CN108967503A - It is a kind of that husky flower clam disgorging sands equipment can be quickly taken out based on Bernoulli's theorem - Google Patents
It is a kind of that husky flower clam disgorging sands equipment can be quickly taken out based on Bernoulli's theorem Download PDFInfo
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- CN108967503A CN108967503A CN201810644370.7A CN201810644370A CN108967503A CN 108967503 A CN108967503 A CN 108967503A CN 201810644370 A CN201810644370 A CN 201810644370A CN 108967503 A CN108967503 A CN 108967503A
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- A—HUMAN NECESSITIES
- A22—BUTCHERING; MEAT TREATMENT; PROCESSING POULTRY OR FISH
- A22C—PROCESSING MEAT, POULTRY, OR FISH
- A22C29/00—Processing shellfish or bivalves, e.g. oysters, lobsters; Devices therefor, e.g. claw locks, claw crushers, grading devices; Processing lines
- A22C29/04—Processing bivalves, e.g. oysters
- A22C29/043—Cleaning operations on bivalves, e.g. evisceration, brushing, separation of meat and shell material
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Abstract
The invention belongs to shellfish processing technology fields, disclose a kind of flower clam disgorging sands equipment that sand can be quickly taken out based on Bernoulli's theorem.This can quickly take out husky flower clam disgorging sands equipment based on Bernoulli's theorem, including water tank, the edge of the water tank bottom is fixedly connected with the open end of motor casing, the fixed water inlet end for being communicated with outlet pipe in the bottom end of water tank right side wall, the lower surface of the water tank and be located at motor casing inside driving motor is fixedly installed with by mounting rod, interference fit has bearing in the mounting hole opened up in the middle part of tank bottom wall, the inside fixing sleeve of bearing is connected to shaft, and the bottom end of shaft is extended bearing and is fixedly connected by shaft coupling with the output end of driving motor.This can quickly take out husky flower clam disgorging sands equipment based on Bernoulli's theorem, and the setting of eddy flow sand pumping device can form eddy flow by the driving of driving motor in water tank, quickly extract the sand shaken in husky shell, achieve the effect that sand is discharged during flower clam spits sand.
Description
Technical field
It is specially a kind of that husky flower can be quickly taken out based on Bernoulli's theorem the present invention relates to the technical field of shellfish processing
Clam disgorging sands equipment.
Background technique
Flower clam also known as cycle of sixty years, are one of seafood the most universal, very popular, due to usual in Shellfish body
Containing a large amount of sand, needed before culinary art it is first artificial allow colored clam spit sand, flower clam more effectively spit husky processing be into
Row rocks, present to spit husky equipment also frequently with this mode, but living body flower clam can also exist during spitting sand and gulp down sand
Situation, or as the sand that rocks of equipment is fallen into shell still influences feed, thus how when flower clam spits sand quick sand discharge
Without influencing it normally to spit sand to be a urgent problem.
Summary of the invention
(1) the technical issues of solving
In view of the deficiencies of the prior art, the present invention provides a kind of flower clams that can quickly take out sand based on Bernoulli's theorem to spit
Husky device, has quick sand discharge, and rule rocks the advantages that saving manpower.
(2) technical solution
In order to achieve the above object, the present invention is achieved by the following technical programs: one kind can based on Bernoulli's theorem
Husky flower clam disgorging sands equipment is quickly taken out, including water tank, the edge of the water tank bottom are fixedly connected with the open end of motor casing, water
The fixed water inlet end for being communicated with outlet pipe in the bottom end of case right side wall, the lower surface of the water tank and inside for being located at motor casing passes through
Mounting rod is fixedly installed with driving motor, and interference fit has bearing, the inside of bearing in the mounting hole opened up in the middle part of tank bottom wall
Fixing sleeve is connected to shaft, and the bottom end of shaft is extended bearing and is fixedly connected by shaft coupling with the output end of driving motor, water
Case is internally provided with eddy flow sand pumping device, the inside of water tank and is located above eddy flow sand pumping device and is provided with Yao Sha mechanism.
