CN117319565A

CN117319565A - Folding double-camera intelligent high-speed shooting instrument

Info

Publication number: CN117319565A
Application number: CN202210721500.9A
Authority: CN
Inventors: 高河福
Original assignee: Guangzhou Senrui Technology Co ltd
Current assignee: Guangzhou Senrui Technology Co ltd
Priority date: 2022-06-24
Filing date: 2022-06-24
Publication date: 2023-12-29

Abstract

The invention discloses a folding double-camera intelligent high-speed shooting instrument, which comprises a multifunctional visual read-write operation main body, a connecting main body fixing piece, a high-speed shooting supporting arm and an image acquisition device, wherein the connecting main body fixing piece is connected with the multifunctional visual read-write operation main body and the high-speed shooting supporting arm, the high-speed shooting supporting arm is of a through-center structure at least comprising two connecting ports, one connecting port is connected with the connecting main body fixing piece, and the other connecting port is connected with the image acquisition device; the method can integrate the read-write function and simultaneously comprises the visual intelligent operation function, the fingerprint identification function, the key operation, the voice function and the like, so that the business operation is simpler, more convenient and more convenient.

Description

Folding double-camera intelligent high-speed shooting instrument

Technical Field

The invention relates to the field of high-speed shooting instruments, in particular to a folding double-camera intelligent high-speed shooting instrument.

Background

The popularization of the intelligent card brings great convenience to the life of people, and in the business handling in the fields of banks, communication, hotels and the like, the traditional business handling mode at present usually comprises the steps of reading identity card information through a reader, feeding the information back to a pc terminal, and writing the information into an IC card through other card writing equipment by the pc terminal. This approach is cumbersome and time consuming, error prone, and results in inefficient window handling. The reading terminal combining the two kinds of functional equipment for reading and writing cards brings great convenience to counter business, and the multifunctional intelligent reading and writing terminal handles business and is generated accordingly. The requirements of personnel image information acquisition, scanning and the like are often involved in handling the services, so that new equipment and new technology for realizing integrated functions by combining high-speed shooting functions in the multifunctional intelligent read-write terminal are also needed, research and design are needed for product structure and function module realization of the multifunctional intelligent read-write terminal, and meanwhile, the whole hardware product design and data layer are considered in the aspect of expanding convenience to give certain prospective design consideration, such as loading and unloading, portability and application of simple scenes, partial functions can be removed, planning and design are carried out as far as possible in consideration of various requirements which can be met, such as functional requirements of angle adjustment and the like during image acquisition.

Disclosure of Invention

In order to solve the technical problems, the invention provides a folding double-camera intelligent high-speed shooting instrument, which comprises a multifunctional visual read-write operation main body, a connecting main body fixing piece, a high-speed shooting support arm and an image acquisition device, wherein the connecting main body fixing piece is connected with the multifunctional visual read-write operation main body and the high-speed shooting support arm, the high-speed shooting support arm is of a through heart structure at least comprising two connecting ports, one connecting port is connected with the connecting main body fixing piece, and the other connecting port is connected with the image acquisition device; wherein image acquisition device contains camera mounting, first camera, second camera, and wherein the camera mounting contains camera mounting casing, camera connecting piece, and wherein the camera connecting piece is connected with camera mounting casing, wherein contains first camera connection structure, second camera connection structure, high rapping bar connection structure in the camera mounting casing. The technical scheme can integrate the read-write function and simultaneously comprises a visual intelligent operation function, a fingerprint identification function, key operation, a voice function and the like, so that the business operation is simpler and more convenient. The high-angle image information acquisition and scanning of the acquisition object are realized by combining the high-shooting function in the multifunctional intelligent read-write terminal, wherein the adjustable image acquisition device is arranged on the high-shooting acquisition device, the image acquisition of different heights of the acquisition object is assisted, meanwhile, the possible inconsistency of the angles and the heights of the acquisition object is considered, and therefore, a connecting piece of the image acquisition device is of a shaft structure, and the image acquisition device can realize the multi-angle adjustable acquisition of the image of the object. The main body fixing piece has the characteristic of being convenient to disassemble, assemble and separate, can be separated from the multifunctional visual read-write operation main body, and is suitable for various occasion demands.

The technical scheme of the invention is that the folding double-camera intelligent high-speed shooting instrument comprises a multifunctional visual read-write operation main body, a connecting main body fixing piece, a high-speed shooting supporting arm and an image acquisition device, wherein the connecting main body fixing piece is connected with the multifunctional visual read-write operation main body and the high-speed shooting supporting arm, the high-speed shooting supporting arm is of a through-center structure at least comprising two connecting ports, one connecting port is connected with the connecting main body fixing piece, and the other connecting port is connected with the image acquisition device; the image acquisition device comprises a high-speed shooting acquisition device and an adjustable graph acquisition device, wherein the adjustable graph acquisition device is connected with the high-speed shooting acquisition device, and the high-speed shooting acquisition device is connected with a connecting port of the supporting arm; the multifunctional visual read-write operation main body comprises a PCB main control board module, a fingerprint identification module, a read-write module, a SAM module, an interface module, a voice module, a key module, a main body fixing piece and a shell; the PCB main control board module comprises a fixing part and a connecting interface; the fixing part is fixed with the main body fixing piece, and the connecting interface is connected with the connecting interfaces of the fingerprint identification module, the read-write module, the SAM module, the interface module, the voice module and the key module and is arranged in the shell through the main body fixing piece.

Preferably, the camera comprises a camera fixing piece shell and a camera connecting piece, wherein the camera connecting piece is connected with the camera fixing piece shell, and the camera fixing piece shell comprises a first camera connecting structure, a second camera connecting structure and a high racket connecting structure; the camera fixing piece shell is formed by connecting a first camera fixing piece shell and a second camera fixing piece shell. The structural function design of camera mounting casing, camera connecting piece fully ensures the realization of the function of first camera, second camera, has considered simultaneously with the connection problem of high rapping bar, reaches the effect that the convenience of operation and user experience feel the promotion, portable transportation etc. of the equipment of being convenient for.

The technical scheme of the invention relates to a folding camera of a high-speed photographic instrument, which comprises a camera fixing piece shell and a camera connecting piece, wherein the camera connecting piece is connected with the camera fixing piece shell, and the camera fixing piece shell comprises a first camera connecting structure, a second camera connecting structure and a high-speed photographic rod connecting structure; the camera fixing piece shell is formed by connecting a first camera fixing piece shell and a second camera fixing piece shell.

Preferably, the camera connecting piece comprises a camera connecting piece base, a camera connecting piece pad and a camera connecting piece shaft core, wherein the camera connecting piece base is fixedly connected with the camera connecting piece shaft core, and the camera connecting piece pad is matched with the camera connecting piece base; wherein the camera connecting piece pad and the camera connecting piece base are round.

Preferably, the camera connecting piece base comprises a camera connecting piece base positioning part and a camera connecting piece base fixing part, wherein the camera connecting piece base positioning part is a convex structure based on the base, the middle part of the convex structure is a groove structure, and the outer edge shape of the convex structure at least comprises a polygon; the camera connecting piece base fixing part is arranged in a groove structure of a protruding structure of the camera connecting piece base positioning part, and at least one camera connecting piece fixing part is arranged.

Preferably, the axle center part of the camera connecting piece comprises an axle body, an axle body base and an axle center fixing part of the camera connecting piece, wherein the axle body is arranged on the axle body base, the shape of the axle body at least comprises a cylinder, and two ends of the axle body are provided with axle body connectors; the axle center fixing part of the camera connecting piece is of a fixed stud structure, and the axle center fixing part of the camera connecting piece is arranged on the other surface of the axle body base.

Preferably, the first camera connecting structure comprises a connecting and positioning part and a connecting and limiting part, wherein the connecting and positioning part is a convex structure based on the inner surface of the second camera fixing part shell, and a groove is formed in the side part of the convex structure; the connecting limiting part comprises a first connecting limiting part and a second connecting limiting part, and the first connecting limiting part is of a protruding structure based on the inner surface of the camera fixing shell II; the protruding structure of the connecting and positioning part is parallel to the protruding structure of the first connecting and positioning part, and the groove edge of the protruding structure of the connecting and positioning part is flush with one edge of the protruding structure of the first connecting and positioning part.

Preferably, the second connection limiting part of the first camera connection structure is arranged on the first camera fixing part shell, the second connection limiting part is a protruding structure based on the inside of the first camera fixing part shell, and the protruding structure is provided with an open type concave structure.

Preferably, the second camera connecting structure comprises a camera connecting piece placing part and a camera connecting piece placing hole, wherein the camera connecting piece placing part is a containing space formed by a camera fixing piece shell I and a camera fixing piece shell II; the camera connecting piece placing hole is of a through hole structure and is arranged on the first fixing piece shell, and the shape of the through hole at least comprises a circle.

Preferably, the high racket connecting structure comprises a high racket sleeve joint part and a high racket fixing part, and is arranged on the second camera fixing piece shell; the high racket shaft sleeving part is of a convex structure based on the outer surface of the camera fixing piece shell, the center of the high racket shaft sleeving part is of a hollow structure, the hollow structure of the center of the high racket shaft sleeving part is positioned at the two shell parts of the camera fixing piece shell and comprises a circuit through hole, and the diameter of the circuit through hole is smaller than that of the hollow structure; wherein the diameter of the hollow structure in the center of the sleeving part of the high racket is larger than or equal to the outer diameter of the high racket; the high racket fixing part is arranged on the inner surface of the camera fixing part shell II, and the position of the high racket fixing part is beside a line in the center of the high racket sleeve joint part and in a hollowed-out structure corresponding area in the center of the high racket sleeve joint part.

Preferably, the first camera fixing piece shell comprises a first camera fixing piece shell fixing part, a first camera fixing piece shell limiting part and a first camera fixing piece shell clamping part, wherein the first camera fixing piece shell fixing part is of a stud structure, and at least 1 camera fixing piece shell fixing part is arranged; the limiting part of the camera fixing piece shell is a protruding structure based on the inner side wall of the camera fixing piece shell, and one end of the protruding structure is a concave notch structure; the clamping part of the camera fixing piece shell I is arranged on the shell side wall of the camera fixing piece shell I and is of an L-shaped ladder-shaped structure.

Preferably, the second camera fixing piece shell comprises a second camera fixing piece shell fixing part, a second camera fixing piece shell positioning part and a second camera fixing piece shell clamping part, wherein the second camera fixing piece shell fixing part is of a screw hole structure, at least one is arranged, and the second camera fixing piece shell fixing part is connected with the first camera fixing piece shell fixing part in a matching way and is fixed through screws; the second positioning part of the camera fixing piece shell is of a convex structure based on the inner surface of the second camera fixing piece shell, and at least 1 positioning part is arranged; the second clamping part of the camera fixing part shell is located on a protruding structure of the side portion of the inner face of the second camera fixing part shell, an L-shaped step is formed between the protruding structure and the outer edge of the second camera fixing part shell, and the second clamping part of the camera fixing part shell is matched with the first clamping part of the first camera fixing part shell in a clamping mode.

Preferably, the camera comprises a camera shell and a camera module, and the camera module is fixed in the main camera shell; the camera shell comprises a camera shell I and a camera shell II, wherein the camera shell I is connected with the camera shell II, and the camera shell comprises an indicator lamp part, a camera head part, a light supplementing lamp part and a connecting part.

Preferably, the indicator light part comprises an indicator light hole part and an indicator light cover piece, and the indicator light part is arranged on the first camera shell; the indicating lamp hole part comprises a light hole and an indicating lamp shade piece fixing part, wherein the indicating lamp shade piece fixing part is of a stud structure and is provided with at least 1 indicating lamp shade piece fixing parts; the indicating lampshade piece comprises a fixing part and a light-transmitting part, wherein the fixing part is of a fixing screw hole structure and is fixed through screws.

Preferably, the camera comprises a camera placing part, a camera fixing part and a camera positioning part, and the camera is arranged on the second camera shell; the camera placing part is of a through hole structure, and the shape of the through hole at least comprises a circle; the camera fixing part is of a fixed stud structure and is arranged beside the camera placing part, and at least one camera fixing part is arranged; the camera positioning part is of a protruding structure based on the protruding side wall of the second camera shell, at least one camera positioning part is arranged, and the camera positioning part is located beside the camera placing part.

