CN203387076U - Embedded box installing assembly with upper adjustment mechanism and positioning adjustment device thereof - Google Patents
Embedded box installing assembly with upper adjustment mechanism and positioning adjustment device thereof Download PDFInfo
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- CN203387076U CN203387076U CN201320425896.9U CN201320425896U CN203387076U CN 203387076 U CN203387076 U CN 203387076U CN 201320425896 U CN201320425896 U CN 201320425896U CN 203387076 U CN203387076 U CN 203387076U
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Abstract
The utility model discloses an embedded box installing assembly with an upper adjustment mechanism and a positioning adjustment device thereof. The embedded box installing assembly comprises a supporting device, a middle connection device and the positioning adjustment device, wherein the supporting device is fixed at one side of a to-be-built wall on a construction site; the middle connection device is used for detachably connecting the embedded box with the supporting device so that the embedded box is fixed at a preset embedded position in the to-be-built wall; and the positioning adjustment device is used for fixing the supporting device to a beam over the to-be-built wall, and includes the adjustment mechanism which improves the parallelism between an open surface of the embedded box and the surface of the to-be-built wall by adjusting the verticality of the supporting device. The embedded box is installed via the assembly, so that it is ensured that an installation position of the embedded box as a distribution box is relatively precise, trimming and repairs are reduced or even basically avoided, the brick wall is prevented from being scraped effectively, and construction slag and dust are reduced.
Description
Technical field
The utility model relates to for the special facilities of embedded casing is installed at building.Described " embedded casing " refers to that embeddings such as mainly comprising embedded distribution box, switch box for electric appliance, FHC＝fire hydrant cabinet is arranged on the case body equipment in building masonry wall.
Background technology
Distribution box is requisite power supply unit in most of buildings.In recent years, along with human settlement's raising, the distribution box in building is not only more and more, and, in order to ensure the human settlements activity space, these distribution boxs often embed in the body of wall that is installed on building.Traditional distribution box embeds installation method, is first to reserve distribution box hole and distribution box line tube seat in the building wall process, after building wall has been constructed, then carries out the installation of distribution box.This method is because being restricted by the factors such as building wall error, the position of reserved distribution box hole and distribution box line tube seat and size be deviation very easily, therefore usually can carry out body of wall when the installation of distribution box picks and beats, not only can produce and build in a large number slag, the queen closer simultaneously splashed also easily causes workmen's actual bodily harm, and if distribution box is larger, also may cause body of wall to collapse; In addition, by after picking and beating body of wall distribution box is successfully embedded, also need to carry out a large amount of secondary deburrings and mend rotten work.Therefore, above-mentioned this construction method have that complex process, cost are high, construction environment pollute large, postpone construction schedule and reduced the shortcoming such as construction quality.There is such problem too in the installation of other embedded casings such as switch box for electric appliance, FHC＝fire hydrant cabinet.
For above-mentioned drawback, provide a kind of embedded distribution box installation method in the Chinese invention patent application file (calling cited paper in the following text) that the application's applicant is 2013101386550 at application number, the technology that has adopted not reserved distribution box hole and distribution box first is installed before building wall, its concrete steps comprise: treating a side fittable slackening device of masonry panel; By connector (being " intermediate junction device " in the application), distribution box and bracing or strutting arrangement are removably connected, distribution box is fixed on default embedded location; Distribution box turnover spool is installed; Treat the masonry panel construction; After masonry panel is built type casting moulding, remove connector and bracing or strutting arrangement.The advantage of the method is: the first, and the installation of distribution box only need be built casting without body of wall and can be operated after main body completes, and has reduced greatly the linking activity duration between construction trade; The second, can guarantee preferably the installation site precision of distribution box, the overall appearance better effects if, installation quality is higher; The 3rd, efficiency of construction is high, and minimizing even can basically have been stopped deburring and mended rotten work, thereby has reduced construction cost, has shortened the duration; The 4th, effectively avoid picking and beat brick wall, reduce and build slag, dust, do not damage workmen's health, to surrounding environment, pollute little.
The utility model content
In order further to improve the embedded casing mounting technique in cited paper, the utility model is proposed then.
The technical problem that the utility model specifically will solve is to provide several embedded casing installation components that are easy to implement this embedded casing mounting technique on engineering.
At first, the utility model provides a kind of mounted model embedded casing installation component, and it comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel is treated in job site; Intermediate junction device, described intermediate junction device is used for embedded casing and bracing or strutting arrangement removably connects so that this embedded casing is fixed in the default embedded location for the treatment of masonry panel; And locating connector, described locating connector is for being arranged on beam or the top board for the treatment of masonry panel top by bracing or strutting arrangement is unsettled, thereby makes whole embedded casing installation component form a downward mounted model structure.
