CN208448688U

CN208448688U - A kind of condensation-crystallization slicer

Info

Publication number: CN208448688U
Application number: CN201820172302.0U
Authority: CN
Inventors: 范斌
Original assignee: Zhejiang Liaohua Chemical Co Ltd
Current assignee: Zhejiang Liaodong New Material Technology Co., Ltd.
Priority date: 2018-01-31
Filing date: 2018-01-31
Publication date: 2019-02-01
Anticipated expiration: 2028-01-31

Abstract

The utility model discloses a kind of condensation-crystallization slicers, it is related to auxiliary production equipment, for solving the problems, such as that existing equipment slice thickness can not be adjusted, including rack, shell, it is rotatablely installed in the intracorporal rotary drum of shell, the discharge port being opened on shell, the directing plate being fixed in rack, the slicer being set in rack, regulating mechanism is provided on shell, regulating mechanism includes the support frame for being rotationally connected in rack and being fixed by fixation kit and rack, the loading plate being slidably connected on support frame, it is set to the adjusting component on support frame and for driving loading plate to move, adjusting component includes the dress bar slot being opened on support frame, the adjusting screw rod being rotationally connected on support frame, it is set on loading plate and screws togather tooth with what the adjusting screw rod engaged, loading plate is moved along the radial direction of rotary drum；The distance between slicer and rotary drum can be adjusted by adjusting component, and then is adjusted auxiliary agent and cut thickness, to make slicer with the wider array of scope of application.

Description

A kind of condensation-crystallization slicer

Technical field

The utility model relates to auxiliary production equipment, in particular to a kind of condensation-crystallization slicer.

Background technique

In printing and dyeing assistant production process, need to convert solid-state form for the auxiliary agent of high-temperature liquid state, when specific operation, Auxiliary agent can be generally cut into the bulk or sheet of certain specification, also need to carry out powder to blocky and sheet auxiliary agent sometimes It is broken, condensation-crystallization slicer can be used in this course；Condensation-crystallization slicer is a kind of for passing through the raw material of liquid Sheet of equipment, extensive use and chemical industry and field of medicaments are cut after condensation, its working principle is that: auxiliary chemicals are defeated by pipeline It is sent into shell, rotary drum takes up auxiliary agent in the course of rotation, and makes auxiliary agent condensation-crystallization on rotary drum, auxiliary agent after crystallization When turning at slicer with rotary drum, slicer scrapes the auxiliary agent on rotary drum to form sheet.

Currently, Authorization Notice No. is CN204525548U, the Chinese utility model that authorized announcement date is 2015.08.05 is public A kind of m-methyl benzoic acid drum-type condensation slicer is opened, including shell, feed inlet etc., shell are cylindrical drum, are installed to branch On frame, feed inlet is provided in the side of shell；Slicer is installed on the shell, is discharge port, shell baffle peace on the outside of slicer Mounted in shell both ends lower part, shell baffle, shell, slicer form a container towards housing center axis；Roller passes through axis Hold, drive shaft and support shaft it is rack-mount, roller is hollow closed cylindrical drum, and roller is coaxial with shell；Slicer knife Sword is close to roller, and roller is rotated against blade direction.

Drum-type condensation-crystallization slicer as described above, when in use, roller rotation, band during roller rotation Auxiliary agent is played, gradually cooled and solidified, the auxiliary agent after solidification are in contact auxiliary agent with slicer during as roller rotates, Be sliced knife to scrape from roller, form sheet, but this crystalline chip machine is during use, slicer and roller it Between distance and angle be fixed so that slicer can only cut out a kind of auxiliary agent piece of thickness specification, when needing root When cutting out the auxiliary agent piece of specific thicknesses according to the requirement of client, this slicer is unable to satisfy requirement, so as to cause this The scope of application of crystalline chip machine is narrow.

