CN202999218U - Nozzle base - Google Patents

Abstract

The utility model discloses a nozzle base, which is mainly characterized by comprising an annular base, a linear base and a connection board, wherein the annular base is an annular pipeline formed by welding a square tube end to end in a sealed manner; 10-30 screw holes, namely gas outlets, are formed in an upper lateral board of the annular base at the same interval angles; a gas inlet of the nozzle base is a round-tube-shaped connection head; the round-tube-shaped connection head is arranged at the back right part of a lower lateral board of the annular base; a pipeline cavity of the round-tube-shaped connection head is communicated with a pipeline cavity of the annular base; and a gas inlet pipe is communicated with the round-tube-shaped connection head of the annular base through a gas outlet in a sealed manner.

Description

A kind of nozzle boss

The application is that application number is 201220415958.3, and the applying date is on August 20th, 2012, and utility model is created dividing an application of a utility application that is called " a kind of flesh of fish loosening machine by sauting ".

Technical field

The utility model relates to the agricultrue sideline production processing machinery field, is specifically related to a kind ofly for aquatic products processing, the graininess flesh of fish fried and become nozzle boss in the device of dried meat floss.

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.The demand of eating fish in order to satisfy more people 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) a kind of " automatic loosening machine by sauting " disclosed, in its specification, the final stage of the 2nd page has been put down in writing: " with reference to Fig. 1-3: automatic loosening machine by sauting; comprise frame 1; be provided with cylindrical shell 2 on frame 1; particularly, cylindrical shell 2 rear ends are connected with support 11, and described support 11 is arranged on frame 1 by bearing; cylindrical shell 2 inner sleeves have inner bag 3, and the gyroaxis 4 of inner bag 3 is connected with drive motors by reductor; Electric heater unit is arranged in interlayer between cylindrical shell 2 and inner bag 3, the first brush and the second brush that contact with inner bag are housed in interlayer, described electric heater unit contacts with described inner bag 3 conductivities of heat by the first brush, connect the signal input part of temperature sensor on described the second brush, temperature sensor is measured the real time temperature of inner bag by the second brush; " the 3rd page of its specification the 2nd section put down in writing: " also be provided with the gear pump for delivery of the spray oil plant in described frame 1, described gear pump is pumped from the fuel tank 13 that is provided with electric heating tube 12.The output oil pipe 10 of gear pump stretches into the inner chamber of described inner bag 3 from the front opening of inner bag 3 and cylindrical shell 2 with ' U ' font, the starting switch of gear pump connects the output of described microcomputer controller." this shows, the structure of the automatic loosening machine by sauting of the document is comparatively complicated, and its electric heater unit is arranged in interlayer between cylindrical shell 2 and inner bag 3 and makes maintenance bother.

The utility model content

The purpose of this utility model is: a kind of simple in structure, nozzle boss that maintenance is used for flesh of fish loosening machine by sauting easily is provided.

The basic technical scheme of realizing the utility model purpose is: a kind of nozzle boss, its design feature is: comprise annular seating, linear seat and connecting plate.The annular pipeline of annular seating for being consisted of by the end to end airtight welding of square tube.The first-class interval of the epipleural of annular seating angle is provided with 10 to 30 screws, is also gas outlet.The fuel gas inlet of nozzle boss is the circular tube shaped connector, and this circular tube shaped connector is arranged on the right back position of lower side panel of annular seating, and its tube cavity communicates with the tube cavity of annular seating.Gas inlet pipe is by circular tube shaped connector airtight be communicated with of its gas outlet with annular seating.

The linear seat of above-mentioned nozzle boss has 2, all along the left and right to being horizontally disposed with, and is on sustained height with annular seating.2 linear seats are square tube, and the first-class spacing distance of its epipleural respectively is provided with 2 to 10 screws, is also gas outlet.2 linear differences by its residing front and back position are divided into the linear seat in front side and the linear seat of rear side.The linear seat in front side is weldingly fixed on by its two ends, left and right on the corresponding position of front portion of interior plate of annular seating, and its tube cavity communicates with the tube cavity of annular seating.The linear seat of rear side is weldingly fixed on by its two ends, left and right on the corresponding position at rear portion of interior plate of annular seating, and its tube cavity communicates with the tube cavity of annular seating.

