CN107566817A - A kind of big monitor of monitoring range - Google Patents
A kind of big monitor of monitoring range Download PDFInfo
- Publication number
- CN107566817A CN107566817A CN201711031680.3A CN201711031680A CN107566817A CN 107566817 A CN107566817 A CN 107566817A CN 201711031680 A CN201711031680 A CN 201711031680A CN 107566817 A CN107566817 A CN 107566817A
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- China
- Prior art keywords
- monitor
- driver slot
- block
- screw rod
- driver
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Abstract
The invention discloses a kind of big monitor of monitoring range,Including the mounting seat being arranged in ceiling and the monitor being connected with the mounting seat,Inserting groove is provided among the mounting seat bottom surface,The first driver slot is provided among the roof of the inserting groove,The second driver slot is provided with the right side of the roof of the inserting groove,The 3rd driver slot is provided with positioned at the top of first driver slot in the mounting seat and on the left of second driver slot,Monitor solid lock is firm in the present invention,Monitor can 360 degree of rotation raising monitoring ranges,Conduction also is carried out to monitor while solid lock is carried out to monitor during installation,Also monitor is unlocked while being powered off to monitor during dismounting,Considerably increase the efficiency of monitor installation and removal,It is convenient to carry out dismounting and change after monitor damage,It effectively prevent and electric shock accidents occurs during monitor is mounted and dismounted,People's life security is ensured,And the installation and removal of monitor can be achieved by a driver.
Description
Technical field
The present invention relates to monitor technical field, the big monitor of more particularly to a kind of monitoring range.
Background technology
The family of nurse auntie is asked in current most of families can take the measure for installing monitor at home, but in general is supervised
It is small to control device monitoring range, and installation difficulty, it can destroy and fit up indoor early stage, electrical termination is exposed in installation process can trigger electric shock thing
Therefore dismounting inconvenience in addition, autonomous dismounting storage is difficult to when need not use for a long time.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of big monitor of monitoring range, and it can solve the problem that above-mentioned present
The problem of in technology.
To solve the above problems, the present invention adopts the following technical scheme that：
A kind of big monitor of monitoring range of the present invention, including the mounting seat that is arranged in ceiling and with the mounting seat
The monitor of mating connection, inserting groove is provided among the mounting seat bottom surface, is provided among the roof of the inserting groove
One driver slot, the roof right side of the inserting groove are provided with the second driver slot, are located at first driver slot in the mounting seat
Top and the 3rd driver slot is provided with the left of second driver slot, it is right respectively on the wall of left and right two of the inserting groove
Etc. being provided with two locked grooves, the locking block that can be moved left and right is provided with each locked groove, in each locked groove
The first spring element being fixedly connected with the locking block is additionally provided with, the bottom of each locking block medial surface is provided with first
Bearing surface, be provided with first driver slot it is moving up and down unwind bar, be additionally provided with first driver slot and institute
The first screw rod that the first screw helical line in the bar of unwinding is connected is stated, the left and right sides for unwinding bar bottom surface is reciprocity respectively
The second inclined thrust surface is provided with, the top of first screw rod is upward through the roof of first driver slot and spy enters the described 3rd
It is connected in driver slot with the driver being arranged in the 3rd driver slot roof, positioned at described in the 3rd driver slot
The first tooth cone pulley is fixedly installed on first screw rod, be provided with second driver slot trolley shoe that can move left and right and with
The second screw rod that the second screw helical line in the trolley shoe is connected, the left end of second screw rod is to the left through described
The left wall of second driver slot and spy are entered in the 3rd driver slot and the left end of second screw rod is fixedly installed and described
The second identical tooth cone pulley of one tooth cone pulley, the trolley shoe left side top are provided with the first electric access slot, trolley shoe left side bottom
Portion is provided with the second electric access slot, and conducting block is provided with the top of the left wall of second driver slot, is provided with the top of the monitor
Transfer chamber, be connected with switching drive shaft among the switching chamber, the switching chamber is provided with Coupling Shaft close to cavity wall position
Hold.
