CN103629254B - Processing unit (plant) with connection component - Google Patents

Abstract

The invention discloses a kind of processing unit (plant) with connection component, its main points is：Connection component includes shaft coupling, multi-diameter shaft and the terminal pad being fixedly linked successively from bottom to up.Shaft coupling, multi-diameter shaft and terminal pad are coaxially set.The multi-diameter shaft and terminal pad of connection component are steel integral piece.Multi-diameter shaft is divided into 4 shaft parts according to order from top to bottom, and the external diameter of the first shaft part to the 3rd shaft part increases stepwise successively, and the external diameter of the 4th shaft part is identical with the external diameter of the second shaft part.The terminal pad of connection component is the steel disc provided with centre bore.

Description

Processing unit (plant) with connection component

The application is Application No. 201210296632.8, and the applying date is August in 2012 20, and invention and created name is The divisional application of the application for a patent for invention of " flesh of fish loosening machine by sauting ".

Technical field

The present invention relates to agricultrue sideline production processing machinery field, and in particular to one kind is used to oppress graininess in aquatic products processing Fry and the connection component in the device as dried meat floss.

Background technology

Fish food fine and tender taste, delicious flavour is nutritious, and easily digestion, is the food that people like, is particularly suitable for 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, egg White matter institutional framework is soft, and moisture is more, Fresh ＆ Tender in Texture, easily digests and assimilates.There is nitrogen-containing compound in Fish Tissue, mainly It is collagen and mucoprotein, turns into colloidal sol after boiling, turn into gel after cooling, this will appear as coagulating after fish soup natural cooling Into milky white gel-shaped shape.Fish contain a kind of sulfur-containing amino acid taurine, and it can reduce LDL-C in blood With increasing high density lipoprotein cholesterol, and artery sclerosis is favorably prevented and treated.Taurine can promote developing infant brain, improve eye Dark adaptation ability.Therefore taurine makes milk powder nutrition more connect as nutrients in baby food in such as babies ' formula milk powder Nearly breast milk.Fatty,fiss is low, and content is 1%~10%.Most of fish comprises only 1%~3% fat, such as large yellow croaker, little yellow croaker, fat Head fish etc..Some fishes such as grass carp, carp, hairtail, butterfish fat content are 5%~8%.But there is other fish such as bream fat content Up to 15%.General fatty,fiss content is few, and heat supply can be low, so fish is high protein, food low in calories, it is than poultry, domestic animal Animal food that will be superior.It as the saying goes and eat four legs（Pig, ox）Not as eating two legs（Chicken, duck）, eat two legs Not as eating no leg（Fish）, indicate the nutritive value and health-care effect of fish.

It is well known that fish have fishbone in vivo mostly, the especially thorn between some common fresh water fleshes of fish is more, no matter It is people's daily consumption or processed fish meat product, fishbone largely have impact on the edible of people.There are many people all to want to eat Fish, but be afraid of that eating fish is stuck in alimentary canal by fishbone and causes the injury to body again, therefore lose many chances for eating fish. As old man and the class of child one need to eat the crowd of fish, the ability that fish tells fishbone is eaten due to lacking.Fish is eaten in order to meet more people Demand, has increasing fish to be processed to dried fish floss and is convenient for people to eat.

Chinese patent literature CN201146794Y（Number of patent application 200820083018.2）Disclose a kind of " automatic frying pine The final stage of page 2 is described in machine ", its specification：" reference picture 1-3：Set in automatic loosening machine by sauting, including frame 1, frame 1 Cylinder 2 is equipped with, specifically, the rear end of cylinder 2 connection organic block 11, described support 11 is arranged in frame 1 by bearing, cylinder Inner bag 3 is cased with 2, the gyroaxis 4 of inner bag 3 is connected by reductor with motor；Electric heater unit be arranged on cylinder 2 with it is interior In interlayer between courage 3, interlayer passes through built with the first brush and the second brush contacted with inner bag, described electric heater unit First brush is contacted with the described conductivity of heat of inner bag 3, and the signal input part of temperature sensor is connected on the second described brush, Temperature sensor measures the real time temperature of inner bag by the second brush；" the 2nd section of page 3 of its specification describe：It is " described Frame 1 in be additionally provided with gear pump for conveying spray oil plant, the gear pump is from the fuel tank 13 for being provided with electric heating tube 12 Middle oil pumping.The output oil pipe 10 of gear pump is stretched into the front opening of ' U ' font from inner bag 3 and cylinder 2 in described inner bag 3 Chamber, the output end of the microcomputer controller described in the starting switch connection of gear pump." as can be seen here, its gyroaxis is in water substantially It is flat to set, therefore in frying dried meat floss or dried fish floss, the raw material such as pork, beef or flesh of fish is under gravity with the rotation of inner bag 3 And fall, although the oil of vaporization is sprayed into frying, but is due to that meat contains substantial amounts of moisture and is easily stained with inner bag 3, is led Cause is charred, and influences processing quality.The axis of cylinder 2 and inner bag 3 is in horizontally disposed substantially, and opening is to the left so that processing capacity by Limitation, and it is inconvenient in charging feedstock and taking-up finished product, also it is unfavorable for the cleaning to inner bag.

The content of the invention

The purpose of the present invention is：A kind of connection component for being used to oppress loosening machine by sauting simple in construction is provided.

