CN206197487U

CN206197487U - Layer frame assembled unit and combined bay

Info

Publication number: CN206197487U
Application number: CN201620789259.3U
Authority: CN
Inventors: 詹琦闵
Original assignee: 詹琦闵
Priority date: 2016-07-26
Filing date: 2016-07-26
Publication date: 2017-05-31
Anticipated expiration: 2026-07-26

Abstract

The utility model is on a kind of layer frame assembled unit and combined bay, mainly include a hack lever and a laminate, the hack lever is the single section with hollow geometric shape, and the body of rod extended along a direction, the hack lever is to include more than one chute, more than one location division is arranged with the more than one chute, the laminate is hollow, rectangular plate body, and respectively in two opposite sides a trip is convexly equipped with respectively, more than one location structure is respectively equipped with each trip, the laminate is to be slidably installed in the chute with each trip correspondence, and each corresponding location division is fastened on each location structure respectively；The utility model is the characteristic by the flexible dismounting of layer frame assembled unit, any combination, and the demand being close to the users builds the combined bay of various different profiles.

Description

Layer frame assembled unit and combined bay

Technical field

The utility model is to be related to a kind of furniture spare part, especially a kind of layer frame assembled unit and combined bay.

Background technology

Modern Family changes due to consumer behavior, largely buys more article and hoards the custom as most of family, therefore, such as What substantial amounts of article of storage becomes a knowledge in Modern Family, and many families can all be in and add many combined bays or put Thing cabinet is put or receives article, however, the furniture for accommodation such as existing combined bay or article placing cabinet be generally all when dispatching from the factory all Be completed, or there is certain size or profile to limit, therefore, consumer when such furniture is bought more in selection, usually because It limits and needs to yield to existing commodity, and cannot choose the furniture for accommodation for being best suitable for home environment.

And in recent years, because IKEA furniture companies have been advocated from the concept for organizing furniture, therefore, user is in selection furniture When, diversity is not only added, also can gradually receive the behavior of voluntarily assembled furniture, however, much furniture nevertheless suffer from spy Fixed profile and size are limited, it is impossible to allow user to be voluntarily assembled into desired appearance, additionally, being required for making in an assembling process With the hardware of specific dimensions, allow user that the problem of part deficiency or assembling parts mistake usually occurs in installation process, Cause the puzzlement of user.

Utility model content

Still limited by given configuration and size to solve existing furniture, and need to be matched somebody with somebody using specific hardware zero during assembling Part and the problems such as there is spare and accessory parts not enough and assembly defect, main purpose of the present utility model is that to provide a kind of layer frame combination single Unit and combined bay, it is to be available for users to Optional assembling, and in an assembling process, it is not necessary to using any hardware spare and accessory parts just Can fix, and also without can arbitrarily repeat to assemble using instrument, it is considerably practical.

The utility model with technological means be that a kind of layer frame assembled unit is provided, it is characterised in that including：

One hack lever, is the single section with hollow geometric shape, and the body of rod extended along a direction, and it includes one More than chute and more than one location division, the more than one chute is arranged on the wherein one side of the hack lever, and along The bearing of trend of the hack lever extends, and the more than one location division is respectively arranged with each chute；

One laminate, it is hollow, rectangular plate body, and in the two opposite sides of the laminate is convexly equipped with a trip respectively respectively, each Trip is respectively equipped with more than one location structure, and the laminate is the wherein cunning that the hack lever is slidably installed in wherein trip correspondence Groove, makes the laminate be positioned at corresponding location division in each hack lever with corresponding location structure.

The utility model with technological means be that a kind of combined bay is provided, it is characterised in that including：

Multiple hack levers, each hack lever is the single section with hollow geometric shape, and the body of rod extended along a direction, its bag More than one chute and more than one location division are included, the more than one chute is arranged on wherein one end of the hack lever Face, and along the bearing of trend of the hack lever, the more than one location division is correspondingly arranged in the more than one chute；

Multiple laminates, each laminate is hollow, rectangular plate body, and in the two opposite sides of each laminate is convexly equipped with a card respectively respectively Tenon, being respectively equipped between more than one location structure, each two-ply in each trip is connected with each other by a hack lever, to be formed Closing or the Combined shelf body of open shape, wherein, each two-ply is slidably installed in corresponding hack lever with wherein trip correspondence respectively A wherein chute, makes each laminate be positioned at corresponding location division in each hack lever with corresponding location structure.

