CN209677283U - Open clamp mechanism and almond folder opening apparatus - Google Patents
Open clamp mechanism and almond folder opening apparatus Download PDFInfo
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- CN209677283U CN209677283U CN201920140372.2U CN201920140372U CN209677283U CN 209677283 U CN209677283 U CN 209677283U CN 201920140372 U CN201920140372 U CN 201920140372U CN 209677283 U CN209677283 U CN 209677283U
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- briquetting
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Abstract
This application discloses open clamp mechanism and almond folder opening apparatus, clamp mechanism provided by the present application of opening includes pedestal, the first briquetting and the second briquetting, first briquetting is set on pedestal, second briquetting is slideably positioned on pedestal, when the second briquetting draws close fitting to the first briquetting, the almond raw material between the first briquetting and the second briquetting is pressed from both sides out a seam.The clamp mechanism of opening of the application has the following beneficial effects: and is cooperated by two compression bars of setting to squeeze almond raw material, and product yield greatly improved and folder opens efficiency, and safety coefficient is higher.
Description
Technical field
The utility model relates to nut processing equipment fields more particularly to one kind to open clamp mechanism and almond folder opening apparatus.
Background technique
Almond is a kind of current deep popular nut, and almond raw material needs before being further processed into almond fruit
It carries out folder and opens processing, nut processing enterprise holds small hammer to the folder extraction of root of almond raw material for worker and singly will at present
Raw material, which strikes, to be split, and first this hatch method crosses efficiency excessively low；Second relatively high to the operative skill requirement of worker, slightly lose
It is accidentally easy to all break entire almond raw material into pieces；Three during percussion there are almond fragment splash the case where, splash
Almond fragment be easy to injure worker's eyes；Four fundamental rules are that worker is accidentally easy for injuring when tapping using small hammer
Hand.
Utility model content
The utility model opens clamp mechanism and almond folder opening apparatus in view of the above-mentioned problems, proposing one kind.
The technical solution that the utility model is taken is as follows:
One kind opening clamp mechanism, including pedestal, the first briquetting and the second briquetting, and first briquetting is set on pedestal, institute
It states the second briquetting to be slideably positioned on pedestal, when the second briquetting draws close fitting to the first briquetting, is located at the first briquetting and second
Almond raw material between briquetting is pressed from both sides out a seam.
Cooperated in the present apparatus by two briquettings of setting to squeeze almond raw material, product yield greatly improved and folder opens effect
Rate, and safety coefficient is higher.
It optionally, further include servo power mechanism, the servo power mechanism is for driving the movement of the second briquetting.
Specific servo power mechanism is a servo motor, and the second briquetting is driven to move on pedestal using servo motor
First more convenient, the stroke for second controlling servo motor is more accurate, and three controls to servo motor are (to the second briquetting
202) sensitiveer.
It optionally, further include pressure sensor, the pressure sensor is for measuring between the first briquetting and the second briquetting
Extruding force value, the pressure sensor is electrically connected with servo power mechanism；When the extruding force value that pressure sensor measures occurs
After mutation, servo power mechanism stops the second briquetting of driving to movement at the first briquetting.
The extruding force measured between the first briquetting and the second briquetting has the advantage that: first learns almond original convenient for timely
Whether material falls between the first briquetting and the second briquetting；Second can learn in time almond raw material whether be open successfully (because
That time that almond raw material is pressed from both sides out, the extruding force between the first briquetting and the second briquetting can generate mutation, i.e. the first briquetting with
Pressure value between second briquetting becomes sharply to become smaller by increasing)；Third avoids servo motor movement travel is too long from leading to first
Extruding force between briquetting and the second briquetting is excessive, avoid almond raw material is squeezed it is broken.To realize above-mentioned function, pressure sensor
To be electrically connected with servo motor, pressure sensor will measure in real time data pass to servo motor, servo motor is according to pressure
Force snesor obtains data and stops driving the second briquetting to drawing close at the first briquetting in time.
