CN204306457U - March bedstead - Google Patents
March bedstead Download PDFInfo
- Publication number
- CN204306457U CN204306457U CN201420690854.2U CN201420690854U CN204306457U CN 204306457 U CN204306457 U CN 204306457U CN 201420690854 U CN201420690854 U CN 201420690854U CN 204306457 U CN204306457 U CN 204306457U
- Authority
- CN
- China
- Prior art keywords
- bracket
- vertical axis
- vertical
- axis
- connecting axle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Classifications
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C19/00—Bedsteads
- A47C19/12—Folding bedsteads
- A47C19/126—Folding bedsteads foldable side to side and head to foot, e.g. umbrella type
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C17/00—Sofas; Couches; Beds
- A47C17/64—Travelling or camp beds
- A47C17/70—Travelling or camp beds the bed frame being foldable about a horizontal axis
- A47C17/72—Travelling or camp beds the bed frame being foldable about a horizontal axis having cross legs
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C17/00—Sofas; Couches; Beds
- A47C17/64—Travelling or camp beds
- A47C17/76—Travelling or camp beds having extensible, e.g. telescopic parts
Landscapes
- Health & Medical Sciences (AREA)
- General Health & Medical Sciences (AREA)
- Nursing (AREA)
- Agricultural Machines (AREA)
- Invalid Beds And Related Equipment (AREA)
Abstract
The utility model provides a kind of support be respectively foldably connected by horizontal part and vertical component effect to form with the link be mutually connected collapsibly by described support and collapsible less, and be convenient to deposit and carry, do not need to use other to equip the march bedstead yet easily can installed in installation site.
Description
Technical field
The utility model relates to march bedstead, particularly relates to collapsible composition and easy to carry, and march bedstead easy to install out of doors.
Background technology
Along with the raising day by day of national income, its living standard is also in the trend day by day risen, and since especially implementing five-day workweek, the number utilizing weekend or vacation time to play to open air increases gradually.
The various outdoor goods used when thereupon can camp out of doors are also constantly pushed out.
Outdoor goods is frequent with composition external members such as folding dining table, chair, simple bed or camp beds except tent.
These outdoor goods use with selecting after car transport suitably to camp after place is installed.
Especially, in order to solve the problem of going to bed out of doors, being easy to carry, the consumption figure of the camp bed installed can be facilitated everywhere day by day to increase.
But traditional camp bed must be greater than the height of user its design feature, therefore volume is comparatively large, to be less compliant on vehicle storage or to deposit.
prior art document
Patent document
No. 20-0467595th, (patent document 0001) Ebrean Registered Patent.
No. 10-1273373rd, (patent document 0002) Ebrean Registered Patent.
Utility model content
technical problem
The technical problems to be solved in the utility model is, a kind of support be respectively foldably connected by horizontal part and vertical component effect is provided to form with the link be mutually connected collapsibly by described support and collapsible less, and be convenient to deposit and carry, do not need to use other to equip the march bedstead yet easily can installed in installation site.