Preferably, the light supplementing lamp part comprises a light supplementing lamp module placing part, a light supplementing lamp shade piece and a light supplementing lamp shade placing part, and the light supplementing lamp part is arranged on the camera shell II; the light supplementing lamp module placing part comprises a light supplementing lamp module fixing part and a light supplementing lamp module limiting part; the light supplementing lamp shade piece comprises a light supplementing lamp shade piece fixing part and a light supplementing lamp module clamping part; the light supplementing lamp shade placing part comprises a light supplementing lamp shade clamping part and a light supplementing lamp shade positioning part, and the light supplementing lamp shade placing part is of a hollow structure.

Preferably, the connecting part comprises a camera shell connecting part and a camera fixing body connecting part; the camera shell connecting part is of a structure that a first camera shell and a second camera shell are connected, and comprises a camera shell positioning part, a camera shell clamping part and a camera shell fixing part which are respectively arranged on the first camera shell and the second camera shell to be connected; the camera fixing body connecting part is a structure that a camera is connected with the camera fixing body, and comprises a connecting shaft center piece and a connecting bearing part, wherein the connecting bearing part is positioned at one end of a camera shell II.

Preferably, the camera housing positioning part of the camera housing connecting part comprises a camera housing inner positioning part and a camera housing outer positioning part; wherein the positioning part in the camera shell is a convex structure based on the side wall of the shell, one end of the convex structure is provided with a concave notch, and the positioning part in the camera shell is arranged on the inner side wall of the first shell; the camera shell outer positioning part is based on a protruding structure of the camera shell side wall, the protruding structure is located in the direction of the inner side wall of the camera shell side wall and protrudes, the protruding structure and the camera shell side wall are distributed in a step mode, and the camera shell outer positioning part is arranged on the second shell.

Preferably, the camera housing clamping part comprises a camera housing buckle and a camera housing buckle groove, and the camera housing buckle groove are mutually matched and clamped; the camera shell buckle structure is an inward bulge structure based on the side wall of the camera shell, at least one camera shell buckle is arranged, and the camera shell buckle is arranged on the first shell; the camera shell buckle groove is based on a groove body structure on the side wall of the outer positioning part of the camera shell, the shape of the groove body structure at least comprises a rectangle, and at least 1 camera shell buckle groove is formed.

Preferably, the camera housing fixing part comprises a camera housing fixing stud and a camera housing fixing screw, and the camera housing fixing stud and the camera housing fixing screw are matched and fixed through screws.

Preferably, the connecting bearing part of the camera fixing body connecting part comprises a camera fixing body connecting bearing main body, the camera fixing body is connected with a bearing cover body, and the camera fixing body connecting bearing cover body covers the camera fixing body connecting bearing main body; wherein the camera fixed body connection bearing structure at least comprises a circular through hole.

Preferably, the connecting shaft element of the camera fixing body connecting part comprises a shaft element main body and shaft element joints, the shaft element joints are positioned at two ends of the shaft element main body, the diameter of the shaft element joints is smaller than that of the shaft element main body, and the shape of the shaft element main body at least comprises a polyhedron.

Preferably, the multifunctional visual read-write operation main body comprises a PCB main control board module, a fingerprint identification module, a read-write module, a SAM module, an interface module, a voice module, a key module, a main body fixing piece and a shell; the PCB main control board module comprises a fixing part and a connecting interface; the fixing part is fixed with the main body fixing piece, and the connecting interface is connected with the connecting interfaces of the fingerprint identification module, the read-write module, the SAM module, the interface module, the voice module and the key module and is arranged in the shell through the main body fixing piece.

Preferably, the main body fixing piece is an irregular integral forming piece and comprises a supporting part, a fixing part, a reinforcing part and a concave notch structure; wherein the supporting part and the fixing part are distributed at the edge and the middle part of the main body fixing piece; wherein the reinforcing part is arranged in the middle of the main body fixing piece; the concave notch structure is arranged at the edge part of the main body fixing piece.

Preferably, the supporting part is a convex supporting body, the supporting body and the main body fixing piece are in a vertical direction and are vertically arranged in a forward direction and a reverse direction of a plane of the main body fixing piece, the supporting body comprises a supporting arm and a supporting leg, and the angle relation between the supporting arm and the main body fixing piece and the angle relation between the supporting arm and the supporting leg comprise a vertical relation and a non-vertical relation.

Preferably, the height of the protruding support bodies located in the same direction on the surface of the main body fixing piece is equal-height distance, the shape comprises a rectangular body, a cylinder and an irregular body, the shape comprises a support arm and a support leg of the support body, the shape of the support arm and the support leg can be the same in some embodiments, the shape of the support arm and the support leg can also be designed according to practical use in some embodiments, for example, the support arm is rectangular, the support leg is triangular, and the like.

Preferably, the supporting portion disposed in the middle of the main body fixing member is a hollow structure, and the hollow structure at least includes 3 sides, wherein the convex supporting body serving as the supporting portion uses any side of the hollow structure as a vertical side, in some embodiments, the hollow structure is a quadrilateral, and a certain non-connection space is reserved between the supporting arm of the supporting portion and one side of the hollow structure.

Preferably, the fixing part is arranged at the edge and the middle part of the main body fixing piece; the fixing part of the edge part is based on the conventional edge line outer edge part of the main body fixing piece, wherein a fixing hole is formed in the middle of the fixing part of the edge part; the fixing portion in the middle of the main body fixing piece is a fixing hole and is distributed on the panel of the main body fixing piece, in some embodiments, the supporting portion can have the function of the fixing portion at the same time, and the fixing hole is formed in the extending portion of the supporting leg of the supporting portion, so that the fixing effect can be achieved.

Preferably, the fixing portion of the edge portion includes a regular pattern and an irregular pattern, wherein the regular pattern includes a rectangle, an ellipse, and a triangle, and in some embodiments, the fixing portion is a rectangle.

Preferably, the fixing portion of the edge portion includes a same horizontal plane and a non-same horizontal plane based on a horizontal positional relationship between the outer edge portion of the conventional edge of the main body fixing member and the main body fixing member, and in some embodiments, the fixing portion has a rectangular structure extending from the edge portion of the main body fixing member, where the fixing portion and the main body fixing member are located at the same horizontal plane; in some embodiments, the fixing portion extends along the edge portion of the main body fixing piece and then extends towards a non-same horizontal plane direction, and the fixing portion comprises a supporting arm and a supporting foot, or fixing holes are formed in the supporting feet of some supporting portions, so that a structure with supporting and fixing functions is formed.

Preferably, the fixing portion of the edge portion includes at least one fixing hole, in some embodiments, 2 fixing holes may be formed in the fixing portion, and the size of the fixing portion and the number of the fixing holes are specifically considered according to the shape design of the main body fixing piece, so that the fixing holes need to be reinforced and fixed at weak structural positions, and further the number of the fixing holes needs to be increased.

Preferably, the reinforcing part arranged in the middle of the main body fixing member is provided with a reinforcing rib, and the reinforcing rib at least comprises one reinforcing rib, in some embodiments, the reinforcing part is provided with a plurality of reinforcing ribs which are irregularly distributed in the middle of the main body fixing member, and the directions of the reinforcing ribs can be transverse and longitudinal or can be crossed, so that the stability of the main body fixing member structure is mainly enhanced.

Preferably, the concave notch structure arranged at the edge part of the main body fixing piece at least comprises one notch, and the notch is mainly used for avoiding internal parts to form a containing space for containing other functional parts.

Preferably, the shell of the multifunctional visual read-write operation main body is formed by connecting a shell 1 and a shell 2, wherein the shell 1 is a base, the shell 2 is an operation screen panel, and the connection mode comprises a clamping mode, a screw mode and a cementing mode.

Preferably, the base comprises a supporting part, a wire body accommodating part, an external interface part, a sound hole part, a touch pen traction connecting part and a connecting main body fixing piece connecting part.

Preferably, the number of the supporting parts is at least 1, wherein the supporting parts comprise supporting seats and supporting feet, the supporting seats and the supporting feet are of separated structures, and the supporting feet are arranged on the supporting seats.

Preferably, the supporting seat can be concave, plane or convex.

Preferably, the shape of the supporting leg is matched with that of the supporting seat, and the connecting mode of the supporting leg installation and the supporting seat comprises gluing, clamping, screwing and welding.

Preferably, the horizontal plane shape of the supporting seat and the supporting foot comprises a round shape, a square shape, a rectangular shape and an irregular shape.

Preferably, the wire body accommodating part is of a through groove structure, a groove is formed in the through groove, the diameter of the groove is larger than or equal to that of the through groove, an external interface is arranged in the groove, in some embodiments, the groove is of a cuboid structure, the cuboid groove is formed in the central position of the whole base, and the external interface part is arranged on one side of the groove.

Preferably, the through groove structure comprises a closed type two-end opening type and an unsealed type two-end opening type, wherein the closed type and the unsealed type of the groove in the through groove are consistent with the through groove, the section shape of the through groove comprises a regular pattern and an irregular pattern, and the regular pattern comprises a square, a round and a rectangle.

Preferably, the notch surface of the open-type two ends of the through groove structure is positioned on the same surface as the bottom surface of the base, the horizontal plane of the notch surface comprises two conditions that the notch surface of the open-type two ends of the through groove structure is flush with the bottom surface of the base, two sides of the notch of the through groove structure are provided with wire body fixing structures, and the wire body fixing structures are protruding bodies towards the opening direction. In some embodiments, the wire body fixing structure includes regular protrusions and irregular protrusions protruding toward the opening direction; wherein the regular protruding body comprises a rectangular body and a cylinder.

Preferably, the arrangement mode of the wire body fixing structure for the protruding bodies towards the opening direction comprises a symmetrical mode and an asymmetrical mode, and single-side distribution and double-side distribution. In some embodiments, the arrangement mode is bilateral dislocation distribution, and the design of the distance between the outermost side edge of the top of the protruding body and the opposite edge of the notch of the through groove structure needs to consider the minimum diameter and the maximum diameter of the wire body of the equipment, so that the wire body with the maximum diameter can be clamped in, and meanwhile, the minimum wire body diameter is not easy to slide out, so that the wire body can be fixed in the wire body containing part.

Preferably, the number of the protrusions of the wire fixing structure can be designed according to the actual use requirement of the product, and at least one protrusion is required.

Preferably, the external interface part at least comprises a USB interface and a power interface. In some embodiments, a groove with a USB and a power socket is arranged in the middle of the hidden part of the wire body, a strip-shaped groove for placing a power wire and a data wire is extended from the center of the groove to the right side, and the diameter of the strip-shaped groove is larger than the sum of the diameters of the power wire and the data wire, so that the two wires are pulled out from the right side strip-shaped groove together.

In some embodiments, preferably, the sound hole portion includes at least one through hole; the touch pen traction connection part comprises a convex structure, an annular structure and a clamping structure, and is used for fixing a touch pen hanging rope; the connecting body fixing piece connecting part comprises a fixing seat and a fixing piece, wherein a fixing hole is formed in the fixing seat, and the fixing seat and the fixing piece are connected in a threaded connection, a clamping connection and a shaft connection mode. In some embodiments, the traction connection portion of the stylus is ring-shaped and is disposed at a side position of the base. In some embodiments, the stylus traction connection may be semi-circular.

Preferably, the base further comprises an external device expansion connecting part, the connecting part comprises a positioning groove and an expansion function contact, and the positioning groove can enable the multifunctional intelligent read-write terminal and the multifunctional intelligent read-write terminal to form a stable structure after being connected with external expansion devices.

Preferably, the operation screen panel comprises a panel main body and a visual operation screen, and the panel main body is connected with the visual operation screen; the panel main body comprises a fingerprint identification part interface part, a touch pen placing part, a connecting main body fixing part connecting part, a visual operation screen mounting connecting part, a voice hole part and a key hole part.

Preferably, the visual operation screen installation connecting part of the panel main body comprises a hollow structure and a connecting part. In some embodiments, the hollowed-out structure may be rectangular, oval or other irregular patterns, and may be specifically designed according to practical use and aesthetic requirements. In some embodiments, the hollow structure occupies more than one half of the area of the panel body, and can be specifically set according to operation habits and requirements. The hollow structure occupies the area proportion of the panel main body, and meanwhile, the size and the cost of the visual operation screen are required to be considered for design.