Realizing the basic technical scheme of the object of the invention is：A kind of connection component, it is structurally characterized in that：Including from bottom to up Shaft coupling, multi-diameter shaft and the terminal pad being fixedly linked successively.Shaft coupling, multi-diameter shaft and terminal pad are coaxially set.Connection component Multi-diameter shaft and terminal pad be steel integral piece.Multi-diameter shaft is divided into 4 shaft parts, and first according to order from top to bottom The external diameter of shaft part to the 3rd shaft part increases stepwise successively, and the external diameter of the 4th shaft part is identical with the external diameter of the second shaft part.Connection component Terminal pad be the steel disc provided with centre bore.

The present invention has positive effect：The connecting component structure of the present invention is simple, and the stir-fry of loosening machine by sauting will be oppressed when using Pot is connected with drive device, makes the opening upwards of frying pan, therefore the more flesh of fish can be disposably put into frying pan.

Brief description of the drawings

Fig. 1 is the structural representation of the flesh of fish loosening machine by sauting of the connection component of the application present invention；

Fig. 2 is Fig. 1 left view schematic diagram；

Fig. 3 regards schematic diagram for Fig. 1 right side；

Fig. 4 is the firn-jet head and the structural representation of the nozzle boss of corresponding site in Fig. 1；

Fig. 5 is C-C schematic cross-sectional views in Fig. 4；

Fig. 6 is Fig. 1 schematic top plan view；

Fig. 7 is the A-A schematic cross-sectional views in Fig. 1；

Fig. 8 be Fig. 6 in perching knife schematic diagram；

Fig. 9 is the D-D schematic cross-sectional views in Fig. 6；

Figure 10 is the enlarged diagram of multi-diameter shaft in Fig. 9.

Mark in above-mentioned accompanying drawing is as follows：

Vertical beam 11-4 behind cabinet 1, frame main body 11, left front vertical beam 11-1, left back vertical beam 11-2, right preceding vertical beam 11-3, the right side, Preceding sill 11-5, lower-left longeron 11-6, rear sill 11-7, bottom right longeron 11-8, preceding entablature 11-9, upper left longeron 11- 10, rear entablature 11-11, upper right longeron 11-12,

Backplate 12, apron plate 12-1, left backplate 12-2, rear backplate 12-3, fire hole 12-3-1, right backplate 12-4,

Castor 13, roller 13-1, pedestal 13-2, pillar 13-3, fixed plate 13-4,

Lower frame 14, bottom left beam 14-1, bottom right beam 14-2,

Upper frame 15, upper front-axle beam 15-1, upper back rest 15-2, upper left beam 15-3, upper right beam 15-4,

Drive device 2, motor 21, driving pulley 22, belt 23, driven pulley 24, reductor 25, electric switch 26 is fried Pot 3, the bottom of a pan plate 31, pot side plate 32,

Stir-fry device 4, perching knife 41, handle of a knife 42, knife rest 43, lower connecting portion 43-1, linking arm 43-2, the first upper junction plate 43-3, the second upper junction plate 43-4, upper connecting portion 43-5, compression spring 44, block 45,

Burner 5, gas control valve 51, nozzle boss 52, annular seating 52-1, linear seat 52-2, the linear seat 52-2a in front side, The linear seat 52-2b of rear side, connecting plate 52-3, the first connecting plate 52-3-1, the second connecting plate 52-3-2, the 3rd connecting plate 52-3- 3, the 4th connecting plate 52-3-4, firn-jet head 53, connector 53-1, attaching nut 53-2, outlet head 53-3, steel wire 53-4, Gu Reservation 54, gas inlet pipe 55,

Connection component 6, shaft coupling 61, multi-diameter shaft 62, the first shaft part 62-1, the second shaft part 62-2, the 3rd shaft part 62-3, the Four shaft part 62-4, terminal pad 63, bearing assembly 7, bearing block 71, upper bearing (metal) 72, lower bearing 73.

Embodiment

Description of the invention orientation is described according to the specific orientation shown in Fig. 1, and Fig. 1's is to describe up and down Up and down, a side of Fig. 1 institutes direction is front, is rear away from a Fig. 1 side.

（Embodiment 1）

See Fig. 9, connection component 6 is mainly made up of shaft coupling 61, multi-diameter shaft 62 and terminal pad 63.Multi-diameter shaft 62 and terminal pad 63 be steel integral piece.

See Figure 10, the vertical of multi-diameter shaft 62 is set, and 4 shaft parts, and the first shaft part are divided into according to order from top to bottom 62-1 to the 3rd shaft part 62-3 external diameter increases stepwise successively, the external diameter phase of the 4th shaft part 62-4 external diameter and the second shaft part 62-2 Together, the first shaft part 62-1 and the 4th shaft part 62-4 are equipped with flat key groove.

The terminal pad 63 of connection component 6 is the steel disc provided with centre bore.The medium pore of terminal pad 63 is with flat key The medium pore of groove, terminal pad 63 is enclosed on the first shaft part 62-1 of multi-diameter shaft 62 by its medium pore, and connects tight fit by key It is fixed on multi-diameter shaft 62.

（Application examples 1）

See Fig. 1, the flesh of fish loosening machine by sauting of the application example is main by cabinet 1, drive device 2, frying pan 3, the device 4 that stir-fries, burning Device 5, connection component and bearing assembly 7 are constituted.Wherein, connection component is using the connection component 6 described in embodiment 1.

