CN208883228U - Ultrasonic wave cable receiver - Google Patents
Ultrasonic wave cable receiver Download PDFInfo
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- CN208883228U CN208883228U CN201821257111.0U CN201821257111U CN208883228U CN 208883228 U CN208883228 U CN 208883228U CN 201821257111 U CN201821257111 U CN 201821257111U CN 208883228 U CN208883228 U CN 208883228U
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Abstract
The utility model discloses an ultrasonic cable storage box, which at least comprises a shell, a coil spring in the shell, a cable and a central shaft in the middle of the shell; the housing includes: the probe comprises a spacing body, a main shell and an auxiliary shell, wherein the outer side wall of the shell is provided with two probe interfaces communicated with the inner cavity of the shell; the coil spring includes: the spring coiling device comprises a coil spring body, a central clamping piece which is fixedly connected with one end of the coil spring body and is positioned at the center of the coil spring body, and a reverse hook piece which is fixedly connected with the other end of the coil spring body and is positioned on an outer ring of the coil spring. The beneficial effects of the utility model are that, through setting up the reel at the casing inner chamber, divide into two-layer coiling with the cable on the reel, when certain one end of twitch cable, the cable drives the reel and rotates, and the reel makes the wind spring compression, loosens the cable, and the spring rebounds, drives the reel and twines the cable on the reel again, because the cable is coiled all the time on the reel at tensile use and the in-process that returns and accomodate, has avoided the problem that cable intertwine and knoed.
Description
Technical field
The utility model relates to cable accommodating device field, especially a kind of ultrasonic wave cable storage box.
Background technique
The field of defects detection and quality control is needed in manufacturing industry, Ferrous Metallurgy industry, metal-processing industry, chemical industry etc.,
And during the Large-Scale Equipment safety inspection of the industries such as aerospace, railway traffic, boilers and pressure vessel and life appraisal,
Ultrasonic examination operation need to widely be carried out.
Operating personnel must hold excusing from death defectoscope when carrying out ultrasonic examination work on one side, and another side hand hold transducer exists
Object to be detected surface carries out scanning, and excusing from death defectoscope is connected with probe by ultrasonic probe lines.Ultrasonic probe lines are one
The coaxial cable of measured length, typically larger than 1 meter, the center of cable are sub-thread or multiply core wire, be polyethylene outside core wire every
Layer, it is the shielded layer of wire weaving outside polyethylene interlayer, the outermost layer of probe wire is crust, is the protection of probe wire
Layer.
The structure of probe wire on sale at present is simple line segment structure, and both ends are the bayonets with ultrasonic probe cooperation,
Centre is flexible cable.Flaw detection personnel are usually after winding probe wire, to be put into collecting bag, this structure after terminating operation
Lead to the deficiency for having following in use:
1, after probe wire is put into collecting bag by flaw detection personnel, probe wire is easy further winding, knots, and needs when reusing
It manually to comb, reduce working efficiency.
2, in collecting bag, external force be easy to cause probe bayonet and cable that wide-angle bending occurs, after long-term free kinking,
Position between cable and buckle is easy damaged or fracture, and cable is caused to be scrapped.
3. the status requirement of cable storage box is close with defectoscope or pastes extension in actual operation, for the ease of placing
It sets in the side of defectoscope, so requiring the cable stretched out from cable storage box that there are different length, and current receipts
Device of receiving does not have the function.
Utility model content
To solve the above-mentioned problems, in view of the above shortcomings and Improvement requirement, the utility model provide a kind of ultrasonic wave
Cable storage box reduces the probability of probe wire fracture, improves flaw detection its object is to realize the quick storage of probe wire and stretching, extension
Person works' efficiency.
Realize that above-mentioned purpose the technical solution of the utility model is a kind of ultrasonic wave cable storage box, including at least being used for
Store cable shell, be set to the enclosure interior and for for cable contraction provide rotating torque wind spring, coiling in
Cable in two Different Planes, the central axis for being set to the enclosure interior center；
The shell includes: the interval body being set between two cables, is set on the outside of two cables
Main casing and sub-shell, wherein the probe interface of its inner cavity is connected to there are two opening up on the lateral wall of the shell；
The wind spring includes: wind spring ontology, is fixedly connected with one end of wind spring ontology and the center of position at its center
Intermediate plate, the reversed hook piece for being fixedly connected with the other end of wind spring ontology and being located at wind spring outer ring；
The central symmetry plane position of the central axis offers wind spring clip groove.
