CN102126661B - Inner component setting structure of lifting path and inner component setting method of lifting path - Google Patents
Inner component setting structure of lifting path and inner component setting method of lifting path Download PDFInfo
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- CN102126661B CN102126661B CN 201010599762 CN201010599762A CN102126661B CN 102126661 B CN102126661 B CN 102126661B CN 201010599762 CN201010599762 CN 201010599762 CN 201010599762 A CN201010599762 A CN 201010599762A CN 102126661 B CN102126661 B CN 102126661B
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Abstract
The present invention provides an inner component setting structure of a lifting path, which can improve the setting operation of the inner component of the lifting path. A guide rail (10) which is provided in a lifting path (1) is provided with a temporary fixing bracket (20) that can be temporarily provided with a rope mounting component (30) when the rope mounting component (30) as the inner component of the lifting path is mounted on the guide rail (10). The rope mounting component (30) and the temporary fixing bracket (20) are provided with a plurality of jointing mechanisms (40). In each jointing mechanism (40), a projection (31) which is provided at the side of the rope mounting component (30) and a gap part (21) that is provided at the temporary fixing bracket (20) are in one group and can be jointed. The jointing mechanisms (40) are configured so the rope mounting component can be mounted on the temporary fixing bracket just through the jointing between the projections and the gap parts through the relative movement between the rope mounting component (30) and the temporary fixing bracket.
Description
Technical field
The present invention relates to the method to set up that the lift path inner component arranges structure and lift path inner component.
Background technology
In elevator, mobile in lift path by car, make car move to any floor, but in elevator, carry out such movement in order to make car, be equipped with various mechanical parts and electronic unit in the lift path.In addition, in recent years, the elevator that is not provided with the Machine Room is more, in the situation of such elevator, a part that is provided in the parts in the lift path is arranged in the lift path and is arranged on the guide rail that car is guided, so that the rail moving of car as prescribed.For example, in the equipment assembly method, in the elevator lifting path, set the operation base station of free lifting in the lifting tower that patent documentation 1 is put down in writing, and from this operation base station, on the guide rail in being equipped on lift path, the equipment of stipulating is assembled on the part of regulation.
Patent documentation 1: Japanese kokai publication hei 4-55276 communique
Here, thereby by being installed to these parts that are arranged on the guide rail in the lift path, mostly having the operator who carries out setting operation is difficult to the weight that is hold by one hand, when being installed to such parts on the guide rail, in most cases, hang parts from the top of lift path with rope, by the winch of rope regulate the height of the parts hung on one side, with fixed partss such as bolts parts are installed on the guide rail on one side.But, in the situation of the top of lift path arrangement components, owing to there is not the lifting surplus of rope, so can't be under the state of hanging with rope installing component, at this moment, under the operator and the state of other operators with the hand gripping of installing component, parts are installed on the guide rail.Therefore, the relatively poor situation of the operability of the setting operation of such a parts is more, and the situation of setting operation difficulty is more.
Summary of the invention
The present invention makes in view of the above problems, and the lift path inner component that purpose is to provide a kind of operability that can make the setting operation of lift path inner component to improve arranges structure.In addition, the present invention makes in view of the above problems, and purpose is to provide the method to set up of the lift path inner component that a kind of operability that can make the setting operation of lift path inner component improves.
For addressing the above problem and achieving the goal, the lift path inner component of the 1st mode arranges structure, that the parts that will be configured in the lift path are that the lift path inner component that the lift path inner component is installed on the guide rail arranges structure, it is characterized in that: be provided with at above-mentioned guide rail member is set temporarily, when being installed to above-mentioned lift path inner component on the above-mentioned guide rail, this arranges member temporarily and can arrange above-mentioned lift path inner component temporarily, be provided with a plurality of snap fasteners at above-mentioned lift path inner component and the above-mentioned member that arranges temporarily, in the described snap fastener, the engagement section that is arranged at above-mentioned lift path inner component side is lift path inner component side engagement section and be arranged at the above-mentioned engagement section that member side is set temporarily and the member side engagement section namely is set temporarily becomes 1 group and can engage, above-mentioned snap fastener is set to, by above-mentioned lift path inner component and the above-mentioned member that arranges are relatively moved temporarily, can only utilize above-mentioned lift path inner component side engagement section engaging of member side engagement section to be set temporarily and above-mentioned lift path inner component is installed on the above-mentioned member that temporarily arranges with above-mentioned.
In addition, as the 2nd mode, be preferably, lift path inner component in above-mentioned the 1st mode arranges in the structure, in the above-mentioned snap fastener, above-mentioned lift path inner component side engagement section and above-mentioned any that temporarily arranges in the member side engagement section form jut, another is set to the insertion section, this insertion section is formed by groove or the breach that above-mentioned jut enters, above-mentioned jut by 1 above-mentioned snap fastener in above-mentioned a plurality of snap fasteners relatively moves above-mentioned lift path inner component and the above-mentioned member that temporarily arranges after entering above-mentioned insertion section, thereby above-mentioned jut is restricted to the movement of the outstanding direction of above-mentioned jut, thus, only utilize the engaging between the above-mentioned engagement section and above-mentioned lift path inner component is installed to the above-mentioned member that temporarily arranges.
In addition, as the 3rd mode, be preferably, lift path inner component in above-mentioned the 2nd mode arranges in the structure, above-mentioned jut by axial region, and the axial projection of shape leading section different from the projection of shape of above-mentioned axial region of above-mentioned axial region form, in the above-mentioned insertion section, make above-mentioned lift path inner component and above-mentioned when member being set temporarily relatively moving, with above-mentioned jut with respect to the width on the direction of the moving direction quadrature of above-mentioned insertion section, greater than the size on the same direction of above-mentioned axial region, less than the size on the same direction of above-mentioned leading section.
In addition, as the 4th mode, be preferably, lift path inner component in above-mentioned the 2nd mode or above-mentioned the 3rd mode arranges in the structure, above-mentioned snap fastener is provided with 2 groups, and, 2 above-mentioned member side engagement sections that temporarily arrange that 2 groups of above-mentioned snap fasteners have all are set to above-mentioned insertion section, an above-mentioned insertion section in 2 above-mentioned insertion sections is formed by the above-mentioned breach of in the horizontal direction upper shed, another above-mentioned insertion section is formed by the above-mentioned breach of upper opening, enter at above-mentioned jut under the state of above-mentioned breach of in the horizontal direction upper shed, above-mentioned lift path inner component is rotated, thus, above-mentioned jut enters into the above-mentioned breach of upper opening, and 2 groups of above-mentioned snap fasteners can engage together.
In addition, as the 5th mode, be preferably, lift path inner component in above-mentioned the 2nd mode or above-mentioned the 3rd mode arranges in the structure, above-mentioned snap fastener is provided with 2 groups, and, 2 above-mentioned member side engagement sections that temporarily arrange that 2 groups of above-mentioned snap fasteners have all are set to above-mentioned insertion section, an above-mentioned insertion section in 2 above-mentioned insertion sections is formed by the above-mentioned breach of in the horizontal direction upper shed, another above-mentioned insertion section is formed by the above-mentioned groove that extends in the horizontal direction, enter at above-mentioned jut under the state of the above-mentioned groove that extends in the horizontal direction, make above-mentioned lift path inner component mobile in the horizontal direction, thus, above-mentioned jut enters into the above-mentioned breach of in the horizontal direction upper shed, and 2 groups of above-mentioned snap fasteners can engage together.
