CN207243861U - High efficiency salt analysis apparatus is used in a kind of soap manufacture - Google Patents
High efficiency salt analysis apparatus is used in a kind of soap manufacture Download PDFInfo
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- CN207243861U CN207243861U CN201720970912.0U CN201720970912U CN207243861U CN 207243861 U CN207243861 U CN 207243861U CN 201720970912 U CN201720970912 U CN 201720970912U CN 207243861 U CN207243861 U CN 207243861U
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Abstract
A kind of salt analysis apparatus is the utility model is related to, more particularly to high efficiency salt analysis apparatus is used in a kind of manufacture of soap.The technical problem to be solved by the present invention is to provide a kind of easy to operate, high efficiency salt analysis apparatus is used in the high soap manufacture of the degree of automation.In order to solve the above-mentioned technical problem, the utility model provides such a soap manufacture high efficiency salt analysis apparatus, includes bottom plate, soap pot, stent, elevating mechanism, top plate, discharging mechanism, rabbling mechanism, filter screen, fourth bearing seat, puddle support, valve and outlet pipe；Stent, soap pot are fixed in plate top surface successively, and top plate is fixed in cradle top；Elevating mechanism is fixed in top plate, and directly over soap pot；Discharging mechanism is fixed in elevating mechanism and is sequentially connected away from one sidepiece of stent, rabbling mechanism with elevating mechanism output terminal.The utility model reaches the production process realized to soap stock auto feed, stirring, has reached easy to operate, has saved labour, the effect that production efficiency is high.
Description
Technical field
A kind of salt analysis apparatus is the utility model is related to, more particularly to high efficiency salt analysis apparatus is used in a kind of manufacture of soap.
Background technology
Saltout and generally refer to add salt class in solution and reduce certain Solubility of Substances and the process of precipitation.Protein
Solubility in aqueous is that the degree of hydration shell is formed by hydrophilic radical around protein and water, and protein molecule band
What the situation for having electric charge determined.When adding protein solution with neutral salt, neutral salt is more than protein to the affinity of hydrone,
Then the aquation film layer around protein molecule weakens or even disappears.Meanwhile after neutral salt adds protein solution, due to ion
Intensity changes, and protein surface electric charge is largely neutralized, and more causes albumen solubility to reduce, and makes between protein molecule
Assemble and precipitate.For example enriching ammonium sulfate makes the process that protein agglomerates；Add in the esterification of acetic acid generation ethyl acetate
Enter saturated sodium carbonate solution, reduce ethyl acetate solubility, make the more obvious process of its lamination.
Need to apply in the Chemical Manufacture of soap to saltout and organic closure soap stock material of industry generation is separated
Recycle.Just most soap salt analysis apparatus also need to that manually closure soap stock is fed and stirred at present, and the degree of automation is low, behaviour
It is more to make personnel amount, and work efficiency is low, in order to solve this problem, thus it is a kind of easy to operate there is an urgent need for research and development, automate journey
Spend high soap manufacture high efficiency salt analysis apparatus.
Utility model content
(1) technical problems to be solved
The utility model in order to overcome at present most soap salt analysis apparatus also need to that manually closure soap stock is fed and stirred
Operation is mixed, the shortcomings that the degree of automation is low, and operating personnel's quantity is more, and work efficiency is low, technology to be solved in the utility model
Problem is to provide a kind of easy to operate, and high efficiency salt analysis apparatus is used in the high soap manufacture of the degree of automation.
(2) technical solution
In order to solve the above-mentioned technical problem, the utility model provides such a soap manufacture and is saltoutd dress with high efficiency
Put, include bottom plate, soap pot, stent, elevating mechanism, top plate, discharging mechanism, rabbling mechanism, filter screen, fourth bearing seat, stir
Mix frame, valve and outlet pipe；Stent, soap pot are fixed in plate top surface successively, and top plate is fixed in cradle top；Elevating mechanism is affixed
In top plate, and directly over soap pot；Discharging mechanism is fixed in elevating mechanism away from one sidepiece of stent, rabbling mechanism and elevator
Structure output terminal is sequentially connected, and fourth bearing seat is pivotally connected with rabbling mechanism output terminal, and filter screen and fourth bearing seat are affixed；Puddle support
Rabbling mechanism output terminal is fixed in, and directly over fourth bearing seat；Outlet pipe is fixed in soap pot lateral wall bottom, valve peace
On outlet pipe.
