CN204607311U - A kind of hoistway framework and carry hoistway framework elevator - Google Patents
A kind of hoistway framework and carry hoistway framework elevator Download PDFInfo
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- CN204607311U CN204607311U CN201520172842.5U CN201520172842U CN204607311U CN 204607311 U CN204607311 U CN 204607311U CN 201520172842 U CN201520172842 U CN 201520172842U CN 204607311 U CN204607311 U CN 204607311U
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Abstract
The utility model discloses a kind of hoistway framework and carry hoistway framework elevator, hoistway framework comprises frame roof parts, base of frame parts and frame mid portion parts, and frame mid portion parts are provided with one vertically uncovered; Transition phase mounting blocks is arranged at the top of described canned paragraph mounting blocks, and frame mid portion parts are divided into some transition phase mounting blocks of connecting successively and canned paragraph mounting blocks; Transition phase mounting blocks is divided into two transition side frames and two transition rear wall frameworks, canned paragraph mounting blocks is divided into two fixed sidewall frameworks and two fixed rear wall frameworks, transition rear wall framework and fixed rear wall framework are all vertical uncovered relative with described, in transition side frame, transition rear wall framework, fixed sidewall framework and fixed rear wall framework, all correspondence is provided with hoistway wallboard, and this hoistway wallboard is PC plate.Hoistway frame installation is formed on elevator the elevator carrying hoistway framework, the utility model overall weight is light, and easy for installation, safety performance is high, is widely used in taking advantage of in elevator for people.
Description
Technical field
The utility model relates to elevators field, is specifically related to a kind of hoistway framework, carries hoistway framework elevator and hoistway frame installation method.
Background technology
Carry hoistway framework elevator and comprise hoistway framework, in hoistway framework, be provided with lifting mechanism, stop after arriving destination lifting mechanism, takes advantage of people to walk out from the car in hoistway framework.Wherein, hoistway framework is main in technical scheme adopts steel framed structure and aluminium alloy structure pattern, for aluminium alloy structure wherein, be screwed primarily of aluminium alloy extrusions column, crosspiece, glass and section door frame and be bonded with glass cement, wherein: four root posts uprightly form derrick pillar stiffener, arrange crosspiece by distance respectively between bottom and top adjacent upright posts, placing glass in the horizontal rectangular frame that crosspiece and column are formed, is formed derrick main body with this; The corresponding each floor in front of derrick main body is fixedly installed a doorframe in bottom, and arrange crosspiece between two columns above doorframe, placing glass in the rectangle frame that this crosspiece and doorframe top are formed, is formed aluminum alloy frame hoistway structure with this.In like manner, for steel framed structure, it is that aluminum alloy is replaced to steelframe, and form is close, but steelframe needs Site Welding.
The above, some problems finding that these two kinds of structures can produce when assembling of being not difficult:
1, hoistway frame installation mode is the assembling of single part accumulation stacked system, and such assembling mode can produce following problem:
1) framework is that components type is assembled in building site, and installation personnel most of the time and energy in the process of installing all will consume on part coordinates and be fixing, and make the building site set-up time long, lift-mounting human cost is high;
2) building-site is difficult to fixing frock and assists installation, and poor working environment, then all equipments all can only be fixed by artificial measurement, substantially can only complete by manpower manual for needing the part of processing (such as holing), so also can cause great Mismachining tolerance, the requirement of parts size precision cannot be ensured;
3) elevator hoistways FRAME COMPONENTS is various, considers, be difficult to the aesthetic ensureing elevator entirety from factors such as the assembling of part, on-the-spot processing and installation personnels.
2, the problem adopting glass and steelframe to produce:
2.1, in the middle of column and crosspiece, adopt glass to fill a vacancy, such design plan is also have certain problem and hidden danger:
1) glass belongs to breakables, and in transport with install and use in process and all can be required to pay special attention to, and cracked glass exists certain danger to installation personnel, even also can there is to later user the risk that fragmentation hurts sb.'s feelings;
2) glass quality is comparatively large, causes very large difficulty to carrying and installation;
3) not easily even application when being coated with glass cement, affects the aesthetic of framework;
4) glass on hoistway framework generally adopts case hardened glass, and dimensional error can not be revised again, and caused the waste of glass by the dimensional error artificially measuring generation, cost of installation is high.
2.2, there is following problem in steel framed structure:
1) steelframe is larger than aluminum alloy weight, increases transport and landed cost, consumes the muscle power of installation personnel.
2) the large increasing elevator of weight is to the weight capacity requirement of well pit, and the cost of the building structure rectification of adding users, even some rival ignores this requirement and do not carry out strengthening of foundation, causes setting of ground.
3) welding that is connected with of general steel framed structure part is connected with fastener, and the pollution of welding meeting customer environment, fastener connects affects outward appearance greatly.
4) connection of glass and steelframe generally adopts on-the-spot glass cement to glue together, high to the technological requirement of installation personnel, otherwise affects the attractive in appearance of elevator.
5) steelframe is the assembling of components type building site equally, but the working accuracy of steelframe is lower than aluminum alloy, causes a lot of matching problem of Solve on site, increases cost, and part interface bad greatly affect attractive in appearance.
2.3, generally traditional framework all adopts glass material, and whole frame weight is strengthened, and especially adopts steelframe hoistway, high to hoistway foundation requirement, adds cost and increases construction period.。
Therefore, for exploitation a kind of new hoistway framework and carry hoistway framework elevator, not only there is urgent researching value, also there are good economic benefit and technical application potentiality, this just the power place that is accomplished of the utility model and basis lean on.
Utility model content
Take advantage of the defect of elevator for people to overcome above-mentioned pointed existing laneway type, the present inventor, to this has been in-depth study, after having paid a large amount of creative work, thus completes the utility model.