Fig. 1 is seen to Fig. 3, Fig. 7 and Fig. 9, and cabinet 1 is mainly made up of frame, backplate 12 and castor 13.Frame is by frame main body 11st, lower frame 14 and upper frame 15 are constituted.It is the main left front vertical beam 11-1 by being steel integral piece of frame main body 11, left back perpendicular Vertical beam 11-4, preceding sill 11-5, lower-left longeron 11-6, rear sill 11-7, bottom right behind beam 11-2, right preceding vertical beam 11-3, the right side Longeron 11-8, preceding entablature 11-9, upper left longeron 11-10, rear entablature 11-11 and upper right longeron 11-12 compositions.Left front vertical beam Vertical beam 11-4, preceding sill 11-5, lower-left longeron 11-6, rear lower horizontal stroke behind 11-1, left back vertical beam 11-2, right preceding vertical beam 11-3, the right side Beam 11-7, bottom right longeron 11-8, preceding entablature 11-9, upper left longeron 11-10, rear entablature 11-11 and upper right longeron 11-12 can To be all using angle steel, all using I-steel, all using steel square tube or using angle steel, steel square tube and I-steel All using steel square tube in the form of mixing, the application example.

Fig. 1 is seen to Fig. 3 and Fig. 7, vertical beam 11-4 behind left front vertical beam 11-1, left back vertical beam 11-2, right preceding vertical beam 11-3 and the right side Equal vertical is set, and left back vertical beam 11-2 is located at left front vertical beam 11-1 dead astern, and right preceding vertical beam 11-3 is located at left front vertical beam 11-1 Front-right, it is right after vertical beam 11-4 be located at it is right before vertical beam 11-3 dead astern, and positioned at left back vertical beam 11-2 front-right.It is left front Vertically to being sequentially provided with 2 to 5 screws on vertical beam 11-1 left plate and front side board（The application example is 3）.It is left back perpendicular Vertically to being sequentially provided with 2 to 5 screws on beam 11-2 left plate and back side panel（The application example is 3）.Vertical beam before right Vertically to being sequentially provided with 2 to 5 screws on 11-3 right plate and front side board（The application example is 3）.Vertical beam 11- behind the right side Vertically to being sequentially provided with 2 to 5 screws on 4 right plate and back side panel（The application example is 3）.

See Fig. 1, preceding sill 11-5 is along left and right to being horizontally disposed with, and preceding sill 11-5 is weldingly fixed on left front by its left end On vertical beam 11-1 right flank bottom, preceding sill 11-5 is weldingly fixed on the left surface bottom of vertical beam 11-3 before the right side by its right-hand member On.Preceding entablature 11-9 is along left and right to being horizontally disposed with, and preceding entablature 11-9 is weldingly fixed on left front vertical beam 11-1's by its left end On right flank middle and upper part, preceding entablature 11-9 is weldingly fixed on the left surface middle and upper part of vertical beam 11-3 before the right side by its right-hand member.

See Fig. 2, lower-left longeron 11-6 is along front and rear to being horizontally disposed with, and lower-left longeron 11-6 is weldingly fixed on left front by its front end On vertical beam 11-1 trailing flank bottom, lower-left longeron 11-6 is weldingly fixed on left back vertical beam 11-1 leading flank bottom by its rear end On.Upper left longeron 11-10 is along front and rear to being horizontally disposed with, and upper left longeron 11-10 is weldingly fixed on left front vertical beam 11-1 by its front end Trailing flank middle and upper part on, upper left longeron 11-10 is weldingly fixed on left back vertical beam 11-1 leading flank middle and upper part by its rear end.

See Fig. 9, rear sill 11-7 is along left and right to being horizontally disposed with, and rear sill 11-7 is weldingly fixed on left back by its left end On vertical beam 11-2 right flank bottom, rear sill 11-7 is weldingly fixed on the left surface bottom of vertical beam 11-4 behind the right side by its right-hand member On.See Fig. 8, rear entablature 11-11 is along left and right to being horizontally disposed with, and rear entablature 11-10 is weldingly fixed on left back perpendicular by its left end On beam 11-2 right flank middle and upper part, rear entablature 11-11 is weldingly fixed on behind the right side in vertical beam 11-4 left surface by its right-hand member On top.

See Fig. 3, bottom right longeron 11-8 is along front and rear to being horizontally disposed with, and bottom right longeron 11-8 is weldingly fixed on before the right side by its front end On vertical beam 11-3 trailing flank bottom, bottom right longeron 11-8 is weldingly fixed on the leading flank bottom of vertical beam 11-4 behind the right side by its rear end On.Upper right longeron 11-12 is along front and rear to being horizontally disposed with, and upper right longeron 11-12 is weldingly fixed on vertical beam 11-3 before the right side by its front end Trailing flank middle and upper part on, upper right longeron 11-12 is weldingly fixed on the leading flank middle and upper part of vertical beam 11-4 behind the right side by its rear end.

See Fig. 1 to Fig. 3 and Fig. 9, lower frame 14 is made up of bottom left beam 14-1 and bottom right beam 14-2, bottom left beam 14-1 and bottom right Beam 14-2 is square tube, and 2 square tubes are set along front and rear, and bottom right beam 14-2 is located at bottom left beam 14-1 right side.Bottom left beam 14-1 be weldingly fixed on from its front end from top the left and right of the preceding sill 11-5 of frame main body 11 epipleural to middle part it is inclined On left position, the rear sill 11-7 of frame main body 11 left and right of upper side is weldingly fixed on from its rear end from top in On portion position to the left.Bottom right beam 14-2 is weldingly fixed on the preceding sill 11-5 of frame main body 11 upside by its front end from top The left and right of plate to middle part position to the right on, bottom right beam 14-2 by its rear end from top be weldingly fixed on frame main body 11 it is rear under The left and right of crossbeam 11-7 upper side to middle part position to the right on.

