CN207850302U - A kind of architectural engineering special air conditioner installation measuring instrument - Google Patents
A kind of architectural engineering special air conditioner installation measuring instrument Download PDFInfo
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- CN207850302U CN207850302U CN201820152334.4U CN201820152334U CN207850302U CN 207850302 U CN207850302 U CN 207850302U CN 201820152334 U CN201820152334 U CN 201820152334U CN 207850302 U CN207850302 U CN 207850302U
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Abstract
The utility model measuring instrument field, it is intended to provide a kind of a kind of architectural engineering special air conditioner for facilitating staff to measure installation measuring instrument, its key points of the technical solution are that including measurement plate, first movement seat and the second Mobile base, first movement seat and the second Mobile base are arranged by slipping mechanism in measurement plate, it is equipped with loading hole on first movement seat and the second Mobile base, RF transmitter is equipped in loading hole.By using above-mentioned technical proposal, adjust the position of first movement seat and the second Mobile base in measurement plate, the infrared ray that RF transmitter is sent out is set to be respectively aligned to two endpoints of air-conditioning, the distance between launch point on two RF transmitters of staff couple measures, the distance between launch point on two RF transmitters is exactly the size of air-conditioning, in entire measurement process, staff need not climb to eminence the measurement that can complete ceiling overhead comprehensive analysis of conditions of CUN KOU pulse and skin of the forearm, realize the purpose for facilitating staff to measure.
Description
Technical field
The utility model is related to measuring instrument field, more particularly to a kind of architectural engineering special air conditioner installs measuring instrument.
Background technology
Air-conditioning is divided into wall-hanging air conditioner, vertical air conditioner, window air conditioner and central air-conditioning, and central air-conditioning is commonly used in quotient
The bigger Space, Place such as field, integrated mill, office building, and be mounted on the ceiling, in Process of Engineering Construction, usually
It needs the size to the air-conditioning on ceiling to measure, sees whether meet engine request, traditional measurement method is work people
Member is climbed to eminence by cat ladder and is measured to the air-conditioning size on ceiling.
Currently, the Chinese patent that notification number is CN200968839Y discloses a kind of Telescopic air conditioner installation position finder, by
Rectangle ruler target box body, horizontal levelling bubble, ruler mark adjusting screw button composition, it is characterised in that stretched equipped with left and right in box body
The ruler mark of contracting, ruler target label are to arrange from outside to inside symmetrical, and the telescopic ruler indexing in left and right is in the top of position indicator.
Although this Telescopic air conditioner installation position finder is by also can be to the air-conditioning on ceiling with graduated ruler mark
Size measures, but when measuring, it is still necessary to staff's climbing measures it to eminence, gives the survey of staff
Amount process is made troubles.
Utility model content
The purpose of this utility model is to provide a kind of architectural engineering special air conditioner installation measuring instrument, and staff need not climb
The measurement of ceiling overhead comprehensive analysis of conditions of CUN KOU pulse and skin of the forearm can be completed by climbing to eminence, and staff is facilitated to measure.
The above-mentioned technical purpose of the utility model technical scheme is that：
A kind of architectural engineering special air conditioner installation measuring instrument, including measurement plate, first movement seat and the second Mobile base, it is described
First movement seat and the second Mobile base are arranged by slipping mechanism in measurement plate, and the slipping mechanism moves for changing first
Relative position between dynamic relative position, the second Mobile base and measurement plate between seat and measurement plate, the first movement seat and
It is equipped with loading hole on second Mobile base, RF transmitter, and the hair of the RF transmitter are equipped in the loading hole
It penetrates direction and deviates from ground.
By using above-mentioned technical proposal, when being measured to the air-conditioning size on ceiling, first movement seat is adjusted
With position of second Mobile base in measurement plate, the infrared ray that RF transmitter is sent out is made to be respectively aligned to two ends of air-conditioning
Point, the distance between the launch point on two RF transmitters of staff couple measures, on two RF transmitters
The distance between launch point be exactly air-conditioning size, in entire measurement process, staff need not climb to eminence just
The measurement of ceiling overhead comprehensive analysis of conditions of CUN KOU pulse and skin of the forearm can be completed, realizes the purpose for facilitating staff to measure.