Utility model content

The purpose of the utility model is to provide a kind of condensation-crystallization slicer, can according to the needs of production to slicer with The distance between roller is adjusted, and slicer is enable to cut out the auxiliary agent piece of multi-thickness, to reach raising slicer The purpose of the scope of application.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of condensation-crystallization slice Machine, including rack, be fixed on the shell in rack, rotational installation in the intracorporal rotary drum of shell, be opened in the housing sidewall Discharge port, is set in rack and is located at cutting for discharge outlet the directing plate for being fixed on the rack and being located at discharge outlet Piece knife, the regulating mechanism for adjusting distance between slicer and rotary drum is provided in the rack, and the regulating mechanism includes Be rotationally connected in the rack and be fixed by fixation kit and rack support frame, be slidably connected on support frame and Loading plate for installing for slicer is set on support frame as described above and the adjusting component for driving loading plate to move, institute Adjusting component is stated to include the dress bar slot being opened on support frame as described above, be rotationally connected on support frame as described above and be located in dress bar slot Adjusting screw rod, be set on loading plate and that engages with the adjusting screw rod screws togather tooth, radial direction of the loading plate along rotary drum Direction movement.

By using above scheme, being threadedly engaged between adjusting screw rod and loading plate to form the transmission of similar feed screw nut Form by rotating adjusting screw rod, makes adjusting screw rod drive loading plate towards close when needing to adjust when cutting thickness of auxiliary agent Or the side far from rotary drum moves, and since slicer is fixed on loading plate, the variation of distance between loading plate and rotary drum The variation that can cause distance between slicer and rotary drum, according to the working principle of crystalline chip machine it is found that slicer and rotary drum it Between distance it is closer, then the sheet auxiliary agent cut out is thicker, according to this case, the thickness that cuts of auxiliary agent can be adjusted, And the driving form of feed screw nut, so that adjusting screw rod often turns over a circle, loading plate just advances the distance of a screw pitch, so that The adjusting of distance is more accurate between slicer and rotary drum, to improve auxiliary agent while improving the slicer scope of application Cutting precision；And after it will be set as rotation connection between support frame and rack, so that between slicer and rotary drum side wall Angle adjustable, and the angle between slicer and rotary drum side wall closer to tangent position, then slicer is easier by rotary drum The auxiliary agent adhered on side wall scrapes, therefore is rotatablely connected the support frame of form, also has the function of adjusting slicer cutting force.

The utility model is further arranged to: on support frame as described above and close to loading plate side side wall on offer with The set access slot for filling the connection of bar slot, integration is fixed useful in the socket block being embedded in the set access slot on the loading plate, and institute It states and screws togather tooth and be opened on the socket block.

By using above scheme, it is socketed block and covers the cooperation of access slot so that can be connected between loading plate and support frame Together, and side wall of the support frame in set access slot can block socket block, and socket block is made to be not easy to produce between support frame It is raw to relatively rotate, and then slicer is made not allow to be also easy to produce overturning when the auxiliary agent generation with condensation forming contacts, to make to be sliced Knife can scrape cut to the auxiliary agent being attached on rotary drum.

The utility model is further arranged to: is additionally provided on support frame as described above for limiting adjusting screw rod along itself axis The limit assembly that line direction is moved, the limit assembly include being opened on support frame as described above and being located at dress bar trench bottom Limiting slot is fixed on the limited post on one side end face of adjusting screw rod and being embedded in limiting slot, is fixed on the adjusting spiral shell Bar is far from the Rotational Cylindrical on one side end face of limited post, the limited cover that is sheathed in the Rotational Cylindrical, the limited post and Rotational Cylindrical Diameter be respectively less than the diameter of adjusting screw rod, and the limited cover is fixedly connected with support frame.

Need to meet two by using above scheme to allow adjusting screw rod loading plate can be driven to move in a straight line Condition, second is that loading plate cannot produce relative rotation with support frame, only meets the two first is that adjusting screw rod can only rotate Condition, adjusting component can be only achieved the purpose that adjusting loading plate moves in a straight line, after limit assembly is arranged, since limited post is embedding In limiting slot, and limited post and the diameter of Rotational Cylindrical are respectively less than the diameter of adjusting screw rod, therefore limited cover can stop to adjust The side movement of screw rod towards abjection dress bar slot is saved, and limiting slot and limited cover can limit adjusting screw rod and produce in dress bar slot Raw deflection, so that adjusting component be made not allow to be also easy to produce shaking when driving loading plate to move.