The utlity model has positive effect:

(1) on nozzle boss of the present utility model, a plurality of firn-jet heads can be installed, the bottom of a pan plate that can guarantee frying pan is heated comparatively even, guarantees the frying quality.Not only simple in structure, and be convenient to maintenance.

Description of drawings

Fig. 1 is the structural representation of the flesh of fish loosening machine by sauting of employing nozzle boss of the present utility model;

Fig. 2 is that schematic diagram is looked on the left side of Fig. 1;

Fig. 3 is that schematic diagram is looked on the right side of Fig. 1;

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

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

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

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

Fig. 8 is the schematic diagram of the perching knife in Fig. 6;

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

Figure 10 is the enlarged diagram of multidiameter in Fig. 9.

Mark in above-mentioned accompanying drawing is as follows:

Cabinet 1, frame main body 11, left front vertical beam 11-1, left back vertical beam 11-2, right front vertical beam 11-3, right back vertical beam 11-4, front sill 11-5, lower-left longeron 11-6, rear sill 11-7, bottom right longeron 11-8, front 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 head 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 unit 2, motor 21, driving pulley 22, belt 23, driven pulley 24, reductor 25, electric switch 26, frying pan 3, the bottom of a pan plate 31, pot side plate 32,

The device 4 that stir-fries, 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, Compress Spring 44, block 45,

Burner 5, gas control valve 51, nozzle boss 52, annular seating 52-1, linear seat 52-2, front side linear seat 52-2a, the linear seat of rear side 52-2b, 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, a 53-3 that gives vent to anger, steel wire 53-4, holder 54, gas inlet pipe 55

Coupling assembling 6, shaft coupling 61, multidiameter 62, the first shaft part 62-1, the second shaft part 62-2, the 3rd shaft part 62-3, the 4th shaft part 62-4, terminal pad 63, bearing assembly 7, bearing block 71, upper bearing (metal) 72, lower bearing 73.

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, Fig. 1 towards a side be the place ahead, a side who deviates from Fig. 1 is the rear.

(embodiment 1)

See Fig. 7, nozzle boss 52 is comprised of annular seating 52-1, linear seat 52-2 and connecting plate 52-3.The annular pipeline of annular seating 52-1 for being consisted of by the end to end airtight welding of square tube.The first-class interval of the epipleural of annular seating 52-1 angle is provided with 10 to 30 screws (the present embodiment is 20), is also gas outlet.The right back position of the lower side panel of annular seating 52-1 is provided with the circular tube shaped connector, and its tube cavity communicates with the tube cavity of annular seating 52-1.

Still see Fig. 7, the linear seat 52-2 of nozzle boss 52 has 2, all along the left and right to being horizontally disposed with, and is on sustained height with annular seating 52-1.2 linear seat 52-2 are square tube, and the first-class spacing distance of its epipleural respectively is provided with 2 to 10 screws (should use-case be 5), is also gas outlet.2 linear seat 52-2 are divided into front side linear seat 52-2a and the linear seat of rear side 52-2b by the difference of its residing front and back position.Front side linear seat 52-2a is weldingly fixed on by its two ends, left and right on the corresponding position of front portion of interior plate of annular seating 52-1, and its tube cavity communicates with the tube cavity of annular seating 52-1.The linear seat of rear side 52-2b is weldingly fixed on by its two ends, left and right on the corresponding position at rear portion of interior plate of annular seating 52-1, and its tube cavity communicates with the tube cavity of annular seating 52-1.

(application examples 1)

See Fig. 1, flesh of fish loosening machine by sauting that should use-case mainly is comprised of cabinet 1, drive unit 2, frying pan 3, the device 4 that stir-fries, burner 5, coupling assembling 6 and bearing assembly 7.

