CN102537606B - Bracket assembly and miniature image pick-up device - Google Patents
Bracket assembly and miniature image pick-up device Download PDFInfo
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- CN102537606B CN102537606B CN201210025074.1A CN201210025074A CN102537606B CN 102537606 B CN102537606 B CN 102537606B CN 201210025074 A CN201210025074 A CN 201210025074A CN 102537606 B CN102537606 B CN 102537606B
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Abstract
The invention provides a bracket assembly, which comprises a first bracket, a second bracket, at least one first gasket and a first compression nut, wherein one end of the first bracket extends into a front-end assembly, and the other end of the first bracket is connected to one end of the second bracket; a pedestal assembly extends into the other end of the second bracket; one end of the first gasket is wedged into a gap between the part of the first bracket extending into the front-end assembly and the front-end assembly, and the other end of the first gasket is embedded into the inner surface of the first compression nut; and the first compression nut is annularly sleeved on the outer surfaces of the first bracket and the front-end assembly in which the first bracket extends, the first gasket is driven to be screwed into the gap between the part of the first bracket extending into the front-end assembly and the front-end assembly towards a direction near the front-end assembly when the first compression nut is stressed to rotate towards the direction near the front-end assembly; and the front-end assembly is locked in the gap which is formed by the front-end assembly and the first gasket. The invention also provides a miniature image pick-up device which is provided with the bracket assembly. By adopting the bracket assembly and the image pick-up device disclosed by the invention, the angle-regulating range can be enlarged, the deviation occurring at a position in a vibrating environment is avoided.
Description
Technical field
The present invention relates to Video Supervision Technique, particularly a kind of bracket component and micro-camera device.
Background technology
Fig. 1 is the assembly structure synoptic diagram of the existing video camera that rotates along level and vertical direction.Now in conjunction with Fig. 1, existing video camera along level and vertical direction rotation is described, specific as follows:
Existing video camera along level and vertical direction rotation mainly is comprised of CCD camera assembly, head assembly and base assembly.Base assembly mainly is comprised of with horizontal spring 7 base 1, horizontal motor 2, cross coupler 3, main shaft 4, horizontal bearing 5, transverse axis bearing 6, the output shaft of horizontal motor 2 is connected with main shaft 4 by cross coupler 3, main shaft 4 is connected with head assembly, transverse axis bearing 6 is positioned on the base 1, horizontal bearing 5 is arranged on the transverse axis bearing 6, head assembly is supported on the horizontal bearing 5, and horizontal bearing 5 is arranged on the output shaft of horizontal motor 2 with horizontal spring 7 ring sets.When horizontal motor 2 rotates, rotate by main shaft 4 band The Cloud Terrace assemblies, because head assembly is supported on the horizontal bearing 5, so the frictional resistance that head assembly is subject to when rotating is very little, head assembly can rotate in the certain angle scope on the base 1.
Head assembly mainly is comprised of with uprighting spring 13 The Cloud Terrace covering 8, motor vertical 9, cross coupler 10, limit shaft sleeve 11, vertical bearing, Z-axis bearing, bearing gland 12, the output shaft of motor vertical 9 is connected with CCD camera assembly by cross coupler 10, the Z-axis bearing is positioned on the The Cloud Terrace covering 8, vertical bearing is arranged on the Z-axis bearing, and uprighting spring 13 tops are pressed on the bearing gland 12.When motor vertical 9 rotates, to rotate by output shaft band CCD camera assembly, CCD camera assembly can rotated in the certain angle scope on the The Cloud Terrace covering 8.The control mode that camera rotates can be controlled by programming or by telepilot, can control rotational speed and the rotational angle of camera, and rotational angle in the horizontal direction is 300 °, and rotational angle in vertical direction is-30 ° to 90 °.
The angle of regulation range of the existing video camera that rotates along level and vertical direction is narrow and small, syndeton between head assembly and the base assembly lacks locking mechanism, the position is offset easily in vibration environment, and then cause the operating angle of video camera to be offset, affect the quality of image acquisition.