The utility model is further arranged to: the fixation kit includes the arc groove being opened in the rack, consolidates Due on support frame and far from support frame one end be arranged in arc groove fixed bolt, be threadedly connected to the fixed bolt On one end of arc groove and push against fixed block, the interval of the pivot center of the arc groove and support frame on the rack There is spacing, and the center of circle of the arc groove is located on the pivot center of support frame.

By using above scheme, when needing to adjust cutting force of the slicer to auxiliary agent, unscrews fix block first, make Support frame can produce relative rotation between rack, in the value by the angular adjustment between slicer and rotary drum side wall to needs Afterwards, it tightens and fixes block, be pushed against fixation block on the side wall of support frame, fix at this time the friction between block and support frame Power can be limited between support frame and rack and be produced relative rotation, and support frame and rack are fixed, make slicer to turn The auxiliary agent adhered on drum scrape cut during do not allow to be also easy to produce deflection, so that slicer be enable to cut out uniform thickness Auxiliary agent piece.

The utility model is further arranged to: being additionally provided on support frame as described above for limiting adjusting screw rod and support frame Between the locking assembly that produces relative rotation, the locking assembly includes being opened on support frame as described above and being connected to dress bar slot Locking screw pit, the locking member being threadedly connected in the locking screw pit, the locking member pass through one end of locking screw pit It is pushed against on the side wall of adjusting screw rod.

Work as tune during slicer scrape to the auxiliary agent adhered on rotary drum side wall and be cut by using above scheme When saving screw rod generation deflection, carrying tablet can be caused to generate offset along the length direction of set access slot, the offset of carrying tablet can cause The variation of distance between slicer and rotary drum, and then cutting for auxiliary agent piece is influenced, and after locking assembly is set, it is locked when tightening Part, when being pushed against locking member on the side wall of adjusting screw rod, the frictional force between locking member and adjusting screw rod can limit adjusting Screw rod and locking member generate relative motion, and then adjusting screw rod is fixed in support plate, and adjusting screw rod partially is less likely to occur Turn, so that carrying tablet is not allowed to be also easy to produce movement, so that slicer be enable to scrape the auxiliary agent piece for cutting out uniform thickness.

The utility model is further arranged to: the locking member includes for forming the locking being threadedly coupled with connection cover Portion, the rotation section being movably connected on the tight lock part, the tight lock part are offered on the end face far from support frame one end and are used for For the accommodating groove of rotation section insertion, for turning to the position perpendicular to tight lock part for rotation section and being connected to the side wall of tight lock part Flat recess, be also provided with length direction on the side wall that the tight lock part is located in accommodating groove and be parallel to tight lock part length direction One end of link slot, the rotation section is movably connected in link slot by slide post.

By using above scheme, split type structure is allowed the operator to when needing to twist tight lock part, will be turned Dynamic portion is pulled out out of accommodating groove, and rotation section is turned to the position perpendicular to tight lock part, is allowed the operator to by turning Dynamic portion borrows power, to achieve the purpose that facilitate rotation lock portion；And after tight lock part is pushed against on adjusting screw rod, can again by Rotation section is packed into accommodating groove, so that external force when generating collision with locking member is not easy that tight lock part is caused to rotate, so that tight lock part It can be applied to the enough abutting power of adjusting screw rod, so that adjusting screw rod can be fixed on support frame by tight lock part.

The utility model is further arranged to: the rotation section is provided on the side wall far from slide post one end for embedding Entering the splicing block in flat recess, the splicing block is embedded in the flat recess, and when in splicing block insertion flat recess, The rotation section is fully located in accommodating groove.

By using above scheme, since rotation section is completely embedded into accommodating groove, rotation lock portion is being needed When inconvenience rotation section is taken out out of accommodating groove, and after splicing block is arranged, since splicing block is one on tight lock part In word slot, and flat recess is connected to the side wall of tight lock part, therefore can be by pinching splicing block for rotation section out of accommodating groove It pulls out, takes out rotation section out of accommodating groove to achieve the purpose that facilitate.