technical scheme
March bedstead of the present utility model comprises: the 1st support be made up of the 1st horizontal part 110, the 1st vertical component effect 120 that connects in the lower vertical of described 1st horizontal part 110; By with described 1st horizontal part 110 side by side from the 2nd horizontal part 210 configured, the 2nd support that formed by the 2nd vertical component effect 220 be vertically connected in the bottom of described 2nd horizontal part 210; By the link 300 that described 1st support can be connected mutually foldedly with the 2nd support;
Described 1st horizontal part 110 comprise the 1st analog bracket 111 and at the two ends of described 1st analog bracket 111 respectively by the 1-1 trunnion axis 112 that can assemble foldedly downwards and 1-2 trunnion axis 113; Described 2nd horizontal part 210 comprise be oppositely disposed with described 1st analog bracket 111 the 2nd analog bracket 211, at the two ends of described 2nd analog bracket 211 respectively by the 2-1 trunnion axis 212 that can assemble foldedly downwards and 2-2 trunnion axis 213;
Described 1st vertical component effect 120 comprises: by the 1-1 rotary bracket 121 that can assemble rotatably on described 1-1 trunnion axis 112, at described 1-2 trunnion axis 113 by the 1-2 rotary bracket 122 that can assemble rotatably, the 1-1 vertical axis 123 of assembling can be fixed vertically down at described 1-1 rotary bracket 121, the 1-2 vertical axis 124 of assembling can be fixed vertically down at described 1-2 rotary bracket 122, the 1-3 vertical axis 125 of assembling can be fixed vertically down at described 1st analog bracket 111, described 2nd vertical component effect 220 comprises: at described 2-1 trunnion axis 212 by the 2-1 rotary bracket 221 that can assemble rotatably, at described 2-2 trunnion axis 213 by the 2-2 rotary bracket 222 that can assemble rotatably, the 2-1 vertical axis 223 of assembling can be fixed vertically down at described 2-1 rotary bracket 221, the 2-2 vertical axis 224 of assembling can be fixed vertically down at described 2-2 rotary bracket 222, the 2-3 vertical axis 225 of assembling can be fixed vertically down at described 2nd analog bracket 211,
Described link 300 comprises: one end can be assembled rotatably up and down in the upper end of described 2nd vertical component effect 220 by the 1st connecting axle 310, the one end that can assemble rotatably up and down in the upper end of the 1st vertical component effect 120 and with the 2nd connecting axle 320 of described 1st connecting axle 310 cross-over configuration.
Described link 300 also comprises: can be assembled rotatably in the lower end of described 1st connecting axle 310 and with the lower end of described 2nd vertical component effect 220 be detachably connected the 1st connects bracket 330, the lower end of described 2nd connecting axle 320 quilt can be assembled rotatably and be detachably connected with the lower end of described 1st vertical component effect 120 the 2nd connect bracket 340.
beneficial effect
The beneficial effect of march bedstead of the present utility model is, described 1st support and the 2nd support and link to be folded and easy to carry and store by left and right width and length reduction by three steps, do not need other equipment to be also easy to launch to use.
Accompanying drawing explanation
Fig. 1 is the perspective view of the march bedstead of the utility model embodiment;
Fig. 2 is the side view of the march bedstead of the utility model embodiment;
Fig. 3 is the front view of the march bedstead of the utility model embodiment;
Fig. 4 to Fig. 6 is the folding process figure of the march bedstead of the utility model embodiment;
Fig. 7 is the side view of the march bedstead of another embodiment of the utility model;
Fig. 8 is the side view of the utility model march bedstead of another embodiment again;
Fig. 9 is the folding process figure of the utility model march bedstead of another embodiment again.
symbol description in figure:
110: the 1 horizontal parts; 111: the 1 analog brackets;
112: the 1-1 trunnion axis; 113: the 1-2 trunnion axis;
120: the 1 vertical component effects; 121: the 1-1 rotary brackets;
122: the 1-2 rotary brackets; 123: the 1-1 vertical axises;
124: the 1-2 vertical axises; 125: the 1-3 vertical axises;
210: the 2 horizontal parts; 211: the 2 analog brackets;
212: the 2-1 trunnion axis; 213: the 2-2 trunnion axis;
220: the 2 vertical component effects; 221: the 2-1 rotary brackets;
222: the 2-2 rotary brackets; 223: the 2-1 vertical axises;
224: the 2-2 vertical axises; 225: the 2-3 vertical axises;
300: link; 310: the 1 connecting axles;
320: the 2 connecting axles; 330: the 1 connect bracket;
340: the 2 connect bracket; 410: bolt;
420: nut.
Detailed description of the invention
Fig. 1 is the perspective view of the march bedstead of the utility model embodiment, Fig. 2 is the side view of the march bedstead of the utility model embodiment, Fig. 3 is the front view of the march bedstead of the utility model embodiment, and Fig. 4 to Fig. 6 is the folding process figure of the march bedstead of the utility model embodiment.