Summary of the invention
In view of this, the object of the present invention is to provide a kind of bracket component, this bracket component can improve angle of regulation range, avoids that the position is offset in vibration environment.
The object of the present invention is to provide a kind of micro-camera device, this camera head can improve angle of regulation range, avoids that the position is offset in vibration environment.
For achieving the above object, technical scheme of the present invention specifically is achieved in that
A kind of bracket component, this bracket component comprises:
The first support, an end stretches in the front end assemblies, and the other end connects an end of the second support;
The second support, the other end hold base assembly and stretch into;
At least one first pad, an end are wedged the first support and are stretched into the part of front end assemblies and the slit between front end assemblies, and the other end is embedded in the inside surface of the first gland nut;
The first gland nut, be located on the outside surface of the front end assemblies that the first support and the first support stretch into, stressed towards near the direction rotation of front end assemblies the time, drive the first pad and stretch into the part of front end assemblies and the slit between front end assemblies towards screwing in the first support near the direction of front end assemblies, with front end assemblies lock onto its with the slit of the first pad formation in.
Preferably, this bracket component also comprises at least one second pad and the second gland nut, and the end that described the first support connects described the second support also comprises the support bulb, and the end that described the second support connects described the first support also comprises the support ball cover;
Described the second pad one end is embedded in the slit between the outside surface of the inside surface of described support ball cover, described support bulb and the end face that described base assembly stretches into described the second support, and the other end is installed in the inside surface that described base assembly stretches into an end of described the second support; Described the second gland nut is located on the outside surface that described the second support and described base assembly stretch into described the second support; Described support ball cover is coated on the outside surface of described support bulb, and holds the support bulb and rotate the θ angle along the axis direction of described support ball cover within it;
Described the second gland nut is stressed towards near the direction rotation of base assembly the time, the end face that drives the inside surface of described support ball cover, described the second pad and described base assembly compresses the outside surface of described support bulb, described base assembly is lock onto in the described support ball cover, and described support bulb is lock onto in the described support ball cover;
Described θ is more than or equal to-90 ° and be less than or equal to 90 °.
Preferably, the inside surface of described the first gland nut also comprises the first groove, and the end that described the first pad is embedded in the inside surface of the first gland nut also comprises the first projection,
Described the first projection is filled in described the first groove.
Preferably, described the first support also comprises and holds the first through hole that wire passes, and described the second support also comprises and holds the second through hole that wire passes;
When described the first support was connected in described the second support, described the first through hole was communicated with described the second through hole.
A kind of micro-camera device, this camera head comprise front end assemblies, base assembly, reach aforementioned described bracket component.
In the above-mentioned camera head, described front end assemblies comprises: rear case component, the first printing board PCB assembly, camera lens, front cover component and front panel;
Described rear case component connects described front cover component, forms the first cavity of installing a described PCB assembly and described camera lens with described front cover component;
The end face that described rear case component deviates from front cover component holds the first support and stretches into;
A described PCB assembly is installed in the inside surface towards front cover component of described rear case component;
Described camera lens is installed in a described PCB assembly, and stretches out described front cover component and front panel;
Described front panel is connected in the end face that described front cover component deviates from rear case component.
In the above-mentioned camera head, described base assembly comprises: chassis, the 2nd PCB assembly, fixed cap and slip lid;
Described fixed cap is installed in described chassis, and described slip lid is connected in described fixed cap, and described chassis, described fixed cap and described slip lid form the second cavity of described the 2nd PCB assembly of installing;
The end face that described fixed cap and described slip lid deviate from described chassis stretches into the second support;
Described the 2nd PCB assembly is fixed in described chassis towards the end face of described fixed cap and described slip lid.
In the above-mentioned camera head, described rear case component comprises third through-hole, the first threaded hole and the second threaded hole;
Described third through-hole holds the first support and stretches into;
Described the first threaded hole is positioned at the inside surface of described rear case component, is equiped with a PCB assembly on it;
Described the second threaded hole is positioned at the edge of the inside surface of described rear case component, is equiped with front cover component on it.