Secondly, the utility model provides a kind of cantilever style embedded casing installation component, and it comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel is treated in job site; Intermediate junction device, described intermediate junction device is used for embedded casing and bracing or strutting arrangement removably connects so that this embedded casing is fixed in the default embedded location for the treatment of masonry panel; And locating connector, described locating connector is for being arranged on the column for the treatment of the masonry panel side by bracing or strutting arrangement is unsettled, thereby makes whole embedded casing installation component form a cantilever structure crossed out.
Again, the utility model also provides a kind of grounding embedded casing installation component, and it comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel is treated in job site; Intermediate junction device, described intermediate junction device is used for embedded casing and bracing or strutting arrangement removably connects so that this embedded casing is fixed in the default embedded location for the treatment of masonry panel; And locating connector, described locating connector is used for bracing or strutting arrangement is located in and is arranged on the base plate for the treatment of masonry panel one side, thereby makes whole embedded casing installation component form a grounding structure that only bottom is fixed and raised up.
The embedded casing installation component of above-mentioned mounted model, the embedded casing installation component of cantilever style and the embedded casing installation component of grounding can be selected to implement according to actual conditions.For example, when the Indoor environment height is low, can select to adopt the embedded casing installation component of mounted model or the embedded casing installation component of grounding; When the Indoor environment height is higher or base plate in when complicated pipeline is arranged, but selecting and purchasing is selected with the embedded casing installation component of cantilever style.In a word, use above three kinds of embedded casing installation components all can carry out faster the installation location of assembly, guarantee efficiency of construction and quality.
Except the embedded casing installation component of above-mentioned three kinds of forms, the utility model also provides a kind of embedded casing installation component with adjusted mechanism, it comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel is treated in job site; Intermediate junction device, described intermediate junction device is used for embedded casing and bracing or strutting arrangement removably connects so that this embedded casing is fixed in the default embedded location for the treatment of masonry panel; And location adjusting device, described location adjusting device is for bracing or strutting arrangement being arranged on to the beam for the treatment of masonry panel top, thereby and this location adjusting device have by the perpendicularity of adjusting supporting device and improve the opening surface of embedded casing and treat the governor motion of the depth of parallelism between the metope of masonry panel.
As a kind of concrete structure of this location adjusting device, described location adjusting device comprises upper and lower spaced the first expansion bolt and the second expansion bolt, the expanding end of described the first expansion bolt and the second expansion bolt all is fixed in the sidewall for the treatment of square beam on masonry panel, and the end of thread all passes outwards through on bracing or strutting arrangement after corresponding connecting hole by the interior adjusting nut that is arranged on this end of thread and lay respectively at described connecting hole both sides and is connected with bracing or strutting arrangement with outer adjusting nut.For this location adjusting device, by rotating the perpendicularity that interior adjusting nut on each expansion bolt end of thread and outer adjusting nut can adjusting supporting devices, thereby be tending towards parallel between the opening surface that makes embedded casing and the metope for the treatment of masonry panel.
As the another kind of concrete structure of this location adjusting device, described location adjusting device comprises upper and lower spaced the first adjustment screw and the second adjustment screw, and the intermediate expansion bolt between the first adjustment screw and the second adjustment screw, described the first adjustment screw and the second adjustment screw respectively from outside to inside through after screwed hole corresponding on bracing or strutting arrangement with the sidewall contact for the treatment of square beam on masonry panel, described intermediate expansion bolt expanding end is fixed in the sidewall for the treatment of square beam on masonry panel, the end of thread passes outwards through on bracing or strutting arrangement attaching nut after corresponding connecting hole.For this location adjusting device, by rotating the perpendicularity that the first adjustment screw or the second adjustment screw can adjusting supporting devices, thereby be tending towards parallel between the opening surface that makes embedded casing and the metope for the treatment of masonry panel.
Obviously, this location adjusting device had in the embedded casing installation component of adjusted mechanism can be used in the embedded casing installation component of above-mentioned mounted model; Certainly, this location adjusting device also can be used for non-mounted model but bracing or strutting arrangement still and treat for example to have, in the other forms of embedded casing installation component (the embedded casing installation component shown in accompanying drawing 1 in cited paper) of annexation between the beam of masonry panel top.When described location adjusting device is used for to the above-mentioned embedded casing installation component of mounted model, this location adjusting device is " locating connector " in the embedded casing installation component of mounted model.
