CN208724832U - High-quality honey automated production equipment - Google Patents

Abstract

The utility model discloses a kind of high-quality honey automated production equipment, including filtration system, head tank, concentration systems, finished pot and bulking system, raw material heating tube and raw material agitator are provided in the head tank, the raw material heating tube is internal when heated to be connected with steam；Finished product heating tube and finished product blender are provided in the finished pot, the finished product heating tube is internal when heated to be connected with steam；The temperature of honey finished product is 30 degree in the finished product heating tube control finished pot when filling.

Description

High-quality honey automated production equipment

Technical field

The utility model relates to the separation and extraction technology fields of natural products effective ingredient, and in particular to be a kind of high-quality Honey energy conservation and environmental protection high quality safety automation production technology and production equipment.

Background technique

Current each honey factory is substantially all including following three step during producing honey, that is, filters, is dense Contracting and filling step, but how to realize automated production and there is energy conservation and environmental protection and high quality and other effects, it is always each The direction of factory's hammer away is furtherd investigate based on this applicant, there is this case generation then.

Utility model content

The main purpose of the utility model is to provide a kind of high-quality honey automated production equipments, with energy conservation and environmental protection The high feature with honey quality.

In order to achieve the above objectives, the solution of the utility model is:

A kind of high-quality honey automated production equipment, wherein including filtration system, head tank, concentration systems, finished pot with And bulking system, be provided with raw material heating tube and raw material agitator in the head tank, the raw material heating tube when heated in Portion is connected with steam；Finished product heating tube and finished product blender are provided in the finished pot, the finished product heating tube is interior when heated Portion is connected with steam；The temperature of honey finished product is 30 degree in the finished product heating tube control finished pot when filling.

It further, further include gravity flow standing system, the gravity flow standing system packet between the filtration system and head tank The first chamber, the second liquid level sensor and the first hydraulic stem are included, inlet, and the first case are installed at the top of first chamber The inner wall of room is connected with the first liquid level sensor, fixed block is mounted on the left of first chamber, and pass through in the middle part of fixed block It is installed with bolt, the bottom end of first chamber is connected with the first movable plate, and the first movable plate is internally provided with the first activity Axis, first hydraulic stem are located at the left side of the first movable plate, and the right end of first chamber is fixed with the first bar, and first Connecting tube is connected on the right side of bar, the top of the connecting tube is provided with air-pressure chamber, and push-and-pull is mounted in the middle part of air-pressure chamber Bar is equipped with piston on the inside of the air-pressure chamber, and the bottom end of air-pressure chamber is connected with barrier film, the middle part installation of the connecting tube There is fixing pipe, and the bottom end of fixing pipe is fixed with the second chamber, second liquid level sensor is located at the inner wall of the second chamber, and The outer wall of second chamber is equipped with liquid outlet, and the left end of the liquid outlet, which is run through, the second bar, the bottom of second chamber It is connected with the second movable plate, and is mounted with the second movable axis on the inside of the second movable plate, the left end setting of second movable plate There is the second hydraulic stem, the bottom of second chamber is fixed with support frame, and the bottom end of support frame is mounted with support plate, the branch Wooden barrel is fixed on the right side of fagging, the bottom of the connecting tube is provided with vessel, and water pipe is connected on the right side of vessel, the water The left end of pipe, which is run through, third bar；The inboard width of the inlet is the half of the first chamber inboard width, and into The connection type of liquid mouth and the first chamber is welding；The outside of first bar and the inner wall of connecting tube fit, and connect The perpendicular shape of the outer wall of the left end of pipe and the first chamber；The trapezoidal shape of the appearance of the piston, and piston is located at air pressure chamber interior walls Half at；The bolt and fixed block constitute detaching structure, and fixed block is symmetrical about the central axes of the first chamber；Institute The bottom area of the area and the first chamber of stating the first movable plate is equal, and the first movable plate passes through the first movable axis and the first liquid Compression bar constitutes unilateral lifting device.

