CN205813221U - Mel acquisition device - Google Patents

Abstract

This utility model relates to a kind of Mel acquisition device, including: sealed compartment, linear accelerating mechanism and feed mechanism；Linear accelerating mechanism is connected with feed mechanism, and linear accelerating mechanism and feed mechanism are arranged in sealed compartment, and sealed compartment is provided with discharging opening, and feed mechanism is connected with discharging opening；Linear accelerating mechanism includes driving assembly, fixation kit, sliding shoe and slide rail, and fixation kit is fixing with sliding shoe to be connected, and sliding shoe is slideably positioned on slide rail, drives assembly and sliding shoe drive connection, and fixation kit is provided with multiple fixing groove；Also including barrier module, barrier module is arranged at least one end of slide rail, and sliding shoe activity is connected to barrier module.Honey spleen is fixed on fixation kit, and moves along a straight line on slide rail, thus the Mel on honey spleen is led to feed mechanism, thus Mel is extracted, owing to fixation kit can fix multiple honey spleen simultaneously, thus be effectively increased Mel extraction efficiency.

Description

Mel acquisition device

Technical field

This utility model relates to Mel extractive technique field, particularly relates to Mel acquisition device.

Background technology

Nectar honey of brew in Nidus Vespae that Mel is Apis to be adopted from the spending of flowering plant.Honey is described as " big The most perfect nutraceutical in nature ".The Chinese gathering honey that begins to manually raise bees from ancient times, Mel contains abundant Nutrition, it has a sweet taste, very popular.

The Mel mode of production is by cultivation Apis, by Apis by nectar collection to honey spleen, passes through honey extractor Mel in honey spleen is separated by centrifugal action.This efficiency by the way of honey extractor extracts Mel Lowly, and due to honey extractor mostly there is no good obturator so that the Mel of extraction easily infiltrates into sky Gas so that honey quality is affected.

Utility model content

Based on this, it is necessary to there is, for traditional honey extractor, the defect that Mel extraction efficiency is low, it is provided that one Plant Mel acquisition device, it is possible to be effectively improved Mel extraction efficiency.

A kind of Mel acquisition device, including: sealed compartment, linear accelerating mechanism and feed mechanism；Described straight line Acceleration mechanism is connected with described feed mechanism, and described linear accelerating mechanism and described feed mechanism are arranged at described In sealed compartment, and described sealed compartment is provided with discharging opening, and described feed mechanism is connected with described discharging opening；

Described linear accelerating mechanism includes driving assembly, fixation kit, sliding shoe and slide rail, described fixing group Part is fixing with described sliding shoe to be connected, and described sliding shoe is slideably positioned on described slide rail, described driving assembly With described sliding shoe drive connection, described fixation kit is provided with multiple fixing groove；

Also include that barrier module, described barrier module are arranged at least one end of described slide rail, described sliding shoe Activity is connected to described barrier module.

Wherein in an embodiment, described barrier module is arranged at the two ends of described slide rail.

Wherein in an embodiment, described barrier module includes stop block and buffer stopper, described stop block with Described slide rail is fixing to be connected, and described buffer stopper is arranged at the described stop block one side towards described sliding shoe, institute State buffer stopper to abut with described sliding shoe activity.

Wherein in an embodiment, described buffer stopper is block rubber.

Wherein in an embodiment, described buffer stopper is wooden unit.

Wherein in an embodiment, described buffer stopper is provided with wave structure towards the one side of described sliding shoe.

Wherein in an embodiment, described buffer stopper is provided with broached-tooth design towards the one side of described sliding shoe.

Wherein in an embodiment, described barrier module also includes elastic component, and described elastic component one end connects In described stop block away from the one side of described sliding shoe, the other end is fixing with described slide rail to be connected.

Wherein in an embodiment, described barrier module also includes that elastic component, described elastic component are connected to institute State between buffer stopper and described stop block.

Wherein in an embodiment, described elastic component is spring.

Above-mentioned Mel acquisition device, is fixed on honey spleen on fixation kit, and moves along a straight line on slide rail, Thus the Mel on honey spleen is led to feed mechanism, thus Mel is extracted, due to fixation kit energy Enough fix multiple honey spleen simultaneously, thus be effectively increased Mel extraction efficiency.