Preferably, described rear case component also comprises and holds the support limiting fixed seat that wire passes, and described support limiting fixed seat also comprises the first buckle, and described the first support also comprises the second buckle;
Described support limiting fixed seat is installed in the side opening that described third through-hole stretches into described rear case component, and described the first buckle stretches in the described third through-hole;
Described second is buckled in described the first support when stretching into described third through-hole, the rotary limited α angle that is subjected to described the first buckle;
Described α is more than or equal to 0 ° and less than 360 °.
In the above-mentioned camera head, described front cover component comprises at least two the first draw-in grooves and fifth hole;
Described front panel comprises at least two the 3rd buckles and the 6th through hole;
Described each the 3rd buckle is distributed in the edge of described front panel, is connected in described first draw-in groove;
Described fifth hole and described the 6th through hole hold described camera lens and pass.
Preferably, the end face that deviates from described fixed cap and described slip lid on described chassis also comprises a battery case, and described base assembly also comprises battery cover;
Described battery cover is connected in described chassis, to hide the battery case on the described chassis.
Preferably, described chassis also comprises and holds the side that wire passes base assembly and go out line three-way hole and side outlet holder;
Described side outlet fixed seating is the end face towards described fixed cap and described slip lid in described chassis, and holds the wire pass the second support and penetrate side by it and go out line three-way hole.
Preferably, described fixed cap also comprises at least two shell fragments, and described slip lid also comprises at least two the second draw-in grooves;
When described slip lid slided to described fixed cap, described each shell fragment snapped in corresponding the second draw-in groove, so that described slip lid is fixed in described fixed cap.
As seen from the above technical solutions, the invention provides a kind of bracket component and micro-camera device, one end of the first support that this bracket component comprises stretches in the front end assemblies, the other end connects the second support, the other end of the second support holds base assembly and stretches into, one end of the first pad is wedged the first support and is stretched into the part of front end assemblies and the slit between front end assemblies, the other end is embedded in the inside surface of the first gland nut, the first gland nut is located on the outside surface of the front end assemblies that the first support and the first support stretch into, stressed towards near the direction rotation of front end assemblies the time, drive the first pad and stretch into the part of front end assemblies and the slit between front end assemblies towards screwing in the first support near the direction of front end assemblies, with front end assemblies lock onto its with the slit of the first pad formation in.Adopt bracket component of the present invention and installed the micro-camera device of this bracket component, can improve angle of regulation range, avoid that the position is offset in vibration environment.
Description of drawings
Fig. 1 is the assembly structure synoptic diagram of the existing camera head that rotates along level and vertical direction.
Fig. 2 is the front view of micro-camera device of the present invention.
Fig. 3 is the right view of micro-camera device of the present invention.
Fig. 4 is the perspective exploded view of micro-camera device of the present invention.
Fig. 5 is the cut-open view of micro-camera device of the present invention.
Fig. 6 (a)～(b) is the rotation synoptic diagram of micro-camera device of the present invention.
The structural representation of Fig. 7 rear case component of the present invention.
Fig. 8 is the structural representation of the present invention's the one PCB assembly.
Fig. 9 (a)～(c) is the structural representation of base assembly of the present invention.
Embodiment
For make purpose of the present invention, technical scheme, and advantage clearer, referring to the accompanying drawing embodiment that develops simultaneously, the present invention is described in more detail.
Fig. 2 is the front view of micro-camera device of the present invention.Fig. 3 is the right view of micro-camera device of the present invention.Fig. 4 is the perspective exploded view of micro-camera device of the present invention.Fig. 5 is the cut-open view of micro-camera device of the present invention.Fig. 6 (a)～(b) is the rotation synoptic diagram of micro-camera device of the present invention.Now in conjunction with Fig. 2 to Fig. 6 (b), micro-camera device of the present invention is described, specific as follows:
Micro-camera device of the present invention comprises: bracket component 20, front end assemblies 22 and base assembly 24.Wherein, bracket component 20 connects respectively front end assemblies 22 and base assembly 24.
Wherein, bracket component 20 comprises: the first support 201, the second support 202, the first pad 203 and the first gland nut 204.