Specifically, technical problem to be solved in the utility model is: provide a kind of hoistway framework, and this hoistway framework has many excellent characteristics such as overall weight is light, easy for installation, safety performance is high.
For solving the problems of the technologies described above, the technical solution of the utility model is:
A kind of hoistway framework, described hoistway framework comprises the base of frame parts be fixedly installed on well pit ground, be fixedly installed in the frame mid portion parts on described base of frame parts, and the frame roof parts be fixedly installed between described frame mid portion parts and floor top, described frame mid portion parts are provided with one vertically uncovered, it is characterized in that, described frame mid portion parts are divided into some transition phase mounting blocks of connecting successively and canned paragraph mounting blocks, described transition phase mounting blocks and canned paragraph mounting blocks are all independently installed and are formed, then the assembling mode superposed by piecemeal segmentation is successively spliced to form this frame mid portion parts, described transition phase mounting blocks is arranged at the top of described canned paragraph mounting blocks, the transition side frame that described transition phase mounting blocks is divided into two to be oppositely arranged and the transition rear wall framework be arranged at described in two between transition side frame, the fixed sidewall framework that described canned paragraph mounting blocks is divided into two to be oppositely arranged and the fixed rear wall framework be arranged at described in two between fixed sidewall framework, described transition rear wall framework and fixed rear wall framework are all vertical uncovered relative with described, described transition side frame, transition rear wall framework, fixed sidewall framework and the interior all correspondences of fixed rear wall framework are provided with hoistway wallboard, described hoistway wallboard is PC plate.
In described hoistway framework of the present utility model, as further improvement, described transition side frame comprises the transition sidewall column and transition sidewall longeron that are oppositely arranged between two, described transition rear wall framework comprises the transition rear wall column and transition rear wall crossbeam that are oppositely arranged between two, described fixed sidewall framework comprises the fixed sidewall column and fixed sidewall longeron that are oppositely arranged between two, described fixed rear wall framework comprises the fixed rear wall column and fixed rear wall crossbeam that are oppositely arranged between two, the top of every described transition sidewall column and fixed sidewall column is equipped with a locating dowel pin, corresponding, the bottom of every described transition sidewall column and fixed sidewall column is equipped with the pin-and-hole suitable with described locating dowel pin.
In described hoistway framework of the present utility model, as further improvement, described transition sidewall column and transition rear wall column offset and form transition and splice gap, described fixed sidewall column and fixed rear wall column offset and are formed to fix and splice gap, described transition splicing gap and fixing splicing gap are in same plane, described transition sidewall column extends one for blocking the transition flange in described transition splicing gap, described transition rear wall column is provided with the transition groove holding described transition flange, described fixed sidewall column extends one for blocking the holding flange in described fixing splicing gap, described fixed rear wall column is provided with the fixed groove holding described holding flange.
In described hoistway framework of the present utility model, as further improvement, fixed sidewall column described in one of them and one of them transition sidewall column include support column and cover column, described hoistway wallboard is with between support column, be equipped with the first adhesive tape between described hoistway wallboard and corresponding fixed sidewall longeron or transition sidewall longeron, described hoistway upper wall portion surrounding is provided with the second adhesive tape, pressing plate and cover plate successively, and its cover plate is connected with the fixed sidewall longeron of support column and correspondence or transition sidewall longeron respectively.
In described hoistway framework of the present utility model, as further improvement, described frame roof parts comprise the front/rear board component in the top be oppositely arranged between two and left/right board component, adjacent described front/rear/left/right board component between connected by top joint angle, the lower end of described top joint angle is stretched out described front and rear panel assembly with left and right board component and is connected with described transition phase mounting blocks; The upper end of described top joint angle is fixed with one for being connected and fixed the top connecting panel at floor top; In the front/rear board component in described top, left/right board component, arbitrary assembly comprises the large column be oppositely arranged between two, the up/down column be oppositely arranged between two and is positioned at the PC plate of two large columns and up/down column enclosed space, the wherein lower pillar stand channel-section steel that comprises sheet metal component and be fixedly connected with this sheet metal component, PC plate bottom is provided with the 3rd adhesive tape, and PC plate top is provided with the 4th adhesive tape and the pressing plate for being fixed in further between two large columns and up/down column.
In described hoistway framework of the present utility model, as further improvement, described base of frame parts comprise the front/rear board component and left/right board component that are oppositely arranged between two, adjacent described front/rear/left/right board component between connected by bottom joint angle, the upper end of described bottom joint angle stretch out described front/rear/left/right board component and being connected with described fixed sidewall framework and fixed rear wall framework; The lower end of described bottom joint angle connects one for connecting the adjusting mechanism of well pit ground.
In described hoistway framework of the present utility model, as further improvement, described adjusting mechanism comprises permanent seat and cliding seat, described cliding seat is fixedly connected with described bottom joint angle and is slidably mounted in described permanent seat, described permanent seat is provided with the bottom mounting plate connecting well pit ground, described cliding seat has been threaded adjustment bolt, and end and the described bottom mounting plate of described adjustment bolt offset, and are provided with fastener between described cliding seat and permanent seat.
The utility model also proposes one and carries hoistway framework elevator, and the hoistway framework that described elevator carries is above-mentioned arbitrary described hoistway framework.
Carry in hoistway framework elevator described, as further improvement, the every floor of the vertical open-mouth of described frame mid portion parts is provided with Room door frame assembly all accordingly, door frame assembly top, the described Room is provided with the Room door seal plate corresponding with described transition rear wall framework, described Room door frame assembly comprises the Room door crosspiece and Room side wall outer panel that are oppositely arranged between two, is provided with and pulls door or automatically-controlled door in the door frame of the described Room.