Preferably, the connection part of the visual operation screen installation connection part of the panel main body is provided with a stepped clamping groove structure from the front direction surface of the panel main body, a stepped clamping groove structure is arranged from the reverse direction surface of the panel main body, and the stepped clamping groove structure arranged from the front direction and the reverse direction of the panel main body is combined and integrally formed into a convex shape by comparing the front direction and the reverse direction of the panel main body.

Preferably, the two sides of the panel main body are opposite in lateral direction, and the two sides of the panel main body are combined to form the convex-shaped clamping groove structure integrally, wherein the heights of the two sides of the convex-shaped clamping groove structure comprise the same height and different heights.

Preferably, the visual operation screen comprises a liquid crystal screen and a touch sensing screen, and the touch sensing screen is arranged on the liquid crystal screen. The touch sensing screen is arranged on the surface of the panel main body and clamped on the stepped clamping groove structure of the forward direction surface. In some embodiments, the fixing manner is preferably gluing, or welding or providing a clamping structure, and the replacing manner of the fixing manner can be derived from the conventional manner, but the gluing manner is more preferable in terms of aesthetic sense and operation implementation. The liquid crystal screen is arranged on the stepped clamping groove structure of the opposite surface of the panel main body, and the fixing mode of the liquid crystal screen is preferably gluing in some embodiments; in some embodiments, the liquid crystal screen may be a stepped slot structure clamped on the opposite surface of the panel main body, and the multifunctional read-write terminal is internally provided with a fixing structure or a positioning structure for fixing.

Preferably, the fingerprint identification part interface part on the panel main body is of a hollow structure, and the opening shape of the fingerprint identification part interface part is designed and matched according to the shape of the fingerprint identification part. In some embodiments, the fingerprint recognition part interface is rectangular and is disposed at a portion of the panel body near the edge, preferably at the lower right side of the panel body in the operation positive direction, so as to conform to the behavior habit of normal human beings.

Preferably, the stylus pen placing part on the panel main body comprises a through hole structure, a clamping structure and a groove body structure, and the shape of the stylus pen placing part can be specifically set according to the structural shape of the stylus pen. In some embodiments, the stylus is circular, and the stylus placement structure is designed to be a clamping structure or a through hole structure or a groove structure; and when the stylus is of an irregular structure, the clamping structure is more unsuitable, and a through hole structure and a groove body structure are preferable. In some embodiments, the stylus placement portion is disposed at a portion of the panel body near the edge, preferably disposed at the right side of the panel body in the positive direction of operation, so as to conform to the normal pen habit of a human.

Preferably, the connecting part of the connecting body fixing part on the panel main body comprises a rotating shaft connecting part and a connecting body fixing part accommodating part. In some embodiments, the connecting body fixing part is disposed at a side edge of the panel body and is a concave notch. The rotating shaft connecting part is positioned at the bottom of the concave notch and can be arranged on one side or two sides; the rotating shaft connecting part is of a through hole structure.

Preferably, the voice hole portion on the panel main body at least comprises a hole, in some embodiments, the voice hole portion is arranged as a distributed porous matrix, the shape of the through hole is set according to specific requirements, and in consideration of space saving, actual use effect and production cost, in some embodiments, circular through holes, square through holes and irregular through holes are adopted. The voice hole is generally formed on one side of the panel body close to the operator, so as to facilitate the quality of voice input of the operator.

Preferably, the key hole part on the panel main body at least comprises one hole; in some embodiments, the key hole part comprises a switch key hole and an adjusting key hole, and the shape of the key hole is set according to the shape of the key; in some embodiments, the adjustment key hole of the key hole portion includes a volume adjustment hole, a brightness adjustment hole. In some embodiments, only one switch key hole is included, and the volume and brightness adjustment can be realized by the operation of a software layer.

Preferably, the fingerprint recognition module comprises a finger touch panel and a fingerprint recognition module, wherein the finger touch panel is connected with the fingerprint recognition module through a fixing part of a main body fixing part and is fixed on a fingerprint recognition part interface part on a panel main body of the operation screen panel in the shell.

Preferably, the high-speed shooting support arm is a through core structure at least comprising two connection ports, one connection port is connected with the connection main body fixing piece, and the other connection port is connected with the image acquisition device; the connection mode comprises clamping connection, screw connection, cementing connection and sleeving connection; when the high-speed image acquisition device is connected in a clamping and screwing mode, the corresponding clamping structure and the corresponding screwing structure are arranged at the connecting position, and when the high-speed image acquisition device is connected in a sleeving mode, the connecting port of the high-speed image acquisition device is sleeved into the connecting main body fixing piece connecting interface and the image acquisition device connecting interface, wherein the wire part reinforcing rib structure is arranged inside the high-speed image acquisition device through core structure, so that the high-speed image acquisition device can be used for reinforcement, the wire part of the high-speed image acquisition device can also be used for guiding an internal transmission line, the wire part of the high-speed image acquisition device is composed of two reinforcing ribs side by side, and grooves are formed in the middle parts of the two reinforcing ribs and can be used for placing the transmission line body.

Preferably, the connecting body fixing piece comprises a shell and a PCB board; wherein the PCB board is fixed in the casing, and wherein the casing comprises casing one, casing two, contains 2 connectors on the casing at least, and one of them interface is used for external high-speed shooting equipment. Preferably, the PCB board comprises a fixing portion, a positioning portion and a USB interface, wherein at least one of the fixing portion and the positioning portion is provided; the USB interface passes through one of the interfaces of the shell, the fixing part and the positioning part of the PCB are of a through hole structure, and the shape of the through hole structure comprises a regular pattern and an irregular pattern.

Preferably, the first shell comprises a connecting port part, a positioning part, a fixing part and a connecting part, wherein at least one connecting port is arranged, at least one positioning part and at least one fixing part are respectively arranged in the first shell, and the connecting part is an edge part of the first shell connected with the second shell.

Preferably, the connecting port part comprises two opening type interface structures, the two interface parts are two adjacent surfaces, and one of the two interface parts is positioned at the side surface part; wherein the two interface structure shapes comprise a regular shape and an irregular shape, wherein the regular shape comprises at least an oval shape, a rounded rectangle shape, a triangle shape.

Preferably, the connecting part of the first shell is a Z-shaped ladder structure and is looped at the edge part of the first shell, and the connecting parts of the corresponding second shells are mutually matched.

Preferably, the shell comprises a positioning part, a fixing part, a clamping part, a connecting part and a connecting opening part; the positioning part and the fixing part of the second shell are positioned in the second shell, and at least one of the positioning part and the fixing part is positioned in the second shell; the clamping part of the second shell is positioned on the side wall of the second shell, and at least one clamping part is positioned on the side wall of the second shell; wherein the joint part of the second shell is positioned at the edge part jointed with the first shell; the connecting port of the second shell is positioned on the side wall of the second shell, the side wall is adjacent to the side wall comprising the clamping part, and the connecting port is combined with the side wall connecting port of the first shell to form a connecting port for the USB interface of the PCB to pass through, so that external connection is realized.

Preferably, the connecting part of the second shell is a reverse Z-shaped ladder structure and is looped at the edge part of the second shell, and the connecting parts of the first corresponding shells are mutually matched.

Preferably, the positioning part of the second shell is a positioning column and a fixing part fixing stud, and the fixing part of the first shell is a fixing stud; the fixing stud of the first shell is matched with the fixing stud of the second shell to form an integrated stud which is fixedly connected with the screw.

Preferably, the number of the clamping parts of the second shell is 2, and the second shell is an open type groove, wherein the shape of the groove comprises a regular shape and an irregular shape, and the regular shape comprises a rectangle, a triangle, a circle and an ellipse. In some embodiments, the rectangular open grooves are symmetrically arranged on two adjacent side walls of the connecting port and are used for being positioned and clamped with the multifunctional intelligent high-speed shooting instrument main body, wherein at least one end of each rectangular open groove is open, so that the clamping structure of the multifunctional intelligent high-speed shooting instrument main body can be clamped in or slipped out when being connected.

Preferably, the high-speed shooting acquisition device in the image acquisition device comprises a shell, an image acquisition device, a light supplementing lamp and an external part connecting end; the image acquisition device and the light supplementing lamp are fixed on the image acquisition part and the light supplementing lamp part in the shell, and the connecting end of the outer part is a through hole structure and is connected with the high-speed shooting support arm.

Preferably, the shell of the high-speed shooting acquisition device consists of a shell A and a shell B, wherein the connection mode of the shell A and the shell B comprises clamping, screwing, cementing and screwing, and when the high-speed shooting acquisition device is connected in a clamping and screwing mode, the connection part is provided with a corresponding clamping structure and a corresponding screwing structure; wherein casing A contains image acquisition portion, light filling lamp portion, and the external part is connected the tip.

Preferably, the image acquisition part on the shell A comprises image acquisition holes, a limiting part and fixing studs, wherein the limiting part and the fixing screw holes are positioned at the periphery of the image acquisition column, and the number of the fixing screw holes is at least 1.

Preferably, the light supplementing lamp part on the shell a comprises a light supplementing lamp hole part, a clamping part and a light supplementing lamp shade, wherein the clamping part is positioned around the light supplementing lamp hole part and is clamped with the light supplementing lamp shade.

Preferably, the light supplementing lampshade is made of a light-transmitting material and comprises a clamping part, a limiting part and an annular edge, wherein the clamping part is positioned on the annular edge, the limiting part is positioned in an inner accommodating space formed by the annular edge, and the limiting part is used for limiting the light supplementing lamp.

Preferably, the outer part connecting end comprises an outer part connecting part, a fixing part and an outer part connecting end through hole; wherein the fixing part is positioned around the through hole of the connecting end of the outer part.

Preferably, the outer part connecting end through hole comprises a bottom through hole and a connecting through hole, wherein the bottom through hole of the outer part connecting end through hole is smaller than the diameter of the connecting port of the outer connecting object; wherein the outer part connecting through hole is of an open type structure, and the diameter of the opening of the outer part connecting through hole is larger than that of the connecting port of the outer connecting object.

Preferably, the clamping part of the shell A is a clamping groove body structure of the shell edge part of the shell A, the clamping groove body structure is flush with the outer edge, and a groove body is arranged in the middle area of the clamping groove.

Preferably, the edge of the shell A is in an L-shaped ladder structure, the shell B comprises the edge and is in an inverse L-shaped ladder structure, and the shell A is matched with the edge of the shell B to enhance the sealing performance.

Preferably, the wire body guiding part included in the housing a includes an image capturing wire body guiding part and a light supplementing wire body guiding part, wherein the image capturing wire body guiding part and the light supplementing wire body guiding part include at least one guiding groove respectively.

Preferably, the read-write module comprises an NFC module and a read-write PCB, and the NFC module is connected with the read-write PCB; the read-write PCB board comprises an interface part and a fixing part, wherein the interface part is connected with the PCB main control board, and the fixing part is connected with the main body fixing piece to realize the function of being fixed in the shell.

Preferably, the interface module at least comprises a USB interface and a power interface, and the USB interface and the power interface are matched and clamped with the external interface part of the shell base and are fixedly positioned through the main body fixing piece.

Preferably, the voice module comprises a speaker and a microphone, wherein the speaker is fixed on the sound hole part of the base shell through the main body fixing piece, and the microphone is fixed on the corresponding position of the sound hole part of the operation screen panel through the main body fixing piece.

Preferably, the adjustable image acquisition device in the image acquisition device comprises a shell, a camera and a connecting piece, wherein the camera is fixed in the shell, one end of the connecting piece is fixed on a high-speed acquisition device of the multifunctional intelligent high-speed shooting instrument, and the other end of the connecting piece is connected with the shell.

Preferably, the housing of the adjustable image acquisition device comprises a housing C and a housing D, wherein the housing C and the housing D are connected and combined in a single mode and a mixed mode selected from clamping, screwing and cementing.

Preferably, the housing C includes a heat dissipation portion, a fixed connection portion, and a connection portion of a connecting piece, where the heat dissipation portion is a through hole structure, the fixed connection portion is a screw hole structure, and the connection portion of the connecting piece is located at one end of the housing C.

