CN207531861U

CN207531861U - Automatic for Chinese torreya processing takes nuclear device

Info

Publication number: CN207531861U
Application number: CN201720947261.3U
Authority: CN
Inventors: 黄芳
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-31
Filing date: 2017-07-31
Publication date: 2018-06-26
Anticipated expiration: 2027-07-31

Abstract

The utility model is related to a kind of nuclear device is taken for the automatic of Chinese torreya processing.It solves the prior art and designs the technical problems such as not reasonable.Control mechanism is clamped including babinet, first annular conveying mechanism, the second pool conveyer structure, Chinese olive clamping seats, Chinese olive, cutting tool apron, takes out seat, cutting blade, elastic torsional spring structure and fruit stone unloading device, it is movably equipped with the first splicing box body and the second splicing box body successively in the bottom of box, first pulp-collecting box body is located at below the second pool conveyer structure, it is equipped with the pulp material fetching mechanism being connected with babinet above second splicing box body, and the box body is equipped with can make the first splicing box body and the second splicing box body box body driving mechanism close to each other or separate.Advantage is：It is simple in structure, it can realize the pulp of Chinese torreya Chinese olive and fruit stone separation, be not easy to generate damage to Chinese torreya kernel, separative efficiency is high, greatly artificial takes fruit stone process, while can guarantee the complete of pulp and kernel instead of traditional.

Description

Automatic for Chinese torreya processing takes nuclear device

Technical field

The utility model belongs to processing of farm products equipment technical field, is related to a kind of core being taken to fill for the automatic of Chinese torreya processing It puts.

Background technology

Chinese torreya is that a kind of collection is full of nutrition, and flavor is aromatic, has the dry of health care, medical value and comprehensive development and utilization value Fruit is mainly eaten by Chinese torreya benevolence after frying, and crisp-fried is tasty, is first-class dry fruit full of nutrition.China's Chinese torreya it is main One of place of production in Zhejiang Province, wherein, the township of Chinese Chinese torreya refers to the Dongyang City in Zhejiang Province, Zhuji City, Shaoxing County, Shengzhou, Pan'an Chinese torreya is abounded in Guiji Shan Mountain belonging to five counties and cities such as county, and is had good quality, yield height, thus they are cited as " China in succession The township of Chinese torreya ", Chinese Chinese torreya Forest Park just build the mountain area of Zhuji, Shaoxing, three county of Shengzhou boundary in.

It needs first to take out Chinese torreya benevolence out of Chinese torreya Chinese olive before the frying of common Chinese torreya, is then cleaned, shone It does, traditional decortication process is naturally peeled with stacking method of going rotten, and kind skin is not only not utilized, and also there are environmental pollutions Problem, this stacking method of going rotten easily cause kernel and go mouldy, and influence Kernel Quality.The acquisition of traditional Chinese torreya benevolence is mostly by using heap Seal that mildew and rot method is peeled naturally or manual type takes kernel, wherein, it is by pulp spontaneous fermentation corruption that stacking, which goes rotten that method peels naturally, Mode, pulp is not only not utilized, and also there are problem of environmental pollution, this stacking method of going rotten easily causes kernel and goes mouldy, influence Kernel Quality, and it is to take out Chinese torreya benevolence, this kind by the way that manually Chinese torreya Chinese olive is cut open and then strutted with blade manually to take kernel Mode needs a large amount of human input, and labor intensity is big, low production efficiency, while incised wound hand phenomenon easily occurs, and safety is relatively low.

Of the existing technology in order to solve the problems, such as, people have carried out long-term exploration, it is proposed that miscellaneous solution Scheme.For example, Chinese patent literature discloses a kind of Torreya grandis peeler [application number：201420222828.7], including rack, machine Frame is equipped with shell collecting box, and roller is arranged on the inside of shell collecting box, and roller is made of several cast blades equidistantly arranged, shaft In round table-like, shaft is arranged in the cavity of roller, and the rotary shaft of shaft is parallel with the rotary shaft of roller, on the lateral surface of shaft Inclined helical feed piece is provided with, inclined helical feed piece extends to end along shaft lateral surface from initiating terminal.

