CN207329582U - Building waste conveying device - Google Patents

Abstract

The utility model discloses a kind of building waste conveying device, it is intended to solve the problems, such as that upper strata feeding port influences lower floor's feeding port normal use, its key points of the technical solution are that：A kind of building waste conveying device, including multiple along building walls short transverse successively end to end hollow straight pipe, the hollow straight pipe length is equal to single story height, the every hollow straight pipe offers dispensing window, the dispensing window is fixedly installed branch pipe, and the branch pipe is inclined to be set up；The branch pipe upper shed, which is communicated with, gives dispensing chamber, and described give launches chamber with upper and lower two openings, and under shed is connected with branch pipe, and is provided with the first door close, and upper shed is in communication with the outside, and is provided with the second door close.A kind of building waste conveying device of the utility model, by avoiding hollow straight pipe from being in communication with the outside, so as to avoid the normal use of upper strata feeding port influence lower floor feeding port.

Description

Building waste conveying device

Technical field

Building engineering field is the utility model is related to, more specifically, it relates to a kind of building waste conveying device.

Background technology

At present, floor rubbish both domestic and external is mostly cleared using construction elevator, and worker is by the rubbish harvest one of each floor Heap, is then cleared using construction elevator, and architectural engineering at present is generally constructed to eight layers of beginning installation in floor Elevator, could usually use in eleventh floor, and before construction elevator normal use, the cleaning of floor rubbish cannot be kept up with time, shadow Ring civilized construction and airborne dust prevention.

In view of the above-mentioned problems, notification number is a kind of high-building construction floor disclosed in the Chinese patent of CN205476328U Interior building waste clears device, is characterized in that：The straight tube that is vertically arranged along building walls or post exterior side and in 45 degree Extending radially outwardly respectively on the port of the inclined tube of overturning angle, straight tube and inclined tube has connecting plate, through connection between straight tube and inclined tube Plate and the bolt being screwed on connecting plate interfix, and a straight tube and an inclined tube form a joint, multiple joints with Building symmetrically splicing section by section upwards, is equipped with feeding port, feeding port upper end, which rotates, to be connected on the corresponding straight tube of each floor The turnover panel of feeding port can be covered by being connected to；When abandoning building waste, turnover panel opening feeding port is rotated, and by rubbish by feeding port It is put into, rubbish is finally dropped out since gravity drops downwards along straight tube and inclined tube by bottom.

Solve the problems, such as building waste processing inconvenience in such scheme, but since its feeding port is opened in straight pipe wall Face, therefore to avoid that accident occurs, when launching material, underlying feeding port necessarily be in be closed the feeding port positioned at upper strata Conjunction state, there are the problem of upper strata feeding port influence lower floor's feeding port normal use；Therefore need to propose that a kind of new scheme is come Solve the problems, such as this.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of building waste conveying device, By avoiding hollow straight pipe from being in communication with the outside, so as to avoid the normal use of upper strata feeding port influence lower floor feeding port.

The above-mentioned technical purpose of the utility model technical scheme is that：A kind of building waste conveying Device, including multiple be equal to along building walls short transverse successively end to end hollow straight pipe, the hollow straight pipe length Single story height, the every hollow straight pipe offer dispensing window, and the dispensing window is fixedly installed branch pipe, the branch pipe It is inclined to set up；The branch pipe upper shed, which is communicated with, gives dispensing chamber, described to give dispensing chamber to have upper and lower two openings, Under shed is connected with branch pipe, and is provided with the first door close, and upper shed is in communication with the outside, and is provided with the second door close.

By using above-mentioned technical proposal, often complete first floor it is preliminary build after, by a hollow straight pipe and building Wall is fixed, and connects the hollow straight pipe of lower section, is led to so as to be provided a rubbish by multiple end to end hollow straight pipes and be abandoned Road, and then without building carriage lift rubbish, realize the technique effect of convenient processing eminence building waste；Built abandoning The first door close is closed during rubbish and opens the second door close, by rubbish by giving dispensing chamber upper shed to pour into, closes the second closure Door opens the first door close, and rubbish is launched chamber and fallen into through straight tube in hollow straight pipe by giving, finally along hollow straight pipe to building Bottom drops, and hollow straight pipe is not in communication with the outside all the time during whole garbage throwing, and then solves upper strata feeding port shadow The problem of ringing lower floor's feeding port normal use.

