CN210266401U - Industrial camera with U-shaped threaded bracket - Google Patents

Abstract

The application discloses U type threaded support industrial camera for pipelines such as sewage, rainwater, oil, gas and building ventilation also are used for fields such as deep well and tunnel. The camera host mainly comprises a lens, a sensor module, a high beam and a low beam, an outer antenna, a battery box and a hoop; the U-shaped threaded bracket comprises an adjuster which can conveniently adjust the height of the bracket, and the U-shaped threaded bracket can be connected with a U-shaped threaded lengthening frame through structures such as knurled nuts to realize larger adjustment, and the connection structure is convenient for work, boxing storage, carrying and transportation; the U-shaped threaded support is easy to fix due to the fact that threads are arranged on the outer surface of the U-shaped threaded support, the arc-shaped structure of the U-shaped threaded support can be in sufficient contact with the bottoms of a plurality of pipelines, friction force between the camera and the bottoms is well enhanced, and the elastic hose has a shockproof effect, so that the camera is placed more stably. The technical scheme solves the problems of large, heavy, high and stable equipment and the like to a certain extent.

Description

Industrial camera with U-shaped threaded bracket

Technical Field

The utility model relates to a sewage pipe way, rainwater pipeline, petroleum pipeline, tunnel, deep well, gas pipeline and building air pipe etc. field especially relate to the operation field and the pipeline detection field of pipeline periscope.

Background

As one of the devices which can help people to observe the inside of a hidden pipe, the working device such as an industrial camera can display images and sensing information in the pipe in real time, control observation angles, light, zoom and the like, and can also take pictures or record videos at the same time, and is widely used by people, and gradually develops towards the directions of portability, miniaturization, wireless and the like.

When working in a pipeline, working equipment such as an industrial camera and the like generally needs to be arranged at the central position of the pipeline in order to obtain ideal illumination, measurement, photographing and video recording effects, so that the camera is required to be capable of conveniently adjusting the height position of a support to adapt to pipelines with various pipe diameters.

The common industrial camera support is provided with a single rod which is contacted with the bottom surface, the single rod is generally arranged outside a camera host, and the contact point of the single rod and the ground is deviated from the gravity center of the industrial camera, so that the industrial camera is easy to rotate, slide and vibrate under the action of gravity, running water and the like when being placed in work, the industrial camera is unstable in work, and especially stable zooming and imaging are difficult to ensure under the condition of long-distance zooming; a small amount of operation equipment such as an industrial camera and the like also adopts a similar U-shaped bracket, but the bracket is smooth and is not easy to be fixed with a camera host, and a matched fixed structure has a larger size and is not easy to realize the miniaturization of the equipment; if the smooth rod body is sleeved with the elastic hose, the elastic hose is easy to slip and wander.

In addition, in order to be convenient to pack, store, carry, use and transport, the maximum height of the support, namely the support, is required to be not higher than a certain height particularly in places such as a trunk, a subway, a high-speed rail and the like, and the conventional support has no connection scheme for simply changing the height; meanwhile, the inside of some pipelines is narrow, and the whole size of the equipment is required to be more miniaturized.

Furthermore, the pipes are generally narrow or wet, and in particular, pipes buried deep under the ground and pipes made of metal materials, which have natural absorption and shielding properties for radio signals, requiring the antenna of the industrial camera to be better exposed for communication with the outside.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the problem that solves is: the camera host not only has a light source and takes pictures and videos of the pipeline, but also can be additionally provided with sensing modules including smoke, carbon dioxide and the like, and can carry out distance measurement on an observation target; the dipped headlight is fixed on the main frame, simultaneously, requires to be big as far as possible because of the light cup of far-reaching headlamp, can reduce through the position of exchanging sensor module and far-reaching headlamp the utility model discloses the volume.

When the U-shaped threaded bracket is placed downwards, the arc structure of the U-shaped threaded bracket can be in sufficient contact with the circular bottoms of a plurality of pipelines, and the center of gravity of the U-shaped threaded bracket is reasonably above the contact position of the arc structure and the bottoms, so that the friction force between the U-shaped threaded bracket and the bottoms is well enhanced, and the U-shaped threaded bracket is placed more stably; in addition, the outer surface of the U-shaped threaded bracket contains uneven texture structures, so that the U-shaped threaded bracket is easy to clamp and fix and not easy to slip; of course, the U-shaped threaded bracket is formed by processing a common threaded rod, a common screw rod and the like, and the uneven texture structure comprises a common thread, a trapezoidal thread, an annular ring and the like.