As preferable technical scheme, it is provided with to be connected with the inserting groove among the monitor top surface
Grafting block, the groove portion relative with first driver slot, a left side for the grafting block top surface are provided among the grafting block top surface
Equity is provided with to be leaned on sliding the first inclined thrust surface coordinated of first bearing surface, the grafting block top surface respectively for right both sides
Electricity is provided with nearly right positions and connects on block, the grafting block or so two sides that equity is provided with two affixed grooves, the groove respectively
Equity is provided with the via communicated with each self-corresponding affixed groove respectively on the wall of left and right two in portion, and up and down the two of the via
Equity is provided with two necks respectively on wall, and pushing away of can moving left and right is provided with each via and connects block, is pushed away described in two
Connect and be provided with the top of block medial surface to connect block with sliding the second bearing surface coordinated of second inclined thrust surface, each described push away
Upper and lower surface on respectively equity be provided with the sliding fixture block coordinated of the corresponding neck, be provided with the neck and institute
Fixture block is stated to be fixedly connected and to push away the second spring element for connecing block and pushing away to inner side by described.
As preferable technical scheme, the roof of first screw rod and first driver slot is rotatably connected,
And the bottom of first screw rod is in first driver slot, the right-hand member of second screw rod and second driver slot
Right wall is rotatably connected.
As preferable technical scheme, the first electric access slot electrically connects with the described second electric access slot, the conducting block with
City is electrically interconnected, and the electricity connects block and electrically connected with the monitor.
The beneficial effects of the invention are as follows：
1. be connected by the way that grafting block is inserted into inserting groove so that grafting block two locking blocks are promoted laterally and
It is retracted into each self-corresponding locked groove, also to unwind bar and push away two and connect the medial extremity of block and promote and be retracted into each laterally
In self-corresponding via, when the top surface of grafting block abuts with the roof of inserting groove, unwind bar and be just connected with groove portion, electricity
Connecing block and be then inserted into the second driver slot relative with the second electric access slot, two affixed grooves are relative with each self-corresponding locked groove respectively,
By controlling driver work drive to unwind bar upward sliding, while also trolley shoe is driven to slide to the left, when trolley shoe slides into
During the high order end position of the second driver slot, the first electric access slot cooperates with conducting block, and connection is conductive, and the second electric access slot connects with electricity
Block also cooperates, and connection is conductive, so that monitor is in electriferous state, the medial extremity of two locking blocks is in the first elastic force
Visited under the resilient force of part into each self-corresponding affixed groove, so as to by grafting block solid lock, i.e., by monitor solid lock, this
When monitor be both also at electriferous state in solid lock state, so as to add the installation effectiveness of monitor so that monitor
Solid lock is firm, monitor can 360 degree rotate and improve monitoring ranges, the conductive security of monitor is stable.
2. by holding monitor, driver work reversion is then controlled, so that the bar slide downward of unwinding returns to
Initial position, also cause trolley shoe slides to the right to also return to initial position, during the bar of unwinding moves down
Two are pushed away and connects block ejection laterally, so that two push away the outboard end for connecing block respectively by the ejection laterally of corresponding locking block
And make it that the medial extremity of locking block departs from the mating connection with affixed groove, it is that tearing open for monitor can be achieved finally to extract grafting block
Unload, so as to add the removal efficiency of monitor, facilitate the dismounting and change of monitor when monitor damages.
3. monitor solid lock is firm in the present invention, monitor can 360 degree rotate and improve monitoring ranges, to monitoring during installation
Also monitor is carried out conductive while device carries out solid lock, also monitor entered while being powered off to monitor during dismounting
Row unblock, the efficiency of monitor installation and removal is considerably increased, it is convenient to carry out dismounting and change after monitor damage, effectively keep away
Exempt from that electric shock accidents occurs during monitor is mounted and dismounted, ensured people's life security, and pass through a driver
The installation and removal of monitor can be achieved.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the overall structure diagram of the big monitor of monitoring range of the present invention；
Fig. 2 is that monitor is in by structural representation during solid lock state in Fig. 1；
Fig. 3 is sectional view at A-A in Fig. 1.