Accompanying drawing explanation

Fig. 1 is the internal structure schematic diagram of the Mel acquisition device of an embodiment；

Fig. 2 is a linear accelerating mechanism direction structure schematic diagram with feed mechanism of an embodiment；

Fig. 3 is the structural representation of the linear accelerating mechanism of another embodiment；

Fig. 4 is the structural representation driving assembly of an embodiment；

Fig. 5 is the structural representation of the Mel acquisition device of another embodiment；

Fig. 6 is the partial structurtes schematic diagram of the Mel acquisition device of another embodiment；

Fig. 7 is the partial structurtes schematic diagram of the Mel acquisition device of another embodiment；

Fig. 8 is the partial structurtes schematic diagram of the Mel acquisition device of another embodiment；

Fig. 9 is the structural representation of the Mel acquisition device of another embodiment；

Figure 10 is the other direction structural representation of the Mel acquisition device of another embodiment；

Figure 11 is the structural representation of the fixation kit of another embodiment.

Detailed description of the invention

For the ease of understanding this utility model, below with reference to relevant drawings, this utility model is carried out more comprehensively Description.Accompanying drawing gives better embodiment of the present utility model.But, this utility model can be with Many different forms realize, however it is not limited to embodiments described herein.On the contrary, provide these The purpose of embodiment be make disclosure of the present utility model is understood more thorough comprehensively.

Unless otherwise defined, all of technology used herein and scientific terminology with belong to of the present utility model The implication that those skilled in the art are generally understood that is identical.Institute in description of the present utility model herein The term used is intended merely to describe the purpose of specific embodiment, it is not intended that in limiting this utility model. Term as used herein " and/or " include the arbitrary and all of one or more relevant Listed Items Combination.

Such as, a kind of Mel acquisition device, including sealed compartment, linear accelerating mechanism and feed mechanism；Described Linear accelerating mechanism is connected with described feed mechanism, and described linear accelerating mechanism is arranged at described feed mechanism In described sealed compartment, and described sealed compartment is provided with discharging opening, and described feed mechanism is connected with described discharging opening； Described linear accelerating mechanism includes driving assembly, fixation kit, sliding shoe and slide rail, described fixation kit with Described sliding shoe is fixing to be connected, and described sliding shoe is slideably positioned on described slide rail, described driving assembly and institute Stating sliding shoe drive connection, described fixation kit is provided with multiple fixing groove.

As depicted in figs. 1 and 2, it is that the Mel acquisition device 10 of an embodiment includes: sealed compartment 100, Linear accelerating mechanism 200 and feed mechanism 300；Described linear accelerating mechanism 200 and described feed mechanism 300 Connecting, described linear accelerating mechanism 200 is arranged in described sealed compartment 100 with described feed mechanism 300, And described sealed compartment 100 is provided with discharging opening 101, described feed mechanism 300 is connected with described discharging opening 101； Described linear accelerating mechanism 200 includes driving assembly (not shown), fixation kit 220, sliding shoe 230 and Slide rail 240, described fixation kit 220 is fixing with described sliding shoe 230 to be connected, and described sliding shoe 230 slides It is arranged on described slide rail 240, described driving assembly and described sliding shoe 230 drive connection, described fixing Assembly 220 is provided with multiple fixing groove 221；Described feed mechanism 300 includes material guide groove 310 and delivery chute 320, described material guide groove 310 is arranged at described fixation kit 220 both sides, and described material guide groove 310 is defeated with described Sending groove 320 to connect, described delivery chute 320 is connected with described discharging opening 101.Fixation kit 220 is for solid Fixed honey spleen, specifically, honey spleen is fixed in fixing groove 221.

Specifically, honey spleen is fixed on fixation kit 220, and moves along a straight line on slide rail 240, tool Body ground, honey spleen does accelerated motion along with fixation kit 220 on slide rail 240, and the Mel on honey spleen is owing to adding Speed and be thrown out of, by honey spleen flow out on fixation kit 220 flow out, lead to feed mechanism 300, Mel warp Feed mechanism 300 is delivered to discharging opening 101 by delivery chute 320, thus is extracted by Mel, due to fixing Assembly 220 can fix multiple honey spleen simultaneously, thus is effectively increased Mel extraction efficiency.