The utility model also proposes a kind of installation method of hoistway framework, comprises the steps:
S1, first installation frame bottom part, be fixed and be installed on well pit ground;
S2, again installation frame middle section, be spliced to form this frame mid portion parts by the transition phase assembled in factory side frame/rear wall framework and canned paragraph side frame/rear wall framework from bottom to top by the mode of piecemeal segmentation superposition assembling; Wherein all corresponding installation PC plate in transition side frame, transition rear wall framework, fixed sidewall framework and fixed rear wall framework;
S3, installation frame top component.
Hoistway framework of the present utility model, the beneficial effect carrying hoistway framework elevator and hoistway frame installation method are:
1, piecemeal sectional type splicing assembling is adopted.
Because described frame mid portion parts are divided into some transition phase mounting blocks of connecting successively and canned paragraph mounting blocks, every described transition phase mounting blocks and canned paragraph mounting blocks all independently become block installation to form, and are then spliced to form this frame mid portion parts by the mode of piecemeal segmentation superposition assembling; Therefore employing piecemeal sectional type splicing assembling, superposes assembling in the mode that full wafer is fixed by locating dowel pin location and connecting panel at the assembly that factory assembles in building site.
The advantage of this assembling mode is:
1) all process operations all carry out in factory, eliminate the various manufacturing and positioning errors that erecting stage is caused because of reasons such as equipment, well ensure that the dimension precision requirement of product;
2) only need at mounting site scene to be connected and to fix each assembly of assembling with connecting panel by locating dowel pin, the time of installation will shorten greatly, reduces cost of installation;
3) solve loss in transit and at the scene installation process and neglected loading etc., ensure that the site assembly of hoistway framework and the conformability of design;
4) because a large amount of shortening of time and easy for installation, the prepackage of a well enclosure can also be carried out in factory, so substantially can find and solve on-the-spot contingent problem of being inconvenient to solve.
2, PC sheet material uses
Because correspondence equal in described transition side frame, transition rear wall framework, fixed sidewall framework and fixed rear wall framework is provided with hoistway wallboard, described hoistway wallboard is PC plate; Therefore adopting the design of PC plate, material, outward appearance and practicality is all the glass structure design being better than other:
1) material of PC plate take polycarbonate as main component, adopt a kind of high-quality sheet material of coextrusion techniques (CO-EXTRUSION), one deck high concentration ultraviolet absorbent due to its surface coverage, except the anti-ultraviolet characteristic of tool, also can keep weather-proof for a long time, will never fade, there is excellent electrical insulating property, extensibility, dimensional stability and chemical resistance simultaneously, higher intensity, resistance to effect of heat and resistance to cold etc.;
2) PC sheet material matter has light weight (weight ratio with glass is 1.2:2.5) relative to glass, and the weight greatly alleviating hoistway framework reduces the requirement to ground, also reduces the improvement cost of ground;
3) PC plate has good processing characteristics, conveniently can carry out size change, avoids glass to change the waste brought;
4) the resistance performance of PC plate is 250 times of glass, can not be broken, avoids the problem of Glass breadks easily and incised wound.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the detonation configuration schematic diagram of hoistway framework in the utility model embodiment;
Fig. 3 is the structural representation of transition phase mounting blocks and canned paragraph mounting blocks in the middle part of the utility model embodiment middle frame;
Fig. 4 is the partial enlarged drawing of A in Fig. 3;
Fig. 5 is the partial enlarged drawing of B in Fig. 3;
Fig. 6 is the partial enlarged drawing of C in Fig. 3;
Fig. 7 is the detonation configuration schematic diagram of fixed sidewall framework in the utility model embodiment;
Fig. 8 is the structural representation of the utility model embodiment middle frame top component;
Fig. 9 is the structural representation of the utility model embodiment middle frame bottom part;
Figure 10 is the structural representation of adjusting mechanism in the utility model embodiment;
Figure 11 is the structural representation of safety dropping prevent mechanism in the utility model embodiment;
Figure 12 be in Figure 11 D to structural representation;
Figure 13 is unit construction exploded view arbitrary in the front/rear board component in top, left/right board component;
Figure 14 is that the assembly of Figure 13 is combined into overall structural representation;
Wherein, in Fig. 1 to Figure 12, each number designation refers to following concrete meaning, element and/or parts respectively.
In figure: 1, frame mid portion parts, 2, frame roof parts, 201, the front/rear board component in top, 202, top left/right panel assembly, 203, top joint angle, 204, top connecting panel, 2011/2012, large column, 2013/2014, up/down column, 2015, PC plate, 2016, sheet metal component, 2017, channel-section steel, 2018, 3rd adhesive tape, 2010, 4th adhesive tape, 2019 pressing plates, 3, base of frame parts, 301, bottom front and rear panel assembly, 302, left and right, bottom board component, 303, bottom joint angle, 304, adjusting mechanism, 3041, permanent seat, 3042, cliding seat, 3043, bottom mounting plate, 3044, adjustment bolt, 4, drive unit for lift or diversion sheave device, 5, safety dropping prevent mechanism, 501, slide shaft, 502, flower wheel, 503, Compress Spring, 504, upset is cranked arm, and 505, flexible cable, 506, limit shaft, 507, torsion spring, 508, anchor shaft, 509, ratchet, 510, ratchet, 6, Room door seal plate, 7, floor ground, 8, frame mid portion mounting blocks, 801, transition phase mounting blocks, 8011, transition sidewall column, 8012, transition sidewall longeron, 8013, transition rear wall column, 8014, transition rear wall crossbeam, 8015, transition flange, 8016, transition groove, 802, canned paragraph assembly, 8021, fixed sidewall column, 80211, support column, 80212, first adhesive tape, 80213, second adhesive tape, 80214, pressing plate, 80215, cover plate, 80216, cover column, 8022, fixed sidewall longeron, 8023, fixed rear wall column, 8024, fixed rear wall crossbeam, 9, Room door frame, 901, Room side wall outer panel, 902, Room door crosspiece, 903, Room door seal plate, 10, locating dowel pin, 11, antarafacial connecting panel, 12, hoistway wallboard, 13, rope.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further illustrated.But the purposes of these exemplary embodiments and object are only used for exemplifying the utility model, not any type of any restriction is formed to real protection scope of the present utility model, more non-protection domain of the present utility model is confined to this.