Preferably, the eddy flow sand pumping device includes strut, diversion pipe, screw blade, collection scrim, upright bar, support ring, branch
Bearing, protective cover, arcuate socket, annular sand collecting box and sand discharge pipe are supportted, is fixedly connected with and is led by strut on the inner wall of the water tank
The lateral surface of flow tube, the top of shaft extends to the inside of adjustable pipe and fixing sleeve is connected to screw blade, and the bottom end of diversion pipe is viscous
It is connected to the top of collection scrim, the bottom end for collecting scrim is fixedly connected in the inner bottom wall of water tank, in shaft and is located at screw blade
Downside fixing sleeve is connected to spring bearing, and the external fixing sleeve of spring bearing is connected to support ring, and the lower surface of support ring passes through upright bar
It is fixedly connected with the inner bottom wall of water tank, the lateral surface of support ring is bonded with the top end opening of protective cover, the bottom end opening of protective cover
It is bonded in the inner bottom wall of water tank, it is located between protective cover and collection scrim and opens up there are four arcuate socket for the bottom wall of water tank, water tank
Lower surface and the position for being located at arcuate socket are fixedly connected with the open end of annular sand collecting box, and the bottom of annular sand collecting box right wall is fixed
It is communicated with the feed end of sand discharge pipe, the discharge end of sand discharge pipe runs through the right wall of motor casing and extends to the right side of motor casing.
Preferably, the protective cover sum aggregate scrim is nonwoven sheet, and on protective cover sum aggregate scrim mesh aperture mesh
Number is 200 to 300 mesh.
Preferably, the section box wall section of the annular sand collecting box is in U-shape, and arcuate socket corresponds to opening for annular sand collecting box
Mouthful.
Preferably, the Yao Sha mechanism includes shaking husky shell, guide groove, guide pad, position-limiting tube, reset spring, intercommunicating pore, rotation
Discharge orifice, square groove, square, drive block, square chamber, jack, swing block, placement plate, strut, leak hole and positioning ring, the water tank it is interior
Portion and it is located above diversion pipe and is provided with and shakes husky shell, shakes the lower surface of husky shell and the tip contact of diversion pipe, tank inner wall pair
The position that husky shell should be shaken is opened up there are four guide groove, and the inside of four guide grooves slidably connects guide pad, and guide pad position
In the bottom end of guide groove, the position for shaking corresponding four guide pads of husky shell lateral wall is fixedly connected to one end of position-limiting tube, shakes sand
The lateral surface of shell and the inside for being located at position-limiting tube pass through reset spring and are flexibly connected with corresponding guide pad, shake husky shell lateral wall
Bottom end offers equally distributed intercommunicating pore, and the bottom wall for shaking husky shell offers whirl hole, shakes and offers in the middle part of husky shell lower surface
Square groove, the inside of square groove are plugged with square, and the lower surface of square is fixedly connected with the upper surface of drive block, and the inside of drive block is opened
Equipped with square chamber, the jack being connected to square chamber is offered in the middle part of drive block lower surface, the top of shaft through jack and extends to
The inside of square chamber, and the top of shaft is fixedly connected with one end of swing block, and the other end of swing block and the side wall of square chamber connect
Touching, shakes the placement plate that is internally provided with of husky shell, and the quadrangle of placement plate lower surface is respectively fixedly connected with the top there are four strut, and four
The bottom end of a strut is contacted with the inner bottom wall for shaking husky shell, the upper surface of placement plate be fixedly connected there are four with one heart and diameter by outer
The inwardly positioning ring that once successively decreases in placement plate and is located at four positioning rings and offers leak hole between any two.
Preferably, the top of the leak hole is in horn-like, and whirl hole is identical as the distribution mode of leak hole.