After adopting the above structure, the utility model relates to a kind of high-quality honey automated production equipment, using filtering System, head tank, concentration systems, finished pot and bulking system realize full-automatic production, required manpower pole in whole process Few, the feature of environmental protection is good in whole process, and due to carrying out intelligentized control method in whole process, allow be formed by honey always can be with It is maintained at higher position.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of gravity flow standing system in the utility model；

Fig. 2 is the structural schematic diagram of the first chamber of gravity flow standing system in the utility model；

Fig. 3 is the structural schematic diagram of the support frame of gravity flow standing system in the utility model.

Fig. 4 is the schematic diagram of internal structure of filtration system in the utility model；

Fig. 5 is the plan structure signal of filtration system in the utility model；

Fig. 6 is the partial schematic diagram of filtration system in the utility model.

Fig. 7 is the side structure schematic diagram of bulking system in the utility model；

Fig. 8 is the overlooking structure diagram of bulking system in the utility model；

Fig. 9 is the turning chair schematic diagram of internal structure of bulking system in the utility model.

Figure 10 is that the utility model relates to the schematic diagram of internal structures of quick distribution system.

Figure 11 is that the utility model relates to more isocon attachment structure schematic diagrams of quick distribution system.

Figure 12 is that the utility model relates to 2 isocon attachment structure schematic diagrams of quick distribution system.

In figure:

First chamber 11；Inlet 12；First liquid level sensor 13；First bar 14；Connecting tube 15；Air-pressure chamber 16；It pushes away Pull rod 17；Piston 18；Barrier film 19；Fixing pipe 110；Second chamber 111；Second liquid level sensor 112；Second bar 113；Device Ware 114；Third bar 115；Water pipe 116；Liquid outlet 117；Support frame 118；Support plate 119；Wooden barrel 120；Fixed block 121；Spiral shell Bolt 122；First movable plate 123；First movable axis 124；First hydraulic stem 125；Second movable plate 126；Second movable axis 127； Second hydraulic stem 128；

Feed liquor bucket 21；Inlet tube 22；Conical head 23；Fixing belt 24；Upper cover 25；Quick coupling 26；Connecting pin 27；Upper connection Boss 28；Fixed block 29；Fixation hole 210；Filtering mesh bag 211；Filter net sheet 212；Outlet tube 213；Lower connection boss 214；It crosses Filter main body 215；Screw 216；Nut 217；Link slot 218；Connected unit 219；Sealing ring 220；

First conveyer belt 31；Support rod 32；First motor 33；Stabiliser bar 34；Fixed link 35；Second conveyer belt 36；Second Motor 37；First swingle 38；Second swingle 39；Fixed block 310；Weighing sensor 311；Filing table 312；Pedestal 313；It hangs Fill station 314；Separating plate 315；First rotary shaft 316；Lift groove 317；Lift platform 318；Turning chair 319；Second rotary shaft 320；Base of swivel shair 321.

Filtration body -71；Filter screen -72；Secondary filter net -73；Sprue -74；Seal quick coupling -75；Point Flow tube -76；Distribution platform -77；Runner -78；Supporting leg -79；Pail pack -710；Sealing ring -711.

Specific embodiment

In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into Row elaborates.

The utility model relates to a kind of high-quality honey energy conservation and environmental protection high quality safety automation production technology, including it is as follows Step:

1. the honey that external buying is obtained stores the head tank into head tank after filtration system filtering In be provided with raw material heating tube and raw material agitator, the raw material heating tube is internal when heated to be connected with steam；

2. the honey in head tank is concentrated by concentration systems, and store the concentration systems into finished pot With the low-temperature vacuum thickener for allowing honey to boil at 45 degree, finished product heating tube and finished product stirring are provided in the finished pot Machine, the finished product heating tube is internal when heated to be connected with steam；

3. the finished pot carries out fill operations by bulking system, the finished product heating tube controls finished pot when filling The temperature of interior honey finished product is 30 degree.

