CN205250109U - Novel honeycomb structure and honeycomb subassembly - Google Patents
Novel honeycomb structure and honeycomb subassembly Download PDFInfo
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- CN205250109U CN205250109U CN201521140063.3U CN201521140063U CN205250109U CN 205250109 U CN205250109 U CN 205250109U CN 201521140063 U CN201521140063 U CN 201521140063U CN 205250109 U CN205250109 U CN 205250109U
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Abstract
The utility model discloses a novel honeycomb structure and honeycomb subassembly, including fixed plate and sliding plate, be equipped with half groove of a plurality of that is used for storing honey on the fixed plate, be equipped with half groove of a plurality of that is used for storing honey on the sliding plate, in opposite directions all half bank of cells become the storage honey groove that a plurality ofs are complete on fixed plate and the sliding plate, and fixed plate and sliding plate can the relative slips, and all half grooves on the relative slip after -fixing board and take place the dislocation rather than all half grooves on the sliding plate in opposite directions and produce spaces are stored honey in storage sweet groove and are flowed out in following the space, the application the utility model discloses collect honey, collect honey again after need not taking out the beehive with the honeycomb, it is simply easy -to -use, labour saving and time saving, the extensive cluster metaplasia of being convenient for is produced, gets rid of the honeycomb and takes out beehive to the process of putting into the beehive once more, does not have harmful substance and is infected with and causes the honeycomb pollution to protected the honeybee, also made the consumer purchase natural contamination free security product.
Description
Technical field
The utility model relates to a kind of beehive honeycomb structure, particularly a kind of Novel honeycomb structure and honeycomb groupPart.
Background technology
Along with improving constantly of people's living standard, the mankind more and more pay attention to the health-care effect of wholefood, honeybeeThe bee products such as glue, royal jelly, Bee Pollen, honey, bee pupa directly come from the Nature, are real naturalHealth food, bee product to antibacterial bacteriostatic, cytothesis, enhancing immunity, regulate neural, eliminate tired,Improve the effect of blood circulation and respiratory function, be familiar with gradually by people, China is large as global bee-keepingState, bee-keeping has become the Important Economic source of domestic many professional apiaries.
The product honeycomb cross section that existing honeybee is built is regular hexagon, obtains maximum with minimum construction materialUsage space, this is the wisdom of honeybee in the Nature; As the beehive existing of all kinds of cultivation, itsInner honeycomb structure has also been used for reference the honeycomb that honeybee is built; In the time collecting honey, need to pry open beehive pairLid, carrying has the honeycomb of honey, with the honey lid of cutting off the honey comb and lancinating on honeycomb, afterwards honeycomb is put into and is extracted honeyBucket, utilizes centrifugal action that honey is sifted out, and then honeycomb is put back to beehive and again collect honey.
Existing beehive with and inner honeycomb there is following limitation while collecting honey using:
1,, while collecting honey, the honeycomb that has honey need to be taken out from beehive, with the honeybee of lancinating of cutting off the honey combHoney lid on nest, puts honeycomb the bucket of extracting honey into afterwards, utilizes centrifugal action that honey is sifted out; Step like thisLoaded down with trivial details, take time and effort, be unfavorable for that large-scale clusterization produces, honeycomb takes out beehive to again putting into beehiveIn process, likely have harmful substances be infected with cause honeycomb pollute, What is more may injure honeybee,Cause bee-keeper to suffer heavy losses, also the consumer who buys product is formed to potential threat;
2 and lancinating honey lid on honeycomb and very easily cause honeybee when extracting honey barrel centrifugal honey with cutting off the honey combThe damage of nest, can not utilize again, improves production cost.
Utility model content
The purpose of this utility model is to overcome the honeycomb knot of the existing beehive of existing employing in prior artStructure is collected honey complex steps, is taken time and effort, have the above-mentioned deficiency of pollution risk in handling process, andAdopt the beehive of existing honeycomb structure to be unfavorable for the above-mentioned deficiency that large-scale clusterization is produced, provide the one canHoneycomb is not taken out to just direct Novel honeycomb structure and the honeybee that gather honey in honeycomb in beehive of energy of beehiveNest assembly.