It further include the reel for being set to the housing cavity center, the reel includes reel main body, is opened in volume
The wind spring chamber of disc main body bottom surface center is opened in reel main body bottom surface and is located on the outside of wind spring chamber and same with wind spring chamber
The underlying line chamber in axle center, the outer spiral wall for being set to reel body upper surface and being fixedly installed centered on reel rotating shaft with it is interior
Spiral wall；
Wherein, outer spiral wall is different from the radius of interior spiral wall, and the cavity between outer spiral wall and interior spiral wall is upper
It sets line chamber, opens up that there are two symmetrical and in conplane card line on the lateral wall of the reel main body and outer spiral wall
Slot, the upper surface of the reel main body offer connection side cable clamping interface card line link slot, the wind spring chamber with it is described underlying
Wind spring hook slot there are two being opened up between line chamber, and the circular arc distance between two wind spring hook slots is equal to the reversed hook
The arc length of piece；
The cable coiled in two Different Planes it is oppositely oriented.
The shell is upper and lower layered structure, and the main casing and the interval body constitute the lower layer of the shell,
The sub-shell and the interval body constitute the upper layer of the shell, and the radius of a circle of shell described in lower layer is greater than described in upper layer
The radius of a circle of shell, the reel are set to the center of the interval body, and the internal diameter of the interval body is greater than the volume
The outer diameter of disk, and its difference numerically must not exceed the diameter of ultrasonic wave cable.
Self-locking hole is offered on the end face of the sub-shell, is provided with self-locking mechanism in the self-locking hole；
The self-locking mechanism include: be opened on the inner sidewall of the interior spiral wall and along the ratchet of its circumference uniform distribution, with
The self-locking hole directly wears the self-lock rod connect, is fixed on one end of self-lock rod and stirs hand handle, fixation close to the sub-shell
In the self-lock rod other end pawl, be fixed on the sub-shell inner sidewall and close to detent positions self-locking shaft, be socketed in from
Self-locking spring on lock shaft is fixed on self-locking shaft side and the self-locking baffle far from detent positions,
Wherein, self-locking baffle offers lock-bit slot close to the side of self-locking spring.
The center of the main casing inner sidewall is fixed in one end of the central axis, and its wind spring clip groove runs through institute
The both ends of central axis are stated, the quantity of the wind spring is 1, and the center intermediate plate is set in the wind spring clip groove, and described
The reversed piece that hooks is connected between two wind spring hook slots.
Two probe interfaces are a circular hole, and on its lateral wall for being opened in the shell respectively.
Connector built-in slot, and the side that the connector built-in slot is adjacent thereto are offered on the side of the shell upper and lower level
Connection, the bottom of the connector built-in slot offers the probe interface.
It further include two locking plates that the housing cavity is placed, two locking plates are fixed with cable stop on one side
Block, and its another side is fixed with wind spring scotch, two locking plates are arranged centered on central axis；
The central axis includes two spirals of center shaft body, the side for being opened in center shaft body and coaxial line
Slot, the intermediate plate axis being individually fixed on two end faces of center shaft body, is opened in the crossed beam trunking for being connected to two spiral slots respectively
The stop card slot of two end face edges of spindle body；
The shell is made of main casing and sub-shell, and the shell is multiple in being fixed in flat fusiform and its inner sidewall
Attached column convex block, opens up that there are two probe interfaces on the side wall of the shell.
The interval body is in round pie, and center offers central shaft hole, and offers on its circumferential side wall multiple
Attached column caulking groove corresponding with the attached column convex block, the internal diameter of the central shaft hole are equal to the outer diameter of the center shaft body；
The rotation direction for the cable coiled in two Different Planes is identical；
The end face center position of the main casing and the sub-shell is provided with wind spring slot, and the size of the wind spring slot with
The size of told wind spring is corresponding.
The jack hole being connected to its inner cavity is offered on the outer end face of the sub-shell, and fastening is provided in the jack hole
Screw, the main casing are connect with the sub-shell by the fastening screw.
The beneficial effect is that 1. by housing cavity be arranged reel, cable is divided into two layers of coiling on reel, when
When twitching certain one end of cable, cable drives reel rotation, and reel compresses wind spring, unclamps cable, and recoil of spring drives volume
Disk rewinds cable on reel, because cable is very coiled always in reel in the process for stretching the storage that uses and bounce back
On, avoid the problem of cable mutually winds and knots.
2. ultrasonic wave cable probe is accommodated in connector by opening up connector built-in slot on the side of shell upper and lower level
It sets in slot, when can be accommodated in collecting bag to avoid regular cable, wide-angle bending easily occurs for probe bayonet and cable, so that line
The problem of position between cable and buckle is easy damaged or fracture, and cable is caused to be scrapped.