Further setting：The first movement seat and the second Mobile base are disposed as square, and first movement seat and
The length of side of two Mobile bases is equal, and the infrared light that the RF transmitter on first movement seat is sent out is with first movement seat in vertical side
Upward central axis overlaps, and the infrared light and the second Mobile base that the RF transmitter on the second Mobile base is sent out are in vertical side
Upward central axis overlaps.
By using above-mentioned technical proposal, launch point on RF transmitter and first movement seat are in the horizontal direction
The distance at edge is the half of the first movement seat length of side, and the launch point and the second Mobile base on RF transmitter are in the horizontal direction
On edge distance be the second Mobile base length of side half, the launch point on RF transmitter is with first movement seat in level
Edge of the distance at the edge on direction plus the launch point and the second Mobile base on RF transmitter in the horizontal direction
Distance be equal to square the length of side, staff measure two RF transmitters on launch point between apart from when, survey
Go out the distance between opposite face of first movement seat and the second Mobile base plus square the length of side be exactly air-conditioning size, work
Personnel need not climb to eminence the measurement that can complete ceiling overhead comprehensive analysis of conditions of CUN KOU pulse and skin of the forearm, realize the mesh for facilitating staff to measure
's.
Further setting：The measurement plate is equipped with graduation mark, and the first movement seat is equipped with the first pointer, and described the
One pointer is directed toward the graduation mark in measurement plate, and the first movement seat is along the central axis and the first pointer in the first pointer direction
Central axis coincide, second Mobile base is equipped with the second pointer, and second pointer is directed toward the scale in measurement plate
Line, and second Mobile base coincides along the central axis of the central axis and the second pointer in the second pointer direction.
By using above-mentioned technical proposal, the distance between first movement seat and the second Mobile base are regulated, made infrared
Two endpoints of the infrared ray alignment air-conditioning that line transmitter is launched, the first pointer and second are measured according to the scale in measurement plate
The distance between pointer, the distance between the first pointer and the second pointer exactly need the size of the air-conditioning measured, staff
Need not climb to eminence can complete the measurement of ceiling overhead comprehensive analysis of conditions of CUN KOU pulse and skin of the forearm, realize the purpose for facilitating staff to measure.
Further setting：The slipping mechanism includes dovetail groove, the first dovetails and the second dovetails, and the dovetail groove is set
It sets in measurement plate, first dovetails are arranged on first movement seat, and second dovetails are arranged in the second Mobile base
On, first dovetails and the second dovetails are embedded in dovetail groove.
By using above-mentioned technical proposal, when first movement seat moves, the first dovetails are slided in dovetail groove, and second moves
When dynamic seat movement, the second dovetails are slided in dovetail groove, realize the tune of the relative position between first movement seat and measurement plate
Section, between the second Mobile base and measurement plate relative position adjusting, keep the infrared optical registration that RF transmitter launches empty
The endpoint of tune, staff need not climb to eminence the measurement that can complete ceiling overhead comprehensive analysis of conditions of CUN KOU pulse and skin of the forearm, and realization facilitates work
The purpose that personnel measure.
Further setting：The both ends of the measurement plate are equipped with banking stop by pin, and baffle is additionally provided in the measurement plate,
And the baffle is placed in the vertical direction below banking stop, the banking stop rides upon on baffle and blocks the end of dovetail groove
Portion.
By using above-mentioned technical proposal, the setting of banking stop limits first movement seat and the second Mobile base, keeps away
Exempt from first movement seat and the second Mobile base falls off in moving process from measurement plate, the setting of baffle limits banking stop
Position, avoids banking stop that from can not blocking the both ends of dovetail groove, influences limit effect.