In order to realize above-mentioned utility model object, the utility model provides following technical scheme:
A kind of Novel honeycomb structure, comprises fixed head and sliding panel, and described fixed head is provided with for storing honeybeeSeveral half grooves of honey, described sliding panel is provided with several half grooves for storing honey, described fixed headForm several complete storage nectaries, described fixed head and slip with all described half groove in opposite directions on sliding panelPlate can relative sliding, and after relative sliding, on described fixed head and sliding panel, all described half groove in opposite directions occursDislocation produces space, and the honey being stored in described storage nectary flows out from described space.
A kind of Novel honeycomb structure described in the utility model, regathers honeybee after honeycomb need not being taken out to beehiveHoney, is simple and easy to use, time saving and energy saving, removes honeycomb and takes out beehive to the process of again putting into beehive, does not existHarmful substance is infected with and is caused honeycomb to pollute, thereby has protected honeybee, also makes consumer buy natural pollution-freeSafety product.
Preferably, described fixed head top is 120mm-240mm to bottom size range, described sliding panelTop is 100mm-200mm to bottom size range.
The requirement of weight to structural strength after the full honey of the satisfied storage of selected size range one side, satisfied on the one handThe The more the better requirement of storage nectary number.
Preferably, on described fixed head and sliding panel, each storage nectary of each described half groove composition is in opposite directionsPositive hexagon groove, the opening of described positive hexagon groove is towards the vertical edge of described fixed head and sliding panel.
Preferably, the orthohexagonal circumscribed circle diameter scope of the cross section of described positive hexagon groove is5.5mm-8.5mm。
Mostly be apis mellifera and apis cerana owing to propagating artificially, suitable the two body of described diameter range.
Preferably, described fixed head and sliding panel plate face is in opposite directions respectively arranged with described half groove of two row, described inThe cell body of half groove is inclined to set with respect to described fixed head and sliding panel top margin and is oblique to the middle part of plateHave a down dip.
Adopt two row two vertical edge directions that half groove can make full use of platy structure to be set as storage nectaryOpening direction, has increased the number of storing up nectary on platy structure, brings maximizing the benefits; The cell body phase of half grooveFor fixed head with sliding panel top margin is inclined to set and to oblique the having a down dip in middle part of plate, be conducive to store up nectaryThe honey of interior storage gathers to the middle part of plate and does not overflow.
Preferably, the angle being obliquely installed described in is 5 °-30 °.
The setting at angle of inclination fully takes into account and can make to be difficult for overflowing after the easy discrepancy of honeybee and the full honey of storage.
As further preferably, described angle of inclination is 10 °.
The preferred plan at angle of inclination is set from structural mechanics and hydrodynamics.
Preferably, described fixed head is provided with circular hole, and described sliding panel is provided with elliptical aperture, camshaft pathAdaptive described elliptical aperture minor axis, the adaptive described circular hole in the large footpath of described camshaft, rotates described in described camshaft makesThe relatively described circular hole of elliptical aperture moves back and forth, and has both made described fixed head and sliding panel do relatively reciprocating motion, therebyMake on described fixed head and sliding panel all described half groove in opposite directions can form a complete described storage honeyGroove or the generation space that occurs to misplace.
Preferably, described fixed head is provided with square frame, and described sliding panel is provided with slip square frame, described slipThe adaptive described square frame of square frame, can stir the relatively described square frame of described slip square frame and move back and forth, described in driveThe relatively described fixed head of sliding panel moves back and forth, thereby makes on described fixed head and sliding panel all institutes in opposite directionsStating half groove can form a complete described storage nectary or dislocation generation space occurs.
Preferably, described fixed head bottom is provided with feeder, slides for collecting described fixed head and sliding panelThe honey flowing out from described storage nectary after dislocation.
The utility model also provides a kind of Novel honeycomb assembly, comprises several above-mentioned Novel honeycomb knotsStructure, the fixed head of all described Novel honeycomb structures becomes linking together of array, all described sliding panel energyEnough relatively corresponding described fixed heads slide.
The Novel honeycomb assembly being spliced into by above-mentioned several Novel honeycomb arraies of structures, is collecting on honeyFacility, is applicable to extensively promoting, and is convenient to large-scale clusterization and produces, and has improved production efficiency and efficiency.