Preferably, four position-limiting tubes are referring to arranged in a ring with the axle center for shaking husky shell, and the top of guide groove is to open
Mouth shape.
Preferably, the tip section of the positioning ring is arc-shaped, and the distance between adjacent positioned ring range is two to four
Centimetre.
Preferably, 4/5ths of the length side of the being chamber side length of the swing block, and the one end of swing block far from shaft is in
Arc.
Preferably, the exhaust end of the water outlet of the outlet pipe and sand discharge pipe is fixedly installed with switch valve.
(3) beneficial effect
By using preceding solution, the beneficial effects of the present invention are:
1, husky flower clam disgorging sands equipment can should be quickly taken out based on Bernoulli's theorem, the setting of eddy flow sand pumping device passes through
The driving of driving motor can form eddy flow in water tank, quickly extract the sand shaken in husky shell, reach and spit husky process in flower clam
The effect of middle discharge sand.
2, husky flower clam disgorging sands equipment can should be quickly taken out based on Bernoulli's theorem, by the setting of Yao Sha mechanism, utilized
Shaft drives swinging block movement to make to shake husky shell and sit bias and waves, and formation rule is rocked, and simulation manpower rocks, and helps to spend clam quick
Spit sand.
3, husky flower clam disgorging sands equipment can should be quickly taken out based on Bernoulli's theorem, by the setting of diversion pipe, cooperate spiral shell
Rotation blade rotates the eddy flow to be formed, and can extract the water and sand shaken in husky shell, the convenient quick collection to flower clam discharge sand.
4, husky flower clam disgorging sands equipment capable of should quickly being taken out based on Bernoulli's theorem, husky shell is shaken by opening up for intercommunicating pore
Internal to be connected to formation inside water tank, the eddy flow that cooperation diversion pipe inward eddy sand pumping device is formed can be such that the water in water tank is formed
Circulation, current scour flower clam analog natural environment, peomotes colored clam sand discharge.
5, husky flower clam disgorging sands equipment can should be quickly taken out based on Bernoulli's theorem, by the setting of placement plate, for putting
Colored clam is set, using placement plate and the space formed between husky shell is shaken and deposits sand, can be avoided after colored clam spits sand and occur gulping down husky or sand
Situation about being shaken in shell, and facilitate the quick discharge of sand.
6, husky flower clam disgorging sands equipment can should be quickly taken out based on Bernoulli's theorem can be right by the setting of positioning ring
Flower clam is separated, avoid spending clam to rock spit sand during occur bulk deposition or follow rock it is opposite shake husky shell movement,
Can ensure that clam is spent normally to spit sand.
7, husky flower clam disgorging sands equipment can should be quickly taken out based on Bernoulli's theorem, horn-like by leak hole top is set
Meter, the sand to spue convenient for flower clam quickly leak down from placement plate, and sand is avoided to impact the flower clam spat in sand.
8, husky flower clam disgorging sands equipment can should be quickly taken out based on Bernoulli's theorem, the setting for collecting scrim and protective cover can
For sand guiding, as eddy flow constantly extracts sand and recycles water in water tank, what collection scrim can continue is crossed in drainage
Sand, it is ensured that the cleanliness of water in water tank, reduction sand spend the influence of clam to spitting in sand, and help to exclude flower out of water tank
The sand that clam spues.
Detailed description of the invention
Fig. 1 is structure of the invention front elevational view；
Fig. 2 is the enlarged drawing in structure of the invention Fig. 1 at A；
Fig. 3 is the schematic diagram of internal structure of present invention side's chamber.