In addition, as the 6th mode, be preferably, lift path inner component in above-mentioned the 2nd mode or above-mentioned the 3rd mode arranges in the structure, above-mentioned snap fastener is provided with 2 groups, and, 2 above-mentioned member side engagement sections that temporarily arrange that 2 groups of above-mentioned snap fasteners have all are set to above-mentioned insertion section, an above-mentioned insertion section in 2 above-mentioned insertion sections is formed by the above-mentioned breach of in the horizontal direction upper shed, another above-mentioned insertion section is formed by in the horizontal direction upper shed and the short above-mentioned breach of another above-mentioned breach of Length Ratio, enter at above-mentioned jut under the state of the long above-mentioned breach of length, make above-mentioned lift path inner component mobile in the horizontal direction, thus, above-mentioned jut enters another above-mentioned breach, and 2 groups of above-mentioned snap fasteners can engage together.
In addition, as the 7th mode, be preferably, arrange in the structure at the lift path inner component of any mode of above-mentioned the 1st mode to above-mentioned the 6th mode, the above-mentioned member that temporarily arranges adopts the tension member of strengthening above-mentioned guide rail.
For addressing the above problem and achieving the goal, the lift path inner component method to set up of the 8th mode, that the parts that will be configured in the lift path are that the lift path inner component is installed to the lift path inner component method to set up on the guide rail, it is characterized in that: arrange at above-mentioned guide rail member is set temporarily, when being installed to above-mentioned lift path inner component on the above-mentioned guide rail, this arranges member temporarily and can arrange above-mentioned lift path inner component temporarily, at above-mentioned lift path inner component and the above-mentioned member that arranges temporarily a plurality of snap fasteners are set, in the described snap fastener, the engagement section that is arranged at above-mentioned lift path inner component side is lift path inner component side engagement section and be arranged at the above-mentioned engagement section that member side is set temporarily and the member side engagement section namely is set temporarily becomes 1 group and can engage, when above-mentioned lift path inner component is arranged temporarily, by above-mentioned lift path inner component and the above-mentioned member that arranges are relatively moved temporarily, thereby above-mentioned lift path inner component side engagement section is engaged with the above-mentioned member side engagement section that arranges temporarily, only utilize above-mentioned lift path inner component side engagement section and above-mentioned the engaging of member side engagement section that temporarily arrange, above-mentioned lift path inner component is installed to the above-mentioned member that temporarily arranges, thereby arrange temporarily, after above-mentioned interim setting, by above-mentioned lift path inner component being fixed to the fixed mechanism of above-mentioned guide rail, above-mentioned lift path inner component is formally arranged.
The invention effect
The effect that the structure that arranges lift path inner component of the present invention can realize making the operability of the setting operation of lift path inner component to improve.In addition, the method to set up of lift path inner component of the present invention can realize making the effect that the operability of the setting operation of lift path inner component improves.
Description of drawings
Fig. 1 is the synoptic map of the lift path of the lift path inner component that possesses embodiment of the present invention elevator that structure is set.
Fig. 2 is the A-A cutaway view of Fig. 1.
Fig. 3 is that the B-B of Fig. 1 is to view.
Fig. 4 is the C-C cutaway view of Fig. 3.
Fig. 5 is the synoptic map of cable mounts part.
Fig. 6 is that the D-D of Fig. 5 is to view.
Fig. 7 is the instruction diagram that temporarily arranges in the situation of cable mounts part, is the instruction diagram that jut begins to enter the state of notch part.
Fig. 8 is the instruction diagram that temporarily arranges in the situation of cable mounts part, the instruction diagram when being the engaging of snap fastener.
Fig. 9 is that the lift path inner component of embodiment arranges the temporary fixed instruction diagram with carriage that the variation of structure has.
Figure 10 is that the E-E of Fig. 9 is to view.
Figure 11 is that the F-F of Figure 10 is to view.
Figure 12 is the instruction diagram that the jut of cable mounts part enters into the state of temporary fixed slot part with carriage shown in Figure 9.
Figure 13 is that the H-H of Figure 12 is to view.
Figure 14 is that the K-K of Figure 13 is to view.
Figure 15 is temporary fixed insertion section and the engaging of the jut of the cable mounts part instruction diagram when finishing with carriage shown in Figure 9.
Figure 16 is that the lift path inner component of embodiment arranges the temporary fixed instruction diagram with carriage that the variation of structure has.
Figure 17 is temporary fixed notch part and the engaging of the jut of the cable mounts part instruction diagram when finishing with carriage shown in Figure 16.
Figure 18 is that the lift path inner component of embodiment arranges the temporary fixed instruction diagram with carriage that the variation of structure has.
Figure 19 is the instruction diagram that the lift path inner component of embodiment arranges the cable mounts part that the variation of structure has.
Figure 20 is that the M-M of Figure 19 is to view.
Figure 21 is that expression is arranged on temporary fixed instruction diagram with the state on the carriage shown in Figure 180 with cable mounts part shown in Figure 19 temporarily.
Figure 22 is temporary fixed with the instruction diagram in the situation up and down of carriage with being hooked on.
Nomenclature
1 lift path
2 walls
5 cars
10 guide rails
15 liner plates
18 track brackets
20,50,70, the 90 temporary fixed carriages of using
21,53,71 notch parts
22,72 the 1st notch parts
23,73 the 2nd notch parts
30,60,80,95 cable mounts parts
31,61,81 juts
32,62,82 the 1st juts
33,63,83 the 2nd juts
35 axial regions
36 leading sections
40 snap fasteners
51 insertion sections
52 slot parts
54 wide width parts
The specific embodiment
Describe with reference to the accompanying drawings the embodiment that lift path inner component of the present invention arranges the method to set up of structure and lift path inner component in detail.In addition, the present invention is not limited to present embodiment.In addition, in the structural element of following embodiment, comprise key element or the identical key element of essence that those skilled in the art may and replace easily.
(embodiment)
Fig. 1 is the synoptic map of the lift path of the lift path inner component that possesses embodiment of the present invention elevator that structure is set.Fig. 2 is the A-A cutaway view of Fig. 1.Arrange in the lift path 1 of elevator of structure possessing the related lift path inner component of embodiment, the guide rail 10 that when car 5 lifting car 5 is guided is separately positioned on mutual opposed 2 place's walls 2 in the middle of the wall 2 of lift path 1.This guide rail 10 extends in vertical roughly and forms, and in the situation of observing to vertical, its shape forms roughly T word shape.Particularly, guide rail 10 forms, form in the steel of T word shape be connected with dull and stereotyped quadrature and from the outstanding part that forms of flat board, be protrusion 11, with mutually opposed towards being provided on the opposed wall 2, and extend in vertical roughly.With this towards and in the guide rail 10 that forms, in each guide rail 10 with 2 opposed of the walls of lift path 1, namely as the rail back 13 of the face of the opposition side of a side that forms protrusion 11, be connected in the wall 2 of lift path 1, and with by the formed link of steel of L word shape, be that track bracket 18 is connected.That is, guide rail 10 is connected to the wall 2 of lift path 1 via track bracket 18, be provided in thus in the lift path 1.
In addition, be provided with in this guide rail 10 tension member in specialized range, guide rail 10 strengthened, be liner plate (backing) 15.This liner plate 15 forms the plate-like shape of essentially rectangular shape, is installed in the specialized range of rail back 13.