Layer frame assembled unit as the aforementioned or combined bay, the wherein more than one location structure are to include one to house Groove, one are installed with spring in the storage tank, and one is installed with the storage tank and is resisted against the card bead of the spring at front end.

Layer frame assembled unit as the aforementioned or combined bay, the wherein hack lever are provided with more than two chutes, and wantonly two slide Cao Liang centers vertical line shape has angle, and it is 90 degree to 180 degree that the angle of the angle is.

Layer frame assembled unit as the aforementioned or combined bay, wherein hack lever can for hollow bullet tee section, hollow T section, Hollow star section, hollow hexagon corner section, hollow L type section or hollow, rectangular section.

Combined bay as the aforementioned, wherein combined bay can be rectangle combined bay more than rectangle or a lattice, hexagon or one Honeycomb combined bay above.Also shape changeable laminate, or above-mentioned all types of sum total can be combined.

Effect that the utility model can be obtained is promoted：

1st, hack lever of the present utility model and laminate are can be chosen according to the demand of user, and it is basic to be used in assembling Rectangle rack or hexagon frame, and assembled by the stacking of rectangle rack or hexagon frame, and have more kinds of different changes, because This, can more meet the demand of user.

2nd, hack lever of the present utility model and laminate are during assembling, as long as user somewhat applies external force and can just slide Moving frame bar or laminate, are fastened in the location division of hack lever by the location structure on laminate and are positioned, and are entered or released card State processed, assembling can be just completed without other hardware spare and accessory parts or instrument, be not only able to repeatedly assembling, and use is upper very It is flexibly and convenient.

Brief description of the drawings

Fig. 1 is the three-dimensional exploded view of the first preferred embodiment of layer frame assembled unit of the present utility model.

Fig. 2 is the profile of the first preferred embodiment of layer frame assembled unit of the present utility model.

Fig. 3 A be the hack lever of layer frame assembled unit of the present utility model the first preferred embodiment be hollow L-shaped section Figure.

Fig. 3 B are that the second preferred embodiment of the hack lever of layer frame assembled unit of the present utility model is cuing open for hollow bullet shaped Face figure.

Fig. 3 C be the hack lever of layer frame assembled unit of the present utility model the 3rd preferred embodiment be hollow T-shaped section Figure.

Fig. 3 D are that the 4th preferred embodiment of the hack lever of layer frame assembled unit of the present utility model criss-cross is cutd open for hollow Face figure.

Fig. 3 E are that the 5th preferred embodiment of the hack lever of layer frame assembled unit of the present utility model is the section of hollow, rectangular Figure.

Fig. 3 F are the 6th preferred embodiment of the hack lever of layer frame assembled unit of the present utility model for hollow hexagon is angular Profile.

Fig. 3 G are that the 7th preferred embodiment of the hack lever of layer frame assembled unit of the present utility model is cuing open for hollow hexagon Face figure.

Fig. 4 is the three-dimensional exploded view of the 6th preferred embodiment of layer frame assembled unit of the present utility model.

Fig. 5 is the profile of the 6th preferred embodiment of layer frame assembled unit of the present utility model.

Fig. 6 is the stereogram of the rectangle combined bay of the first preferred embodiment of combined bay of the present utility model.

Fig. 7 is the stereogram of the rectangular multilayer combined bay of the second preferred embodiment of combined bay of the present utility model.

Fig. 8 is the stereogram of the rectangle complex composition frame of the 3rd preferred embodiment of combined bay of the present utility model.

Fig. 9 is the stereogram of the regular hexagon combined bay of the 4th preferred embodiment of combined bay of the present utility model.

Figure 10 is the stereogram of the honeycomb multiple layer combination frame of the 5th preferred embodiment of combined bay of the present utility model.

Figure 11 is the stereogram of the regular hexagon complex composition frame of the 6th preferred embodiment of combined bay of the present utility model.

Figure 12 is the stereogram of the 8th preferred embodiment of the hack lever of layer frame assembled unit of the present utility model.

Figure 13 is the stereogram of the 9th preferred embodiment of the hack lever of layer frame assembled unit of the present utility model.

Specific embodiment

Hereinafter coordinate accompanying drawing and preferred embodiment of the present utility model, it is predetermined real to reach that the utility model is expanded on further The technological means taken with new purpose.

Technical characteristic of the present utility model and practical effect can in detail be understood, and can be realized according to the content of specification, Now further with preferred embodiment as indicated in the drawings, describe in detail as under rear：

The utility model is a kind of layer frame assembled unit, refers to the first preferable reality that Fig. 1~3A is layer frame assembled unit Example is applied, it is to include a hack lever 10A and a laminate 20.

