CN202918937U

CN202918937U - Regulating roller component

Info

Publication number: CN202918937U
Application number: CN 201220533083
Authority: CN
Inventors: 刘建明
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-08-21
Filing date: 2012-08-21
Publication date: 2013-05-08
Anticipated expiration: 2022-08-21

Abstract

The utility model discloses a regulating roller component. The regulating roller component is structurally characterized by comprising a driven roller, a front support construction element and a rear support construction element, wherein the driven roller is fixedly arranged between the front support construction element and the rear support construction element; the rotary axis of the front support construction element is equal to that of the rear support construction element, and the rotary axes are both horizontally arranged front and back, and are rotary axes of the regulating roller component; the axis of the driven roller is arranged front and back, and is eccentrically arranged opposite to the rotary axis of the regulating roller component; the front support construction element is provided with an arc-shaped regulating groove by taking a rotary axis as the rotary center; a positioning bolt penetrates through the arc-shaped regulating groove from front to back and is screwed on the corresponding part of a fish meat and fishbone separation device; when the positioning device is positioned at the screwed state, the front support construction element and even the whole regulating roller component are at the non-rotational fixed state; and when the positioning bolt is at the loose state, the front support construction element and the rear support construction element can rotate relative to a rack, so that the position of the driven roller relative to the rack can be regulated.

Description

A kind of adjusting roller assembly

The application is that application number is 201220416062.7, and the applying date is on August 21st, 2012, and utility model is created dividing an application of a utility application that is called " a kind of flesh of fish fishbone separator ".

Technical field

The utility model relates to the agricultrue sideline production processing machinery field, is specifically related to the adjusting roller assembly in a kind of flesh of fish for aquatic products processing and device that fishbone separates.

Background technology

The fish food fine and tender taste, delicious flavour, nutritious, easily digestion, be the food that people like, especially suitable old man, child and patients.The content 15%～20% of protein in fish belongs to good protein, and flesh of fish muscle fibre is shorter, the proteinaceous tissue springy texture, and moisture is many, and is Fresh ﹠ Tender in Texture, easily digests and assimilates.Nitrogen-containing compound is arranged in Fish Tissue, is mainly collagen and mucoprotein, becomes colloidal sol after boiling, and becomes gel after cooling, and this just shows as the fish soup milky white gel-shaped shape that congeals into after naturally cooling.Fish contain a kind of sulfur-containing amino acid taurine, and it can reduce LDL-C and increasing high density lipoprotein cholesterol in blood, and the favourable artery sclerosis of preventing and treating.Taurine can promote baby's brain development, improves the dark adaptation ability of eye.Therefore taurine is now as nutrients in baby food, as making milk powder nutrition more near breast milk in babies ' formula milk powder.Fatty,fiss is low, and content is 1%～10%.Most of fish only contains 1%～3% fat, as large yellow croaker, little yellow croaker, big head etc.Some fish such as grass carp, carp, hairtail, butterfish fat content are 5%～8%.But there are other fish such as bream fat content can reach 15%.General fatty,fiss content is few, and is low for heat energy, so fish is high protein, food low in calories, is than poultry, domestic animal superior animal food all.As the saying goes (pig, the ox) that eat four legs not as eating (chicken, the duck) of two legs, eat two legs not as eating (fish) that there is no leg, shown nutritive value and the health-care effect of fish.

As everyone knows, in the most body of fish, fishbone is arranged, especially the thorn between some common fresh water fleshes of fish is more, no matter be the daily edible or processed fish meat products of people, fishbone has affected the edible of people to a great extent.There are a lot of people all to want to eat fish, but are afraid of again to eat fish to be stuck in alimentary canal by fishbone and cause injury to health, therefore lost the chance of much eating fish.Need to eat the crowd of fish as old man and child's one class, because shortage is eaten the ability that fish tells fishbone, thereby need first will oppress with fishbone to separate when eating fish.The demand of eating fish in order to satisfy more people have increasing fish to be processed to processed fish meat products, and when the flesh of fish was processed into the product of being convenient to eat, a most important procedure was exactly will oppress with fishbone to separate.The method of separating fish meat and fishbone comprises adopting by hand removes fishbone, and this not only wastes time and energy, and also deburring is unclean, is not easy to suitability for industrialized production.

Chinese patent literature CN2483956Y(number of patent application: 01235878.9) disclose a kind of " contact-roller-extruding drum type fish-meat collecting machine ", the tensioning degree of the annular woven belt 16 of this equipment can't be regulated, and adaptability is relatively poor.

The utility model content

The purpose of this utility model is: provide a kind of simple in structure, be convenient to regulate, the adjusting roller assembly of the adaptable device that is used for the separation of flesh of fish fishbone.

The technical scheme that realizes the utility model purpose is: a kind of adjusting roller assembly, its design feature is: comprise driven roller, fore-stock member and after-poppet member.Driven roller is fixedly installed between fore-stock member and after-poppet member.The fore-stock member rotates on the corresponding component that is arranged on flesh of fish fishbone separator, the after-poppet member rotates on the corresponding component that is arranged on flesh of fish fishbone separator, and the pivot center of fore-stock member is identical with the pivot center of after-poppet member, this pivot center is along front and back to being horizontally disposed with, and is also the pivot center of adjusting roller assembly.The axis of driven roller is along front and back to setting, and with respect to the pivot center eccentric setting of adjusting roller assembly.The fore-stock member is provided with the arc regulating tank take pivot center as center of rotation.Bolt passes from front to back this arc regulating tank and screws on the corresponding component of flesh of fish fishbone separator.When bolt is in when screwing state, the fore-stock member still is in the stationary state that can not rotate to whole adjusting roller assembly.When bolt was in releasing orientation, fore-stock member and after-poppet member can rotate with respect to frame, thereby regulated driven roller with respect to the position of frame.

Technical scheme take technique scheme as the basis is: the fore-stock member of adjusting roller assembly is fixedly connected sequentially by front fulcrum, adjustment disk, joint pin and fore-stock and consists of.

The adjustment disk of above-mentioned fore-stock member is the disc that is provided with medium pore, and the axis of the medium pore of adjustment disk is along front and back to setting.The disk body right part of adjustment disk and top are provided with and the medium pore coaxial line and arc regulating tank that run through the disk body front and back, and this arc regulating tank is the arc regulating tank of fore-stock member.The radian of arc regulating tank is that 30 degree are to 160 degree.

The main body of above-mentioned fore-stock is the annulus plate-like, and this circle ring disk main body is provided with axis and is provided with the cylindric connecting portion that protrudes to the disk body front side along front and back to the medium pore that arranges and at the medium pore place.

Above-mentioned joint pin is cylinder, and its axis is along front and back to setting.The front end of joint pin is weldingly fixed on the trailing flank of adjustment disk, and is positioned at the left side of the upper left quarter of arc regulating tank.The rear end of joint pin is weldingly fixed on the leading flank of circle ring disk main body of fore-stock, and near on the position at its edge.

Above-mentioned front fulcrum is along front and back to setting, and front fulcrum is provided with opening cross section forward and is foursquare adjusting blind hole.The medium pore of adjustment disk is passed at the rear portion of front fulcrum backward, and both are welded and fixed together, and the follower head of front fulcrum stretches out outside adjustment disk backward.

Above-mentioned after-poppet member by after-poppet, rear fulcrum, front stop circle and after stop that circle forms.The main body of after-poppet is the annulus plate-like, and this circle ring disk main body is provided with axis and is provided with to the medium pore that arranges and at the medium pore place the cylindric connecting portion that protrudes to the disk body rear side along front and back.