Fig. 3 is that the B-B of Fig. 1 is to view.Fig. 4 is the C-C cutaway view of Fig. 3.In the guide rail 10 that as above arranges, be provided with as the temporary fixed with carriage 20 of member is set temporarily, such as being that the lift path inner component such as cable mounts part 30 (with reference to Fig. 5) is when being installed to guide rail 10 when the parts that rope (omitting diagram) will be installed, this is temporary fixed can to arrange this lift path inner component with carriage 20 temporarily, and described lift path inner component is the parts that are provided in the lift path 1.This is temporary fixed to form than the part with rail back 13, is the plate-like shape of the wide essentially rectangular shape of the width of back part 12 with carriage 20, and is installed on the guide rail 10 from rail back 13 sides.
Particularly, temporary fixed rail back 13 sides that are provided in guide rail 10 with carriage 20, the side that is provided with protrusion 11 of section 12 overleaf, be equipped with the temporary fixed fixing clip (clip) 26 of using with carriage 20, by fastening temporary fixed with carriage 20 and clip 26 with bolt 27, be fixed on the guide rail 10.Namely, with the temporary fixed back part 12 that sandwiches guide rail 10 with carriage 20 and clip 26, and with bolt 27 that both sides are fastening, by the friction force that produces with this temporary fixed power when sandwiching back part 12 with carriage 20 and clip 26, make temporary fixedly to be fixed on the guide rail 10 with carriage 20.In addition, because temporary fixed to form the width of its Width back part 12 with carriage 20 wide, therefore, under the state that is fixed to like this guide rail 10, temporary fixedly form the both sides of the Width of section 12 overleaf with carriage 20 with exposing.
This temporary fixed breach, notch part 21 that uses during with the installation rope installing component 30 that is formed with on the carriage 20 as the lift path inner component, this notch part 21 is set to install the structure of rope installing component 30 (with reference to Fig. 5).Snap fastener 40 when this notch part 21 is configured for cable mounts part 30 is set temporarily, and, as be located at arrange temporarily member be temporary fixed with the engagement section of carriage 20 sides, namely the member side engagement section is set temporarily and is set up.Notch part 21 as lift path inner component side engagement section is formed at temporary fixed 2 places with carriage 20, and is formed at respectively temporary fixed guide rail 10 both sides of using on the carriage 20 under the state that is fixed on guide rail 10.In addition, this notch part 21 is formed through to forming tabular temporary fixed thickness direction with carriage 20.
Notch part 21 in the 2 place's notch parts 21 that form like this and the formation direction quadrature of guide rail 10, and the Width of direction guiding rail 10, be that horizontal direction is extended and to be formed, by with temporary fixed with the parallel limit opening of the formation direction of the guide rail 10 on the carriage 20, become the 1st notch part 22 of in the horizontal direction upper shed.In addition, another notch part 21 parallel with the formation direction of guide rail 10 towards extending, namely, form to the vertical extension, to temporary fixed with limit opening in the limit of on the carriage 20 and formation direction quadrature guide rail 10, that be positioned at the top, thus, form the 2nd notch part 23 of upper opening.
In addition, what arrange like this is temporary fixed with carriage 20, and the bolt hole 28 that uses when cable mounts part 30 is formally arranged is offered a plurality of with guide rail 10, and this bolt hole 28 connects and temporary fixedly forms with carriage 20 and guide rail 10.
Fig. 5 is the synoptic map of cable mounts part.The rope (omit and illustrate) that uses when connecting each parts when lift path 1 is set in etc., rope can be suspended on lift path inner component in the lift path 1, be that cable mounts part 30 is set to, can arrange with carriage 20 by temporary fixed temporarily.That is, cable mounts part 30 is set to be installed on temporary fixed with carriage 20, and being installed in of cable mounts part 30 temporary fixedly form planely with the part on the carriage 20, and this forms plane part and is provided with 2 juts 31.This jut 31 consists of the snap fastener 40 that uses when cable mounts part 30 is set temporarily, and, as being arranged at engagement section that the lift path inner component is cable mounts part 30 sides, being lift path inner component side engagement section and being set up.
The relative position relation of 2 juts 31, and the relative position relation that is formed between the end of opposition side of temporary fixed end with sides in 2 notch parts 21 of carriage 20, temporary fixed limit upper sheds with carriages 20 is roughly the same.Like this, jut 31 in relative position relation 2 juts 31 identical with the position relationship of temporary fixed 2 notch parts 21 with carriage 20, that be arranged on position corresponding to the 1st notch part 22 becomes the 1st jut 32, and the jut 31 that is arranged on the position corresponding with the 2nd notch part 23 becomes the 2nd jut 33.In addition, in cable mounts part 30, the position that these juts 31 are set is set to, so that the center of gravity of cable mounts part 30 is positioned at: between the 1st jut 32 and the 2nd jut 33 near the position of the 2nd jut 33, or be the part of opposition side of a side at the 1st jut 32 places with respect to the 2nd jut 33.
Fig. 6 is that the D-D of Fig. 5 is to view.2 juts 31 of cable mounts part 30 form identical shape, are all formed by axial region 35 and the leading section 36 that is formed on the fore-end of this axial region 35.These axial regions 35 and leading section 36 form, and the projection of shape on the direction of principal axis of axial region 35 is different, that is, and and the shape that the projection of shape of leading section 36 is different from the projection of shape of axial region 35.Particularly, axial region 35 forms roughly cylindrical shape, and leading section 36 forms the diameter roughly spherical shape larger than the diameter of axial region 35 than large roughly cylindric, the discoideus or diameter of the diameter of axial region 35.In addition, the length of axial region 35 is greater than temporary fixed thickness with carriage 20.
Jut 31 has like this axial region 35 and leading section 36 and forms, and the width that is formed at temporary fixed notch part 21 with carriage 20 forms, and is wider than the diameter of axial region 35, narrower than the diameter of leading section 36.These juts 31 that consist of snap fastener 40 are set to notch part 21, the locational jut 31 and the notch part 21 that are formed on mutual correspondence become one group, jut 31 enters notch part 21, thereby relatively moving on prescribed direction is restricted, thus, jut 31 and notch part 21 can engage.Like this, jut 31 can enter notch part 21, thereby notch part 21 is set to the insertion section of snap fastener 40.
In addition, be formed with a plurality of bolts hole 38 (with reference to Fig. 5) on this cable mounts part 30, thereby this bolt hole 38 uses this cable mounts part 30 being fixed on when formally arranging on the guide rail 10.This bolt hole 38 forms, its relative position relation with connect that temporary fixed the relative position relation of the bolt hole 28 of formation is same position with carriage 20 and guide rail 10.
The lift path inner component of present embodiment arranges structure by consisting of such as upper type, and the below describes its effect.Cable mounts part 30 is arranged in the lift path 1 by being installed on the guide rail 10, but when being installed to cable mounts part 30 on the guide rail 10, is set to temporary fixed with on the carriage 20 at first temporarily.
Fig. 7 is the instruction diagram that temporarily arranges in the situation of cable mounts part, is the instruction diagram that jut begins to enter the state of notch part.When temporary fixed usefulness carriage 20 is set temporarily, the jut 31 that makes as snap fastener 40 and arrange engages with notch part 21, when jut 31 is engaged with notch part 21, at first, the 1st jut 32 that is arranged at cable mounts part 30 is entered into and be formed at temporary fixed the 1st notch part 22 with carriage 20.Like this, when making the 1st jut 32 enter the 1st notch part 22, make cable mounts part 30 be positioned at the face side of the opposition side of temporary fixed face with guide rail 10 sides on the carriage 20, this moment, jut 31 was towards temporary fixed direction with carriage 20.Under this state, make the 1st jut 32 enter the 1st notch part 22 from the part of the opening of the 1st notch part 22, thus, make the axial region 35 of the 1st jut 32 enter the 1st notch part 22.