Hack lever 10A is hollow Al squeezing material, the single section with hollow geometric shape, and is extended along an any direction The body of rod, in the present embodiment, hack lever 10A is the single section with hollow L type, and includes a lightening hole 11, two cunnings Groove 12 and multiple location divisions 13, the lightening hole 11 is penetrated along the bearing of trend of hack lever 10A, used as the overall hack lever of mitigation The weight of 10A, two chute 12 is separately positioned on the mutually perpendicular two sides of the hack lever 12, and along the extension of hack lever 10A Directional spreding, it is preferable that it is dovetail groove that two chute 12 is, be arranged with two chute 12 three curved recess and The location division 13 for setting at equal intervals, as the structure positioned with the laminate 20, wherein, as shown in Fig. 2 in the vertical of hack lever 10A The two center vertical lines that section defines two chute 12 form an included angle A, and it is 90 degree to 180 degree that the angle of the included angle A is, such as Fig. 3 A Shown, in the present embodiment, hack lever 10A is the two-sided bar in hollow L-shaped section, and the included angle A of hack lever 10A is 90 degree, and it is Used for both sides connection.

The laminate 20 is concavo-convex blocking and is connected to hack lever 10A, and to form a layer frame assembled unit, the laminate 20 is Hollow, rectangular plate body, and respectively in the two opposite sides of the laminate 20 trip 21 is convexly equipped with respectively, the laminate 20 is with each trip 21 correspondences are slidably installed in each chute 12, and three location structures 22 for setting at equal intervals, each location structure are respectively equipped with each trip 21 22 is to include a storage tank 221, to be installed with spring 222 in the storage tank 221, and one is installed with the storage tank 221 simultaneously The card bead 223 of the front end of spring 222 is resisted against, each location structure 22 is by pushing against the card bead under the situation for releasing blocking 223, the card bead 223 is compressed the spring 222 to be contained in storage tank 221, without protruding the storage tank 221, make a layer skin 20 can in one plane displacement.And the blocking state of location structure 22, it is the pressure for releasing the card bead 223 against making card Pearl 223 is outside by pushing and pressing because of the elasticity of spring 222, the part of the card bead 223 is protruded the storage tank 221, to produce blocking Effect, it is hollow Al squeezing material that the laminate 20 is, and with two side by side and along subtracting that the bearing of trend of laminate 20 is penetrated Baking soda 23.

Laminate of the present utility model 20 can be made by 6063 aluminium, and have the difference of large and small size, large-scale layer Plate is a length of 30 centimeters of plate body, and the middle body of the trip 21 in both sides is that have the location structure 22, small-sized Laminate is a length of 15 centimeters of plate body, and is that the two-end part of the trip 21 of both sides is respectively equipped with a location structure 22.

The occupation mode of the first preferred embodiment of the utility model layer frame assembled unit as shown in Figures 1 and 2, this practicality New layer frame assembled unit is made up of a hack lever 10A and a laminate 20, and the laminate 20 is with the card of wherein side The correspondence of tenon 21 is fastened on the chute 12 of hack lever 10A, and by way of promoting sliding, arrives each card bead 223 of the laminate 20 During each location division 13 in position, each location division 13 that correspondence is fastened on hack lever 10A is ejected respectively, so that the laminate 20 is fixed.

The second to the 7th preferred embodiment of layer frame assembled unit, frame therein are further disclosed such as this case Fig. 3 B~3E Bar 10B~10E is that the confession of chute 12 that can have different profiles and different angles according to user's demand is selected, and is below various states The explanation of sample.

As shown in Figure 3 B, hack lever 10B is the corner bar of hollow bullet tee section, and it is in upright unilateral side shape Into a chute 12, used for being arranged on corner.

As shown in Figure 3 C, hack lever 10C is the face bar of connection three of hollow T section, and it is respectively in the three each shapes in side side Into a chute 12, used for center three side laminates of connection.

As shown in Figure 3 D, hack lever 10D is the connection four sides bar of hollow star section, and it is each in four side sides respectively A chute 12 is formed, is used for center four side laminates of connection.

As shown in FIGURE 3 E, hack lever 10E is the two-sided bar in hollow, rectangular section, and it is respectively formed in both sides vertical plane respectively One chute 12, uses used in connection both sides laminate.

As illustrated in Figure 3 F, hack lever 10F is the corner bar in hollow hexagon corner section, and it is each in two side planes respectively A chute 12 is formed, the central vertical line included angle A of the chute 12 is 120 degree, used for corner connection two-ply, also can be used on group Dress up regular hexagon frame.