Preferably, the two sides of each described fixed head and sliding panel is equipped with half groove described in several.
Further increase the number of storing up nectary on platy structure, brought maximizing the benefits.
Preferably, described fixed head is provided with limitting casing, connection bump and the company with described connection bump adaptationAccess slot, described connection bump and link slot can make to interconnect and form battle array between every two described fixed headsRow, described sliding panel is provided with the limiting plate with described limitting casing adaptation, every two be connected described fixingThe plate realizing middle limiting sliding panel described in a slice that is slidably connected.
Preferably, one end of the honeycomb assembly of described fixed head and sliding panel composition is provided with end casing one, described inEnd casing one is connected in described fixed head, the plate face that described end casing one connects described fixed head be provided with half groove,Feeder, connection bump and limitting casing, described end casing one is also provided with circular hole; Described fixed head and sliding panelThe other end of the honeycomb assembly of composition is provided with end casing two, and described end casing two is connected in described fixed head, instituteState the plate face that end casing two connects described fixed head and be provided with half groove and link slot, described end casing two is also provided with circleThe collection hole of hole and a described feeder of adaptation, the honey that described feeder is collected can be from described collection holeFlow out, described collection hole adaptation has collection port lid.
In sum, compared with prior art, the beneficial effects of the utility model are:
A kind of Novel honeycomb structure beneficial effect described in the utility model is:
1, use a kind of Novel honeycomb structure described in the utility model to collect honey, honeycomb need not be taken outAfter beehive, regather honey, be simple and easy to use, time saving and energy saving, remove honeycomb and take out beehive to again putting into beehiveProcess, do not have harmful substances be infected with cause honeycomb pollute, thereby protected honeybee, also make consumer purchaseBuy natural free of contamination safety product;
2, a kind of Novel honeycomb structure described in the utility model is collected honey, wherein said half all grooveEach storage nectary of composition is positive hexagon groove, and half groove that adopts two row to arrange can make full use of tabular knotTwo vertical edge directions of structure, as storage nectary opening direction, have increased the number of storing up nectary on platy structure,Bring maximizing the benefits;
3, a kind of Novel honeycomb structure described in the utility model is collected honey, the cell body of wherein said half grooveBe inclined to set and to oblique the having a down dip in middle part of individual plate, be obliquely installed from structural capacity with respect to the top margin of each plateLearn and hydrodynamics aspect fully takes into account and can make honeybee easily come in and go out and be conducive to store up storage in nectaryHoney gathers the middle part to plate, and the full honey of storage is also difficult for overflowing;
4, a kind of Novel honeycomb structure described in the utility model is collected honey, wherein half groove on sliding panelPreferable width is less than the width of half groove on other each plates, and the seamed edge of half groove on sliding panel is towards plate endTilt, be conducive to reduce half groove and first groove seamed edge contact friction of other each plates on sliding panel, the seam reservingGap more easily misplaces the storage nectary that fills up honey, is user-friendly to experience.
A kind of honeycomb assembly beneficial effect described in the utility model is:
1, use a kind of Novel honeycomb assembly described in the utility model to collect honey, due to this Novel honeycombAssembly is spliced by above-mentioned several Novel honeycomb arraies of structures, in the beneficial effect that has of above-mentioned Novel honeycomb structureFruit basis is upper, also has in the facility of collecting on honey, is applicable to extensively promoting, and be convenient to large-scale clusterization and produce,Production efficiency and efficiency are improved;
2, use a kind of Novel honeycomb assembly described in the utility model to collect honey, save with cutting off the honey comb and lancinateThe intermediate link of falling the honey lid on honeycomb and may causing honeycomb to damage with the centrifugal honey of bucket of extracting honey etc., effectively fallsLow bee-keeping operating cost.