Specifically, owing to Mel is to extract in sealed compartment 100, effectively prevent mistake during extracting Many air penetrate in Mel, and such as, sealed compartment 100 both sides are provided with clear layer, and such as, clear layer is Glass, can be clearly seen Mel by clear layer user and extract situation.

In one embodiment, as it is shown on figure 3, described slide rail 240 is vertically arranged, such as, described fixing Assembly 220 is vertically movable along slide rail 240 along with described sliding shoe 230, by the effect of gravity, improves The extraction efficiency of Mel.Such as, when fixation kit 220 accelerated motion from bottom to top, Mel is due to gravity Act on and fall to material guide groove 310, and for example, when fixation kit 220 accelerated motion from top to bottom, due to weight Power effect, the acceleration of fixation kit 220 is bigger, and after fixation kit 220 stops, Mel is then due to used Property effect and throw away and fall to material guide groove 310, the Mel in material guide groove 310 exports to discharging through delivery chute 320 Mouth 101, such as, delivery chute 320 is obliquely installed, and such as, delivery chute 320 is by near material guide groove 310 one end Tilting gradually downward to the one end near discharging opening 101, so, Mel will be automatically by defeated due to action of gravity Send groove 320 to flow to discharging opening 101, such as, the width of delivery chute 320 by near material guide groove 310 one end to It is gradually reduced near one end of discharging opening 101, so can be conducive to the concentration of Mel so that Mel collects At discharging opening 101.Preferably, discharging opening is provided with thin teeth groove and covers the filter structure of described thin teeth groove, this Sample Mel is flowed out from described thin teeth groove after collecting in discharging opening and being filtered by filter structure；And for example, filter screen knot Structure includes filter screen set and the filter screen groove matched with described thin teeth groove, and filter screen groove is wholely set with filter screen set, It is prone to cleaning or changes.And for example, described thin teeth groove is arranged diagonally downward.And for example, described thin teeth groove has Some parallel comb portions, and for example, described comb portion has wedge structure wide outside and narrow inside, is used for avoiding The discharge velocity causing comb portion under filter structure effect causes Mel to overflow less than inflow velocity.

In the present embodiment, refer to Fig. 3, drive assembly include guide rail 410, gravity block 420 and drive electricity Machine (not shown), guide rail 410 is parallel with slide rail 240, and gravity block 420 is slideably positioned on guide rail 410, Motor and gravity block 420 drive connection, gravity block 420 is driven to be connected with sliding shoe 230 by chain 430, Chain 430 is slideably positioned on a pulley 440, when sliding shoe 230 is positioned at slide rail 240 near the one of ground During end, gravity block 420 does the movement of falling object, is transferred to slide by power by pulley 440 and chain 430 Block 230 so that sliding shoe 230 moves upward on slide rail 240, subsequently, drives motor to drive gravity block 420 move upward, and chain 430 is reduced to zero to sliding shoe 230 pulling force, and sliding shoe 230 is under gravity Move downward along slide rail 240, it is achieved thereby that the fixation kit 220 upwards acceleration on slide rail 240 and to Lower accelerated motion.

In a further embodiment, referring again to Fig. 1, described slide rail 240 is horizontally disposed with.Added by level Speed and deceleration so that Mel throws away to material guide groove 310, Jin Erti by fixation kit 220 due to effect of inertia Take Mel.Although it is low that horizontally disposed slide rail 240 extraction efficiency is relatively vertically arranged, but installation difficulty is relatively low, It is easy to slide rail 240 and the installation of fixation kit 220.

In one embodiment, described driving assembly includes driving motor, and such as, described driving motor is straight Line motor, such fixation kit 220 moves along a straight line under the driving of linear electric motors on slide rail 240, example As, fixation kit 220 does linear accelerating motion or straight line retarded motion on slide rail 240, so that honeybee Honey is thrown out of to material guide groove 310 due to inertia.