Further setting：The measurement plate is equipped with the first lockable mechanism and the second lockable mechanism, the first locking machine
Structure includes that first handle, the first leading screw, the first nut seat and the first U-typed folder, first leading screw are arranged by first support
In measurement plate, one end of first leading screw is connected to first handle through holder, and first nut seat is set in first
On leading screw, the first U-typed sandwiched is set on the first nut seat, and the first U-typed folder clamping first movement seat；Described second
Lockable mechanism includes that second handle, the second leading screw, the second nut seat and the second U-typed folder, second leading screw pass through second
Frame is arranged in measurement plate, and one end of second leading screw is connected to second handle through holder, and second nut seat is arranged
On the second leading screw, the second U-typed sandwiched is set on the second nut seat, and the second U-typed folder the second Mobile base of clamping.
By using above-mentioned technical proposal, rotation first handle drives the rotation of the first leading screw, the rotation of the first leading screw to drive
First nut seat moves, and the first nut seat is carried secretly by the first U-typed in moving process and moves first movement seat movement, makes first
One endpoint of the infrared optical registration air-conditioning that the RF transmitter on Mobile base is sent out, stop operating first handle, first
Thick stick stops operating, and the first U-typed folder and the first nut seat are simultaneously stopped movement, and the first U-typed folder limits first movement seat
Position, driving second handle drive the rotation of the second leading screw, the rotation of the second leading screw that the movement of the second nut seat, the second nut seat is driven to exist
The movement of the second Mobile base is driven by the second U-typed in moving process, the RF transmitter on the second Mobile base is made to send out
Another endpoint of infrared optical registration air-conditioning, stop operating second handle, and the second leading screw stops operating, the second U-typed folder and the
Nut seat is simultaneously stopped movement, and the second U-typed folder limits the second Mobile base, avoids the first movement seat in measurement process
Displacement is generated with the second Mobile base, influences measurement result.
Further setting：The first handle includes that the first driving section and the second driving save, the first driving section connection
In the first leading screw, and the first driving section is hollow form, and the second driving section is set in the first driving section, described first
It is detachably connected between driving section and the second driving section, the inner wall of the first driving section is equipped with the first sliding groove, second driving
Section is equipped with the first draw runner, and first draw runner is arranged in the first sliding groove；The second handle includes third driving section and the
Four driving sections, the third driving section is connected to the second leading screw, and third driving section is hollow form, the 4th driving section
It is set in third driving section, is detachably connected between the third driving section and the 4th driving section, the inner wall of third driving section
It is equipped with second sliding slot, the 4th driving section is equipped with the second draw runner, and second draw runner is arranged in second sliding slot.
By using above-mentioned technical proposal, after stop operating first handle and second handle, the second driving is saved from first
The extraction out of third driving section of 4th driving section is avoided the staff in measurement process from encountering second by extraction in driving section
Driving is saved causes the first leading screw and the second leading screw to rotate with the 4th driving section, the first nut seat and the first U-typed folder is caused to move,
Second nut seat and the folder movement of the second U-typed, to change the position of first movement seat and the second Mobile base in measurement plate, shadow
Ring measurement result.
Further setting：The side wall of the loading hole is equipped with several springs, and the spring is away from loading hole side wall
One end is equipped with compact heap, and the compact heap contradicts RF transmitter away from the side of spring.
By using above-mentioned technical proposal, the RF transmitter of different model can be put into loading hole, adaptation is infrared
The range of line transmitter is more extensive.
In conclusion the utility model has the advantages that：
1, the distance between first movement seat and the second Mobile base are adjusted, is made red on first movement seat and the second Mobile base
The infrared light that outside line transmitter is sent out is respectively aligned to two endpoints of air-conditioning, measure launch point on two RF transmitters it
Between distance show that the size of air-conditioning, entire measurement process do not need staff's climbing to eminence, be the detection band of staff
To facilitate；
2, the setting of graduation mark, the first pointer and the second pointer facilitates the hair on two RF transmitters of staff couple
The distance between exit point measures, and can directly read measurement to measure as a result, save the time；
3, the setting of the first lockable mechanism can limit first movement seat, avoid the first movement in measurement process
Seat is subjected to displacement, and influences measurement result；The setting of second lockable mechanism can limit the second Mobile base, avoid measuring
The second Mobile base is subjected to displacement in the process, influences measurement result.