The utility model finally also provides a kind of embedded casing installation component with side governor motion, and it comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel is treated in job site; Intermediate junction device, described intermediate junction device is used for embedded casing and bracing or strutting arrangement removably connects so that this embedded casing is fixed in the default embedded location for the treatment of masonry panel; And location adjusting device, described location adjusting device is for being arranged on by bracing or strutting arrangement the column for the treatment of the masonry panel side, thereby and this location adjusting device have by the perpendicularity of adjusting supporting device and improve the opening surface of embedded casing and treat the governor motion of the depth of parallelism between the metope of masonry panel.
As a kind of concrete structure of location adjusting device, described location adjusting device comprises the first expansion bolt and the second expansion bolt that left and right is spaced, the expanding end of described the first expansion bolt and the second expansion bolt all is fixed in the column for the treatment of the masonry panel side, and the end of thread all passes outwards through on bracing or strutting arrangement after corresponding connecting hole by the interior adjusting nut that is arranged on this end of thread and lay respectively at described connecting hole both sides and is connected with bracing or strutting arrangement with outer adjusting nut.For this location adjusting device, by rotating the perpendicularity that interior adjusting nut on each expansion bolt end of thread and outer adjusting nut can adjusting supporting devices, thereby be tending towards parallel between the opening surface that makes embedded casing and the metope for the treatment of masonry panel.
As the another kind of concrete structure of location adjusting device, described location adjusting device comprises the first adjustment screw and the second adjustment screw that left and right is spaced, and the intermediate expansion bolt between the first adjustment screw and the second adjustment screw, described the first adjustment screw contacts with the column for the treatment of the masonry panel side after the screwed hole through correspondence on bracing or strutting arrangement respectively from outside to inside with the second adjustment screw, described intermediate expansion bolt expanding end is fixed in the column for the treatment of the masonry panel side, and the end of thread passes outwards through on bracing or strutting arrangement attaching nut after corresponding connecting hole.For this location adjusting device, by rotating the perpendicularity that the first adjustment screw or the second adjustment screw can adjusting supporting devices, thereby be tending towards parallel between the opening surface that makes embedded casing and the metope for the treatment of masonry panel.
Obviously, this location adjusting device had in the embedded casing installation component of side governor motion can be used in the embedded casing installation component of above-mentioned cantilever style; Certainly, this location adjusting device also can be used for non-cantilever style but bracing or strutting arrangement still for example, with in the other forms of embedded casing installation component for the treatment of between masonry panel side column to have annexation (bracing or strutting arrangement and the embedded casing installation component for the treatment of that masonry panel side column is connected with base plate) simultaneously.When described location adjusting device is used for to the above-mentioned embedded casing installation component of cantilever style, this location adjusting device is " locating connector " in the embedded casing installation component of cantilever style.
Below in conjunction with the drawings and specific embodiments, the utility model is described further.The aspect that the utility model is additional and advantage part in the following description provide, and part will become obviously from the following description, or recognize by practice of the present utility model.
The accompanying drawing explanation
The schematic diagram that Fig. 1 is embedded distribution box installation method in cited paper.
Fig. 2 is embedded distribution box and intermediate junction device enlarged diagram partly in Fig. 1.
Fig. 3 is the schematic diagram that in Fig. 1, distribution box left side brace coordinates with embedded distribution box.
The front view that Fig. 4 is embedded distribution box installation component shown in Fig. 1.
The front view that Fig. 5 is the embedded casing installation component of mounted model in the utility model.
The front view that Fig. 6 is the embedded casing installation component of cantilever style in the utility model.
The front view that Fig. 7 is the embedded casing installation component of grounding in the utility model.
Fig. 8 is that A in Fig. 7 is to side diagram.
The structure that Fig. 9 is a kind of embodiment of intermediate junction device and with the embedded distribution box connection diagram.
The structure that Figure 10 is a kind of embodiment of intermediate junction device and with embedded electrical equipment switch enclosure connection diagram.
Figure 11 is the schematic diagram of location adjusting device that has the embedded casing installation component of adjusted mechanism in the utility model.
Figure 12 is the schematic diagram of location adjusting device that has the embedded casing installation component of adjusted mechanism in the utility model.
Embodiment
At first point out, the term related in the utility model " on ", D score, " left side ", " right side ", " interior ", " outward " all be based on the position relationship of accompanying drawing, wherein " on ", the short transverse of D score based on treating masonry panel 1 determine, " left side ", " right side " Width based on treating masonry panel 1 determine, " interior ", " outward " thickness direction based on treating masonry panel 1 are determined.In the part accompanying drawing, by arrow and word, these directions are meaned.
For ease of understanding, now first the embedded distribution box installation method in cited paper is described.As shown in Figures 1 to 4, the step that this embedded distribution box installation method comprises is: 1) treating a side fittable slackening device of masonry panel 1; 2) by intermediate junction device, embedded distribution box 4 and bracing or strutting arrangement are removably connected, embedded distribution box 4 is fixed on default embedded location; 3) distribution box turnover spool (not shown) is installed; 4) treat masonry panel 1 construction; 5) after masonry panel 1 is built type casting moulding, remove connector and bracing or strutting arrangement.