Like this, the 1st jut 32 is entered under the state of the 1st notch part 22, because cable mounts part 30 can rotate centered by the 1st jut 32, therefore, after making the 1st jut 32 enter the 1st notch part 22, cable mounts part 30 is rotated, thereby the 2nd jut 33 is positioned near the part of opening of the 2nd notch part 23.Namely, snap fastener 40 forms, the jut 31 that consists of this snap fastener 40 is entered under the state of notch part 21, the cable mounts that can relatively move part 30 and the temporary fixed carriage 20 of using, by rotate cable mounts part 30 under the state of the 1st breach 22 in that the 1st jut 32 is entered into, the 2nd jut 33 become be positioned at established part towards.
Fig. 8 is the instruction diagram that temporarily arranges in the situation of cable mounts part, the instruction diagram when being the engaging of snap fastener.By making the 1st jut 32 enter the 1st notch part 22 cable mounts part 30 is rotated centered by the 1st jut 32, after making the 2nd jut 33 be positioned near the part of opening of the 2nd notch part 23, further rotate cable mounts part 30, thereby make the 2nd jut 33 enter the 2nd notch part 23.Particularly, make the axial region 35 of the 2nd jut 33 enter the 2nd notch part 23.Under this state, if further rotate cable mounts part 30, then the 2nd jut 33 arrives the end side of opposition side of end of a side of the opening of the 2nd notch part 23, and is connected to this end of the 2nd notch part 23.Thus, the 2nd jut 33 engages with the 2nd notch part 23, and the rotation of cable mounts part 30 is restricted.
Here, the thickness direction of notch part 21 run-through boards and forming, the 1st notch part 22 is opening in the horizontal direction, and the 2nd notch part 23 is opening up, and therefore, the lower side of notch part 21 partly becomes the state of the wall section that has notch part 21.Therefore, the rotation of cable mounts part 30 is restricted, when the 1st jut 32 and the 1st notch part 22, and the 2nd jut 33 when all engaging with the 2nd notch part 23, jut 31 movement downwards is restricted, thus, cable mounts part 30 movement downwards that has a jut 31 is restricted.Therefore, in the snap fastener 40, when jut 31 engages with notch part 21, the movement of the cable mounts part 30 that restriction is caused by the deadweight of cable mounts part 30.
In addition, the center of gravity of cable mounts part 30 between the 1st jut 32 and the 2nd jut 33, near the position of the 2nd jut 33, or be positioned at the part of the opposition side of the 1st jut 32 places one side with respect to the 2nd jut 33.Therefore, in jut 31 and situation that notch part 21 engages, the deadweight of cable mounts part 30 is compared with the 1st jut 32, by the larger weight of side effect of the 2nd jut 33.In this case, because acting on the deadweight of the 1st jut 32 diminishes, therefore, in the cable mounts part 30, although the 1st jut 32 sides are centered by the 2nd jut 33 and rotate in direction upward, but because the 1st notch part 22 opening in the horizontal direction, so the upper side of notch part 21 partly becomes the state of the wall section that has notch part 21.Thus, the 1st jut 32 movement upward is owing to the 1st notch part 22 is restricted, thus the limited in rotation of the 1st jut 32 on direction upward of cable mounts part 30.Therefore, in the snap fastener 40, when jut 31 engages with notch part 21, limit rotation based on the cable mounts part 30 of the deadweight of cable mounts part 30 by a plurality of snap fasteners 40.
In addition, when jut 31 engaged with notch part 21, the axial region 35 of jut 31 became the state that enters notch part 21, but the diameter of the leading section 36 of jut 31 is greater than the diameter of axial region 35, and greater than the width of notch part 21.Therefore, under jut 31 and state that notch part 21 engages, cable mounts part 30 near the movement of temporary fixed direction with carriage 20 owing to both sides' butt is restricted, and cable mounts part 30 is to blocking and be restricted owing to the leading section 36 of jut 31 is temporarily fixed peripheral part with the notch part 21 of carriage 20 away from the movement of temporary fixed direction with carriage 20.Thus, under jut 31 and state that notch part 21 engages, the direction that jut 31 is given prominence to jut 31 or the formation direction of jut 31 mobile restricted.When snap fastener 40 engaging, mobile restricted to all directions of cable mounts part 30 as described above, thus, cable mounts part 30 is installed in temporary fixed with carriage 20.
Like this, in the snap fastener 40, the moment that begins to enter into notch part 21 from jut 31 begins, by cable mounts part 30 is relatively moved with carriage 20 with temporary fixed, can only cable mounts part 30 be installed to temporary fixed with on the carriage 20 with the engaging between the snap fastener 40, cable mounts part 30 is temporary fixed with on the carriage 20 by like this only being installed to the engaging between the snap fastener 40, thereby is arranged in the lift path 1 temporarily.After like this cable mounts part 30 being arranged on temporarily in the lift path 1, by use to connect guide rail 10 and temporary fixed bolt hole 28 with carriage 20, at the bolt hole 38 of cable mounts part 30 upper sheds, as the bolt of rear end plate 45 of the fixed mechanism that cable mounts part 30 is fixed in guide rail 10, thereby cable mounts part 30 is fixed in guide rail 10.
When by bolt of rear end plate 45 cable mounts part 30 being fixed in guide rail 10, be fixed by a plurality of bolt of rear end plates 45, yet near the part of coming by a part of bolt of rear end plate 45 wherein cable mounts part 30 is installed, do not have temporary fixed with carriage 20, and the part (for example, the part of using bolt of rear end plate 45 to fix of Fig. 8 upside) that exists guide rail 10 and cable mounts part 30 to separate.On such part, between guide rail 10 and cable mounts part 30, sandwich the pad (omit diagram) of suitable thickness, thereby plug the gap and cable mounts part 30 is fixed on the guide rail 10.Thus, cable mounts part 30 formally is set.
In addition, like this, cable mounts part 30 is being fixed in the situation of guide rail 10 by bolt of rear end plate 45, cable mounts part 30 and guide rail 10 are separated, but forming temporary fixed with carriage 20 between both sides, to certainly exist temporary fixed shape with carriage 20.Temporary fixed with carriage 20 by forming in this wise, can not use pad ground that cable mounts part 30 is fixed to guide rail 10.
In addition, using bolt of rear end plate 45 cable mounts part 30 to be fixed in the situation of guide rail 10, can in guide rail 10 and temporary fixed bolt hole 38 with the bolt hole 28 between the carriage 20 and cable mounts part 30, pass bolt of rear end plate 45 and fix with bolt of rear end plate 45 and nut (omitting diagram), perhaps, also can apply to the bolt hole 38 of cable mounts part 30 screw thread processing, make bolt of rear end plate 45 by guide rail 10 and temporary fixed with after the bolt hole 28 of carriage 20, screw togather by the bolt hole 38 with cable mounts part 30 and fix.
Above-mentioned lift path inner component arranges in the structure, on the guide rail 10 in being equipped on lift path 1, when being provided with the cable mounts part 30 that will be equipped in the lift path 1 and being installed to this guide rail 10 can to cable mounts part 30 arrange temporarily temporary fixed with carriage 20, temporary fixed with on carriage 20 and the cable mounts part 30 at this, be provided with a plurality of snap fasteners 40 that can engage when cable mounts part 30 arranged temporarily.This snap fastener 40 is set to, and by making cable mounts part 30 and temporary fixedly relatively move with carriage 20, can be only cable mounts part 30 is installed to temporary fixed with carriage 20 with the engaging of snap fastener 40.Like this, can carry out the interim setting of cable mounts part 30, thus, when in that lift path 1 is interior when cable mounts part 30 is set, needn't make a plurality of operators on one side support cable installing component 30 cable mounts part 30 is installed to the mounting portion of guide rail 10 grades on one side.Therefore, cable mounts part 30 is set to lift path 1 when interior, from temporarily the arranging of cable mounts part 30, till the formal setting that utilizes bolt of rear end plate 45 to be fixed, can be easily carried out by an operator.As a result, can improve the operability of the setting operation of cable mounts part 30.