Description of the drawings
Fig. 1 is the structural schematic diagram for embodying utility model in the present embodiment；
Fig. 2 is the portions the A schematic enlarged-scale view for embodying position relationship between banking stop and baffle in Fig. 1；
Fig. 3 is the portions the B schematic enlarged-scale view for embodying position relationship between RF transmitter and compact heap in Fig. 1；
Fig. 4 is the structural schematic diagram for embodying the first lockable mechanism in the present embodiment；
Fig. 5 is the structural schematic diagram for embodying position relationship between the first lead screw and the first driving section in the present embodiment；
Fig. 6 is the portions the C schematic enlarged-scale view for embodying first handle in Fig. 5；
Fig. 7 is the structural schematic diagram for embodying the second lockable mechanism in the present embodiment；
Fig. 8 is the portions the D schematic enlarged-scale view for embodying second handle in Fig. 7.
In figure, 1, measurement plate；2, first movement seat；3, the second Mobile base；4, slipping mechanism；41, dovetail groove；42, first
Dovetails；43, the second dovetails；5, loading hole；6, RF transmitter；7, graduation mark；8, the first pointer；9, the second pointer；
10, pin；11, banking stop；12, baffle；13, the first lockable mechanism；131, first handle；1311, the first driving section；1312、
Second driving section；132, the first leading screw；133, the first nut seat；134, the first U-typed is pressed from both sides；14, the second lockable mechanism；141,
Two handles；1411, third driving section；1412, the 4th driving section；142, the second leading screw；143, the second nut seat；144, second
U-typed is pressed from both sides；15, first support；16, second support；17, the first sliding groove；18, the first draw runner；19, second sliding slot；20, it second slides
Item；21, spring；22, compact heap.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment：A kind of architectural engineering special air conditioner installation measuring instrument, as depicted in figs. 1 and 2, including measurement plate 1, first
Mobile base 2 and the second Mobile base 3, first movement seat 2 and the second Mobile base 3 are arranged by slipping mechanism 4 in measurement plate 1,
Telephone-moving structure includes dovetail groove 41, the first dovetails 42 and the second dovetails 43, and dovetail groove 41 is arranged in measurement plate 1, the first swallow
Tail block 42 is arranged on first movement seat 2, and the second dovetails 43 are arranged on the second Mobile base 3, the first dovetails 42 and second
Dovetails 43 are embedded in dovetail groove 41, and the both ends of measurement plate 1 are additionally provided with banking stop 11 and baffle 12, and banking stop 11 passes through pin
Nail 10 is connect with measurement plate 1, and baffle 12 is placed in the lower section of banking stop 11 in the vertical direction, and banking stop 11 rides upon baffle 12
Upper and dovetail groove 41 both ends are limited the closure of piece 11.
As shown in figures 1 and 3, first movement seat 2 and the second Mobile base 3 are set as square, and first movement seat 2 and
The length of side of two Mobile bases 3 is equal, and loading hole 5 is equipped on first movement seat 2 and the second Mobile base 3, is equipped in loading hole 5 infrared
Line transmitter 6, the side wall of loading hole 5 are equipped with several springs 21, and in the present embodiment, spring 21 is set as four, spring 21
It is equipped with compact heap 22 away from one end of 5 side wall of loading hole, compact heap 22 contradicts RF transmitter 6 away from the side of spring 21,
And the transmitting of RF transmitter 6 deviates from ground in opposite directions, the infrared light that the RF transmitter 6 on first movement seat 2 is sent out with
The central axis of first movement seat 2 in the vertical direction overlaps, and the RF transmitter 6 on the second Mobile base 3 sends out infrared
Light is overlapped with the central axis of the second Mobile base 3 in the vertical direction.
As shown in figure 4, the side wall of measurement plate 1 be equipped with graduation mark 7, first movement seat 2 be equipped with the first pointer 8, second
Mobile base 3 is equipped with the second pointer 9, and the first pointer 8 and the second pointer 9 are directed to the graduation mark 7 in measurement plate 1, and first moves
Dynamic seat 2 coincides along the central axis of the central axis and the first pointer 8 in 8 direction of the first pointer, and the second Mobile base 3 refers to along second
The central axis in 9 direction of needle and the central axis of the second pointer 9 coincide.