The arc-shaped part at the bottom of the U-shaped threaded rod can be generally sleeved with a plurality of layers of soft materials including elastic hoses and the like, wherein the soft materials include PVC, EVA, rubber, silica gel, PVE and the like, and the soft materials are tubular, blocky, O-shaped rings, hollow balls, solid rubber strips, hollow rubber strips and the like; under the action of elastic contraction force of the soft materials, the uneven texture structure can ensure that the soft materials are not easy to slip and loosen; and simultaneously, work as the utility model discloses when placing and contacting positions such as ground or pipeline, strengthen U type screw thread support and their frictional force well, make the utility model discloses place and more add stably, can offset simultaneously the utility model discloses place local impact force such as contact ground or pipeline, have the cushioning effect.

Meanwhile, the higher U-shaped threaded support can be skillfully changed into a shorter U-shaped threaded support and a plurality of shorter U-shaped threaded lengthening frames so as to be convenient for packing, storage, carrying, transportation, storage and the like, and when needed, the short U-shaped threaded support and the plurality of shorter U-shaped threaded lengthening frames are conveniently combined into a higher support assembly through a quick connection structure, so that the combined support can reach a sufficient application height; the height here can also be expressed in terms of length.

In addition, in order to ensure the utility model discloses realize good communication with ground terminal equipment, it adopts the extroversion type antenna that contains FPC soft antenna, and extroversion type antenna snap-on is on the main frame, and along with subassembly swings such as camera lens, the extroversion type antenna of stewing has reduced the radio transmission interference that the rotation turned to and brings.

The utility model discloses a solve the technical scheme that above-mentioned problem was taken, its characterized in that: it includes camera host computer and U type screw thread support.

The camera host comprises a main frame, a lens, a sensor module, four dipped headlights, two high-beam headlights, an outward antenna, a battery box, a hoop and the like; in order to reduce the size of the whole device better, the high beam with a large size is arranged below the lens, the sensor module is arranged above the lens, namely the sensor module is arranged in the main frame for surrounding, the high beam with a large size is arranged outside the main frame, and the lens, the sensor module, the high beam and the like are generally combined together and can swing and rotate.

The U-shaped threaded support comprises an adjuster, a left auxiliary device, a right auxiliary device, a U-shaped threaded rod, a locknut, a knurled nut, an elastic hose and the like, wherein the adjuster, the left auxiliary device, the right auxiliary device and the like are fixed on main equipment comprising a camera host and the like and are generally not detached; the U-shaped thread lengthening frame comprises a U-shaped threaded rod, a fixed sleeve, a knurled nut, an elastic hose and the like; the U-shaped threaded bracket can also be sequentially nested and connected with a plurality of U-shaped threaded lengthening brackets according to requirements; the elastic hose is generally sleeved at the arc-shaped position of the bottom of the U-shaped threaded rod.

Furthermore, the regulator comprises an arc hoop, a steel wire, an elastic top and the like, and the elastic top and the elastic hose are also arranged in the left auxiliary device and the right auxiliary device; when the U-shaped threaded support needs to be fixed, the U-shaped threaded rod is pressed into the arc hoop, the threads of the U-shaped threaded rod are mutually occluded with the steel wire arranged in the arc hoop, and the elastic ejector slightly eccentrically props against the U-shaped threaded rod and keeps the stability of mutual occlusion of the U-shaped threaded rod and the steel wire, so that the camera main unit and the U-shaped threaded support are positioned and fixed; when the height of the U-shaped threaded support needs to be adjusted, the U-shaped threaded rod is pulled out of the arc hoop, and the U-shaped threaded rod and the steel wire are separated from a mutual meshing state, so that the operation can be carried out; meanwhile, the left auxiliary device and the right auxiliary device assist the U-shaped threaded rod to be positioned and fixed together through the elastic ejector and the auxiliary hose.

The support connection means that: the fixing sleeve of the U-shaped thread lengthening frame is embedded into a U-shaped threaded rod of the U-shaped thread support, or the fixing sleeve of one U-shaped thread lengthening frame is embedded into a U-shaped threaded rod of the other U-shaped thread lengthening frame, and then a knurled nut embedded into one U-shaped threaded rod is screwed down, and the two fixing sleeves of the U-shaped thread lengthening frame are clamped and locked to realize quick connection; the connection structure can be changed into a bolt, a threaded hole and other structural forms.