Solve the problems, such as that existing artificial Chinese torreya peeling efficiency is low in said program to a certain extent, but due to the party Mainly Chinese torreya is removed the peel by multigroup blade to run at high speed in case, needs several times to cut pulp complete using obtaining Fruit stone, while cast blade easily damages Chinese torreya kernel, stability is poor, while fruit stone and pulp can not be divided Pick processing.

Invention content

The purpose of this utility model is in view of the above-mentioned problems, provide a kind of simple in structure, can realize that pulp and fruit stone are automatic Sorting takes nuclear device for the automatic of Chinese torreya processing.

In order to achieve the above objectives, the utility model employs following technical proposal：This takes core for the automatic of Chinese torreya processing Device has open babinet including upper end, is equipped with first annular conveying mechanism and the in the babinet successively from up to down Second ring conveying mechanism, which is characterized in that the first annular conveying mechanism and the second pool conveyer structure is mutually parallel and sets It puts and the rotation direction of the first annular conveying mechanism is identical with the rotation direction of the second pool conveyer structure, described One pool conveyer structure is circumferentially with several Chinese olive clamping seats for being uniformly distributed setting, and each Chinese olive clamping seats is equipped with blueness Fruit clamps control mechanism, and the second pool conveyer structure is circumferential to be equipped with cutting tool apron and take out seat, the cutting successively Tool apron and take out seat one by one staggeredly and it is circumferential be uniformly distributed setting, direction is connected with by articulated structure on the cutting tool apron The cutting blade that second pool conveyer structure rotation direction is obliquely installed, and be equipped between the cutting blade and cutting tool apron Cutting blade can be made to retain towards the elastic torsional spring structure of the second pool conveyer structure rotation direction movement tendency, the taking-up Seat is equipped with fruit stone unloading device, and the first annular conveying mechanism length is more than and the length of the second pool conveyer structure, And second pool conveyer structure one end and first annular conveying mechanism one end alignment, be movably equipped with first successively in the bottom of box and connect Body and the second splicing box body, and the first pulp-collecting box body is located at below the second pool conveyer structure, described second Be equipped with the pulp material fetching mechanism being connected with babinet above splicing box body, and the box body be equipped with can make the first splicing box body and Second splicing box body box body driving mechanism close to each other or separate.

Box body driving mechanism include in horizontal mode through entire babinet box body drive rod, the box body drive rod according to It is secondary to pass through the first splicing box body and the second splicing box body, and box body driving boom end is connected with driving motor, it is described The the first driving thread segment and the second driving thread segment for having hand of spiral opposite on box body drive rod successively, and described first Splicing box body and the first driving thread segment screw thread are connected, and the second splicing box body and the second driving thread segment screw thread are connected.

The bottom of box have guide chute, and the first splicing box body and the second splicing box body bottom be respectively provided with and The gib block that guide chute matches.

Nuclear device is taken for the automatic of Chinese torreya processing above-mentioned, the Chinese olive clamps control mechanism and include two points The Chinese olive gripping block not being movably arranged on each Chinese olive clamping seats, the Chinese olive gripping block correspond setting and two Clamping gap is formed between Chinese olive gripping block, the Chinese olive gripping block, which is connected with, can drive two Chinese olive gripping blocks close to each other Or far from so as to control the clamping drive mechanism of clamping gap, the clamping drive mechanism is separately positioned on each including two On a Chinese olive clamping seats and along the sliding groove that first annular conveying mechanism width direction extends, and two sliding grooves are coaxial mutually right It should set and be separated between two sliding grooves by mounting base, the Chinese olive gripping block is movably arranged in sliding groove, institute Being equipped between the mounting base and Chinese olive gripping block stated can drive two Chinese olive gripping blocks close to each other or far from so as to control clamping The clamping control assembly in gap；The clamping control assembly includes the drive rod being arranged in mounting base, the drive rod Rotary driver is connected with, the drive rod is sequentially passed through in two Chinese olive gripping blocks, and the drive rod and Chinese olive folder The clamping driving group that can drive two Chinese olive gripping blocks close to each other or separate when drive rod circumferentially rotates is equipped between tight block Part；The clamping drive component includes the forward screw thread section and reverse thread section that are successively set on respectively on drive rod, described The hand of spiral of forward screw thread section and the hand of spiral of reverse thread section on the contrary, two Chinese olive gripping blocks respectively and forward screw thread Section is connected with reverse thread section screw thread.