As Fig. 1 and Fig. 2 jointly shown in, a kind of hoistway framework provided by the utility model, described hoistway framework comprises the base of frame parts 3 be fixedly installed on well pit ground, be fixedly installed in the frame mid portion parts 1 on described base of frame parts 3, and the frame roof parts 2 be fixedly installed between described frame mid portion parts and floor top, frame mid portion parts 1 are provided with one vertically uncovered, a feature of frame mid portion parts 1 is exactly very long, for this reason independent this link just will cost a large amount of time remove install and adjust, in order to address this problem, frame mid portion parts 1 are divided into some transition phase mounting blocks of connecting successively and canned paragraph mounting blocks, every described transition phase mounting blocks and canned paragraph mounting blocks all independently become block installation to form, then this frame mid portion parts are spliced to form by the mode of piecemeal segmentation superposition assembling, described one-tenth block refers to that every transition phase and canned paragraph mounting blocks can become a piece or a slice or a joint independently assembled, described piecemeal segmentation refers to that described frame mid portion parts are divided into some pieces or some sections or some joints accordingly by some transition phase mounting blocks and canned paragraph mounting blocks on the whole." some " its quantity is determined according to actual conditions, also can refer to " multiple ", " at least four " or " more than four " etc.
Multiple transition phase mounting blocks and canned paragraph mounting blocks sequential layer is stacked puts, thus form whole frame mid portion parts, the advantage of this setting to adopt piecemeal sectional type to splice assembling, in the form of integral can in factory by the assembly that assembles by locating dowel pin location and the fixing mode of connecting panel in building site superposition assembling, ensure that the dimension precision requirement of product, set-up time short, reduction cost of installation etc.;
Frame mid portion parts are made up of some transition phase assemblies 801 and canned paragraph assembly 802, the height of canned paragraph assembly 802 is fixed as 2100mm, the height object of 2100mm is the connection gap allowing user can not see well enclosure in the scope of looking squarely, the height needs of transition phase assembly 801 determine according to the height between the floor ground 7 of reality, transition phase assembly 801 is arranged at the top of canned paragraph assembly 802, transition phase assembly 801 comprises the transition side frame be oppositely arranged and the transition rear wall framework be arranged between two transition side frames, canned paragraph assembly 802 comprises the fixed sidewall framework be oppositely arranged and the fixed rear wall framework be arranged between two fixed sidewall frameworks, transition rear wall framework and fixed rear wall framework are all uncovered relative with vertical, transition side frame, transition rear wall framework, fixed sidewall framework and the interior all correspondences of fixed rear wall framework are provided with hoistway wallboard 12, hoistway wallboard 12 is PC plate.
Adopting the design of PC plate, material, outward appearance and practicality is all the glass structure design being better than other:
1) material of PC plate take polycarbonate as main component, adopt a kind of high-quality sheet material of coextrusion techniques (CO-EXTRUSION), one deck high concentration ultraviolet absorbent due to its surface coverage, except the anti-ultraviolet characteristic of tool, also can keep weather-proof for a long time, will never fade, there is excellent electrical insulating property, extensibility, dimensional stability and chemical resistance simultaneously, higher intensity, resistance to effect of heat and resistance to cold etc.;
2) PC sheet material matter has light weight (weight ratio with glass is 1.2:2.5) relative to glass, and the weight greatly alleviating hoistway framework reduces the requirement to ground, also reduces the improvement cost of ground;
3) PC plate has good processing characteristics, conveniently can carry out size change, avoids glass to change the waste brought;
4) the resistance performance of PC plate is 250 times of glass, can not be broken, avoids the problem of Glass breadks easily and incised wound.
Shown in Fig. 3 and Fig. 4, transition side frame comprises the transition sidewall column 8011 and transition sidewall longeron 8012 that are oppositely arranged between two, transition rear wall framework comprises the transition rear wall column 8013 and transition rear wall crossbeam 8014 that are oppositely arranged between two, fixed sidewall framework comprises the fixed sidewall column 8021 and fixed sidewall longeron 8022 that are oppositely arranged between two, fixed rear wall framework comprises the fixed rear wall column 8023 and fixed rear wall crossbeam 8024 that are oppositely arranged between two, the top of every transition sidewall column 8011 is equipped with a locating dowel pin 10, corresponding, the bottom of every fixed sidewall column 8021 is equipped with the pin-and-hole suitable with locating dowel pin 10, ensure that the accuracy of each parts position in connection procedure.
Shown in Figure 5, in order to improve structural safety intensity and the performance of installation, adjacent transition sidewall column 8011, transition sidewall longeron 8012, transition rear wall column 8013, transition rear wall crossbeam 8014, fixed sidewall column 8021, fixed sidewall longeron 8022, an antarafacial connecting panel 11 between fixed rear wall column 8023 and fixed rear wall crossbeam 8024, is adopted to connect, this antarafacial connecting panel 11 is vertical angle, its expansion shape is cross-shaped, this antarafacial connecting panel 11 connection area is wide, compact conformation, and intensity is high.