When the utility model is packed for storage, carrying, transportation and storage, the U-shaped thread lengthening frame is not connected to reduce the whole height or length; the utility model discloses U type screw thread extension frame of not plugging into also can normally work, looks operational environment needs simultaneously, also can a plurality of U type screw thread extension frame of plugging into of nested connection in proper order, until reaching certain height or length requirement.

The utility model discloses a main beneficial effect: the large high beam is arranged outside the main frame, and the small sensor module is arranged in the main frame enclosure, so that the size of the utility model can be reduced to the maximum extent; meanwhile, the camera main machine and the U-shaped threaded bracket are mutually fixed through the regulator, so that the height of the bracket can be conveniently regulated, and the size of the utility model can be reduced to the maximum extent; a higher or longer U-shaped threaded support is divided into a plurality of shorter or shorter U-shaped threaded supports for packing, storage, carrying, transportation and the like, and when needed, the shorter or shorter U-shaped threaded supports are connected into a higher or longer U-shaped threaded support through a quick connection structure such as a knurled nut, a fixed sleeve and the like.

U type thread support and U type screw thread lengthen the elastic hose that the frame contained, it has the function of increase friction power under the circumstances such as contact ground or pipeline wall, offsets simultaneously the utility model discloses impact force when placing the contact has the cushioning effect.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural diagram of the camera main unit of the present invention.

Fig. 3 is a schematic structural diagram of the U-shaped threaded bracket of the present invention.

Fig. 4 is a schematic structural view of the U-shaped thread lengthening frame of the present invention.

Fig. 5 is a schematic structural view of the U-shaped thread lengthening frame of the present invention.

Fig. 6 is a schematic structural view of the U-shaped thread lengthening frame connected to the U-shaped thread support of the present invention.

Fig. 7 is a schematic structural diagram of the separation of the U-shaped threaded bracket and a U-shaped threaded extension bracket of the present invention.

Fig. 8 is a schematic structural view of the U-shaped threaded bracket of the present invention with two U-shaped threaded lengthening frames connected in sequence.

Fig. 9 is a schematic structural diagram of the U-shaped threaded bracket separated from the first U-shaped threaded lengthening frame and the first U-shaped threaded lengthening frame separated from the second U-shaped threaded lengthening frame.

Fig. 10 is a schematic structural view of the two U-shaped thread lengthening frames connected in sequence according to the present invention.

Fig. 11 is an enlarged view of a portion of fig. 3 indicated along 38.

Fig. 12 is a schematic view of the adjuster of fig. 11 shown disengaged from the U-shaped threaded rod.

Fig. 13 is a schematic structural view of a U-shaped threaded bracket adjuster.

Fig. 14 is a schematic view of the arcuate band of the regulator.

Fig. 15 is a schematic structural view of the fixing sleeve of the U-shaped threaded lengthening frame.

Fig. 16 is an enlarged view of a portion of fig. 6 indicated at 61.

Fig. 17 is an exploded view of the left auxiliary device of the U-shaped threaded bracket.

Fig. 18 is a reference diagram of the usage state of the present invention.

Fig. 19 is a reference diagram of the vertical use state of the camera main unit of the present invention.

Fig. 20 is a reference diagram of the horizontal use state of the camera main unit of the present invention.

Detailed Description

The present invention will be further described with reference to the following specific examples and accompanying drawings. Examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the same or similar parts throughout, or parts having the same or similar functions. The embodiments described by way of reference to the figures are exemplary and intended to be used for the purpose of explanation of the invention, and should not be interpreted as restrictive to the invention.

Name definition: as shown in fig. 3 and 4, two knurled nuts 36 on the side of the U-shaped threaded bracket 12 and the U-shaped threaded elongated frame 13 close to the elastic hose 37 are also called as lower knurled nuts 36, and two knurled nuts 36 far away are also called as upper knurled nuts 36, for distinction.

In the first embodiment, the camera main unit 11 is used.

