CN201227046Y

CN201227046Y - Iron bed

Info

Publication number: CN201227046Y
Application number: CN200820049802.1U
Authority: CN
Inventors: 周良勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-06-27
Filing date: 2008-06-27
Publication date: 2009-04-29
Anticipated expiration: 2018-06-27
Also published as: CN101611973A

Abstract

The utility model relates to an iron bed which mainly comprises bed legs and a bed frame. The iron bed is characterized in that metal tubes are arranged on the outer layers of the bed legs, the outside diameter of each metal tube is between 9 cm and 30 cm, the leg cores of the bed legs are concrete structures, and the metal tubes on the outer layers of the bed legs are closely connected with the leg cores of the bed legs. Since the metal tubes filled with concrete have good compression resistance, the bed legs of the iron bed can bear the weight of the collapsed house, and can ensure the life safety of persons hidden under the iron bed when an earthquake occurs.

Description

The iron bed

Technical field

The utility model relates to the iron bed that uses in dormitories such as school, institutional settings, company, factory and family, the hotel, especially relates to a kind of iron bed that protection can be provided to the people when earthquake takes place.

Background technology

If earthquake takes place in bed, correct countermeasure is the hedging below bed or desk of hiding, and waits seismic wave to evacuate to open field later more at once.The footpost of existing iron bed (cabinet base) generally is to make with small-bore iron pipe or angle steel, angle bar, and such iron bed is the weight that can't withstand collapsed house when earthquake takes place, and that is to say the personnel that hide in the time of can't protecting earthquake to take place under the bed.As for wood bed widely used, that use timber to make; can't bear pounding, pressing of the thing that collapses especially; look for a sledgehammer; firmly pound toward wood bed one; this wood bed must rot undoubtedly, and the pressure that is produced that gets off often has several tons, tens tons and building collapses, even the hundreds of ton; existing wood bed just be can't hold out against the pressure of weight like this at all, just can't provide effective protection for the personnel that hide under the bed when earthquake takes place.

Summary of the invention

In order to overcome the above-mentioned deficiency of existing iron bed and wood bed, the purpose of this utility model provides a kind of iron bed that can stand up to the floor that collapses, foreign material weight when earthquake takes place, protects below the iron bed personnel's of hiding life security.

The technical scheme that the utility model adopted is: a kind of iron bed, mainly constitute by footpost, bedstead, footpost generally has four, bedstead is connected on each footpost, its major technique characteristics are: the skin of footpost is a metal tube, and the external diameter of this metal tube (diameter) is between 9cm to 30cm, and the leg core of footpost is an xoncrete structure, the outer layer metal tube of footpost and leg core close proximity.After putting suitable bed board, mat or mattress on the bedstead, just become a bed complete, that can sleep.

Because the skin of footpost is that metal tube, leg core are xoncrete structures, and concrete has good compressive property, therefore adopt have certain diameter and wall thickness, the inside fills the footpost that concrete metal tube is made the iron bed, can stand up to the weight of collapsed house, for the personnel that hide below the iron bed provide a comparatively safe space.

The beneficial effects of the utility model are: simple in structure; whole big I is done equally substantially with common iron bed; conveniently be positioned in students' dormitory, the family and places such as institutional settings, company, factory's dormitory and hotel in use, can be when earthquake takes place for sleeping or aside personnel provide real effectively protection.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples.

Fig. 1, Fig. 2, Fig. 3 are respectively the perspective view of three embodiment of the utility model.

Fig. 4, Fig. 5 are the utility model iron bed two three-dimensional cross-sectional schematic that shank divide to constitute of going to bed.

Fig. 6 is the utility model iron bed cross-sectional schematic that shank divides of going to bed.

Among the figure: 1. footpost, 2. bedstead, 3. bedside rails, 4. backing plate, 5. footpost leg core, 6. metal tube, 7. jack.

The specific embodiment

With reference to Fig. 1, Fig. 2, Fig. 3, the utility model iron bed comprises footpost [1] (also claiming cabinet base), bedstead [2], and bedside rails [3], footpost backing plate [4] can be arranged in addition.Footpost [1] generally has four, bedstead [2] generally uses steel pipe, iron pipe or angle steel, angle bar to make, bedstead [2] can directly be welded on each footpost [1], also can adopt dismountable connected mode to realize being connected of bedstead [2] and footpost [1], for example bedstead [2] is fastened on that each footpost [1] is gone up or bedstead [2] is stuck in each footpost [1] and go up the medium mode of corresponding notch and connect by bolt.On bedstead [2], put suitable bed board, mat or mattress and just become a bed complete, that can sleep.