As shown in Figures 1 to 6, the 1st support, the 2nd support and link 300 is comprised according to its composition of march bedstead of the utility model embodiment.
Described 1st support by extend to horizontal direction formed the 1st horizontal part 110, formed by the 1st vertical component effect 120 vertically connected in the bottom of described 1st horizontal part 110.
Further specifically, described 1st horizontal part 110 is made up of the 1st analog bracket 111,1-1 trunnion axis 112 and 1-2 trunnion axis 113.
Described 1st analog bracket 111 is square in shape approximately, and core protrudes to described 2nd horizontal part 210 direction described later and formed.
The left and right sides of the 1st analog bracket 111 described in these has described 1-1 trunnion axis 112 and described 1-2 trunnion axis 113 to be assembled collapsibly respectively to lower, and central part has the 1-2 vertical axis 111 of described 1st vertical component effect 120 described later by fixing vertically down assembling.
Described 1-1 trunnion axis 112 and described 1-2 trunnion axis 113 are formed by the section bar of square-section, and length is identical, symmetrically centered by described 1st analog bracket 111 configure with namely forming a word.
1-1 trunnion axis 112 described in these and described 1-2 trunnion axis 113 are hinged respectively and be rotated down with described 1st analog bracket 111, by can mutually and row arrangement be folded.
Described 1-1 trunnion axis 112 and described 1-2 trunnion axis 113 as shown in Figure 7, form by fixed part 10 with along the slide moving part 20 of movement of described fixed part 10 and are formed by adjustable-length.
In this case, described fixed part 10 forms the length-adjustment holes 11 of adjustable-length, described moving part 20 assembles the engaging ball 21 being optionally inserted into described length-adjustment holes 11.
Described 1st vertical component effect 120 is assembled downward vertically at described 1st horizontal part 110, can support described 1st horizontal part 110 vertical on the ground.
Specifically, described 1st vertical component effect 120 is made up of 1-1 rotary bracket 121,1-2 rotary bracket 122,1-1 vertical axis 123,1-2 vertical axis 124 and 1-3 vertical axis 125.
Described 1-1 rotary bracket 121 is rotatably hinged with the end of described 1-1 trunnion axis 112, and bottom has described 1-1 trunnion axis 123 to be fixed assembling, and sidepiece has the 1st connecting axle 310 of described link 300 described later to be rotatably hinged.
Described 1-1 rotary bracket 121 makes described 1-1 vertical axis 123 and described 1st connecting axle 310 together rotate to described 1-1 trunnion axis 112 direction, and then folded.
Described 1-2 rotary bracket 122 is rotatably hinged with the end of described 1-2 trunnion axis 113, and bottom has described 1-2 vertical axis 124 to be fixed assembling, and sidepiece has the 1st connecting axle 310 of described link 300 described later to be rotatably hinged.
Described 1-2 rotary bracket 122 is same with described 1-1 rotary bracket 121, and described 1-2 vertical axis 125 and described 1st connecting axle 310 are together rotated to described 1-2 trunnion axis 113 direction, and then folded.
Described 1-1 vertical axis 123 is formed by squared profile, vertically can be fixed assembling in the bottom of described 1-1 rotary bracket 121, by the rotation of described 1-1 rotary bracket 121, can also be folded to row arrangement in the bottom of described 1-1 trunnion axis 112.
Described 1-2 vertical axis 124 is formed with same shape and length with described 1-1 vertical axis 123, vertically assembling can be fixed in the bottom of described 1-2 rotary bracket 122, by the rotation of described 1-1 rotary bracket 121, can also be folded to row arrangement in the bottom of described 1-2 trunnion axis 113.
Described 1-3 vertical axis 125 is formed with same shape and length with described 1-1 vertical axis 123, can by fixing vertically down assembling on described 1st analog bracket 111.