As shown in fig. 2, the camera body 11 includes a main frame 26, a lens 23, a sensor module 22, four dipped headlights 25, two high beams 24, an outward antenna 21, a battery box 28, an anchor ear 27, and the like; the lens 23, the sensor module 22 and the two high beam lamps 24 are used as a combination body, which can be driven by a motor in the main frame 26 and rotate around the positioning hole of the main frame 26 to realize up-and-down swinging to adjust the working visual angle; the anchor ear 27 is generally a long rod including a telescopic rod 182; the outward-facing antenna 21 is used for bidirectional communication with the client terminal 181, either directly or indirectly.

As shown in fig. 19, the camera body 11 is lifted vertically into the duct, and it can rotate with the telescopic rod 182 to adjust the left and right working viewing angles.

As shown in fig. 20, the camera main body 11 is lifted into the duct, and the working viewing angle can be adjusted by rotating the telescopic rod 182.

Further, the camera main body 11 may be used without installing the sensor module 22 according to the work requirement.

Embodiment two, the utility model discloses the use.

As shown in fig. 1, the present invention includes a camera body 11 and a U-shaped screw bracket 12.

As shown in fig. 3, the U-shaped threaded bracket 12 includes a regulator 33, a left assist device 35, a right assist device 34, a U-shaped threaded rod 32, a locknut 31, a knurled nut 36, an elastic hose 37, and the like; the elastic hose 37 is generally sleeved on the arc at the bottom of the U-shaped threaded rod 32; as shown in fig. 13, the adjuster 33 includes an arc-shaped hoop 132, a wire 131, and an elastic top 111; as shown in fig. 17, the left auxiliary device 35 includes a left auxiliary member 171, an auxiliary hose 172, and an elastic top 111, and the left auxiliary device 35 and the right auxiliary device 34 are similar in structure and function.

As shown in fig. 18, the utility model discloses in being transferred to the pipeline, elastic hose 37 direct contact pipeline bottom has supported the utility model discloses, the isometric pole of telescopic link 182 can be adjusted the utility model discloses control the work visual angle.

Further, depending on the work requirement, the present invention may be used without installing the sensor module 22.

In the third embodiment, the U-shaped threaded bracket 12 is used.

As shown in fig. 3, the U-shaped threaded bracket 12 includes a regulator 33, a left assist device 35, a right assist device 34, a U-shaped threaded rod 32, a locknut 31, a knurled nut 36, an elastic hose 37, and the like; the elastic hose 37 is generally sleeved on the arc at the bottom of the U-shaped threaded rod 32; as shown in fig. 13, the adjuster 33 includes an arc-shaped hoop 132, a wire 131, and an elastic top 111; as shown in fig. 17, the left auxiliary device 35 includes a left auxiliary member 171, an auxiliary hose 172, and an elastic top 111, and the left auxiliary device 35 and the right auxiliary device 34 are similar in structure and function.

As shown in fig. 11, when the U-shaped threaded rod 32 is pressed into the arc-shaped hoop 132, the thread of the U-shaped threaded rod 32 engages with the wire 131, and the elastic top 111 is eccentrically pressed slightly outward against the center line of the U-shaped threaded rod 32, so as to maintain the engaged state, thereby fixedly locking the adjuster 33 together with the U-shaped threaded rod 32; as shown in fig. 12, the U-shaped threaded rod 32 is pulled out of the arc hoop 132, so that the thread of the U-shaped threaded rod 32 itself is disengaged from the steel wire 131, the relative position between the U-shaped threaded rod 32 and the adjuster 33 can be adjusted, and the height of the U-shaped threaded bracket can be adjusted.

Further, the uneven effect of the arcuate position 141 of the actuator 33, as indicated at 141 in fig. 14, is produced by the wire 131 passing through the arcuate band 132, so that the threads of the actuator 33 and the U-shaped threaded rod 32 are engaged with each other, and may be formed or machined by other means, including direct machining using a process including electrical discharge, carving, etc. of the arcuate position 141 in fig. 14, and the wire 131 may be replaced by a pin, cylinder, or wire; the threads of the U-shaped threaded shaft 32 may be other rugged structures including general threads, trapezoidal threads, annular rings, etc.

Further, the adjusting and fixing effect of the elastic top 111 included in the adjuster 33 can be replaced by other means, including a knurled nut 36, other nuts or hollow cylinders, etc. on the position of the U-shaped threaded rod 32 as indicated by 112 in fig. 11, so that the U-shaped threaded rod 32 cannot be naturally separated from the steel wire 131, i.e., the adjuster 33.