Preferably, elevating mechanism includes mounting bracket, motor, first rotating shaft, first connecting rod, first bearing seat, rotating cylinder, drawing
Line, second connecting rod, second bearing seat, the first slide, the first sliding block, the second slide and the second sliding block；Mounting bracket is fixed in top plate
Top surface, the second slide, the first slide are fixed in top board undersurface successively；Top plate offers through hole, and is located at the second slide and first
Between slide；Motor is fixed in mounting bracket inner bottom surface, and first bearing seat is fixed in mounting bracket inner top surface by first connecting rod, and second
Bearing block is fixed in mounting bracket inner top surface by second connecting rod；First rotating shaft one end is pivotally connected with second bearing seat, the other end
It is pivotally connected with first bearing seat and is sequentially connected through first bearing seat and motor output end；Rotating cylinder is fixed in first rotating shaft, and
Between first bearing seat and second bearing seat；Bracing wire one end and rotating cylinder solderless wrapped connection, through hole and mixer are run through in the other end
Structure is affixed；Rabbling mechanism one end is slidably connected by the first sliding block and the first slide, and the other end by the second sliding block with
Second slide is slidably connected.
Preferably, discharging mechanism includes material storing box, the first electric pushrod, roller, the 3rd slide, the first elastic component,
Three sliding blocks, fixed block and wedge-shaped catch；Material storing box is fixed in the first slide outside portion, and material storing box bottom offers discharge port, the
One electric pushrod is fixed in a sidepiece of the material storing box away from the first slide, and the 3rd slide level is fixed in material storing box prism, Gu
Determine block and be fixed in the 3rd slide bottom surface；Wedge-shaped catch is slidably connected by the 3rd sliding block with the 3rd slide, and the 3rd sliding block passes through
First elastic component is connected with fixed block；Roller is fixed in the first electric pushrod output terminal, and roller is rolled with wedge-shaped catch and connected.
Preferably, rabbling mechanism include bearing block, bearing frame, 3rd bearing seat, the second electric pushrod, the 4th slide,
Rack, gear, Four-slider, installs case and the second shaft；One sidepiece of installs case is fixed in the second sliding block, and the other side is affixed
In the first sliding block；Bearing block, two bearing frames, 3rd bearing seat are fixed in installs case inner top surface successively, and 3rd bearing seat is located at
Between two bearing frames；Second electric pushrod is fixed in a sidepiece of the bearing block away from the second sliding block, and the 4th slide is fixed in load-bearing
Frame bottom, rack and the second electric pushrod output terminal are sequentially connected, and rack is slidably connected by Four-slider and the 4th slide；The
It is pivotally connected with 3rd bearing seat at the top of two shafts, and the second shaft bottom is to prolonging inside soap pot, and be pivotally connected with fourth bearing seat；Stirring
Frame is fixed in the second shaft bottom；Gear is fixed in the second shaft, and on front side of rack, wheel and rack engagement.
Preferably, which has further included the second elastic component with high efficiency salt analysis apparatus；Two second elastic components are affixed
In top board undersurface, and between top plate and installs case.
Operation principle：When needing to saltout to the soap stock of closure, the soap stock of closure is added in soap pot, starts discharging
Mechanism, makes it add suitable salt to soap pot, then starts elevating mechanism, it is driven rabbling mechanism, filter screen, the 4th axis
Bearing, puddle support are dropped in soap pot, start rabbling mechanism, it is driven in puddle support stirring soap pot and are had been added to closing for salt
Soap stock is closed, it is fully reacted, stops rabbling mechanism, waits the reactant in soap pot to stand and separates out neat soap for a period of time
Afterwards, elevating mechanism is started, elevating mechanism drives filter screen, fourth bearing seat, puddle support to be lifted off soap pot, and neat soap passed through
Strainer is carried over soap pot and is collected, and opens valve, lower floor's material is separated from outlet pipe, reach salting-out separation recoverer
Divide the purpose of material.