In order to improve the convenience of installation, pressure sensor is close on the first briquetting, the first briquetting is fixedly installed in one
A mounting blocks, mounting blocks are slideably positioned on pedestal, open up fluted on mounting blocks, and raised item is provided on pedestal, described convex
When playing item and groove and being combined together, the cooperation of groove and raised item can guarantee that mounting blocks will not occur when sliding on pedestal
Offset.A mounting rod is fixedly installed with by support on pedestal, is fixed on pressure sensor on mounting rod, and pressure sensing
The first briquetting is close in device one end, and when the second briquetting squeezes the first briquetting, the first briquetting can be by squeeze pressure sensor.
Optionally, card slot is offered on first briquetting and the second briquetting, when almond raw material clip is in the first briquetting
When between the second briquetting, the almond raw material clip is in card slot.
The shape of card slot on first briquetting and on the second briquetting is similar to the shape of half of almond raw material, and the first briquetting
After the cooperation in place of the second briquetting, almond raw material is just stuck on card slot.
A kind of almond folder opening apparatus, including clamp mechanism and feed device are opened, the feed device is mounted on the base, described
Feed device is used for almond feedstock transportation between the first briquetting and the second briquetting.
Optionally, the linkage mechanism is magnet, the baffle by shaft rotational installation on blanking box, the feeding
Magnet is provided on power mechanism and baffle；The magnet is installed on the connecting plate of feeding power mechanism, when feeding power
Mechanism is drivingly connected plate to when movement, magnet attracts or repel the magnet on baffle on connecting plate at blanking box, and baffle occurs to turn
Dynamic, blanking box becomes open state by closed state, and the almond raw material in blanking box enters in clamping device；When two blocks of magnet not
When interacting, baffle blocks blanking box under the effect of gravity.
The feeding power mechanism is a feeding cylinder (i.e. common cylinder, because there is many places cylinder in this case, to avoid
Obscure, using the title method of feeding cylinder).Certain feeding power mechanism is also possible to other power devices.
Optionally, the linkage mechanism is magnet, the baffle by shaft rotational installation on blanking box, the feeding
Magnet is provided on power mechanism and baffle, the blanking box is the blanking box of irony；The magnet is installed on feeding power
On the connecting plate of mechanism, when feeding power mechanism is drivingly connected plate to when movement at blanking box, magnet attracts baffle on connecting plate
On magnet, baffle rotates, and blanking box becomes open state by closed state, and the almond raw material in blanking box enters clamping
In device.
It is provided with glass in specific blanking box, when almond raw material, which is fallen into, touches glass in blanking box, because glass
The reason of low-frictional force, almond raw material will be because of center of gravity, the stub end of almond raw material is downward.
It optionally, further include the first feed collet and the second feed collet, first feed collet 1201 is fixedly installed on pedestal；It is described
Installation axle is installed, the connecting plate is fixedly installed in installation axle, the second feed collet rotational installation on feeding power mechanism
In in installation axle；When feeding power mechanism, which drives, installs axial first feed collet movement, the magnet on the connecting plate attracts gear
Magnet on plate, while the second feed collet is drawn close to the first feed collet, baffle rotates, and blanking box is opened, the almond in blanking box
Raw material slides into and is stuck between the first feed collet and the second feed collet.
The above-mentioned detailed operation process for putting case is as follows: first feeding cylinder be in off position (blanking box be in close
State, because baffle can block the discharge port of blanking box because of the gravity of itself), when feeding cylinder is started to work, feeding cylinder is driven
When moving the axial first feed collet movement of installation, the magnet on connecting plate attracts the magnet on baffle, while the second feed collet is to first
Feed collet is drawn close, and baffle rotates, and blanking box is opened, and the almond raw material in blanking box slides into and is stuck in the first feed collet and the second material
Between folder；After the first feed collet and the second feed collet clamp almond raw material, feeding cylinder starts to drive installation axially away from the first material
The direction of folder moves, and magnetic pull weakens on the magnet and baffle on such connecting plate, effect of the baffle due to self gravity
Again it rotates, baffle blocks the outlet (blanking box becomes closed state by open state) of blanking box, while the second feed collet again
It is moved to far from the first feed collet side, almond raw material slides into the first briquetting and the second briquetting between the first feed collet and the second feed collet
Between.