Further, as shown in fig. 1, the adjuster 33, the left auxiliary device 35, and the right auxiliary device 34 are fixed to the camera body 11 by bolts and/or welding, and are not generally detached; of course, the U-shaped threaded bracket 12 may be used in other applications, and it can be used independently with other equipment or tools.

Furthermore, the U-shaped threaded rod 32 of the U-shaped threaded bracket 12 can be changed into a straight threaded rod, namely the U-shaped threaded bracket 12 only comprises an adjuster 33, a left auxiliary device 35 or a right auxiliary device 34, a threaded rod 32, two knurled nuts 36 and the like, and the lower end of the threaded rod 32 can be additionally provided with an elastic ball to replace the function of the elastic hose 37.

As shown in fig. 17, the left auxiliary device 35 includes a left auxiliary member 171, an auxiliary hose 172 and an elastic top 111, and the left auxiliary device 35 and the right auxiliary device 34 are similar in structure and function; obtain the different elastic force of size and use the auxiliary hose 172 of different pipe diameters and thickness through rotatory elasticity top sub 111, auxiliary hose 172, elasticity top sub 111 just all have the effect of elasticity when adjusting the slip of U type threaded rod and fixing.

Further, the left assist device 35 and the economizer 33, and the right assist device 34 and the economizer 33 may be substituted for each other.

In the fourth embodiment, a U-shaped screw extension frame 13 is used.

As shown in fig. 4, the U-shaped threaded lengthening frame 13 comprises a fixing sleeve 41, a U-shaped threaded rod 32, a knurled nut 36, an elastic hose 37 and the like; the elastic hose 37 is generally sleeved on the arc at the bottom of the U-shaped threaded rod 32; the fixing sleeves 41 are screwed at the tail ends of the U-shaped threaded rods 32 through the screw holes 151, and the directions of the two fixing sleeves 41 are generally consistent and the same direction after being assembled, but can also be different directions around the threaded rods, including the opposite direction; in addition, the fixing means of the fixing sleeve 41 and the U-shaped threaded rod 32 includes one or more combinations of interference fit, welding, threading, screw locking, and adhesion.

Furthermore, the U-shaped threaded rod 32 of the U-shaped threaded lengthening frame 13 can be changed into a straight threaded rod, namely, the straight threaded rod only comprises a fixed sleeve 41, a threaded rod 32, two knurled nuts 36 and the like, and an elastic ball can be additionally arranged at the lower end of the threaded rod 32 to replace the function of the elastic hose 37.

Further, the knurled nut 36 may be partially or completely replaced by a plurality of other similar components, including general nuts, hexagonal studs, circular studs, etc., and the usage amount of the knurled nut 36 may be one to two in each place; when the U-shaped screw lengthening frame 13 does not need to be connected with another U-shaped screw lengthening frame 13, the U-shaped threaded rod 32 included in the U-shaped screw lengthening frame 13 can be replaced by an object with a smooth surface, such as a cylinder, a square column, a strip material, a polygonal column or a hollow tube.

In the fifth embodiment, the U-shaped threaded bracket 12 is used by connecting a U-shaped threaded lengthening bracket 13.

As shown in fig. 6, the knurled nut 36 is generally fixed for a long time, the knurled nut 36 of the U-shaped threaded bracket 12 is screwed away from the knurled nut 36, so that the minimum distance between the knurled nut 36 and the U-shaped threaded bracket is greater than the maximum height of the fixing sleeve 41, the two fixing sleeves 41 of the U-shaped extension bracket 13 are respectively nested correspondingly to wrap the U-shaped threaded rod 32 of the U-shaped threaded bracket 12, the 152 semicircular position of the fixing sleeve 41 is nested in the knurled nut 36, and the knurled nut 36 is screwed to clamp and lock the fixing sleeve 41, so that the assembly effect is shown in fig. 16.

Furthermore, the utility model discloses also can plug into U type screw thread extension frame 13 like this.

In the sixth embodiment, the U-shaped threaded bracket 12 is used by connecting two or more U-shaped threaded lengthening frames 13.