Preceding sill 11-5, lower-left longeron 11-6, rear sill 11-7 and bottom right longeron 11-8 respective downside position In in same level.

See Fig. 7 and Fig. 9, upper frame 15 is by upper front-axle beam 15-1, upper back rest 15-2, upper left beam 15-3 and upper right beam 15-4 groups Into.Upper front-axle beam 15-1, upper back rest 15-2, upper left beam 15-3 and upper right beam 15-4 are square tube.The upper front-axle beam 15-1 of upper frame 15 With upper back rest 15-2 along left and right to setting, and upper back rest 15-2 is located at upper front-axle beam 15-1 rear side.Upper front-axle beam 15-1 is left by it Termination is weldingly fixed on the sagittal middle part position to the front of the upper left longeron 11-10 of frame main body 11 right plate from right On, the sagittal middle part of the upper right longeron 11-12 of frame main body 11 left plate is weldingly fixed on from left by its right end On position to the front.Upper back rest 15-2 is weldingly fixed on the upper left longeron 11-10 of frame main body 11 right side by its left end from right On the sagittal middle part position to the rear of side plate, the upper right longeron of frame main body 11 is weldingly fixed on from left by its right end On the sagittal middle part position to the rear of 11-12 left plate.Upper left beam 15-3 is weldingly fixed on by its front end from rear The left and right of front-axle beam 15-1 back side panel to middle part position to the left on, upper back rest 15-2 is weldingly fixed on by termination the past side thereafter Front side board left and right to middle part position to the left on.Upper right beam 15-4 is weldingly fixed on upper front-axle beam by its front end from rear The left and right of 15-1 back side panel to middle part position to the right on, be weldingly fixed on by termination the past side thereafter before upper back rest 15-2 The left and right of side plate to middle part position to the right on.So as to upper front-axle beam 15-1, upper back rest 15-2, upper left beam 15-3 and upper right beam 15-4 Constitute upper frame 15.

Preceding entablature 11-9, upper left longeron 11-10, rear entablature 11-11, upper right longeron 11-12 respective upper side It is located in the same horizontal plane with the upper side of each square tube of upper frame 15.

See Fig. 1 and Fig. 7, backplate 12 is made up of apron plate 12-1, left backplate 12-2, rear backplate 12-3 and right backplate 12-4. Apron plate 12-1, left backplate 12-2, rear backplate 12-3 and right backplate 12-4 are steel plate or iron sheet（The application example is steel plate）.

See that Fig. 1, apron plate 12-1 are vertically arranged along the left and right sides.Being respectively arranged on the left side and the right side for apron plate 12-1 is erected with left front The corresponding through hole of screw on beam 11-1 front side board and right preceding vertical beam 11-3 front side board.Apron plate is passed through by each screw Corresponding one screwed in after the upper corresponding through holes of 12-1 on left front vertical beam 11-1 front side board and right preceding vertical beam 11-3 front side board In screw, so that apron plate 12-1 to be fixedly connected on to left front vertical beam 11-1 leading flank and right preceding vertical beam 11-3 leading flank On.

See that Fig. 2, left backplate 12-2 are set along front and rear to vertical.Left backplate 12-2 front and rear sides are respectively equipped with erects with left front The corresponding through hole of screw on beam 11-1 left plate and left back vertical beam 11-2 left plate.Left backplate is passed through by each screw Corresponding one screwed in after the upper corresponding through holes of 12-2 on left front vertical beam 11-1 left plate and left back vertical beam 11-2 left plate In screw, so that left backplate 12-2 to be fixedly connected on to left front vertical beam 11-1 left surface and left back vertical beam 11-2 left surface On.The top at left backplate 12-2 sagittal middle part is provided with 2 to the 8 linear or rectangles or regular polygon for running through its plate body The linking arm installation screw of distribution（The application example is 4, and rectangular distribution, namely each linking arm installation screw are located at this On a corresponding angle for hypothetical rectangle）.4 linking arm installation screws of the rectangular distribution are used for the lower connection of immovable support 43 Plate 43-1.

See Fig. 2, Fig. 3 and Fig. 9, rear backplate 12-3 is vertically arranged along the left and right sides.The backplate 12-3 left and right sides is set respectively afterwards There is through hole corresponding with the screw behind left back vertical beam 11-2 back side panel and the right side on vertical beam 11-4 back side panel.Worn by each screw Later screwed on backplate 12-3 after corresponding through hole on left back vertical beam 11-2 back side panel and the back side panel of vertical beam 11-4 behind the right side In a corresponding screw, so that vertical beam 11-4 after being fixedly connected on left back vertical beam 11-2 trailing flank by rear backplate 12-3 and be right On trailing flank.The right part on backplate 12-3 top is provided with fire hole 12-3-1 afterwards（See Fig. 1 and Fig. 9）.

See that Fig. 3, right backplate 12-4 are set along front and rear to vertical.Right backplate 12-4 front and rear sides are respectively equipped with being erected before the right side The corresponding through hole of screw after beam 11-3 right plate and the right side on vertical beam 11-4 right plate.Right backplate is passed through by each screw Right preceding vertical beam 11-3 right plate and corresponding one on the right plate of vertical beam 11-4 behind the right side are screwed in after the upper corresponding through holes of 12-4 In screw, so that right backplate 12-4 to be fixedly connected on to the right flank of vertical beam 11-3 right flank and vertical beam 11-4 behind the right side before the right side On.