As shown in Figure 1 to Figure 3, flow automatically in the utility model standing system comprising the first chamber 11, inlet 12, the One liquid level sensor 13, the first bar 14, connecting tube 15, air-pressure chamber 16, push-pull rod 17, piston 18, barrier film 19, fixing pipe 110, the second chamber 111, the second liquid level sensor 112, the second bar 113, vessel 114, third bar 115, water pipe 116, go out Liquid mouth 117, support frame 118, support plate 119, wooden barrel 120, fixed block 121, bolt 122, first the 123, first activity of movable plate Axis 124, the first hydraulic stem 125, the second movable plate 126, the second movable axis 127 and the second hydraulic stem 128, the top of the first chamber 11 Portion is equipped with inlet 12, and the inner wall of the first chamber 11 is connected with the first liquid level sensor 13, the inboard width of inlet 12 For the half of 11 inboard width of the first chamber, and the connection type of inlet 12 and the first chamber 11 is welding, Neng Goutong It crosses inlet 12 and the liquid level of the loading and energy clear view of honey to the honey poured into, the first case is carried out to the first chamber 11 The left side of room 11 is mounted with fixed block 121, and the middle part of fixed block 121 is through having bolt 122,121 structure of bolt 122 and fixed block At detaching structure, and fixed block 121 is symmetrical about the central axes of the first chamber 11, passes through the work of bolt 122 and fixed block 121 With the operation such as can the first chamber 11 being removed, be installed, more convenient, it is living that the bottom end of the first chamber 11 is connected with first Movable plate 123, and the first movable plate 123 is internally provided with the first movable axis 124, the area and the first case of the first movable plate 123 The bottom area of room 11 is equal, and the first movable plate 123 constitutes unilateral liter by the first movable axis 124 and the first hydraulic stem 125 Falling unit, can be under the collective effect of the first movable plate 123, the first movable axis 124 and the first hydraulic stem 125, so that first Honey in chamber 11 all flow to connecting tube 15, accelerates the mobility of honey, and the first hydraulic stem 125 is located at the first movable plate 123 left side, the right end of the first chamber 11 is fixed with the first bar 14, and the right side of the first bar 14 is connected with connecting tube 15, The outside of first bar 14 and the inner wall of connecting tube 15 fit, and the outer wall of the left end of connecting tube 15 and the first chamber 11 is in Vertical configuration, the first bar 14 can make the honey in the first chamber 11 be not easy to flow into connecting tube 15 during standing, connection The top of pipe 15 is provided with air-pressure chamber 16, and the middle part of air-pressure chamber 16 is mounted with push-pull rod 17, and the inside of air-pressure chamber 16 is equipped with Piston 18, and the bottom end of air-pressure chamber 16 is connected with barrier film 19, the trapezoidal shape of the appearance of piston 18, and piston 18 is located at air pressure At the half of 16 inner wall of room, under the action of push-pull rod 17, so that piston 18 moves, the air pressure in air-pressure chamber 16 is adjusted, Froth bed can be allowed to be moved to the right end of connecting tube 15, until flowing into vessel 114, carry out secondary standing, in connecting tube 15 Portion is equipped with fixing pipe 110, and the bottom end of fixing pipe 110 is fixed with the second chamber 111, and the second liquid level sensor 112 is located at the The inner wall of two chambers 111, and the outer wall of the second chamber 111 is equipped with liquid outlet 117, the left end of liquid outlet 117, which is run through, second Bar 113, the bottom of the second chamber 111 is connected with the second movable plate 126, and the inside of the second movable plate 126 is mounted with second Movable axis 127, the left end of the second movable plate 126 are provided with the second hydraulic stem 128, and the bottom of the second chamber 111 is fixed with support Frame 118, and the bottom end of support frame 118 is mounted with support plate 119, the right side of support plate 119 is fixed with wooden barrel 120, connecting tube 15 Bottom be provided with vessel 114, and the right side of vessel 114 is connected with water pipe 116, and the left end of water pipe 116 is through there is third bar 115。