One end of the first support 201 stretches in the front end assemblies 22, and the other end connects an end of the second support 202; The other end of the second support 202 holds base assembly 24 and stretches into.Wherein, the first support 201 be connected support 202 and can adopt the connected modes such as conventional axle connection, bolt connection, so that the first support 201 can be along the rotation of the axis direction of vertical the second support 202, no longer the structure of the connected modes such as the axle connection of routine, bolt connection is given unnecessary details at this.
One end of the first pad 203 is wedged the inside surface that the other end that the first support 201 stretches into slit 207, the first pads 203 of 22 of the part of front end assemblies 22 and front end assemblies is embedded in the first gland nut 204.Wherein, the first pad 203 1 end wedgewises can adopt existing plastic cement, realize the fixing of camera head R direction.
The first gland nut 204 is located on the outside surface of the front end assemblies 22 that the first support 201 and the first support 201 stretch into, stressed towards near the direction rotation of front end assemblies 22 time, drive the first pad 203 towards the slit 207 that screws in the first support 201 near the direction of front end assemblies 22 and stretch into 22 of the part of front end assemblies 22 and front end assemblies, front end assemblies 22 is lock onto in the slit of the first gland nut 204 and 203 formation of the first pad.Wherein, the inside surface of the first gland nut 204 is smooth planes, and the sidewall of the front end assemblies 22 by pushing 203 on its inside surface and the first pad lock onto front end assemblies 22 on the first support 201.Because the effect of the toughness of the first pad 203 is arranged, the coupling mechanism force of the first gland nut 204 does not need very large the fixing of R direction of just can realizing.
The end that friction force when rotating in order to reduce the first support 201 and the second support 202, the end that the first support 201 connects the second support 202 also comprise support bulb 209, the second supports 202 connections the first support 201 also comprises support ball cover 210.Wherein, support ball cover 210 is coated on the outside surface of support bulb 209, and holds support bulb 209 and rotate the θ angle along the axis direction of support ball cover 210 within it, namely along T direction rotation θ angle; θ is more than or equal to-90 ° and be less than or equal to 90 °, mention here-90 ° and 90 ° refer to be axis that the first support 201 can the second support 202 as 0 °, maximum pendulum angle reaches 90 °.
In order to improve support bulb 209, support ball cover 210 and 24 fixing stability of base assembly, bracket component 20 also comprises the second pad 205 and the second gland nut 206.
In the slit between the inside surface of one end of the second pad 205 wedging support ball cover 210, the outside surface of support bulb 209 and the end face that base assembly 24 stretches into the second support 202 208, the other end is installed in the inside surface that base assembly 24 stretches into an end of the second support 202.Wherein, the second pad 205 1 ends become L-type, can adopt existing plastic cement.
The second gland nut 206 is located on the outside surface that the second support 202 and base assembly 24 stretch into the second support 202, the second gland nut 206 is stressed towards near the direction rotation of base assembly 24 time, drive the inside surface of support ball cover 210, the end face of the second pad 205 and base assembly 24 compresses the outside surface of support bulb 209, the end face of the second pad 205 and base assembly 24 compresses the outside surface of support bulb 209, base assembly 24 is lock onto in the support ball cover 210, realize the fixing of P direction, and support bulb 209 is lock onto in the support ball cover 210, realize the fixing of T direction.
Wherein, the inside surface of the second gland nut 206 is smooth planes, by pushing its inside surface, the inside surface of indirect extrusion the second support 202, base assembly 24 stretch into the outside surface of the second support 202, inside surface and second pad 205 of support ball cover 210, base assembly 24 is lock onto in the second support 202, support bulb 209 is lock onto in the support ball cover 210.Because the effect of the toughness of the second pad 205 is arranged, the coupling mechanism force of the second gland nut 206 does not need very large the fixing of P direction and T direction of just can realizing.
In order to improve the stability that is connected and fixed of 201 on front end assemblies 22 and the first support, the end that the first support 201 stretches into front end assemblies 22 also comprises the first external thread (not shown among Fig. 5), correspondingly, the inside surface of the sidewall that appearance first support 201 of front end assemblies 22 stretches into also comprises the first internal thread (not shown among Fig. 5), and first screws in the first internal thread.Front end assemblies 22 can be along the R direction rotation, and namely along the axis direction rotation of the first support 201, rotation angle range is 0 ° to 360 °.