Nuclear device is taken for the automatic of Chinese torreya processing above-mentioned, the articulated structure includes being threaded through cutting tool apron On through hole, be movably equipped with mounting pin, and the cutting blade is hingedly arranged in mounting pin in the through hole；Institute The elastic torsional spring structure stated includes the reduction torsion spring being set in mounting pin, and described reduction torsion spring one end acts on cutter On seat, the other end is acted on cutting blade.

Nuclear device is taken for the automatic of Chinese torreya processing above-mentioned, the cutting blade end side has and second The corresponding angled cut of pool conveyer structure conveying direction, and the cutting blade has the thickness of angled cut side It spends to the thickness of opposite side and becomes larger.

Take nuclear device above-mentioned for the automatic of Chinese torreya processing, the fruit stone unloading device include several circumferential directions according to The secondary separation pedestal being uniformly arranged on the second pool conveyer structure, each, which is detached, is movably equipped with two fruit stones point on pedestal Being equipped with from block, and between fruit stone separation block and separation pedestal can drive two fruit stones separation block separation close to each other or separate to drive Motivation structure, two corresponding sides of fruit stone separation block are inwardly formed bending section and when two fruit stone separation blocks are close to each other Bending section docks to form the core portion that takes, and fruit stone separation block is arc-shaped and two fruit stone separation blocks are mutually butted to be formed in arc Shape takes core portion.

Nuclear device is taken for the automatic of Chinese torreya processing above-mentioned, the separation driving mechanism includes being arranged on separation On pedestal and along the separation groove body that the second pool conveyer structure width direction is extended, fruit stone separation block lower end is distinguished It is slidably arranged in separating tank body, a separation drive rod sequentially passes through two fruit stone separation block lower ends and separation pedestal, institute The separation pedestal stated is equipped with the body of rod driver that is connected with detaching drive rod, the separation drive rod and fruit stone separation block it Between be equipped with the separation drive component that two fruit stones separation block can be driven close to each other or separate when detaching drive rod and circumferentially rotate.

Nuclear device is taken for the automatic of Chinese torreya processing above-mentioned, the separation drive component includes setting successively respectively Put the first thread segment and the second thread segment on separation drive rod, the hand of spiral and the second screw thread of first thread segment The hand of spiral of section is on the contrary, two fruit stone separation blocks are connected respectively with the first thread segment and the second thread segment screw thread.

Nuclear device is taken for the automatic of Chinese torreya processing above-mentioned, the pulp material fetching mechanism includes being connected with babinet And the feeding body of rod below first annular conveying mechanism, described feeding body of rod one end are fixed on babinet, the other end prolongs Extend to clamping gap.

Compared with prior art, this is for automatic the advantages of taking nuclear device of Chinese torreya processing：It is simple in structure, automatically It peels off Chinese torreya Chinese olive and realizes and take fruit stone process, be not easy to generate damage to Chinese torreya kernel, separative efficiency is high, while can realize pulp It is handled with the automatic sorting of fruit stone, greatly artificial takes fruit stone process, while can guarantee pulp and kernel instead of traditional Completely.

Description of the drawings

Fig. 1 is structure diagram provided by the utility model.

Fig. 2 is the structure diagram of cutting tool apron provided by the utility model.

Fig. 3 is the structure diagram of Chinese olive clamping seats provided by the utility model.

Fig. 4 is the structure diagram of separation pedestal provided by the utility model.

In figure, babinet 1, opening 11, first annular conveying mechanism 2, the first splicing box body 21, fruit clamping seats 22, sliding groove 23rd, mounting base 24, Chinese olive gripping block 25, clamping gap 26, drive rod 27, forward screw thread section 271, reverse thread section 272, rotation Driver 28, the second splicing box body 3, box body drive rod 31, first drive thread segment 311, second to drive thread segment 312, driving Motor 32, gib block 34, the feeding body of rod 35, cutting tool apron 4, takes out seat 41, cutting blade 42, inclined cut at guide chute 33 Portion 421, through hole 43, mounting pin 44, reduction torsion spring 45, the second pool conveyer structure 5, separation pedestal 51, fruit stone separation block 52nd, bending section 521, take core portion 53, separation groove body 54, separation drive rod 55, the first thread segment 551,552 bar of the second thread segment Body driver 56.