Because elevating mechanism include mounting bracket, motor, first rotating shaft, first connecting rod, first bearing seat, rotating cylinder, bracing wire,
Second connecting rod, second bearing seat, the first slide, the first sliding block, the second slide and the second sliding block；Mounting bracket is fixed in Roof
Face, the second slide, the first slide are fixed in top board undersurface successively；Top plate offers through hole, and is slided positioned at the second slide and first
Between rail；Motor is fixed in mounting bracket inner bottom surface, and first bearing seat is fixed in mounting bracket inner top surface, the second axis by first connecting rod
Bearing is fixed in mounting bracket inner top surface by second connecting rod；First rotating shaft one end and second bearing seat are pivotally connected, the other end with
First bearing seat is pivotally connected and is sequentially connected through first bearing seat and motor output end；Rotating cylinder is fixed in first rotating shaft, and position
Between first bearing seat and second bearing seat；Bracing wire one end and rotating cylinder solderless wrapped connection, through hole and rabbling mechanism are run through in the other end
It is affixed；Rabbling mechanism one end is slidably connected by the first sliding block and the first slide, and the other end passes through the second sliding block and
Two slides are slidably connected；When needing decline puddle support to stir reactive material, start motor, it is rotated clockwise band turn
Cylinder is to bracing wire unwrapping wire so that rabbling mechanism slides straight down along the first slide, the second slide under the effect of gravity, works as stirring
System for stopping elevators structure when frame is moved to soap pot bottom, makes rabbling mechanism drive puddle support to be stirred, and after completing stirring, makes motor
Drive rotating cylinder is rotated counterclockwise to bracing wire take-up, rabbling mechanism is under the pulling force effect of bracing wire, along the first slide, the second slide
Slide straight up and be back to initial position.
Because discharging mechanism includes material storing box, the first electric pushrod, roller, the 3rd slide, the first elastic component, the 3rd cunning
Block, fixed block and wedge-shaped catch；Material storing box is fixed in the first slide outside portion, and material storing box bottom offers discharge port, the first electricity
Dynamic push rod is fixed in a sidepiece of the material storing box away from the first slide, and the 3rd slide level is fixed in material storing box prism, fixed block
It is fixed in the 3rd slide bottom surface；Wedge-shaped catch is slidably connected by the 3rd sliding block with the 3rd slide, and the 3rd sliding block passes through first
Elastic component is connected with fixed block；Roller is fixed in the first electric pushrod output terminal, and roller is rolled with wedge-shaped catch and connected；First electricity
Dynamic push rod output terminal elongation, driving wedge-shaped catch moves to left, so as to block discharge port, when needing to add salt to soap pot,
Start the first electric pushrod, shrink its output terminal, by driving roller to shrink upwards, bullet of the wedge-shaped catch in the first elastic component
Property contraction under, by the 3rd sliding block along the 3rd slide to moving away from discharge port direction, discharge port is opened so that salt
Poured out from discharge port, after salt adds to abundance, start the first electric pushrod, the elongation of the first electric pushrod output terminal, drives roller
Push down on wedge-shaped catch inclined-plane so that wedge-shaped catch is moved by the 3rd sliding block along the 3rd slide to discharge port direction, is made
Discharge port is closed with wedge-shaped catch, to stop feeding.
Because rabbling mechanism includes bearing block, bearing frame, 3rd bearing seat, the second electric pushrod, the 4th slide, tooth
Article, gear, Four-slider, installs case and the second shaft；One sidepiece of installs case is fixed in the second sliding block, and the other side is fixed in
First sliding block；Bearing block, two bearing frames, 3rd bearing seat are fixed in installs case inner top surface successively, and 3rd bearing seat is located at two
Between bearing frame；Second electric pushrod is fixed in a sidepiece of the bearing block away from the second sliding block, and the 4th slide is fixed in bearing frame
Bottom, rack and the second electric pushrod output terminal are sequentially connected, and rack is slidably connected by Four-slider and the 4th slide；Second
It is pivotally connected with 3rd bearing seat at the top of shaft, and the second shaft bottom is to prolonging inside soap pot, and be pivotally connected with fourth bearing seat；Puddle support
It is fixed in the second shaft bottom；Gear is fixed in the second shaft, and on front side of rack, wheel and rack engagement；When needs stir
When mixing the reactant in soap pot, starting the second electric pushrod, make its cyclic extension and contraction, band carry-over bar moves horizontally repeatedly,
Rotated by rack drives gear, so as to drive the puddle support in the second shaft and the second shaft to rotate, reach stirring soap pot
The purpose of interior reactant.
Because the soap manufacture has further included the second elastic component with high efficiency salt analysis apparatus；Two second elastic components are fixed in top
Plate bottom surface, and between top plate and installs case；Contacted when needing elevating mechanism to drive rabbling mechanism to rise with the second elastic component
When, the second elastic component is compressed, so as to produce elastic force potential energy, can be made rabbling mechanism slowly or be stopped rising, prevent elevator
Structure pulling force is excessive to cause equipment damage, reaches the effect of protection equipment.