The axis of the rear fulcrum of above-mentioned after-poppet member is along front and back to setting, and with the front fulcrum coaxial line of fore-stock member.The front end of rear fulcrum is weldingly fixed on the trailing flank of circle ring disk main body of after-poppet.Before stop circle and after stop that circle is the annular plate, front stop circle and after be enclosed within on rear fulcrum before and after stopping circle minute, and all be welded and fixed together with rear fulcrum.

Above-mentioned driven roller is connected successively and consists of according to from front to back order by front spindle nose, stack shell and rear spindle nose.Stack shell is that axis is along front and back to the cylinder that arranges.Front spindle nose and rear spindle nose are by the cylinder termination of a side of side before and after being positioned at and the circular shrouding formation that is connected with the first body of cylindrical end of the opposite side of rear side in the past.The fore-stock member is enclosed within by the cylindric connecting portion of its fore-stock on the cylinder termination of front spindle nose of driven roller, and both are fixed together.The after-poppet member is enclosed within by the cylindric connecting portion of its after-poppet on the cylinder termination of rear spindle nose of driven roller, and both are fixed together.Thereby make fore-stock member, driven roller and after-poppet member be fixedly connected into a driven voller cartridge unit.

The utlity model has positive effect: the utility model adjusting roller modular construction is simple, and can regulate effectively efficiently the tensioning degree of compressive zone, extend the service life of compressive zone, can also regulate simultaneously the contact area of compressive zone and the periphery of the main cylinder of adopting the meat device, improve and adopt meat efficient.

Description of drawings

Fig. 1 is the structural representation of the flesh of fish fishbone separator of application adjusting roller assembly of the present utility model;

Fig. 2 is the left view after Fig. 1 removes feed arrangement;

Fig. 3 is the schematic rear view of Fig. 2;

Fig. 4 is the schematic top plan view of Fig. 1;

Fig. 5 is the schematic rear view of Fig. 1;

Fig. 6 is the A-A cross-sectional schematic in Fig. 1;

Fig. 7 is the B-B partial schematic sectional view in Fig. 1;

Fig. 8 is the C-C cross-sectional schematic in Fig. 4;

Fig. 9 is the D-D cross-sectional schematic in Fig. 4;

Figure 10 is the E section enlarged diagram in Fig. 1;

Figure 11 is the schematic diagram of the adjusting roller assembly in Figure 10 when being in the position, whereabouts;

Figure 12 is the schematic diagram of the adjusting roller assembly in Figure 10;

Figure 13 is the F-F partial schematic sectional view of Figure 12;

Figure 14 is the schematic rear view of Figure 13;

Figure 15 is the schematic diagram of the blanket roller gripper shoe in Figure 10;

Figure 16 is the schematic diagram of the main cylinder of adopting the meat device in Fig. 1;

Figure 17 is the top view of Figure 16;

Figure 18 is the schematic diagram of the fish-skin stripping off device in Fig. 1;

Figure 19 is the top view of Figure 18;

Figure 20 is the schematic diagram of the terminal pad of adopting the meat device of the drive unit in Fig. 8;

Figure 21 is the G-G cross-sectional schematic in Figure 20;

Figure 22 is the schematic diagram of the bearing pin in Fig. 3.

Mark in above-mentioned accompanying drawing is as follows:

Frame 1, base plate 11, front side board 12, hopper the first installing hole 12-1, median septum 13, terminal pad installing hole 13-1, front hole section 13-1a, metapore section 13-1b, the second axle is by hole 13-2, hopper the second installing hole 13-3, front support bar 14-1, top board 14-2, punch holes 14-3, rear support stand 15, left vertical beam 15-1, right vertical beam 15-2, rear cross beam 15-3, roller gripper shoe 16, roller front end panel 16a, roller rear bearing sheet 16b, U-lag 16-1, positioning screw hole 16-2, block 17, the first block 17-1, the second block 17-2

Drive unit 2, motor 21, driving pulley 22, belt 23, driven pulley 24, reduction box 25, casing 25-1, power input shaft 25-2, power output shaft 25-3, power output gear 26, electric switch 27,

Transmission mechanism 3, the first travelling gear 31, the first working shaft 32, the first flat keys 33, bearing assembly 34, rolling bearing 34-1, bearing block 34-2, back shroud 34-3, the second travelling gear 35, the second working shaft 36, the first shaft part 36-1, the second shaft part 36-2, the 3rd shaft part 36-3, the 4th shaft part 36-4, the 5th shaft part 36-5, the 3rd flat key 37, rear bearing assembly 38, rear bearing 38-1, rear bearing block 38-2, bearing block installing rack 38-3, fore bearing 39

Adopt meat device 4, terminal pad 41, toroidal cavity 41-1, medium pore 41-2, flat key groove 41-3, the second flat key 42, clip-connecting rod 43, main cylinder 44 is adopted meat hole 44-1, buckling groove 44-2, guide section 44-2-1, locking section 44-2-2, barrel body rotation hole 44-3, protective sleeve 45,

pressurizing unit 5, bolt 51, adjusting roller assembly 52, driven roller 52-1, front spindle nose 52-1-1, stack shell 52-1-2, rear spindle nose 52-1-3, fore-stock member 52-2, front fulcrum 52-2-1, regulate blind hole 52-2-1a, adjustment disk 52-2-2, arc regulating tank 52-2-2a, joint pin 52-2-3, fore-stock 52-2-4, after-poppet member 52-3, after-poppet 52-3-1, rear fulcrum 52-3-2, before stop the circle 52-3-3, after stop the circle 52-3-4, front holding screw 52-4, rear holding screw 52-5, driving roller 53, drive end bearing bracket 53-1, stack shell 53-2, rear end cap 53-3, intermediate calender rolls cartridge module 54, guiding roller 54-1, transmission roller 54-2, compress roller 54-3, compressive zone 55,

Fish-skin stripping off device 6, blade members 61, blade 61-1, fixed head 61-2, sleeve 61-3, the first sleeve 61-3a, the second sleeve 61-3b, installing plate 61-4, front mounting plate 61-4a, rear installing plate 61-4b, bearing pin 62, screw rod 63, front screw 63a, rear screw rod 63b, handwheel 64, front handwheel 64a, rear handwheel 64b

Feed arrangement 7, hopper 71, shank 72, drawing mechanism 8, discharge bucket 81, bending part 81-1, extension spring 82, back shaft 83, bearing shell 84, roller shaft 91, front wheel axle 91a, rear roller axle 91b, roller 92, transmission case body 93, left plate 93-1, back side panel 93-2, chamber door 93-3, motor cover 94, half sheet fish bodies 100.

The specific embodiment

Description of the present utility model orientation is described according to concrete orientation shown in Figure 1, and Fig. 1 is description up and down up and down, and a side of Graph-Oriented 1 is the front side, and a side who deviates from Fig. 1 is rear side.An annular during annulus main body described in word refers to take the left and right, edge to the vertical guide that arranges is as benchmark, by its forwards, backwards to a side extend a segment distance and the body that obtains.

(embodiment 1)

See Fig. 1, Fig. 2, Fig. 4 to Fig. 6 and Fig. 8, adjusting roller assembly 52 of the present utility model is comprised of driven roller 52-1, fore-stock member 52-2, after-poppet member 52-3, front holding screw 52-4 and rear holding screw 52-5.