And in a further embodiment, as shown in Figure 4, described driving assembly include servomotor (not shown), Gear 212 and tooth bar 213, described gear 212 engages with described tooth bar 213, and described servomotor is with described Gear 212 drive connection, described sliding shoe 230 is fixing with described tooth bar 213 to be connected.When servomotor work When making, driven gear 212 rotates, and gear 212 band carry-over bar 213 moves, so that sliding shoe 230 It is driven on slide rail 240 slip.Specifically, servomotor does speed change rotation so that sliding shoe 230 exists Variable motion on slide rail 240, such as, linear accelerating motion or straight line retarded motion so that Mel due to Inertia and be thrown out of.Such as, servomotor rotates forward driving sliding shoe 230 on slide rail 240 to a side To motion, servomotor rotates backward driving sliding shoe 230 and moves to other direction on slide rail 240.

Such as, referring to Fig. 1, described delivery chute 320 is parallel to described slide rail 240, such as, described conveying Groove 320 is two, and two described delivery chutes 320 are arranged at described slide rail 240 both sides, so, can prevent The Mel that sweet spleen on fixation kit 220 throws away drops in sealed compartment 100, and delivery chute 320 can will be by The Mel dropped in slide rail 240 both sides collects, it is to avoid Mel is wasted.

As it is shown in figure 5, be the Mel acquisition device 10 of another embodiment, including: sealed compartment 100, straight Line acceleration mechanism 200 and feed mechanism 300；Described linear accelerating mechanism 200 is with described feed mechanism 300 even Connecing, described linear accelerating mechanism 200 is arranged in described sealed compartment 100 with described feed mechanism 300, and Described sealed compartment 100 is provided with discharging opening 101, and described feed mechanism 300 is connected with described discharging opening 101； Described linear accelerating mechanism 200 includes driving assembly, fixation kit 220, sliding shoe 230 and slide rail 240, Described fixation kit 220 is fixing with described sliding shoe 230 to be connected, and described sliding shoe 230 is slideably positioned in institute State on slide rail 240, described driving assembly and described sliding shoe 230 drive connection, described fixation kit 220 It is provided with multiple fixing groove 221；Also include that barrier module 500, described barrier module 500 are arranged at described cunning Rail 240 at least one end, the activity of described sliding shoe 230 is connected to described barrier module 500.

In the present embodiment, sliding shoe 230 does linear accelerating under the driving driving assembly on slide rail 240 Motion, when sliding shoe 230 impinges upon on barrier module 500, sliding shoe 230 stop motion, such as, gear Only assembly 500 includes that detection module, detection module electrically connect with driving assembly, sliding shoe 230 detected Striking barrier module 500, detection module outputs signal to drive assembly, after driving assembly to receive this signal, Quit work, and after Preset Time, drive sliding shoe 230 adverse movement.By accelerator and hit Mel is thrown away by the effect of inertia hitting stopping, in the present embodiment, owing to sliding shoe 230 is without doing deceleration fortune Move and directly impinge upon on barrier module 500, be effectively increased the proposition efficiency of Mel.

In order to improve extraction efficiency further, in one embodiment, described barrier module 500 is arranged at institute Stating the two ends of slide rail 240, so, sliding shoe 230 moves to end towards the two ends of slide rail 240, can hit Hit barrier module 500, thus stop motion, improve the extraction efficiency of Mel further.In the present embodiment, Sliding shoe 230 is also provided constraints by barrier module 500, the sliding distance of limit slippage block 230, it is to avoid Sliding shoe 230 skids off slide rail 240.

In one embodiment, as shown in Figure 6, described barrier module 500 includes stop block 510 and buffering Block 520, described stop block 510 is fixing with described slide rail 240 to be connected, and described buffer stopper 520 is arranged at described Stop block 510 is lived towards the one side of described sliding shoe 230, described buffer stopper 520 with described sliding shoe 230 Dynamic abutting.Such as, stop block 510 is metal derby, and such as, described stop block 510 is welded in slide rail 240 On, such as, stop block 510 is spirally connected by screw and is fixed on slide rail 240, and such as, stop block 510 leads to Cross bearing pin to be fixed on slide rail 240, owing to stop block 510 has strong hardness, it is possible to bear bigger Impulsive force so that sliding shoe 230 stop motion.Buffer stopper 520 then provides buffering for sliding shoe 230, Avoid the direct shock of sliding shoe 230 and stop block 510, improve the service life of sliding shoe 230.