3. crossed beam trunking and intermediate plate axis are opened up on center shaft by separating central axis with shell, so that in crossed beam trunking
The part that wind spring on cable, intermediate plate axis is constituted can be rotated with independent case, after one end of cable stretches certain length, be dragged
Dynamic shell be free to the distance for changing cable two ends, the convenient position according to working condition adjustment shell.
Detailed description of the invention
Fig. 1 is a kind of 1 overall structure of the explosion figure of embodiment of ultrasonic wave cable storage box described in the utility model；
Fig. 2 is a kind of spool structure schematic diagram of ultrasonic wave cable storage box described in the utility model；
Fig. 3 is a kind of spool structure bottom view of ultrasonic wave cable storage box described in the utility model；
Fig. 4 is a kind of Wind spring structure schematic diagram of ultrasonic wave cable storage box described in the utility model；
Fig. 5 is a kind of 1 overall structure partial cutaway view of embodiment of ultrasonic wave cable storage box described in the utility model；
Fig. 6 is a kind of Fig. 5 partial enlarged view of ultrasonic wave cable storage box described in the utility model；
Fig. 7 is a kind of self-locking mechanism structure schematic top plan view of ultrasonic wave cable storage box described in the utility model；
Fig. 8 is a kind of self-locking mechanism structure elevational schematic view of ultrasonic wave cable storage box described in the utility model；
Fig. 9 is a kind of 2 overall structure of the explosion figure of embodiment of ultrasonic wave cable storage box described in the utility model；
Figure 10 is a kind of 2 overall structure figure of embodiment of ultrasonic wave cable storage box described in the utility model；
Figure 11 is a kind of 3 overall structure of the explosion figure of embodiment of ultrasonic wave cable storage box described in the utility model；
Figure 12 is a kind of 3 overall structure partial cutaway view of embodiment of ultrasonic wave cable storage box described in the utility model；
Figure 13 is a kind of 3 center spindle structure figure of embodiment of ultrasonic wave cable storage box described in the utility model；
Figure 14 is that cable coiling mode is shown in a kind of Examples 1 and 2 of ultrasonic wave cable storage box described in the utility model
It is intended to；
Figure 15 is that cable coiling mode is illustrated in a kind of embodiment 3 of ultrasonic wave cable storage box described in the utility model
Figure；
Specific embodiment
Hereinafter reference will be made to the drawings more detailed description the utility model various embodiments.In various figures, identical
Part is indicated using same or similar appended drawing reference.For the sake of clarity, the various pieces in attached drawing are not drawn to draw
System, for ease of understanding, Fig. 1-8 are 1 dependency structure of embodiment, and Fig. 9-10 is 2 dependency structure of embodiment, and Figure 11-13 is embodiment 3
Dependency structure, the mode classification are served only for those skilled in the art's fast understanding the utility model, not as any structure and its
The partitioning standards of working principle.
The utility model is specifically described with reference to the accompanying drawing, as shown in figures 1-15, a kind of ultrasonic wave cable storage
Box, including at least for storing cable shell (101,201,301), be set to the shell (101,201,301) it is internal and
The wind spring (102,202,302) of rotating torque is provided for the contraction for cable, is coiled in the cable in two Different Planes
(103,203,303) are set to the shell (101,201,301) inner hub location and as wind spring (102,202,302)
With the central axis (104,204,304) of cable center of rotation, by by cable (103,203,303) coil wind and be placed in shell
In body, when extracting cable (103,203,303) out, cable will drive wind spring (102,202,302) compression；
As shown in Fig. 1, Fig. 9, Figure 12, the shell (101,201,301) include: be set to two cables (103,
203,303) interval body (101-2,201-2,301-2) between is set on the outside of two cables (103,203,303)
Main casing (101-1,201-1,301-1) and sub-shell (101-3,201-3,301-3), it is main in embodiment 1 and embodiment 2
Shell (101-1,201-1), sub-shell (101-3,201-3) and interval body (101-2,201-2) group are combined into entire shell
(101,201), in embodiment 3, only main casing (301-1) and sub-shell (301-3) group are combined into entire shell structure, are spaced
It is internal that body (301-2) is built in shell (301), for separating two levels of cable (303), the shell (101,201,