See Fig. 6, driven roller 52-1 is connected successively and consists of according to from front to back order by front spindle nose 52-1-1, stack shell 52-1-2 and rear spindle nose 52-1-3.Stack shell 52-1-2 is that axis is along front and back to the cylinder that arranges, by a rectangular steel plates through bending, article 2, the end to end one-tenth of opposite side is cylindric, then will 2 makes after the opposite side welding, and the front end position of stack shell 52-1-2 and position, rear end all are provided with circular installation gap on inwall.Front spindle nose 52-1-1 and rear spindle nose 52-1-3 are the cast steel integral piece, front spindle nose 52-1-1 is made of the front shrouding of the columniform front end that is positioned at the front side and the circle that is connected with front end from the rear, and rear spindle nose 52-1-3 is made of the rear shrouding of the columniform follower head that is positioned at rear side and the circle that is connected with follower head from the place ahead.Front spindle nose 52-1-1 is by the mutual matched in clearance of internal diameter of the installation gap at the front end position of the external diameter of its front shrouding and stack shell 52-1-2, and both are welded and fixed together, rear spindle nose 52-1-3 is by the mutual matched in clearance of internal diameter of the installation gap at the position, rear end of the external diameter of shrouding thereafter and stack shell 52-1-2, and both are welded and fixed together, thereby consist of the first roller 52-1.

Fore-stock member 52-2 is connected successively with fore-stock 52-2-4 by front fulcrum 52-2-1, adjustment disk 52-2-2, joint pin 52-2-3 and consists of.

The adjustment disk 52-2-2 of fore-stock member 52-2 is the disc that is provided with medium pore, and the axis of the medium pore of adjustment disk 52-2-2 is along front and back to setting, and disk body right part and top are provided with the arc regulating tank 52-2-2a before and after it of running through with the medium pore coaxial line.The radian of arc regulating tank 52-2-2a is that 30 degree are to 160 degree (the present embodiment is 135 degree).The main body of fore-stock 52-2-4 is the annulus plate-like, and this circle ring disk main body is provided with axis and is provided with the cylindric connecting portion that protrudes to the disk body front side along front and back to the medium pore that arranges and at the medium pore place.Described cylindric connecting portion radially is provided with the tightening screw that runs through its barrel on its cylindrical shell.

Joint pin 52-2-3 is cylinder, and its axis is along front and back to setting; The front end of joint pin 52-2-3 is weldingly fixed on the trailing flank of adjustment disk 52-2-2, and is positioned at the place, top in the left side of arc regulating tank 52-2-2a; The rear end of joint pin 52-2-3 is weldingly fixed on the leading flank of circle ring disk main body of fore-stock 52-2-4, and near on the position at its edge.

Front fulcrum 52-2-1 is along front and back to setting, and front fulcrum 52-2-1 is provided with opening cross section forward and is foursquare adjusting blind hole 52-2-1a.The rear portion of front fulcrum 52-2-1 is passed adjustment disk 52-2-2 and medium pore its matched in clearance backward, and both are welded and fixed together, and the follower head of front fulcrum 52-2-1 stretches out outside adjustment disk 52-2-2 backward, thereby makes front fulcrum 52-2-1, adjustment disk 52-2-2, joint pin 52-2-3 and fore-stock 52-2-4 jointly consist of fore-stock member 52-2.

After-poppet member 52-3 by after-poppet 52-3-1, rear fulcrum 52-3-2, front stop the circle 52-3-3 and after stop the circle 52-3-4 form.The main body of after-poppet 52-3-1 is the annulus plate-like, and this circle ring disk main body is provided with axis and is provided with to the medium pore that arranges and at the medium pore place the cylindric connecting portion that protrudes to the disk body rear side along front and back.Described cylindric connecting portion radially is provided with the tightening screw that runs through its barrel on its cylindrical shell.

The axis of the rear fulcrum 52-3-2 of after-poppet member 52-3 is along front and back to setting, and with the front fulcrum 52-2-1 coaxial line of fore-stock member 52-2.The front end of rear fulcrum 52-3-1 is weldingly fixed on the trailing flank of circle ring disk main body of after-poppet 52-3-2.Before stop the circle 52-3-3 and after stop the circle 52-3-4 be the annular plate, before stop circle 52-3-3 and after stop that circle 52-3-4 is enclosed within on rear fulcrum 52-3-1 before and after dividing, and all be welded and fixed together with rear fulcrum 52-3-1, thus make after-poppet 52-3-1, rear fulcrum 52-3-2, front stop the circle 52-3-3 and after stop the circle 52-3-4 jointly consist of after-poppet member 52-3.

Driven roller 52-1 is stretched in the medium pore of fore-stock 52-2-4 by the front end of its front spindle nose 52-1-1, and the medium pore interference fits of this front end and fore-stock 52-2-4.Front holding screw 52-4 screws in the tightening screw of fore-stock 52-2-4, and its tail end contacts with the peripheral side of the front end of the front spindle nose 52-1-1 of driven roller 52-1, thereby making front end and the fore-stock 52-2-4 of the front spindle nose 52-1-1 of driven roller 52-1 be fixed together, is also that driven roller 52-1 and fore-stock member 52-2 are fixed together.

Driven roller 52-1 is stretched in the medium pore of after-poppet 52-3-1 by the follower head of spindle nose 52-1-3 thereafter, and the medium pore interference fits of this follower head and after-poppet 52-3-1.Rear holding screw 52-5 screws in the tightening screw of after-poppet 52-3-1, and its tail end contacts with the peripheral side of the follower head of the rear spindle nose 52-1-3 of driven roller 52-1, thereby make follower head and the after-poppet 52-3-1 of the rear spindle nose 52-1-3 of driven roller 52-1 be fixed together, be also that driven roller 52-1 and after-poppet member 52-3 are fixed together, and then be also that fore-stock member 52-2, driven roller 52-1 and after-poppet member 52-3 are fixedly connected into first roller parts.

When using, above-mentioned the first roller parts are arranged on the corresponding component of flesh of fish fishbone separator by the rear fulcrum 52-3-2 of support element 52-3 and the front fulcrum 52-2-1 rotation of fore-stock member 52-2 thereafter.The pivot center of fore-stock member 52-2 is identical with the pivot center of after-poppet member 52-3, and is also the pivot center of adjusting roller assembly 52.Driven roller 52-1 is with respect to the pivot center eccentric setting of adjusting roller assembly 52.

(application examples 1)

See Fig. 1, flesh of fish fishbone separator that should use-case mainly by frame 1, drive unit 2, transmission device 3, adopt meat device 4, pressurizing unit 5, fish-skin stripping off device 6, feed arrangement 7, drawing mechanism 8, roller shaft 91, roller 92, transmission case body 93 and motor cover 94 and form.

See Fig. 1 to Fig. 5, frame 1 mainly is comprised of the base plate 11 that is the steel parts, front side board 12, median septum 13, front support bar 14-1, top board 14-2, rear support stand 15, roller gripper shoe 16 and block 17.

Still see Fig. 1 to Fig. 5, base plate 11 is welded and fixed each other and consists of by the horizontally disposed mainboard body of rectangle with from the lateral frame board that the below vertical is arranged on mainboard body surrounding.

See Fig. 1 to Fig. 4, front side board 12 is for being the rectangle plate body of fillet along the left and right to the upper right corner of vertical setting, and front side board 12 is located and is weldingly fixed on the front end position of base plate 11.The top of front side board 12 is provided with sagittal 7 through holes.Described 7 through holes are the adopting meat cylinder installing hole, be positioned at the guiding roller installing hole of adopting meat cylinder installing hole left side, be positioned at guiding roller installing hole lower right side and be positioned at the transmission roller installing hole of adopting meat cylinder installing hole lower-left side of superposed middle right part, be positioned at transmission roller installing hole right side and be positioned at the compression roller installing hole of adopting meat cylinder installing hole downside, be positioned at the second axle installing hole of compressing roller installing hole right side, be positioned at the discharging fulcrum installing hole of the second axle installing hole lower right side, and are positioned at the bearing pin installing hole of adopting meat cylinder installing hole right side.The left upper portion of front side board 12 is provided with opening hopper the first installing hole 12-1(left and sees Fig. 2).