Brief description of the drawings
Fig. 1 is the schematic diagram of a kind of Novel honeycomb structure described in the utility model;
Fig. 2-a is the structural representation of the fixing version of a kind of Novel honeycomb structure described in the utility model;
Fig. 2-b is the axis side view such as grade of the fixing version of a kind of Novel honeycomb structure described in the utility model;
Fig. 2-c is the front view of the fixing version of another kind of a kind of Novel honeycomb structure described in the utility model;
Fig. 3-a is the structural representation of the sliding pane of a kind of Novel honeycomb structure described in the utility model;
Fig. 3-b is the front view of the another kind of sliding pane of a kind of Novel honeycomb structure described in the utility model;
Fig. 4 is the structural representation of the camshaft of a kind of Novel honeycomb structure described in the utility model;
Fig. 5 is the annexation schematic diagram of a kind of Novel honeycomb assembly described in the utility model;
Fig. 6-a is the structural representation of the end casing one of a kind of Novel honeycomb assembly described in the utility model;
Fig. 6-b is the front view of the end casing one of a kind of Novel honeycomb assembly described in the utility model;
Fig. 6-c is the rearview of the end casing one of a kind of Novel honeycomb assembly described in the utility model;
Fig. 7-a is the structural representation of the end casing two of a kind of Novel honeycomb assembly described in the utility model;
Fig. 7-b is the front view of the end casing two of a kind of Novel honeycomb assembly described in the utility model;
Fig. 7-c is the rearview of the end casing two of a kind of Novel honeycomb assembly described in the utility model;
Fig. 8 is the structural representation of the collection port lid of a kind of Novel honeycomb assembly described in the utility model;
Fig. 9 is the occupation mode schematic diagram of a kind of Novel honeycomb assembly described in the utility model;
Figure 10-a is the structural representation of a kind of Novel honeycomb assembly described in the utility model;
Structural representation when Figure 10-b is a kind of Novel honeycomb assembly collection honey described in the utility model;
Figure 11-a is the partial enlarged drawing of circled in Figure 10-a;
Figure 11-b is the partial enlarged drawing of circled in Figure 10-b.
Mark in figure: 1-end casing one, 11-half groove, 12-feeder, 13-connection bump, 14-limitting casing,15-circular hole, 2-end casing two, 21-half groove, 22-link slot, 23-circular hole, 24-collection hole, 25-collection holeLid, 3-fixed head, 31-half groove, 32-feeder, 33-connection bump, 34-limitting casing, 35-circular hole, 36-Link slot, 37-square frame, 4-sliding pane, 41-half groove, 42-limiting plate, 43-elliptical aperture, 44-slip square frame,5-camshaft.
Detailed description of the invention
Below in conjunction with test example and detailed description of the invention, the utility model is described in further detail. But noThis should be interpreted as to the scope of the above-mentioned theme of the utility model only limits to following embodiment, all based on this practicalityThe technology that novel content realizes all belongs to scope of the present utility model.
Embodiment 1
As shown in Figure 1, the schematic diagram of a kind of Novel honeycomb structure described in the utility model, comprises fixed head3 and sliding panel 4; Fixed head 3 is provided with several half grooves 31 for storing honey, on sliding panel 4, establishesBe useful on and store several half grooves 41 of honey, all half grooves 31 in opposite directions on fixed head 3 and sliding panel 4With half several complete storage nectaries of groove 41 composition, fixed head 3 and sliding panel 4 can relative slidings, phaseDislocation is occurred to for all half grooves 31 in opposite directions on slip rear fixed plate 3 and sliding panel 4 and half groove 41 produces emptyGap, the honey being stored in nectary flows out from described space.
In figure, the direction of arrow is the glide direction of sliding panel 4 relative fixed heads 3.
As shown in Fig. 2-a and Fig. 2-b, the fixing version 3 of a kind of Novel honeycomb structure described in the utility modelSchematic diagram, comprises half groove 31, feeder 32, connection bump 33, limitting casing 34, circular hole 35 and is connectedGroove 36; Two plate faces of fixing version 3 are respectively arranged with two row half grooves 31, and the bottom of fixing version 3 is provided withFeeder 32, a plate face surrounding of fixing version 3 is provided with connection bump 33, another of fixing version 3Plate face surrounding is provided with the link slot 36 that adapts to connection bump 33, and a plate face surrounding of fixing version 3 is establishedBe equipped with limitting casing 34, the top of fixing version 3 is provided with circular hole 35.