In order to improve the stability that is connected and fixed of 202 on base assembly 24 and the second support, the end that the second support 202 appearance base assemblies 24 stretch into also comprises the second internal thread (not shown among Fig. 5), correspondingly, the outside surface of the part of base assembly 24 inputs the second support 202 also comprises the second external thread (not shown among Fig. 5), and second screws in the second internal thread.Base assembly 24 can be along the P direction rotation, and namely along the axis direction rotation of the second support 203, rotation angle range is 0 ° to 360 °.
Rotate with the first gland nut 204 for the ease of the first pad 203, the inside surface of the first gland nut 204 also comprises the first groove 211, correspondingly, the end that the first pad 203 is embedded in the inside surface of the first gland nut 204 also comprises the first projection 212, the first projections 212 and is filled in the first groove 211.
For complete machine being installed without outer naked wire, the first support 201 also comprises and holds the first through hole 213 that wire passes, correspondingly, the second support 202 also comprises and holds the second through hole 214 that wire passes, when the first support 201 is connected in the second support 202, the first through hole 213 is communicated with the second through hole 214, holds wire and passes bracket component 20 from front end assemblies 22, penetrates base assembly 22.
Wherein, front end assemblies 22 comprises: rear case component 221, the first printing board PCB assembly 222, camera lens 223, front cover component 224 and front panel 225.
Wherein, rear case component 221 connects front cover component 224, forms the first cavity (not shown among Fig. 5) of installing a PCB assembly 222 and camera lens 223 with front cover component 224; The end face that rear case component 221 deviates from front cover component 224 holds the first support 201 and stretches into; The one PCB assembly 222 is installed in the inside surface towards front cover component 224 of rear case component 221; Camera lens 223 is installed in a PCB assembly 222, and stretches out front cover component 224 and front panel 225; Front panel 225 is connected in the end face that front cover component 224 deviates from rear case component 221.
The structural representation of Fig. 7 rear case component of the present invention.Now in conjunction with aforementioned figures and Fig. 7, the structure of rear case component 221 is elaborated, specific as follows:
Third through-hole 226 is positioned at the end face that rear case component 221 deviates from front cover component 224, can hold the first support 201 and insert into the inner section; Each the first threaded hole 227 is positioned at the inside surface of rear case component, can install a PCB assembly 222 by screw on it; Each the second threaded hole 228 is positioned at the edge of the inside surface of rear case component 221, can install front cover component 224 by screw on it.
Penetrate in the bracket component 20 rear rotary courses for fear of wire and to be scratched, rear case component 221 also comprises and holds the support limiting fixed seat 229 that wire passes, the support limiting fixed seat also comprises the end face that the first buckle 230, the first supports 201 do not comprise support bulb 209 and also comprises the second buckle 231.Wherein, support limiting fixed seat 229 is installed in the side opening that third through-hole 226 stretches into rear case component 221, and the first buckle 230 stretches in the third through-hole 226, correspondingly, when the second buckle 231 stretches into third through-hole 226 at the first support 201, be subjected to the position-limiting action of the first buckle 230, can only the rotation alpha angle; α is more than or equal to 0 ° and less than 360 °.
Fig. 8 is the structural representation of the present invention's the one PCB assembly.Now in conjunction with above-mentioned accompanying drawing and Fig. 8, a PCB assembly 222 is elaborated, specific as follows:
The one PCB assembly 222 comprises: at least two fourth holes 232, lens fixing bracket 233 and PCB fixed mounts 234.Wherein, fourth hole 232 is positioned at the edge of a PCB assembly 222, is used with the first threaded hole 227 of rear case component 221, can hold screw and pass and be fixed in the first threaded hole 227, so that a PCB assembly 222 is fixed in rear case component 221; Lens fixing bracket 233 can be installed camera lens 223 by screw thread, also can reinforce being connected and fixed between camera lens 223 and the lens fixing bracket 233 by UV glue; The lens fixing bracket 233 that is equiped with camera lens 223 can be fixed on the PCB fixed mount 234 by screw, has realized that camera lens 223 is fixed on the PCB assembly 222.