The utility model is further arranged to: on the tight lock part and be located at flat recess in side wall on integrated setting There is fixture block, the card slot for cooperating with fixture block is offered on the splicing block, and when in splicing block insertion flat recess, institute It states in fixture block insertion card slot.

By using above scheme, after in splicing block insertion flat recess, fixture block can be embedded in card slot, at this time fixture block and card The cooperation of slot can limit rotation section and deviate from out of retraction slot so that rotation section be not easy when locking assembly is not used from Abjection in accommodating groove.

In conclusion the utility model has the following beneficial effects:

1. the distance between slicer and rotary drum can be adjusted by adjusting component, and then adjusting auxiliary agent cuts thickness Degree, to enable slicer that there is the wider array of scope of application；

2. adjustable support frame can be adjusted the angle between slicer and rotary drum, in turn when needed Slicer is adjusted to the cutting angle of auxiliary agent, increases slicer to the cutting force of auxiliary agent, so that slicer be made to be easier auxiliary agent It is scraped from rotary drum；

3. the movement of loading plate is adjusted in the form of being threadedly coupled, so that adjusting screw rod per revolution, loading plate The distance for a screw pitch of just advancing, can be realized fine-tuning for loading plate, so that the adjusting for making auxiliary agent cut thickness is more smart It is quasi-.

Detailed description of the invention

Fig. 1 is the overall structure figure of the present embodiment；

Fig. 2 is the explosive view of this implementation；

Fig. 3 is the partial enlarged view being located at A in Fig. 2；

Fig. 4 is the partial enlarged view being located at B in Fig. 2；

Fig. 5 is the structural exploded view of locking member；

In figure: 1, rack；11, link block；2, shell；21, discharge port；3, rotary drum；4, directing plate；41, baffle；42, it falls Material mouth；5, slicer；6, regulating mechanism；61, support frame；611, interconnecting piece；612, mounting portion；62, loading plate；621, it is socketed Block；63, component is adjusted；631, bar slot is filled；632, adjusting screw rod；633, tooth is screwed togather；7, fixation kit；71, arc groove；72, solid Determine stud；73, it fixes block；8, limit assembly；81, limited post；82, Rotational Cylindrical；821, handwheel；83, limited cover；9, locking group Part；91, locking screw pit；92, locking member；921, tight lock part；9211, accommodating groove；9212, flat recess；9213, link slot； 9214, fixture block；922, rotation section；9221, splicing block；9222, slide post；9223, card slot.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

As shown in Figure 1, a kind of condensation-crystallization slicer, including rack 1, shell 2, rotary drum 3, directing plate 4, slicer 5, Rack 1 is in frame shaped, and shell 2 is cylindrical, is fixed in rack 1, discharge port 21 is offered in the side of shell 2, in rack 1 Above and it is located at the directing plate 4 being fixed at discharge port 21 for guiding auxiliary agent piece to fall, in the one end of directing plate 4 far from shell 2 It is fixed with for stopping auxiliary agent piece to fly out the baffle 41 outside collection frame, and is formed between baffle 41 and directing plate 4 for for helping Agent piece falls into the blanking port 42 in collection frame after passing through；Rotary drum 3 is in hollow tubular, is rotationally connected in shell 2, the two of rotary drum 3 End is located at outside shell 2 after shell 2；Rotary drum 3 is located at the both ends outside shell 2 in hollow tubular, and coolant liquid is from rotary drum 3 when use One end input rotary drum 3 in, with rotary drum 3 rotate during auxiliary agent is cooled down, crystallize auxiliary agent, absorb auxiliary agent temperature Coolant liquid after degree is exported from the other end of rotary drum 3 again, so as to can have temperature difference between rotary drum 3 and liquid additive always, from And enable auxiliary agent condensation-crystallization on rotary drum 3.