Specific embodiment

The utility model is illustrated in further detail with reference to the accompanying drawings and detailed description.

As shown in Figs 1-4, this is for the automatic babinet 1 for taking nuclear device, having opening 11 including upper end of Chinese torreya processing, case It is equipped with first annular 2 and second pool conveyer structure 5 of conveying mechanism, first annular 2 He of conveying mechanism in body 1 successively from up to down The rotation direction and the second pool conveyer structure 5 of second pool conveyer structure, 5 arranged in parallel and first annular conveying mechanism 2 Rotation direction it is identical, first annular conveying mechanism 2 is circumferentially with several Chinese olive clamping seats 22 for being uniformly distributed setting, and each A Chinese olive clamping seats 22 are equipped with Chinese olive and clamp control mechanism, and the second pool conveyer structure 5 is circumferential to be equipped with cutting tool apron 4 successively With taking-up seat 41, cutting tool apron 4 and taking-up seat 41 are uniformly distributed staggeredly and circumferentially setting one by one, cut on tool apron 4 by hinged Structure is connected with the cutting blade 42 being obliquely installed towards 5 rotation direction of the second pool conveyer structure, and cutting blade 42 and cuts The elasticity that cutting blade 42 can be made to retain towards 5 rotation direction movement tendency of the second pool conveyer structure is equipped between cutter seat 4 Torsional spring structure takes out seat 41 and is equipped with fruit stone unloading device, and first annular 2 length of conveying mechanism is more than and the second pool conveyer The length of structure 5, and 5 one end of the second pool conveyer structure and the alignment of 2 one end of first annular conveying mechanism, in 1 bottom of babinet successively The first splicing box body 21 and the second splicing box body 3 are movably equipped with, and the first splicing box body 21 is located under the second pool conveyer structure 5 Side, the top of the second splicing box body 3 are equipped with the pulp material fetching mechanism being connected with babinet 1, and box body is equipped with can make the first pulp-collecting box 21 and second splicing box body 3 of body box body driving mechanism close to each other or separate, that is to say, that pass through first annular conveying mechanism 2 and 5 relative motion of the second pool conveyer structure, when Chinese torreya Chinese olive is moved close to the side of the second pool conveyer structure 5 When, cutting tool apron 4 and taking-up seat 41 contact successively with the Chinese torreya Chinese olive in clamping gap 26, the incision of advanced Chinese torreya Chinese olive of holding or participate in a prayer service at a temple, Then Chinese torreya fruit stone is taken out by fruit stone unloading device again, while can realizes the automatic sorting process of pulp and fruit stone.

Specifically, the box body driving mechanism in the present embodiment includes driving in the box body of horizontal mode through entire babinet 1 Lever 31, the box body drive rod 31 sequentially pass through the first splicing box body 21 and the second splicing box body 3, and 31 end of box body drive rod Portion is connected with driving motor 32, has the first driving thread segment 311 that hand of spiral is opposite and the on box body drive rod 31 successively Two driving thread segments 312, and the first splicing box body 21 is connected with the first driving 311 screw thread of thread segment, the second splicing box body 3 and the Two driving 312 screw threads of thread segment are connected, for the ease of the slip of the first splicing box body 21 and the second splicing box body 3, case here 1 bottom of body has guide chute 33, and the first splicing box body 21 and 3 bottom of the second splicing box body are respectively provided with and guide chute 33 The gib block 34 to match.