As shown in figure 4, measurement plate 1 be equipped with the first lockable mechanism 13, the first lockable mechanism 13 include first handle 131,
First leading screw 132, the first nut seat 133 and the first U-typed folder 134, the first leading screw 132 are being measured by the setting of first support 15
On plate 1, one end of the first leading screw 132 is connected to first handle 131 through holder, and the first nut seat 133 is set in the first leading screw
On 132, the first U-typed folder 134 is arranged on the side wall of the first nut seat 133, and 134 clamping first movement of the first U-typed folder
Seat 2；As shown in Figure 5 and Figure 6, first handle 131 includes the first driving section 1311 and the second driving section 1312, the first driving section
1311 are connected to the first leading screw 132, and the first driving section 1311 is hollow form, and the second driving section 1312 is set in the first driving section
It in 1311, is detachably connected between the first driving section 1311 and the second driving section 1312, is set on the inner wall of the first driving section 1311
There are the first sliding groove 17, the second driving section 1312 to be equipped with the first draw runner 18, the first draw runner 18 is arranged in the first sliding groove 17.
As shown in fig. 7, being additionally provided with the second lockable mechanism 14 in measurement plate 1, the second lockable mechanism 14 includes second handle
141, the second leading screw 142, the second nut seat 143 and the second U-typed folder 144, the second leading screw 142 is arranged by second support 16
In measurement plate 1, one end of the second leading screw 142 is connected to second handle 141 through holder, and the second nut seat 143 is set in second
On leading screw 142, the second U-typed folder 144 is arranged on the second nut seat 143, and 144 the second Mobile base of clamping of the second U-typed folder
3；As shown in Figure 7 and Figure 8, second handle 141 includes third driving section 1411 and the 4th driving section 1412, third driving section 1411
It is connected to the second leading screw 142, and third driving section 1411 is hollow form, the 4th driving section 1412 is set in third driving section 1411
It is interior, it is detachably connected between third driving section 1411 and the 4th driving section 1412, the inner wall of third driving section 1411 is equipped with the
Two sliding slots 19, the 4th driving section 1412 are equipped with the second draw runner 20, and the second draw runner 20 is arranged in second sliding slot 19.
Implementation process：In the air-conditioning size on measuring ceiling, measuring instrument is placed below air-conditioning, rotation is first-hand
The rotation of handle 131, first handle 131 drives the rotation of the first leading screw 132, the rotation of the first lead screw that the first nut seat 133 is driven to exist
It is moved on first leading screw 132, the first nut seat 133 drives 134 movement of the first U-typed folder, the first U-typed in the process of moving
Mobile drive first movement seat 2 movement of folder 134, while first movement seat 2, the first dovetails 42 are moved in dovetail groove 41
Dynamic, the infrared light that the RF transmitter 6 on first movement seat 2 is sent out is moved together with first movement seat 2, when infrared ray is sent out
When an endpoint on the infrared optical registration air-conditioning that emitter 6 is sent out, stop operating first handle 131, and the second driving is saved 1312
It is extracted out of first driving section 1311, the first draw runner 18 is detached from the first sliding groove 17；
After an endpoint of the infrared optical registration air-conditioning that the RF transmitter 6 on first movement seat 2 is launched, rotation
The rotation of second handle 141, second handle 141 drives the rotation of the second leading screw 142, the rotation of the second lead screw to drive the second nut seat
143 move on the second leading screw 142, and the second nut seat 143 drives the second U-typed folder 144 to move in the process of moving, and second
The second Mobile base of mobile drive 3 of U-typed folder 144 moves, and while the second Mobile base 3, the second dovetails 43 are in dovetail groove
It is moved in 41, the infrared light that the RF transmitter 6 on the second Mobile base 3 is sent out is moved together with the second Mobile base 3, hot
When another endpoint on the infrared optical registration air-conditioning that outside line transmitter 6 is sent out, stop operating second handle 141, by 4 wheel driven
Dynamic section 1412 is extracted out of third driving section 1411, and the second draw runner 20 is detached from second sliding slot 19.