Preferably, the connecting part of the connecting piece on the housing C includes an opening structure and a limiting part, wherein the opening structure is located at a middle position of an edge of one end of the housing C, the limiting part includes at least one limiting part, and the limiting part is located inside the housing C and is close to one end of the edge of the opening structure, which is not the housing C.

Preferably, the housing D includes a camera hole part, a connecting part of the connecting part, and a fixing part, wherein the camera hole part includes a through hole, a lens embedding groove, and a lens, the through hole and the lens include a regular pattern and an irregular pattern, the shape of the through hole is matched with the camera, and the shape of the lens embedding groove is matched with the lens; the connecting part of the connecting piece of the shell D is of an opening structure and is matched and anastomosed with the connecting part of the connecting piece on the shell C to form a female shaft in the rotating shaft structure.

Preferably, the fixing portion of the housing D includes at least one fixing structure integrally formed with the fixing portion of the housing C to fix the housing D and the housing C. In some embodiments, the housing D includes a housing fixation portion, a camera fixation portion, wherein the camera fixation portion mates with a fixation portion on the camera PCB board to form a fixed structural relationship.

Preferably, the PCB of the camera comprises a fixing part, the fixing part is of a through hole structure and is fixed with a fixing structure on the shell through a screw. In some embodiments, the camera fixing portion may not function, and the camera is fixed by being clamped by a limiting structure between the shells.

Preferably, the connecting piece of the adjustable image acquisition device comprises a base A and a connecting shaft body B, wherein the base A is fixedly connected with the base A by being fixed on the high-speed image acquisition device.

Preferably, the base a of the connecting piece of the adjustable image acquisition device comprises a positioning fixing portion, a positioning portion and a limiting portion, wherein the fixing portion is at least one horizontal edge portion located on the base a, the positioning portion is located on the base a and used for positioning and fixing the connecting shaft body B, and the limiting portion is located on the base a and used for limiting the connecting shaft body B to achieve a stabilizing effect.

Preferably, the connecting shaft body B comprises a base connecting portion and a male shaft body portion, wherein the base connecting portion comprises a positioning connecting portion and is fixedly connected with the positioning portion on the base a, and the male shaft body portion is in shaft connection with the female shaft of the shell.

The beneficial effects of the invention are as follows: the utility model provides a folding two camera intelligence high appearance of clapping, contains multi-functional visual read-write operation main part, connecting body mounting, high support arm, image acquisition device of clapping, wherein connecting body mounting is connected with multi-functional visual read-write operation main part, high support arm of clapping, and wherein high support arm of clapping is the logical heart body structure that contains two connecting ports at least, and one of them connecting port is connected with connecting body mounting, and another connecting port is connected with image acquisition device; wherein image acquisition device contains camera mounting, first camera, second camera, and wherein the camera mounting contains camera mounting casing, camera connecting piece, and wherein the camera connecting piece is connected with camera mounting casing, wherein contains first camera connection structure, second camera connection structure, high rapping bar connection structure in the camera mounting casing. The high-angle image information acquisition and scanning of the acquisition object are realized by combining the high-shooting function in the multifunctional intelligent read-write terminal; the adjustable image acquisition device is arranged on the high-speed acquisition device, and is used for assisting in acquiring images of different heights of an acquisition object, and meanwhile, the possible inconsistency of the angles and the heights of the acquisition object is considered, so that a connecting piece of the image acquisition device is of an axial structure, and the image acquisition device can realize multi-angle adjustable acquisition of the images of the object. The wire body guide part is arranged in the wire body guide part to standardize a through hole structure of a circuit and an external connection end, so that connection is facilitated, and data transmission is guaranteed. The light filling lamp can fill light to shooting objects, and the main body fixing piece of the light filling lamp, and the interface setting of the light filling lamp can be used for fixing the connection between high-speed shooting equipment and the multifunctional intelligent high-speed shooting instrument main body, and the detachable structural design is adopted from the connection relation, so that the light filling lamp is convenient to detach and install, and meanwhile, expansion optimization aiming at different scene applications is considered, for example, the high-speed shooting equipment is not needed in some occasions, and the light filling lamp can also be suitable for removing the high-speed shooting equipment when a small part of functions are applicable.

Drawings

In order to more clearly illustrate the embodiments of the invention or the technical solutions of the prior art, the drawings which are used in the description of the embodiments or the prior art will be briefly described, it being obvious that the drawings in the description below are only some embodiments of the invention, and that other drawings can be obtained from these drawings without inventive faculty for a person skilled in the art.

FIG. 1 is a product diagram of an embodiment of the present invention;

FIG. 2 is an exploded view of a multifunctional intelligent read-write terminal product according to an embodiment of the present invention;

FIG. 3 is a schematic view of a main body fixing member according to an embodiment of the present invention;

FIG. 4 is a schematic view of the whole structure of the outer part of the base according to the embodiment of the invention;

FIG. 5 is a schematic view of a partial structure of a base according to an embodiment of the present invention;

FIG. 6 is an exploded view of an operation panel according to an embodiment of the present invention;

FIG. 7 is an enlarged view of a portion of a connecting body mount connection according to an embodiment of the present invention;

fig. 8 is a schematic view illustrating a resolution of a down view and a up view of a camera fixing member of the folding dual-camera intelligent high-speed camera according to the embodiment of the invention;

fig. 9 is a schematic view illustrating a resolution of a down view and a up view of a camera connector of the folding dual-camera intelligent high-speed camera according to the embodiment of the invention;

Fig. 10 is a schematic diagram illustrating a resolution of a top view angle of a camera of the folding dual-camera intelligent high-speed camera according to the embodiment of the invention;

fig. 11 is a schematic view illustrating resolution of a camera bottom view of a folding dual-camera intelligent high-speed camera according to an embodiment of the present invention.

Detailed Description

The embodiment of the invention provides a folding double-camera intelligent high-speed shooting instrument, which comprises a multifunctional visual read-write operation main body, a connecting main body fixing piece, a high-speed shooting supporting arm and an image acquisition device, wherein the connecting main body fixing piece is connected with the multifunctional visual read-write operation main body and the high-speed shooting supporting arm, the high-speed shooting supporting arm is of a through heart structure at least comprising two connecting ports, one connecting port is connected with the connecting main body fixing piece, and the other connecting port is connected with the image acquisition device; wherein image acquisition device contains camera mounting, first camera, second camera, and wherein the camera mounting contains camera mounting casing, camera connecting piece, and wherein the camera connecting piece is connected with camera mounting casing, wherein contains first camera connection structure, second camera connection structure, high rapping bar connection structure in the camera mounting casing. .

In order to make the objects, features and advantages of the present invention more comprehensible, the technical solutions in the embodiments of the present invention are described in detail below with reference to the accompanying drawings, and it is apparent that the embodiments described below are only some embodiments of the present invention, but not all embodiments of the present invention.

The embodiment of the invention provides a folding double-camera intelligent high-speed shooting instrument, which comprises a multifunctional visual read-write operation main body, a connecting main body fixing piece 072, a high-speed shooting supporting arm 701 and an image acquisition device 703, wherein the connecting main body fixing piece 072 is connected with the multifunctional visual read-write operation main body and the high-speed shooting supporting arm 701, the high-speed shooting supporting arm 702 is of a through heart structure comprising two connecting ports, one connecting port is connected with the connecting main body fixing piece, and the other connecting port is connected with the high-speed shooting acquisition device 703 in the image acquisition device. The image acquisition device comprises a high-speed shooting acquisition device 703 and an adjustable graph acquisition device 704, wherein the adjustable graph acquisition device 704 is connected with the high-speed shooting acquisition device 703, and the high-speed shooting acquisition device 703 is connected with a connection port of the high-speed shooting support arm 701;

As shown in fig. 1 to 9, the multifunctional visualized read-write operation main body according to the embodiment of the invention comprises a PCB main control board module 061, a fingerprint identification module, a read-write module, a SAM module 063, an interface module, a voice module, a key module, a main body fixing piece 03 and a shell; wherein the PCB main control board module 061 comprises a fixing part and a connection interface; the fixing part is fixed with the main body fixing piece 03, and the connecting interface is connected with the connecting interfaces of the fingerprint identification module, the read-write module, the SAM module 063, the interface module, the voice module and the key module, and is arranged in the shell through the main body fixing piece 03. The shell is formed by connecting a base 01 and an operation screen panel 02.

As shown in fig. 1-3, the PCB main control board module 061 is provided with a connection interface 0611 and a fixing hole 0612, and the connection interface 0611 is connected with the connection interfaces of the fingerprint identification module, the read-write module 062, the SAM module 063, the interface module, the voice module and the key module through data lines. The fixing holes 0612 are fixed with the fixing holes 035 on the main body fixing piece 03 by screws. The fingerprint recognition module comprises a finger touch panel 0661 and a fingerprint recognition module piece 0662 which are connected by screws and are embedded in the fingerprint recognition piece interface part 0225 and are supported and reinforced in the shell by a support body 038 on the main body fixing piece 03. The read-write module comprises an NFC0621, a read-write PCB 062 and a connection interface 0623, wherein the NFC0621 and the read-write PCB 062 are connected through the connection interface 0623 through data lines; the read-write PCB board also comprises a read-write card slot 06221, and the read-write card slot 06221 is matched and embedded with a card slot 047 and a card slot 046 in the shell base 01. The SAM module 063 comprises a fixing portion 0631 and a connecting portion 0632, wherein the connecting portion 0632 is connected with the PCB main control board 061 through a data line, the fixing portion 0631 is connected with the fixing portion on the main body fixing member 03 through a screw and is positioned on the fixing portion 044 in the housing base 01, and the main body fixing member 03 is provided with a supporting body 037 for positioning, so that a hole can be fixed. The interface module is provided with a USB interface part 0641, a power interface part 0642 and a connection interface 0643 for the interface main board 064; the USB interface part 0641 and the power interface part 0642 are matched and embedded with the USB interface 0132 and the power interface 0131 of the base 01, and the connection interface 0643 is connected with the connection interface on the PCB main control board module 061 through a data line. The voice module comprises a speaker 0651 and a microphone 0652, wherein the speaker 0651 is fixed to the sound hole portion 017 of the housing of the base 01 through the fixing portion 0321 of the main body fixing member 03, and the microphone 0652 is fixed to the position corresponding to the sound hole portion 0223 of the operation panel 02 through the fixing portion 0322 of the main body fixing member 03. The key module comprises an outer key part 0672 and an inner key module, the inner key module comprises a connecting part 06712 and 3 keys 06711, the outer key part 0672 is an elastic key and is matched, embedded and connected with the keys of the inner key module, and then matched and embedded with a key hole part switch key hole 0228, a volume adjusting hole 0227 and a brightness adjusting hole 0226 on the panel main body 022; the other two are not circular through holes, and the inner pressing module and the outer pressing module 0672 are designed and distinguished in the same way, so that the brightness adjusting holes 0226 can be positioned by the same. The inner part of the base 01 of the shell is provided with a positioning stud 048 and a fixing part 0351 of the main body fixing piece 03 which are fixed by screws; the inside of the shell base 01 is provided with 4 limit supporting studs 045 which are screwed with and fixed and support the main body fixing piece 03 through screw holes of corresponding fixing parts on the main body fixing piece 03; a clamping structure 041 and a clamping groove structure 043 are arranged on the edge of the shell base 01, and the corresponding connecting parts of the operation screen panels 02 are matched with the clamping structure and the clamping groove structure so as to realize clamping; the fastening structure 041 and the edge positioning part 042 are in a non-connection relationship, so that elasticity is formed during clamping, and clamping is better realized.

As shown in fig. 1-3, the main body fixing part 03 is an irregular integral part and comprises a supporting part (037; 033; 038), a fixing part (032; 034; 035), a reinforcing part (031) and a concave notch structure (036); wherein the supporting part and the fixing part are distributed at the edge and the middle part of the main body fixing piece; wherein the reinforcing part is arranged in the middle of the main body fixing piece; the concave notch structure is arranged at the edge part of the main body fixing piece.