Embodiment
The preferred embodiments of the present invention are described in detail below in conjunction with the accompanying drawings, so that advantages and features of the invention energy
It is easier to be readily appreciated by one skilled in the art, apparent is clearly defined so as to be made to protection scope of the present invention.
Refering to shown in Fig. 1-3, a kind of big monitor of monitoring range of the invention, including the installation being arranged in ceiling
Seat 2 and the monitor 1 being connected with the mounting seat 2, are provided with inserting groove 20 among the bottom surface of mounting seat 2, described
The first driver slot 5 is provided among the roof of inserting groove 20, the second driver slot 6 is provided with the right side of the roof of the inserting groove 20,
The 3rd drive is provided with positioned at the top of first driver slot 5 in the mounting seat 2 and positioned at the left side of second driver slot 6
Dynamic groove 7, equity is provided with two locked grooves 21 respectively on the wall of left and right two of the inserting groove 20, is set in each locked groove 21
The locking block 22 that can be moved left and right is equipped with, the be fixedly connected with the locking block 22 is additionally provided with each locked groove 21
One spring element 23, the bottom of each medial surface of locking block 22 are provided with the first bearing surface 24, set in first driver slot 5
Be equipped with it is moving up and down unwind bar 52, be additionally provided with first driver slot 5 and first screw unwind in bar 52
The first screw rod 51 that 53 helical lines are connected, equity is provided with the second cant respectively for the left and right sides for unwinding the bottom surface of bar 52
Face 54, the top of first screw rod 51 is upward through the roof of first driver slot 5 and spy is entered in the 3rd driver slot 7
Driver 73 with being arranged in the roof of the 3rd driver slot 7 is connected, and described first is located in the 3rd driver slot 7
The first tooth cone pulley 71 is fixedly installed on screw rod 51, be provided with second driver slot 6 trolley shoe 61 that can move left and right with
And the second screw rod 66 being connected with the second screw helical line in the trolley shoe 61, the left end of second screw rod 66 to
A left side is through the left wall of second driver slot 6 and spy is entered in the 3rd driver slot 7 and the left end of second screw rod 66 is fixed
The second tooth cone pulley 72 being coincide with the first tooth cone pulley 71 is provided with, being provided with the first electricity at the top of the left side of trolley shoe 61 connects
Groove 62, the left side bottom of trolley shoe 61 are provided with the second electric access slot 63, are provided with and lead at the top of the left wall of second driver slot 6
Electric block 60, the top of monitor 1 are provided with switching chamber 104, switching drive shaft are connected among the switching chamber 104
102, the switching chamber 104 is provided with switching bearing 103 close to cavity wall position.
Wherein, the grafting block 10 to be connected with the inserting groove 20, institute are provided among the top surface of monitor 1
State and the groove portion 11 relative with first driver slot 5 is provided among the top surface of grafting block 10, the left and right of the top surface of grafting block 10
Equity is provided with to the first inclined thrust surface 101 with the sliding cooperation of first bearing surface 24, the grafting block 10 respectively for both sides
Top surface is provided with electricity at right positions and connects block 13, on the two sides of grafting block 10 or so respectively equity be provided with two it is affixed
Groove 12, equity is provided with the via communicated with each self-corresponding affixed groove 12 respectively on the wall of left and right two of the groove portion 11
14, the via 14 equity is provided with two necks 15 respectively on two walls up and down, being provided with each via 14 can be left
Pushing away for moving right connects block 16, pushes away to connect being provided with the top of the medial surface of block 16 to sliding with second inclined thrust surface 54 described in two
The second bearing surface 19 coordinated, it is each described to push away on the upper and lower surface for connecing block 16 that equity is provided with and the corresponding neck respectively
15 slip the fixture blocks 17 coordinated, are provided with and are fixedly connected with the fixture block 17 and described push away is connect into block 16 in the neck 15
The second spring element 18 pushed away to inner side.