The control mode of the utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming i.e. can be achieved, the offer of power supply falls within the common knowledge of this area, and the utility model master
To be used for protecting mechanical device, so the utility model is not explained control mode and connects with circuit.
(3) beneficial effect
The utility model adjusts the height and position of puddle support by elevating mechanism, and discharging mechanism controls the feeding quantity of salt,
Rabbling mechanism control puddle support stirs reactant, solves labor strength existing for current most salt analysis apparatus greatly, certainly
The problem of dynamicization degree is low, operating personnel's quantity is more and work efficiency is low；The utility model reaches to realize adds soap stock automatically
Material, the production process of stirring, have reached easy to operate, have saved labour, the effect that production efficiency is high.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the utility model.
Fig. 2 is the main structure diagram of the utility model elevating mechanism.
Fig. 3 is the main structure diagram of the utility model discharging mechanism.
Fig. 4 is the main structure diagram of the utility model rabbling mechanism.
Fig. 5 is second of main structure diagram of the utility model.
Mark in attached drawing for：1- bottom plates, 2- soap pots, 3- stents, 4- elevating mechanisms, 41- mounting brackets, 42- motors, 43-
Through hole, 44- first rotating shafts, 45- first connecting rods, 46- first bearing seats, 47- rotating cylinders, 48- bracing wires, 49- second connecting rods, 410-
Two bearing bracket, the first slides of 411-, the first sliding blocks of 412-, the second slides of 413-, the second sliding blocks of 414-, 5- top plates, 6- discharging machines
Structure, 61- material storing box, the first electric pushrods of 62-, 63- rollers, the 3rd slides of 64-, the first elastic components of 65-, the 3rd sliding blocks of 66-,
67- fixed blocks, 68- discharge ports, 69- wedge-shaped catch, 7- rabbling mechanisms, 71- bearing blocks, 72- bearing frames, 73- 3rd bearing seats,
The second electric pushrods of 74-, the 4th slides of 75-, 76- racks, 77- gears, 78- Four-sliders, 79- installs cases, second turn of 710-
Axis, 8- filter screens, 9- fourth bearing seats, 10- puddle supports, 11- valves, 12- outlet pipes, the second elastic components of 13-.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
High efficiency salt analysis apparatus is used in a kind of soap manufacture, as shown in Figs. 1-5, includes bottom plate 1, soap pot 2, stent 3, lifting
Mechanism 4, top plate 5, discharging mechanism 6, rabbling mechanism 7, filter screen 8, fourth bearing seat 9, puddle support 10, valve 11 and outlet pipe
12；Stent 3, soap pot 2 are fixed in 1 top surface of bottom plate successively, and top plate 5 is fixed in the top of stent 3；Elevating mechanism 4 is fixed in top plate 5,
And directly over soap pot 2；Discharging mechanism 6 is fixed in elevating mechanism 4 away from 3 one sidepiece of stent, rabbling mechanism 7 and elevating mechanism
4 output terminals are sequentially connected, and fourth bearing seat 9 is pivotally connected with 7 output terminal of rabbling mechanism, and filter screen 8 and fourth bearing seat 9 are affixed；Stir
Mix frame 10 and be fixed in 7 output terminal of rabbling mechanism, and directly over fourth bearing seat 9；Outlet pipe 12 is fixed in 2 lateral wall of soap pot
Bottom, valve 11 are installed on outlet pipe 12.
Elevating mechanism 4 include mounting bracket 41, motor 42, first rotating shaft 44, first connecting rod 45, first bearing seat 46, turn
Cylinder 47, bracing wire 48, second connecting rod 49, second bearing seat 410, the first slide 411, the first sliding block 412, the second slide 413 and the
Two sliding blocks 414；Mounting bracket 41 is fixed in 5 top surface of top plate, and the second slide 413, the first slide 411 are fixed in 5 bottom surface of top plate successively；
Top plate 5 offers through hole 43, and between the second slide 413 and the first slide 411；Motor 42 is fixed in bottom in mounting bracket 41
Face, first bearing seat 46 are fixed in 41 inner top surface of mounting bracket by first connecting rod 45, and second bearing seat 410 passes through second connecting rod 49
It is fixed in 41 inner top surface of mounting bracket；44 one end of first rotating shaft is pivotally connected with second bearing seat 410, the other end and first bearing seat
46 are pivotally connected and are sequentially connected through first bearing seat 46 and 42 output terminal of motor；Rotating cylinder 47 is fixed in first rotating shaft 44, and position
Between first bearing seat 46 and second bearing seat 410；48 one end of bracing wire and 47 solderless wrapped connection of rotating cylinder, through hole 43 is run through in the other end
It is affixed with rabbling mechanism 7；7 one end of rabbling mechanism is slidably connected by the first sliding block 412 and the first slide 411, and the other end
Portion is slidably connected by the second sliding block 414 and the second slide 413.