As shown in Fig. 3-a, the structural representation of the sliding pane 4 of a kind of Novel honeycomb structure described in the utility modelFigure, comprises half groove 41, limiting plate 42, elliptical aperture 43; Two plate faces of sliding pane 4 are respectively arranged with twoRow half groove 41, the surrounding of sliding pane 4 is provided with limiting plate 42, and the top of sliding pane 4 is provided with elliptical aperture43。
Limitting casing 34 adaptations in limiting plate 42 and above-mentioned fixing version 3.
As shown in Figure 4, the structural representation of the camshaft 5 of a kind of Novel honeycomb structure described in the utility model;Adaptive elliptical aperture 43 minor axises of camshaft 5 paths, the adaptive circular hole 35 in the large footpath of camshaft 5, rotating cam axle 5The relative circular hole 35 of elliptical aperture 43 is moved back and forth, thereby fixed head 3 and sliding panel 4 are done relatively reciprocating motion.
As shown in Figure 5, the annexation schematic diagram of a kind of Novel honeycomb assembly described in the utility model; End capPlate 1 is fixedly connected with the link slot 36 on fixed head 3 by connection bump 13, and fixed head 3 is by connectingProjection 33 link slots 22 that are fixedly connected with on end casing 22; End casing 1 passes through with fixed head 3 is middleThe spacing sliding panel 4 that is slidably connected of adaptation of limitting casing 14 and sliding panel 4 upper limit plates 42, end casing 22Middle by the spacing cunning that is slidably connected of adaptation of limitting casing 34 and sliding panel 4 upper limit plates 42 with fixed head 3Moving plate 4, sliding panel 4 can opposite end cover plate 1, end casing 22 and fixed head 3 slide.
Connection bump 33 and link slot 36 that multiple fixed heads 3 can arrange above by it are composed of a fixed connectionArray, every two fixed head being connected 3 realizing middle limitings a slice sliding panel 4 that is slidably connected, thus make this realityWith novel described a kind of Novel honeycomb structure composition a kind of Novel honeycomb assembly described in the utility model.
Use the utility model to collect honey, regather honey after honeycomb need not being taken out to beehive, be simple and easy to use,Time saving and energy saving, be convenient to large-scale clusterization and produce, remove honeycomb and take out beehive to the process of again putting into beehive,Do not have harmful substances be infected with cause honeycomb pollute, thereby protected honeybee, also make consumer buy naturalFree of contamination safety product.
As shown in Fig. 6-a, Fig. 6-b and Fig. 6-c, the end cap of a kind of Novel honeycomb assembly described in the utility modelThe schematic diagram of plate 1, comprises half groove 11, feeder 12, connection bump 13, limitting casing 14 and circular hole15; A plate face of end casing 1 is provided with two row half grooves 11, same with half groove 11 on end casing 1Plate face bottom is provided with feeder 12, on end casing 1, is provided with and is connected with the same plate face of half groove 11 surroundingProjection 13, is provided with limitting casing 14, end casing 1 with the same plate face of half groove 11 surrounding on end casing 1Top be provided with circular hole 15.
As shown in Fig. 7-a, Fig. 7-b, Fig. 7-c and Fig. 8, a kind of Novel honeycomb assembly described in the utility modelThe schematic diagram of end casing 22, comprise half groove 21, link slot 22, circular hole 23 and collection hole 24; And thisA kind of structural representation of collection port lid 25 of Novel honeycomb assembly described in utility model; End casing 22A plate face is provided with two row half grooves 21, on end casing 22, is provided with and connects with the same plate face of half groove 21 surroundingAccess slot 22, the top of end casing 22 is provided with circular hole 23, and the bottom of end casing 22 is provided with collection hole24, collection hole 24 adaptations have the port lid 25 of collection.
Collection hole 24 is connected with the level and smooth adaptation of feeder 32 in above-mentioned fixing version 3.
