CN206368890U - For automatic control height and can self-detaching installation tool - Google Patents
For automatic control height and can self-detaching installation tool Download PDFInfo
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- CN206368890U CN206368890U CN201621356236.XU CN201621356236U CN206368890U CN 206368890 U CN206368890 U CN 206368890U CN 201621356236 U CN201621356236 U CN 201621356236U CN 206368890 U CN206368890 U CN 206368890U
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Abstract
The utility model belongs to technical field of buildings, and being related to a kind of is used for automatic control height and can self-detaching installation tool.Including check lock lever connecting rod, described check lock lever connecting rod one end has the connection handle being connected with installation tool, and the check lock lever connecting rod other end has the installation set that can be connected and can be driven under the driving force effect of installation tool after installation tool is connected with connection handle check lock lever to rotate with check lock lever formation.The utility model can be such that inserted link is quickly connected with inserted link attaching nut, so that operating efficiency and connection reliability are improved, and the dismountable external structure of inserted link cutting ferrule, positioning and the effect automatically disengaged are served, operating efficiency is further improved.
Description
Technical field
The utility model belongs to Architectural Equipment technical field, is related to a kind of installation tool, is used for certainly more particularly, to one kind
Control height and can self-detaching installation tool.
Background technology
The patent applied before the applicant is used for the connector for connecting two objects and prefabricated with connector connection
Component [application number：201520392449.7], it includes being bolted with grafting in two attaching nuts, one of attaching nut
Intermediate nut is bolted with part, another attaching nut, elastic parts and positioning are disposed with the chuck of the attaching nut
Snap ring, when plug connector through intermediate nut and be inserted into positioning snap ring in when, described positioning snap ring can block plug connector so as to
Make two attaching nut's interconnections.
In above-mentioned connector, locking rod member need with after attaching nut's threaded, could by plug connector clamping,
In installation process, prior art is to be threaded into locking rod member in attaching nut using the instrument such as spanner, due to locking rod member with
The distance between attaching nut is shorter, spanner operation inconvenience, and operating efficiency is relatively low and is easily caused the situation hair not being fully screwed into
It is raw, cause subsequent handling to occur deviation.
A kind of prefabricated components connector and the concrete being made up of prefabricated components connector are also applied for before the applicant
Docking calculation [the application number of prefabricated components：201010298442.0], big nut bottom is provided with hole, and the heading of rod iron is stuck in it
Interior, spring is located in big nut and spring one end is touched with heading, the other end and split collar are touched, and the mesopore nut spins
In big nut, wherein mesopore nut lower end is resilient coordinating with split collar, and the shade of mesopore nut is connected to big nut end
Face；The integrative-structure that the check lock lever is made up of plug, slotting neck and grafting body, its plug bottom area of a circle, which is more than, to be integrated with
Insert neck diameter and form ring in plug bottom and insert neck chuck；The check lock lever grafting body spins with small nut.Advantage：One is to make to insert
Intensity is haled considerably more than international standard between fitting；Two be fundamentally to solve interfacing part disrepair phenomenon；Three are
Thoroughly solve the sealing problem of plug connector, it is ensured that the reliability of socket connection between prefabricated components and prefabricated components, it is ensured that building
The reliability of building lot.
Above-mentioned scheme also fails to disclose how to improve the installation tool that locking rod member is screwed onto in primary nut, installation process
Efficiency also have much room for improvement.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, offer one kind is used for automatic control height and can self-detaching installation
Instrument.
To reach above-mentioned purpose, the utility model employs following technical proposal：One kind is used for automatic control height and can be automatic
The installation tool of disengagement, including check lock lever connecting rod, described check lock lever connecting rod one end have what is be connected with installation tool
Connection handle, the check lock lever connecting rod other end, which has, to be connected with check lock lever formation and after installation tool is connected with connection handle in peace
The installation set that check lock lever can be driven to rotate under the driving force effect of holding tool.
It is used for automatic control height and can be in self-detaching installation tool above-mentioned, having in described installation set to hold
The check lock lever accommodating cavity of check lock lever is put, is provided with and can block with check lock lever formation in installation set and positioned at the top of check lock lever accommodating cavity
Connect the check lock lever cutting ferrule that with merging check lock lever can be driven to rotate when installation set is rotated.