Discharging mechanism 6 includes material storing box 61, the first electric pushrod 62, roller 63, the 3rd slide 64, the first elastic component
65th, the 3rd sliding block 66, fixed block 67 and wedge-shaped catch 69；Material storing box 61 is fixed in 411 outside portion of the first slide, 61 bottom of material storing box
Portion offers discharge port 68, and the first electric pushrod 62 is fixed in a sidepiece of the material storing box 61 away from the first slide 411, the 3rd slide
64 levels are fixed in 61 prism of material storing box, and fixed block 67 is fixed in 64 bottom surface of the 3rd slide；Wedge-shaped catch 69 is slided by the 3rd
Block 66 is slidably connected with the 3rd slide 64, and the 3rd sliding block 66 is connected by the first elastic component 65 with fixed block 67；Roller 63 is solid
62 output terminal of the first electric pushrod is connected to, roller 63 is rolled with wedge-shaped catch 69 and connected.
Rabbling mechanism 7 includes bearing block 71, bearing frame 72,3rd bearing seat 73, the second electric pushrod 74, the 4th slide
75th, rack 76, gear 77, Four-slider 78,79 and second shaft 710 of installs case；79 1 sidepiece of installs case is fixed in the second cunning
Block 414, and the other side is fixed in the first sliding block 412；Bearing block 71, two bearing frames 72,3rd bearing seat 73 are fixed in successively
79 inner top surface of installs case, and 3rd bearing seat 73 is between two bearing frames 72；Second electric pushrod 74 is fixed in bearing block 71
A sidepiece away from the second sliding block 414, the 4th slide 75 are fixed in 72 bottom of bearing frame, and rack 76 and the second electric pushrod 74 are defeated
Outlet is sequentially connected, and rack 76 is slidably connected by Four-slider 78 and the 4th slide 75；The top of second shaft 710 and the 3rd axis
Bearing 73 is pivotally connected, and 710 bottom of the second shaft is to prolonging inside soap pot 2, and is pivotally connected with fourth bearing seat 9；Puddle support 10 is fixed in
Second shaft, 710 bottom；Gear 77 is fixed in the second shaft 710, and is engaged positioned at the front side of rack 76, gear 77 with rack 76.
The soap manufacture has further included the second elastic component 13 with high efficiency salt analysis apparatus；Two second elastic components 13 are fixed in top
5 bottom surface of plate, and between top plate 5 and installs case 79.
Operation principle：When needing to saltout to the soap stock of closure, the soap stock of closure is added in soap pot 2, starts and
Expect mechanism 6, it is added suitable salt to soap pot 2, then start elevating mechanism 4, it is driven rabbling mechanism 7, filter screen
8th, fourth bearing seat 9, puddle support 10 are dropped in soap pot 2, start rabbling mechanism 7, make it drive puddle support 10 to stir in soap pot 2
The closure soap stock of salt is had been added to, it is fully reacted, stops rabbling mechanism 7, waits the reactant in soap pot 2 to stand
After a period of time separates out neat soap, start elevating mechanism 4, elevating mechanism 4 drives filter screen 8, fourth bearing seat 9, on puddle support 10
Soap pot 2 is lifted away from out, and neat soap is carried over soap pot 2 by filter screen 8 and is collected, and opens valve 11, makes lower floor's material from water outlet
Pipe 12 is separated, and achievees the purpose that salting-out separation recovery section material.