Such as, described buffer stopper 520 is wooden unit, and such as, described buffer stopper 520 is block rubber.Rubber has There is good elasticity so that block rubber has good buffering effect, in order to improve buffer stopper 520 further Buffering effect, such as, described buffer stopper 520 is provided with wave knot towards the one side of described sliding shoe 230 Structure, such as, described buffer stopper 520 is provided with broached-tooth design, wave towards the one side of described sliding shoe 230 Structure or broached-tooth design can extend the cushion stroke of buffer stopper 520, and prolongation contacts with sliding shoe 230 Time, it is to avoid buffer stopper 520 and sliding shoe 230 at moment bump contact, improve buffer stopper further The buffering effect of 520.

In order to improve the buffering effect of buffer stopper 520 further, it is to avoid stop block 510 is impacted and produces pine Dynamic, such as, as it is shown in fig. 7, described barrier module 500 also includes elastic component 530, described elastic component 530 One end is connected to the described stop block 510 one side away from described sliding shoe 230, the other end and described slide rail 240 Fixing connection, described elastic component 530 can provide further buffering effect for stop block 510, it is to avoid by Impact force in sliding shoe 230 is spent big and is caused stop block 510 to be subjected to displacement or produce loosening, additionally Embodiment in, as shown in Figure 8, described elastic component 530 is connected to described buffer stopper 520 and described block Between block 510, in such manner, it is possible to improve buffering effect further, such as, described elastic component 530 is spring, Such as, described spring is set to four, and such as, four described springs are arranged at the four of described stop block 510 Individual diagonal angle, in such manner, it is possible to make impact force can share equably to stop block 510.Such as, four In described spring, the intensity of two springs of close described slide rail 240 is more than two away from described slide rail 240 The intensity of spring, is i.e. positioned at the intensity of two springs of stop block 510 bottom more than being positioned on stop block 510 The intensity of two springs in portion, it should be appreciated that be, the center of gravity of sliding shoe 230 is near slide rail 240, owing to sliding Block 230 is to move along slide rail 240, and therefore, stop block 510 is subject in the part near slide rail 240 Impulsive force is bigger, if spring strength is the least, is then very easy to be depressed into the limit, causes buffering effect the best, In the present embodiment, owing to the intensity of two springs of lower section is bigger, using the teaching of the invention it is possible to provide higher elastic force, so that Obtain buffering effect more, and the intensity of the two of top springs is less, after sliding shoe 230 speed lowers Can limit slippage block 230 further so that sliding shoe 230 is further buffered.

As it is shown in figure 9, be the Mel acquisition device 10 of another embodiment, including: sealed compartment 100, straight Line acceleration mechanism 200 and feed mechanism 300；Described linear accelerating mechanism 200 is with described feed mechanism 300 even Connecing, described linear accelerating mechanism 200 is arranged in described sealed compartment 100 with described feed mechanism 300, and Described sealed compartment 100 is provided with discharging opening 101, and described feed mechanism 300 is connected with described discharging opening 101； Described linear accelerating mechanism 200 includes driving assembly, fixation kit 220, sliding shoe 230 and slide rail 240, Described fixation kit 220 is fixing with described sliding shoe 230 to be connected, and described sliding shoe 230 is slideably positioned in institute State on slide rail 240, described driving assembly and described sliding shoe 230 drive connection, described fixation kit 220 It is provided with multiple fixing groove 221；Also include that heater 600, described heater 600 are arranged at described close In batten down 100.