It optionally, further include pressurizing unit, the pressurizing unit is used to almond raw material being pressed together on the first briquetting and second
Between briquetting.
Optionally, the pressurizing unit includes that extruding power mechanism and compression bar, the extruding power mechanism are fixedly installed on
On pedestal, the compression bar, which is fixed on, to be squeezed on power mechanism, and the extrudings power mechanism is used to drive compression bar at clamping device
Movement；Buffer stopper is provided on the compression bar, the compression bar presses almond raw material by the buffer stopper.
Squeezing power mechanism is a press cylinder (i.e. common cylinder, because there is many places cylinder in this case, to avoid mixing
Confuse, using the title method of press cylinder).Buffer stopper on compression bar is for being pressed together on almond raw material, when the first briquetting and second are pressed
For block when squeezing almond raw material, buffer stopper can prevent almond raw material from skidding off between the first briquetting and the second briquetting.
Open-shelf mechanism provided by the utility model beneficial effect is: being cooperated by two briquettings of setting to squeeze almond original
Material, greatly improved product yield and folder opens efficiency, and safety coefficient is higher.
Detailed description of the invention:
Fig. 1 is pressing mechanism structure schematic diagram；
Fig. 2 is almond folder opening apparatus structure schematic diagram；
Fig. 3 is pressurizing unit structure schematic diagram；
Fig. 4 is feeder structure simplified schematic diagram；
Fig. 5 is the positional diagram of the first feed collet and the second feed collet.
Each appended drawing reference in figure are as follows: 1, pedestal, the 201, first briquetting, the 202, second briquetting, 203, servo motor, 3, pressure
Sensor, 4, press cylinder, 5, compression bar, 6, buffer stopper, 7, blanking box, 8, baffle, 9, feeding cylinder, 901, connecting plate, 10, magnetic
Iron, 11, glass, the 1201, first feed collet, the 1202, second feed collet, 1203, card notch, 13, bunker for collecting, 14, installation axle, 15,
Shaft, 16, sliding rail, 17, sliding block, 18, card slot, 19, mounting blocks, 20, mounting rod, 21, support.
Specific embodiment:
Below with reference to each attached drawing, the utility model is described in detail.
As shown in Fig. 1, one kind opening clamp mechanism, including pedestal 1, the first briquetting 201 and the second briquetting 202, the first briquetting
201 are set on pedestal 1, and the second briquetting 202 is slideably positioned on pedestal 1, when the second briquetting 202 is drawn close to the first briquetting 201
When fitting, the almond raw material between the first briquetting 201 and the second briquetting 202 is pressed from both sides out a seam.
Cooperated in the present apparatus by two briquettings of setting to squeeze almond raw material, product yield greatly improved and folder opens effect
Rate, and safety coefficient is higher.
It as shown in Fig. 1, further include servo power mechanism, servo power mechanism is for driving the movement of the second briquetting 202.
Specific servo power mechanism is a servo motor 203, and the second briquetting 202 is driven to exist using servo motor 203
Moved on pedestal 1 it is first more convenient, second control servo motor 203 stroke it is more accurate, three to servo motor 203
It controls sensitiveer (to the second briquetting 202).
It should be further noted that servo power mechanism not only can be servo motor 203, it is also possible to common electricity
Machine or other same categories of device, as long as can drive the second briquetting 202 on pedestal 1 along linear slide.Such as using common
Motor when need that the devices such as gear and rack gear are installed on pedestal 1 and drive the second briquetting 202 to slide on pedestal.