Working principle: system is stood for this kind of gravity flow pass through inlet 12 first into the first chamber 11 and be packed into bee Honey, the inboard width of inlet 12 are the half of 11 inboard width of the first chamber, can pass through 12 clear view of inlet To the liquid level of the honey poured into, meanwhile, the first liquid level sensor 13 can be high for the liquid level of honey at staff's induction Degree, the model SZRD805 of the first liquid level sensor 13, and the outside of the first bar 14 and the inner wall of connecting tube 15 fit, First bar 14 can make the honey in the first chamber 11 be not easy to flow into connecting tube 15 during standing, and honey is by standing Afterwards, the first bar 14 is removed, honey is dope, in the first movable plate 123, the first movable axis 124 and the first hydraulic stem 125 Collective effect under so that the honey in the first chamber 11 all flow to connecting tube 15, accelerate the mobility of honey, froth bed is most After flow through connecting tube 15, under the action of push-pull rod 17 so that piston 18 move, adjust air-pressure chamber 16 in air pressure, Neng Gourang Froth bed is moved to the right end of connecting tube 15, until flowing into vessel 114, froth bed is made to carry out secondary standing, then, connecting tube Honey in 15 flows into the second chamber 111, can induce honey in the second chamber 111 by the second liquid level sensor 112 Liquid level, the model (SZRD805) of the second liquid level sensor 112 after the secondary standing of honey, removes the second bar 113, while third bar 115 is removed, so that honey flows into wooden barrel 120 from liquid outlet 117 and water pipe 116 respectively.

As shown in Figures 4 to 6, a kind of specific embodiment as filtration system in the utility model, the filtering system System includes the upper cover 25 and filtration body 215 for being coupled into barrel-like structure；Feed liquor bucket 21, feed liquor bucket are equipped at the top of upper cover 25 21 bottom ends are equipped with inlet tube 22, and 22 lower end of inlet tube is arranged with filter screen loan；215 bottom of filtration body is equipped with outlet tube 213, the upper entrance of outlet tube 213 is equipped with filter net sheet 212；25 bottom of upper cover is equipped with the upper connection boss outwardly protruded 28,215 upper end of filtration body is equipped with the lower connection boss 214 outwardly protruded, and 25 bottom end side wall of upper cover is equipped with link slot 218, mistake It filters 215 upper end side wall of main body and is equipped with connected unit 219, sealing ring 220, and connected unit 219 and sealing are equipped with outside connected unit 219 220 insertion of circle is mounted in link slot 218；Upper connection boss 28 has quick coupling with lower 214 outside Matching installation of connection boss 26。

On the one hand the utility model passes through the honey magma that will need to filter and pours into from feed liquor bucket 21, by inlet tube 22 to Under flow to inside filtering mesh bag 211, honey is once filtered by filtering mesh bag 211, biggish contaminant filter is retained Inside filtering mesh bag 211；Honey after primary filtering falls downwards and carries out second by filter net sheet 212 and filters, And flowed out by outlet tube 213, user places collection device in 213 lower end of outlet tube and collects honey.The utility model Above-mentioned technical proposal, by filtering technique twice, can be realized honey mistake for a current filtering technique scheme The raising of filtering medium amount；Meanwhile honey being filtered to discharge from top to bottom by way of gravity flow, it artificial was taken out relative to existing For the mode for filtering honey, filtering production efficiency is higher, operates more convenient simple.

On the other hand, upper cover 25 and filtration body 215 are fixedly connected by the utility model by quick coupling 26, And quick coupling 26 can be realized upper cover 25 and the Fast Installation of filtration body 215 is fixed and dismantled；Therefore, using fast quick access The replacement that first 26 technical solution can be realized filtering mesh bag 211 is convenient, when user needs replacing filtering mesh bag 211, directly tears open Filtering mesh bag 211 is replaced in lower quick coupling 26.

In another aspect, the utility model passes through the setting of sealing ring 220, it can guarantee honey in a closed chamber It is filtered, effectively avoids flowing out from splicing gap in honey filter process.The utility model filters high production efficiency, quality Good, device installation and removal are convenient, have preferable practical value and promotional value.

Preferably, the bottom end of the inlet tube 22 is equipped with the conical head 23 of inverted cone-shaped structure, and filter screen loan is set in taper Outside first 23, the aperture position that filter screen is borrowed is equipped with fixing belt 24 and carries out bundled fixed by the fixing belt 24；Using taper First 23 structure is conducive to for filtering mesh bag 211 being set with from bottom to top, facilitates filtering mesh bag in such a way that fixing belt 24 is fixed 211 fixed and dismounting and changes.