The utility model is further arranged to：Described give launches chamber as the trapezoidal hollow shell of side view, and opens thereon Mouth is more than under shed.

By using above-mentioned technical proposal, increase, which is given, launches chamber upper shed area so that building waste is easier to lose into it In.

The utility model is further arranged to：The upper shed that second door close launches chamber with giving is hinged, and hinged Place is provided with torsional spring, and under second door close is not interfered by external force, the torsional spring promotes the second closure door termination to give dispensing chamber Room upper shed.

By using above-mentioned technical proposal, building waste is positioned over the second door close upper surface, if rubbish self gravitation It can not rotate the second door close, then applying certain lower pressure to the second door close upper surface forces the second door close to turn downwards It is dynamic slip into so that material along the second door close rotates the slope to be formed and give dispensing chamber, rubbish slips into give and launch chamber after, torsional spring Release elastic potential energy promotes the second door close to be rotated up and close to give dispensing chamber, controls second to close manually without worker Close door termination and give dispensing chamber upper shed.

The utility model is further arranged to：Described give launches chamber upper shed and is provided with the abutting edge of varus, and described the Under two door closes are not interfered by external force, the torsional spring promotes the second door close movable end to contact at abutting along lower surface.

By using above-mentioned technical proposal, when the second closure door termination gives dispensing chamber upper shed, torsional spring promotes second to close Close door and be connected to abutting along lower surface, so as to improve the sealing effect of the second door close.

The utility model is further arranged to：It is described to give dispensing chamber to be fixed with hollow straight pipe outside wall surface.

By using above-mentioned technical proposal, give launching chamber and no longer only relying on branch pipe and be supported, thus avoid branch pipe because Dispensing chamber weight is excessive and is damaged, and then improves the weight for giving dispensing chamber single to carry rubbish.

The utility model is further arranged to：Described give launches chamber and branch pipe junction and offers straight slot, and described first Door close coordinates with straight slot sliding.

By using above-mentioned technical proposal, branch pipe can gradually be connected and give dispensing chamber by outwards twitching the first door close, So as to give the dispensing indoor rubbish of chamber to be slipped into through branch pipe in hollow straight pipe, inwardly the first door close is promoted gradually to close branch pipe With give dispensing chamber；In conclusion the utility model passes through the unlatching of the first door close of form control pulled and pushed or closure, tool There is the advantages of simple in structure and simple operation.

The utility model is further arranged to：It is described to give dispensing chamber inner wall to offer the branch for being used to support the first door close Support groove.

By using above-mentioned technical proposal, first door close a side is supported by straight slot during closure state, the other three side While be supported by support slot, so that by extension supporting structure, the stability of the first door close closure state is effectively improved, together When also improve the load-bearing capacity of the first door close.

The utility model is further arranged to：It is described to give the outer wall fixed setting of dispensing chamber to be useful for accommodating the first door close Accommodating chamber.

By using above-mentioned technical proposal, gradually slip into accommodating chamber in the first door close opening process, on the one hand keep away Exempt to take out of in the first door close opening process to give and launch the indoor rubbish of chamber, on the other hand by accommodating chamber to opening the One door close is supported, so that stability when improving the first door close opening.

The utility model is further arranged to：The first door close upper surface is always positioned at the fixed setting of accommodating chamber end There is drawing handle, the accommodating chamber is offered with drawing the elongated slot that sliding is coordinated.

By using above-mentioned technical proposal, pull or promote to draw that the first door close of control is turned on or off, from And realize the technique effect in the first door close of outer control of accommodating chamber.