It as shown in Fig. 1, further include pressure sensor 3, pressure sensor 3 is for measuring the first briquetting 201 and the second pressure
Extruding force value between block 202, pressure sensor 3 are electrically connected with servo power mechanism；When the extruding force that pressure sensor 3 measures
After value mutates, servo power mechanism stops the second briquetting 202 of driving to movement at the first briquetting 201.
The extruding force measured between the first briquetting 201 and the second briquetting 202 has the advantage that: first is convenient for learning in time
Whether almond raw material falls between the first briquetting 201 and the second briquetting 202；Second can learn whether almond raw material is opened in time
Mouth success is (because that time that almond raw material is pressed from both sides out, the extruding force between the first briquetting 201 and the second briquetting 202 can generate
Mutation, i.e. pressure value between the first briquetting 201 and the second briquetting 202 are become smaller suddenly by increasing)；Third avoids servo motor
203 movement travels are too long to cause the extruding force between the first briquetting 201 and the second briquetting 202 excessive, avoids almond raw material
It squeezes broken.To realize above-mentioned function, pressure sensor 3 is electrically connected with servo motor 203, and pressure sensor 3 will measure in real time
It obtains data and passes to servo motor 203, servo motor 203 stops driving the second briquetting in time according to the data of pressure sensor 3
202 to drawing close at the first briquetting 201.
Because many servo motors 203 do not have the ability of processing data at present, described in pressure sensor 3 and servo
PLC is set between motor 203, and pressure sensor 3 controls servo motor by PLC in real time by the data measured after PLC is handled
203 working condition.
Because pressure sensor 3 needs to be bonded the first briquetting 201 always, it is possible to pressure sensor 3 with
One tension spring is set between the first briquetting 201, the first briquetting 201 and pressure sensor 3 are tensed by tension spring, but this needs to infuse
Meaning is to need to return to zero pressure sensor 3 when pressure sensor 3 and the first briquetting 201 are drawn and arrived together by tension spring.
In order to improve the convenience of installation, pressure sensor 3 is tightly attached on the first briquetting 201, the first briquetting 201 is fixed
A mounting blocks 19 are installed on, mounting blocks 19 are slideably positioned on pedestal 1, open up fluted on mounting blocks 19, are arranged on pedestal 1
There is raised item, when raised item and groove are combined together, the cooperation of groove and raised item can guarantee mounting blocks 19 on pedestal 1
(because squeezing can allow the first briquetting 201 that slight sliding occurs, needing mounting blocks 19 that can also slide) when sliding will not send out
Raw offset.A mounting rod 20 is fixedly installed with by support 21 on pedestal 1, is fixed on pressure sensor 3 on mounting rod 20,
And the first briquetting 201 is close in 3 one end of pressure sensor, and when the second briquetting 202 squeezes the first briquetting 201,201 meeting of the first briquetting
By squeeze pressure sensor 3.
Need that above-mentioned part is further described is that can also be arranged on mounting blocks 19 with opening up groove on pedestal 1
Raised item, or can also be by other homogeneous structures, as long as the first briquetting 201 can be guaranteed when sliding on pedestal 1
It is that edge slides straightly, and guarantees that the moving direction of the first briquetting 201 and the moving direction of the second briquetting 202 are in straight line
.
As shown in Fig. 1, offer card slot 18 on the first briquetting 201 and the second briquetting 202, when almond raw material clip in
When between the first briquetting 201 and the second briquetting 202, almond raw material clip is in card slot 18.
The shape of card slot 18 on first briquetting 201 and on the second briquetting 202 is similar to the shape of half of almond raw material, and
After first briquetting 201 and the cooperation in place of the second briquetting 202, almond raw material is just stuck on card slot 18, and almond clamping direction is fixed
Position is good.