As shown in Figures 1 to 4, the embedded distribution box installation component of implementing said method comprises bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel 1 is treated in job site; Intermediate junction device, described intermediate junction device is used for embedded casing and bracing or strutting arrangement removably connects so that this embedded casing 10 is fixed in the default embedded location for the treatment of masonry panel 1.Wherein, described bracing or strutting arrangement comprises being positioned at treats masonry panel 1 one sides and spaced left support column 2A and the right support column 2B along the metope Width, the upper end of described left support column 2A, right support column 2B is fixed on beam 11 or top board, and lower end is fixed on base plate 13.The upper end of left support column 2A, right support column 2B is fixed on beam 11 or top board, and by the lower end of left support column 2A, right support column 2B be fixed on method on base plate 13 have multiple, such as connecting with swell fixture or cement casting such as solidifies at the method.
As shown in Figures 1 to 4, intermediate junction device in the embedded distribution box installation component comprises distribution box left side brace 3A and the distribution box right side brace 3B that is the L-type plate, this upper and lower two-end part in L-type plate holder knuckle place is respectively equipped with upper latch notch 6A and the lower bayonet socket 6B coordinated with upper limb flange 5A and the lower edge flange 5B of embedded distribution box 4 respectively when it is assembled with embedded distribution box 4, a wherein plate face of L-type plate coordinates with the upper limb flange 5A of embedded distribution box 4 and the formed distribution box sidepiece of lower edge flange 5B slot 8, another plate face is threaded connection part and is connected with bracing or strutting arrangement, be that distribution box left side brace 3A mono-plate face is threaded connection part and is connected with left support column 2A, brace 3B mono-plate face in distribution box right side is threaded connection part and is connected with right support column 2B.Embedded distribution box 4 in Fig. 1 to 4 is own just with upper limb flange 5A and lower edge flange 5B, therefore, above-mentioned intermediate junction device has directly utilized the upper limb flange 5A of embedded distribution box 4 and lower edge flange 5B to realize and being connected of embedded distribution box 4, thereby is adjusted without the structure to embedded distribution box 4.
As shown in Figure 2,3, for distribution box left side brace 3A is connected with left support column 2A, and distribution box right side brace 3B is connected with right support column 2B, described distribution box left side brace 3A be provided with for left support column 2A between be threaded connection the connecting hole 7 that part is connected, described distribution box right side brace 3B be provided with for right support column 2B between be threaded connection the connecting hole 7 that part is connected.Preferably establish respectively at least two connecting holes 7 at distribution box 4 short transverse intervals on described distribution box left side brace 3A and distribution box right side brace 3B, increase thus the stability connected.Finely tuned the bar hole of described connecting hole 7 for elongating on distribution box 4 short transverses for ease of the position to distribution box 4.
For implementing above-mentioned embedded distribution box installation method, also can adopt following embedded casing installation component.Figure 5 shows that the embedded casing installation component of a kind of mounted model, it comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel 1 is treated in job site; Intermediate junction device, described intermediate junction device is used for embedded casing and bracing or strutting arrangement removably connects so that this embedded casing 10 is fixed in the default embedded location for the treatment of masonry panel 1; And locating connector, described locating connector is for being arranged on beam 11 or the top board for the treatment of masonry panel 1 top by bracing or strutting arrangement is unsettled, thereby makes whole embedded casing installation component form a downward mounted model structure.Described embedded casing 10, both comprised above-mentioned embedded distribution box 4, also comprises that the embeddings such as embedded electrical equipment switch enclosure, FHC＝fire hydrant cabinet are arranged on the case body equipment in building masonry wall.
Figure 6 shows that the embedded casing installation component of a kind of cantilever style, it comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel 1 is treated in job site; Intermediate junction device, described intermediate junction device is for removably connecting embedded casing 10 so that this embedded casing 10 is fixed in the default embedded location for the treatment of masonry panel 1 with bracing or strutting arrangement; And locating connector, described locating connector is for being arranged on the column 14 for the treatment of masonry panel 1 side by bracing or strutting arrangement is unsettled, thereby makes whole embedded casing installation component form a cantilever structure crossed out.
Fig. 7,8 is depicted as the embedded casing installation component of a kind of grounding, and it comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel 1 is treated in job site; Intermediate junction device, described intermediate junction device is for removably connecting embedded casing 10 so that this embedded casing 10 is fixed in the default embedded location for the treatment of masonry panel 1 with bracing or strutting arrangement; And locating connector, described locating connector is used for bracing or strutting arrangement is located in and is arranged on the base plate 13 for the treatment of masonry panel 1 one sides, thereby makes whole embedded casing installation component form a grounding structure that only bottom is fixed and raised up.