After another endpoint for the infrared optical registration air-conditioning that the RF transmitter 6 on the second Mobile base 3 is launched, work
Make position of the personnel according to the direction of the first pointer 8 and the second pointer 9 on graduation mark 7, obtains the first pointer 8 and the second pointer
The distance between 9, the distance between the first pointer 8 and the second pointer 9 are the air-conditioning size measured.
When needing to measure the size of air-conditioning other positions, the first draw runner 18 is directed at the first sliding groove 17, by the second driving
Section 1312 is inserted into the first driving section 1311, and the first draw runner 18 is in the first sliding groove 17, the second driving of rotation section 1312, and second
1312 rotation of driving section saves 1311 by the first driving and drives the rotation of the first leading screws 132, to pass through the first nut seat 133 and the
One U-typed folder 134 changes position of the first movement seat 2 in measurement plate 1；Second draw runner 20 is directed at second sliding slot 19, by the
Four driving sections 1412 are inserted into third driving section 1411, and the second draw runner 20 is in second sliding slot 19, the 4th driving section of rotation
1412,1412 rotation of the 4th driving section drives the rotation of the second leading screw 142 by third driving section 1411, to pass through the second nut
Seat 143 and the second U-typed folder 144 change position of second Mobile bases 3 in measurement plate 1, by adjusting first movement seat 2 and the
Position of two Mobile bases 3 in measurement plate 1, measures the size of air-conditioning other positions.
The above embodiments are only the explanation to the utility model, are not limitations of the present invention, ability
Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but
As long as all being protected by Patent Law in the right of the utility model.
Claims (8)
1. a kind of architectural engineering special air conditioner installs measuring instrument, it is characterised in that：Including measurement plate (1), first movement seat (2) and
Second Mobile base (3), the first movement seat (2) and the second Mobile base (3) are arranged by slipping mechanism (4) in measurement plate
(1) on, the slipping mechanism (4) is for changing the relative position between first movement seat (2) and measurement plate (1), the second movement
Relative position between seat (3) and measurement plate (1) is equipped with loading hole on the first movement seat (2) and the second Mobile base (3)
(5), RF transmitter (6) is equipped in the loading hole (5), and the direction of the launch of the RF transmitter (6) is away from ground
Face.
2. a kind of architectural engineering special air conditioner according to claim 1 installs measuring instrument, it is characterised in that：Described first moves
Dynamic seat (2) and the second Mobile base (3) are disposed as square, and the length of side phase of first movement seat (2) and the second Mobile base (3)
In the vertical direction Deng, infrared light that the RF transmitter (6) on first movement seat (2) is sent out and first movement seat (2)
Central axis overlaps, and the infrared light and the second Mobile base (3) that the RF transmitter (6) on the second Mobile base (3) is sent out are perpendicular
The upward central axis of histogram overlaps.
3. a kind of architectural engineering special air conditioner according to claim 2 installs measuring instrument, it is characterised in that：The measurement plate
(1) it is equipped with graduation mark (7), the first movement seat (2) is equipped with the first pointer (8), and first pointer (8), which is directed toward, to be measured
Graduation mark (7) on plate (1), and the first movement seat (2) is along the central axis and the first pointer in the first pointer (8) direction
(8) central axis coincides, and second Mobile base (3) is equipped with the second pointer (9), and second pointer (9), which is directed toward, surveys
Graduation mark (7) on template (1), and second Mobile base (3) is along the central axis and the second pointer in the second pointer (9) direction
(9) central axis coincides.
4. a kind of architectural engineering special air conditioner according to claim 3 installs measuring instrument, it is characterised in that：The sliding plane
Structure (4) includes dovetail groove (41), the first dovetails (42) and the second dovetails (43), and the dovetail groove (41) is arranged in measurement plate
(1) on, first dovetails (42) are arranged on first movement seat (2), and the second dovetails (43) setting is moved second
On dynamic seat (3), first dovetails (42) and the second dovetails (43) are embedded in dovetail groove (41).
5. a kind of architectural engineering special air conditioner according to claim 4 installs measuring instrument, it is characterised in that：The measurement plate
(1) both ends are equipped with banking stop (11) by pin (10), and baffle (12), and the baffle are additionally provided on the measurement plate (1)
(12) it is placed in the vertical direction below banking stop (11), the banking stop (11) rides upon on baffle (12) and blocks dovetail groove
(41) end.