Shown in Figure 6, transition sidewall column 8011 and transition rear wall column 8013 offset and form transition and splice gap, fixed sidewall column 8021 and fixed rear wall column 8023 offset and are formed to fix and splice gap, transition splicing gap and fixing splicing gap are in same plane, transition sidewall column 8011 extends one and sends out 8015 for the transition flange of blocking transition splicing gap, transition rear wall column 8013 is provided with the transition groove 8016 holding transition flange 8015, fixed sidewall column 8021 extends one for blocking the holding flange in fixing splicing gap, fixed rear wall column 8023 is provided with the fixed groove holding holding flange, the outside face of transition sidewall column 8011 and the outside face of transition flange 8015 flush, and after having assembled, the outside face of transition flange 8015 also keeps flushing with the outside face of transition rear wall column 8013, equally, the outside face of fixed sidewall column 8021, the outside face of fixed rear wall column 8023 and holding flange also keeps flushing, Joint strenght can either be ensured after having assembled, improve installation safety performance, the concave-convex design of transition groove and transition flange and gap splicing are blocked and can ensure that appearance looks elegant.
Shown in Figure 7, one of them fixed sidewall column 8021 comprises support column 80211 and covers column 80216, hoistway wallboard 12 (PC plate) is arranged between support column 80211 and fixed sidewall longeron, hoistway wallboard 12 and be provided with the first adhesive tape 80212 between support column 80211 and fixed sidewall longeron, hoistway wallboard 12 top surrounding is provided with the second adhesive tape 80213, pressing plate 80214 and cover plate 80215 successively.Certainly, fixed sidewall column 8021 is only a wherein example, such as transition sidewall column 8011, transition sidewall longeron 8012, transition rear wall column 8013, transition rear wall crossbeam 8014, fixed sidewall longeron 8022, fixed rear wall column 8023 and fixed rear wall crossbeam 8024 all can adopt this structure installment hoistway wallboard 12, during installation, first adhesive tape 80212 is pressed on support column 80211, put hoistway wallboard 12 well, re-use pressing plate 80,214 second adhesive tape 80213 to be pressed on hoistway wallboard 12 and to make to be screwed, again cover plate 80215 is covered on pressing plate 80214, and covering column 80216 is covered the superiors, use comer gusset panels fastening after installation, be convenient to Assembling, and good looking appearance.Then according to the principle of splicing from bottom to top, by locating dowel pin 10 and comer gusset panels, the canned paragraph assembly assembled and transition phase assembly have been spliced.
Shown in Figure 8, frame roof parts 2 comprise the two front/rear board component be oppositely arranged 201 and the two left/right board components 202 be oppositely arranged, connected by top joint angle 203 between front/rear board component 201 is adjacent with left/right board component 202, the lower end of top joint angle 203 is stretched out front and rear panel assembly 201 with left and right board component 202 and is connected with transition sidewall longeron 8012 and transition rear wall crossbeam 8014; The upper end of top joint angle 203 is fixed with one for connecting the top connecting panel 204 at top, tunnel, and frame roof parts 2 are stressed main portions, the design of top joint angle 203 add frame roof parts 2 itself by force intensity, improve safety performance.
The front/rear board component in described top, these four unit constructions of left/right board component are identical, for one of them assembly, as board component before top 201, shown in Figure 13-14, before this top, board component 201 comprises the large column 2011 be oppositely arranged between two, 2012, the up/down column 2013 be oppositely arranged between two, 2014 and be positioned at two large columns 2011, 2012 and up/down column 2013, the PC plate 2015 of 2014 enclosed spaces, wherein lower pillar stand 2014 channel-section steel 2017 that comprises sheet metal component 2016 and be fixedly connected with this sheet metal component 2016, PC plate 2015 bottom is provided with the 3rd adhesive tape 2018, PC plate top is provided with and is fixed on two large columns 2011 for its (i.e. this PC plate 2015) (is had fixation because of the 3rd adhesive tape) further, 2012 and up/down column 2013, the 4th adhesive tape 2010 between 2014 and pressing plate 2019.Shown by exploded view in Figure 13 and be provided with corresponding 3rd adhesive tape 2018, the 4th adhesive tape 2010 and pressing plate 2019 at large column 2011 and upper pillar stand 2013.Figure 14 shows and connects into board component before overall top; Figure 13-14 is the structural representation relatively amplified relative to Fig. 8; By install in add sheet metal structural design with increase frame roof parts itself be subject to force intensity.
Shown in Figure 9, base of frame parts 3 carry whole elevator own wt and and ground be connected and fixed, therefore higher intensity should self be had, whole hoistway framework is made to have the basic guarantee of a level again, based on above object, base of frame parts 3 comprise the two front and rear panel assembly be oppositely arranged 301 and the two left and right board components 302 be oppositely arranged, connected by bottom joint angle 303 between adjacent front and rear panel assembly 301 and left and right board component 302, the upper end of bottom joint angle 303 is stretched out front and rear panel assembly 301 with left and right board component 302 and to be connected with frame mid portion canned paragraph mounting blocks, the lower end of bottom joint angle 303 connects one for connecting the adjusting mechanism 304 of well pit ground, adjusting mechanism 304 comprises permanent seat 3041 and cliding seat 3042, cliding seat 3042 is fixedly connected with bottom joint angle 303 and is slidably mounted in permanent seat 3041, permanent seat 3041 is provided with the bottom mounting plate 3043 connecting well pit ground, cliding seat 3042 has been threaded adjustment bolt 3044, end and the bottom mounting plate 3043 of adjustment bolt 3044 offset, and are provided with fastener between cliding seat 3042 and permanent seat 3041.First permanent seat 3041 is fixed on well pit ground at building-site, joint angle is assembled on cliding seat 3042, and front and rear panel assembly 301 and left and right board component 302 are arranged in joint angle, the level adjusting whole bottom by regulating adjustment bolt 3044 provides the basis of a level below to the parts installed, after having adjusted, by expansion bolt, bottom mounting plate 3043 is fixed on pit.