Such as attached drawing 1 and attached drawing 4, bunker for collecting 13 is installed for collecting the almond raw material pressed from both sides after opening, pedestal 1 on pedestal 1
It is upper that linear mould group 16 is installed, sliding block 17 is installed (when servo motor drives the lead screw in linear mould group 16 in linear mould group 16
When rotation, sliding block 17 can be moved along the screw rod of linear mould group 16), the second briquetting 202 is fixed on sliding block 17, servo motor
203 by push sliding block 17 in linear mould group 16 moving movement come drive the second briquetting 202 move.Using linear mould group 16 with
The combination of sliding block 17 is the preferred embodiment in this case, other are also possible to servo motor 203 using wheel and rack to drive
Dynamic second briquetting 202 moves on pedestal 1.
As shown in attached drawing 1, attached drawing 2, attached drawing 3 and attached drawing 4, a kind of almond folder opening apparatus, including open clamp mechanism and feeding dress
It sets, feed device is installed on pedestal 1, and feed device is used for almond feedstock transportation to the first briquetting 201 and the second briquetting 202
Between.
As shown in attached drawing 2 and attached drawing 4, feed device includes blanking box 7, baffle 8, feeding power mechanism and linkage mechanism,
Blanking box 7 and feeding power mechanism are fixedly installed on pedestal 1, and baffle 8 is movably set in blanking box 7, and baffle 8 is for controlling
The opening and closing of blanking box 7 processed, feeding power mechanism and baffle 8 realize by linkage mechanism and link that feeding power mechanism is for driving
Baffle 8 opens or closes blanking box 7.
Feeding power mechanism is a feeding cylinder 9 (i.e. common cylinder, because there is many places cylinder in this case, to avoid mixing
Confuse, using the title method of feeding cylinder 9).Certain feeding power mechanism is also possible to other power devices.
As shown in attached drawing 2 and attached drawing 4, linkage mechanism is magnet 10, and baffle 8 is rotatablely installed by shaft 15 in blanking box 7
On, magnet 10 is provided on feeding power mechanism and baffle 8；Magnet 10 is installed on the connecting plate 901 of feeding power mechanism,
When feeding power mechanism is drivingly connected plate 901 to when movement at blanking box 7, magnet 10 attracts the magnetic on baffle 8 on connecting plate 901
Iron 10, baffle 8 rotate, and blanking box 7 becomes open state by closed state, and the almond raw material in blanking box 7 enters clamping
In device.When two blocks of magnet 10 do not interact, baffle 8 blocks blanking box 7 under the effect of gravity.
It is provided with glass 11 in specific blanking box 7, when almond raw material, which is fallen into, touches glass 11 in blanking box 7, because
The reason of low-frictional force of glass 11, almond raw material will be because of center of gravity, the stub end of almond raw material is downward.
It further include the first feed collet 1201 and the second feed collet 1202, the first feed collet as shown in attached drawing 2, attached drawing 3 and attached drawing 4
1201 are installed on pedestal 1；Installation axle 14 is installed on feeding power mechanism, connecting plate 901 is fixedly installed in installation axle 14,
Second feed collet 1202 is rotatablely installed in installation axle 14；When feeding power mechanism driving installation axle 14 is moved to the first feed collet 1201
When, the magnet 10 on connecting plate 901 attracts the magnet 10 on baffle 8, while the second feed collet 1202 is drawn close to the first feed collet 1201,
Baffle 8 rotates, and blanking box 7 is opened, and the almond raw material in blanking box 7 slides into and is stuck in the first feed collet 1201 and the second feed collet
Between 1202.