See Fig. 2 to Fig. 4, median septum 13 is for being the rectangle plate body of fillet along the left and right to the upper right corner of vertical setting, and median septum 13 is located and is weldingly fixed on the inclined to one side front, sagittal middle part of base plate 11, and is positioned at the dead astern of front side board 12.Median septum 13 is provided with sagittal quantity and successively corresponding through hole or blind hole identical with sagittal number of openings on front side board 12, and the axis of the corresponding sagittal through hole on the axis of each sagittal through hole and front side board 12 is identical.Wherein the bearing pin installing hole of median septum 13 is opening blind hole forward, and the discharging fulcrum installing hole of median septum 13 is opening blind hole forward, and all the other are through hole.In the sagittal through hole of median septum 13 is that terminal pad installing hole 13-1(sees Fig. 9 with the corresponding installation through hole of meat cylinder installing hole of adopting front side board 12), this terminal pad installing hole 13-1 is pre-large post-small shoulder hole, is also that terminal pad installing hole 13-1 is comprised of with the less metapore section 13-1b in aperture that is positioned at rear side the larger front hole section 13-1a in the aperture that is positioned at the front side.The second corresponding axle of the second axle installing hole with on front side board 12 of median septum 13 is seen Fig. 7 by hole 13-2() for circular, its aperture is greater than the external diameter of driving roller 53.The title of all the other 5 the backward through holes of elder generation on median septum 13 is identical to the title of through hole with the corresponding front and back on front side board 12.The left upper portion of median septum 13 is provided with opening hopper the second installing hole 13-3(left and sees Fig. 2).Hopper the second installing hole 13-3 is identical with the aperture of hopper the first installing hole 12-1 on being arranged on front side board 12, and both axis are on same level.

See Fig. 3, Fig. 5 and Fig. 9, front support bar 14-1 is along the left and right to being horizontally disposed with, and is weldingly fixed on from the rear on the upper-end part of driving of trailing flank of median septum 13.Rear support stand 15 is comprised of left vertical beam 15-1, right vertical beam 15-2 and rear cross beam 15-3.The equal vertical setting of left vertical beam 15-1 and right vertical beam 15-2 and all being weldingly fixed on the upper side of base plate 11 from the top, and left vertical beam 15-1 is positioned at the left side, rear end of base plate 11, and right vertical beam 15-2 is arranged in the right part of the rear end of base plate 11.Rear cross beam 15-3 is along the left and right to being horizontally disposed with, the left end of its downside is weldingly fixed on the top of left vertical beam 15-1 from the top, the right-hand member of its downside is weldingly fixed on the top of right vertical beam 15-2 from the top, and the upper side of the upper side of rear cross beam 15-3 and front support bar 14-1 is located in the same horizontal plane.

Top board 14-2 is along front and back to being horizontally disposed with, and the front end position of top board 14-2 is located from the top down and is fixed on front support bar 14-1, and the position, rear end of top board 14-2 is located from the top down and is fixed on the rear cross beam 15-3 of rear support stand 15.The rear portion of top board 14-2 is provided with the punch holes 14-3 that connects the up and down.

See Fig. 1, Fig. 2, Fig. 4 and Fig. 5, roller gripper shoe 16 has 2, and the size of 2 roller gripper shoes 16 is identical with profile, and 2 roller gripper shoes 16 are divided into roller front end panel 16a and roller rear bearing sheet 16b according to the difference of residing front and back position.Roller front end panel 16a is weldingly fixed on the middle and upper part of left surface of front side board 12, and roller rear bearing sheet 16b is weldingly fixed on the middle and upper part of left surface of median septum 13, and roller front end panel 16a is identical with the residing upper-lower position of roller rear bearing sheet 16b.Roller front end panel 16a and roller rear bearing sheet 16b be equipped with opening left and run through before and after U-lag 16-1(see Figure 15), the upper left side at the middle part of roller front end panel 16a is provided with positioning screw hole 16-2.

See Fig. 4 and referring to Fig. 3, block 17 has 2, be divided into the first block 17-1 and the second block 17-2 by the difference of its residing front and back position.The first block 17-1 and the second block 17-2 are the rectangle plate body that arranges to vertical along front and back.The first block 17-1 is weldingly fixed on from the rear by its front end on the upper right of trailing flank of front side board 12, and the fish-skin stripping off device 6 in the first residing height of block 17-1 and Fig. 3 the residing height of handwheel 64 corresponding.The second block 17-2 is weldingly fixed on from the place ahead by its rear end on the upper right of leading flank of median septum 13, and the second block 17-2 is corresponding with the position of the first block 17-1, and the fish-skin stripping off device 6 in the second residing height of block 17-2 and Fig. 3 the residing height of handwheel 64 corresponding.

See Fig. 1 to Fig. 5, roller shaft 91 has 2, is divided into front wheel axle 91a and rear roller axle 91b by the difference of its residing front and back position.Front wheel axle 91a and rear roller axle 91b be all along the left and right to setting, and be separately fixed on the lower forequarter and downside rear portion of base plate 11.All stretch out outside base plate 11 at the two ends, left and right of front wheel axle 91a and rear roller axle 91b.Roller 92 has 4, and the two ends, left and right of front wheel axle 93a and rear roller axle 93b are stretched out on base plate 11 outer termination and respectively are rotatably connected to 1 roller 92.

See Fig. 2 to Fig. 5 and Fig. 9, transmission case body 93 comprises left plate 93-1, back side panel 93-2 and chamber door 93-3.The left plate 93-1(of transmission case body 93 sees Fig. 2) along front and back to the vertical setting, and be positioned at the left side of left vertical beam 15-1; Left plate 93-1 is weldingly fixed on from the top by its lower end on the upper side of base plate 11, is weldingly fixed on from the rear by its front end on the trailing flank of median septum 13, is weldingly fixed on the left surface of left vertical beam 15-1 by the position, rear end of its right flank.The back side panel 93-2(of transmission case body 93 sees Fig. 3, Fig. 5 and Fig. 9) along the left and right to the vertical setting, be positioned at the rear side of rear support stand 15, and riveted joint is fixed on rear support stand 15.The chamber door 93-3(of transmission case body 93 sees Fig. 3 to Fig. 5) be connected to by hinge through on the right vertical beam 15-2 of rear support stand 15.

See Fig. 1 to Fig. 5 and Fig. 9, motor cover 94 is seated in and is weldingly fixed on top board 14-2 from the top, and its lower port is around the surrounding of top board 14-2 along setting, thereby motor 21 and the driving pulley 22 of the punch holes 14-3 on top board 14-2 and drive unit 2 covered fully.

See Fig. 1, Fig. 3 to Fig. 5 and Fig. 8 and Fig. 9, drive unit 2 mainly are comprised of motor 21, driving pulley 22, belt 23, driven pulley 24, reduction box 25, power output gear 26 and electric switch 27.Reduction box 25 comprises casing 25-1, power input shaft 25-2 and power output shaft 25-3.

See Fig. 2, electric switch 27 is arranged on the rear portion on top of left plate 93-1 of transmission case body 93, the output of electric switch 27 is electrically connected to the power end of motor 21, thereby controls motor 21 operations by electric switch 27, also namely oppresses the operation of fishbone separator.

See Fig. 1, Fig. 3 to Fig. 5 and Fig. 9, motor 21 are fixed on by its motor cabinet on the upper side of top board 14-2 of frame 1, and the motor shaft of motor 21 is along front and back to arranging and stretching out backward.Driving pulley 22 is fixedly connected on the follower head of motor shaft, and is positioned at the top of punch holes 14-3.Belt 23 passes the punch holes 14-3 on top board 14-2, and is wound on driving pulley 22 and driven pulley 24.