301) probe interface (105,205,305) of its inner cavity, cable (103,203,303) are connected to there are two opening up on lateral wall
Both ends be respectively connected with ultrasonic probe, it is external that ultrasonic probe is placed outside probe interface (105,205,305)；The wind spring
(102,202,302) include: wind spring ontology (102-1), with one end of wind spring ontology (102-1) are fixedly connected and are located therein
The center intermediate plate (102-2) of heart position is fixedly connected with the other end of wind spring ontology (102-1) and is located at the wind spring (102)
The reversed hook piece (102-3) of outer ring, the wind spring (102) be one it is flat and crimp metal spring, one end of spring passes through
Center intermediate plate (102-2) is fixed on central axis (104,204,304), and the other end is by reversely hooking piece (102-3) and reel
(106) it connects, reel (106) rotation is driven by cable, reel (106) drives reversed hook piece (102-3) to drive wind spring (102)
Compression；The central symmetry plane position of the central axis (104,204,304) offers wind spring clip groove (107), is used for center
Intermediate plate (102-2) clamping, wind spring (102) is fixed on central axis (104,204,304)；
It as Figure 1-10 shows, further include being set to the shell (101,201) inner cavity for embodiment 1 and embodiment 2
The reel (106,206) of center, the reel (106,206) include reel main body (106-1), are opened in reel main body
(106-1) bottom surface center and for place wind spring (102,202) wind spring chamber (106-2), be opened in reel main body
(106-1) bottom surface and be located at wind spring chamber (106-2) on the outside of and the underlying line chamber (106- concentric with wind spring chamber (106-2)
3) the outer spiral wall for, being set to the reel main body upper surface (106-1) and being fixedly installed centered on reel (106) rotating shaft
(106-4) and interior spiral wall (106-5), set line chamber (106-3) for placing cable (103,203), by its with reel (106,
206) it winds together, and then can pass through and rotate cable (103,203), drive reel (106,206) rotation, reel
(106,206) coil compression springs (102), after cable unclamps, compressed wind spring (102) discharges elastic potential energy, drives reel
(106,206) and cable (103,203) rotate, and complete the automatic coiling of cable (103,203), storage to shell (101,201)
It is interior；Wherein, outer spiral wall (106-4) is different from the radius of interior spiral wall (106-5), and outer spiral wall (106-4) and interior spiral
Cavity between wall (106-5) is above to set line chamber (106-6), the lateral wall and outer spiral wall (106- of reel (106) main body
4) it is opened up on there are two symmetrically and in conplane cable clamping interface (108), the upper surface of the reel main body (106-1) is opened
Card line link slot (109) equipped with connection side cable clamping interface (108), the wind spring chamber (106-2) and the underlying line chamber (106-
3) wind spring hook slot (110) there are two being opened up between, and the circular arc distance between two wind spring hook slots (110) is equal to institute
State reversed hook piece
The coiling mode of the arc length of (102-3), cable is, by shell (101,201) lower layer side probe interface (105,
205) enter, then coil, successively pass through cable clamping interface (108), underlying line chamber (106-3), other side cable clamping interface (108), card line
Link slot (109), on set line chamber (106-6), cable clamping interface (108), reel (106,206) upper surface cable clamping interface (108), so
It is coiled centered on spiral wall (106-4) other than afterwards, finally by the probe interface (105,205) of shell (101,201) lower layer side
It stretches out；
As shown in figure 14, the cable (103,203) coiled in two Different Planes it is oppositely oriented.
As shown in Figure 5, Figure 9, the shell (101,201) is upper and lower layered structure, and main casing (101-1, the 201-
1) lower layer of the shell (101,201) is constituted with the interval body (101-2,201-2), the sub-shell (101-3,
201-3) upper layer of the shell (101,201), shell described in lower layer are constituted with the interval body (101-2,201-2)
The radius of a circle of (101,201) is greater than the radius of a circle of shell (101,201) described in upper layer, and the reel (106) is set to institute
The center of interval body (101-2,201-2) is stated, the internal diameter of the interval body (101-2,201-2) is greater than the reel
(106) outer diameter, and its difference numerically must not exceed the diameter of ultrasonic wave cable, avoid in use process, cable is by two
Gap between person enters another layer, leads to cable stuck the case where not being available.