As shown in fig. 1-3, the supporting parts in the embodiment of the invention are a protruding supporting body 037, a supporting body 033 and a supporting body 038, the supporting body 037, the supporting body 033 and the supporting body 038 are perpendicular to the main body fixing piece 03 and are vertically arranged in the forward and reverse directions of the plane of the main body fixing piece 03, wherein the supporting body 038 is symmetrically provided with 2 pairs of supporting bodies 037 positioned at one corner end of the main body fixing piece 03 and positioned in the middle area of the main body fixing piece 03.

As shown in fig. 1-3, in the embodiment of the present invention, the heights of the protruding support bodies located on the main body fixing piece in the same direction are equal-height distances, for example, 2 pairs of support bodies 038 are equal-height, the shape includes a rectangular body, and the support bodies 037 and 034 are equal-height in the same direction.

As shown in fig. 1-3, the supporting portion 037 disposed in the middle of the main body fixing member according to the embodiment of the present invention is a hollowed-out structure, and the hollowed-out structure includes 4 sides, that is, a quadrangle, wherein any side of the hollowed-out structure is used as a vertical side of the protruding supporting body serving as the supporting portion 037; in some embodiments, the hollowed-out structure may be a triangle or a polygon.

As shown in fig. 1-3, the fixing portion of the embodiment of the present invention is disposed at the edge and the middle of the main body fixing member; the fixing part 032 of the edge part is based on the conventional edge line outer edge part of the main body fixing piece, wherein a fixing hole is arranged in the middle of the fixing part 032 of the edge part; the middle fixing parts 035 of the main body fixing parts are fixing holes and distributed on the panel of the main body fixing parts, and the middle fixing parts 035 are provided with a plurality of irregularly distributed; wherein the securing portion 034 of the rim portion also acts as a support. Wherein the fixing portion 032 of the edge portion is rectangular. The fixing portion 032 of the edge portion is based on the same horizontal plane as the horizontal position relationship between the outer edge portion of the main body fixing member 03 along the normal edge and the main body fixing member 03, and the fixing portion 034 with supporting function is not the same horizontal plane.

As shown in fig. 1 to 3, one fixing hole is formed in the fixing portion 032 of the edge portion, and 2 fixing holes are formed in the other fixing portions, and the number of the fixing holes can be increased or decreased according to the size of the fixing portion and the requirement of the main body fixing member.

As shown in fig. 1-3, the reinforcing part disposed in the middle of the main body fixing member according to the embodiment of the present invention is a reinforcing rib 031, and the reinforcing rib at least includes one reinforcing rib, and in this embodiment, 4 reinforcing ribs are disposed, and the length and direction of the reinforcing rib are set according to the shape of the main body fixing member 03.

As shown in fig. 1 to 3, the edge portion of the main body fixing member according to the embodiment of the present invention is provided with a concave notch structure 036, which is mainly used for avoiding the internal components of the apparatus to form a receiving space for placing the SAM module.

As shown in fig. 1-3, the shell of the invention is composed of a base 01 and an operation screen panel 02, and the connection mode is a clamping and screwing mixed mode.

As shown in fig. 1 to 5, the base 01 includes a support portion, a wire body receiving portion 014, an external interface portion, a sound hole portion, a stylus traction connection portion 018, and a connection main body fixing piece connection fixing portion 019. The whole base 01 is of a convex structure with a convex middle part and a low four sides, and one side of the convex body at the outer middle part is higher than the other side and is inclined. The inclination direction thereof is perpendicular to the wire housing 014.

As shown in fig. 1-5, the support parts in the embodiment of the invention are 4 and are uniformly distributed at four corner positions of the base 01, and the whole plane of the support structure is elliptical.

As shown in fig. 1-5, the supporting portion 011 according to the embodiment of the present invention includes a supporting seat 0112 and a supporting foot 0111, in order to make the supporting foot 0111 be perfectly mounted on the base 01, the supporting seat 0112 provided on the base 01 has a concave structure, so that the supporting foot 0111 can be embedded in a recess of the supporting seat 0112, and further the supporting foot 0111 can be stably mounted on the base 01, and the supporting foot 0111 is a rubber member, and has a certain shock-absorbing and anti-skid function, and the whole supporting portion has a structure with a raised bottom surface, so that contact and friction between the base surface and the placement surface are reduced. Or the external auxiliary pad 705 is connected with the corresponding groove position matching support 011 arranged on the external auxiliary pad 705 to form fit; the other part of the external auxiliary pad is the reference proportion of files and certificates with various sizes and is used for auxiliary scanning and shooting.

As shown in fig. 1-5, the wire body accommodating portion 014 according to the embodiment of the present invention has a through groove structure, a groove 013 is provided in the through groove, the diameter of the groove 013 is greater than or equal to the diameter of the through groove, and an external interface is provided in the groove 013. Wherein the recess is the cuboid structure, and cuboid recess 013 sets up the central point of whole base put, and outside interface portion sets up the face in one side of recess 013, and this face is the same direction with the logical groove of line body storage portion 014.

As shown in fig. 1 to 5, the through groove structure according to the embodiment of the present invention has an unsealed two-end opening, wherein the groove 013 inside the through groove is of an open unsealed structure like the through groove, and the cross section of the through groove is regular round.

As shown in fig. 1-5, the notch surface of the through groove structure and the bottom surface of the base are on the same surface, the horizontal plane of the notch surface is flush, two sides of the notch of the through groove structure are provided with wire fixing structures, and the wire fixing structures are protrusions 0141 towards the opening direction. The wire body fixing structure is a rectangular cylinder with a protruding body 0141 protruding in the opening direction.

As shown in fig. 1 to 5, the wire fixing structure according to the embodiment of the present invention is formed by arranging protrusions 0141 in an asymmetric manner and bilaterally distributed. Specifically, the two sides are staggered, a gap is reserved between the outermost side edge of the top of the protruding body 0141 and the opposite side of the notch of the through groove structure, and a gap is reserved between the protruding bodies 0141. The bottom of the through groove structure of the wire body receiving portion 014 corresponding to the boss 0141 is a hollowed portion 0142.

As shown in fig. 1 to 5, the number of protrusions 0141 of the wire fixing structure according to the embodiment of the present invention is 12, 6 protrusions are uniformly distributed on both sides in the through slot direction, and two through slots are divided into 6 through slots by grooves 013.

As shown in fig. 1-5, the external interface unit according to the embodiment of the present invention includes a USB interface 0132 and a power interface 0131.

As shown in fig. 1 to 5, the USB interface 0132 and the power interface 0131 according to the embodiments of the present invention are disposed at the middle of the central surface of the groove 013, so that a strip-shaped groove for placing the power line and the data line extends from the center of the groove 013 to one side of the line body hiding portion 014.

As shown in fig. 1-5, the sound hole 017 is in a lattice type through hole structure, and is in a regular oval shape, and is arranged on the side wall 0121 of the middle bulge 012 of the base 01; the connecting part 018 is an annular structure and is used for fixing a touch pen hanging rope, and the connecting part 018 is arranged near the edge part of the base 01 according to the position of the touch pen.

As shown in fig. 1-5, a connecting fixing part 019 of the connecting main body fixing part of the embodiment of the invention is arranged at the outer edge of the base 01 and is in a convex plane shape, and fixing screw hole structures are arranged at two sides of the connecting main body fixing part and comprise a fixing seat and a fixing part, wherein a fixing hole 0192 is arranged on the fixing seat, and the fixing seat and the fixing part are connected in a screw connection mode; wherein the fixing member 0191 is a fixing screw. The connecting body fixing member connecting fixing portion 019 is provided on the outer side edge of the base 01 and is located on the long side of the base 01 of the product of the present embodiment.

As shown in fig. 1-5, the base of the embodiment of the invention further comprises an external device expansion connection part 015, wherein the connection part comprises a positioning groove 0151 and an expansion function contact 0152; the positioning groove 0151 can enable the multifunctional intelligent read-write terminal and the multifunctional intelligent read-write terminal to form a stable structure after being connected with external expansion equipment, and the expansion function contact 0152 is composed of 4 contact pieces.

As shown in fig. 1-5, the base 01 according to the embodiment of the present invention further includes fixing screw hole structures, which are respectively distributed on the peripheral edge of the base 01 and the middle protruding portion 012; wherein the outer edge of the periphery of the base 01 is provided with 7 fixing screw holes 0125, and the main area of the middle protruding part 012 is provided with 4 fixing screw holes 0123 so that the base 01 is fixed with other structures of the terminal. Two sides 0122 of the middle protruding part 012, which are close to one end of the sound hole part 017, are provided with protruding parts 0126 for avoiding the design of the internal structural space, wherein an external connecting piece positioning and fixing part 0124 is arranged below the corresponding groove 013 on the middle protruding part 012, and the external connecting piece positioning and fixing part 0124 is an elliptic protruding column, and the horizontal height of the external connecting piece positioning and fixing part 0124 is flush with the supporting part 011. In some embodiments the external connector positioning fixtures 0124 may be concave, with a level that is not flush with the support 011.

As shown in fig. 1-7, the operation panel 02 includes a panel main body 022 and a visual operation panel, and the panel main body 022 is connected with the visual operation panel; wherein the panel main body comprises a fingerprint identification member interface part 0225, a touch pen placing part 0224, a connecting main body fixing member connecting part 02211, a visual operation screen mounting connecting part, a voice hole part 0223 and a key hole part.

As shown in fig. 1 to 7, in this embodiment, the direction of the right direction is the direction facing the multifunctional intelligent read-write terminal, the upper direction is the side connecting the main body fixing piece connecting portion 02211, and the corresponding lower direction is the opposite side connecting the main body fixing piece connecting portion 02211; the right side of the fingerprint recognition article interface 0225 that is close to it is the left side of the opposite side.

As shown in fig. 1-7, the connection part for installing the visual operation panel of the panel main body 022 in this embodiment includes a hollow structure and a connection part. In this embodiment, the hollow structure is rectangular, and occupies more than one half of the area of the panel main body, and in some embodiments, the hollow structure is elliptical and other irregular patterns, which can be specifically designed according to practical use and aesthetic requirements. In some embodiments, the area ratio of the hollow structure occupied by the panel main body can be specifically set according to operation habits and requirements. The hollow structure occupies the area proportion of the panel main body, and meanwhile, the size and the cost of the visual operation screen are required to be considered for design.

As shown in fig. 1-7, in the connection portion of the installation connection portion of the visual operation panel of the panel main body 022 in this embodiment, a stepped clamping groove structure 02221 is provided from the front direction surface of the panel main body, a stepped clamping groove structure 02222 is provided from the opposite direction surface of the panel main body, and the stepped clamping groove structures provided from the front direction and the opposite direction of the panel main body are combined in the side direction of the panel main body to form a convex shape in comparison with the two, and the middle stepped protruding body is 0222.

As shown in fig. 1-7, the two sides of the panel main body in the opposite directions of the panel main body in the embodiment are combined to form a convex-shaped slot structure, wherein the steps of the slot structure 02222 are not equal in height, and the height of the slot structure 02221 is larger than that of the slot structure 02221.

As shown in fig. 1 to 7, the visual operation panel according to the present embodiment includes a liquid crystal panel 023 and a touch-sensitive panel 021, and the touch-sensitive panel 021 is mounted on the liquid crystal panel 023. The touch sensing screen 021 is mounted on the surface of the panel main body 022, is clamped on the stepped clamping groove structure 02221 of the forward direction surface, and is fixed in an adhesive bonding mode. In some embodiments, the fixing manner is preferably gluing, or welding or providing a clamping structure, and the replacing manner of the fixing manner can be derived from the conventional manner, but the gluing manner is more preferable in terms of aesthetic sense and operation implementation. The liquid crystal screen 023 is mounted on the stepped slot structure 02222 on the opposite side of the panel main body 022 and fixed by gluing. In some embodiments, the liquid crystal screen 023 may be a stepped slot structure 02222 that is clamped on the opposite surface of the panel body, and a fixing structure or a positioning structure is provided inside the multifunctional read-write terminal for fixing.

As shown in fig. 1-7, the fingerprint recognition part interface 0225 on the panel main body 022 in this embodiment is a hollow structure, and the opening shape of the interface part is designed and matched according to the shape of the fingerprint recognition part. In this embodiment, the fingerprint recognition part has a rectangular shape and is disposed at a right lower side of the panel main body 022 in the normal operation direction near the edge portion, so as to conform to the behavior habit of normal human beings.