Wherein, the roof of first screw rod 51 and first driver slot 5 is rotatably connected, and first spiral shell
The bottom of bar 51 is in first driver slot 5, and the right wall of the right-hand member of second screw rod 66 and second driver slot 6 can
Be rotatably assorted connection.
Wherein, the described first electric access slot 62 electrically connects with the described second electric access slot 63, and the conducting block 60 is electrically interconnected with city,
The electricity connects block 13 and electrically connected with the monitor 1.
In initial position, the driver 73 is in stop working state, and the trolley shoe 61 is in described the
The low order end position of two driver slots 6, it is described to unwind bar 52 and visit into the inserting groove 20, in the bullet of first spring element 23
Property power act on the medial extremitys of lower two locking blocks 22 and be also at and visit into the inserting groove 20, the first electric access slot 62
Relative status are in the conducting block 60, push away connecing block 16 described in two under the resilient force of second spring element 18
Medial extremity is in and visited into the groove portion 11.
When needing to install monitor 1, first the grafting block 10 is aligned with the inserting groove 20, then pushes up institute
State monitor 1 so that the grafting block 10 is inserted into the inserting groove 20, and the grafting block 10 is inserted into the mistake of the inserting groove 20
Cheng Zhong, the first bearing surface 24 described first abuts with first inclined thrust surface 101 to be slidably matched, and described unwind bar 52 and be inserted into
In the groove portion 11, then second inclined thrust surface 54 is abutted with second bearing surface 19 and is slidably matched, the monitor 1 after
It is continuous to push up so that two locking blocks 22 are promoted and are retracted into each self-corresponding described by the grafting block 10 laterally
In locked groove 21, also cause it is described unwind bar 52 medial extremity that connects block 16 will be pushed away described in two promote and be retracted into each laterally
Pushed away in the corresponding via 14, and described in two and connect the outboard end of block 16 and visit respectively into each self-corresponding affixed groove 12
In, when the top surface of the grafting block 10 abuts with the roof of the inserting groove 20, the grafting block 10 just with the grafting
Groove 20 is connected, and described to unwind bar 52 and be also just connected with the groove portion 11, the locking block 22 is fully retracted to institute
State in locked groove 21, described push away connects the medial extremity of block 16 and be fully retracted in the via 14, described to push away the outboard end for connecing block 16
Visit completely into the affixed groove 12, the electricity connects block 13 and is then inserted into second driver slot 6 and the described second electric access slot 63
Relatively, now two affixed grooves 12 are relative with each self-corresponding locked groove 21 respectively, then control the driver
73 work, the work of driver 73 drive first screw rod 51 to rotate, and first screw rod 51 rotates to be unwind described in drive
The upward sliding of bar 52, while cause described second under the identical transmission of the first tooth cone pulley 71 and the second tooth cone pulley 72
Screw rod 66 also rotates simultaneously, so as to drive the trolley shoe 61 to slide to the left by second screw rod 66, unwinds bar when described
52 upward slidings and when being fully retracted in first driver slot 5, the trolley shoe 61 is slided into positioned at the described second driving
The high order end position of groove 6, the driver 73 is controlled to be stopped, now, the first electric access slot 62 and the conducting block 60
The connection that cooperates is conductive, and it is conductive that the second electric access slot 63 and the electricity connect the connection that also cooperates of block 13, so that supervising
Control device 1 is in electriferous state, meanwhile, the resilient force for connecing the medial extremity of block 16 in second spring element 18 is pushed away described in two
It is lower and visit into the groove portion 11, the resilient force of the medial extremitys of two locking blocks 22 in first spring element 23
It is lower and visit into each self-corresponding affixed groove 12, so as to by the solid lock of grafting block 10, will the monitor 1 it is solid
Lock..