As shown in figure 3, here preferably, the Chinese olive in the present embodiment clamp control mechanism include two respectively activity set The Chinese olive gripping block 25 on each Chinese olive clamping seats 22 is put, Chinese olive gripping block 25 corresponds setting and two Chinese olives clamp Clamping gap 26 is formed between block 25, Chinese olive gripping block 25, which is connected with, can drive two Chinese olive gripping blocks 25 close to each other or remote From so as to control the clamping drive mechanism of clamping gap 26, clamping drive mechanism is separately positioned on each Chinese olive folder including two On tight seat 22 and along the sliding groove 23 that first annular 2 width direction of conveying mechanism extends, and two sliding grooves 23 are coaxial mutually right It should set and be separated between two sliding grooves 23 by mounting base 24, Chinese olive gripping block 25 is movably arranged in sliding groove, peace Being equipped between dress seat 24 and Chinese olive gripping block 25 can drive two Chinese olive gripping blocks 25 close to each other or far from so as to control clamping The clamping control assembly in gap 26；It clamps control assembly and includes the drive rod 27 being arranged in mounting base 24, drive rod 27 connects Have a rotary driver 28, drive rod 27 is sequentially passed through in two Chinese olive gripping blocks 25, and drive rod 27 and Chinese olive gripping block 25 it Between be equipped with can drive two Chinese olive gripping blocks 25 close to each other or separate when drive rod 27 circumferentially rotates clamping drive component； It clamps drive component and includes the forward screw thread section 271 and reverse thread section 272 that are successively set on respectively on drive rod 27, positive spiral shell The hand of spiral of line section 271 and the hand of spiral of reverse thread section 272 on the contrary, two Chinese olive gripping blocks 25 respectively and forward screw thread Section 271 is connected with 272 screw thread of reverse thread section.

As shown in Fig. 2, wherein, articulated structure here includes the through hole 43 being threaded through on cutting tool apron 4, through hole Mounting pin 44 is movably equipped in 43, and cutting blade 42 is hingedly arranged in mounting pin 44；Elastic torsional spring structure includes being set in Reduction torsion spring 45 in mounting pin 44, and 45 one end of reduction torsion spring is acted on cutting tool apron 4, the other end acts on cutting blade On 42, for the ease of Chinese olive notch is strutted, 42 end side of cutting blade here is with defeated with the second pool conveyer structure 5 Send direction corresponding angled cut 421, and cutting blade 42 has the thickness of 421 side of angled cut to opposite side Thickness becomes larger.

As shown in figs. 1 and 4, fruit stone unloading device here is uniformly arranged on the second annular conveying successively including several circumferential directions Separation pedestal 51 in mechanism 5, each, which is detached, is movably equipped with two fruit stones separation blocks 52, and fruit stone detaches on pedestal 51 It is equipped with the separation driving mechanism that two fruit stones separation block 52 can be driven close to each other or separate between block 52 and separation pedestal 51, two A 52 corresponding side of fruit stone separation block is inwardly formed bending section 521 and when two fruit stone separation blocks 52 is close to each other The docking of bending section 521 forms the core portion 53 that takes, and fruit stone separation block 52 is arc-shaped and two fruit stone separation blocks 52 are mutually butted to be formed Arc-shaped takes core portion 53, and separation driving mechanism here includes being arranged on separation pedestal 51 and along the second pool conveyer The separation groove body 54 that 5 width direction of structure is extended, 52 lower end of fruit stone separation block are slidably arranged in respectively in separation groove body 54, and one Root detaches drive rod 55 and sequentially passes through two fruit stones separation 52 lower ends of block and separation pedestal 51, and separation pedestal 51 is equipped with dividing From the body of rod driver 56 that drive rod 55 is connected, detach and be equipped between drive rod 55 and fruit stone separation block 52 when separation drive rod 55 The separation drive component that can drive two fruit stone separation blocks 52 close to each other or separate when circumferentially rotating.

Preferably, separation drive component here includes the first thread segment being successively set on respectively on separation drive rod 55 551 and second thread segment 552, the hand of spiral of the hand of spiral of the first thread segment 551 and the second thread segment 552 is on the contrary, two Fruit stone separation block 52 is connected respectively with the first thread segment 551 with 552 screw thread of the second thread segment, wherein, pulp reclaimer here Structure includes being connected with babinet 1 and positioned at the feeding body of rod 35 of first annular 2 lower section of conveying mechanism, 35 one end of the feeding body of rod is fixed on On babinet 1, the other end extends to clamping gap 26.

The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute Described specific embodiment can be done various modifications or additions or using similar by belonging to those skilled in the art Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.