As shown in Fig. 9, Figure 10-a, Figure 10-b, Figure 11-a and Figure 11-b, one described in the utility modelThe occupation mode schematic diagram of Novel honeycomb assembly; After the good described honeycomb assembly of splicing, all several half grooveForm several complete storage nectaries, as shown in Figure 10-a, the honey producing until honeybee is stored in after storage nectary,Camshaft 5 is inserted in the hole on each plate top, by the rotating cam of direction shown in curved arrow axle 5 in Fig. 9,Cam portion upwards drives the elliptical aperture 43 on each sliding panel 4, thereby makes sliding panel 4 by Fig. 9The motion of direction shown in straight arrows, in Fig. 9, dotted line shows the position versus relation of sliding panel 4 motion front and back,After sliding panel 4 slides, sliding panel 4 first grooves 41 misplace with other not moving first grooves of plate, produce emptyGap, as shown in Figure 10-b, the honey in storage nectary flows into feeder 32 downwards along the direction of arrow in Figure 11-bWith feeder 12, open to collect after port lid 25 and flow out from collection hole 24 again.
Each storage nectary of above-mentioned half all groove composition is positive hexagon groove, half groove that adopts two row to arrangeCan make full use of two vertical edge directions of platy structure as storage nectary opening direction, increase tabular knotOn structure, store up the number of nectary, bring maximizing the benefits; The cell body of half groove is to tilt to establish with respect to the top margin of each platePut and to oblique the having a down dip in middle part of individual plate, angle of inclination is 10 °, the setting at angle of inclination is from structural mechanicsFully take into account and can make honeybee easily come in and go out and be conducive to store up the honeybee storing in nectary with hydrodynamics aspectHoney gathers the middle part to plate, and the full honey of storage is also difficult for overflowing.
Wherein half groove 41 preferable width on sliding panel 4 are less than the width of half groove on other each plates, andThe seamed edge of half groove 41 on sliding panel 4 tilts towards plate end, is conducive to reduce on half groove 41 and other each platesHalf groove seamed edge contact friction, the gap reserving more easily misplaces the storage nectary that fills up honey, facilitates user to makeWith experience.
Embodiment 2
As different from Example 1:
As shown in Fig. 2-c, the knot of the fixing version 3 of the another kind of a kind of Novel honeycomb structure described in the utility modelComposition, replaces circular hole 35 with square frame 37, and all the other structures are constant.
As shown in Fig. 3-b, the knot of the another kind of sliding pane 4 of a kind of Novel honeycomb structure described in the utility modelComposition, replaces elliptical aperture 43 with slip square frame 44, and all the other structures are constant.
Fixed head 3 is provided with square frame 37, and sliding panel 4 is provided with slip square frame 44, the adaptive square frame of slip square frame 4437, can stir the relative square frame 37 of slip square frame 44 and move back and forth, drive the relative fixed head 3 of sliding panel 4Move back and forth, thus make on fixed head 3 and sliding panel 4 all half grooves in opposite directions can form one completeStorage nectary or the generation space that occurs to misplace.
Claims (10)
1. a Novel honeycomb structure, comprise fixed head (3) and sliding panel (4), it is characterized in that, described fixed head (3) is provided with several half grooves (31) for storing honey, described sliding panel (4) is provided with several half grooves (41) for storing honey, upper all described half grooves (31) of described fixed head (3) form several complete storage nectaries with upper all described half grooves (41) of sliding panel (4) in opposite directions, described fixed head (3) and sliding panel (4) can relative slidings, all described half groove (31 in opposite directions on described fixed head (3) and sliding panel (4) after relative sliding, 41) there is dislocation and produce space, the honey being stored in described storage nectary flows out from described space.
2. a kind of Novel honeycomb structure according to claim 1, it is characterized in that, on described fixed head (3) and sliding panel (4), each storage nectary of each described half groove (31,41) in opposite directions composition is positive hexagon groove, and the opening of described positive hexagon groove is towards the vertical edge of described fixed head (3) and sliding panel (4).
3. a kind of Novel honeycomb structure according to claim 1, it is characterized in that, described fixed head (3) and sliding panel (4) plate face are in opposite directions respectively arranged with described half groove of two row (31,41), the cell body of described half groove (31,41) is with respect to described fixed head (3) and sliding panel (4) top margin is inclined to set and to oblique the having a down dip in middle part of plate, described in the angle that is obliquely installed be 5 °-30 °.