In the embedded casing installation component of above-mentioned mounted model, the embedded casing installation component of cantilever style and the embedded casing installation component of grounding, described bracing or strutting arrangement preferably all and the spacing between the theoretical metope of masonry panel 1 be more than 2 millimeters, thereby, for to treat that the construction of masonry panel 1 reserves sufficient space, the horizontal guideline while guaranteeing building wall passes through.In order to reduce as much as possible the impact on masonry panel 1 construction, the link position of intermediate junction device and embedded casing 10 is preferably all near the opening surface of embedded casing 10 or be positioned at the inside of embedded casing 10.For example, when adopting the structure identical with intermediate junction device in the embedded distribution box installation component shown in Fig. 1 to 4, this intermediate junction device is positioned at opening surface and the outside thereof of embedded casing 10, thereby has effectively avoided intermediate junction device and treated the interference between masonry panel 1.
Therefore, at the embedded casing installation component of above-mentioned mounted model, in the embedded casing installation component of cantilever style and the embedded casing installation component of grounding, when described embedded casing 10 is embedded distribution box 4, in the middle of it, jockey can comprise distribution box left side brace 3A and the distribution box right side brace 3B that is the L-type plate, this upper and lower two-end part in L-type plate holder knuckle place is respectively equipped with upper latch notch 6A and the lower bayonet socket 6B coordinated with upper limb flange 5A and the lower edge flange 5B of embedded distribution box 4 respectively when it is assembled with embedded distribution box 4, a wherein plate face of L-type plate coordinates with the upper limb flange 5A of embedded distribution box 4 and the formed distribution box sidepiece of lower edge flange 5B slot 8, another plate face is threaded connection part and is connected with bracing or strutting arrangement.
Certainly, for intermediate junction device being arranged to opening surface and the outside thereof of embedded casing 10, also can adopt other modes.For example, shown in Fig. 9, when embedded casing 10 is specially embedded distribution box 4, this intermediate junction device comprise and the open end of embedded distribution box 4 between the connecting plate 12 that is connected by screw.Similarly, as shown in figure 10, when embedded casing 10 tools are embedded electrical equipment switch enclosure 19, this intermediate junction device comprise and the open end of embedded electrical equipment switch enclosure 19 between the connecting plate 12 that is connected by screw.Obviously, this connecting plate 12 shown in Figure 10 can be installed a plurality of embedded electrical equipment switch enclosures 19 simultaneously.
A kind of concrete structure as bracing or strutting arrangement in the embedded casing installation component of mounted model, as shown in Figure 5, comprise and be positioned at a side for the treatment of masonry panel 1 and spaced left support column 2A and the right support column 2B along theoretical metope Width, the upper end of described left support column 2A and right support column 2B is arranged on the beam 11 or top board for the treatment of masonry panel 1 top by locating connector (as expansion bolt) respectively, and lower end is unsettled.
A kind of concrete structure as bracing or strutting arrangement in the embedded casing installation component of cantilever style, as shown in Figure 6, comprise and be positioned at a side for the treatment of masonry panel 1 and spaced left support column 2A and the right support column 2B along theoretical metope Width, the upper end of described left support column 2A and right support column 2B is connected by upper cantilever beam 15A, left support column 2A is connected by Analysis of A Cantilever Beam Under with the lower end of right support column 2B, the end of described upper cantilever beam 15A and Analysis of A Cantilever Beam Under 15B is arranged on the column 14 for the treatment of masonry panel 1 side by locating connector (as expansion bolt) respectively, the other end is unsettled.
A kind of concrete structure as bracing or strutting arrangement in the embedded casing installation component of grounding, as Fig. 7, shown in 8, comprise and be positioned at a side for the treatment of masonry panel 1 and spaced left support column 2A and the right support column 2B along theoretical metope Width, between described left support column 2A and right support column 2B, by transverse slat 16, connect, the lower end of left support column 2A and right support column 2B is arranged on respectively on horizontal leg 17, horizontal leg 17 is fixed on base plate 13 by locating connector (as expansion bolt), left support column 2A and right support column 2B are respectively and be connected with bearing diagonal plate 18 between described horizontal leg 17.
Obviously, bracing or strutting arrangement in the embedded casing installation component of above-mentioned mounted model, the embedded casing installation component of cantilever style and the embedded casing installation component of grounding can also adopt other version, and these versions can not enumerate in the present note.It may be noted that the time, above-mentioned several bracing or strutting arrangements that this specification provides, passed through actual verification, has characteristics simple in structure, easy to implement.