See Fig. 3, Fig. 5 and Fig. 9, reduction box 25 is fixed on the upper side of base plate 11 from the top by its casing 25-1, and is arranged in the left part at the rear portion of base plate 11.To arranging and stretching out backward casing 25-1, driven pulley 24 is fixedly connected on the follower head of this power input shaft 25-2 the power input shaft 25-2 of reduction box 25 along front and back.The power output shaft 25-3 of reduction box 25 is along front and back to setting and stretch out forward casing 25-1.Power output gear 26 is fixedly connected on the front end of power output shaft 25-3.Between motor 21 and reduction box 25, the power input shaft 25-1 by driving pulley 22, belt 23, driven pulley 24 and reduction box 25 carries out transmission thereby make, and 25 of reduction boxes drive power output gear 26 by its power output shaft 25-3.

See Fig. 1 to Fig. 4, Fig. 9, Figure 16 and Figure 17, adopt meat device 4 and formed by terminal pad 41, the second flat key 42, clip-connecting rod 43, main cylinder 44 and protective sleeve 45.

See Fig. 8, Fig. 9, Figure 20 and Figure 21, terminal pad 41 integral body are the disc with medium pore, the external diameter of terminal pad 41 is less than the internal diameter of the front hole section 13-1a of the terminal pad installing hole 13-1 of the median septum 13 of frame 1, and the front portion of terminal pad 41 near week laterally position be provided with opening toroidal cavity 41-1(Figure 20 and Figure 21 forward), the groove width of this toroidal cavity 41-1 (being also radical length) is 1 millimeter to 7 millimeters (should use-case be 5 millimeters).Terminal pad 41 has 2 to 6 openings towards laterally the clip-connecting rod hole that is radial setting of week (should use-case be 3), and each clip-connecting rod hole is provided with internal thread.The quantity of clip-connecting rod 43 is identical with the quantity in clip-connecting rod hole.Each clip-connecting rod 43 is equipped with external screw thread, and each clip-connecting rod 43 screws in terminal pad 41 by a corresponding clip-connecting rod hole, and inwardly passes toroidal cavity 41-1.The medium pore 41-2 of terminal pad 41 is the medium pore with flat key groove 41-3.Terminal pad 41 is enclosed within on the front end of the first working shaft 32 by its medium pore 41-2, and terminal pad 41 jointly carries out key by the second flat key 42 by its flat key groove location and the first working shaft 32 by the flat key groove location of its front end and connects, and makes the front end of terminal pad 41 and the first working shaft 32 be tightly fixed together.The corresponding through hole of meat cylinder installing hole of adopting of the terminal pad installing hole 13-1 of median septum 13, terminal pad 41, the first working shaft 32 and front side board 12 arranges according to the mode of coaxial line.

Main cylinder 44 integral body are the cylindrical shell of cylinder shelly, the external diameter of main cylinder 44 matches with the external diameter of the annular groove 41-1 of terminal pad 41, and the wall thickness of main cylinder 44 is less than the groove width of the toroidal cavity 41-1 of terminal pad 41, and the wall thickness of main cylinder 44 that should use-case is 3 millimeters.Protective sleeve 45 tight fits are enclosed within on the anterior periphery of main cylinder 44, and be arranged in frame 1 front side board 12 adopt meat cylinder installing hole, contact with the hole wall of adopting meat cylinder installing hole of front side board 12, and can rotate with respect to front side board 12 along with the rotation of main cylinder 44.Be evenly distributed with on the barrel of main cylinder 44 run through its barrel adopt meat hole 44-1.Adjacent aperture of adopting meat hole 44-1 is 1 millimeter to 8 millimeters (should use-case be 3 millimeters), adopts distance between the edge of meat hole 44-1 and be 2 to 20 millimeters (should use-case be 5 millimeters).The rear end of main cylinder 44 is provided with the quantity buckling groove 44-2 that run through barrel identical with the quantity of clip-connecting rod 43.Buckling groove 44-2 comprise opening backward guide section 44-2-1 and communicate with guide section 44-2-1 and along the locking section 44-2-2 of the circumferential setting of cylindrical shell.The front end edge of main cylinder 44 radially uniformly-spaced angle be provided with 2 to 6 barrel body rotation hole 44-3(that run through its barrel should use-case be 4).Main cylinder 44 is inserted in the toroidal cavity 41-1 of terminal pad 41 by position, its rear end, and is stuck on a corresponding clip-connecting rod 43 by the locking section 44-2-2 of its each buckling groove 44-2.

When main cylinder 44 is installed; make each clip-connecting rod 43 on terminal pad 41 be arranged in the opening of guide section 44-2-1 of the buckling groove 44-2 of corresponding main cylinder 44; then pass the corresponding barrel body rotation hole 44-3 of main cylinder 44 with a steel pipe; then pull clockwise steel pipe; main cylinder 44 is turned clockwise; and then each clip-connecting rod 43 is slipped in locking section 44-2-2 along the guide section 44-2-1 of corresponding each buckling groove 44-2,45 of protective sleeves still are arranged in the corresponding through hole of front side board 12.When drive unit 2 drives the terminal pad 41 of adopting meat device 4 and is rotated counterclockwise by transmission mechanism 3, drive main cylinder 44 and be rotated counterclockwise.

See Fig. 1, Fig. 5, Fig. 6 to Fig. 8 and Figure 10 to Figure 14, pressurizing unit 5 is comprised of bolt 51, adjusting roller assembly, driving roller 53, intermediate calender rolls cartridge module 54 and compressive zone 55.Wherein the adjusting roller assembly adopts the described adjusting roller assembly 52 of embodiment 1.

See Fig. 1 to Fig. 9, compressive zone 55 is the rubber strip of ring-type, and the width of compressive zone 55 (being also sagittal length) is corresponding to the distance of the leading flank of median septum 13 with the trailing flank of the front side board 12 of frame 1.

The radius of the arc regulating tank 52-2-2a of the adjustment disk 52-2-2 of adjusting roller assembly 52 fore-stock member 52-2 equates with the distance of the center of circle of the bottom land circular arc portion of the U-lag 16-1 of roller front end panel 16a to the center of positioning screw hole 16-2.Stop before after-poppet member 52-3 circle 52-3-3 and after stop that the distance of circle between 52-3-4 is corresponding with the thickness of slab of the roller rear bearing sheet 16b of the roller gripper shoe 16 of frame 1.The first roller parts by the rear fulcrum 52-3-2 of support element 52-3 thereafter front stop circle 52-3-3 and after stop that shaft part between circle 52-3-4 inserts the U-lag 16-1 of roller rear bearing sheet 16b of frame 1, and make rear fulcrum 52-3-2 be dynamically connected with roller rear bearing sheet 16b on front and back radially and can rotate with respect to roller rear bearing sheet 16b, and rear fulcrum 52-3-2 in the axial direction because before stop circle 52-3-3 and after stop the existence of enclosing 52-3-4 and limited.Above-mentioned the first roller parts are also inserted in the U-lag 16-1 of roller front end panel 16a of frame 1 by the follower head of the front fulcrum 52-2-1 of its fore-stock member 52-2, and make front fulcrum 52-2-1 be dynamically connected with roller front end panel 16a on front and back radially and can rotate with respect to roller front end panel 16a, and because rear fulcrum 52-3-2 is limited in the axial direction, front fulcrum 52-2-1 is also limited in the axial direction.When this device uses, under the tensioning function of compressive zone 55, the active force from compressive zone 55 is born on the upper left side of driven roller 52-1, this active force by with after-poppet 52-3-1 that driven roller 52-1 is fixedly connected with after, and be delivered on rear fulcrum 52-3-2, make on rear fulcrum 52-3-2 fore-and-aft direction diametrically limitedly, can only rotate with respect to roller rear bearing sheet 16b.And the fore-stock 52-2-4 of the active force of above-mentioned compressive zone 55 by being fixedly connected with driven roller 52-1, and after being delivered to successively on joint pin 52-2-3, adjustment disk 52-2-2 and front fulcrum 52-2-1, make on front fulcrum 52-2-1 fore-and-aft direction diametrically limitedly, can only rotate with respect to roller front end panel 16a.