In figure: 1 water tank, 2 motor casings, 3 outlet pipes, 4 driving motors, 5 eddy flow sand pumping devices, 501 struts, 502 diversion pipes,
503 screw blades, 504 collection scrims, 505 upright bars, 506 support rings, 507 spring bearings, 508 protective covers, 509 arcuate sockets, 510 rings
Husky shell, 602 guide grooves, 603 guide pads, 604 position-limiting tubes, 605 resets are shaken in shape sand collecting box, 511 sand discharge pipes, 6 Yao Sha mechanisms, 601
Spring, 606 intercommunicating pores, 607 whirl holes, 608 square grooves, 609 squares, 610 drive blocks, 611 side's chambers, 612 jacks, 613 swing blocks,
614 placement plates, 615 struts, 616 leak holes, 617 positioning rings, 7 bearings, 8 shafts, 9 switch valves.
Specific embodiment
Below in conjunction with the embodiment of the present invention, technical solution in the embodiment of the present invention is clearly and completely retouched
It states, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Based on the present invention
In embodiment, every other implementation obtained by those of ordinary skill in the art without making creative efforts
Example, shall fall within the protection scope of the present invention.
Fig. 1-3 is please referred to, the present invention provides a kind of technical solution: a kind of that husky flower can be quickly taken out based on Bernoulli's theorem
Clam disgorging sands equipment, including water tank 1, the edge of 1 bottom of water tank are fixedly connected with the open end of motor casing 2, the bottom of 1 right side wall of water tank
The fixed water inlet end for being communicated with outlet pipe 3 in end, the lower surface of water tank 1 and the inside for being located at motor casing 2 are pacified by the way that mounting rod is fixed
Equipped with driving motor 4, the interior interference fit of the mounting hole opened up in the middle part of 1 bottom wall of water tank has bearing 7, and the inside of bearing 7 is fixedly attached
There is shaft 8, the bottom end of shaft 8 is extended bearing 7 and is fixedly connected by shaft coupling with the output end of driving motor 4, water tank 1
It is internally provided with eddy flow sand pumping device 5, the inside of the water tank 1 and top for being located at eddy flow sand pumping device 5 is provided with Yao Sha mechanism 6,
The speed reducer for the GV-18-100-5-A type that driving motor 4 is produced using Guangdong Chuan Ming Precision Technology Co., Ltd..
Eddy flow sand pumping device 5 includes strut 501, diversion pipe 502, screw blade 503, collection scrim 504, upright bar 505, support
Ring 506, spring bearing 507, protective cover 508, arcuate socket 509, annular sand collecting box 510 and sand discharge pipe 511, on the inner wall of water tank 1
The lateral surface of diversion pipe 502 is fixedly connected with by strut 501, the top of shaft 8 extends to the inside of adjustable pipe and fixing sleeve
It is connected to screw blade 503, the bottom end of diversion pipe 502 is bonded with the top of collection scrim 504, and the bottom end of collection scrim 504 is fixedly connected
In the inner bottom wall of water tank 1, spring bearing 507, support shaft are connected in shaft 8 and positioned at the downside fixing sleeve of screw blade 503
The external fixing sleeve for holding 507 is connected to support ring 506, and the lower surface of support ring 506 is solid by the inner bottom wall of upright bar 505 and water tank 1
Fixed connection, the lateral surface of support ring 506 are bonded with the top end opening of protective cover 508, and the bottom end opening of protective cover 508 is bonded in water
The inner bottom wall of case 1, the bottom wall of water tank 1 its be located between protective cover 508 and collection scrim 504 and open up that there are four arcuate socket 509, water tanks
1 lower surface and the position for being located at arcuate socket 509 are fixedly connected with the open end of annular sand collecting box 510, and annular sand collecting box 510 is right
The fixed feed end for being communicated with sand discharge pipe 511 in the bottom of wall, right wall and extension of the discharge end of sand discharge pipe 511 through motor casing 2
To the right side of motor casing 2, the water outlet of outlet pipe 3 and the exhaust end of sand discharge pipe 511 are fixedly installed with switch valve 9, outlet pipe 3
On using common tap, sand discharge pipe 511 uses blowdown valve, and the setting of eddy flow sand pumping device 5 passes through the drive of driving motor 4
It is dynamic, eddy flow can be formed in water tank 1, quickly extract the sand shaken in husky shell 601, it is husky to reach discharge during flower clam spits sand
The effect of son, by the setting of diversion pipe 502, the eddy flow for cooperating the rotation of screw blade 503 to be formed can extract and shake husky shell 601
In water and sand, the convenient quick collection to flower clam discharge sand.