As the further improvement of the embedded casing installation component of the mounted model to above-mentioned, thereby its locating connector also has by the perpendicularity of adjusting supporting device and improves the opening surface of embedded casing 10 and treat the governor motion of the depth of parallelism between the metope of masonry panel 1.Concretely, as shown in figure 11, comprise upper and lower spaced the first expansion bolt 9A and the second expansion bolt 9B, the expanding end of described the first expansion bolt 9A and the second expansion bolt 9B all is fixed in the sidewall for the treatment of square beam 11 on masonry panel 1, and the end of thread all passes outwards through after the upper corresponding connecting hole 20 of bracing or strutting arrangement (left support column 2A upper end and right support column 2B upper end) by the interior adjusting nut 21A that is arranged on this end of thread and lay respectively at described connecting hole 20 both sides and is connected with bracing or strutting arrangement with outer adjusting nut 21B.
Perhaps, as shown in figure 12, locating connector comprises upper and lower spaced the first adjustment screw 22A and the second adjustment screw 22B, and the intermediate expansion bolt 23 between the first adjustment screw 22A and the second adjustment screw 22B, described the first adjustment screw 22A and the second adjustment screw 22B respectively from outside to inside through after the upper corresponding screwed hole of bracing or strutting arrangement (left support column 2A upper end and right support column 2B upper end) with the sidewall contact for the treatment of square beam 11 on masonry panel 1, described intermediate expansion bolt 23 expanding ends are fixed in the sidewall for the treatment of square beam 11 on masonry panel 1, the end of thread passes outwards through the upper corresponding rear attaching nut 25 of connecting hole 20 of bracing or strutting arrangement (left support column 2A upper end and right support column 2B upper end).Wherein, be welded with the nut 24 for forming described screwed hole on described bracing or strutting arrangement.
For the locating connector shown in Figure 11, when rotation is positioned at adjusting nut 21A, the outer adjusting nut 21B on the first expansion bolt 9A or is positioned at adjusting nut 21A on the second expansion bolt 9B and during outer adjusting nut 21B, to the perpendicularity of bracing or strutting arrangement be changed, thereby make the opening surface of embedded casing 10 and treat that between the metope of masonry panel 1, the depth of parallelism reaches unanimity.For the locating connector shown in Figure 12, when passing on the first adjustment screw 22A or the second adjustment screw 22B, to the perpendicularity of bracing or strutting arrangement be changed, thereby make the opening surface of embedded casing 10 and treat that between the metope of masonry panel 1, the depth of parallelism reaches unanimity.
The locating connector of above-mentioned two kinds of structures both can be applicable on the embedded casing installation component of mounted model of the present utility model, certainly also can be used on the embedded distribution box installation component shown in Fig. 1 to 4.Also can adopt similar locating connector on the embedded casing installation component of cantilever style of the present utility model.When the embedded casing installation component of cantilever style adopts similar locating connector, this locating connector comprises the first expansion bolt 9A and the second expansion bolt 9B that left and right is spaced, the expanding end of described the first expansion bolt 9A and the second expansion bolt 9B all is fixed in the column 14 for the treatment of masonry panel 1 side, and the end of thread all passes outwards through on bracing or strutting arrangement after corresponding connecting hole 20 by the interior adjusting nut 21A that is arranged on this end of thread and lay respectively at described connecting hole 20 both sides and is connected with bracing or strutting arrangement with outer adjusting nut 21B.
Perhaps, this locating connector comprises the first adjustment screw 22A and the second adjustment screw 22B that left and right is spaced, and the intermediate expansion bolt 23 between the first adjustment screw 22A and the second adjustment screw 22B, described the first adjustment screw 22A contacts with the column 14 for the treatment of masonry panel 1 side after the screwed hole through correspondence on bracing or strutting arrangement respectively from outside to inside with the second adjustment screw 22B, described intermediate expansion bolt 23 expanding ends are fixed in the column 14 for the treatment of masonry panel 1 side, the end of thread passes outwards through the rear attaching nut 25 of connecting hole 20 corresponding on bracing or strutting arrangement.
As can be seen here, the utility model also provides a kind of embedded casing installation component that has the embedded casing installation component of adjusted mechanism and have the side governor motion.Embedded casing installation component with adjusted mechanism comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel 1 is treated in job site; Intermediate junction device, described intermediate junction device is for removably connecting embedded casing 10 so that this embedded casing 10 is fixed in the default embedded location for the treatment of masonry panel 1 with bracing or strutting arrangement; And location adjusting device, described location adjusting device is for being arranged on by bracing or strutting arrangement the beam 11 for the treatment of masonry panel 1 top, thereby and this location adjusting device have by the perpendicularity of adjusting supporting device and improve the opening surface of embedded casing 10 and treat the governor motion of the depth of parallelism between the metope of masonry panel 1.