See Fig. 1 to Fig. 3, Fig. 7 and Fig. 9, cabinet 1 mainly is comprised of frame, backplate 12 and castor 13.Frame is comprised of frame main body 11, lower frame 14 and upper frame 15.Frame main body 11 mainly is comprised of the left front vertical beam 11-1 that is the steel integral piece, left back vertical beam 11-2, right front vertical beam 11-3, right back vertical beam 11-4, front sill 11-5, lower-left longeron 11-6, rear sill 11-7, bottom right longeron 11-8, front entablature 11-9, upper left longeron 11-10, rear entablature 11-11 and upper right longeron 11-12.Left front vertical beam 11-1, left back vertical beam 11-2, right front vertical beam 11-3, right back vertical beam 11-4, front sill 11-5, lower-left longeron 11-6, rear sill 11-7, bottom right longeron 11-8, front entablature 11-9, upper left longeron 11-10, rear entablature 11-11 and upper right longeron 11-12 can be the forms that all adopts angle steel, all adopts I-steel, all adopts the steel square tube or adopt angle steel, steel square tube and I-steel to mix, and should all adopt the steel square tube in use-case.

See Fig. 1 to Fig. 3 and Fig. 7, left front vertical beam 11-1, left back vertical beam 11-2, right front vertical beam 11-3 and the equal vertical setting of right back vertical beam 11-4, left back vertical beam 11-2 is positioned at the dead astern of left front vertical beam 11-1, right front vertical beam 11-3 is positioned at the front-right of left front vertical beam 11-1, right back vertical beam 11-4 is positioned at the dead astern of right front vertical beam 11-3, and is positioned at the front-right of left back vertical beam 11-2.All be provided with successively 2 to 5 screws (should use-case be 3) along upward and downward on the left plate of left front vertical beam 11-1 and front side board.All be provided with successively 2 to 5 screws (should use-case be 3) along upward and downward on the left plate of left back vertical beam 11-2 and back side panel.All be provided with successively 2 to 5 screws (should use-case be 3) along upward and downward on the right plate of right front vertical beam 11-3 and front side board.All be provided with successively 2 to 5 screws (should use-case be 3) along upward and downward on the right plate of right back vertical beam 11-4 and back side panel.

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

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

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

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

See Fig. 1 to Fig. 3 and Fig. 9, lower frame 14 is comprised of bottom left beam 14-1 and bottom right beam 14-2, and bottom left beam 14-1 and bottom right beam 14-2 are square tube, and these 2 square tubes all arrange along front and back, and bottom right beam 14-2 is positioned at the right side of bottom left beam 14-1.Bottom left beam 14-1 be weldingly fixed on from the top by its front end frame main body 11 front sill 11-5 epipleural the left and right to the middle part take back on the position, be weldingly fixed on from the top by its rear end frame main body 11 rear sill 11-7 upper side the left and right to the middle part take back on the position.Bottom right beam 14-2 be weldingly fixed on from the top by its front end frame main body 11 front sill 11-5 epipleural the left and right to the middle part take on the position, bottom right beam 14-2 be weldingly fixed on from the top by its rear end frame main body 11 rear sill 11-7 upper side the left and right to the middle part take on the position.

The downside separately of front sill 11-5, lower-left longeron 11-6, rear sill 11-7 and bottom right longeron 11-8 is located in the same horizontal plane.

See Fig. 7 and Fig. 9, upper frame 15 is comprised of upper front-axle beam 15-1, upper back rest 15-2, upper left beam 15-3 and upper right beam 15-4.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 and upper back rest 15-2 are all along the left and right to setting, and upper back rest 15-2 is positioned at the rear side of front-axle beam 15-1.Upper front-axle beam 15-1, is weldingly fixed on from left by its right-hand member head on the inclined to one side front position, sagittal middle part of left plate of upper right longeron 11-12 of frame main body 11 from the inclined to one side front position, sagittal middle part of the right plate of the right-hand upper left longeron 11-10 that is weldingly fixed on frame main body 11 by its left end head.Upper back rest 15-2 by its left end head from the sagittal middle part of the right plate of the right-hand upper left longeron 11-10 that is weldingly fixed on frame main body 11 partially after on the position, be weldingly fixed on from left by its right-hand member head frame main body 11 upper right longeron 11-12 left plate sagittal middle part partially after on the position.Upper left beam 15-3 be weldingly fixed on from the rear by its front end upper front-axle beam 15-1 back side panel the left and right to the middle part take back on the position, be weldingly fixed on by the past side, termination thereafter upper back rest 15-2 front side board the left and right to the middle part take back on the position.Upper right beam 15-4 be weldingly fixed on from the rear by its front end upper front-axle beam 15-1 back side panel the left and right to the middle part take on the position, be weldingly fixed on by the past side, termination thereafter upper back rest 15-2 front side board the left and right to the middle part take on the position.Thereby upper front-axle beam 15-1, upper back rest 15-2, upper left beam 15-3 and upper right beam 15-4 consist of upper frame 15.