Wherein, front cover component 224 comprises at least two the first draw-in grooves (not shown among Fig. 5) and fifth hole 235, and correspondingly, front panel 225 comprises at least two the 3rd buckles 236 and the 6th through hole 237.
Each the 3rd buckle 236 is distributed in the edge of front panel 225, is connected in first draw-in groove, to realize that front panel 225 is fixed in front cover component 224; Fifth hole 235 and the 6th through hole 237 are used, and can hold camera lens 223 and pass front end assemblies 22.
Fig. 9 (a)～(c) is the structural representation of base assembly of the present invention.Now in conjunction with above-mentioned accompanying drawing and Fig. 9 (a)～(c), base assembly of the present invention is elaborated, specific as follows:
Base assembly 24 of the present invention comprises: chassis 241, the 2nd PCB assembly 242, fixed cap 243 and slip lid 244.Wherein, fixed cap 243 is installed in chassis 241, and slip lid 244 is connected in fixed cap 243, and chassis 241, fixed cap 243 and slip lid 244 form second cavity (Fig. 9 is not shown) of installing the 2nd PCB assembly 242; The end face that fixed cap 243 and slip lid 244 deviate from chassis 241 can stretch in the second support 202; The 2nd PCB assembly 242 is fixed in chassis 241 towards the end face of fixed cap 243 and slip lid 244.
Wherein, the end face that deviates from fixed cap 243 and slip lid 244 on chassis 241 also comprises a battery case 245, and correspondingly, base assembly 241 also comprises battery cover 246; Wherein, battery cover 246 is connected in the end face that deviates from fixed cap 243 and slip lid 244 on chassis 241, to hide the battery case 245 on the chassis 241.
Expose for fear of wire, chassis 241 also comprises and holds the side that wire passes base assembly 24 and go out line three-way hole 247 and side outlet holder 248.Wherein, side outlet holder 248 is installed in chassis 241 towards the end face of fixed cap 243 and slip lid 244, and holds the wire pass the second support 202 and penetrate side by it and go out line three-way hole 247; Side outlet holder 248 can adopt the mode of buckle to be fixed in chassis 241.
For the ease of installing, fixed cap 243 also comprises at least two shell fragments 249, and slip lid 244 also comprises at least two the second draw-in grooves (not shown among Fig. 9).When slip lid 244 slided to fixed cap 243, each shell fragment 249 snapped in second draw-in groove, so that slip lid 244 is fixed in fixed cap 243.Slip lid 244 causes by the elastic deformation of two shell fragments 249 and simultaneously slip lid 244 is fixed on the Click feel of slip lid on the fixed cap 243, can directly connect required netting twine, power lead etc. after taking slip lid 244 apart, and operation is succinct and be convenient to install.
Micro-camera device of the present invention also comprises at least one infrared lamp 25, and front cover component 224 also comprises at least one the 7th through hole 251, and front panel 225 also comprises at least one the 8th through hole 252; Infrared lamp 25 is installed in a PCB assembly 222, and passes the 7th through hole 251 and the 8th through hole 252.
Micro-camera device of the present invention also comprises at least one photoresistance 26, and front cover component 224 also comprises at least one the 9th through hole 261, and front panel 225 also comprises at least one the tenth through hole 262; Photoresistance 26 is installed in a PCB assembly 222, and passes the 9th through hole 261 and the tenth through hole 262.
Micro-camera device of the present invention also comprises human inductor 27, and front cover component 224 also comprises the 11 through hole 271, and front panel 225 also comprises the 12 through hole 272; Human inductor 27 is installed in a PCB assembly 222, and passes the 11 through hole 272 and the 12 through hole 273.
In addition, also comprise the through hole 28 that is installed in the voice collection device collection sound of being located on the PCB assembly 222 on the front panel 225 of micro-camera device of the present invention; Also be distributed with the through hole 29 that holds alerting signal output on the rear case component 221, hold the draw-in groove 31 that storage card inserts; Also be equiped with USB interface 30 on the base assembly 24.