By above-mentioned hoistway frame installation on elevator, namely form the elevator carrying hoistway framework.These frame roof parts 2 carrying hoistway framework elevator are provided with drive unit for lift or diversion sheave device, are slidably fitted with car in frame mid portion parts 1, car connects drive unit for lift or diversion sheave device by rope.Drive unit for lift can be hoisting mechanism, on the top being installed on frame roof parts 1 or on the bottom of base of frame parts; Diversion sheave device can be installed on the top of frame roof parts.Can select as required to arrange drive unit for lift or diversion sheave device, drive unit for lift can preferred hoisting mechanism.
Carry in hoistway framework elevator described, the every floor of the vertical open-mouth of described frame mid portion parts is provided with Room door frame assembly all accordingly, shown in Figure 2, Room door frame assembly comprises two Room side wall outer panels 901 be oppositely arranged and Room door crosspiece 902, Room door crosspiece 902 is fixedly installed on transition sidewall column 8011 and fixed sidewall column 8021, two Room side wall outer panels 901 be oppositely arranged are provided with between two Room, Room door crosspieces 902, two Room side wall outer panels 901 and two Room door crosspieces 902 surround Room door frame 9, Room door frame 9 top is provided with the Room door seal plate 903 corresponding with transition rear wall framework, be provided with in Room door frame 9 and pull door or automatically-controlled door.The design of Room door frame 9 can ensure the height and the width dimensions that pull door or automatically-controlled door with specification, avoid building site assembly error and reduce time of setting up, because the story height at scene differs, the Room door seal plate 903 that at every floor devise differing heights also corresponding to this, such design highlights globality of the present utility model and aesthetic property more.
As taking advantage of elevator for people, the safety performance of hoistway framework is a factor, and car 6 anti-fall is also an important safety factor, and contriver, through long-term research, develops a set of safety dropping prevent mechanism 5 being applicable to carrying hoistway frame-type elevator.
Shown in Figure 11, this safety dropping prevent mechanism 5 comprises the slide shaft 501 be slidably mounted in top longitudinal beam 202, this slide shaft 501 passes top longitudinal beam 202, the end of slide shaft 501 is rotatablely equipped with flower wheel 502, slide shaft 501 between flower wheel 502 and top longitudinal beam 202 is arranged with Compress Spring 503, flower wheel 502 leans on rope 13, when car 6 is unloaded, Compress Spring 503 compresses to Compress Spring 503 1 predetermincd tension by rope 13, installs and joint 8 is all provided with a upset being controlled by slide shaft 501 cranks arm 504 often saving transition.
Specifically, shown in Figure 12, upset is cranked arm and 504 is had a controlled end, a free end and an installation portion, controlled end connects slide shaft 501 by flexible cable 505, flexible cable 505 is fixed on slide shaft 501 one end away from flower wheel 502 usually, installation portion is rotatably installed on an anchor shaft 508, this anchor shaft 508 is fixed on fixed sidewall column 8021, anchor shaft 508 is set with a torsion spring 507, one end of torsion spring 507 is fixed on upset and cranks arm on 504, the other end of torsion spring 507 is fixed on anchor shaft 508 or fixed sidewall column 8021, upset is cranked arm on 504 and is fixed with a ratchet 509, fixed sidewall column 8021 is hinged with a ratchet 510 suitable with this ratchet 509, to ensure that upset is cranked arm 504 unidirectional swings.
Fixed sidewall column 8021 is also provided with one to crank arm the limit shaft 506 of 504 hunting ranges for limiting upset, make to overturn crank arm 504 free end be rocked in the lifting space of car 6 and can stop that car 6 drops.
When rope 13 ruptures or car 6 breaks off relations, pulling force on rope 13 suddenly disappears, cause the predetermincd tension on flower wheel 502 to disappear thereupon, Compress Spring 503 thus promote slide shaft 501 slide to flower wheel 502 direction, drive flexible cable 505 tensioning, be tensioned to and to a certain degree drive upset to crank arm 504 swings, when overturn crank arm 504 controlled end encounter limit shaft 506 time, free end is rocked to car 6 and is elevated in space, and anti-fall car 6 falls.
To sum up, installation process of the present utility model is as follows:
The installation method carrying hoistway framework elevator of the present utility model comprises the steps:
S1, first installation frame bottom part, be fixed and be installed on well pit ground; First permanent seat 3041 is fixed on well pit ground at building-site, joint angle is assembled on cliding seat 3042, and front/rear board component 301 and left/right board component 302 are arranged in joint angle, the level adjusting whole bottom by regulating adjustment bolt 3044 provides the basis of a level below to the parts installed, after having adjusted, by expansion bolt, bottom mounting plate 3043 is fixed on pit.
In above-mentioned, the design goal of these base of frame parts or effect are: 1, carry whole elevator own wt and and ground be connected and fixed; 2, each base can regulate the basic guarantee highly making whole framework have a level; 3, can ensure that first layer ground flushes with framework by fine setting.