The upper side of the upper side separately of front entablature 11-9, upper left longeron 11-10, rear entablature 11-11, upper right longeron 11-12 and each root square tube of upper frame 15 is located in the same horizontal plane.

See Fig. 1 and Fig. 7, backplate 12 is comprised 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 (should use-case be steel plate).

See Fig. 1, apron plate 12-1 is along the left and right to the vertical setting.The left and right sides of apron plate 12-1 is respectively equipped with the corresponding through hole of screw on front side board with the front side board of left front vertical beam 11-1 and right front vertical beam 11-3.Passed by each screw in the corresponding screw on the front side board of the front side board that screws in left front vertical beam 11-1 after the upper corresponding through hole of apron plate 12-1 and right front vertical beam 11-3, thereby apron plate 12-1 is fixedly connected on the leading flank of the leading flank of left front vertical beam 11-1 and right front vertical beam 11-3.

See Fig. 2, left backplate 12-2 is along front and back to the vertical setting.The both sides, front and back of left backplate 12-2 are respectively equipped with the corresponding through hole of screw on left plate with the left plate of left front vertical beam 11-1 and left back vertical beam 11-2.Passed by each screw in the corresponding screw on the left plate of the left plate that screws in left front vertical beam 11-1 after the upper corresponding through hole of left backplate 12-2 and left back vertical beam 11-2, thereby left backplate 12-2 is fixedly connected on the left surface of the left surface of left front vertical beam 11-1 and left back vertical beam 11-2.It (should use-case be 4 that the top at the sagittal middle part of left backplate 12-2 is provided with 2 to 8 linking arm installation screws that are linearity or rectangle or regular polygon distribution that run through its plate body, and rectangular distribution is also that each linking arm installation screw is positioned on a corresponding angle of this hypothetical rectangle).4 linking arm installation screws of this rectangular distribution are used for the lower connecting plate 43-1 of immovable support 43.

See Fig. 2, Fig. 3 and Fig. 9, rear backplate 12-3 is along the left and right to the vertical setting.The left and right sides of rear backplate 12-3 is respectively equipped with the corresponding through hole of screw on back side panel with the back side panel of left back vertical beam 11-2 and right back vertical beam 11-4.Passed by each screw in the corresponding screw on the back side panel of the back side panel that screws in left back vertical beam 11-2 after the upper corresponding through hole of rear backplate 12-3 and right back vertical beam 11-4, thereby rear backplate 12-3 is fixedly connected on the trailing flank of the trailing flank of left back vertical beam 11-2 and right back vertical beam 11-4.The right part on the top of rear backplate 12-3 is provided with fire hole 12-3-1(and sees Fig. 1 and Fig. 9).

See Fig. 3, right backplate 12-4 is along front and back to the vertical setting.The both sides, front and back of right backplate 12-4 are respectively equipped with the corresponding through hole of screw on right plate with the right plate of right front vertical beam 11-3 and right back vertical beam 11-4.Passed by each screw in the corresponding screw on the right plate of the right plate that screws in right front vertical beam 11-3 after the upper corresponding through hole of right backplate 12-4 and right back vertical beam 11-4, thereby right backplate 12-4 is fixedly connected on the right flank of the right flank of right front vertical beam 11-3 and right back vertical beam 11-4.

See Fig. 1 to Fig. 3, castor 13 has 4.Castor 13 that should use-case is movable castor, all mainly is comprised of roller 13-1, pedestal 13-2, pillar 13-3 and fixed head 13-4.Roller 13-1 is rotatably connected on pedestal 13-2, and the lower end of pillar 13-3 is rotatably connected on the top board of pedestal 13-2, and the upper end of pillar 13-3 is weldingly fixed on the downside of fixed head 13-4.4 movable castors 13 are fixedly connected on the downside of frame main body 11 from the below by fixed head 13-4 separately, and lay respectively on four angles of downside.