The utility model is further arranged to：The straight slot lower edges are fixedly installed scraper plate respectively, are scraped described in two Plate is bonded the first door close upper and lower surface respectively.

By using above-mentioned technical proposal, by the first door close surface of scraper plate scratch, so as to avoid rubbish adhesion first from closing Door is closed, and then avoids rubbish from being brought into by the first door close in accommodating chamber.

In conclusion the utility model has the advantages that：By building hollow straight pipe, for the high-rise building of processing Rubbish provides facility；Dispensing chamber is given by setting, avoids hollow straight pipe from being in communication with the outside, and then avoids upper strata feeding port from launching The normal use of lower floor's feeding port is influenced during rubbish.

Brief description of the drawings

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 blocks figure for the utility model one hollow straight pipe；

Fig. 3 is the A portions enlarged diagram of Fig. 2, main to represent the second door close and give the matching relationship for launching chamber；

Fig. 4 is the half sectional view of the utility model；

Fig. 5 is the B portions enlarged diagram of Fig. 4, main to represent the first door close and give the matching relationship for launching chamber.

In figure：1st, hollow straight pipe；11st, window is launched；12nd, branch pipe；13rd, dispensing chamber is given；14th, the first door close；141st, hold Receive chamber；142nd, handle is drawn；143rd, elongated slot；144th, scraper plate；15th, the second door close；16th, torsional spring；17th, edge is abutted；18th, straight slot；19、 Support slot.

Embodiment

With reference to the accompanying drawings and examples, the utility model is described in detail.

Building waste conveying device, as shown in Figure 1 and Figure 2, including it is multiple along building walls short transverse successively head and the tail phase Company and overall rectangular hollow straight pipe 1, the length of hollow straight pipe 1 is equal with single story height, and every hollow straight pipe 1 is opened Equipped with dispensing window 11；Often complete first floor it is preliminary build after the wall of a hollow straight pipe 1 and the floor is fixed and connected Hollow straight pipe 1 under logical, finally provides a vertical passage by multiple hollow straight pipes 1, is needing to handle high-rise building During connection, rubbish is invested in hollow straight pipe 1 by launching window 11, so that formed by gravity along multiple hollow straight pipes 1 Passage falls to ground；High-rise building waste is handled through the above way, is abandoned so as to fulfill timely without stacking and handling just Prompt technique effect.

But found in practice, when launching building waste on upper strata, the thing such as lighter dust can be from the dispensing of lower floor Sprayed in window 11, or the thing such as heavier rubble can roar past from launching at window 11, therefore there are upper strata processing building waste When influence lower floor launch 11 normal use of window the problem of, for this as shown in Fig. 2, Fig. 5,1 outer wall of hollow straight pipe in dispensing window 11 at It is welded with branch pipe 12, branch pipe 12 is inclined to be set up and be communicated with to give and launch chamber 13, and it is side view to give and launch chamber 13 Trapezoidal hollow shell, and there is larger upper shed and less under shed, wherein under shed is connected with branch pipe 12, and is set The first door close 14 is equipped with, upper shed is in communication with the outside, and is provided with the second door close 15；When handling building waste, close First door close 14 opens the second door close 15, is from top to bottom temporarily stored into give rubbish and launches in chamber 13, closes the second closure Door 15 opens the first door close 14, and building waste bottom, which lacks to support to be passed through to give by gravity, at this time launches 13 under shed of chamber And fallen into through branch pipe 12 in hollow straight pipe 1；Hollow straight pipe 1 is not in communication with the outside all the time in above-mentioned whole garbage processing procedure, Occur so as to avoid the problem that influencing lower floor's dispensing 11 normal use of window when upper strata handles building waste.