It is used for automatic control height and can be in self-detaching installation tool above-mentioned, described check lock lever cutting ferrule and installation set
Dismountable connection, has in check lock lever cutting ferrule in clamping chamber that is polygonal and being matched with check lock lever outer wall.
It is above-mentioned be used for automatic control height and can in self-detaching installation tool, this erector also include automatic control absolute altitude with
The erector being automatically separated, described automatic control absolute altitude and the erector being automatically separated include knob screw type connecting rod, described
One end of knob screw type connecting rod is the connection end that can be connected with installation tool, and the other end is can be with knob or intermediate nut
Formed and connect and knob or middle screw can be driven under the driving force effect of installation tool after installation tool is connected with connection end
The installation end that mother rotates.
It is used for automatic control height and can be in self-detaching installation tool above-mentioned, described installation end can be inserted into knob
Or be engaged by clamping or tensioned fit in intermediate nut and with intermediate nut formation, so that rotation can be driven when installation end is circumferentially rotated
Button or intermediate nut are circumferentially rotated, in described knob screw type connecting rod and positioned between connection end and installation end be provided with one
The knob or the axially mounted depth adjusting mechanism of intermediate nut for the depth that energy adjusting knob or intermediate nut are entered in connector.
It is used for automatic control height and can be in self-detaching installation tool above-mentioned, described knob or intermediate nut axial direction
Fitting depth governor motion includes the locating stop piece being arranged in knob screw type connecting rod.
It is used for automatic control height and can be in self-detaching installation tool above-mentioned, described locating stop piece can be along knob
Screw type connecting rod moves so as to adjusting position of the locating stop piece in knob screw type connecting rod axially back and forth, in positioning gear
Also be connected with knob screw type connecting rod between piece and connection end one can along knob screw type connecting rod axle
Move forwards, backwards and locating stop piece can be prevented against coordinating with locating stop piece formation to the positioning group for being connected extreme direction movement
Part.
It is used for automatic control height and can be in self-detaching installation tool above-mentioned, described locating stop piece is screwed onto knob
In screw type connecting rod, described positioning component includes the location nut being screwed onto in knob screw type connecting rod.
It is used for automatic control height and can be in self-detaching installation tool above-mentioned, it is in circular cone that described installation end, which is provided with,
Shape and can with knob or the tension pole of the inwall of intermediate nut formation tensioned fit, the diameter of described tension pole from installation end to
The direction of connection end becomes larger,
Or it is in polygonal card that described installation end, which is provided with, described card can block with knob or intermediate nut formation
Connect fixation,
Or described installation end is provided with the card article in bar shaped, described card article can be with knob or the end shape of intermediate nut
Into connecting and fixing,
Or it is in polygonal card that described installation end, which is provided with, described card can block with knob or intermediate nut formation
Connect and card article is fixedly connected with fixation, described card, described card article can form clamping with the end of knob or intermediate nut
It is fixed.
It is used for automatic control height above-mentioned and magnetic can be provided with described installation end in self-detaching installation tool
Part, described installation end is provided with a ring-shaped step for being used to place snap ring, and described magnetic part and installation end is dismountable
Connect and when snap ring is placed on ring-shaped step, magnetic part can attract snap ring formation magnetic force to adsorb snap ring in annular
On step.
Compared with prior art, the utility model has the advantage of：
1st, the utility model can be such that check lock lever is quickly connected with check lock lever attaching nut, so as to improve operating efficiency and company
Reliability, and the dismountable external structure of check lock lever cutting ferrule are connect, positioning and the effect automatically disengaged is served, operating efficiency enters one
Step is improved.
2nd, knob or intermediate nut erector can make intermediate nut be quickly spirally connected with big nut realization, so as to improve centre
The installation rate of nut, the axially mounted depth adjusting mechanism of intermediate nut can adjust the depth that intermediate nut is screwed into, and can make this
Erector is automatically disengaged after intermediate nut is installed in place with intermediate nut, further improves reliability and the installation of installation process
The setting of efficiency, magnetic part and ring-shaped step, when installing the connector with snap ring, can prevent clamping ring falling, enable snap ring
Enough it is quickly installed in connector, installation process is reliable.