Firstly, the U-thread support 12 is first connected to the first U-thread lengthening frame 13: as shown in fig. 8, the knurled nut 36 is generally fixed for a long time, the knurled nut 36 of the U-shaped threaded bracket 12 is screwed away from the knurled nut 36, so that the minimum distance between the knurled nut 36 and the U-shaped threaded bracket is greater than the maximum height of the fixing sleeve 41, the two fixing sleeves 41 of the U-shaped elongated bracket 13 are respectively nested correspondingly to wrap the U-shaped threaded rod 32 of the U-shaped threaded bracket 12, the 152 semicircular position of the fixing sleeve 41 is nested in the knurled nut 36, the knurled nut 36 of the U-shaped threaded bracket is screwed to clamp and lock the fixing sleeve 41, and the assembly effect is as shown in fig. 16.

Secondly, the first U-shaped thread lengthening frame 13 is connected to the second U-shaped thread lengthening frame 13: as shown in fig. 8, the knurled nut 36 is generally fixed for a long time, the knurled nut 36 of the first U-shaped screw lengthening frame 13 is screwed away from the knurled nut 36, so that the minimum distance between the first U-shaped screw lengthening frame and the knurled nut 36 is greater than the maximum height of the fixing sleeve 41, the two fixing sleeves 41 of the second U-shaped screw lengthening frame 13 are respectively and correspondingly nested to wrap the U-shaped threaded rod 32 of the first U-shaped screw lengthening frame 13, the 152 semicircular positions of the fixing sleeves 41 are all nested in the knurled nut 36, and then the knurled nut 36 of the first U-shaped screw lengthening frame 13 is screwed to lock and clamp the fixing sleeve 41 of the second U-shaped screw lengthening frame 13.

Of course, knurled nut 36 may be fixed or screwed both above knurled nut 36 and below knurled nut 36, so as to achieve the connection assembly effect shown in fig. 16.

Further, a plurality of U-shaped lengthening frames 13 can be sequentially connected until the requirements are met; in addition, the connection sequence is not limited to the above situation, and the U-shaped threaded bracket 12 and the plurality of U-shaped lengthening brackets 13 may be connected in sequence at random, so as to achieve the effect of lengthening or heightening the whole bracket.

Further, the connection between the U-shaped threaded bracket 12 and the U-shaped threaded lengthening frame 13, or the connection between the two U-shaped threaded lengthening frames 13, other than the forward mounting connection, may also be a reverse connection, i.e. when the connection is made, the two fixing sleeves 41 exchange the positions of the U-shaped threaded rods 32 nested with each other, the connection between the U-shaped threaded bracket 12 and the U-shaped threaded lengthening frame 13, or the connection between the two U-shaped threaded lengthening frames 13 relatively rotates by one hundred eighty degrees; if the fixing sleeve 41 is multidirectional in fixing to the U-shaped threaded rod 32, the connection between the fixing sleeve and the U-shaped threaded rod can also be multidirectional, such as oblique, and is not necessarily limited to the forward direction or the reverse direction.

Furthermore, the utility model discloses a plurality of U type screw thread extension frame 13 of also can plugging into equally.

Further, the U-shaped threaded bracket 12 and the U-shaped elongated brackets 13 can be used in other applications, and they can be used independently with other devices or tools.

In the seventh embodiment, the U-shaped threaded bracket 12 and the U-shaped threaded elongated frame 13 are particularly used.

If the U-shaped threaded bracket 12 or the U-shaped threaded lengthening frame 13 is connected with the other U-shaped threaded lengthening frame 13, the elastic hose 37 contained in the U-shaped threaded bracket can be omitted; if it is not necessary to connect another U-shaped thread lengthening frame 13, the knurling nut 36 contained in it can be omitted; it should be noted that the locknut 31 is only used for preventing the U-shaped threaded bracket 12 from falling off and for decoration, and the locknut 31 can be omitted in various implementation occasions.

Furthermore, the elastic hose 37 may be formed by sleeving two or more identical, different or mixed hoses on the bottom arc of the U-shaped threaded rod 32, or formed by bending a plurality of block-shaped soft materials to wrap the bottom arc of the U-shaped threaded rod 32, and fixed by various means such as elastic contraction force, adhesion or binding; the installation form comprises a plurality of combinations in the process of stacking, winding, parallel arrangement or interval arrangement; the flexible hose 37 may be replaced by an O-ring, a hollow ball, a solid strip, a hollow strip, etc.

Further, the U-shaped threaded brackets 12 of the present invention, including the combination of the U-shaped threaded elongated brackets 13 connected thereto and the orientation of the camera main body 11 during operation, are multi-directional and not necessarily identical to the horizontal or vertical orientation shown in fig. 18, 19, and 20.