508 sum aggregate scrim 504 of protective cover is nonwoven sheet, and on 508 sum aggregate scrim 504 of protective cover mesh aperture mesh
Number is 200 to 300 mesh, and the setting for integrating scrim 504 and protective cover 508 can be oriented to as sand, as eddy flow constantly extracts
Sand and recycle water in water tank 1, the sand crossed in drainage that collection scrim 504 can continue, it is ensured that the cleaning of water in water tank 1
Degree, reduction sand spend the influence of clam to spitting in sand, and help to exclude the sand that flower clam spues out of water tank 1.
The section box wall section of annular sand collecting box 510 is in U-shape, and the opening of the corresponding annular sand collecting box 510 of arcuate socket 509.
Yao Sha mechanism 6 includes shaking husky shell 601, guide groove 602, guide pad 603, position-limiting tube 604, reset spring 605, connection
Hole 606, whirl hole 607, square groove 608, square 609, drive block 610, square chamber 611, jack 612, swing block 613, placement plate
614, strut 615, leak hole 616 and positioning ring 617, the inside of water tank 1 and the top for being located at diversion pipe 502, which are provided with, shakes husky shell
601, the lower surface of husky shell 601 and the tip contact of diversion pipe 502 are shaken, the corresponding position for shaking husky shell 601 of 1 inner wall of water tank offers
Four guide grooves 602, the inside of four guide grooves 602 slidably connects guide pad 603, and guide pad 603 is located at guide groove
602 bottom end, the position for shaking corresponding four guide pads 603 of husky 601 lateral wall of shell are fixedly connected to one end of position-limiting tube 604,
It shakes the lateral surface of husky shell 601 and is connected positioned at the inside of position-limiting tube 604 by reset spring 605 and 603 activity of corresponding guide pad
It connects, the bottom end for shaking husky 601 lateral wall of shell offers equally distributed intercommunicating pore 606, and the bottom wall for shaking husky shell 601 offers whirl hole
607, it shakes and offers square groove 608 in the middle part of husky 601 lower surface of shell, the inside of square groove 608 is plugged with square 609, and square 609 uses
Magnetite shakes husky shell 601 using ferricrete, makes square groove 608 and square 609 with the gravity for shaking husky shell 601 using the magnetic force of square 609
Grafting is kept, the lower surface of square 609 is fixedly connected with the upper surface of drive block 610, the inside side of the offering chamber of drive block 610
611, the jack 612 be connected to square chamber 611 is offered in the middle part of 610 lower surface of drive block, the top of shaft 8 is through jack 612
And the inside of the side's of extending to chamber 611, and the top of shaft 8 is fixedly connected with one end of swing block 613, and swing block 613 is another
One end is contacted with the side wall of square chamber 611, and that shakes husky shell 601 is internally provided with placement plate 614, the quadrangle of 614 lower surface of placement plate
It is respectively fixedly connected with the top there are four strut 615, the bottom end of four struts 615 contacts with the inner bottom wall for shaking husky shell 601, puts
The upper surface for setting plate 614 is fixedly connected there are four with one heart and the positioning ring 617 that once successively decreases of diameter ecto-entad, placement plate 614
Leak hole 616 above and positioned at four positioning rings 617 is offered between any two, by the setting of Yao Sha mechanism 6, shaft 8 is utilized to drive
The movement of swinging block 613, which makes to shake husky shell 601, sits bias and waves, and formation rule is rocked, and simulation manpower rocks, and helps to spend clam quick spitting
Sand shakes husky 601 inside of shell and is connected to being formed inside water tank 1, cooperate 502 inward eddy of diversion pipe pumping by opening up for intercommunicating pore 606
The eddy flow that husky device 5 is formed can make the water in water tank 1 form circulation, and current scour flower clam analog natural environment facilitates
Flower clam sand discharge is promoted, for placing colored clam, using placement plate 614 and to shake shape between husky shell 601 by the setting of placement plate 614
At space deposit sand, can be avoided colored clam and spit and occur gulping down the situation that husky or sand is shaken in shell after sand, and facilitate sand
Quickly discharge can be separated flower clam by the setting of positioning ring 617, avoid spending clam to rock spit sand during go out
Show bulk deposition or follow to rock and shake the husky movement of shell 601 relatively, it can be ensured that flower clam normally spits sand.