See Fig. 1 to Fig. 3 and Fig. 9, drive unit 2 is mainly by motor 21, driving pulley 22, belt 23, driven pulley 24, reductor 25 and electric switch 26.Electric switch 26 is fixedly installed on the right backplate 12-4 of cabinet 1; The output of electric switch 26 is electrically connected to the power end of motor 21.

Still see Fig. 1 to Fig. 3 and Fig. 9, motor 21 is positioned at the rear portion of bottom left beam 14-1 and bottom right beam 14-2 by on the epipleural of its motor cabinet across the bottom left beam 14-1 that is seated in lower frame 14 and bottom right beam 14-2, and is fixed on bottom left beam 14-1 and bottom right beam 14-2.The motor shaft of motor 21 is along the left and right to being horizontally disposed with, and stretches out to the left, and this motor shaft is provided with the flat key groove.Driving pulley 22 is provided with the 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 the flat key groove, reductor 25 is by on the upper side of its support across the bottom left beam 14-1 that is fixed on lower frame 14 and bottom right beam 14-2, and be positioned at the central part place of bottom left beam 14-1 and bottom right beam 14-2, and the power input shaft of reductor 25 stretches out deceleration box to left, and the power output shaft of reductor 25 vertical upward stretches out deceleration box.Driven pulley 24 is provided with the flat key groove, and is connected and fixed on the power input shaft that is connected to reductor 25 by key, and the left side of the left side of driven pulley 24 and driving pulley 22 is positioned at same along front and back to the vertical plane that arranges.Belt 23 is centered around on driving pulley 22 and driven pulley 24.

See Fig. 9, coupling assembling 6 mainly is comprised of shaft coupling 61, multidiameter 62 and terminal pad 63.Multidiameter 62 and terminal pad 63 are the steel integral piece.Multidiameter 62 passes from the central authorities in the space of enclosing of upper frame 15.

See Figure 10, multidiameter 62 vertical settings, be divided into successively 4 shaft parts according to from top to bottom order, and the external diameter of the first shaft part 62-1 to the three shaft part 62-3 increases by rank successively, the external diameter of the 4th shaft part 62-4 is identical with the external diameter of the second shaft part 62-2, and the first shaft part 62-1 and the 4th shaft part 62-4 are equipped with the flat key groove.

The terminal pad 63 of coupling assembling 6 is for being provided with the steel disc of centre bore.The medium pore of terminal pad 63 is the medium pore with the flat key groove, and terminal pad 63, and is connected by key and is tightly fixed on multidiameter 62 on the first shaft part 62-1 of multidiameter 62 by its central borehole jack.

See Fig. 9, multidiameter 62 is positioned at the top of the power output shaft of reductor 25, and be coaxially set with the power output shaft of reductor 25, and by shaft coupling 61 and corresponding key connection, the power output shaft of reductor 25 and the 4th shaft part 62-4 of multidiameter 62 be fixed together.

See Fig. 9, bearing assembly 7 mainly is comprised 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 arranges, bearing block 71 is provided with superposed upper bearing (metal) installation portion and is positioned at the lower bearing installation portion of bottom, also is provided with the left connecting plate and the right connecting plate that is positioned at lower bearing installation portion right side that are positioned at lower bearing installation portion left side.Bearing block 71 is across being located and being fixed on upper frame 15, and is fixed on by its left connecting plate on the epipleural of upper left beam 15-3 of upper frame 15, is fixed on the epipleural of upper right beam 15-4 by its right connecting plate.Upper bearing (metal) 72 and lower bearing 73 all are arranged on bearing block 71.Upper bearing (metal) 72 is thrust ball bearing, be positioned on the upper bearing (metal) installation portion of bearing block 71, and this thrust ball bearing is by its lower clamping ring and bearing block 71 tight fits, by the second shaft part 62-2 tight fit of trim ring on it and multidiameter 62.Lower bearing 73 is the centripetal thrust force taper roll bearing, be positioned on the lower bearing installation portion of bearing block 71, and this centripetal thrust force taper roll bearing is by the tight fit of its outer ring and bearing block 71, by the second shaft part 62-2 tight fit of its inner ring and multidiameter 62, and the inner ring of lower bearing 73 is seated on the upper shaft shoulder of the 3rd shaft part 62-3 of multidiameter 62.