6. a kind of architectural engineering special air conditioner according to claim 5 installs measuring instrument, it is characterised in that：The measurement plate
(1) it is equipped with the first lockable mechanism (13) and the second lockable mechanism (14), first lockable mechanism (13) includes first handle
(131), the first leading screw (132), the first nut seat (133) and the first U-typed folder (134), first leading screw (132) pass through the
One holder (15) is arranged in measurement plate (1), and one end of first leading screw (132) is connected to first handle through holder
(131), first nut seat (133) is set on the first leading screw (132), and the first U-typed folder (134) is arranged first
On nut seat (133), and the first U-typed folder (134) clamping first movement seat (2)；Second lockable mechanism (14) includes the
Two handles (141), the second leading screw (142), the second nut seat (143) and the second U-typed folder (144), second leading screw (142)
It is arranged in measurement plate (1) by second support (16), one end of second leading screw (142) is connected to second-hand through holder
Handle (141), second nut seat (143) are set on the second leading screw (142), and second U-typed folder (144) setting is the
On two nut seats (143), and the second Mobile base (3) is clamped in the second U-typed folder (144).
7. a kind of architectural engineering special air conditioner according to claim 6 installs measuring instrument, it is characterised in that：It is described first-hand
Handle (131) includes that the first driving saves (1311) and the second driving section (1312), and the first driving section (1311) is connected to first
Leading screw (132), and the first driving section (1311) is hollow form, the second driving section (1312) is set in the first driving section
(1311) it in, is detachably connected between the first driving section (1311) and the second driving section (1312), the first driving section
(1311) inner wall is equipped with the first sliding groove (17), and the second driving section (1312) is equipped with the first draw runner (18), and described the
One draw runner (18) setting is in the first sliding groove (17)；The second handle (141) includes third driving section (1411) and 4 wheel driven
During dynamic section (1412), the third driving section (1411) are connected to the second leading screw (142), and third driving section (1411) is
Empty shape, the 4th driving section (1412) are set in third driving section (1411), the third driving section (1411) and the 4th
Driving section (1412) between be detachably connected, third driving section (1411) inner wall be equipped with second sliding slot (19), the described 4th
Driving section (1412) is equipped with the second draw runner (20), and the second draw runner (20) setting is in second sliding slot (19).
8. a kind of architectural engineering special air conditioner according to claim 7 installs measuring instrument, it is characterised in that：The loading hole
(5) side wall is equipped with several springs (21), and the spring (21) is equipped with compact heap away from one end of loading hole (5) side wall
(22), the compact heap (22) contradicts RF transmitter (6) away from the side of spring (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820152334.4U CN207850302U (en) | 2018-01-29 | 2018-01-29 | A kind of architectural engineering special air conditioner installation measuring instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820152334.4U CN207850302U (en) | 2018-01-29 | 2018-01-29 | A kind of architectural engineering special air conditioner installation measuring instrument |
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| Publication Number | Publication Date |
|---|---|
| CN207850302U true CN207850302U (en) | 2018-09-11 |
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|---|---|---|---|
| CN201820152334.4U Expired - Fee Related CN207850302U (en) | 2018-01-29 | 2018-01-29 | A kind of architectural engineering special air conditioner installation measuring instrument |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109238259A (en) * | 2018-09-20 | 2019-01-18 | 中船黄埔文冲船舶有限公司 | A kind of mark post |
| CN110703225A (en) * | 2019-11-20 | 2020-01-17 | 德州学院 | Positioning and ranging device for environmental art design |
-
2018
- 2018-01-29 CN CN201820152334.4U patent/CN207850302U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109238259A (en) * | 2018-09-20 | 2019-01-18 | 中船黄埔文冲船舶有限公司 | A kind of mark post |
| CN110703225A (en) * | 2019-11-20 | 2020-01-17 | 德州学院 | Positioning and ranging device for environmental art design |
| CN110703225B (en) * | 2019-11-20 | 2022-09-23 | 德州学院 | Positioning and ranging device for environmental art design |
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