See Fig. 1 to Fig. 3, castor 13 there are 4.The castor 13 of the application example is movable castor, it is main by roller 13-1, Pedestal 13-2, pillar 13-3 and fixed plate 13-4 compositions.Roller 13-1 is rotatably connected on pedestal 13-2, pillar 13-3 lower end On the top plate for being rotatably connected on pedestal 13-2, pillar 13-3 upper end is weldingly fixed on fixed plate 13-4 downside.4 work Dynamic castor 13 is fixedly connected on the downside of frame main body 11 from below by respective fixed plate 13-4, and is located at downside respectively On four angles in face.

See Fig. 1 to Fig. 3 and Fig. 9, drive device 2 it is main by motor 21, driving pulley 22, belt 23, driven pulley 24, subtract Fast machine 25 and electric switch 26.Electric switch 26 is fixedly installed on the right backplate 12-4 of cabinet 1；The output end of electric switch 26 Electrically connected with the power end of motor 21.

Still see Fig. 1 to Fig. 3 and Fig. 9, motor 21 by its motor cabinet across the bottom left beam 14-1 for being seated in lower frame 14 and under On right beam 14-2 epipleural, positioned at bottom left beam 14-1 and bottom right beam 14-2 rear portion, and bottom left beam 14-1 and bottom right are fixed on On beam 14-2.The motor shaft of motor 21 stretches out to the left along left and right to horizontally disposed, and the motor shaft is provided with flat key groove.It is main Movable belt pulley 22 is provided with flat key groove, and is fastened on by key on the motor shaft of motor 21.Reductor 25 has power input shaft And power output shaft, and described power input shaft and power output shaft are equipped with flat key groove, reductor 25 by its support across On the upper side for being fixed on the bottom left beam 14-1 of lower frame 14 and bottom right beam 14-2, and positioned at bottom left beam 14-1 and bottom right beam 14-2 Central part at, and the power input shaft of reductor 25 stretches out deceleration box, the power output shaft of reductor 25 to the left Vertical stretches out deceleration box upward.Driven pulley 24 is provided with flat key groove, and is connected by key and is connected to reductor 25 On power input shaft, and left side and the driving pulley 22 of driven pulley 24 left side be located at it is same along front and rear to setting In vertical plane.Belt 23 is centered around on driving pulley 22 and driven pulley 24.

See Fig. 9, multi-diameter shaft 62 is passed through from the center in the space enclosed of upper frame 15.See Fig. 9, multi-diameter shaft 62, which is located at, to slow down The top of the power output shaft of machine 25, and being coaxially set with the power output shaft of reductor 25, and by shaft coupling 61 and 4th shaft part 62-4 of the power output shaft of reductor 25 and multi-diameter shaft 62 is fixed together by corresponding key connection.

See Fig. 9, bearing assembly 7 is mainly made up of bearing block 71, upper bearing (metal) 72 and lower bearing 73.

The axis vertical of the medium pore of the bearing block 71 of bearing assembly 7 is set, and bearing block 71 is provided with superposed upper axle Hold installation portion and the lower bearing installation portion positioned at bottom, the left connection board being additionally provided with the left of lower bearing installation portion and under being located at Right connection board on the right side of axle bearing mount portion.Bearing block 71 is consolidated by its left connection board across being located and be fixed on upper frame 15 It is scheduled on the upper left beam 15-3 epipleural of upper frame 15, is fixed on by its right connection board on upper right beam 15-4 epipleural.On Bearing 72 and lower bearing 73 are arranged on bearing block 71.Upper bearing (metal) 72 is thrust ball bearing, positioned at the upper bearing (metal) of bearing block 71 On installation portion, and the thrust ball bearing is by its lower clamping ring and the tight fit of bearing block 71, by trim ring thereon and the second of multi-diameter shaft 62 Shaft part 62-2 tight fits.Lower bearing 73 is centripetal thrust force taper roll bearing, on the lower bearing installation portion of bearing block 71, and The centripetal thrust force taper roll bearing is by its outer ring and the tight fit of bearing block 71, by its inner ring and the second shaft part of multi-diameter shaft 62 62-2 tight fits, and the inner ring of lower bearing 73 is seated on the 3rd shaft part 62-3 upper shaft shoulder of multi-diameter shaft 62.

See Fig. 1, Fig. 3, Fig. 6 and Fig. 9, frying pan 3 is made up of the bottom of a pan plate 31 and pot side plate 32.The bottom of a pan plate 31 and pot side plate 32 are equal For steelwork.The bottom of a pan plate 31 is in up-small and down-big step-like circular slab, and is horizontally disposed with, and the bottom of a pan plate 31 of frying pan 3 is with driving The power output shaft of dynamic device 2 and shaft coupling 61, multi-diameter shaft 62 and the terminal pad 63 of connection component 6 are coaxially set.The bottom of a pan The periphery on the less top of external diameter of plate 31 is provided with 2 to 8 screws along radial angle at equal intervals（The application example is 4）.Pot Side plate 32 in barrel-shaped, by one block of steel plate is end to end and closed be welded and fixed together and constitute, the internal diameter of pot side plate 32 with The external diameter on the top of the bottom of a pan plate 31 is corresponding, and the external diameter of pot side plate 32 is corresponding with the external diameter of the bottom of the bottom of a pan plate 31.Pot side plate 32 bottom is provided with through hole corresponding with the screw on the periphery on the top of the bottom of a pan plate 31.Pot side plate 32 is enclosed on the upper of the bottom of a pan plate 31 In portion, and it is seated on the end face upward of the bottom of the bottom of a pan plate 31, and by its through hole corresponding to the bottom of a pan plate 31 one Individual screw aligns.Each screw is passed through the corresponding spiral shell screwed in after a through hole of pot side plate 32 on the bottom of a pan plate 31 by its afterbody Pot side plate 32 is fixed on the bottom of a pan plate 31 in hole.Frying pan 3 is by the downside of its bottom of a pan plate 31 from top and connection component 6 The upper side of terminal pad 63 is welded and fixed together.