In the above-mentioned preferred embodiment of the present invention, camera head can be supported infrared lamp device, support the audio frequency input and output, support the wireless access of 3G, WIFI etc. by USB interface, realize human body sensing by human inductor 27, simultaneously can output alarm signal, support internal battery, under off-position, still can work.In addition, the bracket component of micro-camera device of the present invention is realized the adjusting of P, R, three directions of T; Wire all is hidden in bracket component and the base assembly, without outer naked wire; Three axles of bracket component are regulated and are adopted the plastic cement pad to come than less friction, increase lubricated; The coupling mechanism force of gland nut is little, reduces the difficulty of locking camera head; Hardware components of the present invention reaches a PCB assembly and the 2nd PCB assembly and is divided in front end assemblies 22 and the base assembly 24, can well reduce the temperature of complete machine.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of making, is equal to replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (13)
1. a bracket component is characterized in that, this bracket component comprises:
The first support, an end stretches in the front end assemblies, and the other end connects an end of the second support;
The second support, the other end hold base assembly and stretch into;
At least one first pad, an end are wedged the first support and are stretched into the part of front end assemblies and the slit between front end assemblies, and the other end is embedded in the inside surface of the first gland nut;
The first gland nut, be located on the outside surface of the front end assemblies that the first support and the first support stretch into, stressed towards near the direction rotation of front end assemblies the time, drive the first pad and stretch into the part of front end assemblies and the slit between front end assemblies towards screwing in the first support near the direction of front end assemblies, with front end assemblies lock onto its with the slit of the first pad formation in.
2. bracket component according to claim 1, it is characterized in that, this bracket component also comprises at least one second pad and the second gland nut, the end that described the first support connects described the second support also comprises the support bulb, and the end that described the second support connects described the first support also comprises the support ball cover;
Described the second pad one end is embedded in the slit between the outside surface of the inside surface of described support ball cover, described support bulb and the end face that described base assembly stretches into described the second support, and the other end is installed in the inside surface that described base assembly stretches into an end of described the second support; Described the second gland nut is located on the outside surface that described the second support and described base assembly stretch into described the second support; Described support ball cover is coated on the outside surface of described support bulb, and holds the support bulb and rotate the θ angle along the axis direction of described support ball cover within it;
Described the second gland nut is stressed towards near the direction rotation of base assembly the time, the end face that drives the inside surface of described support ball cover, described the second pad and described base assembly compresses the outside surface of described support bulb, described base assembly is lock onto in the described support ball cover, and described support bulb is lock onto in the described support ball cover;
Described θ is more than or equal to-90 ° and be less than or equal to 90 °.
3. bracket component according to claim 2 is characterized in that, the inside surface of described the first gland nut also comprises the first groove, and the end that described the first pad is embedded in the inside surface of the first gland nut also comprises the first projection,
Described the first projection is filled in described the first groove.
4. bracket component according to claim 2 is characterized in that, described the first support also comprises and holds the first through hole that wire passes, and described the second support also comprises and holds the second through hole that wire passes;
When described the first support was connected in described the second support, described the first through hole was communicated with described the second through hole.
5. a micro-camera device is characterized in that, this camera head comprises front end assemblies, base assembly, reaches each described bracket component of aforementioned claim 1 to 4.
6. camera head according to claim 5 is characterized in that, described front end assemblies comprises: rear case component, the first printing board PCB assembly, camera lens, front cover component and front panel;
Described rear case component connects described front cover component, forms the first cavity of installing described the first printing board PCB assembly and described camera lens with described front cover component;
The end face that described rear case component deviates from front cover component holds the first support and stretches into;
Described the first printing board PCB assembly is installed in the inside surface towards front cover component of described rear case component;
Described camera lens is installed in described the first printing board PCB assembly, and stretches out described front cover component and front panel;
Described front panel is connected in the end face that described front cover component deviates from rear case component.