According to circumstances, as shown in Figure 7, described 1-1 vertical axis 123,1-2 vertical axis 124 and 1-3 vertical axis 125 respectively by fixed part 10 and with described fixed part 10 slide the moving part 20 of movement form and adjustable length form.
Described 2nd support is symmetrically formed centered by described 1st support and described link 300.
Specifically, described 2nd support is made up of the 2nd horizontal part 210 and the 2nd vertical component effect 220.
Described 2nd in the middle of horizontal part 210 across described link 300 and described 1st horizontal part 110 by side by side at regular intervals from configuration, specifically, be made up of the 2nd analog bracket 211,2-1 trunnion axis 212 and 2-2 trunnion axis 213.
Described 2nd analog bracket 211 forms identical square configuration with described 1st analog bracket 111, and central part protrudes to described 1st analog bracket 111 direction and formed.
Described 2-1 trunnion axis 212 forms with square long profiles identically with described 1-1 trunnion axis 112 with 2-2 trunnion axis 213, and is formed with equal length.
Described 2-1 trunnion axis 212 and described 2-2 trunnion axis 213 can configure symmetrically the left and right sides on described 2nd analog bracket 211, with described 2nd analog bracket 211 hinged and can by mutually and row arrangement be folded.
According to circumstances, as shown in Figure 7, length can form with being conditioned for described 2-1 trunnion axis 212 and described 2-2 trunnion axis 213.
Described 2nd vertical component effect 220 can vertically be connected in the bottom of described 2nd horizontal part 210 and to support described 2nd vertical component effect 220 vertical on the ground.
Specifically, described 2nd vertical component effect 220 is made up of 2-1 rotary bracket 221,2-2 rotary bracket 222,2-1 vertical axis 223,2-2 vertical axis 224 and 2-3 vertical axis 225.
Described 2-1 rotary bracket 221 is rotatably hinged at the end of described 2-1 trunnion axis 212, and bottom has described 2-1 vertical axis 223 to be fixed assembling, and sidepiece has the 2nd connecting axle 320 of aftermentioned described link 300 to be rotatably hinged.
Described 2-1 rotary bracket 221 makes described 2-1 vertical axis 223 and described 2nd connecting axle 320 together rotate to described 2-1 trunnion axis 212 direction, and then folded.
Described 2-2 rotary bracket 222 is rotatably hinged with the end of described 2-2 trunnion axis 213, and bottom has described 2-2 vertical axis 224 to be fixed assembling, and sidepiece has the 2nd connecting axle 320 of described link 300 described later to be rotatably hinged.
Described 2-2 rotary bracket 222 makes described 2-2 vertical axis 224 and described 2nd connecting axle 320 together rotate to described 2-2 trunnion axis 213 direction, and then folded.
Described 2-1 vertical axis 223 is formed by square long profiles, vertically assembling can be fixed in the bottom of described 2-1 rotary bracket 221, by the rotation of described 2-1 rotary bracket 221, also can be folded to row arrangement in the bottom of described 2-1 trunnion axis 212.
Described 2-2 vertical axis 224 is identically formed with described 1-1 vertical axis 123, vertically assembling can be fixed in the bottom of described 2-2 rotary bracket 222, by the rotation of described 2-1 rotary bracket 221, can also be folded to row arrangement in the bottom of described 1-2 trunnion axis 113.
Described 2-3 vertical axis 225 is identically formed with described 2-1 vertical axis 223, by fixing vertically down assembling on described 2nd analog bracket 211.
Described 2-1 vertical axis 223,2-2 vertical axis 224 and 2-3 vertical axis 225 are same with described 1-1 vertical axis 123, as shown in Figure 7, are formed by adjustable ground.
The top assembling upper plate of described 1st horizontal part 110 and described 2nd horizontal part 210 is lain down for people.Upper plate can be formed with cloth prepared material, also can be formed with sheet material.