Bolt 51 screws in the positioning screw hole 16-2 of roller front end panel 16a passed the arc regulating tank 52-2-2a of adjustment disk 52-2-2 by its screw rod after, if after bolt 51 is screwed, adjustment disk 52-2-2 is clamped is fixed on roller front end panel 16a.At this moment, can not be with respect to roller front end panel 16a motion with the front fulcrum 52-2-1 that adjustment disk 52-2-2 is fixed together, still to the first roller parts can not be with respect to frame 1 motion.

After unclamping bolt 51, can make the former fulcrum 52-2-1 of driven roller 52-1 and rear fulcrum 52-3-2 is that rotating shaft rotates with respect to the roller gripper shoe 16 of frame 1, meanwhile, adjustment disk 52-2-2 is moved around bolt 52-3 by its arc regulating tank 52-2-2a.When the first roller parts are in position shown in Figure 10, be also that driven roller 52-1 is when being positioned at the position of taking back, compressive zone 51 is in the state of relative tensioning, if this tensioning state meets job requirement, screw bolt 51, the arc regulating tank 52-2-2a of adjustment disk 52-2-2 is the operating position with respect to the position of bolt 51 at this moment.If described tensioning state does not also meet job requirement, pass through to adjust the arc regulating tank 52-2-2a of adjustment disk 52-2-2 with respect to the position of bolt 51, make the tensioning state of compressive zone 51 meet job requirement.When not working, unclamping bolt 51, to make before driven roller 52-1 fulcrum 52-2-1 and rear fulcrum 52-3-2 be that the rotating shaft dextrorotation goes to Figure 11 so-called position that takes over and gets final product, thereby make compressive zone 51 be in relaxation state, in order to extend its service life.

See Fig. 7, driving roller 53 is fixedly linked successively and consists of according to from front to back order by drive end bearing bracket 53-1, stack shell 53-2 and rear end cap 53-3.Drive end bearing bracket 53-1 and rear end cap 53-3 be all along front and back to the vertical setting, and be the plectane body that is provided with medium pore.Stack shell 53-2 is that axis is along front and back to the cylinder that arranges, by a rectangular steel plates through bending, article 2, the end to end one-tenth of opposite side is cylindric, then will 2 makes after the opposite side welding, and the front end position of stack shell 53-2 and position, rear end all are provided with circular installation gap on inwall.The mutual matched in clearance of internal diameter of the installation gap at the front end position of the external diameter of drive end bearing bracket 53-1 and stack shell 53-2, and both are welded and fixed together; The mutual matched in clearance of internal diameter of the installation gap at the position, rear end of the external diameter of rear end cap 53-3 and stack shell 53-2, and both are welded and fixed together, thus consist of driving roller 53.

Intermediate calender rolls cartridge module 54 comprises 2 to 4 rollers (should use-case be 3).Intermediate calender rolls cartridge module 54 is arranged between adjusting roller assembly 52 and driving roller 53.3 rollers are called guiding roller 54-1, transmission roller 54-2 and compress roller 54-3 according to the difference of role.The axis of guiding roller 54-1, transmission roller 54-2 and compression roller 54-3 is all along front and back to setting, and guiding roller 54-1, transmission roller 54-2 and compression roller 54-3 all rotate by corresponding bearing separately and are arranged between the front side board 12 and median septum 13 of frame 1, the roller 54-1 that also namely leads is rotationally connected by bearing and front side board 12 in the guiding roller installing hole that is arranged on front side board 12 by its front end, and guiding roller 54-1 is rotationally connected by bearing and median septum 13 in the guiding roller installing hole that is arranged on median septum 13 by termination thereafter; Transmission roller 54-2 is rotationally connected by bearing and front side board 12 in the transmission roller installing hole that is arranged on front side board 12 by its front end, transmits roller 54-2 and is rotationally connected by bearing and median septum 13 in the transmission roller installing hole that is arranged on median septum 13 by termination thereafter; Compress roller 54-3 and be rotationally connected by bearing and front side board 12 in the compression roller installing hole that is arranged on front side board 12 by its front end, compression roller 54-3 is rotationally connected by bearing and median septum 13 in the compression roller installing hole that is arranged on median septum 13 by termination thereafter.The height of the axis of guiding roller 54-1 is identical with the height of main cylinder 44 axis of adopting meat device 4, compression roller 54-3 and adopt gap between the main cylinder 44 of meat device 4 greater than 0 to 5 millimeter of the thickness of compressive zone 51 (should use-case be 2 millimeters).

See Fig. 3, Fig. 5 and Fig. 9, transmission mechanism 3 comprises the first travelling gear 31, the first working shaft 32, the first flat key 33, bearing assembly 34, the second travelling gear 35, the second working shaft 36, the 3rd flat key 37, rear bearing assembly 38 and fore bearing 39.

See Fig. 9 and Fig. 3, bearing assembly 34 comprises rolling bearing 34-1, bearing block 34-2 and back shroud 34-3.Bearing block 34-2 is fixedly connected on from the rear on the right position on top of trailing flank of median septum 15.Rolling bearing 34-1 has 2, is arranged in bearing block 34-2 before and after minute, and 2 rolling bearing 34-1 are fixed on bearing block 34-2 by separately outer ring.The termination, front and back of the first working shaft 32 is equipped with the flat key groove, the inner ring of 2 rolling bearing 34-1 is passed in the first axle work 32, and mutual interference fit, and the front end of the first working shaft 32 passes forward the terminal pad installing hole 13-1 of median septum 13, and its front end is arranged in the front hole section 13-1a of this terminal pad installing hole 13-1.Back shroud 34-3 is enclosed within on the first working shaft 32, and the front end face of back shroud 34-3 contacts with the rear end face of bearing block 34-2, and back shroud 34-3 is fixed on bearing block 34-2.The medium pore of the first travelling gear 31 is the medium pore with the flat key groove, the first travelling gear 31 by its central borehole jack on the follower head of the first working shaft 32, and the first travelling gear 31 jointly carries out key by the first flat key 33 by its flat key groove location and the first working shaft 32 by the flat key groove location of termination thereafter and connects, and make the follower head of the first travelling gear 31 and the first working shaft 32 be tightly fixed together, and the first travelling gear 31 (see figure 5) that is meshed with the power output gear 26 of drive unit 2.

The second working shaft 36 be axis along front and back to the multidiameter that arranges, being connected successively with the 5th shaft part 36-5 by the first shaft part 36-1, the second shaft part 36-2, the 3rd shaft part 36-3, the 4th shaft part 36-4 according to from front to back order consists of.The diameter of the first shaft part 36-1, the second shaft part 36-2 and the 3rd shaft part 36-3 increases successively, the equal diameters of the diameter of the 4th shaft part 36-4 and the second shaft part 36-2, the equal diameters of the 5th shaft part 36-5 and the first shaft part 36-1.The medium pore matched in clearance of the diameter of the second shaft part 36-2 of the second working shaft 36 and the drive end bearing bracket 53-1 of driving roller 53 and rear end cap 35-3.The 5th shaft part 36-5 of the second working shaft 36 is provided with the flat key groove.