7. camera head according to claim 5 is characterized in that, described base assembly comprises: chassis, the 2nd PCB assembly, fixed cap and slip lid;
Described fixed cap is installed in described chassis, and described slip lid is connected in described fixed cap, and described chassis, described fixed cap and described slip lid form the second cavity of described the 2nd PCB assembly of installing;
The end face that described fixed cap and described slip lid deviate from described chassis stretches into the second support;
Described the 2nd PCB assembly is fixed in described chassis towards the end face of described fixed cap and described slip lid.
8. camera head according to claim 6 is characterized in that, described rear case component comprises third through-hole, the first threaded hole and the second threaded hole;
Described third through-hole holds the first support and stretches into;
Described the first threaded hole is positioned at the inside surface of described rear case component, is equiped with a PCB assembly on it;
Described the second threaded hole is positioned at the edge of the inside surface of described rear case component, is equiped with front cover component on it.
9. camera head according to claim 8 is characterized in that, described rear case component also comprises and holds the support limiting fixed seat that wire passes, and described support limiting fixed seat also comprises the first buckle, and described the first support also comprises the second buckle;
Described support limiting fixed seat is installed in the side opening that described third through-hole stretches into described rear case component, and described the first buckle stretches in the described third through-hole;
Described second is buckled in described the first support when stretching into described third through-hole, the rotary limited α angle that is subjected to described the first buckle;
Described α is more than or equal to 0 ° and less than 360 °.
10. camera head according to claim 6 is characterized in that, described front cover component comprises at least two the first draw-in grooves and fifth hole;
Described front panel comprises at least two the 3rd buckles and the 6th through hole;
Described each the 3rd buckle is distributed in the edge of described front panel, is connected in described first draw-in groove;
Described fifth hole and described the 6th through hole hold described camera lens and pass.
11. camera head according to claim 7 is characterized in that, the end face that deviates from described fixed cap and described slip lid on described chassis also comprises a battery case, and described base assembly also comprises battery cover;
Described battery cover is connected in described chassis, to hide the battery case on the described chassis.
12. camera head according to claim 7 is characterized in that, described chassis also comprises and holds the side that wire passes base assembly and go out line three-way hole and side outlet holder;
Described side outlet fixed seating is the end face towards described fixed cap and described slip lid in described chassis, and holds the wire pass the second support and penetrate side by it and go out line three-way hole.
13. camera head according to claim 7 is characterized in that, described fixed cap also comprises at least two shell fragments, and described slip lid also comprises at least two the second draw-in grooves;
When described slip lid slided to described fixed cap, described each shell fragment snapped in corresponding the second draw-in groove, so that described slip lid is fixed in described fixed cap.
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| CN201210025074.1A CN102537606B (en) | 2012-02-06 | 2012-02-06 | Bracket assembly and miniature image pick-up device |
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| CN201210025074.1A CN102537606B (en) | 2012-02-06 | 2012-02-06 | Bracket assembly and miniature image pick-up device |
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| CN102537606A CN102537606A (en) | 2012-07-04 |
| CN102537606B true CN102537606B (en) | 2013-10-30 |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103244799B (en) * | 2013-04-08 | 2016-02-17 | 深圳市宝瑞明科技有限公司 | Gimbals and there is the vidicon camera of these gimbals |
| CN104125376A (en) * | 2013-04-28 | 2014-10-29 | 派尔高公司 | Monitoring camera possessing integrated installation characteristic |
| CN203786453U (en) * | 2014-03-24 | 2014-08-20 | 零度智控（北京）智能科技有限公司 | Lens-adjustable driving assembly in holder |
| CN104780351A (en) * | 2015-04-27 | 2015-07-15 | 成都安思科技有限公司 | Wide angle monitoring device with angle adjusting function |
| CN105407326A (en) * | 2015-12-08 | 2016-03-16 | 成都科创佳思科技有限公司 | Outdoor water-proof monitoring camera |
| CN213954951U (en) * | 2020-05-18 | 2021-08-13 | 深圳市锐明技术股份有限公司 | Camera adjusting support and vehicle-mounted camera |
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| US20070152116A1 (en) * | 2006-01-05 | 2007-07-05 | Larry Shawn Madsen | Ball head |
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| CN102537606A (en) | 2012-07-04 |
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