As viewed in figures 5-8, the figure a in Fig. 7 is the partial enlarged view for scheming A, and the figure b in Fig. 8 is the partial enlarged view for scheming B,
It offers self-locking hole (111), is provided in the self-locking hole (111) self-locking on the end face of the sub-shell (101-3,201-3)
Mechanism (112), self-locking mechanism (112) use the principle of ratchet structure, fix automatically after stretching out convenient for cable (103), avoid line
Cable retracts automatically under spring force effect；The self-locking mechanism (112) includes: to be opened in the interior spiral wall (106-5)
Ratchet on inner sidewall and along its circumference uniform distribution
(112-1), it directly wears the self-lock rod (112-2) connect with the self-locking mechanism (112), be fixed on self-lock rod (112-
2) one end and stir that hand handle (112-3), to be fixed on self-lock rod (112-2) another close to the sub-shell (101-3,201-3)
The pawl (112-4) of one end is fixed on the sub-shell (101-3,201-3) inner sidewall and close to the position pawl (112-4)
Self-locking shaft (112-5), be socketed on self-locking shaft (112-5) self-locking spring (112-6), be fixed on self-locking shaft (112-5) one
The self-locking baffle of side and separate position pawl (112-4)
Two supporting legs of (112-7), self-locking spring (112-6) contact at pawl (112-4) and self-locking baffle respectively
On (112-7) and it is in compressive state always, and when reel (106) rotation, pawl (112-4) can be along ratchet (112-1)
Apparent motion, when reel (106) stops operating, reel (106) inverts under the elastic reaction of wind spring (102), but by
It is stuck in the between cog of ratchet (112-1) in pawl (112-4), reel (106) can not rotate, so reel (106) is unable to drive line
Cable (103) is shunk, and reaches the purpose for avoiding cable (103,203) from bouncing back, and rotation is stirred hand handle (112-3), pawl (112-4)
It is separated with ratchet (112-1), reel (106) drives cable (103) to shrink, wherein self-locking baffle (112-7) is close to self-locking bullet
The side of spring (112-6) offers lock-bit slot (112-8), and self-locking spring (112-6) is avoided to fall off.
As shown in Figure 1, shown in Figure 5, one end of the central axis (104,204) is fixed in the probe interface (105,205)
The center of side wall, and its wind spring clip groove (107) runs through the both ends of the central axis (104,204), the wind spring (102)
Quantity be 1, the center intermediate plate (102-2) is set in the wind spring clip groove (107), and the reversed hook piece
(102-3) is connected between two wind spring hook slots (110).
As shown in Figure 1, shown in Figure 5, for embodiment 1, two probe interfaces (105) are a circular hole, and it is opened respectively
On the lateral wall of the shell (101), specifically, a probe interface (105) is opened in the sub-shell (101-
3) and on the contact surface of the interval body (101-2), another described probe interface (105) is opened in the main casing (101-
1) and on the contact surface of the interval body (101-2).
As shown in figs. 9-10, for embodiment 2, connector built-in slot is offered on the side of shell (201) upper and lower level
(205-1), and the side connection that the connector built-in slot (205-1) is adjacent thereto, the bottom of the connector built-in slot (205-1)
It offers the probe interface (205), connector built-in slot (205-1) can coat ultrasonic probe completely, avoid ultrasonic wave
Pop one's head in it is exposed caused by collide with damage.
It as depicted in figs. 11-12, further include two locking plates that the shell (301) inner cavity is placed for embodiment 3
(306), two locking plates (306) are fixed with cable scotch (306-1) on one side, and cable scotch (306) is set to
Position corresponding with cable (303) outmost turns, another side are fixed with wind spring scotch (306-2), wind spring scotch (306-2)
Be set to the position of the reversed hook piece (102-3) of wind spring (302), two locking plates (306) are with the central axis
(304) it is arranged centered on；
As shown in figure 13, the central axis (304) includes center shaft body (304-1), is opened in center shaft body (304-
1) two spiral slots (304-2) of side and coaxial line, the crossed beam trunking (304-3) for being connected to two spiral slots (304-2),
The intermediate plate axis (304-4) that is individually fixed on two end faces of center shaft body (304-1) is opened in center shaft body respectively
The stop card slot (307) of (304-1) two end face edges, the coiling mode of cable (303) are that cable (303) is by spiral slot
The spiral slot (304-2) of (304-2) through crossed beam trunking (304-3) to the other side, then the both ends of cable (303) are in two crossed beam trunkings
Plane is coiled where (304-3), is stretched out by probe interface (205)；
As depicted in figs. 11-12, the shell (301) is made of sub-shell (301-3) and main casing (301-1), the shell
Body (301) offers two on the side wall of the shell in multiple attached column convex blocks (308) are fixed in flat fusiform and its inner sidewall
A probe interface (305)；The interval body (301-2) is in round pie, and center offers central shaft hole (309), and its
Multiple attached column caulking grooves (316) corresponding with attached column convex block (308), the central shaft hole (309) are offered on circumferential side wall
Internal diameter be equal to the outer diameter of the center shaft body (304-1), attached column caulking groove (316) and attached column convex block (308) are clamped,
Interval body (301-2) is avoided to rotate with central axis (304)；
As shown in figure 15, the rotation direction for the cable (303) coiled in two Different Planes is identical；
As shown in figure 11, the end face center position of the sub-shell (301-3) and the main casing (301-1) are provided with volume
Spring slot (313), and the size of the wind spring slot (313) is corresponding with the size of the wind spring (302).Main casing (the 101-
1,201-1,301-1) outer end face on offer the jack hole (114,214,314) being connected to its inner cavity, the jack hole
Fastening screw (115,215,315), the main casing are provided in (114,214,314)
(101-3,201-3,301-3) and the main casing (101-1,201-1,301-1) passes through the fastening screw
(115,215,315) it connects, wind spring slot (313) is for accommodating wind spring (302).