As shown in Figures 2 and 3, slicer 5 is fixed in rack 1 by regulating mechanism 6 and is located at 2 discharge port 21 of shell The position at place；Regulating mechanism 6 includes support frame 61, loading plate 62, adjusts component 63, and there are two the settings of support frame 61, respectively position In the two sides of rack 1, each support frame 61 including fan-shaped plate interconnecting piece 611 and be fixed on 611 arc length of interconnecting piece compared with Mounting portion 612 on big one end, interconnecting piece 611 are articulated on the link block 11 of rack 1 far from one end of mounting portion 612, and Interconnecting piece 611 is fixedly connected by fixation kit 7 with the link block 11 of rack 1.

Fixation kit 7 includes arc groove 71, fixed bolt 72, fixes block 73, and arc groove 71 is opened in the connection of rack 1 On block 11 and it is located between the pivot center and mounting portion 612 of interconnecting piece 611, and the center of circle of arc groove 71 falls in interconnecting piece 611 Pivot center on；Fixed bolt 72 is fixed on interconnecting piece 611, and fixed bolt 72 is worn far from one end of interconnecting piece 611 In in arc groove 71；It is fixed that block 73 is threadedly connected to fixed bolt 72 on one end of arc groove 71 and fixed block 73 It is pushed against in rack 1, at this time fixed 11 two sides of link block for block 73 and interconnecting piece 611 being pushed against respectively rack 1, interconnecting piece 611, fixation makes extruding force of the block 73 to link block 11 to generate contact friction force between interconnecting piece 611 and link block 11, this Contact friction force can limit to produce relative rotation between interconnecting piece 611 and link block 11, thus enable interconnecting piece 611 with Rack 1 is fixedly connected.

As shown in Figure 2 and Figure 4, loading plate 62 is slidably connected on mounting portion 612 by adjusting component 63, and along mounting portion 612 length direction is moved；It adjusts component 63 to include dress bar slot 631, adjusting screw rod 632, screw togather tooth 633, fills bar slot 631 The depth direction for being opened on mounting portion 612, and filling bar slot 631 is parallel to the length direction of mounting portion 612；Adjusting screw rod 632 It is rotationally connected on mounting portion 612 and is located in dress bar slot 631；Loading plate 62 mutually back to two side walls on integrated solid Surely there is socket block 621, screw togather tooth 633 and be opened in socket block 621 back on the side wall of 62 side of loading plate；In mounting portion 612 The set access slot being connected to dress bar slot 631 is offered on side wall, two socket blocks 621 on loading plate 62 are embedded at two peaces respectively In set access slot in dress portion 612, and it is socketed the screwing togather formation between tooth 633 and adjusting screw rod 632 on block 621 and is threadedly engaged；? After loading plate 62 installs, slicer 5 is fixed on loading plate 62, and makes the cutting edge of slicer 5 towards the side of rotary drum 3.

The limit moved for limiting adjusting screw rod 632 along own axes direction is additionally provided on mounting portion 612 Hyte part 8, limit assembly 8 include limiting slot (not shown), limited post 81, Rotational Cylindrical 82, limited cover 83, and limiting slot opens up In on mounting portion 612 and positioned at the bottom of dress bar slot 631；Limited post 81 is fixed on adjusting screw rod 632 and is located in dress bar slot 631 On the end face of one end, and limited post 81 is embedded in limiting slot；Rotational Cylindrical 82 is fixed on adjusting screw rod 632 far from limited post 81 On the end face of side, and limited post 81 and the diameter of Rotational Cylindrical 82 are respectively less than the diameter of adjusting screw rod 632；Limited cover 83 is arranged In in Rotational Cylindrical 82, and be fixedly connected with mounting portion 612, at this time mounting portion 612 and limited cover 83 respectively with adjusting screw rod 632 Both ends are inconsistent, can either limit adjusting screw rod 632 and generate deflection in dress bar slot 631, and can limit 632 edge of adjusting screw rod Own axes direction generate movement；After being fixedly connected limited cover 83 and mounting portion 612, limit is passed through in Rotational Cylindrical 82 The handwheel 821 for facilitating rotation adjusting screw rod 632 is further fixed on one end of position lid 83.