The top of leak hole 616 is in horn-like, and whirl hole 607 is identical as the distribution mode of leak hole 616, passes through leak hole 616
The horn-like design on top, the sand to spue convenient for flower clam quickly leak down from placement plate 614, avoid sand to the flower spat in sand
Clam impacts.
Four position-limiting tubes 604 are referring to arranged in a ring with the axle center for shaking husky shell 601, and the top of guide groove 602 is opening
Shape.
The tip section of positioning ring 617 is arc-shaped, and the distance between adjacent positioned ring 617 range is two to four centimetres.
4/5ths of 611 side length of the length side of being chamber of swing block 613, and the one end of swing block 613 far from shaft 8 is in arc
Shape.
In a fluid system, for example in air-flow, water flow, flow velocity is faster, and the pressure that fluid generates is with regard to smaller, and here it is quilts
" Bernoulli's theorem " of discovery in referred to as the Denier Bernoulli Jacob of " father of hydrodynamics " 1738, the present apparatus are fixed based on Bernoulli Jacob
Reason extracts sand using eddy flow.
When this can quickly take out husky flower clam disgorging sands equipment work based on Bernoulli's theorem, outlet pipe 3 and sand discharge pipe are closed
Flower clam is poured in placement plate 614 by the switch valve 9 on 511, is allowed to tiling and is distributed between positioning ring 617, falls into water tank 1
Enter tap water to water level and do not spend clam excessively, is powered and starts for driving motor 4, driving motor 4 drives swinging block 613 and screw blade
503 rotations, swinging block 613 moves in square chamber 611 makes to shake the husky sliding of shell 601, and flower clam is started to spit sand, screw blade by shaking
503 rotations form eddy flow and extract water from husky 601 direction of shell is shaken, and the sand shaken in husky shell 601 is taken out of and is got rid of to 502 bottom of diversion pipe
Portion, the sand in water is filtered by collection scrim 504 to be entered in annular sand collecting box 510, and the water in water tank 1 occurs with the formation of eddy flow
Circulation, flowing water enters to shake by intercommunicating pore 606 washes away colored clam simulating natural environment in husky shell 601, after sand is spat in completion, closes
Driving motor 4 takes out placement plate 614 from shaking in husky shell 601, restarting the water that driving motor 4 stirs in water tank 1 keeps annular collection husky
Sand in box 510 is stirred, and the switch valve 9 on outlet pipe 3 and sand discharge pipe 511 is opened, and the water in water tank 1 and annular collection is discharged
Sand in sandbox 510.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (9)
1. a kind of can quickly take out husky flower clam disgorging sands equipment, including water tank (1), water tank (1) bottom based on Bernoulli's theorem
The edge in portion is fixedly connected with the open end of motor casing (2), and the bottom end fixation of water tank (1) right side wall is communicated with outlet pipe (3)
Water inlet end, it is characterised in that: the lower surface of the water tank (1) and be located at motor casing (2) inside by mounting rod fixed installation
Have driving motor (4), there is bearing (7) interference fit in the mounting hole opened up in the middle part of water tank (1) bottom wall, the inside of bearing (7) is solid
Surely it is socketed with shaft (8), the bottom end of shaft (8) is extended bearing (7) and consolidated by shaft coupling and the output end of driving motor (4)
Fixed connection, water tank (1) are internally provided with eddy flow sand pumping device (5), the inside of water tank (1) and are located at eddy flow sand pumping device (5)
Top be provided with Yao Sha mechanism (6).