Rear bearing assembly 38 comprises rear bearing 38-1, rear bearing block 38-2 and bearing block installing rack 38-3.Bearing block installing rack 38-3 is weldingly fixed on the upper side of base plate 11 from the top, and is positioned at the sagittal middle part of the right part of base plate 11.

Fore bearing 39 is pressed in the second axle installing hole of front side board 12 from back to front by its outer ring, and is tightly fixed together with front side board 12.Rear bearing block 38-2 is located and is weldingly fixed on bearing block installing rack 38-3.The second working shaft 36 is passed terminal pad installing hole 13-1 and the drive end bearing bracket 53-1 of driving roller 53 and the medium pore of rear end cap 53-3 of rear bearing block 38-2, median septum 13 from back to front successively by its first shaft part 36-1, and the second working shaft 36 by the drive end bearing bracket 53-1 of its second shaft part and driving roller 53 with the medium pore of rear end cap 53-3 and be welded and fixed each other and be in the same place.The first shaft part 36-1 of the second working shaft 36 passes the inner ring of fore bearing 39, and both are tightly fixed and link together, thereby makes the second working shaft 36 be rotationally connected by the front side board 12 of fore bearing 39 with frame 1 by its first shaft part 36-1.The 3rd shaft part 36-3 of the second working shaft 36 is arranged in the second axle of median septum 13 by hole 13-2. rear bearing 38-1 by its inner ring from the rear forward tight fit be enclosed within on the 4th shaft part 36-4 of the second working shaft 36, and rear bearing 38-1 is pressed in the installing hole of rear bearing block 38-2 by its outer ring, thereby makes the second working shaft 36 be rotationally connected by rear bearing 38-1 and rear bearing block 38-2 by its 4th shaft part 36-4.The medium pore of the second travelling gear 35 is the medium pore that is provided with the flat key groove, the second travelling gear 35 by its central borehole jack on the 5th shaft part 36-5 of the second working shaft 36, and the second travelling gear 35 jointly carries out key by the 3rd flat key 37 by the flat key groove location of the 5th shaft part 36-5 of the flat key groove location of its medium pore and the second working shaft 36 and connects, and makes the 5th shaft part 36-5 of the second travelling gear 35 and the second working shaft 36 be tightly fixed together.The second travelling gear 35 with the first travelling gear 31 be meshed.

See Fig. 1, Fig. 5 and Fig. 8, feed arrangement 7 comprises hopper 71 and shank 72.Shank 72 has 2, and 2 shanks 72 are weldingly fixed on respectively by separately left end on the side plate of both sides, front and back of hopper 71.During use, feed arrangement 7 is inserted respectively by its 2 shanks 72 in the hopper second installing hole 13-3 of the hopper first installing hole 12-1 of front side board 12 of corresponding frame 1 and median septum 13, thereby removable being fixed on frame 1, and the discharging opening of hopper 71 is positioned on the position of the top that is in adjusting roller assembly 52 of compressive zone 55 of pressurizing unit 5.

See Fig. 1, Fig. 4, Fig. 8, Figure 18, Figure 19 and Figure 22, fish-skin stripping off device 6 is comprised of blade members 61, bearing pin 62, screw rod 63 and handwheel 64.

Blade members 61 is made of blade 61-1, the fixed head 61-2, sleeve 61-3 and the installing plate 61-4 that are fixedly connected sequentially together.Blade 61-1 is positioned at the below of blade fixed head 61-2 along front and back to being horizontally disposed with, and is bolted on fixed head 61-2.The blade of blade 61-1 is towards adopting meat device 4 main cylinders 44, and parallel with the axis of main cylinder 44.Sleeve 61-3 has 2, is divided into the first sleeve 61-3a and the second sleeve 61-3b by the difference of its residing front and back position.The axis of the first sleeve 61-3a and the second sleeve 61-3b is all along front and back to setting, and the first sleeve 61-3a and the second sleeve 61-3b are weldingly fixed on the upper side of fixed head 61-2 from the top respectively, and is positioned on the right part rear and front end of fixed head 61-2.

Installing plate 61-4 has 2, is equipped with axis along the left and right to the screw that arranges.2 installing plate 61-4 are divided into front mounting plate 61-4a and rear installing plate 61-4b by the difference of its residing front and back position.2 installing plate 61-4 are all along front and back to the vertical setting.Front mounting plate 61-4a be weldingly fixed on respectively from the top the first sleeve 61-3a lateral surface on the position of top, rear installing plate 61-4b be weldingly fixed on respectively from the top the second sleeve 61-3b lateral surface on the position of top.

Screw rod 63 has 2, and 2 screw rods 63 are divided into front screw 63a and rear screw rod 63b by the difference of its residing front and back position.The axis of 2 screw rods 63 is all along the left and right to being horizontally disposed with.The left end head of 2 screw rods 63 is spheric.Front screw 63a screws from right to left in the screw of front mounting plate 61-4a, and passes from right to left front mounting plate 61-4a; Rear screw rod 63b screws from left to right in the screw of rear installing plate 61-4b, and passes from right to left rear installing plate 61-4b.

Handwheel 64 has 2, and 2 handwheels 64 are divided into front handwheel 64a and rear handwheel 64b by the difference of its residing front and back position.Front handwheel 64a screws on the right-hand member that is fixed on front screw 63a; Rear handwheel 64b screws on the right-hand member that is fixed on rear screw rod 63b.

The axis of bearing pin 62 is along front and back to being horizontally disposed with, bearing pin 62 is the steel integral piece, be connected and consist of with the pin main body that is positioned at the rear portion by being positioned at anterior eye section, the diameter of the pin main body of bearing pin 62 coordinates with the bore clearance of the pin shaft hole of the internal diameter of the internal diameter of the aperture of the pin shaft hole of front side board 12, the first sleeve 61-3a, the second sleeve 61-3b and median septum 13 respectively.Bearing pin 62 inserts in the pin shaft hole of median septum 13 after passing successively from front to back pin shaft hole, the first sleeve 61-3a and the second sleeve 61-3b of front side board 12 by its pin main body, thereby fish-skin stripping off device 6 is rotatably connected on frame 1.Handwheel 64a before rotation makes front screw 63a withstand the first block 17-1 by its left end head.At this moment, be rotated further front handwheel 64a, the front screw 63a length of stretching out the shaft of front mounting plate 61-4a left has certain increase, due to the plate body of the first block 17-1 for not moving, and make front screw 63a carry out clockwise rotating of certain angle with front mounting plate 61-4a and the first sleeve 61-3a to the right and downwards with respect to bearing pin 62; Equally, handwheel 64b after rotation makes rear screw rod 63b withstand the second block 17-2 by its left end head.at this moment, be rotated further rear handwheel 64b, the length that, screw rod 63b stretches out the shaft of rear installing plate 61-4b left has certain increase, due to the plate body of the second block 17-2 for not moving, and make rear screw rod 63b carry out clockwise rotating of certain angle with rear installing plate 61-4b and the second sleeve 61-3b to the right and downwards with respect to bearing pin 62, thereby make blade 61-1 near the main cylinder 44 of adopting meat device 4, thereby the blade of adjustable blade 61-1 and adopt gap between the main cylinder 44 of meat device 4, until described gap is 0 to 3 millimeter (should use-case be 0.5 millimeter).

