TW201445070A - Photographing rack structure with folding and adjusting functions - Google Patents

Abstract

The present invention provides a photographing rack structure with folding and adjusting functions, which comprises: a rack device having a first rack and a second rack pivoted with each other respectively with one end, wherein the second rack can be received within the first rack after being rotated; a holding adjustment device configured at the other pivoting end of the first rack and having a holding unit for adjusting the holding space by linear displacement, and a folding unit configured between each holding unit and the first rack such that the holding unit can be received within the first rack after being rotated; a photographing equipment holding device configured at the other pivoting end of the second rack and received within the second rack after being rotated, and having a body base on which a cradle head unit is configured to provide a cradle head capable of linear displacement on top of the body base, wherein the corresponding positions of each cradle head and the body base are respectively configured with a first holding base and a second holding base, and the linear displacement of the cradle head may change the distance between first and second holding bases. Thus, by employing the rack device having two racks pivoted with each other in cooperation with the holding, positioning and folding structure provided by the holding adjustment device configured at one end of the rack and the photographing equipment holding device at one end of the other rack suitable for both camera and cell phone, it is able to achieve multiple effects in adjustment of angle and holding thickness for the photographing equipment, adjustment of angle and height for the rack device, provision of high positioning stability, and folding capability for storage.

Description

Folding and adjusting photographic support structure

The invention relates to a bracket structure, in particular to a camera or a photographic equipment such as a mobile phone for holding and holding, and is positioned by clamping, can be adjusted according to requirements, and has a folding function to facilitate storage and carrying of the photographic support structure.

Due to the development of electronic technology, human behavior patterns and habits have been changed, and they have penetrated into the daily life of human beings. They are filled with various electronic products as the transmission of communication, contact and information. They are also transformed into traditional sounds and images. And the type of digital signal, which has led to the research engine of many electronic products and their peripheral products, in order to make the use of such goods more convenient and more powerful.

Such electronic goods, such as computers, communications, and consumer-electronics, are collectively referred to as "3C products." Common items include computers, digital phase, mobile phones, and televisions. Machines, walkmans, electronic dictionaries, navigation equipment, audio and video playback equipment, and digital audio playback equipment. And now the trend of electronic product development is to combine as many functions as possible. For example, mobile phones have many functions such as taking photos, surfing the Internet, and e-books, and the overall volume is getting smaller and smaller. Therefore, the peripheral products designed for these new products must also be adjusted and changed according to their specifications, structure, and shape.

In the case of a camera, the peripherals or the products that need to be used together are commonly used as negatives, camera stands, shutters, lenses, filters, flashes, memory cards, straps, wipes, moisture-proof boxes, and storage bags, among others. The camera stand is mainly for providing support. The camera can be stably placed in one place to avoid shaking and falling. Especially when it takes long time exposure or photography, the camera stand can replace the hand-held shooting to solve the shaking and The problem of hand acid, and the effect of shooting is even more.

According to the analysis of the state of use of the support camera, it can be roughly divided into two types: "placement type" and "clamp type". Among them, the "placement type" camera holder is mainly The utility model has a base or a tripod which can be stably placed on a plane, and is combined with a gimbal which can be combined with a screw hole under the general camera for the whole technical application; as disclosed in the domestic patent No. 097209667, the adsorption type is disclosed. The camera support rod holder is composed of a bracket rod and an adapter seat; wherein the bottom of the bracket rod is provided with a suction cup for being adsorbed to the glass, and the body is pivotally locked by the body. The top end is formed with an inset insert body, and the socket inserting body of the bracket rod can be inserted into the socket with the socket at the bottom, and the side edge of the adapter seat is further provided with a lower convex barb-shaped elastic buckle body. The side edge of the inserted insert insert is sealed, and the upper part is fixed with a lock screw, which can be locked by a camera, a camera or a monitor.

Another type of camera stand structure that is known as a "placement type", such as the "dual-function stand" disclosed in the Japanese Patent No. 095214399, which includes: a tripod; a cloud stand, which is disposed at one end of the tripod The pedestal has a fixed portion; and a clamping portion is disposed on the pedestal.