Working principle:
After embodiment 1. assembles the utility model, the either end of the cable at two probe interface positions is stretched,
The cable disc that cable is wound in can be gradually opened with the stretching of cable, cable disc rotation, because cable winds are on reel,
Reel is connect with wind spring simultaneously, so cable will drive reel rotation with the stretching of cable, reel drives wind spring rotation, by
It is fixed in the center intermediate plate and main casing of wind spring by central axis, wind spring is compressed, while stretching the both ends of cable, and cable can be from
It extends out in shell, since the winding radius of two layers of cable is different, so the tensile elongation of both ends cable is different, is stretched to one
Measured length unclamps cable, and under the action of self-locking mechanism, the length of cable will not change, by the different cable both ends of length point
It is not connect with the ultrasonic probe interface of different external connection equipment, can be used to work, when needing to recycle cable, hand is stirred in rotation
Handle, ratchet are separated with ratchet, and cable wraps back in shell under wind spring effect, complete first use process.
Probe interface described in embodiment 1 is replaced with the shape that connector built-in slot is combined with probe interface by embodiment 2.
Formula, other are same as Example 1, and the storage mouth for being used to accommodate ultrasonic probe can be opened up on the side wall of shell, this
The location mode of sample can be exposed to avoid ultrasonic probe, avoids bending ultrasonic wave during the utility model is integrally stored
Probe and cable, damage it.
Embodiment 3. stretches certain one end of cable, it is connect with external equipment, the other end of cable is failure to actuate at this time, is dragged
Dynamic shell makes it away from external equipment, because cable winds are on center shaft, central axis and shell do not have any connection, so dragging
When dynamic shell extends cable one end, cable drives central axis rotation, and the both ends of central axis are connected with by stop card slot
Wind spring, the scotch on locking plate can not be rotated by the blocking of cable, so cause locking plate that can not rotate, the reversed hook of wind spring
Piece is connect with wind spring scotch, and the center intermediate plate and center axis connection of wind spring, so the action state of wind spring is, outer ring is not
Dynamic, inner ring rotates under the action of central axis, and wind spring is compressed, and at this time connects the other end of cable and another external equipment
It connects, because shell and shell have the interval body of effect of contraction and central axis is without any rotation restriction relation, works as cable two
After end is connect with external equipment respectively, shell can carry out free to slide along the straight line where cable both ends, it can arbitrarily change
The development length for becoming the outer cable both ends of shell, when needing freely to change the different length in cable both ends outside shell, can first by
Shell is fixed or secured into the side of ultrasonic wave detector, then stretches out cable from its probe interface, connects with external equipment
It connects, the beneficial effect of the present embodiment is freely change the length of the outer two sections of cables of shell, to meet real work needs.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art
Personnel embody the principles of the present invention to some variations that some of them part may be made, and belong to the utility model
Protection scope within.
Claims (10)
1. a kind of ultrasonic wave cable storage box, it is characterized in that: include at least the shell (101,201,301) for storing cable,
Be set to the shell (101,201,301) it is internal and for the contraction for cable provide rotating torque wind spring (102,202,
302), coil in two Different Planes cable (103,203,303), be set to the center of the enclosure interior center
Axis (104,204,304)；
The shell (101,201,301) includes: the interval body being set between two cables (103,203,303)
(101-2,201-2,301-2), the main casing being set on the outside of two cables (103,203,303) (101-1,201-1,
301-1) with sub-shell (101-3,201-3,301-3), wherein offered on the lateral wall of the shell (101,201,301)
Two are connected to the probe interface (105,205,305) of its inner cavity；
The wind spring (102,202,302) includes: wind spring ontology (102-1), is fixedly connected with one end of wind spring ontology (102-1)
And it the center intermediate plate (102-2) of position at its center, is fixedly connected with the other end of wind spring ontology (102-1) and is located at described
The reversed hook piece (102-3) of wind spring (102) outer ring；
The central symmetry plane position of the central axis (104,204,304) offers wind spring clip groove (107).