As shown in Figure 4 and Figure 5, the locking assembly for limiting the rotation of adjusting screw rod 632 is additionally provided on mounting portion 612 9, locking assembly 9 include locking screw pit 91, locking member 92, locking screw pit 91 be opened on the side wall of mounting portion 612 and with Dress bar slot 631 is connected；Locking member 92 includes screwed tight lock part 921 and the rotation for facilitating rotation lock portion 921 Portion 922, tight lock part 921 are threadedly connected in locking screw pit 91, and tight lock part 921 passes through one end abutting of locking screw pit 91 On the side wall of adjusting screw rod 632；It is parallel that depth direction is offered on end face of the tight lock part 921 far from 612 one end of mounting portion It is less than accommodating groove 9211 in the depth of the accommodating groove 9211 and flat recess 9212 of 921 length direction of tight lock part, flat recess 9212 Depth, and the two sides of flat recess 9212 are connected with the side wall of tight lock part 921；On tight lock part 921 and it is located at accommodating groove 9211 Interior position opens up that there are two length directions to be parallel to the link slot 9213 of 921 length direction of tight lock part, two link slots 9213 It is symmetrical about flat recess 9212；Also integration is fixed with fixture block on tight lock part 921 and on the side wall in flat recess 9212 9214；Rotation section 922 is in square piece shape, is slidably connected in accommodating groove 9211 by slide post 9222, and slide post 9222 is embedded In in link slot 9213；Integration is fixed useful in being embedded in a word on side wall of the rotation section 922 far from 9222 one end of slide post Splicing block 9221 in slot 9212, the presence of splicing block 9221 makes the shape of rotation section 922 in " T " shape, in splicing block 9221 On offer for fixture block 9214 formed cooperation card slot 9223, when rotation section 922 is accommodated in accommodating groove 9211, fixture block 9214 are embedded in card slot 9223, and tight lock part 921 and rotation section 922 formed it is complete cylindric.

Specific implementation process: when needing to auxiliary agent when cutting thickness and being adjusted, unscrew first fixed block 73, make to connect Socket part 611 can rotate, and then according to the hardness after the type of auxiliary agent and crystallization, adjust between slicer 5 and 3 side wall of rotary drum Angle, to adjust the cutting force of slicer 5；After by the angular adjustment between slicer 5 and rotary drum 3 to the value needed, tighten It fixes block 73, the angle of slicer 5 is fixed；Then handwheel 821 is rotated, makes handwheel 821 that adjusting screw rod 632 be driven to generate Rotation can drive slicer 5 towards close to or far from rotary drum 3 during adjusting screw rod 632 rotates by loading plate 62 Side movement, by slicer 5 between rotary drum 3 at a distance from adjust value to needs after, twist tight lock part 921, make to lock Portion 921 is pushed against on the side wall of adjusting screw rod 632, and the distance between slicer 5 and rotary drum 3 is fixed, is turned at this time when being attached to When auxiliary agent on drum 3 is in contact as rotary drum 3 is turned to slicer 5, slicer 5 can scrape cut to the auxiliary agent after crystallization, To achieve the purpose that cut auxiliary agent；Using adjustable structure, enable slicer according to the needs of production to auxiliary agent piece Scrape and cut thickness and be adjusted so that this slicer is able to produce the auxiliary agent piece for locating more specifications, to reach raising slice The purpose of the machine scope of application.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims

1. a kind of condensation-crystallization slicer, including rack (1), the shell (2) being fixed on rack (1), rotational installation in shell (2) rotary drum (3) in, is fixed on the rack (1) and is located at the discharge port (21) being opened on the shell (2) side wall Directing plate (4) at discharge port (21), the slicer (5) for being set on rack (1) and being located at discharge port (21), feature exists In: the regulating mechanism (6) for adjusting distance between slicer (5) and rotary drum (3), the tune are provided on the rack (1) Section mechanism (6) includes the support for being rotationally connected on the rack (1) and being fixed by fixation kit (7) and rack (1) Frame (61), is set to the support at the loading plate (62) for being slidably connected on support frame (61) and being used to install for slicer (5) Adjusting component (63) on frame (61) and for driving loading plate (62) to move, the adjusting component (63) are described including being opened in Dress bar slot (631) on support frame (61), the adjusting for being rotationally connected on support frame as described above (61) and being located in dress bar slot (631) Screw rod (632) is set on loading plate (62) and that engages with the adjusting screw rod (632) screws togather tooth (633), the loading plate (62) it is moved along the radial direction of rotary drum (3).