Although babinet 1, opening 11, first annular conveying mechanism 2, the first splicing box body 21, fruit is used more herein It is clamping seats 22, sliding groove 23, mounting base 24, Chinese olive gripping block 25, clamping gap 26, drive rod 27, forward screw thread section 271, anti- Thread segment 311, second is driven to drive to thread segment 272, rotary driver 28, the second splicing box body 3, box body drive rod 31, first Dynamic thread segment 312, guide chute 33, gib block 34, the feeding body of rod 35, cutting tool apron 4, takes out seat 41, cuts driving motor 32 Cutting blade 42, angled cut 421, through hole 43, mounting pin 44, reduction torsion spring 45, the second pool conveyer structure 5, separation block Body 51, takes core portion 53, separation groove body 54, separation drive rod 55, the first thread segment 551, the at fruit stone separation block 52, bending section 521 Two thread segments, 552 body of rod driver, 56 grade terms, but it does not preclude the possibility of using other terms.Using these terms only The essence in order to more easily describe and explain the utility model, be construed as any one of the additional limitations be all with What the spirit of the present invention was disagreed.

Claims

1. a kind of automatic babinet (1) for taking nuclear device, there are open (11) including upper end for Chinese torreya processing, the babinet (1) first annular conveying mechanism (2) and the second pool conveyer structure (5) are equipped in successively from up to down, which is characterized in that described First annular conveying mechanism (2) and the second pool conveyer structure (5) first annular conveyer arranged in parallel and described The rotation direction of structure (2) the first annular conveying mechanism (2) identical, described with the rotation direction of the second pool conveyer structure (5) Several Chinese olive clamping seats (22) for being uniformly distributed setting are circumferentially with, and each Chinese olive clamping seats (22) is equipped with Chinese olive clamping Control mechanism, the second pool conveyer structure (5) is circumferential to be equipped with cutting tool apron (4) and takes out seat (41) successively, described Cutting tool apron (4) and take out seat (41) one by one staggeredly and it is circumferential be uniformly distributed setting, by being hinged on the cutting tool apron (4) Structure is connected with the cutting blade (42) being obliquely installed towards second pool conveyer structure (5) rotation direction, and the cutting Being equipped between blade (42) and cutting tool apron (4) can make cutting blade (42) retain towards the rotation of the second pool conveyer structure (5) The elastic torsional spring structure of direction movement tendency, the taking-up seat (41) are equipped with fruit stone unloading device, and described is first annular Conveying mechanism (2) length is more than and the length of the second pool conveyer structure (5), and second pool conveyer structure (5) one end and the One pool conveyer structure (2) one end is aligned, and the first splicing box body (21) and the second splicing are movably equipped with successively in babinet (1) bottom Box body (3), and the first splicing box body (21) is positioned at the second pool conveyer structure (5) lower section, second pulp-collecting box It is equipped with the pulp material fetching mechanism being connected with babinet (1) above body (3), and the box body is equipped with can make the first splicing box body (21) and the second splicing box body (3) box body driving mechanism close to each other or separate.

2. according to claim 1 take nuclear device for the automatic of Chinese torreya processing, which is characterized in that the box body driving Mechanism includes the box body drive rod (31) through entire babinet (1), the box body drive rod (31) in horizontal mode and wears successively The first splicing box body (21) and the second splicing box body (3) are crossed, and described box body drive rod (31) end is connected with driving motor (32), the first driving thread segment (311) and second for having hand of spiral opposite on the box body drive rod (31) successively drives Dynamic thread segment (312), and the first splicing box body (21) and first drives thread segment (311) screw thread to be connected, described the Two splicing box bodys (3) are connected with second driving thread segment (312) screw thread.

3. according to claim 2 take nuclear device for the automatic of Chinese torreya processing, which is characterized in that the babinet (1) Bottom have guide chute (33), and the first splicing box body (21) and second splicing box body (3) bottom be respectively provided with The gib block (34) that guide chute (33) matches.