Brief description of the drawings
Fig. 1 is the structural representation of intermediate nut erector.
Fig. 2 is another structural representation of intermediate nut erector.
Fig. 3 is another structural representation of intermediate nut erector.
Fig. 4 is the structural representation in another direction of Fig. 3.
Fig. 5 is another structural representation of intermediate nut erector.
Fig. 6 is the fundamental diagram of intermediate nut erector.
Fig. 7 is another fundamental diagram of intermediate nut erector.
Fig. 8 is another fundamental diagram of intermediate nut erector.
Fig. 9 is structural representation of the present utility model.
Figure 10 is another structural representation of the present utility model.
Figure 11 is Figure 10 fundamental diagram.
Figure 12 is the structural representation of knob.
Figure 13 is the structural representation in another direction of Figure 12.
Figure 14 is the fundamental diagram that knob is connected with knob screw type connecting rod.
Figure 15 is a kind of structural representation of intermediate nut.
Figure 16 is the operation principle that the intermediate nut shown in Figure 15 is connected with knob screw type connecting rod.
Figure 17 is a kind of structural representation of check lock lever.
Figure 18 is Figure 17 fundamental diagram that is connected with check lock lever connecting rod of check lock lever.
In figure：Knob screw type connecting rod 1, connection end 2, instrument connecting cavity 2a, installation end 3, intermediate nut are axially mounted
Depth adjusting mechanism 4, locating stop piece 5, positioning component 6, location nut 7, tension pole 8, card 9, card article 10, magnetic part 11, ring
Shape step 12, check lock lever connecting rod 20, connection handle 21, installation set 22, check lock lever accommodating cavity 23, check lock lever cutting ferrule 24, clamping chamber
25th, intermediate nut 100, snap ring 101, clasp piece 102, big nut 103, building element 104, spring 105, pad 106, check lock lever
200th, check lock lever attaching nut 201, check lock lever spinner 202, check lock lever bayonet socket 203, check lock lever card chamber 204, knob 300, knob
Bayonet socket 301, knob card chamber 302.
Embodiment
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
Embodiment 1
As shown in Figure 9 and Figure 10, the utility model is used for automatic control height there is provided one kind and can self-detaching erector
Tool, including check lock lever connecting rod 20, described one end of check lock lever connecting rod 20 have the connection handle 21 being connected with installation tool,
The other end of check lock lever connecting rod 20, which has, to be connected with the formation of check lock lever 200 and after installation tool is connected with connection handle 21 in peace
The installation set 22 that check lock lever can be driven to rotate under the driving force effect of holding tool.
It will be appreciated by those skilled in the art that installation tool can be spanner, electric screw driver, hand screwdriver etc., only
Need to realize with connection handle 21 and be connected and can circumferentially rotate connection handle 21, installation set is driven when connection handle 21 is rotated
22 rotate to drive check lock lever 200 to rotate, and realize the purpose that check lock lever 200 is installed.
In the present embodiment, the check lock lever accommodating cavity 23 of check lock lever can be housed by having in installation set 22, in installation set 22
Above and positioned at the top of check lock lever accommodating cavity 23 it is provided with and can be engaged by clamping with check lock lever formation and the energy band when installation set 22 is rotated
Clamping chamber 25 is provided with the check lock lever cutting ferrule 24 that dynamic check lock lever is rotated, check lock lever cutting ferrule 24.
The operation principle of the present embodiment is：With reference to shown in Figure 10, design check lock lever 200 when, check lock lever 200 be provided with
The Access Division that check lock lever cutting ferrule 24 matches, the Access Division can be engaged by clamping or tensioned fit with the formation of check lock lever cutting ferrule 24, when
When check lock lever 200 is inserted into check lock lever accommodating cavity 23, check lock lever cutting ferrule 24 and the Access Division clamping on check lock lever 200 are installed
Instrument is connected drive connection handle 21 with connection handle 21 and rotates to drive check lock lever cutting ferrule 24 to rotate, in this rotation process,
Check lock lever 200 is threaded into check lock lever attaching nut 201, and check lock lever attaching nut 201 is fixed on building element 104 in advance,
So as to realize the quick connection of check lock lever 200 and check lock lever attaching nut 201.