In addition, in the snap fastener 40, cable mounts part 30 is relatively moved after entering notch part 21 by the jut 31 that consists of snap fastener 40 with carriage 20 with temporary fixed, can realize that jut 31 is to the restriction of the movement of jut 31 projected directions.Thus, when cable mounts part 30 is arranged temporarily, can only attach it to temporary fixed usefulness carriage 20 with the engaging between the snap fastener 40, thereby can easily arrange temporarily.As a result, can improve more reliably the operability of the setting operation of cable mounts part 30.
In addition, snap fastener is provided with 2 groups, and, 2 engagement sections that member side is set temporarily that 2 groups of snap fasteners 40 have all arrange as notch part 21, notch part 21 in these 2 notch parts 21 forms as the 1st notch part 22 of opening in the horizontal direction, and another notch part 21 forms as the 2nd notch part 23 of opening up.In the snap fastener 40 that forms like this, enter under the state of the 1st notch part 22 at the 1st jut 32 corresponding with the 1st notch part 22, cable mounts part 30 is rotated, thus, enter 23,2 groups of snap fasteners 40 of the 2nd notch part at the 2nd jut 33 corresponding with the 2nd notch part 23 and all realize engaging, therefore, needn't make 2 juts 31 enter simultaneously notch part 21, thereby can easily make a plurality of juts 31 enter notch part 21.Thus, 2 groups of snap fasteners 40 are easily engaged, can easily arrange cable mounts part 30 temporarily.As a result, can improve more reliably the operability of the setting operation of cable mounts part 30.
In addition, in the snap fastener 40, when jut 31 is engaged with notch part 21, because the movement of the caused cable mounts part 30 of deadweight of restriction cable mounts part 30, therefore, when being installed to the cable mounts part on 30 guide rails 10, can only easily install with the engaging of snap fastener 40.Thus, when cable mounts part 30 is set temporarily, can easily arrange temporarily.As a result, can improve more reliably the operability of the setting operation of cable mounts part 30.
In addition, in the snap fastener 40, when jut 31 is engaged with notch part 21, rotation owing to the caused cable mounts part 30 of deadweight that limits cable mounts part 30 by a plurality of snap fasteners 40, therefore, when 30 pairs of guide rails 10 of cable mounts part are installed, can only easily install with the engaging of snap fastener 40.Thus, when cable mounts part 30 is set temporarily, can easily arrange temporarily.As a result, can improve more reliably the operability of the setting operation of cable mounts part 30.
Fig. 9 is that the lift path inner component of embodiment arranges the temporary fixed instruction diagram with carriage that the variation of structure has.Figure 10 is that the E-E of Fig. 9 is to view.Figure 11 is that the F-F of Figure 10 is to view.In addition, the lift path inner component related at embodiment arranges in the structure, consist of snap fastener 40 and be arranged on temporary fixed insertion section with carriage 20 sides and all adopt notch part 21, also can form by the structure except notch part 21 but be arranged on temporary fixed insertion section with carriage 20 sides.For example, as shown in Figure 9, be formed at temporary fixed insertion section 51 with carriage 50 and also may be used slot part 52 and notch part 53.
Particularly, an insertion section 51 in 2 insertion sections 51, with the lift path inner component of embodiment arrange in the structure temporary fixed with formed the 1st notch part 22 on the carriage 20 similarly, extend in the horizontal direction and form, by with temporary fixed with the parallel limit opening of the formation direction of the guide rail 10 on the carriage 50, becoming in the horizontal direction, the breach of opening is notch part 53.With it relatively, another insertion section 51 is with respect to the limit of guide rail 10 opening and become slot part 52 not, and this slot part 52 forms the groove of the both ends sealing on the length direction.This slot part 52 is same with notch part 53, extends in the horizontal direction to form.In addition, this slot part 52 forms, and the width of the end of close notch part 53 sides is greater than the width of other parts of this slot part 52, and this part forms as wide width part 54.
With the lift path inner component of embodiment arrange in the structure notch part 21 similarly, the jut 61 that is formed at cable mounts part 60 (with reference to Figure 12) enters this slot part 52, jut 61 forms (with reference to Fig. 6) by axial region 35 with leading section 36, the projection of shape of the leading section 36 when wide width part 54 ratios are axially observed jut 61 is large.Particularly, in the wide width part 54, the shape when observing slot part 52 along depth direction forms the circular shape, and circular diameter forms larger than the diameter of leading section 36.In addition, structure is set similarly with the lift path inner component of embodiment, this is temporary fixed to be fixed on the guide rail 10 by clip 26 and bolt 27 with carriage 50.
In addition, temporary fixed with on the carriage 50, on the face of the side that rope installing component 60 is installed, be provided with the member, the guide member 56 that when cable mounts part 60 being set, are used for determining the position temporarily.This guide member 56 forms the roughly rectangular-shaped shape of extending to the identical direction of the direction of extending with slot part 52 and notch part 53, upper part be positioned at cable mounts part 60 be installed to temporary fixed end portion during with carriage 50 near.
Figure 12 is the instruction diagram that the jut of cable mounts part enters into the state of temporary fixed slot part with carriage shown in Figure 9.Figure 13 is that the H-H of Figure 12 is to view.Figure 14 is that the K-K of Figure 13 is to view.Figure 15 is temporary fixed insertion section and the instruction diagram of the engaging between the jut of cable mounts part when finishing with carriage shown in Figure 9.When cable mounts part 60 is installed to the temporary fixed usefulness carriage 50 that forms like this, at first, as shown in figure 12, make the 1st jut 62 of cable mounts part 60 enter the temporary fixed wide width part 54 of using the slot part 52 of carriage 50.Like this, enter under the state of slot part 52 at the 1st jut 62, on the 1st jut 62 direction that 52 formation direction moves from wide width part 54 to slot part, cable mounts part 60 is relatively moved with respect to temporary fixed with carriage 50.That is, because slot part 52 is formed at the direction of extending to horizontal direction, therefore make cable mounts part 60 mobile in the horizontal direction.
Here, temporary fixed with on the carriage 50, be provided with guide member 56 at the face of the side that rope installing component 60 is installed, this guide member 56 be positioned at cable mounts part 60 be installed to temporary fixed end portion during with carriage 50 near.Therefore, even enter in the situation of slot part 52 at the 1st jut 62, also become near the state of end portion that is positioned at cable mounts part 60, thereby cable mounts part 60 becomes the state that is positioned on the guide member 56.Cable mounts part 60 is installed to temporary fixed with on the carriage 50 time, enters at the 1st jut 62 under the state of slot part 52 cable mounts part 60 is moved, guide member 56 extends in the identical direction of the direction of extending with slot part 52.Therefore, during mobile cable mounts part 60, can move it along guide member 56 with the state that cable mounts part 60 is positioned on the guide member 56.
Like this, move cable mounts part 60 along guide member 56 and make the 1st jut 62 interior when mobile at slot part 52, the 1st jut 62 becomes the state of the part except wide width part 54 that is positioned at slot part 52.In this case, the axial region 35 (with reference to Fig. 6) of the 1st jut 62 becomes the state that enters into slot part 52.Thus, the leading section 36 of the 1st jut 62 becomes the state of the peripheral part that is hooked in slot part 52, and therefore, the 1st jut 62 is restricted to the movement of the projected direction of the 1st jut 62.