Because elevating mechanism 4 includes mounting bracket 41, motor 42, first rotating shaft 44, first connecting rod 45, first bearing seat
46th, rotating cylinder 47, bracing wire 48, second connecting rod 49, second bearing seat 410, the first slide 411, the first sliding block 412, the second slide 413
With the second sliding block 414；Mounting bracket 41 is fixed in 5 top surface of top plate, and the second slide 413, the first slide 411 are fixed in top plate 5 successively
Bottom surface；Top plate 5 offers through hole 43, and between the second slide 413 and the first slide 411；Motor 42 is fixed in mounting bracket
41 inner bottom surfaces, first bearing seat 46 are fixed in 41 inner top surface of mounting bracket by first connecting rod 45, and second bearing seat 410 passes through second
Connecting rod 49 is fixed in 41 inner top surface of mounting bracket；44 one end of first rotating shaft is pivotally connected with second bearing seat 410, the other end and first
Bearing block 46 is pivotally connected and is sequentially connected through first bearing seat 46 and 42 output terminal of motor；Rotating cylinder 47 is fixed in first rotating shaft
44, and between first bearing seat 46 and second bearing seat 410；48 one end of bracing wire and 47 solderless wrapped connection of rotating cylinder, the other end is passed through
Reach through hole 43 and rabbling mechanism 7 are affixed；7 one end of rabbling mechanism is slidably connected by the first sliding block 412 and the first slide 411,
And the other end is slidably connected by the second sliding block 414 and the second slide 413；Reactive material is stirred when needing decline puddle support 10
When mixing, start motor 42, rotate clockwise it and drive rotating cylinder 47 to 48 unwrapping wire of bracing wire so that rabbling mechanism 7 is in gravity
Under slided straight down along the first slide 411, the second slide 413, when puddle support 10 is moved to soap 2 bottom of pot stop lifting
Mechanism 4, makes rabbling mechanism 7 drive puddle support 10 to be stirred, and after completing stirring, rotates counterclockwise motor 42 and drives rotating cylinder 47
To 48 take-up of bracing wire, rabbling mechanism 7 under the pulling force effect of bracing wire 48, along the first slide 411, the second slide 413 vertically to
Upper slip is back to initial position.
Because discharging mechanism 6 includes material storing box 61, the first electric pushrod 62, roller 63, the 3rd the 64, first elasticity of slide
Part 65, the 3rd sliding block 66, fixed block 67 and wedge-shaped catch 69；Material storing box 61 is fixed in 411 outside portion of the first slide, material storing box 61
Bottom offers discharge port 68, and the first electric pushrod 62 is fixed in a sidepiece of the material storing box 61 away from the first slide 411, and the 3rd slides
64 level of rail is fixed in 61 prism of material storing box, and fixed block 67 is fixed in 64 bottom surface of the 3rd slide；Wedge-shaped catch 69 passes through the 3rd
Sliding block 66 is slidably connected with the 3rd slide 64, and the 3rd sliding block 66 is connected by the first elastic component 65 with fixed block 67；Roller 63
62 output terminal of the first electric pushrod is fixed in, roller 63 is rolled with wedge-shaped catch 69 and connected；First electric pushrod, 62 output terminal is stretched
Long, driving wedge-shaped catch 69 moves to left, and so as to block discharge port 68, when needing to add salt to soap pot 2, starts the first electricity
Dynamic push rod 62, shrinks its output terminal, by driving roller 63 to shrink upwards, elasticity of the wedge-shaped catch 69 in the first elastic component 65
Under contraction, moved by the 3rd sliding block 66 along the 3rd slide 64 to away from 68 direction of discharge port, discharge port 68 is opened, is made
Obtain salt to pour out from discharge port 68, after salt adds to abundance, start the first electric pushrod 62,62 output terminal of the first electric pushrod is stretched
It is long, drive roller 63 to push down on 69 inclined-plane of wedge-shaped catch so that wedge-shaped catch 69 is by the 3rd sliding block 66 along the 3rd slide
64 move to 68 direction of discharge port, discharge port 68 are closed using wedge-shaped catch 69, to stop feeding.