S2, again installation frame middle section, be spliced to form this frame mid portion parts by the transition phase assembled in factory and canned paragraph mounting blocks from bottom to top by the mode of piecemeal segmentation superposition assembling; Wherein all corresponding installation PC plate in transition side frame, transition rear wall framework, fixed sidewall framework and fixed rear wall framework; Then be slidably installed in portion's parts car in the frame; In above-mentioned, frame mid portion parts are spliced by the mode that have employed piecemeal segmentation, like this reach save time, raise the efficiency while also play good aesthetic; PC sheet material, as hoistway wallboard, material, outward appearance and practicality is all the installation of the glass structure being better than other.
S3, installation frame top component, be fixed and be installed on well headroom; And on frame roof parts lift-mounting actuating device or diversion sheave device, then this car is connected drive unit for lift or diversion sheave device by rope.In above-mentioned, frame roof parts are stressed main portions of elevator, add in installation sheet metal structural design with increase frame roof parts itself by force intensity, between frame roof parts and frame mid portion parts, have employed above-mentioned specific connecting panel connection simultaneously and fix.
S4, with the installation Room, described vertical open position corresponding section door frame assembly.Room door frame 9 top is provided with the Room door seal plate 903 corresponding with transition rear wall framework, is provided with and pulls door or automatically-controlled door in Room door frame 9.In above-mentioned, devise the Room door seal plate 903 of differing heights at every floor, such installation highlights globality and the aesthetic property of elevator hoistways framework more.
The installation of S5, anti-falling structure, ensures the safety that elevator uses.
Above-mentioned is only preferably describe the installation method carrying hoistway framework elevator, if for hoistway framework, then the installation method of hoistway framework is as follows:
S1, first installation frame bottom part, be fixed and be installed on well pit ground;
S2, again installation frame middle section, be spliced to form this frame mid portion parts by the transition phase mounting blocks assembled in factory and canned paragraph mounting blocks from bottom to top by the mode of piecemeal segmentation superposition assembling; Wherein all corresponding installation PC plate in transition side frame, transition rear wall framework, fixed sidewall framework and fixed rear wall framework;
S3, installation frame top component, be fixed and be installed on well headroom.
The effect reference of its step carries the explanation of the installation method of hoistway framework elevator.
Should be appreciated that the purposes of these embodiments is only not intended to for illustration of the utility model limit protection domain of the present utility model.In addition; also should understand; after having read technology contents of the present utility model, those skilled in the art can make various change, amendment and/or modification to the utility model, and these all equivalent form of values fall within the protection domain that the application's appended claims limits equally.
Claims (9)
1. a hoistway framework, described hoistway framework comprises the base of frame parts be fixedly installed on well pit ground, be fixedly installed in the frame mid portion parts on described base of frame parts, and the frame roof parts be fixedly installed between described frame mid portion parts and floor top, described frame mid portion parts are provided with one vertically uncovered, it is characterized in that, described frame mid portion parts are divided into some transition phase mounting blocks of connecting successively and canned paragraph mounting blocks, described transition phase mounting blocks and canned paragraph mounting blocks are all independently installed and are formed, then the assembling mode superposed by piecemeal segmentation is successively spliced to form this frame mid portion parts, described transition phase mounting blocks is arranged at the top of described canned paragraph mounting blocks, the transition side frame that described transition phase mounting blocks is divided into two to be oppositely arranged and the transition rear wall framework be arranged at described in two between transition side frame, the fixed sidewall framework that described canned paragraph mounting blocks is divided into two to be oppositely arranged and the fixed rear wall framework be arranged at described in two between fixed sidewall framework, described transition rear wall framework and fixed rear wall framework are all vertical uncovered relative with described, described transition side frame, transition rear wall framework, fixed sidewall framework and the interior all correspondences of fixed rear wall framework are provided with hoistway wallboard, described hoistway wallboard is PC plate.
2. hoistway framework as claimed in claim 1, it is characterized in that, described transition side frame comprises the transition sidewall column and transition sidewall longeron that are oppositely arranged between two, described transition rear wall framework comprises the transition rear wall column and transition rear wall crossbeam that are oppositely arranged between two, described fixed sidewall framework comprises the fixed sidewall column and fixed sidewall longeron that are oppositely arranged between two, described fixed rear wall framework comprises the fixed rear wall column and fixed rear wall crossbeam that are oppositely arranged between two, the top of every described transition sidewall column and fixed sidewall column is equipped with a locating dowel pin, corresponding, the bottom of every described transition sidewall column and fixed sidewall column is equipped with the pin-and-hole suitable with described locating dowel pin.
3. hoistway framework as claimed in claim 2, it is characterized in that, described transition sidewall column and transition rear wall column offset and form transition and splice gap, described fixed sidewall column and fixed rear wall column offset and are formed to fix and splice gap, described transition splicing gap and fixing splicing gap are in same plane, described transition sidewall column extends one for blocking the transition flange in described transition splicing gap, described transition rear wall column is provided with the transition groove holding described transition flange, described fixed sidewall column extends one for blocking the holding flange in described fixing splicing gap, described fixed rear wall column is provided with the fixed groove holding described holding flange.
4. hoistway framework as claimed in claim 3, it is characterized in that, fixed sidewall column described in one of them and one of them transition sidewall column include support column and cover column, described hoistway wallboard is with between support column, be equipped with the first adhesive tape between described hoistway wallboard and corresponding fixed sidewall longeron or transition sidewall longeron, described hoistway upper wall portion surrounding is provided with the second adhesive tape, pressing plate and cover plate successively, and its cover plate is connected with the fixed sidewall longeron of support column and correspondence or transition sidewall longeron respectively.