The above-mentioned detailed operation process for putting case is as follows: first feeding cylinder 9 be in off position (at this time baffle 8 due to
Blanking box 7 is blocked in the effect of self gravity, and blanking box 7 is in close state, i.e., baffle 8 blocks the discharge port of blanking box 7), when
Feeding cylinder 9 is started to work, magnetic when feeding cylinder 9 drives installation axle 14 and moves to the first feed collet 1201, on connecting plate 901
Iron 10 attracts the magnet 10 on baffle 8, while the second feed collet 1202 is drawn close to the first feed collet 1201, and baffle 8 rotates, blanking
Box 7 is opened, and the almond raw material in blanking box 7 slides into and is stuck between the first feed collet 1201 and the second feed collet 1202；When the first material
After folder 1201 and the second feed collet 1202 clamp almond raw material, feeding cylinder 9 starts to drive installation axle 14 to far from the first feed collet
1201 direction moves, and 10 attraction of magnet weakens on the magnet 10 and baffle 8 on such connecting plate 901, and baffle 8 is due to itself
The effect of gravity rotates, baffle 8 block again blanking box 7 discharge port (blanking box 7 by open state become close shape
State), while the second feed collet 1202 is to moving far from 1201 side of the first feed collet, and almond raw material is from the first feed collet 1201 and the second material
It is slid between the first briquetting 201 and the second briquetting 202 between folder 1202.When almond raw material falls into the first feed collet 1201 and the second material
When between folder 1202, press cylinder 4 drive compression bar 5 (with buffer stopper 6) to the first feed collet 1201 and the second feed collet 1202 it
Between move so that buffer stopper 6 is adjacent to almond raw material, can prevent almond raw material skid off the first briquetting 201 and the second briquetting 202 it
Between.
Need further to remark additionally to above-mentioned part simultaneously is that magnet 10 on connecting plate 901 can attract gear
Magnet 10 on plate 8, but the magnet 10 on connecting plate 901 can also repel the magnet 10 on baffle 8, as long as connecting plate 901
On magnet 10 magnet 10 on baffle 8 can be enable no longer to inhale can (the magnet 10 i.e. on connecting plate 901 on blanking box 7
Baffle 8 is enough set to open blanking box).Blanking box can be irony simultaneously, be also possible to non-ferric, as long as blanking box 7 is not
It will affect the interaction between two blocks of magnet.
Need to be illustrated attached drawing 2 and attached drawing 3 simultaneously be on the first feed collet 1201 is that there are channels, and compression bar 5 can
To pass through the almond raw material between channel pressings the first briquetting 201 and the second briquetting 202.
As shown in attached drawing 2, attached drawing 3 and attached drawing 5, the first feed collet 1201 is to be rotatably installed in the one of pedestal 1 by an axis
On root pillar, but the first feed collet 1201 is also possible on the pillar for being fixedly mounted on pedestal 1.It should be noted simultaneously that the first material
It is all to be arranged with card notch 1203 as shown in Fig. 5, and pass through the card notch 1203 on folder 1201 and the second feed collet 1202
Stronger clamps almond raw material.
Need to be illustrated attached drawing 5 is in attached drawing 5 in order to clearly showing the first feed collet 1201 and the second feed collet
1202 structural schematic diagram, many components are not drawn, while appended drawing reference serial number 1 is a pillar on pedestal 1.
It further include pressurizing unit as shown in attached drawing 2 and attached drawing 3, pressurizing unit is used to almond raw material being pressed together on the first pressure
Between block 201 and the second briquetting 202.
As shown in attached drawing 2 and attached drawing 3, pressurizing unit includes squeezing power mechanism and compression bar 5, squeezes power mechanism fixation and sets
It is placed on pedestal 1, compression bar 5, which is fixed on, to be squeezed on power mechanism, squeezes power mechanism for driving compression bar 5 to fortune at clamping device
It is dynamic；Buffer stopper 6 is provided on compression bar 5, compression bar 5 presses almond raw material by buffer stopper 6.
Squeezing power mechanism is a press cylinder 4 (i.e. common cylinder, because there is many places cylinder in this case, to avoid mixing
Confuse, using the title method of press cylinder 4).Buffer stopper 6 on compression bar 5 for being pressed together on almond raw material, when the first briquetting 201 with
For second briquetting 202 when squeezing almond raw material, buffer stopper 6 can prevent almond raw material from skidding off the first briquetting 201 and the second briquetting
Between 202.