As shown in fig. 1-7, the stylus placement portion 0224 of the panel main body 022 in this embodiment is a through hole structure, and the shape of the stylus placement portion can be specifically set according to the structural shape of the stylus. In some embodiments, the stylus is circular, and the stylus placement structure is designed to be a clamping structure or a through hole structure or a groove structure; and when the stylus is of an irregular structure, the clamping structure is more unsuitable, and a through hole structure and a groove body structure are preferable. The stylus placing portion 0224 is disposed on the right upper side of the panel main body 022 near the edge portion in the positive operation direction, so as to conform to the habit of using a pen of a normal human. In some embodiments the design may be altered according to customer needs or other lifestyles.

As shown in fig. 1 to 8, the connecting body fixing member connecting portion 02211 of the panel main body 022 according to the present embodiment includes a rotating shaft connecting portion 02212 and a connecting body fixing member accommodating portion. The connecting body mount connecting portion 02211 is provided on the front side edge of the panel body 022 in the operation forward direction, and is a concave notch. The shaft connecting portion 02213 is located on the bottom side wall of the concave notch, and is symmetrical in position, the shaft connecting portion 02213 is an open notch type through hole structure, the shaft connecting portion 02213 is a reserved expansion structure in the embodiment, and no actual structural relationship is generated between the shaft connecting portion and the connecting main body fixing member.

As shown in fig. 1 to 9, the voice hole part 0223 on the panel main body 022 of the present embodiment is of a single hole design, is located on the lower side edge of the panel main body 022 in the positive operation direction and is close to the visual operation screen, and the voice hole part 0223 is close to one side of an operator so as to facilitate the quality of voice input of the operator. In some embodiments, the porous matrix is distributed, the shape of the through holes is set according to specific requirements, and in some embodiments, round through holes, square through holes and irregular through holes are adopted in consideration of space saving, practical use effect and production cost.

As shown in fig. 1-9, the key hole portion on the panel main body 022 in this embodiment includes a switch key hole 0228, a volume adjusting hole 0227, and a brightness adjusting hole 0226, wherein the shape of the key hole is set in a matching manner according to the shape of the key; in some embodiments, only one switch key hole is included, and the volume and brightness adjustment can be realized by the operation of a software layer.

As shown in fig. 1 to 9, the side edges 0229 of the panel body 022 of the present embodiment are designed to have a cambered surface with a radian to form a good touch feeling in a good operation. In some embodiments, the design of the rectangular plane can also be designed according to the custom of users or the requirements of the application of products.

As shown in fig. 1 to 9, the mounting base in the embodiment of the present invention is composed of two parts, namely, a mounting base 02214 in an upper housing and a mounting base 0195 in a lower housing of the main body of the multifunctional intelligent read-write terminal, and connection interfaces are provided on the mounting base 02214 and the mounting base 0195.

As shown in fig. 1-9, the connection interface provided on the mounting seat 02214 in the embodiment of the present invention includes a stopper interface 02212, a notch 02211 is provided at the outer side of the stopper interface 02212, and the notch 02211 is connected with the connection surface of the mounting seat 0195; wherein the connection interface provided on the mounting base 0195 comprises a stopper interface 0194. Wherein the mounting seat 02214 is of an opening structure with a cross section shaped like a letter; wherein the mounting base 0195 is composed of a bottom surface and three side walls, and the shape of ' formed by the three side walls is matched and connected with the mechanism of the mounting base 02214.

As shown in fig. 1-9, the stopper interface 02212 of the mounting seat 02214 and the stopper interface 0194 of the mounting seat 0195 in the embodiment of the present invention are clamping interfaces, and the two interfaces form a superposition state and form positioning clamping connection with the positioning part 07214 of the main body fixing device; the clamping interface is a rectangular interface.

As shown in fig. 1-9, the connection interface on the mounting seat 0195 of the lower housing according to the embodiment of the present invention further comprises a screw hole fixing interface 0192, a positioning card protruding structure 0193 and a limiting block interface 0194; wherein the screw hole fixing interface 0192 is located on the bottom surface of the mounting base 0192, and the stopper interface 0194 is located on the middle side wall of the mounting base 0195. Wherein the protruding structure 0193 of locator card is located on two lateral walls of mount pad 0195, each sets up 2, totally 4, is the style of calligraphy and distributes, and the protruding structure 0193 of this locator card and main part fixing device's joint portion 07221 joint forms the location and connects the effect, and then with screw fixed interface 0192 in bottom with the screw fixed reinforcement.

As shown in fig. 1 to 10, the multi-image high-speed shooting and collecting device according to the embodiment of the invention comprises a connecting main body fixing piece 072, a high-speed shooting supporting arm 701 and an image collecting device 703, wherein the connecting main body fixing piece 072 is connected with a multifunctional visual read-write operation main body and the high-speed shooting supporting arm 701, and the high-speed shooting supporting arm 701 is connected with the image collecting device 703.

As shown in fig. 1 to 10, the high-speed shooting support arm 701 according to the embodiment of the present invention is a through-core structure including two connection ports, wherein one connection port is connected with a connection port 07211 of the connection main body fixing member 072, and the other connection port is connected with an external member connection portion 073211 of the image acquisition device 703; the connection mode is a mixed mode of sleeving and screwing; the junction sets up the spiro union structure, this high shot support arm's connecting port embolias connecting main part mounting connection interface and image acquisition device 703 connection interface, wherein high shot support arm 701 leads to the inside 2 strengthening rib structures 7011 that are provided with of heart structure, can form the spiro union structure with the fixed part 07322 of the external part link of image acquisition device 703, strengthen fixed image acquisition device 703 and high shot support arm 701 through the screw, in some embodiments, both can regard as the enhancement usefulness, also can regard as inside transmission line to lead with its wire portion by two strengthening ribs side by side, two strengthening rib middle parts form the recess and can put into the transmission line body.

As shown in fig. 1 to 10, the main body fixing device in the technical embodiment of the present invention includes a housing and a PCB 0723; wherein PCB 0723 is fixed in the casing, and wherein the casing comprises casing one 0721, casing two 0722, contains 2 connectors at least on the casing, and one of them interface is used for external high-speed shooting equipment.

As shown in fig. 1-10, the PCB 0723 according to the embodiment of the present invention includes a fixing portion 07232, a positioning portion 07231, and a USB interface 07233, wherein the fixing portion 07234 is in an arc-shaped notch structure, and the USB interface 07233 passes through one of the interfaces of the housing. In this embodiment, a pair of fixing portions 07232 and positioning portions 07231 are provided, respectively, and the positioning portions 07231 are disposed inside the fixing portion 07232 in a symmetrical array.

As shown in fig. 1-10, the fixing portion 07232 and the positioning portion 07231 of the PCB 0723 according to the embodiment of the present invention are through hole structures, the shape of the through hole structures is a regular pattern, in this embodiment, the shape of the through hole structures of the fixing portion 07232 is a circle, and the shape of the through hole structures of the positioning portion 07231 is a rectangle, which matches the shapes of the fixing structures and the positioning structures on the first housing 0721 and the second housing 0722.

As shown in fig. 1-10, the first housing 0721 according to the embodiment of the present invention includes a connection port, a positioning portion 07216, a fixing portion 07217, and a connecting portion 07218, wherein the connection port includes 2 connection ports, the positioning portion 07216 is symmetrically provided with 2 connection ports, the fixing portion 07217 is provided with 3 connection ports, the connection portion 07218 is located in the first housing 0721, and the connecting portion 07218 is a border portion of the first housing 0721 connected with the second housing 0722.

As shown in fig. 1-10, the connection port of the first housing 0721 according to the embodiment of the present invention includes two opening type interface structures, where two interface structures are two adjacent surfaces, one of the two interfaces is a connection port 07215 located at a side surface portion, and the other is a connection port 07211 located at a top portion; wherein the two connectors are regular and irregular, the connector 07215 at the side is rectangular, and the connector 07211 at the top is regular oval; the periphery of the edge of the connecting port 07211 at the top is provided with a protruding part 07212 which protrudes into an arc shape, and the upper part of the connecting port 07215 close to the side face is provided with a positioning part 07214 so as to realize positioning and butt joint with the corresponding part of the main body of the multifunctional intelligent high-speed shooting instrument; the side surface where the connection port 07215 is located is an independent side surface, and is not connected with other side surfaces, and one connection port of the high-speed shooting support arm 701 is sleeved in the connection port 07211.

As shown in fig. 1-10, the joining part 07218 of the first housing 0721 in the embodiment of the present invention is a zigzag step structure, which is looped around the edge part of the first housing 0721, and the joining parts of the second housing 0722 correspondingly fit with each other.

As shown in fig. 1-10, the second housing 0722 according to the embodiment of the present invention includes a positioning portion 07225, a fixing portion 07223, a clamping portion 07221, a connecting portion 07227, and a connecting port portion 07224; wherein the positioning part 07225 and the fixing part 07223 of the second casing 0722 are positioned in the second casing 0722; wherein the clamping part 07221 of the second housing 0721 is located on the side wall of the second housing 0722; wherein the joint 07227 of the second 0722 is located at the edge part jointed with the first 0721; the connection opening 07224 of the second housing 0722 is located on a side wall of the second housing 0722, the side wall is adjacent to a side wall including the clamping portion 07221, and the connection opening 07227 is combined with the side wall connection opening 07215 of the first housing 0721 to form a connection opening for the USB interface 07233 of the PCB 0723 to pass through, so as to realize external connection.

As shown in fig. 1-10, the engagement portion 07227 of the second housing 0722 in the embodiment of the present invention is formed by a reverse Z-shaped step structure looped around the edge portion of the second housing 0722, and the engagement portions of the first housing 0721 correspondingly fit with each other.

As shown in fig. 1-10, the positioning part 07225 of the second housing 0722 is a positioning post, the fixing part 07223 is a fixing stud, and the fixing part 07217 of the first housing 0721 is a fixing stud; the fixing stud of the first 0721 shell is matched with the fixing stud of the second 0722 shell to form an integrated stud, and the integrated stud is fixedly connected with the fixing stud through a screw.

As shown in fig. 1-10, the clamping portion 07221 of the second housing 0722 according to the embodiment of the present invention includes 2 open grooves, and the grooves are rectangular and regular. In this embodiment, the two adjacent side walls of the connection opening 07224 are symmetrically arranged and are used for positioning and clamping with the multifunctional intelligent high-speed shooting instrument main body, wherein one end of the rectangular open-type groove is open-type, so that the clamping structure of the multifunctional intelligent high-speed shooting instrument main body can be clamped in or slid out when being connected.

As shown in fig. 1-10, an embodiment of the present invention provides a folding camera of a high-speed camera, which comprises a camera fixing piece housing and a camera connecting piece, wherein the camera connecting piece is connected with the camera fixing piece housing, and the camera fixing piece housing comprises a first camera connecting structure, a second camera connecting structure and a high-speed racket connecting structure; the camera fixing piece shell is formed by connecting a first camera fixing piece shell 031 and a second camera fixing piece shell 032, and the first camera fixing piece shell 031 and the second camera fixing piece shell 032 are in mixed connection in a clamping and screw fixing mode.

As shown in fig. 1-3, the camera connector according to the embodiment of the present invention includes a camera connector base 034, a camera connector pad 033, and a camera connector shaft core 035, where the camera connector base 034 is fixedly connected to the camera connector shaft core 0351, and the camera connector pad 033 is sleeved with the camera connector base 034; the camera connecting piece pad 033 and the camera connecting piece base 034 are circular, wherein the camera connecting piece pad 033 is an elastic circular ring piece.

As shown in fig. 1-10, the camera connector base 034 according to the embodiment of the present invention includes a camera connector base positioning portion 0341 and a camera connector base fixing portion 0343, where the camera connector base positioning portion 0341 is a convex structure based on the base, the middle of the convex structure is a groove structure, the outer edge of the convex structure is an equilateral polygon, and the other surface of the camera connector base 034 is also provided with an extending convex structure 0344; the camera connecting piece base fixing part 0343 is arranged in a groove structure of a protruding structure of the camera connecting piece base positioning part 0341, and the camera connecting piece fixing part is provided with 3 camera connecting piece axle center fixing parts 0351 which are uniformly distributed in a triangle and are fixed with the camera connecting piece axle center fixing parts 0351 of the camera connecting piece axle center part 0351 through screws. Wherein the camera connector base positioning portion 0341 is provided with a guide arrow 0342.