When needing to dismantle monitor 1, the monitor 1 is first held, then controls the driver 73 to work
Reversion, so that unwinding the slide downward of bar 52 returns to initial position, also the trolley shoe 61 is slided to the right
Initial position is returned to, unwinds to push away described in two during bar 52 moves down and connects the ejection laterally of block 16, so as to
So that pushed away described in two connect the outboard end of block 16 respectively will corresponding to the ejection laterally of locking block 22 and cause the interlocking
The medial extremity of block 22 departs from the mating connection with the affixed groove 12, finally extracts the grafting block 10 and monitor 1 can be achieved
Dismounting.
The beneficial effects of the invention are as follows：
1. be connected by the way that grafting block is inserted into inserting groove so that grafting block two locking blocks are promoted laterally and
It is retracted into each self-corresponding locked groove, also to unwind bar and push away two and connect the medial extremity of block and promote and be retracted into each laterally
In self-corresponding via, when the top surface of grafting block abuts with the roof of inserting groove, unwind bar and be just connected with groove portion, electricity
Connecing block and be then inserted into the second driver slot relative with the second electric access slot, two affixed grooves are relative with each self-corresponding locked groove respectively,
By controlling driver work drive to unwind bar upward sliding, while also trolley shoe is driven to slide to the left, when trolley shoe slides into
During the high order end position of the second driver slot, the first electric access slot cooperates with conducting block, and connection is conductive, and the second electric access slot connects with electricity
Block also cooperates, and connection is conductive, so that monitor is in electriferous state, the medial extremity of two locking blocks is in the first elastic force
Visited under the resilient force of part into each self-corresponding affixed groove, so as to by grafting block solid lock, i.e., by monitor solid lock, this
When monitor be both also at electriferous state in solid lock state, so as to add the installation effectiveness of monitor so that monitor
Solid lock is firm, monitor can 360 degree rotate and improve monitoring ranges, the conductive security of monitor is stable.
2. by holding monitor, driver work reversion is then controlled, so that the bar slide downward of unwinding returns to
Initial position, also cause trolley shoe slides to the right to also return to initial position, during the bar of unwinding moves down
Two are pushed away and connects block ejection laterally, so that two push away the outboard end for connecing block respectively by the ejection laterally of corresponding locking block
And make it that the medial extremity of locking block departs from the mating connection with affixed groove, it is that tearing open for monitor can be achieved finally to extract grafting block
Unload, so as to add the removal efficiency of monitor, facilitate the dismounting and change of monitor when monitor damages.
3. monitor solid lock is firm in the present invention, monitor can 360 degree rotate and improve monitoring ranges, to monitoring during installation
Also monitor is carried out conductive while device carries out solid lock, also monitor entered while being powered off to monitor during dismounting
Row unblock, the efficiency of monitor installation and removal is considerably increased, it is convenient to carry out dismounting and change after monitor damage, effectively keep away
Exempt from that electric shock accidents occurs during monitor is mounted and dismounted, ensured people's life security, and pass through a driver
The installation and removal of monitor can be achieved.
General principle, principal character and the advantages of the present invention of the present invention has been shown and described above.The technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the simply explanation described in above-described embodiment and specification is originally
The principle of invention, various changes and modifications of the present invention are possible without departing from the spirit and scope of the present invention, these changes
Change and improvement all fall within the protetion scope of the claimed invention.The claimed scope of the invention by appended claims and its
Equivalent defines.