It is a "clamp-type" camera holder structure, which mainly has a clamping group that can be stably clamped on an object, and is sandwiched on a table top or any fixed state object, and can be combined with a general camera. The screw hole is combined with the positioning of the cloud platform for its overall technical application. Such a camera holder structure, such as the "clip camera head" disclosed in the new model patent No. 078307839, which includes a clamping portion that can be clamped on an object having a thickness, and the clamping portion has a The thickness is adjusted in the preset range; a preset is provided at the preset position for the screw hole on the camera to be set above.

Another conventionally known "clamping type" camera holder structure, such as the "bracket" disclosed in the Japanese Patent No. 097134359, includes: a cloud platform having a body and a protrusion on the top of the seat body a stud on the surface; a support portion extending from the bottom surface of the pan/tilt, having at least one telescopic element and having an end; a fixing portion being attached to the end of the support portion for fixing to a riding traffic On the tool. The clamping method of the structure is to tighten the fixing portion, and directly fix and fasten the article to the technician.

In the above structure, if it is compared with the convenience of use, the "clamp type" must find an applicable item or position suitable for the clamping structure to be stably clamped and positioned within the range of use. "Placement type" only needs to have a flat surface and is better than "clamp type"; if the camera bracket is used for comparison, the "clamp type" has better stability than "placement". The type is less likely to be shaken during use; the present invention is directed to a "clamp type" camera holder that can be stably held and used less easily.

In the first case (No. 078307839), the first case (No. 078307839) has a clamping group which can be adjusted and positioned according to the thickness of the holder, and a pan/tilt which is screwed with the screw hole below the camera. However, this technology does not have a folding effect, and is inconvenient to store or carry; on the other hand, the pan/tilt has no angle-adjustable structure, and the camera is only used at a single angle after positioning, so its practicability is low. Moreover, the structure cannot be applied to a mobile phone with a general camera function, and the functionality is not large.

The second case of the "clamping type" camera holder (No. 097134359) is a belt-like positioning structure for being tightly positioned on an article, and combined with a tubular body such as a flexible structure. The tube is provided with a cloud platform, which is a technical feature. This technology has the problem of being folded or stored because of the flexible member, and the tubular can also provide the function that the pan/tilt can be arbitrarily adjusted; however, if it is tightened, the article is a tubular object (such as a bicycle frame). ), it may be caused by the weight of the camera being too heavy to rotate along the outer diameter of the tight tube. The bendable tube may also be too heavy to support the bending, so that the camera is tilted or even inverted, so the stability is still Insufficient; on the other hand, the PTZ still cannot be used for mobile phones with general camera functions, so its functionality is low.

Further, the above-mentioned structure of the "double-function stand" (No. 095214399) of the "Placement Type" case has a grip portion for a mobile phone having a general camera function, and a foldable storage device. Efficacy; however, the structure still sways when placed on a plane, and its stable fixed position effect is still insufficient; further, regardless of the pan/tilt or the clamping group, there is still no angle adjustment function, the camera or the mobile phone is snail After setting or clamping, only a single angle for photography is used, and the convenience in use is low. After integrating and analyzing the prior art, the inventor of the present invention believes that there is still considerable room for improvement in the photographic equipment support, so that a support structure with high stability, angle adjustment, folding storage, and suitable for both the camera and the mobile phone is provided. By.

In view of the above, the photographic support structure with folding and adjustment disclosed in the present invention is The utility model comprises: a bracket device, wherein the first bracket and the second bracket are respectively pivoted at one end and two phases, and the second bracket can be accommodated in the first bracket after being rotated; a clamping adjustment device Provided at the other end of the pivotal connection of the first bracket, which has a clamping group adjusted by a linear displacement, and a folding group is disposed between each of the clamping group and the first bracket to make the clamping The photographic device holding device is disposed at the other end of the pivotal connection of the second bracket, and can be accommodated in the second bracket after being rotated, and has a The body base is provided with a cloud platform and a displacement positioning group. The cloud platform has a pan/tilt that can be linearly displaced above the body seat and a bolt that can be screwed with a photographic device, each of the pan/tilt and A first clamping seat and a second clamping seat are respectively disposed at corresponding positions of the body seat, and the linear displacement of the cloud table can change a distance between the first and second clamping seats, and the displacement positioning The group is disposed between each of the cloud platform group and the body seat to provide positioning or moving of the cloud platform group Switching position and folding structure provided by the clamping adjustment device provided at one end of one of the brackets by the bracket member, which is pivotally connected to each other by one of the brackets, and the other end of the bracket The photographic equipment clamping device can be simultaneously applied to the clamping of the camera and the mobile phone, and can achieve the adjustment of the photographic equipment angle and the clamping thickness. The bracket device can be adjusted in angle and height, and has stable and fixed position, and has foldable storage and the like. efficacy.