See Fig. 1, Fig. 3, Fig. 6 and Fig. 9, frying pan 3 is comprised 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 steelwork.The bottom of a pan plate 31 is 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 coaxially set with the power output shaft of drive unit 2 and shaft coupling 61, multidiameter 62 and the terminal pad 63 of coupling assembling 6.The periphery on the top that the external diameter of the bottom of a pan plate 31 is less is provided with 2 to 8 screws (should use-case be 4) along radial uniformly-spaced angle.Pot side plate 32 is barrel-shaped, is made of end to end and airtight being welded and fixed together of a block plate, and the internal diameter of pot side plate 32 is corresponding with the external diameter on the top of the bottom of a pan plate 31, 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.The bottom of pot side plate 32 is provided with the corresponding through hole of screw on periphery with the top of the bottom of a pan plate 31.Pot side plate 32 is enclosed within on the top of the bottom of a pan plate 31, and be seated in the bottom of a pan plate 31 the bottom on the end face of top, and aligned by a corresponding screw of its through hole and the bottom of a pan plate 31.Each screw is passed by its afterbody in the corresponding screw that screws in after a through hole of pot side plate 32 on the bottom of a pan plate 31 and pot side plate 32 is fixed on the bottom of a pan plate 31.Frying pan 3 is welded and fixed together by the downside of its bottom of a pan plate 31 upper side from the terminal pad 63 of top and coupling assembling 6.

See Fig. 1, Fig. 3, Fig. 6, Fig. 8 and Fig. 9, the device 4 that stir-fries comprises perching knife 41, handle of a knife 42, knife rest 43 Compress Springs 44 and blocks a shot 45.Perching knife 41 integral body are crescent, the blade of perching knife 41 is positioned at downside, and the two curved curved surfaces of side knife surface of the cutter hub of perching knife 41, and the acute angle of the angle of the upper side of the knife face of perching knife 41 and the bottom of a pan plate 31 is that 30 degree are to 70 degree (a knife face that should use-case is 35 degree, and another knife face is 36 degree).Perching knife 41 is contacted by the upper side of its blade with the bottom of a pan plate 31, and the distance between the two ends of the part of the blade of perching knife 41 and the bottom of a pan plate 31 contacts is identical with the radius of the upper side of the bottom of a pan plate 31.Handle of a knife 42 is up-small and down-big stepped cylindrical steel integral piece, is also that handle of a knife 42 is made of diameter larger mobile jib section and the less upper end that is connected on the mobile jib section from the top of diameter.Handle of a knife 42 be weldingly fixed on from the top by its lower end perching knife 41 the knife back the middle part on the surface of top.

See Fig. 9, knife rest 43 comprises lower connecting portion 43-1, linking arm 43-2, the first upper junction plate 43-3, the second upper junction plate 43-4 and upper connecting portion 43-5.Linking arm 43-2 is opening " U " shape arm to the right, and its upper arm and underarm divide up and down all along the left and right to setting.Lower connecting portion 43-1 is rectangular steel plates, and also namely descending connecting portion 43-1 is lower connecting plate.Lower connecting plate 43-1 is provided with the screw on the top at the sagittal middle part of left backplate 12-2 through hole is installed accordingly.Lower connecting plate 43-1 is along front and back to the vertical setting, from the right-hand member head of the right-hand underarm that is weldingly fixed on linking arm 43-2, and pass lower connecting plate 43-1 by each screw and install accordingly in the corresponding linking arm installation screw that screws in left backplate 12-2 after through hole, thereby lower connecting plate 43-1 is fixed on the left backplate 12 of cabinet 1.

The first upper junction plate 43-3 and the second upper junction plate 43-4 are along front and back to the rectangular steel plates that arranges, and the second upper junction plate 43-4 is positioned at the right side of the first upper junction plate 43-3, and both be fixed together.The first upper junction plate 43-3 is identical with the shape of the second upper junction plate 43-4, and is equipped with a through hole at four corners separately, and the first upper junction plate 43-3 is alignd by the corresponding through hole of its through hole with the second upper junction plate 43-4.The first upper junction plate 43-3 is along front and back to the vertical setting, from the right-hand member head of the right-hand upper arm that is weldingly fixed on linking arm 43-2.