Embodiment 2
The present embodiment and the structure and operation principle of embodiment 1 are essentially identical, and difference exists, such as Figure 10 and Figure 11 institutes
Show, check lock lever cutting ferrule 24 is removably connected with installation set 22, it is preferable to use screw is spirally connected with installation set 22, in check lock lever card
Have in set 24 in clamping chamber 25 that is polygonal and being matched with check lock lever outer wall.Check lock lever cutting ferrule 24 can with installation set 22
Dismounting connection, be conveniently replaceable, because clamping chamber 25 is in check lock lever cutting ferrule 24, therefore check lock lever cutting ferrule 24 be used for multiple times after to peace
Encapsulation 22 does not result in abrasion.
The cross section of clamping chamber 25 can be triangle, quadrangle, pentagon etc., as long as the outer wall with check lock lever 200
With conformal into clamping, preferably octagon.
The course of work of the present embodiment as shown in FIG. 11 and 12, drives check lock lever 200 to rotate when check lock lever cutting ferrule 24 is rotated
And after being threaded into check lock lever attaching nut 201, such as check lock lever cutting ferrule 24 touches the outer wall of building element 104, now check lock lever
Cutting ferrule 24 is still rotatable, but can not axially promote, therefore check lock lever 200 will not be further continued for rotating, and check lock lever cutting ferrule 24 forms sky
Turn, depart from check lock lever 200, therefore, check lock lever cutting ferrule 24 plays positioning and makes check lock lever connecting rod 20 and check lock lever 200 automatic
The effect of disengaging.
Embodiment 3
On the basis of embodiment 1 or 2, as shown in figures 1 to 6, this installation workpiece is also including for automatic control absolute altitude and certainly
The erector of dynamic separation, includes knob screw type connecting rod 1, described knob for automatic control absolute altitude and the erector being automatically separated
One end of screw type connecting rod 1 is the connection end 2 that can be connected with installation tool, and the other end is can be with knob or intermediate nut
100 form connection and can be driven under the driving force effect of installation tool after installation tool is connected with connection end 2 knob or in
Between nut rotation installation end 3.
It will be appreciated by those skilled in the art that installation tool can be spanner, electric screw driver, hand screwdriver etc., only
Need to realize with connection end 2 and be connected and can circumferentially rotate connection end 2,3 turns of installation end is driven when connection end 2 is rotated
Move to drive intermediate nut 100 to rotate, realize the purpose that intermediate nut is installed.Have in preferred scheme, connection end 2 hollow
Instrument connecting cavity 2a, can be matched with electric tool.
The present embodiment, can realize the quick connection with intermediate nut 100, and realize the Fast Installation of intermediate nut.At this
In embodiment, installation end 3 can be inserted into knob or intermediate nut 100 and form tensioned fit with knob or intermediate nut and work as
Installation end 3 can drive knob or intermediate nut to circumferentially rotate when circumferentially rotating.
Figure 12 and Figure 13 is the structural representation of knob, and the structure and intermediate nut 100 of knob are essentially identical, difference
It is, the upper surface of knob 300 has a non-circular knob bayonet socket 301, and knob bayonet socket 301 can be ellipse, long
Square, the unequal shape of distance at cydariform etc. center to edge has rounded knob card chamber in the inside of knob
302, when inserted link or shackle member are inserted into knob bayonet socket 301, rotation inserted link or shackle member can block with the formation of knob bayonet socket 301
Connect.As shown in figure 14, the shape of cross section of installation end 3 and knob bayonet socket 301 match, and installation end 3 is when rotating and knob
The formation active force of bayonet socket 301, drives knob 300 to rotate.
Intermediate nut 100 in the present embodiment, can also be special-shaped intermediate nut as shown in Figures 12 and 13, in the middle of this
Nut 100 have along center line circumference set some nut shell fragments 107, and the installation end 3 of knob screw type connecting rod 1 with
The intermediate nut 100 formation is engaged by clamping, so that installation end 3 can drive the intermediate nut to rotate.
Specifically, installation end 3 is provided with cone and the tensioning of tensioned fit can be formed with the inwall of intermediate nut
Post 8, the diameter of described tension pole 8 is become larger from installation end 3 to the direction of connection end 2, when tension pole 8 is inserted into middle screw
When in mother 100, tensioning is formed, so that drive intermediate nut to rotate when tension pole 8 is rotated, it is very convenient.