See Fig. 1, Fig. 3, Fig. 6, Fig. 8 and Fig. 9, the device 4 that stir-fries includes perching knife 41, handle of a knife 42, the and of 43 compression spring of knife rest 44 Block 45.Overall perching knife 41 is in crescent, and the blade of perching knife 41 is located at downside, and two side knife surfaces of the cutter hub of perching knife 41 are curved Curved surface, and the knife face of perching knife 41 and the acute angle of the angle of the upper side of the bottom of a pan plate 31 are 30 degree to 70 degree（The one of the application example Individual knife face is 35 degree, and another knife face is 36 degree）.Perching knife 41 is in contact by its blade with the upper side of the bottom of a pan plate 31, and perching knife 41 blade is identical with the radius of the upper side of the bottom of a pan plate 31 with the distance between two ends of part that the bottom of a pan plate 31 is contacted.Handle of a knife 42 be up-small and down-big stepped cylinder shape steel integral piece, namely handle of a knife 42 by be relatively large in diameter mobile jib section and diameter it is less Upper end coupled from above in mobile jib section is constituted.Handle of a knife 42 is weldingly fixed on the knife back of perching knife 41 by its lower end from top On the surface upward at middle part.

See Fig. 9, knife rest 43 on lower connecting portion 43-1, linking arm 43-2, the first upper junction plate 43-3, second including connecting Plate 43-4 and upper connecting portion 43-5.Linking arm 43-2 is the " u "-shaped arm of opening to the right, and its upper arm and underarm point are up and down along a left side Dextrad is set.Lower connecting portion 43-1 is rectangular steel plates, namely lower connecting portion 43-1 is lower connecting plate.Lower connecting plate 43-1 is set There is installation through-hole corresponding with the screw on the top at left backplate 12-2 sagittal middle part.Lower connecting plate 43-1 is along front and rear to lead Hang down and set, be weldingly fixed on from right in the right end of linking arm 43-2 underarm, and lower connecting plate is passed through by each screw Screwed in after the corresponding installation through-holes of 43-1 in left backplate 12-2 corresponding linking arm installation screw, so that by lower connecting plate 43-1 It is fixed in the left backplate 12 of cabinet 1.

First upper junction plate 43-3 and the second upper junction plate 43-4 are along the front and rear rectangular steel plates to setting, to connect on second Fishplate bar 43-4 is located at first upper junction plate 43-3 right side, and both are fixed together.First upper junction plate 43-3 It is identical with the second upper junction plate 43-4 shape, and be equipped with a through hole, and first and connect in respective four corners Fishplate bar 43-3 is alignd by its through hole with the second upper junction plate 43-4 corresponding through hole.First upper junction plate 43-3 is along front and rear to lead Hang down and set, be weldingly fixed on from right in the right end of linking arm 43-2 upper arm.

Upper connecting portion 43-5 is sleeve, and described sleeve 43-5 is the cylinder that axis vertical is set, sleeve 43-5's Internal diameter and the diametric clearance of the mobile jib section of handle of a knife 42 coordinate, and sleeve 43-5 upper end is provided with external screw thread.Second upper junction plate 43- 4 are weldingly fixed in the sleeve 43-5 peripheral outer wall towards left from left, and pass through the second upper junction plate 43-4 by bolt With the through hole that is mutually aligned on the first upper junction plate 43-3, and screw corresponding nut and by the second upper junction plate 43-4 and One upper junction plate 43-3 is fixed together.Handle of a knife 42 passes through sleeve 43-5 from bottom to top, and its mobile jib section is located at sleeve 43- In 5.Compression spring 44 is enclosed on the upper rod section of handle of a knife 42, and lower end and the handle of a knife 42 of compression spring 44 are located at upper rod section and master The shaft shoulder between bar segment is in contact.Block 45 is provided with internal thread corresponding with the external screw thread on sleeve 43-5, and block 45 is screwed On sleeve 43-5, the roof Elastic Contact downward of the upper end of compression spring 44 and the inner chamber of block 45.In use, logical Cross swivelling cover cap 45 to adjust compression spring 44 to the elastic pressure of perching knife 41, so as to increase or decrease perching knife 41 relative to the bottom of a pan plate The tightness of 31 Elastic Contacts.

See Fig. 1, Fig. 4, Fig. 5 and Fig. 7, burner 5 mainly includes gas control valve 51, nozzle boss 52, firn-jet head 53, fixation Seat 54 and gas inlet pipe 55.

See Fig. 9, fixed seat 54 is weldingly fixed on the top at the right backplate 12-4 of cabinet 1 rear portion by its left end, combustion gas Regulating valve 51 is fixedly mounted in the right end of the fixed seat 54.The air inlet of gas inlet pipe 55 goes out with gas control valve 51 Gas port airtight connection, gas inlet pipe 55 is stretched into cabinet 1 after passing through right backplate 12-4.