Claims (4)
1. a kind of big monitor of monitoring range, including the mounting seat that is arranged in ceiling and coordinating with the mounting seat connects
The monitor connect, it is characterised in that：Inserting groove is provided among the mounting seat bottom surface, is set among the roof of the inserting groove
There is the first driver slot, the second driver slot is provided with the right side of the roof of the inserting groove, is driven in the mounting seat positioned at described first
Move the top of groove and the 3rd driver slot is provided with the left of second driver slot, divide on the wall of left and right two of the inserting groove
Equity is not provided with two locked grooves, and the locking block that can be moved left and right is provided with each locked groove, each interlocking
The first spring element being fixedly connected with the locking block is additionally provided with groove, the bottom of each locking block medial surface is provided with
First bearing surface, be provided with first driver slot it is moving up and down unwind bar, be additionally provided with first driver slot
The first screw rod being connected with the first screw helical line unwind in bar, the left and right sides difference for unwinding bar bottom surface
Equity is provided with the second inclined thrust surface, the top of first screw rod is upward through the roof of first driver slot and spy enter it is described
It is connected with the driver being arranged in the 3rd driver slot roof in 3rd driver slot, is located in the 3rd driver slot
The first tooth cone pulley is fixedly installed on first screw rod, be provided with second driver slot trolley shoe that can move left and right with
And the second screw rod being connected with the second screw helical line in the trolley shoe, the left end of second screw rod pass through to the left
The left wall of second driver slot and spy are entered in the 3rd driver slot and the left end of second screw rod is fixedly installed and institute
The second identical tooth cone pulley of the first tooth cone pulley is stated, the first electric access slot is provided with the top of the trolley shoe left side, the trolley shoe is left
Face bottom is provided with the second electric access slot, and conducting block is provided with the top of the left wall of second driver slot, is provided with the top of monitor
Transfer chamber, be connected with switching drive shaft among chamber of transferring, switching chamber is provided with switching bearing close to cavity wall position.
2. the big monitor of monitoring range according to claim 1, it is characterised in that：Set among the monitor top surface
There is the grafting block to be connected with the inserting groove, be provided among the grafting block top surface and the first driver slot phase
To groove portion, the left and right sides of the grafting block top surface respectively equity is provided with to first bearing surface is sliding coordinates
First inclined thrust surface, the grafting block top surface are provided with electricity at right positions and connect on block, the grafting block or so two sides respectively
Equity is provided with two affixed grooves, and equity is provided with and each self-corresponding affixed groove respectively on the wall of left and right two of the groove portion
The via communicated, the via equity is provided with two necks respectively on two walls up and down, being provided with each via can
Pushing away for moving left and right connects block, pushes away to connect being provided with the top of block medial surface to slip cooperation with second inclined thrust surface described in two
The second bearing surface, it is each described to push away on the upper and lower surface for connect block that equity respectively is provided with and the corresponding neck is sliding coordinates
Fixture block, be provided with the neck and be fixedly connected with the fixture block and to push away the second elastic force for connecing block and being pushed away to inner side by described
Part.
3. the big monitor of monitoring range according to claim 1, it is characterised in that：First screw rod and described first
The roof of driver slot is rotatably connected, and the bottom of first screw rod is in first driver slot, and described second
The right wall of the right-hand member of screw rod and second driver slot is rotatably connected.
4. the big monitor of monitoring range according to claim 5, it is characterised in that：The first electric access slot and described the
Two electric access slots electrically connect, and the conducting block is electrically interconnected with city, and the electricity connects block and electrically connected with the monitor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711031680.3A CN107566817A (en) | 2017-10-30 | 2017-10-30 | A kind of big monitor of monitoring range |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711031680.3A CN107566817A (en) | 2017-10-30 | 2017-10-30 | A kind of big monitor of monitoring range |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107566817A true CN107566817A (en) | 2018-01-09 |
Family
ID=61032108
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711031680.3A Withdrawn CN107566817A (en) | 2017-10-30 | 2017-10-30 | A kind of big monitor of monitoring range |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107566817A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108490498A (en) * | 2018-01-30 | 2018-09-04 | 练酉均 | A kind of efficient detector |
-
2017
- 2017-10-30 CN CN201711031680.3A patent/CN107566817A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108490498A (en) * | 2018-01-30 | 2018-09-04 | 练酉均 | A kind of efficient detector |
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| PB01 | Publication | ||
| PB01 | Publication | ||
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Application publication date: 20180109 |