Wherein, described location adjusting device comprises upper and lower spaced the first expansion bolt 9A and the second expansion bolt 9B, the expanding end of described the first expansion bolt 9A and the second expansion bolt 9B all is fixed in the sidewall for the treatment of square beam 11 on masonry panel 1, and the end of thread all passes outwards through on bracing or strutting arrangement after corresponding connecting hole 20 by the interior adjusting nut 21A that is arranged on this end of thread and lay respectively at described connecting hole 20 both sides and is connected with bracing or strutting arrangement with outer adjusting nut 21B.
Perhaps, described location adjusting device comprises upper and lower spaced the first adjustment screw 22A and the second adjustment screw 22B, and the intermediate expansion bolt 23 between the first adjustment screw 22A and the second adjustment screw 22B, described the first adjustment screw 22A and the second adjustment screw 22B respectively from outside to inside through after screwed hole corresponding on bracing or strutting arrangement with the sidewall contact for the treatment of square beam 11 on masonry panel 1, described intermediate expansion bolt 23 expanding ends are fixed in the sidewall for the treatment of square beam 11 on masonry panel 1, the end of thread passes outwards through the rear attaching nut 25 of connecting hole 20 corresponding on bracing or strutting arrangement.Wherein, be welded with the nut 24 for forming described screwed hole on described bracing or strutting arrangement.
Embedded casing installation component with side governor motion comprises: bracing or strutting arrangement, and described bracing or strutting arrangement is for being fixed on the side that masonry panel 1 is treated in job site; Intermediate junction device, described intermediate junction device is for removably connecting embedded casing 10 so that this embedded casing 10 is fixed in the default embedded location for the treatment of masonry panel 1 with bracing or strutting arrangement; And location adjusting device, described location adjusting device is for being arranged on by bracing or strutting arrangement the column 14 for the treatment of masonry panel 1 side, thereby and this location adjusting device have by the perpendicularity of adjusting supporting device and improve the opening surface of embedded casing 10 and treat the governor motion of the depth of parallelism between the metope of masonry panel 1.
Wherein, described location adjusting device comprises the first expansion bolt 9A and the second expansion bolt 9B that left and right is spaced, the expanding end of described the first expansion bolt 9A and the second expansion bolt 9B all is fixed in the column 14 for the treatment of masonry panel 1 side, and the end of thread all passes outwards through on bracing or strutting arrangement after corresponding connecting hole 20 by the interior adjusting nut 21A that is arranged on this end of thread and lay respectively at described connecting hole 20 both sides and is connected with bracing or strutting arrangement with outer adjusting nut 21B.
Perhaps, described location adjusting device comprises the first adjustment screw 22A and the second adjustment screw 22B that left and right is spaced, and the intermediate expansion bolt 23 between the first adjustment screw 22A and the second adjustment screw 22B, described the first adjustment screw 22A contacts with the column 14 for the treatment of masonry panel 1 side after the screwed hole through correspondence on bracing or strutting arrangement respectively from outside to inside with the second adjustment screw 22B, described intermediate expansion bolt 23 expanding ends are fixed in the column 14 for the treatment of masonry panel 1 side, the end of thread passes outwards through the rear attaching nut 25 of connecting hole 20 corresponding on bracing or strutting arrangement.Wherein, be welded with the nut 24 for forming described screwed hole on described bracing or strutting arrangement.
Claims (7)
1. there is the embedded casing installation component of adjusted mechanism, it is characterized in that, comprising:
Bracing or strutting arrangement, described bracing or strutting arrangement is for being fixed on the side that masonry panel (1) is treated in job site;
Intermediate junction device, described intermediate junction device is for removably connecting embedded casing (10) and bracing or strutting arrangement so that this embedded casing (10) is fixed in the default embedded location for the treatment of masonry panel (1); And
Location adjusting device, described location adjusting device is for bracing or strutting arrangement being arranged on to the beam (11) for the treatment of masonry panel (1) top, thereby and this location adjusting device have by the perpendicularity of adjusting supporting device and improve the opening surface of embedded casing (10) and treat the governor motion of the depth of parallelism between the metope of masonry panel (1).
2. the embedded casing installation component with adjusted mechanism as claimed in claim 1, it is characterized in that: described location adjusting device comprises upper and lower spaced the first expansion bolt (9A) and the second expansion bolt (9B), the expanding end of described the first expansion bolt (9A) and the second expansion bolt (9B) all is fixed in the sidewall for the treatment of the upper square beam (11) of masonry panel (1), the end of thread all passes outwards through on bracing or strutting arrangement after corresponding connecting hole (20) by the interior adjusting nut (21A) that is arranged on this end of thread and lay respectively at described connecting hole (20) both sides and is connected with bracing or strutting arrangement with outer adjusting nut (21B).