As shown in Figure 3 G, hack lever 10G is three face bars of hollow hexagonal cross-section, and it is respectively to be formed in three side planes respectively One chute 12, the central vertical line included angle A of each chute 12 is 120 degree, is used for corner connection three ply board, also can be used on and is assembled into Regular hexagon frame.

As shown in Figure 4, Figure 5, it is layer frame assembled unit of the utility model using the hack lever of the 6th preferred embodiment, its It is identical with the first preferred embodiment, difference is：The layer frame assembled unit of the laminate 20 is combined with a hack lever 10F, wherein, should Hack lever 10E is the corner bar in hexagon corner section, and it is respectively to form a chute 12, two chute in two side planes respectively The included angle A of 12 central vertical line is 120 degree, and the hack lever 10A with first embodiment is identical for remaining structure.

As shown in fig. 6, it is the first preferred embodiment of combined bay of the present utility model, it is preferably implemented by first Layer frame assembled unit in example, the combined bay 30A for being assembled with reference to the hack lever 10A~10G of earlier figures 3A~3G on demand, Combined bay 30A be include four hack lever 10A and four laminates 20 it is combined into rectangle support body.

As shown in fig. 7, it is the second preferred embodiment of combined bay of the present utility model, it is preferably implemented by first Hack lever 10C, the 10D of each combined bay 30A combination earlier figures 3C, 3D in example, it is for different hack levers 10 of arranging in pairs or groups are constituted The combined bay 30B of multilayer, it is to include multiple hack levers 10 and multiple laminates 20, which includes a hack lever 10D, four framves Bar 10C and four hack lever 10A, and it is collocated with four screen works that 12 laminates 20 are constituted.

As shown in figure 8, it is the 3rd preferred embodiment of combined bay of the present utility model, its be by first, second compared with Combined bay 30A, 30B in good embodiment, with reference to the hack lever 10E of earlier figures 3E, it is by different hack levers 10 of arranging in pairs or groups are constituted MULTILAYER COMPOSITE combined bay 30C, it is to include multiple hack lever 10A~10D and multiple laminate 20.

As shown in figure 9, it is the 4th preferred embodiment of combined bay of the present utility model, it is using layer frame assembled unit The 6th preferred embodiment combination, with reference to the hack lever 10F of earlier figures 3F, wherein being assembled by six hack levers and six laminates Form the combined bay 30D of regular hexagon.

As shown in Figure 10, it is the 5th preferred embodiment of combined bay of the present utility model, and it is the using combined bay The regular hexagon combined bay 30D of four preferred embodiments and the hack lever 10F, 10G of combination earlier figures 3F, 3G pass through multiple combined bays 30D is combined into honey comb like combined bay 30E.

As shown in figure 11, it is the 6th preferred embodiment of combined bay of the present utility model, and it is the using combined bay 4th, the hack lever 10A~10F of regular hexagon combined bay 30D, 30E of five preferred embodiments and combination earlier figures 3A~3F, is assembled Into composite multi-layer combined bay 30F.

As shown in figure 12, it is the 8th preferred embodiment of the hack lever of layer frame assembled unit, and hack lever 10G is in the chute Two are further provided with 12 and lead the fastening part 15 of a portion 14 and, this two lead a portion 14 be respectively position at the two ends of the chute 12, And recess triangular in shape, it is that the fastening part 15 is rectangular shape respectively with the tip of triangle towards setting in the chute 12 Groove and position this two lead a portion 1 between, this two is led a portion 14 and is used in easily guiding the location structure of the laminate and more hold Easily installed, and with preferably locating effect.

As shown in figure 13, it is the 9th preferred embodiment of the hack lever of layer frame assembled unit, and it is the 8 with the hack lever Preferred embodiment duplicate, difference is that the location division 13 is provided in the central part of the fastening part 15, other with the hack lever The 8th preferred embodiment it is identical, will not be repeated here.