In addition, by moving cable mounts part 60 along guide member 56 like this, thereby the 2nd jut 63 that is formed at cable mounts part 60 enters notch part 53 from the opening portion that is formed at temporary fixed notch part 53 with carriage 50.Because this notch part 53 also forms in the horizontal direction, so cable mounts part 60 is moved to horizontal direction along guide member 56, thus, the 1st jut 62 and the 2nd jut 63 are respectively in slot part 52 and notch part 53 interior movements.Like this, the 1st jut 62 and the 2nd jut 63 in slot part 52 and notch part 53 interior movements, when each jut 61 arrives respectively the end of insertion section 51, jut 61 in the movement of this direction owing to insertion section 51 is restricted.Thus, jut 61 engages with insertion section 51, and restriction cable mounts part 60 is to the movement of this direction.
In addition, slot part 52 all extends in the horizontal direction and forms with notch part 53, becomes the state that upper side and lower side part at slot part 52, notch part 53 have wall section.Therefore, when jut 61 with slot part 52, when notch part 53 engages, the jut 61 up and down movement of direction is restricted, therefore, movement downwards, rotation that the deadweight of restriction cable mounts part 60 causes.
Like this, in the slot part 52 that arranges as insertion section 51, when make cable mounts part 60 with temporary fixed when relatively moving with carriage 50, and the 1st jut 62 with respect to the width of the direction of the moving direction quadrature of slot part 52, the size of axial region 35 on same direction greater than the 1st jut 62, therefore, cable mounts part 60 is relatively moved with carriage 50 with temporary fixed.In addition, in the slot part 52, width with the direction of the moving direction quadrature of the 1st jut 62, the size of leading section 36 on same direction less than the 1st jut 62, therefore, when the 1st jut 62 engages with slot part 52, can limit the movement of the 1st jut 62 on the formation direction of the 1st jut 62, thereby can limit the movement of cable mounts part 60.And, because slot part 52 is provided with wide width part 54, so, can make the 1st jut 62 that forms like this enter slot part 52, and the 1st jut 62 is engaged with slot part 52.As a result, can be easily and cable mounts part 60 is set reliably temporarily, therefore can improve more reliably the operability of the setting operation of cable mounts part 60.
In addition, snap fastener 40 is provided with 2 groups, and, 2 of having of 2 groups of snap fasteners 40 arrange the member side engagement section temporarily and are used as insertion section 51 and arrange, an insertion section 51 in these 2 insertion sections 51 forms the in the horizontal direction notch part 53 of opening, and another insertion section 51 forms the slot part 52 that extends in the horizontal direction.In the snap fastener 40 that forms like this, enter under the state of this slot part 52 at the 1st jut 62 corresponding with slot part 52, cable mounts part 60 is moved in the horizontal direction, thus, 2nd jut 63 corresponding with notch part 53 enters this notch part 53, thereby 2 snap fasteners 40 are all realized engaging, therefore, needn't make 2 juts 61 enter simultaneously insertion section 51, can easily make a plurality of juts 61 enter insertion section 51.Thus, can easily make 40 engagings of 2 groups of snap fasteners, cable mounts part 60 can easily be set temporarily.As a result, can improve more reliably the operability of the setting operation of cable mounts part 60.
In addition, temporary fixed with carriage 50 guide member 56 is set and cable mounts part 60 is installed to temporary fixed with carriage on the time, make snap fastener 40 engaging by move cable mounts part 60 along this guide member 56, can be easily and carry out reliably the location of cable mounts part 60.As a result, can improve more reliably the operability of the setting operation of cable mounts part 60.
Figure 16 is that the lift path inner component of embodiment arranges the temporary fixed instruction diagram with carriage that the variation of structure has.Figure 17 is temporary fixed notch part and the instruction diagram of the engaging between the jut of cable mounts part when finishing with carriage shown in Figure 16.In addition, the lift path inner component related at embodiment arranges in the structure, be formed at and temporary fixedly be arranged on the both sides of guide rail 10 with a plurality of notch parts 21 of carriage 20, but a plurality of notch part 21 also can all be formed at the either side on the Width of guide rail 10.For example, as shown in figure 16, it is all also passable with same direction one side that the state of opening in the horizontal direction is formed on the Width of guide rail 10 to be formed at temporary fixed notch part 71 with carriage 70.
Particularly, 2 all along continuous straight runs formation of notch part 71, but relative length is different, and a notch part 71 becomes the 1st notch part 72, and another notch part 71 becomes the 2nd notch part 73 of Length Ratio the 1st notch part 72 weak points.In addition, on the cable mounts part 80, the relative position relation that similarly is provided with the end position of opposition side on the relative position relation of 81,2 juts 81 of 2 juts and 2 notch parts 71, opening one side with notch part 71 is same relation.Like this, become the 1st jut 82 with notch part 71 relative position relations for jut 81 in 2 juts 81 of same relation, suitable with the end position of the 1st notch part 72, the jut 81 suitable with the end position of the 2nd notch part 73 becomes the 2nd jut 83.
With cable mounts part 80 be installed to such formation temporary fixed with on the carriage 70 time, at first, the 1st jut 82 that makes cable mounts part 80 enters the 1st notch part 72 from the peristome of temporary fixed the 1st notch part 72 with carriage 70.Like this, enter under the state of the 1st notch part 72 at the 1st notch part 82, on the direction that the 1st jut 82 moves to the formation direction of the 1st notch part 72, cable mounts part 80 is relatively moved with respect to temporary fixed with carriage 70.That is, owing to the 1st notch part 72 is formed on the direction of horizontal direction extension, so cable mounts part 80 along continuous straight runs move.
Like this, cable mounts part 80 is moved and make the 1st jut 82 in the situation of the 1st notch part 72 interior movements, the 2nd jut 83 that is formed at cable mounts part 80 enters the 2nd notch part 73 from the opening portion that is formed at temporary fixed the 2nd notch part 73 with carriage 70.Thus, when 2 juts 81 arrive the end of each notch parts 71, owing to making jut 81, notch part 71 is restricted to the movement that cable mounts part 8 is moved on 0 the direction.Thus, jut 81 engages with notch part 71, thereby cable mounts part 80 is restricted to the movement of this direction.
In addition, 2 notch parts 71 all extend and form to horizontal direction, become the state on the part that wall section is positioned at the upper side of notch part 71 and lower side, therefore, when jut 81 engages with notch part 71, the jut 81 up and down movement of direction is restricted, thus restriction cable mounts part 80 because movement downwards, the rotation that deadweight causes.
Like this, 2 of having of 2 groups of snap fasteners 40 arrange the member side engagement section temporarily, even the same side when being arranged on from guide rail 10 observation, also owing to the member side engagement section will be set all be set to extend and at the notch part 71 of same direction opening to same direction temporarily, thereby can easily make 40 engagings of 2 groups of snap fasteners.Namely, by making the length difference of notch part 71, can enter long notch part 71 at the 1st jut 82, namely after the 1st notch part 72, make the 2nd jut 83 enter short notch part 71, reach the 2nd notch part 73, therefore, needn't make 2 juts 81 enter simultaneously notch part 71, thereby can easily make a plurality of juts 81 enter notch part 71.Thus, can easily make 40 engagings of 2 groups of snap fasteners, can easily arrange cable mounts part 80 temporarily.As a result, can improve more reliably the operability of the setting operation of cable mounts part 80.
