siphunculus gripping finger 36 in the discharge port of material path 32.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (10)
1. one kind be siphunculus kludge, including turntable (1) and be arranged on the outer edge of turntable (1) be siphunculus fixture (2),
Be characterized in that, it is described i.e. siphunculus kludge further include have around turntable (1) set gradually can will i.e. siphunculus be transferred to i.e. lead to
On pipe clamp (2) i.e. siphunculus feed mechanism (3), membrane component can be pressed into in i.e. siphunculus membrane component feed mechanism (5),
That is the Ya Ji port valve mechanism that port valve can be inserted into i.e. port valve feed mechanism (4) in i.e. siphunculus, can will compress i.e. port valve
(6), CCD testing agency (7), finished product unloading device (8) and substandard products unloading device (9)；The membrane component feed mechanism (5) includes
Vibrating disk (50), directly vibration device (51) and be fixed on straight vibration device (51) it is flat send block (52), it is described to put down the upper surface for sending block (52)
It offers conveying conduit (52a), the discharge port of the feed inlet and vibrating disk (50) of the conveying conduit (52a) is connected to each other, described
There is the notch (52b) of connection conveying conduit (52a), the bottom surface of the conveying conduit (52a) in the flat one side wall for sending block (52)
There is inclined-plane (52a1) and plane (52a2), the inclined-plane (52a1) tilts down and extends to notch at corresponding notch (52b)
In (52b), the pressing plate (53) of the flat upper end for sending the upper surface of block (52) to be fixed with closing notch (52b), the pressing plate (53)
Inside edge be located at the top of conveying conduit (52a).
2. a kind of i.e. siphunculus kludge according to claim 1, which is characterized in that the pressing plate (53) is in long strip and presses
The both ends of plate (53) all extend to the flat end for sending block (52), and the inside edge of pressing plate (53) lower surface has chamfering (53a).
3. a kind of i.e. siphunculus kludge according to claim 1, which is characterized in that described put down is sent there are three block (52) tools,
It includes substrate (521) that one of them, which is put down and send block (52), and the middle part of the substrate (521) is upward along the length direction of substrate (521)
It convexes into boss (522), the upper surface of the boss (522) is with conveying conduit (52a) described in two, the boss
(522) upper surface of side wall and substrate (521) offers the notch (52b), the notch (52b) of boss (522) with
The notch (52b) of substrate (521) is connected, and the notch (52b) of the boss (522) is connected to corresponding conveying conduit (52a),
The inclined-plane (52a1) extends in the notch (52b) of boss (522), the bottom surface at the substrate (521) corresponding notch (52b)
For the guide surface one (521a) tilted down, rounding off between the guide surface one (521a) and inclined-plane (52a1)；Other two
Flat to send block (52) in square strip, two side's strips are flat to be sent block (52) to be located at boss (522) opposite two sides and is each attached to base
On plate (521), outwardly, square strip puts down the lower surface and substrate (521) for sending block (52) to the flat notch (52b) for sending block (52) of square strip
Upper surface mutually recline, square strip is flat to send the side wall of block (52) and the side wall of boss (522) mutually to recline.
4. a kind of i.e. siphunculus kludge according to claim 3, which is characterized in that the lower section of straight vibration device (51) has
Material collecting box (54), the material collecting box (54) are corresponding with the position of notch (52b).
5. a kind of i.e. siphunculus kludge according to claim 1, which is characterized in that i.e. siphunculus fixture (2) include bottom
Plate (20) and two briquettings (21) being oppositely arranged in bottom plate (20), two briquettings (21) are slidably arranged on bottom plate (20) and two
Briquetting (21) can be close to each other or separate, i.e., siphunculus fixture (2) further includes having the spring that can make briquetting (21) reset movement
(22), the lower section of each briquetting (21) has the relief hole (20a) being provided on bottom plate (20), tool in the relief hole (20a)
There is the upper end of push plate (23) and push plate (23) to be fixedly connected with briquetting (21), has on the inner sidewall of push plate (23) lower end and incline
Oblique guide surface two (23a)；That is equal at siphunculus feed mechanism (3), finished product unloading device (8) and the substandard products unloading device (9)
With top-pushing mechanism (10), the top-pushing mechanism (10) includes that ejection block (101) and driving ejection block (101) move up and down driving
Part, be provided with when ejection block (101) moves up can be with guide surface two for opposite two sides on the ejection block (101)
The pinch roller (102) that (23a) mutually reclines.
6. a kind of i.e. siphunculus kludge according to claim 5, which is characterized in that the briquetting (21) is in long strip-board shape,
Being spaced apart along its length on the opposite end face of two briquettings (21) and being equipped with several is in criss-cross locating slot (21a), two pressures
Several locating slots (21a) on block (21) correspond.
7. a kind of i.e. siphunculus kludge according to claim 5, which is characterized in that the opposite end face of two briquetting (21)
Middle part offer limiting slot (21b), the upper surface of the bottom plate (20) is fixed with the limit between two limiting slots (21b)
Position column (24), when the inner wall of limited post (24) and two limiting slots (21b) leans, two briquettings (21) have between opposite end face
There are gap (11).
8. a kind of i.e. siphunculus kludge according to claim 5, which is characterized in that the upper surface of described two briquettings (21)
It is respectively connected with fixed link (25), the fixed link (25) on two briquettings (21) is oppositely arranged, the outer peripheral surface of fixed link (25) upper end
On offer through-hole (25a), the one end of the spring (22) hooks the logical of the fixed link (25) on a briquetting (21) wherein
In hole (25a), the other end of the spring (22) hooks the through-hole (25a) of the fixed link (25) on another briquetting (21)
It is interior.
9. it is according to claim 5 it is a kind of be siphunculus kludge, which is characterized in that the ejection block (101) it is upper
For surface tool there are two the side plate (101a) being oppositely arranged, the two sides of each side plate (101a) are provided with the pinch roller (102)；
The actuator includes cylinder (103) and the supporting plate (104) between both side plate (101a), the piston of the cylinder (103)
The outer end of bar is fixedly connected with supporting plate (104) afterwards through ejection block (101), and the supporting plate (104) is located at the lower section of pinch roller (102)
And it leans with pinch roller (102).
10. a kind of i.e. siphunculus kludge according to claim 1, which is characterized in that i.e. siphunculus feed mechanism (3) packet
Include i.e. siphunculus vibrating disk (31) and i.e. siphunculus material path (32), the i.e. discharge port of siphunculus vibrating disk (31) and i.e. siphunculus material path
(32) feed inlet is connected to each other, i.e. the discharge outlet of siphunculus material path (32) is fixed with limiting plate (33), the limit bottom
The limited block (34) that can rotate reset is rotatably connected on the inner wall of seat (33), the outer end of the limited block (34), which has, to stop
That is the hook part (341) of siphunculus, the medial surface of the hook part (341) are skewed guide surface three (341a)；That is the siphunculus material path
(32) front side of discharge port has support frame (35), has on support frame as described above (35) and is arranged and can extend to along sliding back and forth
I.e. in the discharge port of siphunculus material path (32) is siphunculus gripping finger (36).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910465864.3A CN110154406A (en) | 2019-05-24 | 2019-05-24 | One kind is siphunculus kludge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910465864.3A CN110154406A (en) | 2019-05-24 | 2019-05-24 | One kind is siphunculus kludge |
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| CN110154406A true CN110154406A (en) | 2019-08-23 |
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| CN201910465864.3A Pending CN110154406A (en) | 2019-05-24 | 2019-05-24 | One kind is siphunculus kludge |
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