As shown in fig. 1-10, the shaft portion 035 of the camera connector according to the embodiment of the present invention comprises a shaft body 0354, a shaft body base 0353, and a shaft center fixing portion 0351 of the camera connector, wherein the shaft body 0354 is disposed on the shaft body base 0353, the shaft body 0354 is cylindrical, and both ends of the shaft body 0354 are provided with a shaft body connector 03541 and a shaft body connector 03542 for connecting with a second camera; the camera connecting piece axle center fixing part 0351 is a fixed stud structure, the camera connecting piece axle center fixing part 0351 is provided with the other surface of the axle body base 0353, the other surface of the axle body base 0353 is a groove structure, the groove structure is sheathed with the camera connecting piece base positioning part 0341, the other surface of the axle body base 0353 is also provided with a guiding arrow 0352, the guiding arrow 0352 is matched with the guiding arrow 0342 of the camera connecting piece base 034 to form a guiding function.

As shown in fig. 1-10, the first camera connecting structure according to the embodiment of the present invention includes a connection positioning portion 0323 and a connection limiting portion, wherein the connection positioning portion 0323 is a protruding structure based on an inner surface of the second camera fixing member housing 032, and a groove 03131 is formed on a side portion of the protruding structure; the connection limiting part comprises a first connection limiting part 0326 and a second connection limiting part 0315, and the first connection limiting part 0326 is a convex structure based on the inner surface of the camera fixed shell II 032; wherein the protruding structure of the connection positioning portion 0323 is parallel to the protruding structure of the first connection limiting portion 0326, and the groove edge of the protruding structure of the connection positioning portion 0323 is flush with one edge of the protruding structure of the first connection limiting portion 0326.

As shown in fig. 1-10, a second connection limiting portion 0315 of the first camera connection structure according to the embodiment of the present invention is disposed on the first camera fixing element housing 031, the second connection limiting portion 0315 is a protruding structure based on an inner surface of the first camera fixing element housing 031, an open concave structure 0316 is disposed on the protruding structure, and the second connection limiting portion 0315 and the first camera connection structure include a connection positioning portion 0323 and a first connection limiting portion 0326, which are clamped to form a limit for the first camera connection structure.

As shown in fig. 1-10, the second camera connecting structure according to the embodiment of the present invention includes a camera connecting piece placement portion and a camera connecting piece placement hole 0311, where the camera connecting piece placement portion forms a receiving space for a first camera fixing piece housing 031 and a second camera fixing piece housing 032; wherein the camera connecting piece placement hole 0311 is a through hole structure, the camera connecting piece placement hole 0311 is arranged on the first 031 of the fixing piece shell, the shape of the through hole is circular, the camera connecting piece shaft core 035 of the camera connecting piece can pass through the camera connecting piece placement hole 0311, and the camera connecting piece base 034 cannot pass through the camera connecting piece placement hole 0311 through hole, so as to form a limiting effect.

As shown in fig. 1-10, the high racket connecting structure according to the embodiment of the present invention includes a high racket sleeve portion 0327 and a high racket fixing portion 0325, and the high racket connecting structure is disposed on a camera fixing member housing two 032; the high racket sleeve part 0327 is of a convex structure based on the outer surface of the camera fixing piece housing II 032, the center of the high racket sleeve part 0327 is of a hollow structure, the hollow structure of the center of the high racket sleeve part 0327 is positioned at the portion of the camera fixing piece housing II 032 and comprises a line through hole 0328, and the diameter of the line through hole 0328 is smaller than that of the hollow structure; wherein the diameter of the hollow structure in the center of the high racket sleeve joint part 0327 is larger than or equal to the outer diameter of the high racket; the high racket fixing portion 0325 is disposed on the inner surface of the second camera fixing member housing 032, the position of the high racket fixing portion 0325 is beside the line through hole 0328 in the center of the high racket sleeve portion 0327 and in the hollow structure corresponding area in the center of the high racket sleeve portion 0327, and the high racket fixing portion 0325 is in a screw hole structure.

As shown in fig. 1-10, the camera fixing piece housing one according to the embodiment of the present invention includes a camera fixing piece housing one fixing portion 0313, a camera fixing piece housing one limiting portion 0314, and a camera fixing piece housing one clamping portion 0312, wherein the camera fixing piece housing one fixing portion 0313 has a stud structure, and 4 fixing portions are provided, and the camera fixing piece housing one fixing portion 0313 is matched with the camera fixing piece housing two fixing portions 0321 and is fixed by screws; the first limit part 0314 of the camera fixing piece shell is a protruding structure based on the inner side wall of the first 031 of the camera fixing piece shell, and one end of the protruding structure is a concave notch structure and is used for limiting and clamping the second clamping part 0322 of the camera fixing piece shell; the clamping part 0312 of the camera fixing piece casing is located on the casing side wall of the camera fixing piece casing 031, and is in an L-shaped step structure.

As shown in fig. 1-10, the second camera fixing member housing 032 according to the embodiment of the present invention includes a second camera fixing member housing fixing portion 0321, a second camera fixing member housing positioning portion 0324, and a second camera fixing member housing clamping portion 0322, wherein the second camera fixing member housing fixing portion 0321 has a screw hole structure, and 4 fixing portions are arranged in rectangular arrangement, and the second camera fixing member housing fixing portion 0321 is connected with the first camera fixing member housing fixing portion 0313 in a matching manner and is fixed by screws; the second positioning part 0324 of the camera fixing piece shell is of a convex structure based on the inner surface of the second camera fixing piece shell 032, and is provided with 3 parts, and the second positioning part 0324 of the camera fixing piece shell is clamped with two sides of the second connection limiting part 0315 of the first camera fixing piece shell 031; the second clamping part 0322 of the camera fixing part shell is located in a protruding structure of the inner side of the second camera fixing part shell 032, the protruding structure and the outer edge of the second camera fixing part shell 032 form an L-shaped step, and the second clamping part 0322 of the camera fixing part shell is matched with the first clamping part 0312 of the camera fixing part shell in a clamping mode.

As shown in fig. 1-10, an embodiment of the present invention provides a camera of a folding dual-camera intelligent high-speed camera, which comprises a camera housing and a camera module 024, wherein the camera module 024 is fixed in the main camera housing; the camera housing comprises a first camera housing 021 and a second camera housing 022, the first camera housing 021 is connected with the second camera housing 022, and the camera housing comprises an indicator light part, a camera head, a light supplementing lamp part 0227 and a connecting part.

As shown in fig. 1-10, the indicator light portion according to the embodiment of the invention includes an indicator light hole 0211 and an indicator light cover 025, and the indicator light portion is disposed on the camera housing 021; the indicating lamp hole part comprises a light hole 0211 and an indicating lamp cover piece fixing part 02111, wherein the indicating lamp cover piece fixing part 02111 is of a stud structure, and 2 indicating lamp cover piece fixing parts are arranged and are respectively arranged at two sides of the light hole 0211; the indication lamp shade 025 comprises a fixing part 0251 and a light-transmitting part 0252, wherein the fixing part 0251 is of a fixed screw hole structure and is fixed by a screw.

As shown in fig. 1-10, the camera head according to the embodiment of the present invention includes a camera placement portion 0221, a camera fixing portion 0222, and a camera positioning portion 0223, and the camera head is disposed on a camera housing two 022; wherein the camera placing part 0221 is of a through hole structure, and the through hole is circular in shape; the camera fixing part 0222 is of a fixed stud structure, is arranged beside the camera placing part 0221, is provided with 4 rectangular distribution parts, and the camera fixing part 0222 is matched with the camera fixing part 0242 of the camera module 024 and is connected through screws; the camera positioning parts 0223 are of a protruding structure based on protruding side walls of the two camera shells 022, 4 camera positioning parts are arranged, the camera positioning parts 0223 are located beside the camera placing parts 0221, and the camera positioning parts 0223 are used for positioning the camera module 024. The outer housing portion of the camera housing two 022 corresponding to the camera placing portion 0221 is of a protruding structure 02213. The camera module 024 includes a camera 0241 and a camera module fixing portion, wherein the camera fixing portion has a screw hole structure, the camera module fixing portion 0242 is connected and fixed with the camera fixing portion 02211, the camera fixing portion 0243 is connected and fixed with the camera fixing portion 0222, as shown in fig. 1-10, the light supplementing lamp portion includes a light supplementing lamp module placing portion, a light supplementing lamp shade piece 023 and a light supplementing lamp shade placing portion 0227, and the light supplementing lamp portion is arranged on the camera housing two 022; the light supplementing lamp module placing part comprises a light supplementing lamp module fixing part 02272 and a light supplementing lamp module limiting part 02274; the light supplementing lamp shade member 023 comprises a light supplementing lamp shade member fixing part 0232 and a light supplementing lamp module clamping part 0231; the light supplementing lamp shade placing portion comprises a light supplementing lamp shade clamping portion 02271 and a light supplementing lamp shade positioning portion 02273, the light supplementing lamp shade placing portion 0227 is of a hollow structure, the light supplementing lamp shade piece 023 is embedded in the hollow structure of the light supplementing lamp shade placing portion 0227 and is fixed through the light supplementing lamp shade positioning portion 02273, the light supplementing lamp shade clamping portion 02271 of the light supplementing lamp shade piece 023 is clamped with the light supplementing lamp module clamping portion 0231 of the light supplementing lamp shade piece 023, the light supplementing lamp shade piece fixing portion 0232 is used for fixing a light supplementing lamp module, and a limiting block 0233 is arranged in the light supplementing lamp shade piece 023 and used for supporting the light supplementing lamp module.

As shown in fig. 1 to 10, the connecting part according to the embodiment of the invention comprises a camera shell connecting part and a camera fixing body connecting part; the camera shell connecting part is a structure of connecting a first camera shell 021 and a second camera shell 022, and comprises a camera shell positioning part, a camera shell clamping part and a camera shell fixing part which are respectively arranged on the first camera shell 021 and the second camera shell 022; the camera fixing body connecting part is a structure that a camera is connected with a camera fixing body, and comprises a connecting shaft center piece 026 and a connecting bearing part 0228, wherein the connecting bearing part 0228 is positioned at one end of a camera shell II 022.

As shown in fig. 1 to 10, the camera housing positioning portion of the camera housing connecting portion according to the embodiment of the present invention includes a camera housing inner positioning portion 0214 and a camera housing outer positioning portion 0225, and the camera housing inner positioning portion 0214 and the camera housing outer positioning portion 0225 are fixedly connected; the camera shell inner positioning part 0214 is a convex structure based on the side wall of the shell, one end of the convex structure is provided with a concave notch, and the camera shell inner positioning part 0214 is arranged on the inner side wall of the first shell; the camera housing outer positioning part 0214 is based on a protruding structure of the camera housing side wall, the protruding structure is located in the direction of the inner side wall of the camera housing side wall, the protruding structure and the camera housing side wall are distributed in a step shape, and the camera housing outer positioning part 0225 is arranged on the housing two 022.

As shown in fig. 1 to 10, the camera housing clamping portion according to the embodiment of the present invention includes a camera housing buckle 0213 and a camera housing buckle slot 0226, and the camera housing buckle 0213 and the camera housing buckle slot 0226 are mutually matched and clamped; the camera shell buckle 0213 is of an inward protruding structure based on the side wall of the camera shell, the camera shell buckle 0213 is provided with a plurality of camera shell buckles 0213, and the camera shell buckle 0213 is arranged on the first shell 021; the camera housing fastening groove 0226 is a groove body structure based on the side wall of the camera housing outer positioning portion 0225, the shape of the groove body 02261 structure is rectangular, and the number and the positions of the camera housing fastening groove 0226 are matched with those of the camera housing fastening 0213.

As shown in fig. 1 to 10, the camera housing fixing portion according to the embodiment of the present invention includes a camera housing fixing stud 0215 and a camera housing fixing screw 0229, where the camera housing fixing stud 0215 and the camera housing fixing screw 0229 are matched and are fixed by screws.