2. a kind of condensation-crystallization slicer according to claim 1, it is characterised in that: on support frame as described above (61) and close The set access slot being connected to dress bar slot (631), integration on the loading plate (62) are offered on the side wall of loading plate (62) side It is fixed with the socket block (621) for being embedded in the set access slot, and the tooth (633) that screws togather is opened in the socket block (621) on.

3. a kind of condensation-crystallization slicer according to claim 1, it is characterised in that: support frame as described above is also set up on (61) There are the limit assembly (8) moved for limiting adjusting screw rod (632) along own axes direction, limit assembly (8) packet It includes the limiting slot for being opened on support frame as described above (61) and being located at dress bar slot (631) bottom, be fixed on the adjusting screw rod (632) On one side end face and it is embedded at the limited post in limiting slot (81), is fixed on the adjusting screw rod (632) far from limited post (81) Rotational Cylindrical (82) on one side end face, the limited cover (83) being sheathed on the Rotational Cylindrical (82), the limited post (81) and turn The diameter of dynamic column (82) is respectively less than the diameter of adjusting screw rod (632), and the limited cover (83) is fixedly connected with support frame (61).

4. a kind of condensation-crystallization slicer according to claim 1, it is characterised in that: the fixation kit (7) includes opening Arc groove (71) on the rack (1) is fixed on support frame (61) and one end far from support frame (61) is arranged in Fixed bolt (72) in arc groove (71), be threadedly connected to the fixed bolt (72) on the one end of arc groove (71) and It is pushed against fixing block (73), between being separated between the arc groove (71) and the pivot center of support frame (61) on rack (1) Away from, and the center of circle of the arc groove (71) is located on the pivot center of support frame (61).

5. a kind of condensation-crystallization slicer according to claim 1, it is characterised in that: support frame as described above is also set up on (61) Have for limiting the locking assembly (9) to produce relative rotation between adjusting screw rod (632) and support frame (61), the locking assembly (9) include be opened on support frame as described above (61) and be connected to dress bar slot (631) locking screw pit (91), be threadedly connected to institute The locking member (92) in locking screw pit (91) is stated, one end that the locking member (92) passes through locking screw pit (91) is pushed against tune On the side wall for saving screw rod (632).

6. a kind of condensation-crystallization slicer according to claim 5, it is characterised in that: the locking member (92) includes being used for The tight lock part (921) being threadedly coupled, the rotation section (922) being movably connected on the tight lock part (921), institute are formed with connection cover Tight lock part (921) are stated far from the accommodating groove offered on the end face of support frame (61) one end for being embedded in for rotation section (922) (9211), for turning to the position perpendicular to tight lock part (921) for rotation section (922) and connecting with the side wall of tight lock part (921) It is flat to be also provided with length direction on the side wall that the tight lock part (921) is located in accommodating groove (9211) for logical flat recess (9212) For row in the link slot (9213) of tight lock part (921) length direction, one end of the rotation section (922) is living by slide post (9222) It is dynamic to be connected in link slot (9213).

7. a kind of condensation-crystallization slicer according to claim 6, it is characterised in that: the rotation section (922) is far from sliding The splicing block (9221) for being embedded in flat recess (9212), the splicing block are provided on the side wall of dynamic column (9222) one end (9221) it is embedded in the flat recess (9212), and when the splicing block (9221) insertion flat recess (9212) is interior, it is described Rotation section (922) is fully located in accommodating groove (9211).

8. a kind of condensation-crystallization slicer according to claim 7, it is characterised in that: on the tight lock part (921) and position Have fixture block (9214) in integrated setting on the side wall in flat recess (9212), offered on the splicing block (9221) for The card slot (9223) of fixture block (9214) cooperation, and when the splicing block (9221) insertion flat recess (9212) is interior, the fixture block (9214) in insertion card slot (9223).