Launched for ease of pouring into rubbish to give in chamber 13, as shown in Figure 2 and Figure 3, the upper shed for giving dispensing chamber 13 is square Shape, for the second door close 15 with giving 13 upper shed side of dispensing chamber to be hinged, it is provided with torsional spring 16 in hinged place, gives dispensing chamber 13 upper sheds integrally formed with varus abutting along 17, need to illustrate that torsional spring 16 is in deformed state all the time herein, and not outside The lower torsional spring 16 of power interference promotes 15 movable end of the second door close to contact at abutting along 17 lower surfaces；When needing to handle building waste, Rubbish is positioned over 15 upper surface of the second door close, if the gravity deficiency of rubbish to overcome the elastic force of torsional spring 16, to second Door close 15 applies certain lower pressure, so that the second door close 15 rotates down, its upper surface forms one diagonally downward Slope, rubbish launches chamber 13 since gravity slides downwards along the second door close 15 and enters to give, when rubbish fully enters Give after launching chamber 13, unclamp the lower pressure for the second door close 15, torsional spring 16 discharges elastic potential energy and promotes the second door close 15 are rotated up, and close to give and launch 13 upper shed of chamber；The utility model only needs to apply less lower pressure i.e. in summary The second door close 15 can be opened, while second door close 15 that need not exert a force can be automatically closed, and be given so as to reach and pour into rubbish Launch the more easily technique effect of chamber 13.

Pouring into give launching chamber 13 but not opening in rubbish gives dispensing chamber 13 whole in first this period of door close 14 Body weight is heavier, and gives dispensing chamber 13 to be only supported by branch pipe 12 in such scheme, and there are the hidden danger that branch pipe 12 is broken, and is This is welded and fixed as shown in Fig. 2, giving and launching chamber 13 with 1 outside wall surface of hollow straight pipe, and dispensing chamber is given so as to be shared by hollow straight pipe 1 The weight of room 13, and then reduce the hidden danger that branch pipe 12 fractures because stress is excessive.

The utility model controls the keying of the first door close 14, as shown in Figure 4, Figure 5, give dispensing chamber in the following way 13 under sheds are rectangle, and, with 12 junction side of branch pipe through straight slot 18 is offered, the first door close 14 slides with straight slot 18 for it Connection, so as to launch 13 under shed of chamber by pulling out the first door close 14 to open to give, inwardly promotes the first closure Door 14 is given with closure and launches 13 under shed of chamber；During to improve the first 14 closure state of door close is in weight, gives dispensing chamber 13 inner walls offer the support slot 19 for being used to support 14 edge of the first door close, so that the first door close 14 is in closure state When, along being supported by straight slot 18, its other three sides edge is supported its a side by support slot 19, and then is improved at the first door close 14 When the state is in Beijing South Maxpower Technology Co. Ltd's power；To improve stability during the first 14 opening of door close, give and launch the weldering of 13 outer wall of chamber The accommodating chamber 141 being fixed with for accommodating the first door close 14 is connect, accommodating chamber 141 can be rectangular housing, so that ought the One door close 14 is slipped into accommodating chamber 141 after going out to give dispensing chamber 13, and then is closed by accommodating chamber 141 to the first of the state Door 14 is closed to be supported.

For ease of controlling the unlatching of the first door close 14 or closure, as shown in Figure 4, Figure 5,14 upper surface of the first door close It is always positioned at 141 end of accommodating chamber and is welded with drawing 142, accommodating chamber 141 is offered with drawing the length that 142 slidings are coordinated Groove 143, herein it is to be appreciated that draw 142 extend 143 upper shed of elongated slot and mutually sliding connection so that using drawing 142 as The point of application of the first door close 14 is controlled, reaches the technique effect that the first door close 14 is controlled outside accommodating chamber 141, and then The first door close 14 provides facility in order to control.

But find that the first door close 14 can adhere to certain building waste in opening process and enter in actual use In accommodating chamber 141, for this as shown in figure 5,18 lower edges of straight slot are fixedly installed scraper plate 144 respectively, two scraper plates 144 divide Be not bonded 14 upper and lower surface of the first door close, the first door close 14 slided towards accommodating chamber 141 during with two scraper plates 144 have relative motion, so as to be scraped the rubbish for being adhered to 14 upper and lower surface of the first door close by scraper plate 144, and then reduce Rubbish enters the possibility of accommodating chamber 141.