Upper connecting portion 43-5 is sleeve, and described sleeve 43-5 is the cylinder that the axis vertical arranges, and the internal diameter of sleeve 43-5 coordinates with the diametric clearance of the mobile jib section of handle of a knife 42, and the upper end of sleeve 43-5 is provided with external screw thread.The second upper junction plate 43-4 from left be weldingly fixed on sleeve 43-5 on the peripheral outer wall of left, and pass mutual aligned through holes on the second upper junction plate 43-4 and the first upper junction plate 43-3 by bolt, and screw corresponding nut and the second upper junction plate 43-4 and the first upper junction plate 43-3 are fixed together.Handle of a knife 42 passes sleeve 43-5 from bottom to top, and its mobile jib section is arranged in sleeve 43-5.Compress Spring 44 is enclosed within on the upper rod section of handle of a knife 42, and the contacting with the shaft shoulder between the mobile jib section at upper rod section of the lower end of Compress Spring 44 and handle of a knife 42.Block 45 be provided with sleeve 43-5 on the corresponding internal thread of external screw thread, and block a shot and 45 screw on sleeve 43-5, the roof Elastic Contact towards the below of the upper end of Compress Spring 44 and the inner chamber of block 45.During use, block a shot by rotation and 45 regulate 44 pairs of perching knife 41 elastic pressures of Compress Spring, thereby increase or reduce perching knife 41 with respect to the tightness of the bottom of a pan plate 31 Elastic Contact.

See Fig. 1, Fig. 4, Fig. 5 and Fig. 7, burner 5 mainly comprises gas control valve 51, nozzle boss, firn-jet head 53, holder 54 and gas inlet pipe 55.Wherein, nozzle boss adopts the described nozzle boss 52 of embodiment 1.

See Fig. 9, holder 54 is weldingly fixed on by its left end on the top at rear portion of right backplate 12-4 of cabinet 1, and gas control valve 51 is fixedly mounted on the right-hand member head of this holder 54.The air inlet of gas inlet pipe 55 is connected with the gas outlet of gas control valve 51 is airtight, and gas inlet pipe 55 stretches in cabinet 1 after passing right backplate 12-4.

See Fig. 7, nozzle boss 52 is seated on the upper frame 15 of frame.Gas inlet pipe 55 is communicated with the connector of annular seating 52-1 is airtight by its gas outlet.

Still see Fig. 7, connecting plate 52-3 has 4, and 4 connecting plate 52-3 all are horizontally disposed with, and 4 connecting plate 52-3 are respectively the first 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.The first connecting plate 52-3-1 is weldingly fixed on by its front end on the left end position of back side panel of the front side of nozzle boss 52 linear seat 52-2a, be weldingly fixed on by its left end on the interior plate of annular seating 52-1 of nozzle boss 52, and passed the through hole of the upward and downward of the first connecting plate 52-3-1 by screw, on the epipleural of the upper front-axle beam 15-1 that is tightened at upper frame 15.The second connecting plate 52-3-2 is weldingly fixed on by its front end on the right-hand member position of back side panel of the front side of nozzle boss 52 linear seat 52-2a, be weldingly fixed on by its right-hand member on the interior plate of annular seating 52-1 of nozzle boss 52, and passed the through hole of the upward and downward of the second connecting plate 52-3-2 by screw, on the epipleural of the upper front-axle beam 15-1 that is tightened at upper frame 15.The 3rd connecting plate 52-3-3 is weldingly fixed on by its rear end on the left end position of front side board of the linear seat of the rear side of nozzle boss 52 52-2b, be weldingly fixed on by its left end on the interior plate of annular seating 52-1 of nozzle boss 52, and passed the through hole of the upward and downward of the 3rd connecting plate 52-3-3 by screw, on the epipleural of the upper back rest 15-2 that is tightened at upper frame 15.The 4th connecting plate 52-3-4 is weldingly fixed on by its rear end on the right-hand member position of front side board of the linear seat of the rear side of nozzle boss 52 52-2b, be weldingly fixed on by its right-hand member on the interior plate of annular seating 52-1 of nozzle boss 52, and passed the through hole of the upward and downward of the 4th connecting plate 52-3-4 by screw, on the epipleural of the upper back rest 15-2 that is tightened at upper frame 15.Thereby make nozzle boss 52 be fixed on upper frame 15.