Respectively in order to clearly show main components in attached drawing 3 and attached drawing 4, some components is not drawn,
As do not drawn blanking box 7 in attached drawing 3, press cylinder 4 is not drawn in attached drawing 4.But the equipment that these omissions are not drawn exists
Can all it see under normal viewing angle, so attached drawing 3 and attached drawing 4 are combined and cannot completely represent entire almond folder and open dress
The structure set, the entire almond folder complete structure of opening apparatus are shown in attached drawing 2 and attached drawing 1.
Need to further illustrate attached drawing 2 simultaneously when, plurality of plates and more columns are provided on the pedestal 1 for opening clamp mechanism
Son, these plates and pillar be for installing numerous components such as the first feed collet 1201, the second feed collet 1202 and press cylinder 4,
Belong to existing mature technology since these components being fixedly mounted by plate or pillar, so no longer to these parts
Installation be described in detail, while also no longer being indicated with appended drawing reference in attached drawing.Due to arranging plate and column on pedestal 1
Son belongs to the conventional prior art, so in attached drawing 2, attached drawing 3 and attached drawing 4, on pedestal 1 plate and pillar all with attached drawing mark
To mark, (be defaulted as plate and pillar all is a part of pedestal 1 to note serial number 1, because arranging plate and pillar are real on pedestal
Matter is identical).
The work step of specific almond folder opening apparatus is as follows
S1, feeding cylinder 9 are opened, and installation axle 14 is close to the first feed collet 1201, and magnet 10 is pushed open outward on connecting plate 901
Magnet 10 on baffle 8, blanking box 7 are opened, and almond raw material falls into the first feed collet 1201 and the second feed collet 1202 out of blanking box 7
Between；
S2: feeding cylinder 9 drives installation axle 14 to far from moving at the first feed collet 1201, and baffle 8 closes under the effect of gravity
Blanking box 7 is closed, almond raw material slides between the first feed collet 1201 and the second feed collet 1202, while the driving of servo motor 203 the
Two briquettings 202 are close to the first briquetting 201, and almond raw material is fallen between the first briquetting 201 and the second briquetting 202；
S3: press cylinder 4 drives compression bar 5 to be affixed to the almond raw material between the first briquetting 201 and the second briquetting 202, works as pressure
Force snesor 3 measures extruding force and reduces that time suddenly by being gradually increased, and servo motor 203 stops the first briquetting 201 of driving
The second briquetting 202 is squeezed, while press cylinder 4 is lifted up buffer stopper 6.
The above is only the preferred embodiment of the present invention, not thereby limits the patent protection of the utility model
Range, it is all with equivalent structure transformation made by the utility model specification and accompanying drawing content, directly or indirectly it is used in it
His relevant technical field similarly includes within the protection scope of the present utility model.
Claims (10)
1. one kind opens clamp mechanism, which is characterized in that including pedestal, the first briquetting and the second briquetting, first briquetting is set to
On pedestal, second briquetting is slideably positioned on pedestal, when the second briquetting draws close fitting to the first briquetting, is located at the first pressure
Almond raw material between block and the second briquetting is pressed from both sides out a seam.
2. opening clamp mechanism as described in claim 1, which is characterized in that it further include servo power mechanism, the Servo power machine
Structure is for driving the movement of the second briquetting.
3. opening clamp mechanism as claimed in claim 2, which is characterized in that further include pressure sensor, the pressure sensor is used
In measuring the extruding force value between the first briquetting and the second briquetting, the pressure sensor is electrically connected with servo power mechanism；When
After the extruding force value that pressure sensor measures mutates, servo power mechanism stops the second briquetting of driving to fortune at the first briquetting
It is dynamic.
4. opening clamp mechanism as described in claim 1, which is characterized in that offer card on first briquetting and the second briquetting
Slot, when almond raw material clip is between the first briquetting and the second briquetting, the almond raw material clip is in card slot.