See Fig. 7, nozzle boss 52 is seated on the upper frame 15 of frame.Nozzle boss 52 is by annular seating 52-1, linear seat 52-2 With connecting plate 52-3 compositions.Annular seating 52-1 is closed welds the annular pipeline that constitutes by square tube is end to end.Annular seating The 52-1 first-class interval angles of epipleural are provided with 10 to 30 screws（The application example is 20）, namely gas outlet.Annular seating The right rear of 52-1 lower side panel is provided with circular tube shaped connector, the duct chamber body phase of its tube cavity and annular seating 52-1 It is logical.Gas inlet pipe 55 by its gas outlet with annular seating 52-1 connector is closed connects.

Still see that Fig. 7, the linear seat 52-2 of nozzle boss 52 have 2, along left and right to horizontally disposed, and with annular seating 52-1 In on sustained height.2 linear seat 52-2 are square tube, and the first-class spacing distance of its epipleural is respectively provided with 2 to 10 screws（Should Use-case is 5）, namely gas outlet.The difference of front and back positions of 2 linear seat 52-2 as residing for it is divided into the linear seat in front side The 52-2a and linear seat 52-2b of rear side.The linear seat 52-2a in front side is weldingly fixed on annular seating 52-1 inner side by its left and right ends On the anterior corresponding position of plate, and its tube cavity is communicated with annular seating 52-1 tube cavity.The linear seat 52- of rear side 2b is weldingly fixed on the corresponding position at the rear portion of annular seating 52-1 interior plate by its left and right ends, and its tube cavity Communicated with annular seating 52-1 tube cavity.

Still seeing Fig. 7, connecting plate 52-3 has 4 pieces, and 4 pieces of connecting plate 52-3 are horizontally disposed with, and 4 pieces of connecting plate 52-3 are respectively the One connecting plate 52-3-1, the second connecting plate 52-3-2, the 3rd connecting plate 52-3-3 and the 4th connecting plate 52-3-4.First connecting plate 52-3-1 is weldingly fixed on the left end position of the linear seat 52-2a in the front side of nozzle boss 52 back side panel by its front end, left by it End is weldingly fixed on the annular seating 52-1 interior plate of nozzle boss 52, and passes through above and below the first connecting plate 52-3-1 by screw To through hole, be tightened on the upper front-axle beam 15-1 of upper frame 15 epipleural.Second connecting plate 52-3-2 is welded by its front end Connect and be fixed on the right-hand member position of the linear seat 52-2a in the front side of nozzle boss 52 back side panel, shower nozzle is weldingly fixed on by its right-hand member On the annular seating 52-1 of seat 52 interior plate, and screwed solid through the through hole of the second connecting plate 52-3-2 upward and downward by screw It is scheduled on the upper front-axle beam 15-1 epipleural of upper frame 15.3rd connecting plate 52-3-3 is weldingly fixed on nozzle boss 52 by its rear end The linear seat 52-2b of rear side front side board left end position on, the annular seating 52-1 of nozzle boss 52 is weldingly fixed on by its left end Interior plate on, and by screw through the 3rd connecting plate 52-3-3 upward and downward through hole, be tightened in the upper of upper frame 15 On back rest 15-2 epipleural.The linear seat 52- of rear side that 4th connecting plate 52-3-4 is weldingly fixed on nozzle boss 52 by its rear end On the right-hand member position of 2b front side board, it is weldingly fixed on by its right-hand member on the annular seating 52-1 interior plate of nozzle boss 52, and by Screw is tightened in the upper back rest 15-2 of upper frame 15 epipleural through the through hole of the 4th connecting plate 52-3-4 upward and downward On.So that nozzle boss 52 is fixed on upper frame 15.

See Fig. 4 and Fig. 5, the quantity of firn-jet head 53 is equal to the quantity of the screw on nozzle boss 52.Each firn-jet head 53 includes Connector 53-1, attaching nut 53-2, outlet head 53-3 and steel wire 53-4.Connector 53-1 axis vertical is set, connection Head 53-1 is provided with convex shoulder for the centre of upward and downward.The two ends of upward and downward are provided with externally threaded step-like cylinder, and convex shoulder is in positive six Side shape.The screw thread of connector 53-1 lower end is engaged with the screw of nozzle boss 52, and each firn-jet head 53 is by its connector 53- 1 screws and is fixed on the corresponding screw of nozzle boss 52.The screw thread of connector 53-1 upper end matches with attaching nut 53-2 Close.Outlet head 53-3 be pipe, its axis vertical set, and with connector 53-1 coaxial lines.Outlet head 53-3 internal diameter and company Connected nut 53-2 screw is corresponding.Outlet head 53-3 is located and coaxial welding is fixed on attaching nut's 53-2 upper sides.Even Connected nut 53-2 is screwed on the screw thread of connector 53-1 upper end, and causes outlet head 53-3 to be fixed on connector 53-1 On.Circumferentially angle is provided with the 2-4 through hole 53-3-1 for running through its tube wall at equal intervals for outlet head 53-3 bottom（The application example is 2）.Steel wire 53-4 is coated on outlet head 53-3 top.