As shown in fig. 1 to 10, the connection bearing part 0228 of the camera fixing body connection part according to the embodiment of the present invention includes a camera fixing body connection bearing main body 02281, a camera fixing body connection bearing cover 0212, and the camera fixing body connection bearing cover 0212 covers the camera fixing body connection bearing main body 02281; wherein the axle hole of the camera fixing body connecting bearing structure is a circular through hole.

As shown in fig. 1 to 10, the connecting shaft member 026 of the camera fixing body connecting portion according to the embodiment of the present invention includes a shaft member main body 0261 and shaft member connectors, the shaft member connectors are respectively located at two ends of the shaft member main body and are shaft member connectors 0263 and 0262, wherein the diameter of the shaft member connector 0262 is greater than that of the shaft member connector 0263, and the diameter of the shaft member connector is smaller than that of the shaft member main body 0261, wherein the shaft member main body 0261 is in a polyhedron shape, and the connecting shaft member 026 is inserted into the shaft hole of the connecting bearing portion 0228 of the camera fixing body connecting portion.

Therefore, the folding double-camera intelligent high-speed shooting instrument realized by the technical scheme of the embodiment of the invention can integrate the read-write function and simultaneously comprises the visual intelligent operation function, the fingerprint identification function, the key operation, the voice function and the like, so that the business operation is simpler and more convenient. The high-angle image information acquisition and scanning of the acquisition object are realized by combining the high-shooting function in the multifunctional intelligent read-write terminal; the adjustable graph acquisition device is arranged on the high-speed acquisition device, and is used for assisting in acquiring images of different heights of an acquisition object, and meanwhile, the possible inconsistency of the angles and the heights of the acquisition object is considered, so that a connecting piece of the image acquisition device is of an axial structure, and the image acquisition device can realize multi-angle adjustable acquisition of the images of the object. The wire body guide part is arranged in the wire body guide part to standardize a through hole structure of a circuit and an external connection end, so that connection is facilitated, and data transmission is guaranteed. The light filling lamp can fill light to shooting objects, and the main body fixing piece of the light filling lamp, and the interface setting of the light filling lamp can be used for fixing the connection between high-speed shooting equipment and the multifunctional intelligent high-speed shooting instrument main body, and the detachable structural design is adopted from the connection relation, so that the light filling lamp is convenient to detach and install, and meanwhile, expansion optimization aiming at different scene applications is considered, for example, the high-speed shooting equipment is not needed in some occasions, and the light filling lamp can also be suitable for removing the high-speed shooting equipment when a small part of functions are applicable.

The above embodiments are only for illustrating the technical solution of the present invention, and not for limiting the same; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. The folding double-camera intelligent high-speed shooting instrument is characterized by comprising a multifunctional visual read-write operation main body, a connecting main body fixing piece, a high-speed shooting supporting arm and an image acquisition device, wherein the connecting main body fixing piece is connected with the multifunctional visual read-write operation main body and the high-speed shooting supporting arm, the high-speed shooting supporting arm is of a through-center structure at least comprising two connecting ports, one connecting port is connected with the connecting main body fixing piece, and the other connecting port is connected with the image acquisition device; wherein image acquisition device contains camera mounting, first camera, second camera, and wherein the camera mounting contains camera mounting casing, camera connecting piece, and wherein the camera connecting piece is connected with camera mounting casing, wherein contains first camera connection structure, second camera connection structure, high rapping bar connection structure in the camera mounting casing.

2. The folding double-camera intelligent high-speed camera according to claim 1, wherein the multifunctional visual read-write operation main body comprises a PCB main control board module, a fingerprint identification module, a read-write module, a SAM module, an interface module, a voice module, a key module, a main body fixing piece and a shell; the PCB main control board module comprises a fixing part and a connecting interface; the fixing part is fixed with the main body fixing piece, and the connecting interface is connected with the connecting interfaces of the fingerprint identification module, the read-write module, the SAM module, the interface module, the voice module and the key module and is arranged in the shell through the main body fixing piece.

3. The folding double-camera intelligent high-speed camera according to claim 2, wherein the camera fixing piece shell is formed by connecting a first camera fixing piece shell and a second camera fixing piece shell; the first camera comprises a camera shell and a camera module, and the camera module is fixed in the main camera shell; the camera shell comprises a camera shell I and a camera shell II, the camera shell I is connected with the camera shell II, and the camera shell comprises an indicator lamp part, a camera part, a light supplementing lamp part and a connecting part; the camera connecting piece comprises a camera connecting piece base, a camera connecting piece pad and a camera connecting piece shaft core, wherein the camera connecting piece base is fixedly connected with the camera connecting piece shaft core, and the camera connecting piece pad is matched with the camera connecting piece base; the camera connecting piece pad and the camera connecting piece base are round; the first camera connecting structure comprises a connecting and positioning part and a connecting and limiting part, wherein the connecting and positioning part is a convex structure based on the inner surface of a camera fixing piece shell II, and a groove is formed in the side part of the convex structure; the connecting limiting part comprises a first connecting limiting part and a second connecting limiting part, and the first connecting limiting part is of a protruding structure based on the inner surface of the camera fixing shell II; the protruding structure of the connecting and positioning part is parallel to the protruding structure of the first connecting and positioning part, and the groove edge of the protruding structure of the connecting and positioning part is flush with one edge of the protruding structure of the first connecting and positioning part; the second camera connecting structure comprises a camera connecting piece placing part and a camera connecting piece placing hole, wherein the camera connecting piece placing part is a containing space formed by a first camera fixing piece shell and a second camera fixing piece shell; the camera connecting piece placing hole is of a through hole structure and is arranged on the first fixing piece shell, and the shape of the through hole at least comprises a circle.

4. The folding double-camera intelligent high-speed photographic apparatus according to claim 1, wherein the main body fixing piece is an irregular integrated piece and comprises a supporting part, a fixing part, a reinforcing part and a concave notch structure; wherein the supporting part and the fixing part are distributed at the edge and the middle part of the main body fixing piece; wherein the reinforcing part is arranged in the middle of the main body fixing piece; the concave notch structure is arranged at the edge part of the main body fixing piece.

5. The folding double-camera intelligent high-speed shooting instrument according to claim 1 is characterized in that a shell of the multifunctional visual read-write operation main body is formed by connecting a shell 1 and a shell 2, wherein the shell 1 is a base, the shell 2 is an operation screen panel, and the connection mode comprises a clamping mode, a screwing mode and a cementing mode; wherein the base contains base outer structure and base inner structure, and wherein base outer structure contains supporting part, line body storage part, outside interface part, sound hole portion and touch-control pen traction connection portion, connection main part mounting connection portion.

6. The folding double-camera intelligent high-speed camera according to claim 1, wherein the operation screen panel comprises a panel main body and a visual operation screen, and the panel main body is connected with the visual operation screen; the panel main body comprises a fingerprint identification part interface part, a touch pen placing part, a connecting main body fixing part connecting part, a visual operation screen mounting connecting part, a voice hole part and a key hole part; the connection part of the visual operation screen installation connection part of the panel main body is provided with a stepped clamping groove structure from the front direction surface of the panel main body, the opposite direction surface of the panel main body is provided with a stepped clamping groove structure, and the stepped clamping groove structures arranged in the front direction and the opposite direction of the panel main body are combined in the side direction of the panel main body to form a convex shape; the visual operation screen comprises a liquid crystal screen and a touch sensing screen, and the touch sensing screen is arranged on the liquid crystal screen; the fingerprint identification part interface part on the panel main body is of a hollow structure.

7. The folding double-camera intelligent high-speed camera according to claim 1, wherein the read-write module comprises an NFC module and a read-write PCB, and the NFC module is connected with the read-write PCB; the read-write PCB board comprises an interface part and a fixing part, wherein the interface part is connected with the PCB main control board, and the fixing part is connected with the main body fixing piece to realize the function of being fixed in the shell.

8. The folding dual-camera intelligent high-speed camera according to claim 1, wherein the interface module at least comprises a USB interface and a power interface, and the voice module comprises a loudspeaker and a microphone; the USB interface and the power interface of the interface module are matched and clamped with the external interface part of the shell base and are fixedly positioned through the main body fixing piece; wherein the loudspeaker is fixed in the sound hole part of the base shell through the main body fixing piece, and the microphone is fixed in the corresponding position of the sound hole part of the operation screen panel through the main body fixing piece.

9. The folding dual-camera intelligent high-speed camera according to claim 1, wherein the connecting main body fixing piece comprises a shell and a PCB board; the PCB board is fixed in the shell, wherein the shell consists of a first shell and a second shell, the shell at least comprises 2 connectors, and one connector is used for externally connecting high-speed shooting equipment; the PCB comprises a fixing part, a positioning part and a USB interface, wherein at least one of the fixing part and the positioning part is arranged; the USB interface passes through one of the interfaces of the shell, the fixing part and the positioning part of the PCB are of a through hole structure, and the shape of the through hole structure comprises a regular pattern and an irregular pattern.

10. The folding double-camera intelligent high-speed photographic apparatus of claim 1, wherein the high-speed photographic apparatus in the image acquisition apparatus comprises a shell, an image acquisition apparatus, a light supplementing lamp and an external part connecting end; the image collector and the light supplementing lamp are fixed on an image collecting part and a light supplementing lamp part in the shell, and the connecting end of the external part is a through hole structure and is connected with a high-speed shooting supporting arm; the shell of the high-speed shooting acquisition device consists of a shell A and a shell B, wherein the connection mode of the shell A and the shell B comprises clamping, screwing, cementing and screwing, and when the high-speed shooting acquisition device is connected in a clamping and screwing mode, the connection part is provided with a corresponding clamping structure and a corresponding screwing structure; wherein casing A contains image acquisition portion, light filling lamp portion, and the external part is connected the tip.

11. The intelligent high-speed photographic instrument with the folding double cameras as claimed in claim 10, wherein the image acquisition part on the shell A of the high-speed photographic acquisition device comprises an image acquisition hole, a limiting part and fixing studs, wherein the limiting part and the fixing studs are positioned at the periphery of the image acquisition hole, and the number of the fixing screw holes is at least 1; the light supplementing lamp part on the shell A comprises a light supplementing lamp hole part, a clamping part and a light supplementing lamp shade, wherein the clamping part is positioned around the light supplementing lamp hole part and is clamped with the light supplementing lamp shade; the light supplementing lampshade is made of a light-transmitting material and comprises a clamping part, a limiting part and an annular edge, wherein the clamping part is positioned on the annular edge, the limiting part is positioned in an inner accommodating space formed by the annular edge, and the limiting part is used for limiting the light supplementing lamp; wherein the outer part connecting end comprises an outer part connecting part, a fixing part and an outer part connecting end through hole.

12. The folding dual-camera intelligent high-speed camera according to claim 1, wherein the adjustable image acquisition device comprises a shell, a camera and a connecting piece, wherein the camera is fixed in the shell, one end of the connecting piece is fixed on the high-speed acquisition device of the multifunctional intelligent high-speed camera, and the other end of the connecting piece is connected with the shell; the shell of the adjustable image acquisition device comprises a shell C and a shell D, and the shell C and the shell D are connected and combined; the shell C comprises a heat dissipation part, a fixed connection part and a connecting piece connection part, wherein the heat dissipation part is of a through hole structure, the fixed connection part is of a screw hole structure, and the connecting piece connection part is positioned at one end of the shell C; the connecting part of the connecting piece on the shell C comprises an opening structure and a limiting part, wherein the opening structure is positioned in the middle of one end edge of the shell C, the limiting part at least comprises one limiting part, and the limiting part is positioned in the shell C and is close to one end of the edge of the opening structure, which is not the shell C; the shell D comprises a shooting hole part, a connecting piece connecting part and a fixing part, wherein the shooting hole part comprises a through hole, a lens embedding groove and a lens; the PCB of the camera of the adjustable image acquisition device comprises a fixing part which is of a through hole structure and is fixed with a fixing structure on the shell through a screw; the connecting piece of the adjustable image acquisition device comprises a base A and a connecting shaft body B, wherein the base A is fixed on the high-speed image acquisition device through being fixed on the high-speed image acquisition device, and the connecting shaft body B is connected and fixed with the base A.