Specifically, in the present embodiment, heater 600 is used for removing the steam in sealed compartment 100, Avoiding water vapor condensation is that the globule penetrates in Mel, improves the purity of Mel, on the other hand, heater 600 Temperature in sealed compartment 100 is improved, can effectively prevent honey crystallization so that Mel maintains liquid, it is simple to Mel flows out to discharging opening 101 through feed mechanism 300.It should be understood that heater 600 such as heats temperature Spending height, then can affect the quality of Mel, in order to reduce the heat impact on Mel, an embodiment is, Described heater 600 at close described discharging opening 101, so, adds in being arranged at described sealed compartment 100 When thermal 600 works, the temperature near discharging opening 101 can be improved, so that discharging opening 101 is attached Near water evaporation, and Mel can be prevented effectively from crystallize due to low temperature so that Mel keeps liquid to carry out Conveying, improves extraction efficiency.

Such as, as shown in Figure 10, described heater 600 includes heater strip 610, such as, described heating Silk 610 is spiral type.Such as, described sealed compartment 100 includes that bulkhead 103, described heater strip 610 are arranged at Inside described bulkhead 103.In order to avoid the too high quality causing affecting Mel of heater strip 610 temperature, another Aspect, for honey spleen of taking, user needs to be stretched into by hands in sealed compartment 100, in order to avoid user is heated Silk 610 is scalded, and such as, is provided with sealing coat 110 inside described sealed compartment 100, and described heater strip 610 sets Being placed between described sealing coat 110 and described bulkhead 103, described sealing coat 110 1 aspect is effectively isolated and adds The partial heat of heated filament 610, it is to avoid heat is concentrated to honey spleen transmission, causes Mel to go bad, on the other hand, The limbs of the user stretched in sealed compartment 100 can be protected.Such as, described sealing coat 110 is pottery Enamel coating, such as, described sealing coat 110 includes ceramic layer, metal level and the ceramic layer being sequentially connected with, it should Being understood by, the heat-blocking action of sealing coat 110 can not be very good, if the effect of heat insulation of sealing coat 110 is very good, Heat is the most completely isolated, and in causing sealed compartment 100, temperature is difficult to improve, waste energy consumption, on the other hand, Sealing coat 110 must have certain heat-insulating capability, to avoid scalding user, owing to isolating in the present embodiment Layer 110 includes ceramic layer, metal level and the ceramic layer being sequentially connected with, on the one hand, metal level can quickly transmit Heat, improves heat transference efficiency, and ceramic layer has certain heat-insulating capability, it is possible to isolated by heat, it is to avoid User is burned.

In a further embodiment, described heater 600 includes heating rod, such as, and described heater 600 also include that heat insulation foam, described heat insulation foam are coated on outside described heating rod.In the present embodiment, heat insulation foam Equally can hermetic section heat, it is to avoid scald user.Such as, described heater 600 includes heat block, Such as, described heat block is annular

Such as, also include control module and temperature detecting module, described control module respectively with temperature detection mould Block and heater 600 electrically connect, and temperature detecting module is arranged in sealed compartment 100, are used for detecting close Temperature in batten down 100, such as, described temperature detecting module is temperature probe, and control module is for when close When temperature in batten down 100 is less than the first preset temperature, controls heater 600 and work, when sealed compartment 100 When interior temperature is less than the second preset temperature, controls heater 600 and quit work, so that sealed compartment Temperature in 100 maintains in default temperature range.Such as, control module is additionally operable to control heater 600, at interval of the first Preset Time work, and quit work after the second Preset Time after work, by Every the mode of heating, reduce energy consumption, on the other hand maintain the temperature in sealed compartment 100 to maintain preset temperature In interval.

Such as, also include that infrared detection is popped one's head in, described in state infrared detection probe electrically connect with control module, institute State infrared detection probe to be arranged on delivery chute 320, the liquid level of liquid in detecting delivery chute 320, Described control module is for when in delivery chute 320, the liquid level of liquid is more than pre-set level value, controlling Described heater 600 increases power work.In the present embodiment, due to the liquid level in delivery chute 320 More than pre-set level value, it is meant that now Mel amount is relatively big, in order to avoid honey crystallization, improve sealed compartment 100 Interior temperature so that Mel flowing is more smoothly.