Described link 300 makes described 1st support can mutually be connected foldedly with described 2nd support, specifically, is connected bracket 340 is formed by the 1st connecting axle 310, the 2nd connecting axle 320, the 1st connection bracket 330 with the 2nd.
Described 1st connecting axle 310 is made up of three square long profiles, one end can be assembled rotatably up and down respectively on described 1-1 rotary bracket 121,1-2 rotary bracket 122 and the 1st analog bracket 111, and the other end is configured at the bottom of described 2nd horizontal part 210.
Described 2nd connecting axle 320 is formed with the long profiles of squarish, central part formed described 1st connecting axle 310 through hold in the palm into through slot 321, can be configured and central part and described 1st connecting axle 310 hinging rotary across with described 1st connecting axle 310.
Described 2nd connecting axle 320 is same with described 1st connecting axle 310 to be formed by three, and one end can be assembled rotatably up and down respectively on described 2-1 rotary bracket 221,2-2 rotary bracket 222 and the 2nd analog bracket 211.
Described 1st connects bracket 330 forms by three, is rotatably assembled respectively in the lower end of three described 1st connecting axles 310.
Described 1st connects bracket 330 is releasably assembled in the lower end of described 2nd vertical component effect 220.
Specifically, described 1st connection bracket 330 there is folder hole 331 respectively to form one, described 1st connecting axle 310 is inclined to after more than certain angle, and the lower end of described 2-1 vertical axis 223,2-2 vertical axis 224 and described 2-3 vertical axis 225 is inserted into each described folder hole 331.
Described 2nd connects bracket 340 forms by three, is rotatably assembled respectively, releasably assembled in the lower end of described 1st vertical component effect 120 in the lower end of three described 2nd connecting axles 320.
In other words, the described 2nd connects and bracket 340 connects with the described 1st bracket 330 is same forms folder hole 341 respectively, and the lower end of described 1-1 vertical axis 123,1-2 vertical axis 124 and 1-3 vertical axis 125 is inserted into each described folder hole 341.
According to circumstances, as shown in Figure 8, respectively assembling bolt 410 and nut 420 and angle between adjustable described 1st connecting axle 310 and described 2nd connecting axle 320 between described 1st connecting axle 310 and described 2nd connecting axle 320, in this case, described 1st connects bracket 330 slides up and down to mobile along 2-1 vertical axis 223,2-2 vertical axis 224 and 2-3 vertical axis 225, the described 2nd connects bracket 340 moves up and down along described 1-1 vertical axis 123,1-2 vertical axis 124 and 1-3 vertical axis 125.
If possess described bolt 410 and described nut 420, then as shown in Figure 9,1st connecting axle 310 described in when being folded in the horizontal direction and the 2nd connecting axle 320 are connected bracket 330 and the described 2nd respectively and connect bracket 340 and be separated with the described 1st, the 1st connects bracket 330 is connected bracket 340 and can be configured adjacently at the top quilt of described 1st connecting axle 310 and the 2nd connecting axle 320 with the described 2nd.
As mentioned above, possess the width of described bolt 410 and described nut 420 and adjustable described upper plate between described 1st connecting axle 310 and described 2nd connecting axle 320 and prevent sagging, and keeping upper plate to keep balance.
The following describes with the folding process of the march bedstead of the utility model embodiment of said structure composition.
The deployed condition of the march bedstead of the utility model embodiment as shown in Figure 1 to Figure 3, described 1-1 trunnion axis 112,1-2 trunnion axis 113,2-1 trunnion axis 212 and 2-2 trunnion axis 213 to the left and right in-line state launch, described 1-1 vertical axis 123,1-2 vertical axis 124,1-3 vertical axis 125,2-1 vertical axis 223,2-2 vertical axis 224 and 2-3 vertical axis 225 launch downward vertically, and described 1st connecting axle 310 and the 2nd connecting axle 320 intersect to tilt with approximate ' X ' word shape.