2. a kind of ultrasonic wave cable storage box according to claim 1, which is characterized in that further include being set to the shell
The reel (106,206) of (101,201) lumen centers position, the reel (106,206) include reel main body (106-1), open
Set on reel main body (106-1) bottom surface center wind spring chamber (106-2), be opened in reel main body (106-1) bottom surface
And it is located on the outside of wind spring chamber (106-2) and the underlying line chamber (106-3) concentric with wind spring chamber (106-2), is set to reel master
The body upper surface (106-1) and the outer spiral wall (106-4) being fixedly installed centered on reel (106) rotating shaft and interior spiral wall
(106-5)；
Wherein, outer spiral wall (106-4) is different from the radius of interior spiral wall (106-5), and outer spiral wall (106-4) and interior spiral
Cavity between wall (106-5) is above to set line chamber (106-6), the lateral wall and outer spiral wall (106- of reel (106) main body
4) it is opened up on there are two symmetrically and in conplane cable clamping interface (108), the upper surface of the reel main body (106-1) is opened
Card line link slot (109) equipped with connection side cable clamping interface (108), the wind spring chamber (106-2) and the underlying line chamber (106-
3) wind spring hook slot (110) there are two being opened up between, and the circular arc distance between two wind spring hook slots (110) is equal to institute
State the reversed arc length for hooking piece (102-3)；
The cable (103,203) coiled in two Different Planes it is oppositely oriented.
3. a kind of ultrasonic wave cable storage box according to claim 2, which is characterized in that the shell (101,201) is
Upper and lower layered structure, and the main casing (101-1,201-1) and the interval body (101-2,201-2) constitute the shell
The lower layer of (101,201), the sub-shell (101-3,201-3) and the interval body (101-2,201-2) constitute the shell
The radius of a circle on the upper layer of body (101,201), shell (101,201) described in lower layer is greater than shell (101,201) described in upper layer
Radius of a circle, the reel (106) are set to the center of the interval body (101-2,201-2), the interval body (101-
2,201-2) internal diameter is greater than the outer diameter of the reel (106), and its difference numerically must not exceed the straight of ultrasonic wave cable
Diameter.
4. a kind of ultrasonic wave cable storage box according to claim 2, which is characterized in that the sub-shell (101-3,
It is offered on end face 201-3) self-locking hole (111), is provided with self-locking mechanism (112) in the self-locking hole (111)；
The self-locking mechanism (112) includes: to be opened on the inner sidewall of the interior spiral wall (106-5) and along its circumference uniform distribution
Ratchet (112-1) directly wears the self-lock rod (112-2) connect, is fixed on self-lock rod (112-2) with the self-locking mechanism (112)
One end and stirring hand handle (112-3), being fixed on self-lock rod (112-2) other end close to the sub-shell (101-3,201-3)
Pawl (112-4), be fixed on the sub-shell (101-3,201-3) inner sidewall and close to the position pawl (112-4) from
Lock shaft (112-5), the self-locking spring (112-6) being socketed on self-locking shaft (112-5), be fixed on the self-locking shaft side (112-5) and
Self-locking baffle (112-7) far from the position pawl (112-4)；
Wherein, self-locking baffle (112-7) offers lock-bit slot (112-8) close to the side of self-locking spring (112-6).
5. a kind of ultrasonic wave cable storage box according to claim 4, which is characterized in that the central axis (104,
204) center of the probe interface (105,205) inner sidewall is fixed in one end, and its wind spring clip groove (107) runs through
The both ends of the central axis (104,204), the quantity of the wind spring (102) are 1, and the center intermediate plate (102-2) is set to
In the wind spring clip groove (107), and the reversed hook piece (102-3) is connected between two wind spring hook slots (110).
6. a kind of ultrasonic wave cable storage box according to claim 1, which is characterized in that two probe interfaces
It (105) is a circular hole, and on its lateral wall for being opened in the shell (101) respectively.
7. a kind of ultrasonic wave cable storage box according to claim 1, which is characterized in that the shell (201) is up and down
It is offered connector built-in slot (205-1) on the side of layer, and the side connection that the connector built-in slot (205-1) is adjacent thereto,
The bottom of the connector built-in slot (205-1) offers the probe interface (205).