The tension pole 8 of the present embodiment can form tensioned fit with intermediate nut, and tension pole 8 can be directly by middle screw when rotating
Female to realize the fixation that is spirally connected with big nut, after the completion of intermediate nut is spirally connected, tension pole 8 can be exited directly from intermediate nut.Ability
Field technique personnel should be appreciated that intermediate nut in design, and internal cavities can be designed to the shape matched with tension pole 8,
So as to form tensioned fit.
This connector realizes the Fast Installation of check lock lever 200 and intermediate nut 100.Check lock lever can match somebody with somebody with intermediate nut
Set is used.
Embodiment 4
The present embodiment and the structure of embodiment 3 are essentially identical, and difference is, as shown in Fig. 2 knob screw type is connected
The rotation for the depth that intermediate nut is entered in connector can be adjusted on bar 1 and positioned at being provided with one between connection end 2 and installation end 3
Button or the axially mounted depth adjusting mechanism 4 of intermediate nut.In the present embodiment, knob or the axially mounted depth adjustment of intermediate nut
Mechanism 4 includes the locating stop piece 5 being arranged in knob screw type connecting rod 1, and locating stop piece 5 is screwed onto knob screw type connecting rod
On 1, locating stop piece 5 can be buckled along moving axially back and forth for knob screw type connecting rod 1 so as to adjust locating stop piece 5 in knob spiral shell
Position in formula connecting rod 1, in an installation between during nut 100, locating stop piece 5 is synchronous with intermediate nut 100 axially to be moved
Dynamic, when locating stop piece 5 abuts against the surface for the object for being provided with intermediate nut, locating stop piece 5 can not continue axial movement, in
Between nut 100 be installed in place, so as to prevent intermediate nut 100 to be excessively screwed into.
Also it is flexibly connected in preferred scheme, the knob screw type connecting rod 1 between locating stop piece 5 and connection end 2
Have one can moving and can be formed with locating stop piece 5 against coordinating so as to hindering axially back and forth along knob screw type connecting rod 1
The positioning component 6 that only locating stop piece 5 is moved to the direction of connection end 2, positioning component 6 is located between connection end 2 and locating stop piece 5,
For to the formation locking effect of locating stop piece 5, position of the locating stop piece 5 in knob screw type connecting rod 1 being limited, so that fixed
The position registration of catch 5.In the present embodiment, described positioning component 6 includes being screwed onto determining in knob screw type connecting rod 1
Position nut 7.
Magnetic part 11 is provided with described installation end 3, magnetic part 11 can be magnet or electromagnet or magnet steel etc., for inhaling
Attached snap ring, prevents snap ring from departing from the rotation process of intermediate nut 100.
Preferred scheme, installation end 3 is provided with a ring-shaped step 12 for being used to place snap ring, described magnetic part 11 and peace
Fill end 3 removably connection and when snap ring is placed on ring-shaped step 12, magnetic part 11 can to snap ring formation magnetic force attract from
And by snap ring absorption on ring-shaped step 12.
The operation principle of the present embodiment is：As shown in fig. 6, big nut 103 is fixed in building element 104, building element
104 can be prefabricated pile, prefabricated metope, blockwork or other prefabricated components, first be sequentially loaded into spring 105 and pad 106
In big nut 103, with installation tool, such as electric drill is connected with connection end 2, and intermediate nut 100 is nested into the tension pole of installation end 3
Tensioning is formed in 8, clasp piece 102 is circumferentially arranged is put into formation snap ring 101 on ring-shaped step 12 one by one, due to magnetic part 11
Magneticaction, snap ring 101 adsorbed on ring-shaped step 12, the intermediate nut 100 on installation end 3 is aligned, and installation tool is driven
Dynamic connection end 2 is rotated, so as to drive whole knob screw type connecting rod 1 to rotate, intermediate nut is threaded into big nut 103,
When locating stop piece 5 abuts against the surface of building element 104, tension pole 8 can not continue to make intermediate nut 100 be threaded into big nut
In 103, now installation end 3 is dallied, and intermediate nut 100 does not turn, and tension pole 8 is automatically disengaged with intermediate nut 100, knob screw type
Connecting rod 1 can be extracted directly from intermediate nut, complete the installation of intermediate nut.