Because rabbling mechanism 7 includes bearing block 71, bearing frame 72,3rd bearing seat 73, the second electric pushrod the 74, the 4th
Slide 75, rack 76, gear 77, Four-slider 78,79 and second shaft 710 of installs case；79 1 sidepiece of installs case is fixed in
Two sliding blocks 414, and the other side is fixed in the first sliding block 412；Bearing block 71, two bearing frames 72,3rd bearing seat 73 are solid successively
79 inner top surface of installs case is connected to, and 3rd bearing seat 73 is between two bearing frames 72；Second electric pushrod 74 is fixed in load-bearing
A sidepiece of the block 71 away from the second sliding block 414, the 4th slide 75 are fixed in 72 bottom of bearing frame, 76 and second electric pushrod of rack
74 output terminals are sequentially connected, and rack 76 is slidably connected by Four-slider 78 and the 4th slide 75；The top of second shaft 710 and the
Three bearing blocks 73 are pivotally connected, and 710 bottom of the second shaft is to prolonging inside soap pot 2, and are pivotally connected with fourth bearing seat 9；Puddle support 10 is solid
It is connected to 710 bottom of the second shaft；Gear 77 is fixed in the second shaft 710, and is nibbled positioned at the front side of rack 76, gear 77 with rack 76
Close；When needing to stir the reactant in soap pot 2, start the second electric pushrod 74, make its cyclic extension and contraction, band carry-over bar
76 move horizontally repeatedly, are rotated by rack 76 with moving gear 77, so as to drive in the second shaft 710 and the second shaft 710
Puddle support 10 rotate, achieve the purpose that to stir reactant in soap pot 2.
Because the soap manufacture has further included the second elastic component 13 with high efficiency salt analysis apparatus；Two second elastic components 13 are affixed
In 5 bottom surface of top plate, and between top plate 5 and installs case 79；Rabbling mechanism 7 is driven to rise and second when needing elevating mechanism 4
When elastic component 13 contacts, the second elastic component 13 is compressed, so as to produce elastic force potential energy, can be made rabbling mechanism 7 slowly or be stopped
Rise, prevent 4 pulling force of elevating mechanism is excessive from causing equipment damage, reach the effect of protection equipment.
The control mode of the utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming i.e. can be achieved, the offer of power supply falls within the common knowledge of this area, and the utility model master
To be used for protecting mechanical device, so the utility model is not explained control mode and connects with circuit.
Embodiment described above only expresses the preferred embodiment of the utility model, its description is more specific and detailed,
But it should not be interpreted as limiting the scope of the present invention.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (5)
1. high efficiency salt analysis apparatus is used in a kind of manufacture of soap, it is characterised in that include bottom plate (1), soap pot (2), stent (3),
Elevating mechanism (4), top plate (5), discharging mechanism (6), rabbling mechanism (7), filter screen (8), fourth bearing seat (9), puddle support
(10), valve (11) and outlet pipe (12)；Stent (3), soap pot (2) are fixed in bottom plate (1) top surface successively, and top plate (5) is fixed in
At the top of stent (3)；Elevating mechanism (4) is fixed in top plate (5), and directly over soap pot (2)；Discharging mechanism (6) is fixed in liter
Descending mechanism (4) is sequentially connected away from (3) one sidepiece of stent, rabbling mechanism (7) with elevating mechanism (4) output terminal, fourth bearing seat
(9) it is pivotally connected with rabbling mechanism (7) output terminal, filter screen (8) and fourth bearing seat (9) are affixed；Puddle support (10) is fixed in stirring
Mechanism (7) output terminal, and directly over fourth bearing seat (9)；Outlet pipe (12) is fixed in soap pot (2) lateral wall bottom, valve
Door (11) is installed on outlet pipe (12).
2. high efficiency salt analysis apparatus is used in a kind of soap manufacture according to claim 1, it is characterised in that elevating mechanism (4)
Include mounting bracket (41), motor (42), first rotating shaft (44), first connecting rod (45), first bearing seat (46), rotating cylinder (47),
Bracing wire (48), second connecting rod (49), second bearing seat (410), the first slide (411), the first sliding block (412), the second slide
(413) and the second sliding block (414)；Mounting bracket (41) is fixed in top plate (5) top surface, the second slide (413), the first slide (411)
Top plate (5) bottom surface is fixed in successively；Top plate (5) offers through hole (43), and is located at the second slide (413) and the first slide
(411) between；Motor (42) is fixed in mounting bracket (41) inner bottom surface, and first bearing seat (46) is fixed in by first connecting rod (45)
Mounting bracket (41) inner top surface, second bearing seat (410) are fixed in mounting bracket (41) inner top surface by second connecting rod (49)；First turn
Axis (44) one end is pivotally connected with second bearing seat (410), and the other end is pivotally connected with first bearing seat (46) and runs through first axle
Bearing (46) is sequentially connected with motor (42) output terminal；Rotating cylinder (47) is fixed in first rotating shaft (44), and is located at first bearing seat
(46) between second bearing seat (410)；Bracing wire (48) one end and rotating cylinder (47) solderless wrapped connection, the other end through through hole (43) with
Rabbling mechanism (7) is affixed；Rabbling mechanism (7) one end is slidably connected by the first sliding block (412) and the first slide (411), and
The other end is slidably connected by the second sliding block (414) and the second slide (413).