8. a kind of ultrasonic wave cable storage box according to claim 1, which is characterized in that further include the shell (301)
Two locking plates (306) that inner cavity is placed, two locking plates (306) are fixed with cable scotch (306-1) on one side, and
Its another side is fixed with wind spring scotch (306-2), and two locking plates (306) are centered on the central axis (304)
Setting；
The central axis (304) include center shaft body (304-1), the side for being opened in center shaft body (304-1) and and its
Two spiral slots (304-2) of coaxial line, are individually fixed in center at the crossed beam trunking (304-3) for being connected to two spiral slots (304-2)
Intermediate plate axis (304-4) on two end faces of shaft body (304-1) is opened in two end surface sides of center shaft body (304-1) respectively
The stop card slot (307) of edge；
The shell (301) is made of sub-shell (301-3) and main casing (301-1), the shell (301) in flat fusiform and
It is fixed with multiple attached column convex blocks (308) on its inner sidewall, is opened up on the side wall of the shell there are two probe interface (305).
9. a kind of ultrasonic wave cable storage box according to claim 8, which is characterized in that the interval body (301-2) is in
Round pie, center offer central shaft hole (309), and the multiple and attached column convex block is offered on its circumferential side wall
(308) corresponding attached column caulking groove (316), the internal diameter of the central shaft hole (309) is equal to the center shaft body (304-1)
Outer diameter；
The rotation direction for the cable (303) coiled in two Different Planes is identical；
The end face center position of the sub-shell (301-3) and the main casing (301-1) are provided with wind spring slot (313), and institute
The size for stating wind spring slot (313) is corresponding with the size of the wind spring (302).
10. a kind of ultrasonic wave cable storage box according to claim 1, which is characterized in that the main casing (101-1,
201-1,301-1) outer end face on offer the jack hole (114,214,314) being connected to its inner cavity, the jack hole (114,
214,314) it is provided with fastening screw (115,215,315) in, the sub-shell (101-3,201-3,301-3) and the main casing
Body (101-1,201-1,301-1) is connected by the fastening screw (115,215,315).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821257111.0U CN208883228U (en) | 2018-08-06 | 2018-08-06 | Ultrasonic wave cable receiver |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821257111.0U CN208883228U (en) | 2018-08-06 | 2018-08-06 | Ultrasonic wave cable receiver |
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| Publication Number | Publication Date |
|---|---|
| CN208883228U true CN208883228U (en) | 2019-05-21 |
Family
ID=66508220
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821257111.0U Active CN208883228U (en) | 2018-08-06 | 2018-08-06 | Ultrasonic wave cable receiver |
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| Country | Link |
|---|---|
| CN (1) | CN208883228U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110426461A (en) * | 2019-08-02 | 2019-11-08 | 中广核检测技术有限公司 | A kind of pipeline winding-preventing mechanism |
| CN112656529A (en) * | 2020-12-23 | 2021-04-16 | 闻静 | Electric efficient oral cavity and tooth cleaner |
| CN113651191A (en) * | 2021-10-20 | 2021-11-16 | 南通中联工业发展有限公司 | Anti-pulling supporting coil device for long-distance pipeline |
| CN117791426A (en) * | 2024-02-27 | 2024-03-29 | 山东新竹智能科技有限公司 | Intelligent building wiring device and use method thereof |
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2018
- 2018-08-06 CN CN201821257111.0U patent/CN208883228U/en active Active
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110426461A (en) * | 2019-08-02 | 2019-11-08 | 中广核检测技术有限公司 | A kind of pipeline winding-preventing mechanism |
| CN110426461B (en) * | 2019-08-02 | 2022-03-01 | 中广核检测技术有限公司 | Pipeline anti-winding mechanism |
| CN112656529A (en) * | 2020-12-23 | 2021-04-16 | 闻静 | Electric efficient oral cavity and tooth cleaner |
| CN112656529B (en) * | 2020-12-23 | 2022-02-15 | 王苏豫 | Electric efficient oral cavity and tooth cleaner |
| CN113651191A (en) * | 2021-10-20 | 2021-11-16 | 南通中联工业发展有限公司 | Anti-pulling supporting coil device for long-distance pipeline |
| CN113651191B (en) * | 2021-10-20 | 2021-12-24 | 南通中联工业发展有限公司 | Anti-pulling supporting coil device for long-distance pipeline |
| CN117791426A (en) * | 2024-02-27 | 2024-03-29 | 山东新竹智能科技有限公司 | Intelligent building wiring device and use method thereof |
| CN117791426B (en) * | 2024-02-27 | 2024-05-14 | 山东新竹智能科技有限公司 | Intelligent building wiring device and use method thereof |
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