Due to ring-shaped step 12 positioning and magnetic part 11 magnetic force double action, in an installation between nut 100 mistake
Cheng Zhong, snap ring 101 realizes the Fast Installation of snap ring 101 without departing from intermediate nut, also ensure that reliable in installation process
Property.
To sum up, the present embodiment can realize the Fast Installation of intermediate nut 100 and snap ring 101, and installation process is reliable and stable, non-
It is often convenient.Although being provided with spring 105, pad 106 and clasp piece 102 in the big nut 103 of the present embodiment, this reality is not represented
Apply example and be only used for the connector provided with spring 105, pad 106 and clasp piece 102, any need uses the connection of intermediate nut
Part can use the intermediate nut erector that this implementation is provided.
Embodiment 5
The present embodiment and the structure and operation principle of embodiment 4 are essentially identical, and difference is, as shown in figure 5, as schemed
Shown in 5, it is in polygonal card 9, card 9 described here, actually in polygonal sheet post that installation end 3, which is provided with,
Shape, its cross section is in polygon, and polygon can be triangle, quadrangle, and pentagon etc., preferably octagon are easy to
Processing.Card 9 can be connected and fixed with intermediate nut formation, that is, card 9 is fixed on installation end 3, in being inserted into installation end
Between in nut 100, the polygonal column structure and intermediate nut 100 of card 9, which are realized, to be connected and fixed, and card 9 is driven centre
Nut 100 is rotated, it will be appreciated by those skilled in the art that between in the design during nut 100, cavity and card inside intermediate nut
The polygonal column of piece 9 matches, and is formed and is engaged by clamping.
The operation principle of the present embodiment is：With reference to shown in Fig. 7, when needing that intermediate nut 100 is encased in big nut 103
When, installation end 3 is inserted into intermediate nut 100, card 9 and the formation clamping of intermediate nut 100, installation tool drive connection end 2
Rotate, so as to drive whole knob screw type connecting rod 1 to rotate, card 9, which is rotated, drives intermediate nut 100 to rotate.
Preferred scheme, the present embodiment also have embodiment 2 locating stop piece 5 and positioning component 6, when locating stop piece 5 against
Firmly during the surface of building element 104, card 9 can not continue to make intermediate nut 100 be threaded into big nut 103, now installation end 3
Idle running, intermediate nut 100 does not turn, and card 9 is automatically disengaged with intermediate nut 100, and knob screw type connecting rod 1 can be directly from centre
Extracted in nut, complete the installation of intermediate nut.
Embodiment 6
The present embodiment and the structure and operation principle of embodiment 3 are essentially identical, and difference is, such as Fig. 3 and Fig. 4 institutes
Show, installation end 3 is provided with the card article 10 in bar shaped, described card article 10 can be formed with the end of intermediate nut 100 to be connected and fixed,
Card article 10 can be integrally formed with installation end 3, it would however also be possible to employ be spirally connected, the mode that grafting etc. is detachably connected is arranged on installation
On end 3.In the present embodiment, the end of intermediate nut 100 is provided with the groove matched with card article 10, and card article 10 snaps onto groove
In with intermediate nut formation connect and fix.Intermediate nut can be rotated by rotating card article 10, so that intermediate nut is threaded into big spiral shell
In mother 103.
The operation principle of the present embodiment is as shown in figure 8, card article 10 is formed with intermediate nut 100 after being engaged by clamping, by even
Connecing the rotation of end 2 drives card article 10 to rotate, so as to drive intermediate nut 100 to rotate, intermediate nut is spirally connected with big nut formation, reaches
To the effect of installation.
Embodiment 7
The present embodiment and the structure of embodiment 5 and 6 are essentially identical, and difference is, as shown in figure 5, as shown in figure 5,
It is in polygonal card 9 that the installation end 3 of this implementation, which is provided with, and described card 9 can be connected and fixed with intermediate nut formation, described
Card 9 on be fixedly connected with card article 10, described card article 10 can be formed with the end of intermediate nut connect and fix.The present embodiment
Card 9 structure such as embodiment 3 it is identical, the structure of card article 10 is same as Example 4, knob or the axially mounted depth of intermediate nut
The structure for spending governor motion 4 is same as Example 2.