5. the hoistway framework as described in any one of claim 1-4, it is characterized in that, the left/right board component that described frame roof parts comprise the front/rear board component in the top be oppositely arranged between two and are oppositely arranged between two, adjacent described front/rear/left/right board component between connected by top joint angle, the lower end of described top joint angle is stretched out described front and rear panel assembly with left and right board component and is connected with described transition phase mounting blocks; The upper end of described top joint angle is fixed with one for being connected and fixed the top connecting panel at floor top; In the front/rear board component in described top, left/right board component, arbitrary assembly comprises the large column be oppositely arranged between two, the up/down column be oppositely arranged between two and is positioned at the PC plate of two large columns and up/down column enclosed space, the wherein lower pillar stand channel-section steel that comprises sheet metal component and be fixedly connected with this sheet metal component, PC plate bottom is provided with the 3rd adhesive tape, and PC plate top is provided with the 4th adhesive tape and the pressing plate for being fixed in further between two large columns and up/down column.
6. the hoistway framework as described in any one of claim 1-4, it is characterized in that, described base of frame parts comprise the front/rear board component and left/right board component that are oppositely arranged between two, adjacent described front/rear/left/right board component between connected by bottom joint angle, the upper end of described bottom joint angle stretch out described front/rear/left/right board component and being connected with described fixed sidewall framework and fixed rear wall framework; The lower end of described bottom joint angle connects one for connecting the adjusting mechanism of well pit ground.
7. hoistway framework as claimed in claim 6, it is characterized in that, described adjusting mechanism comprises permanent seat and cliding seat, described cliding seat is fixedly connected with described bottom joint angle and is slidably mounted in described permanent seat, described permanent seat is provided with the bottom mounting plate connecting well pit ground, described cliding seat upper screwed hole is connected with adjustment bolt, and end and the described bottom mounting plate of described adjustment bolt offset, and are provided with fastener between described cliding seat and permanent seat.
8. carry a hoistway framework elevator, it is characterized in that, the hoistway framework that described elevator carries is the hoistway framework described in any one of claim 1-7.
9. carry hoistway framework elevator as claimed in claim 8, it is characterized in that, the every floor of the vertical open-mouth of described frame mid portion parts is provided with Room door frame assembly all accordingly, door frame assembly top, the described Room is provided with the Room door seal plate corresponding with described transition rear wall framework, described Room door frame assembly comprises the Room door crosspiece and Room side wall outer panel that are oppositely arranged between two, is provided with and pulls door or automatically-controlled door in the door frame of the described Room.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520172842.5U CN204607311U (en) | 2015-03-25 | 2015-03-25 | A kind of hoistway framework and carry hoistway framework elevator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520172842.5U CN204607311U (en) | 2015-03-25 | 2015-03-25 | A kind of hoistway framework and carry hoistway framework elevator |
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| CN204607311U true CN204607311U (en) | 2015-09-02 |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104760860A (en) * | 2015-03-25 | 2015-07-08 | 苏州天梭电梯有限公司 | Hoistway frame, elevator with hoistway frame and hoistway frame installation method |
| CN105417317A (en) * | 2016-01-15 | 2016-03-23 | 苏州德易斯电梯有限公司 | Novel multifunctional liftway frame convenient for field assembling and mounting |
| CN106044466A (en) * | 2016-08-12 | 2016-10-26 | 山东富士制御电梯有限公司 | Levelness adjusting device for steel structure well for elevator |
| CN107227832A (en) * | 2017-06-06 | 2017-10-03 | 宁波甘纳电梯有限公司 | A kind of modularization hoistway with steel structure and its construction technology |
| CN107697765A (en) * | 2017-10-20 | 2018-02-16 | 宁波宏大电梯有限公司 | A kind of elevator hoistways framework and installation method |
| CN108529398A (en) * | 2018-06-14 | 2018-09-14 | 派克诺电梯（苏州）有限公司 | A kind of Novel elevator carrying cabin package assembly |
| CN109279476A (en) * | 2018-10-12 | 2019-01-29 | 佛山市高明区安承升降装备研究院 | Antidetonation elevator |
| CN109319627A (en) * | 2018-10-31 | 2019-02-12 | 宁波赛威电梯设备有限公司 | A kind of mounting device of the modularization hoistway frame of elevator |
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Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104760860A (en) * | 2015-03-25 | 2015-07-08 | 苏州天梭电梯有限公司 | Hoistway frame, elevator with hoistway frame and hoistway frame installation method |
| CN104760860B (en) * | 2015-03-25 | 2017-02-22 | 苏州天梭电梯有限公司 | Hoistway frame, elevator with hoistway frame and hoistway frame installation method |
| CN105417317A (en) * | 2016-01-15 | 2016-03-23 | 苏州德易斯电梯有限公司 | Novel multifunctional liftway frame convenient for field assembling and mounting |
| CN106044466A (en) * | 2016-08-12 | 2016-10-26 | 山东富士制御电梯有限公司 | Levelness adjusting device for steel structure well for elevator |
| CN107227832A (en) * | 2017-06-06 | 2017-10-03 | 宁波甘纳电梯有限公司 | A kind of modularization hoistway with steel structure and its construction technology |
| CN107697765A (en) * | 2017-10-20 | 2018-02-16 | 宁波宏大电梯有限公司 | A kind of elevator hoistways framework and installation method |
| CN108529398A (en) * | 2018-06-14 | 2018-09-14 | 派克诺电梯（苏州）有限公司 | A kind of Novel elevator carrying cabin package assembly |
| CN108529398B (en) * | 2018-06-14 | 2024-04-16 | 派克诺电梯（苏州）有限公司 | Elevator car package assembly |
| CN109279476A (en) * | 2018-10-12 | 2019-01-29 | 佛山市高明区安承升降装备研究院 | Antidetonation elevator |
| CN109319627A (en) * | 2018-10-31 | 2019-02-12 | 宁波赛威电梯设备有限公司 | A kind of mounting device of the modularization hoistway frame of elevator |
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