In addition, visual identification can easily be carried out in the same side when observing from guide rail 10 by 2 groups of snap fasteners 40 are arranged on, and can easily make snap fastener 40 engagings.As a result, can improve more reliably the operability of the setting operation of cable mounts part 80.
Figure 18 is that the lift path inner component of embodiment arranges the temporary fixed instruction diagram with carriage that the variation of structure has.Figure 19 is the instruction diagram that the lift path inner component of embodiment arranges the cable mounts part that the variation of structure has.Figure 20 is that the M-M of Figure 19 is to view.Figure 21 is that expression is arranged on temporary fixed instruction diagram with the state on the carriage shown in Figure 180 with cable mounts part shown in Figure 19 temporarily.In addition, the related lift path inner component of embodiment arranges in the structure, and snap fastener 40 is formed by jut 31 and notch part 21, but snap fastener 40 also can be formed by member in addition.For example, also can, as shown in figure 18, do not form notch part 21 etc. temporary fixed on carriage 90, as shown in figure 19, cable mounts part 95 be provided as lift path inner component side engagement section hook shape component, be hook 96.This hook 96 is formed by the hook-like assembly unit that forms J word shape, with J word shape turn back part upward projection towards and be arranged on the upper end of cable mounts part 95.In addition, with jut 31 grades similarly, this hook 96 is provided with 2, is set to the 1st hook 97 and the 2nd hook 98.
Cable mounts part 95 is installed in this wise form temporary fixed with on the carriage 90 time, the 1st hook 97 and the 2nd hook 98 of cable mounts part 95 all is hooked on temporary fixed upper part with carriage 90.That is, the limit of temporary fixed upper part with carriage 90 is set to the engaging limit 91 that can engage with hook 96, hook 96 with engage limit 91 and be set up as snap fastener 40.Because the 1st hook 97 and the 2nd hook 98 all are hooked in the engaging limit 91 that is positioned at temporary fixed upper end with carriage 90 from upside, therefore, the load that is caused by the quality of cable mounts part 95 in the downward direction effect from 96 pairs of engagings of 2 hooks limit 91.In addition, the center of gravity G of cable mounts part 95 is between 2 hooks 96.
Like this, arranging in the situation of snap fastener 40 by hook 96 and engaging limit 91, can only by hook 96 being hooked in engaging limit 91 both sides be engaged, thus can easily make snap fastener 40 engagings, thus cable mounts part 95 is installed to temporary fixed with carriage 90.As a result, can improve more reliably the operability of the setting operation of cable mounts part 95.
Figure 22 be hook is hooked on temporary fixed with the instruction diagram in the situation up and down of carriage.In addition, in the situation that hook 96 is set, also can be arranged on temporary fixed with about the carriage 90.Namely, under the state that the side's side on guide rail 10 Widths is arranged significantly, the 1st hook 97 is set the temporary fixed mode up and down with carriage 90 that is hooked in a side at cable mounts part 95 places with hook 96 and the 2nd hook 98 is also passable at cable mounts part 95.In this case, the limit of the limit of temporary fixed upper part with carriage 90 and end portion all becomes engaging limit 91.Like this, cable mounts part 95 is present in the situation of side's side of Width of guide rail 10 significantly, the weight of one side at cable mounts part 95 places is larger, because the deadweight of cable mounts part 95, turning effort is larger on one side's the direction, so the rotation of the cable mounts part 95 in the time of can suppressing more reliably to arrange can easily arrange temporarily temporarily.
In addition, the related lift path inner component of embodiment arranges in the structure, and jut 31 is formed by axial region 35 and leading section 36, but also can consist of jut 31 by mode in addition, for example, can use bolt (omitting diagram).At this moment, the member of jut 31 that cable mounts part 30 grades are set is carried out screw thread processing, applied on the part of screw thread processing at this, screw togather, bolt is so that the part of the head of bolt becomes the state that leaves from the member that this jut 31 is set.Thus, the part below the bolt cap can be used as axial region 35, and the part of the head of bolt is used as leading section 36, therefore, can easily consist of jut 31 by using bolt.
In addition, the related lift path inner component of embodiment arranges in the structure, in the snap fastener 40, lift path inner component side engagement section becomes jut 31, the member side engagement section is set temporarily becomes notch part 21, but in contrast also can, in addition, also can be jut 31 with notch part 21 beyond combination.In addition, 2 groups of a plurality of snap fasteners 40 in addition also can be set.Even in a plurality of situation beyond being provided with 2 groups, by making jut enter the insertion section by each, also can easily make a plurality of snap fasteners 40 engagings with organizing.
In addition, the related lift path inner component of embodiment arranges in the structure, temporary fixedly is fixed in guide rail 10 with carriage 20 by clip 26 and bolt 27, but also can adopt additive method to be fixed to guide rail 10 with temporary fixed with carriage 20.For example, do not use clip 26 but be fixed to guide rail 10 etc. with temporary fixed with carriage 20 by bolt, be fixed to the method for guide rail 10 with temporary fixed with carriage 20, so long as the method that can fix reliably gets final product, irrelevant with its form.
In addition, the related lift path inner component of embodiment arranges in the structure, member is set temporarily adopts and to be installed on the temporary fixed with carriage 20 of guide rail 10, and also can to adopt the tension member of strengthening guide rail 10 be liner plate 15 but member is set temporarily.That is, the member side engagement section can be set temporarily also and be set to liner plate 15.Not with new structural member as member setting is set temporarily, but adopt the member that has arranged, thus, the structure of the operability of the setting operation that can improve cable mounts part 30 can be set easily.
In addition, the related lift path inner component of embodiment arranges in the structure, adopt cable mounts part 30 to be illustrated as the lift path inner component, but the lift path inner component also can be the parts beyond the cable mounts part 30.As long as the lift path inner component is provided in the lift path 1 and is installed in guide rail 10, and is irrelevant with kind.
Utilizability on the industry
As mentioned above, lift path inner component of the present invention arranges the method to set up of structure and lift path inner component, is useful to the situation that parts are set in the lift path of elevator, and is specially adapted to parts are installed to situation on the guide rail.
Claims (8)
1. a lift path inner component arranges structure, is that the lift path inner component is installed on the guide rail with the parts that are provided in the lift path, it is characterized in that:
Be provided with at above-mentioned guide rail member is set temporarily, when being installed to above-mentioned lift path inner component on the above-mentioned guide rail, this arranges member temporarily and can arrange above-mentioned lift path inner component temporarily,
Be provided with a plurality of snap fasteners at above-mentioned lift path inner component and the above-mentioned member that arranges temporarily, in the described snap fastener, the engagement section that is arranged at above-mentioned lift path inner component side is lift path inner component side engagement section and be arranged at the above-mentioned engagement section that member side is set temporarily and the member side engagement section namely is set temporarily becomes 1 group and can engage
Above-mentioned snap fastener is set to, by above-mentioned lift path inner component and the above-mentioned member that arranges are relatively moved temporarily, can only utilize above-mentioned lift path inner component side engagement section engaging of member side engagement section to be set temporarily and above-mentioned lift path inner component is installed on the above-mentioned member that temporarily arranges with above-mentioned.