The specifically used step of the utility model is as follows；Check whether the first door close 14 and the second door close 15 are in Closure state（First door close 14 can be by observing the location determination drawn 142）, pending rubbish is positioned over the second closure 15 upper surfaces of door, and certain lower pressure is applied to the second door close 15 and forces the second door close 15 to rotate down, and progressively increase Add pushing try hard to keep the heeling condition for holding the second door close 15 all slipped into rubbish give launch chamber 13, stop to the second door close 15 pressures, promote the second door close 15 to be rotated up to closure state after torsional spring 16, pull out drawing and drive first to close 142 Close door 14 to slip into accommodating chamber 141, the rubbish in chamber 141 to be accommodated fully enters hollow straight pipe 1（It can be sentenced by listening It is disconnected）, inwardly promote to draw 142 the first door closes 14 of drive to slip into give and launch in chamber 13 and close its under shed.

The above is only the preferred embodiment of the utility model, and the scope of protection of the utility model is not limited merely to Above-described embodiment, all technical solutions belonged under the utility model thinking belong to the scope of protection of the utility model.It should refer to Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and Retouching, these improvements and modifications also should be regarded as the scope of protection of the utility model.

Claims (10)

1. a kind of building waste conveying device, including it is multiple along building walls short transverse successively end to end hollow straight pipe （1）, it is characterised in that：The hollow straight pipe（1）Length is equal to single story height, the every hollow straight pipe（1）Open up There is dispensing window（11）, the dispensing window（11）It is fixedly installed branch pipe（12）, the branch pipe（12）It is inclined to set up；It is described Branch pipe（12）Upper shed, which is communicated with, gives dispensing chamber（13）, it is described to give dispensing chamber（13）With upper and lower two openings, under shed With branch pipe（12）Connection, and it is provided with the first door close（14）, upper shed is in communication with the outside, and is provided with the second door close （15）.

2. building waste conveying device according to claim 1, it is characterised in that：It is described to give dispensing chamber（13）For side view Trapezoidal hollow shell, and its upper shed is more than under shed.

3. building waste conveying device according to claim 1, it is characterised in that：Second door close（15）Thrown with giving Put chamber（13）Upper shed be hinged, and hinged place is provided with torsional spring（16）, second door close（15）Do not interfered by external force Under, the torsional spring（16）Promote the second door close（15）Dispensing chamber is given in closing（13）Upper shed.

4. building waste conveying device according to claim 3, it is characterised in that：It is described to give dispensing chamber（13）Upper shed It is provided with the abutting edge of varus（17）, second door close（15）Under not interfered by external force, the torsional spring（16）Promote second Door close（15）Movable end, which contacts at, abuts edge（17）Lower surface.

5. building waste conveying device according to claim 1, it is characterised in that：It is described to give dispensing chamber（13）With it is hollow Straight tube（1）Outside wall surface is fixed.

6. building waste conveying device according to claim 1, it is characterised in that：It is described to give dispensing chamber（13）With branch pipe （12）Junction offers straight slot（18）, first door close（14）With straight slot（18）Sliding coordinates.

7. building waste conveying device according to claim 6, it is characterised in that：It is described to give dispensing chamber（13）Inner wall is opened Equipped with being used to support the first door close（14）Support slot（19）.

8. building waste conveying device according to claim 6, it is characterised in that：It is described to give dispensing chamber（13）Outer wall is consolidated Surely it is provided with for accommodating the first door close（14）Accommodating chamber（141）.

9. building waste conveying device according to claim 8, it is characterised in that：First door close（14）Upper surface It is always positioned at accommodating chamber（141）End is fixedly installed drawing handle（142）, the accommodating chamber（141）Offer with drawing handle（142） Slide the elongated slot coordinated（143）.

10. building waste conveying device according to claim 8, it is characterised in that：The straight slot（18）Lower edges point Scraper plate is not fixedly installed it（144）, two scraper plates（144）The first door close is bonded respectively（14）Upper and lower surface.