Preferably, the lower part of the filtration body 215 is inverted cone-shaped structure, and the outlet tube 213 is arranged in filtration body 215 bottom shaft core position；The design of the structure is conducive to honey after filtering mesh bag 211 once filtering, flows to filtering master When 215 bottom of body can fast convergence to 212 position of filter net sheet and carry out secondary filter.

Preferably, the upper surface of the upper connection boss 28 is the inclined surface in outside downwards of upper cover 25, the lower company The lower surface for connecing boss 214 is to the inclined surface of 215 upper outer of filtration body, which is conducive to will by quick coupling 26 Upper cover 25 and filtration body 215 are fastenedly connected.

Preferably, the quick coupling 26 is hingedly made of two semicircle fasteners by the way that connecting pin 27 is rotatable； The left end of fastener is hinged end, and fastener right end is equipped with fixed block 29, is equipped with fixation hole 210, fixation hole in fixed block 29 Screw 216 is equipped in 210, quick coupling 26 is fixedly mounted by screw 216 and the cooperation of nut 217；The program makes quick coupling 26 installation and removal operation is more convenient, realizes that the quick separating of upper cover 25 and filtration body 215 is opened, is conducive to quick-replaceable Filtering mesh bag 211.

Preferably, it is equipped with inside the quick coupling 26 and consolidates with what upper connection boss 28 and lower connection boss 214 matched Determine groove, the depth of groove of fixed groove is greater than outwardly protruding highly for connection boss, and the cross-sectional profile of fixed groove is Isosceles trapezoid slot structure；The open end width of fixed groove is greater than upper connection boss 28 and installs it with lower 214 split of connection boss Outer end width afterwards；The structure is conducive to carry out upper cover 25 and filtration body 215 to be fastenedly connected installation.

Preferably, the upper and lower ends of the connecting pin 27 are equipped with the spacing head of semicircle chondritic, and spacing head is close to fast The one side on 26 surface of quick coupling is planar structure, and the ball diameter of spacing head is greater than the diameter of connecting pin 27.Preferably, described Fixing belt 24 is rubber strip, rubber band or textile tapes.

As shown in Figure 7 to 9, for the utility model relates to a kind of specific embodiment of bulking system, the filling systems System includes the first conveyer belt 31, support rod 32, first motor 33, stabiliser bar 34, fixed link 35, second the 36, second electricity of conveyer belt Machine 37, the second swingle 39, fixed block 310, weighing sensor 311, filing table 312, pedestal 313, is hung first swingle 38 Fill station 314, separating plate 315, the first rotary shaft 316, lifting groove 317, lifting platform 318, turning chair 319, the second rotary shaft 320 and base of swivel shair 321, the left side of the first conveyer belt 31 is connected with support rod 32, and the left side of support rod 32 is equipped with surely Fixed pole 34, the left side of stabiliser bar 34 is equipped with first motor 33, and the outside of stabiliser bar 34 is provided with fixed link 35, the first transmission Band 31 constitutes rotational structure by first motor 33 and stabiliser bar 34, and its slewing area is 0-360 °, makes the first conveyer belt 31 It is rotated by first motor 33, drives honey bottle, the right side of fixed link 35 is connected with the second conveyer belt 36, and the second conveyer belt 36 inside is equipped with the second motor 37, and the left side of the second motor 37 is connected with the first swingle 38, and the first swingle 38 Inside is equipped with the second swingle 39, and the second swingle 39 is cylindrical, and about fixed block between the second swingle 39 310 center line is mutually symmetrical with, and the second swingle 39 preferably drives the rotation of the second conveyer belt 36, and fixed block 310 is set to The inside of second swingle 39, and the upper end of fixed block 310 is equipped with weighing sensor 311, the upper end of weighing sensor 311 connects It is connected to filing table 312, the second conveyer belt 36 constitutes rotational structure, and the first swingle 38 through second by the second motor 37 The inside of conveyer belt 36 makes the second conveyer belt 36 that honey bottle are transferred to filing table 312, the second conveyer belt by the second motor 37 36 lower section is equipped with pedestal 313, and the inside of the second conveyer belt 36 is connected with lifting station 314, and lifting station 314 is interior Portion is fixed with separating plate 315, and the outside of separating plate 315 is provided with lifting platform 318, and lift platform 318 is internally provided with lifting Groove 317, the outside of lifting groove 317 are equipped with the first rotary shaft 316, and separating plate 315 passes through the first rotary shaft 316 and lifting Station 314 constitutes bascule, and the first rotary shaft 316 is set to the inside of lifting station 314, can be convenient worker into Out, the inside of filing table 312 is provided with turning chair 319, and the inside of turning chair 319 is equipped with the second rotary shaft 320, the second rotation The lower end of shaft 320 is connected with base of swivel shair 321, and turning chair 319 passes through the second rotary shaft 320 and 321 structure of base of swivel shair At rotational structure, and turning chair 319 and base of swivel shair 321 are orthogonal, can be convenient the operation of worker.