2. a kind of flower clam disgorging sands equipment that can quickly take out sand based on Bernoulli's theorem according to claim 1, feature
Be: the eddy flow sand pumping device (5) include strut (501), diversion pipe (502), screw blade (503), collection scrim (504),
Upright bar (505), support ring (506), spring bearing (507), protective cover (508), arcuate socket (509), annular sand collecting box (510) and
Sand discharge pipe (511) is fixedly connected with the lateral surface of diversion pipe (502) on the inner wall of the water tank (1) by strut (501), turns
The top of axis (8) extends to the inside of adjustable pipe and fixing sleeve is connected to screw blade (503), the bottom end bonding of diversion pipe (502)
Have a top of collection scrim (504), the bottom end of collection scrim (504) is fixedly connected in the inner bottom wall of water tank (1), in shaft (8) and
It is connected to spring bearing (507) positioned at the downside fixing sleeve of screw blade (503), the external fixing sleeve of spring bearing (507) is connected to
The lower surface of support ring (506), support ring (506) is fixedly connected by upright bar (505) with the inner bottom wall of water tank (1), support ring
(506) lateral surface is bonded with the top end opening of protective cover (508), and the bottom end opening of protective cover (508) is bonded in water tank (1)
Inner bottom wall, it is located between protective cover (508) and collection scrim (504) and opens up there are four arcuate socket (509) for the bottom wall of water tank (1),
The lower surface of water tank (1) and the position for being located at arcuate socket (509) are fixedly connected with the open end of annular sand collecting box (510), annular
The fixed feed end for being communicated with sand discharge pipe (511) in the bottom of sand collecting box (510) right wall, the discharge end of sand discharge pipe (511) is through electricity
The right wall of casing (2) and the right side for extending to motor casing (2).
3. a kind of flower clam disgorging sands equipment that can quickly take out sand based on Bernoulli's theorem according to claim 2, feature
Be: protective cover (508) the sum aggregate scrim (504) is nonwoven sheet, and protective cover (508) sum aggregate scrim (504) is surfed the Internet
The aperture mesh number in hole is 200 to 300 mesh.
4. a kind of flower clam disgorging sands equipment that can quickly take out sand based on Bernoulli's theorem according to claim 3, feature
Be: the section box wall section of the annular sand collecting box (510) is in U-shape, and the corresponding annular sand collecting box (510) of arcuate socket (509)
Opening.
5. a kind of flower clam disgorging sands equipment that can quickly take out sand based on Bernoulli's theorem according to claim 4, feature
Be: the Yao Sha mechanism (6) includes shaking husky shell (601), guide groove (602), guide pad (603), position-limiting tube (604), resetting
Spring (605), intercommunicating pore (606), whirl hole (607), square groove (608), square (609), drive block (610), square chamber (611),
Jack (612), swing block (613), placement plate (614), strut (615), leak hole (616) and positioning ring (617), the water tank
(1) inside and it is located to be provided with above diversion pipe (502) and shakes husky shell (601), shakes lower surface and the diversion pipe of husky shell (601)
(502) tip contact, the corresponding position for shaking husky shell (601) of water tank (1) inner wall open up that there are four guide groove (602), and four are led
It is slidably connected guide pad (603) to the inside of slot (602), and guide pad (603) is located at the bottom end of guide groove (602), shakes
The position of corresponding four guide pads (603) of husky shell (601) lateral wall is fixedly connected to one end of position-limiting tube (604), shakes husky shell
(601) the lateral surface and inside for being located at position-limiting tube (604) is movable with corresponding guide pad (603) by reset spring (605)
Connection, the bottom end for shaking husky shell (601) lateral wall offer equally distributed intercommunicating pore (606), and the bottom wall for shaking husky shell (601) opens up