As it is shown in figure 9, be the Mel acquisition device 10 of another embodiment, including: sealed compartment 100, straight Line acceleration mechanism 200 and feed mechanism 300；Described linear accelerating mechanism 200 is with described feed mechanism 300 even Connecing, described linear accelerating mechanism 200 is arranged in described sealed compartment 100 with described feed mechanism 300, and Described sealed compartment 100 is provided with discharging opening 101, and described feed mechanism 300 is connected with described discharging opening 101； Described linear accelerating mechanism 200 includes driving assembly, fixation kit 220, sliding shoe 230 and slide rail 240, Described fixation kit 220 is fixing with described sliding shoe 230 to be connected, and described sliding shoe 230 is slideably positioned in institute State on slide rail 240, described driving assembly and described sliding shoe 230 drive connection, described fixation kit 220 It is provided with multiple fixing groove 221；Described sealed compartment 100 is provided with charging aperture 102, and described charging aperture 102 is Rectangle, described slide rail 240 one end exposes to described charging aperture 102.

In the present embodiment, charging aperture 102 is used for placing honey spleen, for the ease of placing honey spleen, slide rail 240 1 End exposes to charging aperture 102, i.e. slide rail 240 and is at least partially arranged at outside sealed compartment 100, so, and fixing group Part 220 can slide into outside sealed compartment 100 along with sliding shoe 230, and honey spleen can be fixed on by user easily On fixation kit 220.

In the present embodiment, heater 600 is arranged at charging aperture 102 both sides, specifically, heater 600 Including heater strip 610, heater strip 610 is arranged at charging aperture 102 both sides, it is possible to avoid Mel to tie because of low temperature Crystalline substance, on the other hand, it is possible to being prevented effectively from water vapor condensation is that the globule penetrates in Mel.

Such as, as shown in figure 11, described fixation kit 220 include support shaft 223, turn-knob block 224 and Multiple bracers 222, described bracer 222 is fixedly installed on described sliding shoe 230, each described support Block 222 is offered and is fixed groove 221 described in one, and described support shaft 223 is arranged on described bracer 222, and institute Stating support shaft 223 and be arranged at the both sides of described fixing groove 221, the rotation of described turn-knob block 224 is arranged at described In support shaft 223.

Specifically, in the present embodiment, for preferably fixing honey spleen, prevent honey spleen due to acceleration or deceleration Being dropped by fixing groove 221, when honey spleen is plugged in fixing groove 221, turn-knob block 224 is around support shaft 223 Rotate, and be fastened on honey spleen so that honey spleen is firmly secured in fixing groove 221.In order to the sweetest Spleen, such as, the both sides of described fixing groove 221 are respectively arranged with two turn-knob blocks 224, two rotations of every side Turn round block 224 and be respectively arranged at the two ends of fixing groove 221, so so that honey spleen both sides and two ends all obtain It is fixing, so that honey spleen is sufficiently immobilized in fixing groove 221.

So that the Mel in honey spleen can fully throw away, the inertia direction of Mel should be with honey spleen place plane Vertically, honey spleen needs vertical with slide rail 240, and such as, described honey spleen plugs and is fixed in fixing groove 221, Such as, described fixing groove 221 is perpendicular to described slide rail 240.

Such as, referring again to Figure 11, described turn-knob block 224 is set to " L " type, and its one end is connected to prop up Bracer 222, and it is sheathed on described support shaft 223, so, turn-knob block 224 near one end of bracer 222 One end away from a bracer 222 can rotate around support shaft 223, and is fastened on honey spleen, when turn-knob block 224 When rotating towards the direction away from honey spleen, turn-knob block 224 unclamps so that honey spleen can take in fixing groove 221 Under.

Rotate for the ease of turn-knob block 224, such as, referring again to Figure 11, described turn-knob block 224 one end It is connected to described bracer 222, and described turn-knob block 224 is connected to described one end propping up bracer 222 and is provided with Arcwall face, so, is provided with arcwall face owing to turn-knob block 224 is connected to described one end propping up bracer 222, Turn-knob block 224 can be rotated along arcwall face.