It is of course also possible to be the mode that tension pole 8 as shown in Figure 6 is combined with card article 10, i.e. the top of tension pole 8
One card article 10 is set, and card article 10 is located at locating stop piece 5.
The operation principle of the present embodiment is：Card article 10 forms concavo-convex clamping, card 9 and intermediate nut with intermediate nut 100
100 form clamping, and card article 10 and card 9 drive intermediate nut to rotate simultaneously.
Embodiment 8
The present embodiment and the structure of embodiment 1 are essentially identical, and difference is, as shown in Figure 17 and Figure 18, check lock lever
The end of installation set 22 that 200 end is carried in check lock lever spinner 202, check lock lever connecting rod 20 has and check lock lever spinner 202
The check lock lever bayonet socket 203 matched, the inside of installation set 22 has the lock in the check lock lever card chamber 204 in cylinder, the present embodiment
Tight bar spinner 202 can be ellipse in non-circular, rectangle, the unequal shape of distance at cydariform etc. center to edge,
The shape of check lock lever spinner 202 is identical with the knob bayonet socket 301 shown in Figure 12 and Figure 13.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement or using similar to described specific embodiment
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although more used herein knob screw type connecting rod 1, connection end 2, instrument connecting cavity 2a, installation end 3, in
Between the axial fitting depth governor motion 4 of nut, locating stop piece 5, positioning component 6, location nut 7, tension pole 8, card 9, card article
10th, magnetic part 11, ring-shaped step 12, check lock lever connecting rod 20, connection handle 21, installation set 22, check lock lever accommodating cavity 23, check lock lever
Cutting ferrule 24, clamping chamber 25, intermediate nut 100, snap ring 101, clasp piece 102, big nut 103, building element 104, spring 105,
Pad 106, check lock lever 200, check lock lever attaching nut 201, check lock lever spinner 202, check lock lever bayonet socket 203, check lock lever card chamber
204th, the term such as knob 300, knob bayonet socket 301, knob card chamber 302, but it is not precluded from the possibility using other terms.Use
These terms are used for the purpose of more easily describing and explaining essence of the present utility model；It is construed as any additional
Limitation all disagreed with the utility model spirit.
Claims (10)
1. one kind is used for automatic control height and can self-detaching installation tool, including check lock lever connecting rod (20), it is characterised in that
Described check lock lever connecting rod (20) one end has the connection handle (21) being connected with installation tool, and check lock lever connecting rod (20) is another
One end has can be connected and driving masterpiece after installation tool is connected with connection handle (21) in installation tool with check lock lever formation
With the lower installation set (22) that check lock lever can be driven to rotate.
It is used for automatic control height and can self-detaching installation tool 2. according to claim 1, it is characterised in that described
The check lock lever accommodating cavity (23) of check lock lever can be housed by having in installation set (22), be held in installation set (22) and positioned at check lock lever
The top of chamber (23) is put provided with can be engaged by clamping with check lock lever formation and check lock lever can be driven to rotate when installation set (22) is rotated
Check lock lever cutting ferrule (24).
It is used for automatic control height and can self-detaching installation tool 3. according to claim 2, it is characterised in that described
Check lock lever cutting ferrule (24) is removably connected with installation set (22), is had in the check lock lever cutting ferrule (24) in polygonal and can be with
The clamping chamber (25) that check lock lever outer wall matches.
It is used for automatic control height and can self-detaching installation tool 4. according to claim 1, it is characterised in that this installation
Device also includes automatic control absolute altitude and the erector being automatically separated, and described automatic control absolute altitude and the erector being automatically separated include knob spiral shell
Button connecting rod (1), one end of described knob screw type connecting rod (1) is the connection end (2) that can be connected with installation tool,
The other end is that can be connected with knob or intermediate nut formation and drive after installation tool is connected with connection end (2) in installation tool
The installation end (3) that knob or intermediate nut can be driven to rotate under dynamic action.