Working principle: for this kind of honey high-efficient automatic bulking system, first startup power supply, by the first conveyer belt 31 It is rotated, empty honey bottle is transmitted, empty honey bottle is placed on by worker by the first motor 33 on 32 right side of support rod On second conveyer belt 36, the rotation of the second motor 37 drives the first swingle 38 rotation in fixed link 35, the first swingle 38 The second conveyer belt 36 is driven to rotate, the second conveyer belt 36 drives the rotation of the second swingle 39, empty honey bottle is transmitted to filling Honey bottle is placed on filing table 312 by platform 312, worker, and honey bottle progress is filling, passes through 311 sense weight of weighing sensor Stop filling, turning chair 319 is rotated with base of swivel shair 321 by the second rotary shaft 320, and worker can grasp simultaneously Make the honey bottle on two the second conveyer belts 36, canned honey bottle is continued to be placed on the second conveyer belt 36 by worker, bee Sweet bottle is transferred to lifting station 314, and honey bottle is placed on to wait on the lifting groove 317 inside lifting platform 318 and lift by worker, Separating plate 315 facilitates worker to pass in and out, completes entire bee like this by the first rotary shaft 316 and 314 Unscrew of lifting station The use process of sweet high-efficient automatic bulking system.

As shown in Figure 10 to Figure 12, for the utility model relates to a kind of structural schematic diagrams of quick distribution system.It is described Quick distribution system includes filtration body 71, sprue 74, sealing quick coupling 75, distribution platform 77 and pail pack 710；Institute The bottom centre position that filtration body 71 is arranged in sprue 74 is stated, the connection of 74 lower seal of sprue seals quick coupling 75, It seals 75 lower end of quick coupling and is equipped with several isocons 76, be equipped with distribution platform 77 below isocon 76, in distribution platform 77 Equipped with multiple runners 78 to match with isocon 76,76 lower end of isocon and runner 78 are tightly connected；Each point 78 lower section of runner is placed with pail pack 710；The material of the pail pack 710 is transparent plastic, and the outer surface of pail pack 10 is set There is the volume scale for conveniently checking sealed volume amount.

The utility model is carried out honey by a filter screen 72 on the one hand by pouring into honey in filtration body 71 Primary filtering, primary filtered honey pass through secondary filter net 73 again and carry out secondary filter, improve the filter quality of honey. Honey after secondary filter flows into sprue 74 and flows into sealing quick coupling 75 along sprue 74, seals quick coupling Honey in 75 is shunted by the isocon 76 of its lower end, and is introduced into runner 78 by isocon 76, is finally led to It crosses runner 78 and is flowed into pail pack 710 and packed；When honey flows into pail pack 710, user can pass through pail pack 710 On scale carry out quantitative package honey.Through the above technical solutions, effective distribution of filtering honey can effectively be realized, relatively For prior art, the utility model distribution package is convenient, and work efficiency is high, is conducive to batch filtering production and batch wraps Honey is filled, there is preferable practical value and promotional value.

On the other hand, the quick distribution system configuration of the honey of the utility model is relatively simple, easily fabricated, leads to simultaneously The technical solution for crossing automatic jet distribution, can be effectively reduced labor cost, and operator carries out honey batch operation and also compares It is more convenient.