4. according to the arbitrary described a kind of Novel honeycomb structure of claim 1-3, it is characterized in that, described fixed head (3) is provided with circular hole (35), described sliding panel (4) is provided with elliptical aperture (43), adaptive described elliptical aperture (43) minor axis of camshaft (5) path, the large adaptive described circular hole in footpath of described camshaft (5) (35), rotating described camshaft (5) moves back and forth the relatively described circular hole of described elliptical aperture (43) (35), both made described fixed head (3) and sliding panel (4) do relatively reciprocating motion, thereby make all described half groove (31 in opposite directions on described fixed head (3) and sliding panel (4), 41) can form a complete described storage nectary or dislocation generation space occurs.
5. according to the arbitrary described a kind of Novel honeycomb structure of claim 1-3, it is characterized in that, described fixed head (3) is provided with square frame (37), described sliding panel (4) is provided with slip square frame (44), the adaptive described square frame of described slip square frame (44) (37), can stir the relatively described square frame of described slip square frame (44) (37) moves back and forth, drive the relatively described fixed head of described sliding panel (4) (3) to move back and forth, thereby make all described half groove (31 in opposite directions on described fixed head (3) and sliding panel (4), 41) can form a complete described storage nectary or dislocation generation space occurs.
6. a kind of Novel honeycomb structure according to claim 1, it is characterized in that, described fixed head (3) bottom is provided with feeder (32), for collecting the honey flowing out from described storage nectary after described fixed head (3) and sliding panel (4) slip dislocation.
7. a Novel honeycomb assembly, it is characterized in that, comprise several Novel honeycomb structures as described in as arbitrary in claim 1-5, the fixed head (3) of all described Novel honeycomb structures becomes array to link together, and all described sliding panels (4) can slide by relatively corresponding described fixed head (3).
8. a kind of Novel honeycomb assembly according to claim 7, is characterized in that, the two sides of each described fixed head (3) and sliding panel (4) is equipped with half groove (31,41) described in several.
9. a kind of Novel honeycomb assembly according to claim 7, it is characterized in that, described fixed head (3) is provided with limitting casing (34), connection bump (33) and the link slot (36) adaptive with described connection bump (33), described connection bump (33) and link slot (36) can make to interconnect composition array between every two described fixed heads (3), described sliding panel (4) is provided with the limiting plate (42) adaptive with described limitting casing (34), every two described fixed head (3) realizing middle limitings that are connected sliding panel (4) described in a slice that is slidably connected.
10. according to the arbitrary described a kind of Novel honeycomb assembly of claim 7-9, it is characterized in that, one end of the honeycomb assembly of described fixed head (3) and sliding panel (4) composition is provided with end casing one (1), described end casing one (1) is connected in described fixed head (3), the plate face that described end casing one (1) connects described fixed head (3) is provided with half groove (11), feeder (12), connection bump (13) and limitting casing (14), and described end casing one (1) is also provided with circular hole (15), the other end of the honeycomb assembly of described fixed head (3) and sliding panel (4) composition is provided with end casing two (2), described end casing two (2) is connected in described fixed head (3), the plate face that described end casing two (2) connects described fixed head (3) is provided with half groove (21) and link slot (22), described end casing two (2) is also provided with the collection hole (24) of circular hole (23) and a described feeder of adaptation (32), the honey that described feeder (32) and feeder (12) are collected can flow out from described collection hole (24), described collection hole (24) adaptation has collection port lid (25).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521140063.3U CN205250109U (en) | 2015-12-31 | 2015-12-31 | Novel honeycomb structure and honeycomb subassembly |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201521140063.3U CN205250109U (en) | 2015-12-31 | 2015-12-31 | Novel honeycomb structure and honeycomb subassembly |
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| CN205250109U true CN205250109U (en) | 2016-05-25 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105475177A (en) * | 2015-12-31 | 2016-04-13 | 成都牧蜂人蜂产品有限公司 | Novel honeycomb structure and honeycomb assembly |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105475177A (en) * | 2015-12-31 | 2016-04-13 | 成都牧蜂人蜂产品有限公司 | Novel honeycomb structure and honeycomb assembly |
| CN105475177B (en) * | 2015-12-31 | 2019-03-08 | 成都牧蜂人蜂产品有限公司 | A kind of novel honeycomb structure and honeycomb component |
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