See Fig. 8, drawing mechanism 8 comprises discharge bucket 81, extension spring 82, back shaft 83 and bearing shell 84.Discharge bucket 81 is left and right both ends open type, and the base plate of discharge bucket 81 direction to the bottom right is obliquely installed along the upper left, the left end of discharge bucket 81 has the bending part 81-1 that carries out bending towards the top.The axis of bearing shell 84 is along front and back to setting, and bearing shell 84 is weldingly fixed on from the lower left on the position of the middle part of downside of the base plate of discharge bucket 81 taking back, and opening is towards the lower left.The axis of back shaft 83 is along front and back to being horizontally disposed with, and the front end of back shaft 83 rotates in the discharging fulcrum installing hole of the front side board 12 that is arranged on frame 1, and the rear end of back shaft 83 is rotated and arranged in the discharging fulcrum installing hole of median septum 13.Extension spring 82 is arranged between the base plate 11 of the lower side lower part of discharge bucket 81 and frame 1.Bearing shell 84 fastens and is fixed on the side of back shaft 83.Discharge bucket 81 is withstood on from bottom to top by its bending part 81-1 on the position that is in driving roller 53 belows of compressive zone 55 of pressurizing unit 5, thereby discharge bucket 81 can be done take back shaft 83 as turning cylinder corresponding flexible type and rotates.

See Fig. 8, during the work of flesh of fish fishbone separator, first with the fish topping, gill, then fish body symmetry is cut open, and remove main fish-bone.The half sheet fish body 100 that then will cut open is put into hopper 71, and has the position of fish-skin to be positioned at downside.Half sheet fish body 100 is when the part that is close through the main cylinder 44 of adopting meat device 4 and compressive zone 55, due to the power of being squeezed, the flesh of fish is got into adopting in meat hole 44-1 of the main cylinder 44 of adopting meat device 4 and is entered in main cylinder 44, fish-skin and fishbone are left on outside main cylinder 44, fish-skin and fishbone are stripped down and fall into the discharge bucket 71 of drawing mechanism 7 from the main cylinder 44 of adopting meat device 4 by blade 61-1 through fish-skin stripping off device 6 time, and then can fish-skin and fishbone be collected otherwise processed by corresponding vessel.For the flesh of fish that enters in main cylinder 44, carry out follow-up processing after collecting at set intervals.

Above embodiment and application examples are only for illustration of the utility model; but not to restriction of the present utility model; person skilled in the relevant technique is not in the situation that break away from spirit and scope of the present utility model; can also make various conversion and variation; can also transform accordingly according to the inspiration of above-described embodiment and application examples in concrete application process, so within all technical schemes that are equal to all should be included into scope of patent protection of the present utility model.

Claims

1. an adjusting roller assembly, is characterized in that: comprise driven roller (52-1), fore-stock member (52-2) and after-poppet member (52-3); Driven roller (52-1) is fixedly installed between fore-stock member (52-2) and after-poppet member (52-3); Fore-stock member (52-2) rotates on the corresponding component that is arranged on flesh of fish fishbone separator, after-poppet member (52-3) rotates on the corresponding component that is arranged on flesh of fish fishbone separator, and the pivot center of fore-stock member (52-2) is identical with the pivot center of after-poppet member (52-3), this pivot center is along front and back to being horizontally disposed with, and is also the pivot center of adjusting roller assembly (52); The axis of driven roller (52-1) is along front and back to setting, and with respect to the pivot center eccentric setting of adjusting roller assembly (52); Fore-stock member (52-2) is provided with the arc regulating tank take pivot center as center of rotation; Bolt (51) passes from front to back this arc regulating tank and screws on the corresponding component of flesh of fish fishbone separator; When bolt (51) is in when screwing state, fore-stock member (52-2) still is in the stationary state that can not rotate to whole adjusting roller assembly (52); When being in releasing orientation, fore-stock member (52-2) and after-poppet member (52-5) can rotate with respect to frame when bolt (51), thereby regulate driven roller (52-1) with respect to the position of frame.

2. adjusting roller assembly according to claim 1, it is characterized in that: the fore-stock member (52-2) of adjusting roller assembly (52) is fixedly connected sequentially and is consisted of by front fulcrum (52-2-1), adjustment disk (52-2-2), joint pin (52-2-3) and fore-stock (52-2-4);

The adjustment disk (52-2-2) of fore-stock member (52-2) is for being provided with the disc of medium pore, and the axis of the medium pore of adjustment disk (52-2-2) is along front and back to setting; The disk body right part of adjustment disk (52-2-2) and top are provided with and the medium pore coaxial line and arc regulating tank (52-2-2a) that run through the disk body front and back, and this arc regulating tank (52-2-2a) is the arc regulating tank of fore-stock member (52-2); The radian of arc regulating tank (52-2-2a) is that 30 degree are to 160 degree;

The main body of fore-stock (52-2-4) is the annulus plate-like, and this circle ring disk main body is provided with axis and is provided with the cylindric connecting portion that protrudes to the disk body front side along front and back to the medium pore that arranges and at the medium pore place;

Joint pin (52-2-3) is cylinder, and its axis is along front and back to setting; The front end of joint pin (52-2-3) is weldingly fixed on the trailing flank of adjustment disk (52-2-2), and is positioned at the left side of the upper left quarter of arc regulating tank (52-2-2a); The rear end of joint pin (52-2-3) is weldingly fixed on the leading flank of circle ring disk main body of fore-stock (52-2-4), and near on the position at its edge;

Front fulcrum (52-2-1) is along front and back to setting, and front fulcrum (52-2-1) is provided with opening cross section forward and is foursquare adjusting blind hole (52-2-1a); The medium pore of adjustment disk (52-2-2) is passed at the rear portion of front fulcrum (52-2-1) backward, and both are welded and fixed together, and the follower head of front fulcrum (52-2-1) stretches out outside adjustment disk (52-2-2) backward;

After-poppet member (52-3) by after-poppet (52-3-1), rear fulcrum (52-3-2), front stop circle (52-3-3) and after stop that circle (52-3-4) forms; The main body of after-poppet (52-3-1) is the annulus plate-like, and this circle ring disk main body is provided with axis and is provided with to the medium pore that arranges and at the medium pore place the cylindric connecting portion that protrudes to the disk body rear side along front and back;

The axis of the rear fulcrum (52-3-2) of after-poppet member (52-3) is along front and back to setting, and with front fulcrum (52-2-1) coaxial line of fore-stock member (52-2); The front end of rear fulcrum (52-3-1) is weldingly fixed on the trailing flank of circle ring disk main body of after-poppet (52-3-2); Before stop circle (52-3-3) and after stop that circle (52-3-4) is the annular plate, front stop circle (52-3-3) and after be enclosed within on rear fulcrum (52-3-1) before and after stopping circle (52-3-4) minute, and all be welded and fixed together with rear fulcrum (52-3-1);

Driven roller (52-1) is connected successively and consists of according to from front to back order by front spindle nose (52-1-1), stack shell (52-1-2) and rear spindle nose (52-1-3); Stack shell (52-1-2) is that axis is along front and back to the cylinder that arranges; Front spindle nose (52-1-1) and rear spindle nose (52-1-3) are by the cylinder termination of a side of side before and after being positioned at and the circular shrouding formation that is connected with the first body of cylindrical end of the opposite side of rear side in the past; Fore-stock member (52-2) is enclosed within by the cylindric connecting portion of its fore-stock (52-2-4) on the cylinder termination of front spindle nose (52-1-1) of driven roller (52-1), and both are fixed together; After-poppet member (52-3) is enclosed within by the cylindric connecting portion of its after-poppet (52-3-1) on the cylinder termination of rear spindle nose (52-1-3) of driven roller (52-1), and both are fixed together; Thereby make fore-stock member (52-2), driven roller (52-1) and after-poppet member (52-3) be fixedly connected into a driven voller cartridge unit.