Preferably, 71 inner upper of filtration body is equipped with a filter screen 72, is equipped with two below a filter screen 72 The upper end of sprue 74 is arranged in secondary filter screen 73, secondary filter net 73；This programme is conducive to the filter quality that user improves honey.

Preferably, in the outside of sprue 74, the outer surface of sprue 74 is sealing 75 nested encryptions of quick coupling Smooth surface, and it is equipped with the sealing ring 711 for preventing honey from flowing out in the outside of sprue 74, this programme is conducive to improve sealing The sealing performance of switching performance and raising pipeline connection between quick coupling 75 and sprue 74.

Preferably, the internal diameter of each isocon 76 is equal, and is connected between isocon 76 and sealing quick coupling 75 For an entirety.

Preferably, the insertion of isocon 76 is mounted on inside runner 78, the outer surface of isocon 76 and runner 78 Inner surface be smooth surface.

Preferably, several supporting legs 79 are equipped with below the distribution platform 77, the quantity of the supporting leg 79 is specially 4.

Preferably, the specification of the sealing quick coupling 75 is arranged multiple from its lower end 1 isocon 76 of setting to bottom end Isocon 76 is configured, and most quantity of isocon 76 are equal with the quantity of runner 78.

The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.

Claims (2)

1. a kind of high-quality honey automated production equipment, which is characterized in that including filtration system, head tank, concentration systems, finished product Tank and bulking system are provided with raw material heating tube and raw material agitator in the head tank, and the raw material heating tube is heating When inside be connected with steam；Finished product heating tube and finished product blender are provided in the finished pot, the finished product heating tube is heating When inside be connected with steam；The temperature of honey finished product is 30 degree in the finished product heating tube control finished pot when filling.

2. a kind of high-quality honey automated production equipment as described in claim 1, which is characterized in that the filtration system and original It further include gravity flow standing system between batch can, the gravity flow standing system includes the first chamber, the second liquid level sensor and first Hydraulic stem is equipped with inlet at the top of first chamber, and the inner wall of the first chamber is connected with the first liquid level sensor, institute It states and is mounted with fixed block on the left of the first chamber, and the middle part of fixed block, through there is bolt, the bottom end of first chamber connects There is the first movable plate, and the first movable plate is internally provided with the first movable axis, first hydraulic stem is located at the first movable plate Left side, the right end of first chamber is fixed with the first bar, and connecting tube is connected on the right side of the first bar, the connection The top of pipe is provided with air-pressure chamber, and push-pull rod is mounted in the middle part of air-pressure chamber, and piston is equipped on the inside of the air-pressure chamber, and The bottom end of air-pressure chamber is connected with barrier film, fixing pipe is equipped in the middle part of the connecting tube, and the bottom end of fixing pipe is fixed with Two chambers, second liquid level sensor is located at the inner wall of the second chamber, and the outer wall of the second chamber is equipped with liquid outlet, described Through there is the second bar, the bottom of second chamber is connected with the second movable plate for the left end of liquid outlet, and the second movable plate Inside is mounted with the second movable axis, and the left end of second movable plate is provided with the second hydraulic stem, the bottom of second chamber It is fixed with support frame, and the bottom end of support frame is mounted with support plate, wooden barrel, the connecting tube are fixed on the right side of the support plate Bottom be provided with vessel, and water pipe is connected on the right side of vessel, the left end of the water pipe is through there is third bar；The feed liquor The inboard width of mouth is the half of the first chamber inboard width, and the connection type of inlet and the first chamber is welding； The outside of first bar and the inner wall of connecting tube fit, and the outer wall of the left end of connecting tube and the first chamber is perpendicular Shape；The trapezoidal shape of the appearance of the piston, and piston is located at the half of air pressure chamber interior walls；The bolt and fixed block structure At detaching structure, and fixed block is symmetrical about the central axes of the first chamber；The area of first movable plate and the first chamber Bottom area is equal, and the first movable plate constitutes unilateral lifting device by the first movable axis and the first hydraulic stem.