2. the lift path inner component of putting down in writing such as claim 1 arranges structure, it is characterized in that:
In the above-mentioned snap fastener, above-mentioned lift path inner component side engagement section and above-mentioned any that temporarily arranges in the member side engagement section form jut, and another is set to the insertion section, and this insertion section is formed by groove or the breach that above-mentioned jut enters,
Above-mentioned jut by each the above-mentioned snap fastener in above-mentioned a plurality of snap fasteners relatively moves above-mentioned lift path inner component and the above-mentioned member that temporarily arranges after entering above-mentioned insertion section, thereby above-mentioned jut is restricted to the movement of the outstanding direction of above-mentioned jut, thus, only utilize the engaging between the above-mentioned engagement section and above-mentioned lift path inner component is installed to the above-mentioned member that temporarily arranges.
3. the lift path inner component of putting down in writing such as claim 2 arranges structure, it is characterized in that:
Above-mentioned jut is formed by axial region and leading section, above-mentioned axial region and above-mentioned leading section above-mentioned axial region axially on projection of shape different,
In the above-mentioned insertion section, make above-mentioned lift path inner component and above-mentioned when member being set temporarily relatively moving, with above-mentioned jut with respect to the width on the direction of the moving direction quadrature of above-mentioned insertion section, greater than the size on the same direction of above-mentioned axial region, less than the size on the same direction of above-mentioned leading section.
4. the lift path inner component of putting down in writing such as claim 2 or 3 arranges structure, it is characterized in that:
Above-mentioned snap fastener is provided with 2 groups, and 2 above-mentioned member side engagement sections that temporarily arrange that 2 groups of above-mentioned snap fasteners have all are set to above-mentioned insertion section,
An above-mentioned insertion section in 2 above-mentioned insertion sections is formed by the above-mentioned breach of in the horizontal direction upper shed, another above-mentioned insertion section is formed by the above-mentioned breach of upper opening, enter at above-mentioned jut under the state of above-mentioned breach of in the horizontal direction upper shed, above-mentioned lift path inner component is rotated, thus, above-mentioned jut enters into the above-mentioned breach of upper opening, and 2 groups of above-mentioned snap fasteners can engage together.
5. the lift path inner component of putting down in writing such as claim 2 or 3 arranges structure, it is characterized in that:
Above-mentioned snap fastener is provided with 2 groups, and 2 above-mentioned member side engagement sections that temporarily arrange that 2 groups of above-mentioned snap fasteners have all are set to above-mentioned insertion section,
An above-mentioned insertion section in 2 above-mentioned insertion sections is formed by the above-mentioned breach of in the horizontal direction upper shed, another above-mentioned insertion section is formed by the above-mentioned groove that extends in the horizontal direction, enter at above-mentioned jut under the state of the above-mentioned groove that extends in the horizontal direction, make above-mentioned lift path inner component mobile in the horizontal direction, thus, above-mentioned jut enters into the above-mentioned breach of in the horizontal direction upper shed, and 2 groups of above-mentioned snap fasteners can engage together.
6. the lift path inner component of putting down in writing such as claim 2 or 3 arranges structure, it is characterized in that:
Above-mentioned snap fastener is provided with 2 groups, and 2 above-mentioned member side engagement sections that temporarily arrange that 2 groups of above-mentioned snap fasteners have all are set to above-mentioned insertion section,
An above-mentioned insertion section in 2 above-mentioned insertion sections is formed by the above-mentioned breach of in the horizontal direction upper shed, another above-mentioned insertion section is formed by in the horizontal direction upper shed and the short above-mentioned breach of another above-mentioned breach of Length Ratio, enter at above-mentioned jut under the state of the long above-mentioned breach of length, make above-mentioned lift path inner component mobile in the horizontal direction, thus, above-mentioned jut enters another above-mentioned breach, and 2 groups of above-mentioned snap fasteners can engage together.
7. the lift path inner component of putting down in writing such as claim 1 arranges structure, it is characterized in that:
The above-mentioned member that temporarily arranges adopts the tension member of strengthening above-mentioned guide rail.
8. the method to set up of a lift path inner component is that the lift path inner component is installed on the guide rail with the parts that are provided in the lift path, it is characterized in that:
Arrange at above-mentioned guide rail member is set temporarily, when being installed to above-mentioned lift path inner component on the above-mentioned guide rail, this arranges member temporarily and can arrange above-mentioned lift path inner component temporarily,
At above-mentioned lift path inner component and the above-mentioned member that arranges temporarily a plurality of snap fasteners are set, in the described snap fastener, the engagement section that is arranged at above-mentioned lift path inner component side is lift path inner component side engagement section and be arranged at the above-mentioned engagement section that member side is set temporarily and the member side engagement section namely is set temporarily becomes 1 group and can engage
When above-mentioned lift path inner component is arranged temporarily, by above-mentioned lift path inner component and the above-mentioned member that arranges are relatively moved temporarily, thereby above-mentioned lift path inner component side engagement section is engaged with the above-mentioned member side engagement section that arranges temporarily, only utilize above-mentioned lift path inner component side engagement section and above-mentioned the engaging of member side engagement section that temporarily arrange, above-mentioned lift path inner component is installed to the above-mentioned member that temporarily arranges, thereby arrange temporarily, after above-mentioned interim setting, by above-mentioned lift path inner component being fixed to the fixed mechanism of above-mentioned guide rail, above-mentioned lift path inner component is formally arranged.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP286974/2009 | 2009-12-17 | ||
| JP2009286974A JP5534797B2 (en) | 2009-12-17 | 2009-12-17 | Parts installation structure in hoistway |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102126661A CN102126661A (en) | 2011-07-20 |
| CN102126661B true CN102126661B (en) | 2013-10-30 |
Family
ID=44264992
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201010599762 Expired - Fee Related CN102126661B (en) | 2009-12-17 | 2010-12-17 | Inner component setting structure of lifting path and inner component setting method of lifting path |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5534797B2 (en) |
| CN (1) | CN102126661B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1247155A (en) * | 1998-09-10 | 2000-03-15 | 株式会社东芝 | Elevator driving gear with supporting guideway |
| CN2926156Y (en) * | 2006-05-10 | 2007-07-25 | 上海永大电梯设备有限公司 | Elevator suspending unit without engine room |
| CN101432215A (en) * | 2006-06-27 | 2009-05-13 | 东芝电梯株式会社 | Device for lifting elevator component |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2526720B2 (en) * | 1990-07-06 | 1996-08-21 | 三菱電機株式会社 | Lifting device for guide rails for elevators |
| JPH058974A (en) * | 1991-07-03 | 1993-01-19 | Hitachi Ltd | Fitting device of suspending wheel for elevator |
| JPH0859140A (en) * | 1994-08-17 | 1996-03-05 | Hitachi Building Syst Eng & Service Co Ltd | Car frame structure of elevator |
| JP4467109B2 (en) * | 1999-10-18 | 2010-05-26 | 東芝エレベータ株式会社 | Machine room-less elevator hoist installation equipment |
| JP2006089259A (en) * | 2004-09-27 | 2006-04-06 | Toshiba Elevator Co Ltd | Rope securing device of elevator |
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2009
- 2009-12-17 JP JP2009286974A patent/JP5534797B2/en not_active Expired - Fee Related
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2010
- 2010-12-17 CN CN 201010599762 patent/CN102126661B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1247155A (en) * | 1998-09-10 | 2000-03-15 | 株式会社东芝 | Elevator driving gear with supporting guideway |
| CN2926156Y (en) * | 2006-05-10 | 2007-07-25 | 上海永大电梯设备有限公司 | Elevator suspending unit without engine room |
| CN101432215A (en) * | 2006-06-27 | 2009-05-13 | 东芝电梯株式会社 | Device for lifting elevator component |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5534797B2 (en) | 2014-07-02 |
| JP2011126663A (en) | 2011-06-30 |
| CN102126661A (en) | 2011-07-20 |
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