3. the embedded casing installation component with adjusted mechanism as claimed in claim 1, it is characterized in that: described location adjusting device comprises upper and lower spaced the first adjustment screw (22A) and the second adjustment screw (22B), and be positioned at the intermediate expansion bolt (23) between the first adjustment screw (22A) and the second adjustment screw (22B), described the first adjustment screw (22A) and the second adjustment screw (22B) are respectively from outside to inside through after screwed hole corresponding on bracing or strutting arrangement, with treating masonry panel (1), going up the sidewall contact of square beam (11), described intermediate expansion bolt (23) expanding end is fixed in the sidewall for the treatment of the upper square beam (11) of masonry panel (1), the end of thread passes outwards through the rear attaching nut (25) of connecting hole (20) corresponding on bracing or strutting arrangement.
4. the embedded casing installation component with adjusted mechanism as claimed in claim 3, is characterized in that: be welded with the nut (24) for forming described screwed hole on described bracing or strutting arrangement.
5. the embedded casing installation component with adjusted mechanism as described as any one claim in claim 1 to 4, it is characterized in that: described bracing or strutting arrangement comprise be positioned at a side for the treatment of masonry panel (1) and along theoretical metope Width spaced left support column (2A) and right support column (2B), the upper end of described left support column (2A) and right support column (2B) is arranged on the beam (11) for the treatment of masonry panel (1) top by described location adjusting device respectively.
6. the location adjusting device with embedded casing installation component of adjusted mechanism claimed in claim 1, it is characterized in that: comprise upper and lower spaced the first expansion bolt (9A) and the second expansion bolt (9B), the expanding end of described the first expansion bolt (9A) and the second expansion bolt (9B) all is fixed in the sidewall for the treatment of the upper square beam (11) of masonry panel (1), the end of thread all passes outwards through on bracing or strutting arrangement after corresponding connecting hole (20) by the interior adjusting nut (21A) that is arranged on this end of thread and lay respectively at described connecting hole (20) both sides and is connected with bracing or strutting arrangement with outer adjusting nut (21B).
7. the location adjusting device with embedded casing installation component of adjusted mechanism claimed in claim 1, it is characterized in that: comprise upper and lower spaced the first adjustment screw (22A) and the second adjustment screw (22B), and be positioned at the intermediate expansion bolt (23) between the first adjustment screw (22A) and the second adjustment screw (22B), described the first adjustment screw (22A) and the second adjustment screw (22B) are respectively from outside to inside through after screwed hole corresponding on bracing or strutting arrangement, with treating masonry panel (1), going up the sidewall contact of square beam (11), described intermediate expansion bolt (23) expanding end is fixed in the sidewall for the treatment of the upper square beam (11) of masonry panel (1), the end of thread passes outwards through the rear attaching nut (25) of connecting hole (20) corresponding on bracing or strutting arrangement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320425896.9U CN203387076U (en) | 2013-07-17 | 2013-07-17 | Embedded box installing assembly with upper adjustment mechanism and positioning adjustment device thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320425896.9U CN203387076U (en) | 2013-07-17 | 2013-07-17 | Embedded box installing assembly with upper adjustment mechanism and positioning adjustment device thereof |
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| Publication Number | Publication Date |
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| CN203387076U true CN203387076U (en) | 2014-01-08 |
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| CN201320425896.9U Expired - Fee Related CN203387076U (en) | 2013-07-17 | 2013-07-17 | Embedded box installing assembly with upper adjustment mechanism and positioning adjustment device thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107181178A (en) * | 2017-07-04 | 2017-09-19 | 合肥东玖电气有限公司 | A kind of convenient overvoltage inhibiting apparatus installed |
| CN112993833A (en) * | 2019-12-17 | 2021-06-18 | 柏诚工程股份有限公司 | Method for centralized installation of multiple power distribution cabinets of static pressure box |
-
2013
- 2013-07-17 CN CN201320425896.9U patent/CN203387076U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107181178A (en) * | 2017-07-04 | 2017-09-19 | 合肥东玖电气有限公司 | A kind of convenient overvoltage inhibiting apparatus installed |
| CN107181178B (en) * | 2017-07-04 | 2019-04-30 | 合肥东玖电气有限公司 | A kind of overvoltage inhibiting apparatus facilitating installation |
| CN112993833A (en) * | 2019-12-17 | 2021-06-18 | 柏诚工程股份有限公司 | Method for centralized installation of multiple power distribution cabinets of static pressure box |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140108 Termination date: 20160717 |