Now, the lower end of described 1st connecting axle 310 connects bracket 330 by the described 1st and is combined respectively with the lower end of 2-1 vertical axis 223,2-2 vertical axis 224 and 2-3 vertical axis 225, and the lower end of described 2nd connecting axle 320 connects bracket 340 by the described 2nd and is combined respectively with the lower end of described 1-1 vertical axis 123,1-2 vertical axis 124 and 1-3 vertical axis 125.
For folding march bedstead of the present utility model, as shown in Figure 4, described 1st connection bracket 330 and the described 2nd is connected bracket 340 be separated respectively with 2-3 vertical axis 225 with described 1-1 vertical axis 123,1-2 vertical axis 124,1-3 vertical axis 125,2-1 vertical axis 223,2-2 vertical axis 224, the top and bottom of described 1st connecting axle 310 and the 2nd connecting axle 320 can be adjoined respectively and rotate foldedly.
Then as shown in Figure 5, described 1-1 rotary bracket 121 and 1-2 rotary bracket 122 are rotated counterclockwise, described 1-2 rotary bracket 122 and 2-2 rotary bracket 222 are rotated clockwise, now described 1-1 vertical axis 123 and 2-1 vertical axis 223 are with described 1-1 trunnion axis 112 and 2-1 trunnion axis 212 and row arrangement, by described 1-2 vertical axis 124 and 2-2 vertical axis 224 and described 2-1 trunnion axis 212 and 2-2 trunnion axis 213 can respectively and row arrangement fold up.
The described link 300 of assembling between described 1-1 vertical axis 123 and 2-1 vertical axis 223 and the described link 300 of assembling between described 2-1 vertical axis 223 and described 2-2 vertical axis 224 also also can rotate to row arrangement with described 1-1 trunnion axis 112 and 1-2 trunnion axis 113 respectively.
As shown in Figure 6 finally, described 1-1 trunnion axis 112 and 2-1 trunnion axis 212 are rotated counterclockwise, described 1-2 trunnion axis 113 and 1-2 trunnion axis 114 is rotated clockwise and also can fold up to row arrangement with described 1-3 vertical axis 125.
As mentioned above, the march bedstead of the utility model embodiment be described 1st support and the 2nd support and link 300 by three steps, to be folded and easy to carry and store by left and right width and length reduction, do not needed other assembling to be also easy to open and use.
Above embodiment only in order to the technical solution of the utility model to be described, is not intended to limit; Although be described in detail the utility model with reference to previous embodiment, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of technical scheme described in each embodiment of the utility model.
Claims (1)
1. a march bedstead, is characterized in that,
Comprise: the 1st support be made up of the 1st horizontal part (110), the 1st vertical component effect (120) that connects in the lower vertical of described 1st horizontal part (110);
By with described 1st horizontal part (110) side by side from the 2nd horizontal part (210) configured, the 2nd support that formed by the 2nd vertical component effect (220) be vertically connected in the bottom of described 2nd horizontal part (210);
By the link (300) that described 1st support and the 2nd support can be connected mutually foldedly;
Described 1st horizontal part (110) comprise the 1st analog bracket (111) and at the two ends of described 1st analog bracket (111) respectively by the 1-1 trunnion axis (112) that can assemble foldedly downwards and 1-2 trunnion axis (113);
Described 2nd horizontal part (210) comprise be oppositely disposed with described 1st analog bracket (111) the 2nd analog bracket (211), at the two ends of described 2nd analog bracket (211) respectively by the 2-1 trunnion axis (212) that can assemble foldedly downwards and 2-2 trunnion axis (213);
Described 1st vertical component effect (120) comprising: upper by the 1-1 rotary bracket (121) that can assemble rotatably described 1-1 trunnion axis (112), described 1-2 trunnion axis (113) by the 1-2 rotary bracket (122) that can assemble rotatably, the 1-1 vertical axis (123) of assembling can be fixed vertically down described 1-1 rotary bracket (121), the 1-2 vertical axis (124) of assembling can be fixed vertically down described 1-2 rotary bracket (122), the 1-3 vertical axis (125) of assembling can be fixed vertically down at described 1st analog bracket (111),