In use, first the flesh of fish particle that particle diameter is less than 5 millimeters is put into frying pan 3, then presses electric switch 26 and connect The power supply of motor 21, namely the running status of motor 21 are controlled by opening and closing electric switch 26.When motor 21 works, by its electricity Arbor drives driving pulley 22, and passes sequentially through after belt 23, driven pulley 24, reductor 25 and the transmission of connection component 6, drives Frying pan 3 is rotated counterclockwise.Then igniter is stretched into cabinet 1 by rear backplate 12-3 fire hole 12-3-1, and positioned at burning The outlet head 53-3 of one firn-jet head 53 of device 5 top, opens gas control valve 51, is lighted a fire.The flesh of fish in frying pan 3 Grain is moved together with the rotation of frying pan 3, when moving at perching knife 41, is scooped up by perching knife 41 from the bottom of a pan plate 31 of frying pan 3, So that the flesh of fish ceaselessly stir-fried, pot not easy to stick, and be heated fry after, progressively dehydration and in shredded meat shape unclamp, most Turn into fish floss eventually.

Above example and application examples are used for illustrative purposes only, rather than limitation of the present invention, relevant technical field Technical staff without departing from the spirit and scope of the present invention, various conversion and change can also be made, specifically should Can also accordingly it be transformed according to the inspiration of above-described embodiment and application examples during, therefore all equivalent technical sides Case should be included within the scope of patent protection of the present invention.

Claims (1)

1. a kind of processing unit (plant) with connection component, it is characterised in that：Including cabinet（1）, drive device（2）, frying pan（3）、 Stir-fry device（4）, burner（5）, connection component（6）And bearing assembly（7）；

Cabinet（1）Including frame and the backplate being fixed in frame（12）, and backplate（12）It is arranged on the surrounding sidepiece of frame, Form the box structure of upper and lower opening；Drive device（2）Including reductor（25）；Reductor（25）With power input shaft and dynamic Power output shaft, reductor（25）Power output shaft be drive device（2）Power output shaft；Reductor（25）By its support Across being located and be fixed in frame；Reductor（25）Power output shaft stretch out deceleration box upward；

Stir-fry device（4）Including perching knife（41）, handle of a knife（42）, knife rest（43）, compression spring（44）And block（45）；Knife rest（43） It is located at the lower connecting portion towards right of downside by it（43-1）It is fixedly installed on cabinet（1）Backplate（12）On；Perching knife （41）Handle of a knife is fixedly connected on by its knife back side from below（42）Above form an integrated member, perching knife（41）Blade court Downwards；Perching knife（41）And handle of a knife（42）The integrated member formed be resiliently arranged in knife rest（43）With frying pan（3）Between, and Perching knife（41）Blade be in and frying pan（3）The bottom of a pan the mutual Elastic Contact of upper side state；Burner（5）It is arranged on stir-fry Pot（3）Lower section corresponding site；

Connection component（6）Including the shaft coupling being fixedly linked successively from bottom to up（61）, multi-diameter shaft（62）And terminal pad（63）；Connection Axle device（61）, multi-diameter shaft（62）And terminal pad（63）It is coaxially set；Connection component（6）Multi-diameter shaft（62）And terminal pad（63） It is steel integral piece；Multi-diameter shaft（62）4 shaft parts, and the first shaft part are divided into according to order from top to bottom（62-1）Extremely 3rd shaft part（62-3）External diameter increase stepwise successively, the 4th shaft part（62-4）External diameter and the second shaft part（62-2）External diameter phase Together；Connection component（6）Terminal pad（63）For the steel disc provided with centre bore；Terminal pad（63）Ladder is enclosed on by its medium pore Axle（62）The first shaft part（62-1）On, and terminal pad（63）With multi-diameter shaft（62）It is fixed together；Multi-diameter shaft（62） Positioned at reductor（25）Power output shaft top, and and reductor（25）Power output shaft be coaxially set, reductor （25）The upper end of power output shaft be fixedly installed on shaft coupling（61）Downside position on, multi-diameter shaft（62）The 4th shaft part （62-4）It is fixedly installed on shaft coupling（61）Upside position on；Multi-diameter shaft（62）Pass through bearing assembly（7）With cabinet（1）Machine The upside position of frame rotates connection；Frying pan（3）For the pan of opening upwards, and from top and underlying terminal pad（63） It is fixedly connected, and drive device（2）Power output shaft, shaft coupling（61）, multi-diameter shaft（62）And terminal pad（63）Coaxial line Set；

Bearing assembly（7）Including bearing block（71）, upper bearing (metal)（72）And lower bearing（7 3）；Bearing block（71）Medium pore axle Line vertical is set, bearing block（71）Upper bearing (metal) installation portion and lower bearing installation portion are had on point, is additionally provided with positioned at lower bearing peace Left connection board on the left of dress portion and the right connection board on the right side of lower bearing installation portion；Bearing block（71）Across being located and be fixed on Upper frame（15）On, and upper frame is fixed on by its left connection board（15）Shang Zuoliang（15-3）Epipleural on, by its right company Fishplate bar is fixed on upper right beam（15-4）Epipleural on；Upper bearing (metal)（72）And lower bearing（73）It is set down in bearing block（71） On；Upper bearing (metal)（72）For thrust ball bearing, positioned at bearing block（71）Upper bearing (metal) installation portion on, and the thrust ball bearing is under it Trim ring and bearing block（71）Tight fit, by trim ring thereon and multi-diameter shaft（62）The second shaft part（62-2）Tight fit；Lower bearing （73）For centripetal thrust force taper roll bearing, positioned at bearing block（71）Lower bearing installation portion on, and the centripetal thrust force circular cone roll Sub- bearing is by its outer ring and bearing block（71）Tight fit, by its inner ring and multi-diameter shaft（62）The second shaft part（62-2）Tight fit, And lower bearing（73）Inner ring be seated in multi-diameter shaft（62）The 3rd shaft part（62-3）The upper shaft shoulder on.