See Fig. 4 and Fig. 5, the quantity of firn-jet head 53 equals the quantity of the screw on nozzle boss 52.Each firn-jet head 53 includes connector 53-1, attaching nut 53-2, a 53-3 and steel wire 53-4 give vent to anger.The axis vertical of connector 53-1 arranges, and connector 53-1 is that the centre of upward and downward is provided with convex shoulder.The two ends of upward and downward are provided with externally threaded step-like cylinder, and convex shoulder is regular hexagon.The screw thread of the lower end of connector 53-1 matches with the screw of nozzle boss 52, and each firn-jet head 53 is screwed on the corresponding screw that is fixed on nozzle boss 52 by its connector 53-1.The screw thread of the upper end of connector 53-1 matches with attaching nut 53-2.A 53-3 that gives vent to anger is pipe, and its axis vertical arranges, and with connector 53-1 coaxial line.The internal diameter of a 53-3 of giving vent to anger is corresponding with the screw of attaching nut 53-2.A 53-3 that gives vent to anger is located and coaxial welding is fixed on attaching nut 53-2 upper side.Attaching nut 53-2 screws on the screw thread of the upper end of connector 53-1, and makes a 53-3 that gives vent to anger be fixed on connector 53-1.Give vent to anger a 53-3 the bottom along circumferentially uniformly-spaced angle be provided with 2-4 through hole 53-3-1(that runs through its tube wall should use-case be 2).Steel wire 53-4 is coated on the top of a 53-3 that gives vent to anger.

During use, first particle diameter being put into frying pan 3 less than the flesh of fish particle of 5 millimeters, then press electric switch 26 and the power supply of connection motor 21, is also that the running status of motor 21 is controlled by opening and closing electric switch 26.During motor 21 work, drive driving pulley 22 by its motor shaft, and successively by after belt 23, driven pulley 24, reductor 25 and coupling assembling 6 transmissions, drive frying pan 3 and rotate counterclockwise.Then the fire hole 12-3-1 of igniter by rear backplate 12-3 stretched in cabinet 1, and be positioned at the top of a 53-3 that gives vent to anger of a firn-jet head 53 of burner 5, open gas control valve 51, light a fire.Flesh of fish particle in frying pan 3 is along with the rotation of frying pan 3 is moved together, when moving to perching knife 41 place, scooped up by the bottom of a pan plate 31 of perching knife 41 from frying pan 3, thereby make the flesh of fish ceaselessly be stir-fried, be difficult for sticking pot, and be heated fry after, progressively dewater and be the shredded meat shape and unclamp, finally become fish floss.

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)

1. a nozzle boss, is characterized in that: comprise annular seating (52-1), linear seat (52-2) and connecting plate (52-3); The annular pipeline of annular seating (52-1) for being consisted of by the end to end airtight welding of square tube; The epipleural first-class interval angle of annular seating (52-1) is provided with 10 to 30 screws, is also gas outlet; The fuel gas inlet of nozzle boss (52) is the circular tube shaped connector, and this circular tube shaped connector is arranged on the right back position of lower side panel of annular seating (52-1), and its tube cavity communicates with the tube cavity of annular seating (52-1); Gas inlet pipe (55) is by circular tube shaped connector airtight be communicated with of its gas outlet with annular seating (52-1);

The linear seat (52-2) of nozzle boss (52) has 2, all along the left and right to being horizontally disposed with, and is on sustained height with annular seating (52-1); 2 linear seats (52-2) are square tube, and the first-class spacing distance of its epipleural respectively is provided with 2 to 10 screws, is also gas outlet; 2 linear seats (52-2) are divided into the linear seat in front side (52-2a) and the linear seat of rear side (52-2b) by the difference of its residing front and back position; Front side linear seat (52-2a) is weldingly fixed on by its two ends, left and right on the corresponding position of front portion of interior plate of annular seating (52-1), and its tube cavity communicates with the tube cavity of annular seating (52-1); The linear seat of rear side (52-2b) is weldingly fixed on by its two ends, left and right on the corresponding position at rear portion of interior plate of annular seating (52-1), and its tube cavity communicates with the tube cavity of annular seating (52-1).

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