5. a kind of almond presss from both sides opening apparatus, which is characterized in that including opening clamp mechanism and send as described in Claims 1 to 4 Arbitrary Term
Expect device, the feed device is mounted on the base, and the feed device is used for almond feedstock transportation to the first briquetting and the
Between two briquettings.
6. almond as claimed in claim 5 presss from both sides opening apparatus, which is characterized in that the feed device includes blanking box, baffle, send
Material power mechanism and linkage mechanism, the blanking box and feeding power mechanism are fixedly installed on pedestal, the baffle activity
It is set in blanking box, the baffle is used to control the opening and closing of blanking box, and the feeding power mechanism and baffle pass through gear
Structure realizes linkage, and feeding power mechanism is for driving baffle to open or close blanking box.
7. almond as claimed in claim 6 presss from both sides opening apparatus, which is characterized in that the linkage mechanism is magnet, and the baffle is logical
Shaft rotational installation is crossed on blanking box, is provided with magnet on the feeding power mechanism and baffle；The magnet is installed on
On the connecting plate of feeding power mechanism, when feeding power mechanism is drivingly connected plate to when moving at blanking box, magnet on connecting plate
Attract or repel the magnet on baffle, baffle rotates, and blanking box becomes open state by closed state, the apricot in blanking box
Benevolence raw material enters in clamping device；When two blocks of magnet do not interact, baffle is blocked down under the effect of gravity
Magazine.
8. almond as claimed in claim 7 presss from both sides opening apparatus, which is characterized in that it further include the first feed collet and the second feed collet, it is described
First feed collet is mounted on the base；Installation axle is installed, the connecting plate is fixedly installed in installation on the feeding power mechanism
On axis, the second feed collet rotational installation is in installation axle；When feeding power mechanism, which drives, installs axial first feed collet movement,
Magnet on the connecting plate attracts the magnet on baffle, while the second feed collet is drawn close to the first feed collet, and baffle rotates, under
Magazine is opened, and the almond raw material in blanking box slides into and is stuck between the first feed collet and the second feed collet.
9. almond as claimed in claim 5 presss from both sides opening apparatus, which is characterized in that further include pressurizing unit, the pressurizing unit is used
It is pressed together between the first briquetting and the second briquetting in by almond raw material.
10. almond as claimed in claim 9 presss from both sides opening apparatus, which is characterized in that the pressurizing unit includes squeezing power mechanism
And compression bar, the extruding power mechanism are fixedly installed on pedestal, the compression bar, which is fixed on, to be squeezed on power mechanism, the extruding
Power mechanism is for driving compression bar to movement at clamping device；Buffer stopper is provided on the compression bar, the compression bar passes through described
Buffer stopper presses almond raw material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920140372.2U CN209677283U (en) | 2019-01-25 | 2019-01-25 | Open clamp mechanism and almond folder opening apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920140372.2U CN209677283U (en) | 2019-01-25 | 2019-01-25 | Open clamp mechanism and almond folder opening apparatus |
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| CN209677283U true CN209677283U (en) | 2019-11-26 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109527608A (en) * | 2019-01-25 | 2019-03-29 | 易均萍 | Open clamp mechanism and almond folder opening apparatus |
| CN111513353A (en) * | 2020-05-26 | 2020-08-11 | 邓小丽 | Plum breaking machine |
-
2019
- 2019-01-25 CN CN201920140372.2U patent/CN209677283U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109527608A (en) * | 2019-01-25 | 2019-03-29 | 易均萍 | Open clamp mechanism and almond folder opening apparatus |
| CN109527608B (en) * | 2019-01-25 | 2023-12-15 | 易均萍 | Clamping mechanism and almond clamping device |
| CN111513353A (en) * | 2020-05-26 | 2020-08-11 | 邓小丽 | Plum breaking machine |
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Granted publication date: 20191126 Termination date: 20220125 |