In this specification, some schematic representations do not necessarily refer to the same embodiment or example, and the particular features, structures, materials, or characteristics described may be combined or modified in any suitable manner in any one or more embodiments or examples.

Claims (10)

1. A U type screw thread support industry camera which characterized in that: comprises an industrial camera host and a U-shaped threaded bracket; the industrial camera host comprises a main frame, a lens, a sensor module, a dipped headlight, a high beam, an outward antenna, a battery box and a hoop; the U-shaped threaded bracket comprises an adjuster, a left auxiliary device, a right auxiliary device, a U-shaped threaded rod, a locknut, a knurled nut and an elastic hose; the U-shaped thread lengthening frame comprises a U-shaped threaded rod, a fixed sleeve, a knurled nut and an elastic hose; the elastic hose is sleeved at the arc-shaped part of the U-shaped threaded rod.

2. A U-shaped screw thread bracket industrial camera as claimed in claim 1, characterized in that: the screw thread lengthening frame has the function of independent use and also has the function of connecting a plurality of U-shaped screw thread lengthening frames.

3. An industrial camera with U-shaped screw bracket according to claim 1, characterized in that: the main machine of the industrial camera comprises a main frame, a lens, a sensor module, four dipped headlights, two high beams, an outward antenna, a battery box and a hoop; the lens, the sensor module and the high beam have the function of rotating around the positioning hole of the main frame; the industrial camera host has the characteristic of being used without installing the sensor module.

4. A U-shaped screw thread bracket industrial camera according to claim 3, characterized in that: the industrial camera host, the sensor module and the high beam are distributed on two sides of the lens, the sensor module is arranged in the main frame to surround, and the high beam is arranged outside the main frame.

5. An industrial camera with U-shaped screw bracket according to claim 1, characterized in that: the U-shaped threaded support comprises an adjuster, a left auxiliary device, a right auxiliary device, a U-shaped threaded rod, a locknut, a knurled nut and an elastic hose, wherein the elastic hose is sleeved at the arc-shaped part of the U-shaped threaded rod; the regulator comprises an arc hoop, a steel wire and an elastic top; the left auxiliary device and the right auxiliary device have the same functions, and the left auxiliary device and the right auxiliary device are symmetrical in structure; the U-shaped threaded support has the function of connecting a plurality of U-shaped threaded lengthening frames.

6. An industrial camera with U-shaped screw bracket according to claim 1, characterized in that: the U-shaped threaded rod of the U-shaped threaded support has the characteristic of being changed into a straight threaded rod, namely the U-shaped threaded support only comprises an adjuster, a left auxiliary device or a right auxiliary device, a threaded rod and two knurled nuts.

7. An industrial camera with U-shaped screw bracket according to claim 1, characterized in that: the regulator comprises an arc hoop, a steel wire and an elastic top; the rugged effect of the arc-shaped hoop is manufactured by passing a steel wire through the arc-shaped hoop, the steel wire also has the characteristic of being replaced by a pin, a cylinder or a wire rod, and the rugged effect also has the characteristic of being directly processed and formed by using the process comprising electric spark and carving on the finger arc-shaped hoop; the left and right assistors have features that are replaced with adjusters.

8. An industrial camera with U-shaped screw bracket according to claim 1, characterized in that: the U-shaped thread lengthening frame comprises a U-shaped threaded rod, a fixing sleeve, a knurled nut and an elastic hose, and the elastic hose is sleeved at the arc-shaped part of the U-shaped threaded rod; the U-shaped thread lengthening frame has the function of connecting a plurality of U-shaped thread lengthening frames.

9. An industrial camera with U-shaped screw bracket according to claim 1, characterized in that: the U-shaped threaded rod of the U-shaped thread lengthening frame has the characteristic of being changed into a straight threaded rod, namely the U-shaped threaded rod only comprises a fixed sleeve, a threaded rod and two knurled nuts; the lower end of the straight threaded rod has the function of using an elastic ball body to replace an elastic hose.

10. An industrial camera with U-shaped screw bracket according to claim 1, characterized in that: the left auxiliary device comprises a left auxiliary part, an auxiliary hose and an elastic top; the right auxiliary device comprises a right auxiliary part, an auxiliary hose and an elastic top; the auxiliary hose and the elastic jack have the function of adjusting the tightness of the U-shaped threaded rod during sliding and fixing; the regulator has features that are replaced with either a left or right assist.

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