It is used for automatic control height and can self-detaching installation tool 5. according to claim 4, it is characterised in that described
Installation end (3) can be inserted into knob or intermediate nut and is engaged by clamping or tensioned fit with intermediate nut formation, so that when peace
Dress end (3) can drive knob or intermediate nut to circumferentially rotate when circumferentially rotating, in described knob screw type connecting rod (1) and position
The depth entered between connection end (2) and installation end (3) provided with an energy adjusting knob or intermediate nut in connector
Knob or the axially mounted depth adjusting mechanism of intermediate nut (4).
It is used for automatic control height and can self-detaching installation tool 6. according to claim 5, it is characterised in that described
Knob or the axially mounted depth adjusting mechanism of intermediate nut (4) include the positioning gear being arranged in knob screw type connecting rod (1)
Piece (5).
It is used for automatic control height and can self-detaching installation tool 7. according to claim 6, it is characterised in that described
Locating stop piece (5) can be along the mobile so as to adjust locating stop piece (5) in knob spiral shell axially back and forth of knob screw type connecting rod (1)
Also lived in position in button connecting rod (1), the knob screw type connecting rod (1) between locating stop piece (5) and connection end (2)
It is dynamic be connected with one can along the mobile axially back and forth of knob screw type connecting rod (1) and can be formed with locating stop piece (5) against
Coordinate to prevent the positioning component (6) that locating stop piece (5) is moved to connection end (2) direction.
It is used for automatic control height and can self-detaching installation tool 8. according to claim 7, it is characterised in that described
Locating stop piece (5) is screwed onto in knob screw type connecting rod (1), and described positioning component (6) includes being screwed onto knob screw type
Location nut (7) in connecting rod (1).
It is used for automatic control height and can self-detaching installation tool 9. according to claim 4, it is characterised in that described
Installation end (3) is provided with cone and the tension pole (8) of tensioned fit can be formed with knob or the inwall of intermediate nut, described
The diameter of tension pole (8) become larger from installation end (3) to the direction of connection end (2),
Or it is in polygonal card (9) that described installation end (3), which is provided with, described card (9) can be with knob or intermediate nut
Formation is connected and fixed,
Or described installation end (3) is provided with the card article (10) in bar shaped, described card article (10) can be with knob or intermediate nut
End formed connect and fix,
Or it is in polygonal card (9) that described installation end (3), which is provided with, described card (9) can be with knob or intermediate nut
Formation is connected and fixed, and card article (10) is fixedly connected with described card (9), described card article (10) can be with knob or middle screw
Female end forms and connected and fixed.
It is used for automatic control height and can self-detaching installation tool 10. according to claim 4, it is characterised in that described
Installation end (3) in be provided with magnetic part (11), described installation end (3) is provided with a ring-shaped step for being used to place snap ring
(12), described magnetic part (11) is removably connected with installation end (3) and when snap ring is placed on ring-shaped step (12), magnetic
Property part (11) can to snap ring formation magnetic force attract so as to by snap ring absorption on ring-shaped step (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621356236.XU CN206368890U (en) | 2016-12-12 | 2016-12-12 | For automatic control height and can self-detaching installation tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621356236.XU CN206368890U (en) | 2016-12-12 | 2016-12-12 | For automatic control height and can self-detaching installation tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206368890U true CN206368890U (en) | 2017-08-01 |
Family
ID=59392470
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621356236.XU Active CN206368890U (en) | 2016-12-12 | 2016-12-12 | For automatic control height and can self-detaching installation tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206368890U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111649659A (en) * | 2020-05-19 | 2020-09-11 | 潘笑 | Hall sensor |
-
2016
- 2016-12-12 CN CN201621356236.XU patent/CN206368890U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111649659A (en) * | 2020-05-19 | 2020-09-11 | 潘笑 | Hall sensor |
| CN111649659B (en) * | 2020-05-19 | 2021-12-07 | 惠州市盛德乐电子有限公司 | Hall sensor |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20170724 Address after: 215600 port town, Zhangjiagang, Jiangsu, China, Suzhou Patentee after: Jiangsu Tianhai building materials Co., Ltd. Address before: Hangzhou Qiushi Road, Luyuan ginkgo court of Hangzhou city in Zhejiang province Xihu District 310000 5 unit 2002 room Patentee before: Zhou Zhaodi |