In order to increase the frictional force between turn-knob block 224 and honey spleen so that turn-knob block 224 is difficult in vibrations Departing from honey spleen, the most fixing honey spleen, such as, referring again to Figure 11, described turn-knob block 224 is away from institute State one end of bracer 222 and be provided with lobe 225, when turn-knob block towards the one side projection of fixing groove 221 224 when turning to be fastened on honey spleen away from one end of support shaft 223, and lobe 225 is connected to honey spleen, convex Play portion 225 and increase the pressure to honey spleen, thus increase the frictional force between turn-knob block 224 and honey spleen, when When sliding shoe 230 moves, turn-knob block 224 is not easy to depart from honey spleen because of vibrations, thus fixes further Honey spleen.

In order to improve the pressure to honey spleen further, such as, described lobe 225 has pyramidal structure, cone The lobe 225 of shape mechanism increases the pressure to honey spleen so that friction between the two is bigger so that rotation Turn round block 224 to be the most firmly fastened on honey spleen.Owing to the friction between lobe 225 and honey spleen is relatively big, So make turn-knob block 224 be not easy to be fastened on honey spleen, cause fixing honey spleen inefficiency, in order to improve Fastening efficiency, such as, described lobe 225 has arcuate structure, and such as, described lobe 225 has End is the cone mechanism of arc, and so, arc mechanism is conducive to the fastening of turn-knob block 224, thus improves The efficiency being fixed on fixation kit 220 of sweet spleen.

Each technical characteristic of embodiment described above can combine arbitrarily, for making description succinct, the most right The all possible combination of each technical characteristic in above-described embodiment is all described, but, if these skills There is not contradiction in the combination of art feature, is all considered to be the scope that this specification is recorded.

Embodiment described above only have expressed several embodiments of the present utility model, its describe more concrete and In detail, but therefore can not be interpreted as the restriction to utility model patent scope.It should be pointed out that, it is right For those of ordinary skill in the art, without departing from the concept of the premise utility, it is also possible to do Going out some deformation and improvement, these broadly fall into protection domain of the present utility model.Therefore, this utility model is special The protection domain of profit should be as the criterion with claims.

Claims (10)

1. a Mel acquisition device, it is characterised in that including: sealed compartment, linear accelerating mechanism and feeding Mechanism；Described linear accelerating mechanism is connected with described feed mechanism, described linear accelerating mechanism and described feeding Mechanism is arranged in described sealed compartment, and described sealed compartment is provided with discharging opening, and described feed mechanism is with described Discharging opening connects；

Described linear accelerating mechanism includes driving assembly, fixation kit, sliding shoe and slide rail, described fixing group Part is fixing with described sliding shoe to be connected, and described sliding shoe is slideably positioned on described slide rail, described driving assembly With described sliding shoe drive connection, described fixation kit is provided with multiple fixing groove；

Also include that barrier module, described barrier module are arranged at least one end of described slide rail, described sliding shoe Activity is connected to described barrier module.

Mel acquisition device the most according to claim 1, it is characterised in that described barrier module is arranged Two ends in described slide rail.

Mel acquisition device the most according to claim 1, it is characterised in that described barrier module includes Stop block and buffer stopper, described stop block is fixing with described slide rail to be connected, and described buffer stopper is arranged at described gear Stops abuts towards the one side of described sliding shoe, described buffer stopper with described sliding shoe activity.

Mel acquisition device the most according to claim 3, it is characterised in that described buffer stopper is rubber Block.

Mel acquisition device the most according to claim 3, it is characterised in that described buffer stopper is wooden unit.

Mel acquisition device the most according to claim 3, it is characterised in that described buffer stopper is towards institute The one side stating sliding shoe is provided with wave structure.

Mel acquisition device the most according to claim 3, it is characterised in that described buffer stopper is towards institute The one side stating sliding shoe is provided with broached-tooth design.

Mel acquisition device the most according to claim 3, it is characterised in that described barrier module also wraps Including elastic component, described elastic component one end is connected to the described stop block one side away from described sliding shoe, the other end Fix with described slide rail and be connected.

Mel acquisition device the most according to claim 3, it is characterised in that described barrier module also wraps Including elastic component, described elastic component is connected between described buffer stopper and described stop block.

Mel acquisition device the most according to claim 9, it is characterised in that described elastic component is bullet Spring.