Described 2nd vertical component effect (220) comprising: described 2-1 trunnion axis (212) by the 2-1 rotary bracket (221) that can assemble rotatably, described 2-2 trunnion axis (213) by the 2-2 rotary bracket (222) that can assemble rotatably, the 2-1 vertical axis (223) of assembling can be fixed vertically down described 2-1 rotary bracket (221), the 2-2 vertical axis (224) of assembling can be fixed vertically down described 2-2 rotary bracket (222), the 2-3 vertical axis (225) of assembling can be fixed vertically down at described 2nd analog bracket (211),
Described link (300) comprising: one end can be assembled rotatably up and down in the upper end of described 2nd vertical component effect (220) by the 1st connecting axle (310), the one end that can assemble rotatably up and down in the upper end of the 1st vertical component effect (120) and with the 2nd connecting axle (320) of described 1st connecting axle (310) cross-over configuration; Can be assembled rotatably in the lower end of described 1st connecting axle (310) and with the lower end of described 2nd vertical component effect (220) be detachably connected the 1st connects bracket (330), the lower end of described 2nd connecting axle (320) quilt can be assembled rotatably and be detachably connected with the lower end of described 1st vertical component effect (120) the 2nd connect bracket (340);
Described all trunnion axis (112, 113, 212, 213), described all vertical axises (123, 124, 125, 223, 224, 225) and described all trunnion axis/vertical axises (112, 113, 212, 213, 123, 124, 125, 223, 224, 225) at least one group in forms by fixed part (10) with along the moving part (20) that described fixed part (10) slides, described fixed part (10) have for regulating the length-adjustment holes of length (11) to be formed multiple at regular intervals, the upper formation of described moving part (20) is selectively inserted into engaging ball (21) some in described all length-adjustment holes (11),
By difference assembling bolt (410) and nut (420) between described 1st connecting axle (310) and described 2nd connecting axle (320), and the described 1st connects bracket (330) along described 2-1 vertical axis (223), described 2-2 vertical axis (224) and described 2-3 vertical axis (225) slide up and down movement, described 2nd connection bracket (340) is along described 1-1 vertical axis (123), described 1-2 vertical axis (124) and described 1-3 vertical axis (125) move up and down, and then regulate angle between described 1st connecting axle (310) and described 2nd connecting axle (320).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR20-2014-0000561 | 2014-01-24 | ||
| KR2020140000561U KR200474196Y1 (en) | 2014-01-24 | 2014-01-24 | Frame of camp bed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204306457U true CN204306457U (en) | 2015-05-06 |
Family
ID=52000049
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420690854.2U Expired - Fee Related CN204306457U (en) | 2014-01-24 | 2014-11-18 | March bedstead |
Country Status (2)
| Country | Link |
|---|---|
| KR (1) | KR200474196Y1 (en) |
| CN (1) | CN204306457U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7460055B2 (en) | 2021-05-28 | 2024-04-02 | パール金属株式会社 | X-shaped cross leg structure and folding bed |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101706704B1 (en) * | 2015-04-07 | 2017-02-14 | 이춘기 | Camp bed |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201048738Y (en) * | 2007-04-05 | 2008-04-23 | 厦门革新金属制造有限公司 | Folding bedstead |
| KR101273373B1 (en) * | 2011-09-30 | 2013-06-11 | (주)태영금속 | Camping field warfare bed frame |
-
2014
- 2014-01-24 KR KR2020140000561U patent/KR200474196Y1/en active IP Right Grant
- 2014-11-18 CN CN201420690854.2U patent/CN204306457U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7460055B2 (en) | 2021-05-28 | 2024-04-02 | パール金属株式会社 | X-shaped cross leg structure and folding bed |
Also Published As
| Publication number | Publication date |
|---|---|
| KR200474196Y1 (en) | 2014-09-23 |
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