4. nuclear device is taken for the automatic of Chinese torreya processing, which is characterized in that the blueness according to claims 1 or 2 or 3 Fruit clamps control mechanism and includes two Chinese olive gripping blocks (25) being movably arranged on respectively on each Chinese olive clamping seats (22), institute The Chinese olive gripping block (25) stated corresponds and clamping gap (26) is formed between setting and two Chinese olive gripping blocks (25), described Chinese olive gripping block (25), which is connected with, can drive two Chinese olive gripping blocks (25) close to each other or far from so as to control clamping gap (26) clamping drive mechanism, the clamping drive mechanism are separately positioned on including two on each Chinese olive clamping seats (22) And the sliding groove (23) extended along first annular conveying mechanism (2) width direction, and two sliding grooves (23) coaxially correspond It is separated between setting and two sliding grooves (23) by mounting base (24), the Chinese olive gripping block (25) is movably arranged on cunning Being equipped in dynamic slot, between the mounting base (24) and Chinese olive gripping block (25) can drive two Chinese olive gripping blocks (25) mutually to lean on Close or remote from so as to control the clamping control assembly of clamping gap (26)；The clamping control assembly includes being arranged in mounting base (24) drive rod (27) in, the drive rod (27) are connected with rotary driver (28), and the drive rod (27) is successively Through two Chinese olive gripping blocks (25), and it is equipped between the drive rod (27) and Chinese olive gripping block (25) and works as drive rod (27) the clamping drive component that can drive two Chinese olive gripping blocks (25) close to each other or separate when circumferentially rotating；The clamping Drive component includes the forward screw thread section (271) and reverse thread section (272) that are successively set on respectively on drive rod (27), described The hand of spiral of forward screw thread section (271) and the hand of spiral of reverse thread section (272) on the contrary, two Chinese olive gripping blocks (25) It is connected respectively with forward screw thread section (271) with reverse thread section (272) screw thread.

5. according to claim 4 take nuclear device for the automatic of Chinese torreya processing, which is characterized in that the articulated structure Including the through hole (43) being threaded through on cutting tool apron (4), mounting pin (44), and institute are movably equipped in the through hole (43) The cutting blade (42) stated hingedly is arranged in mounting pin (44)；The elastic torsional spring structure includes being set in mounting pin (44) On reduction torsion spring (45), and the reduction torsion spring (45) one end is acted in cutting tool apron (4), and the other end acts on cutting On blade (42).

6. according to claim 5 take nuclear device for the automatic of Chinese torreya processing, which is characterized in that the cutting blade (42) end side have with the second corresponding angled cut of pool conveyer structure (5) conveying direction (421), it is and described The thickness that cutting blade (42) has the thickness to opposite side of angled cut (421) side becomes larger.

7. according to claim 4 take nuclear device for the automatic of Chinese torreya processing, which is characterized in that the fruit stone takes out Mechanism includes the separation pedestal (51) that several circumferential directions are uniformly arranged on successively on the second pool conveyer structure (5), each separation Two fruit stone separation blocks (52) are movably equipped on pedestal (51), and are equipped between fruit stone separation block (52) and separation pedestal (51) The separation driving mechanism that two fruit stone separation blocks (52) can be driven close to each other or separate, two fruit stone separation blocks (52) are corresponding Side be inwardly formed bending section (521) and bending section (521) dock shape when two fruit stones separation blocks (52) are close to each other Into core portion (53) is taken, fruit stone separation block (52) is arc-shaped and two fruit stone separation blocks (52) are mutually butted to be formed in arc Shape takes core portion (53).

8. according to claim 7 take nuclear device for the automatic of Chinese torreya processing, which is characterized in that the separation driving Mechanism includes being arranged on the separation groove body being extended on separation pedestal (51) and along second pool conveyer structure (5) width direction (54), fruit stone separation block (52) lower end is slidably arranged in respectively in separation groove body (54), a separation drive rod (55) It sequentially passes through two fruit stone separation block (52) lower ends and separation pedestal (51), the separation pedestal (51) is equipped with detaching Drive rod (55) connected body of rod driver (56) is equipped between the separation drive rod (55) and fruit stone separation block (52) and works as Separation drive rod (55) can drive two fruit stone separation blocks (52) separation drive component close to each other or separate when circumferentially rotating.

9. according to claim 8 take nuclear device for the automatic of Chinese torreya processing, which is characterized in that the separation driving Component includes the first thread segment (551) being successively set on respectively on separation drive rod (55) and the second thread segment (552), described The hand of spiral of the first thread segment (551) and the hand of spiral of the second thread segment (552) on the contrary, two fruit stones separation blocks (52) It is connected respectively with the first thread segment (551) with the second thread segment (552) screw thread.

10. according to claim 4 take nuclear device for the automatic of Chinese torreya processing, which is characterized in that the pulp takes Material mechanism includes being connected with babinet (1) and the feeding body of rod (35) below first annular conveying mechanism (2), the feeding The body of rod (35) one end is fixed on babinet (1), and the other end extends to clamping gap (26).