There are whirl hole (607), shakes and offered square groove (608) in the middle part of husky shell (601) lower surface, the inside side of being plugged with of square groove (608)
Block (609), the lower surface of square (609) are fixedly connected with the upper surface of drive block (610), and the inside of drive block (610) opens up
The side's of having chamber (611) offers the jack (612) being connected to square chamber (611) in the middle part of drive block (610) lower surface, shaft (8)
Top is through jack (612) and the inside of the side's of extending to chamber (611), and the top of shaft (8) is fixedly connected with swing block (613)
One end, and the other end of swing block (613) is contacted with the side wall of square chamber (611), and that shakes husky shell (601) is internally provided with placement
Plate (614), the quadrangle of placement plate (614) lower surface are respectively fixedly connected with the top there are four strut (615), four struts
(615) bottom end is contacted with the inner bottom wall for shaking husky shell (601), the upper surface of placement plate (614) be fixedly connected there are four with one heart
And the positioning ring (617) that diameter ecto-entad once successively decreases, in placement plate (614) and be located at four positioning rings (617) two-by-two it
Between offer leak hole (616).
6. a kind of flower clam disgorging sands equipment that can quickly take out sand based on Bernoulli's theorem according to claim 5, feature
Be: the top of the leak hole (616) is in horn-like, and whirl hole (607) is identical as the distribution mode of leak hole (616).
7. a kind of flower clam disgorging sands equipment that can quickly take out sand based on Bernoulli's theorem according to claim 6, feature
Be: four position-limiting tubes (604) are referring to arranged in a ring, the top of guide groove (602) with the axle center for shaking husky shell (601)
For openning shape.
8. a kind of flower clam disgorging sands equipment that can quickly take out sand based on Bernoulli's theorem according to claim 7, feature
Be: the tip section of the positioning ring (617) is arc-shaped, and the distance between adjacent positioned ring (617) range is two to four
Centimetre.
9. a kind of flower clam disgorging sands equipment that can quickly take out sand based on Bernoulli's theorem according to claim 8, feature
It is: 4/5ths of the length side of being chamber (611) side length of the swing block (613), and swing block (613) is far from shaft (8)
One end it is arc-shaped.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810644370.7A CN108967503B (en) | 2018-06-21 | 2018-06-21 | Clam sand spitting device capable of quickly pumping sand based on Bernoulli's theorem |
| CN202011294663.0A CN112514973A (en) | 2018-06-21 | 2018-06-21 | Clam sand spitting device capable of quickly pumping sand based on Bernoulli's theorem and use method |
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| CN201810644370.7A CN108967503B (en) | 2018-06-21 | 2018-06-21 | Clam sand spitting device capable of quickly pumping sand based on Bernoulli's theorem |
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| CN202011294663.0A Division CN112514973A (en) | 2018-06-21 | 2018-06-21 | Clam sand spitting device capable of quickly pumping sand based on Bernoulli's theorem and use method |
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| CN108967503A true CN108967503A (en) | 2018-12-11 |
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| CN201810644370.7A Expired - Fee Related CN108967503B (en) | 2018-06-21 | 2018-06-21 | Clam sand spitting device capable of quickly pumping sand based on Bernoulli's theorem |
| CN202011294663.0A Withdrawn CN112514973A (en) | 2018-06-21 | 2018-06-21 | Clam sand spitting device capable of quickly pumping sand based on Bernoulli's theorem and use method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109619159A (en) * | 2019-01-30 | 2019-04-16 | 涂达鑫 | A kind of colored clam litter cleaning machine |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115444024B (en) * | 2022-09-28 | 2023-05-05 | 浙江工业大学 | Shellfish processing device |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108967503B (en) | 2021-06-11 |
| CN112514973A (en) | 2021-03-19 |
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