3. high efficiency salt analysis apparatus is used in a kind of soap manufacture according to claim 2, it is characterised in that discharging mechanism (6)
Include material storing box (61), the first electric pushrod (62), roller (63), the 3rd slide (64), the first elastic component (65), the 3rd cunning
Block (66), fixed block (67) and wedge-shaped catch (69)；Material storing box (61) is fixed in the first slide (411) outside portion, material storing box
(61) bottom offers discharge port (68), and the first electric pushrod (62) is fixed in remote first slide (411) of material storing box (61)
One sidepiece, the 3rd slide (64) level are fixed in material storing box (61) prism, and fixed block (67) is fixed in the 3rd slide (64) bottom
Face；Wedge-shaped catch (69) is slidably connected by the 3rd sliding block (66) with the 3rd slide (64), and the 3rd sliding block (66) passes through first
Elastic component (65) is connected with fixed block (67)；Roller (63) is fixed in the first electric pushrod (62) output terminal, roller (63) and wedge
Shape block (69) rolls connection.
4. high efficiency salt analysis apparatus is used in a kind of soap manufacture according to claim 3, it is characterised in that rabbling mechanism (7)
Include bearing block (71), bearing frame (72), 3rd bearing seat (73), the second electric pushrod (74), the 4th slide (75), rack
(76), gear (77), Four-slider (78), installs case (79) and the second shaft (710)；(79) one sidepiece of installs case is fixed in
Two sliding blocks (414), and the other side is fixed in the first sliding block (412)；Bearing block (71), two bearing frames (72), 3rd bearing seat
(73) installs case (79) inner top surface is fixed in successively, and 3rd bearing seat (73) is between two bearing frames (72)；Second is electronic
Push rod (74) is fixed in a sidepiece of the bearing block (71) away from the second sliding block (414), and the 4th slide (75) is fixed in bearing frame
(72) bottom, rack (76) and the second electric pushrod (74) output terminal are sequentially connected, rack (76) by Four-slider (78) with
4th slide (75) is slidably connected；It is pivotally connected at the top of second shaft (710) with 3rd bearing seat (73), and the second shaft (710) bottom
Portion prolongs to soap pot (2) is internal, and is pivotally connected with fourth bearing seat (9)；Puddle support (10) is fixed in the second shaft (710) bottom；Tooth
Wheel (77) is fixed in the second shaft (710), and on front side of rack (76), gear (77) is engaged with rack (76).
5. high efficiency salt analysis apparatus is used in a kind of soap manufacture according to claim 4, it is characterised in that soap manufacture is used
High efficiency salt analysis apparatus has further included the second elastic component (13)；Two second elastic components (13) are fixed in top plate (5) bottom surface, and are located at
Between top plate (5) and installs case (79).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720970912.0U CN207243861U (en) | 2017-08-05 | 2017-08-05 | High efficiency salt analysis apparatus is used in a kind of soap manufacture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720970912.0U CN207243861U (en) | 2017-08-05 | 2017-08-05 | High efficiency salt analysis apparatus is used in a kind of soap manufacture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207243861U true CN207243861U (en) | 2018-04-17 |
Family
ID=61879670
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720970912.0U Expired - Fee Related CN207243861U (en) | 2017-08-05 | 2017-08-05 | High efficiency salt analysis apparatus is used in a kind of soap manufacture |
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| Country | Link |
|---|---|
| CN (1) | CN207243861U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2021025024A (en) * | 2019-08-01 | 2021-02-22 | 呉江玲 | Natural hygiene agent production device |
| CN113509069A (en) * | 2021-05-11 | 2021-10-19 | 郭荣 | Energy-saving and environment-friendly suspension type soap rack |
-
2017
- 2017-08-05 CN CN201720970912.0U patent/CN207243861U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2021025024A (en) * | 2019-08-01 | 2021-02-22 | 呉江玲 | Natural hygiene agent production device |
| CN113509069A (en) * | 2021-05-11 | 2021-10-19 | 郭荣 | Energy-saving and environment-friendly suspension type soap rack |
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