As shown in preceding each embodiment, layer frame assembled unit of the present utility model is to select different hack lever 10A by user ~10F, and the combined bay of various patterns can be combined into according to the wish of user, various combined bays can be by different framves Bar 10A~10F is combined as the cell or many lattice combined bays of rectangle, can be a lattice, four lattice, nine lattice, 12 lattice, 16 lattice or The rectangle rack of above lattice number and combination, or honey comb like cell or many lattice combined bays are combined into, can be a lattice, three lattice, six The honeycomb combined bay of lattice, ten lattice, 17 lattice, 21 lattice or more lattice number and combination, and in the middle of the process installed, only Need just complete to install by hack lever 10A~10F and the laminate 20 structure of itself, as long as user somewhat applies outward Power can just slide hack lever or laminate, be fastened in the location division of hack lever by the location structure on laminate and positioned, and go forward side by side Enter or release blocking state, it is not necessary to the hardware spare and accessory parts or instrument for arranging in pairs or groups again extra, the considerably intuition on being applied in combination, and User can be allowed arbitrarily to arrange the profile to be assembled.

The above is only preferred embodiment of the present utility model, not does any formal to the utility model Limitation, although the utility model is disclosed as above with preferred embodiment, but is not limited to the utility model, any ability The technical staff in domain, is not departing from the range of technical solutions of the utility model, should utilize in the technology of the disclosure above Appearance is made a little change or is modified to the Equivalent embodiments of equivalent variations, as long as without departing from technical solutions of the utility model Hold, any simple modification, equivalent variations and the modification made to above example according to technical spirit of the present utility model, still Belong in the range of technical solutions of the utility model.

Claims

1. a kind of layer frame assembled unit, it is characterised in that including：

One hack lever, is the single section with hollow geometric shape, and the body of rod extended along a direction, and it includes more than one Chute and more than one location division, the more than one chute is arranged on the wherein one side of the hack lever, and along this The bearing of trend of bar extends, and the more than one location division is respectively arranged with each chute；

One laminate, it is hollow, rectangular plate body, and in the two opposite sides of the laminate is convexly equipped with a trip respectively respectively, in each trip More than one location structure is respectively equipped with, the laminate is the wherein chute that the hack lever is slidably installed in wherein trip correspondence, The laminate is set to be positioned at corresponding location division in each hack lever with corresponding location structure.

2. layer frame assembled unit according to claim 1, it is characterised in that wherein each location structure is to include respectively Storage tank, one are installed with spring in the storage tank, and one is installed with the storage tank and is resisted against the card bead of the spring at front end.

3. layer frame assembled unit according to claim 1 and 2, it is characterised in that wherein the hack lever be provided with two with On chute, two center vertical line shapes of wantonly two chute have angle, and it is 90 degree to 180 degree that the angle of the angle is.

4. layer frame assembled unit according to claim 1 and 2, it is characterised in that during the cross sectional shape of the wherein hack lever is Gap bullet tee section, hollow T section, hollow star section, hollow hexagon corner section, the section of hollow L type or in The one of which of empty square-section.

5. layer frame assembled unit according to claim 1 and 2, it is characterised in that wherein in the chute of the hack lever further It is provided with two and leads a portion and a fastening part, two to lead a portion is that at the two ends of the chute, the blocking position two is led at this for position respectively for this Between the portion of position.

6. a kind of combined bay, it is characterised in that including：

Multiple hack levers, each hack lever is the single section with hollow geometric shape, and the body of rod extended along a direction, and it is included More than one chute and more than one location division, the more than one chute are arranged on the wherein end face of the hack lever, and Along the bearing of trend of the hack lever, the more than one location division is correspondingly arranged in the more than one chute；

Multiple laminates, each laminate is hollow, rectangular plate body, and in the two opposite sides of each laminate is convexly equipped with a trip respectively respectively, Each trip is respectively equipped between more than one location structure, each two-ply to be connected with each other by a hack lever, to form closing Or the Combined shelf body of open shape, wherein, each two-ply is slidably installed in corresponding hack lever wherein with wherein trip correspondence respectively One chute, makes each laminate be positioned at corresponding location division in each hack lever with corresponding location structure.

7. combined bay according to claim 6, it is characterised in that each location structure of wherein each hack lever is to include respectively One storage tank, one are installed with spring in the storage tank, and one is installed with the storage tank and is resisted against the card bead of the spring at front end.

8. the combined bay according to claim 6 or 7, it is characterised in that wherein each hack lever is provided with more than two cunnings Groove, two center vertical line shapes of wantonly two chute have angle, and it is 90 degree to 180 degree that the angle of the angle is.

9. the combined bay according to claim 6 or 7, it is characterised in that wherein combined bay is by multiple hack levers and multiple laminates Constitute rectangle combined bays more than a lattice.

10. the combined bay according to claim 6 or 7, it is characterised in that wherein combined bay is by multiple hack levers and multiple layers Plate constitutes honeycomb combined bays more than a lattice.