Embodiment illustrated in fig. 1 is double-deck iron bed, Fig. 2, embodiment illustrated in fig. 3 be individual layer iron bed.

With reference to Fig. 1, Fig. 2, also be connected with backing plate [4] in the lower end of footpost [1], backing plate [4] is gone up generally also to have and is used for by the fixing through hole of bolt and floor.Preferably connect between footpost [1] and the backing plate [4] with welding method.The house may acutely rock in the time of in consequence of an earthquake, the iron bed does not fall when the house is rocked, preferably the footpost backing plate [4] with the iron bed is fixed by bolts on the floor, or utilizes adhesive (as epoxy resin) that the place that the iron bed contacts with ground is cemented on the ground.

With reference to Fig. 4, Fig. 5, Fig. 6, the weights such as floor that do not collapsed in order to make the iron bed sustain weight crush, the footpost [1] of the utility model iron bed is that the metal tube [6] of xoncrete structure is made by the inside, just the skin of this iron bed footpost [1] is metal tube [6], footpost leg core [5] is an xoncrete structure, the outer layer metal tube of footpost [6] and footpost leg core [5] close proximity (generally being directly to make) at metal tube the inside concrete perfusion, the external diameter (diameter) of this metal tube [6] is between 9cm to 30cm, the thickness of tube wall preferably adopts external diameter at 15cm to 25cm generally greater than 2mm, wall thickness is steel pipe or the iron pipe of 4mm to 12mm.Because concrete has good compressive property, therefore when earthquake took place, personnel hided below the iron bed, make floor or roof pound if the house collapses, and this footpost can withstand the weight of the thing that collapses, personnel's life security below the protection iron bed.In addition, in order bedside rails to be installed or conveniently to be plugged the mosquito net frame, a jack [7] can also be set on the top of footpost leg core [5] in footpost [1] upper end.

Metal tube [6] on the footpost [1] of the utility model iron bed generally uses steel pipe or iron pipe, in order to prevent to get rusty, increases the service life, and antirust processing is done in the outside that is preferably in metal tube [6], as varnishes with lacquer, the rust prevention by applying liquid material coating, electroplates antirust coat etc.In addition, the concrete the inside of being poured in metal tube [6] can also add reinforcing bar again, with the intensity of raising footpost leg core [5], thus the intensity of raising footpost [1].

The used metal tube [6] of the utility model iron bed footpost [1] both can be a pipe, also can be square tube, flat tube.

Because the utility model iron bed cost is higher than existing common iron bed, weight is also heavy, if use in the dormitory that many iron beds are arranged originally, also can only distribute and place several, and other iron bed also is to use existing common iron bed.Depress when coming in floor collapse like this, have more than ten at least and can bear footpost weight, xoncrete structure and withstand, thereby reduce the floor that collapses, protect the safety of most of personnel in this place the destructive power of common iron bed.

The utility model iron bed can be an individual layer, also can be double-deck, can be single bed, it also can be the big bed of double or many humans, can use as common iron bed at ordinary times, if earthquake takes place, people who sleeps on the bed and the bystander person hedging below the iron bed of can in time hiding; Iff being that earthquake hearsay or early warning take place, personnel also can sleep below the iron bed, sleep and need not go in the street.For the existing wood bed of family, mattress can be taken down being put on the utility model iron bed, this bed has just possessed the function of security protection like this.

The utility model iron bed has been arranged, and in earthquake arrived, the personnel of the inside, house just can not hide as it is nowhere, as long as in time hide below the iron bed, and the injures and deaths that just can reduce earthquake greatly and caused.Because place that can urgent danger prevention when earthquake has been arranged, therefore when the earthquake hearsay is in vogue, also can feel at ease sleep and life, at heart also just needn't high-pressure.

Claims

1, a kind of iron bed, mainly constitute by footpost [1], bedstead [2], footpost [1] generally has four, bedstead [2] is connected on each footpost, it is characterized in that: the skin of footpost [1] is metal tube [6], and the external diameter of this metal tube [6] is between 9cm to 30cm, and footpost leg core [5] is an xoncrete structure, the outer layer metal tube [6] of footpost [1] and footpost leg core [5] close proximity.

2, iron bed according to claim 1 is characterized in that: the lower end of footpost [1] is welded with backing plate [4], has on the backing plate [4] to be used for by the fixing through hole of bolt and floor.