The main object of the present invention is to provide a photographic support structure with folding and adjustment, which has a photographic equipment clamping device, which comprises a linear displacement displacement positioning group for providing a clamping portion of the mobile phone, and can be screwed with the camera. One of the Yuntai Groups is composed of the same, which can be applied to both the camera and the mobile phone with photography function.

A second object of the present invention is to provide a photographic support structure with folding and adjustment, which utilizes a clamping adjustment device, which has a clamping group for clamping an object and adjusting the clamping thickness, and a clamping member The group is folded into one folding group in the bracket device to achieve the dual functions of stable clamping and folding storage at the same time.

A further object of the present invention is to provide a photographic support structure having a folding and adjusting structure, and a bracket device formed by pivoting two brackets, which can change the height after two phases of rotation, and has the function of height adjustment of the bracket, such as The two brackets are folded into each other to achieve the effect of folding storage.

A further object of the present invention is to provide a photographic support structure having a folding and adjusting structure, wherein the folding group has a pivoting portion respectively disposed on each of the brackets, or one of the pivotal portions of the brackets and the body seats. A second rotation positioning group is provided to provide an angular positioning between the elements after rotation, thereby achieving the positioning effect of the angle adjustment.

[this invention]

(10) ‧‧‧ bracket device

(11)‧‧‧First bracket

(111)‧‧‧Inlay

(12) ‧‧‧second bracket

(20)‧‧‧Photographic equipment holding device

(21)‧‧‧ body seat

(22)‧‧‧Second holder

(23) ‧‧‧ Groove

(30) ‧ ‧ Yuntai Group

(31)‧‧‧PTZ

(311)‧‧‧Flange

(32)‧‧‧Bolts

(33)‧‧‧First holder

(34) ‧‧‧ Space

(35)‧‧‧ screw knob

(40) ‧‧‧Displacement positioning group

(41)‧‧‧Linear guides

(411)‧‧‧ small guide channel

(412)‧‧‧ Large guide channel

(42)‧‧‧Displacement knob

(43)‧‧‧ Positioning screw

(44)‧‧‧Resistance

(50)‧‧‧Photographic equipment

(60)‧‧‧Clamping adjustment device

(70)‧‧‧Clamping group

(71)‧‧‧First holder

(72)‧‧‧Second holder

(73)‧‧‧ screw assembly

(731)‧‧‧First screw lever

(732)‧‧‧Second screw

(80)‧‧‧Folding group

(81)‧‧‧First track slot

(82) ‧‧‧Second rail slot

(83) ‧‧‧First Spinning Positioning Group

(84)‧‧‧ pivot assembly

(841)‧‧‧ Positioning pivot

(842)‧‧‧Spiral pivots

(85) ‧‧‧ clutch components

(851)‧‧‧First clutch seat

(852)‧‧‧Second clutch seat

(853)‧‧‧First tooth

(854)‧‧‧Second tooth

(855)‧‧‧Flexural components

(86)‧‧‧Second rotation positioning group

(87)‧‧‧ pivot assembly

(871)‧‧‧ Positioning pivot

(872)‧‧‧Spiral

(88)‧‧‧Clutch components

(881)‧‧‧First clutch seat

(882)‧‧‧Second clutch seat

(883)‧‧‧First tooth

(884)‧‧‧second tooth

(885)‧‧‧Flexural components

The first figure is a perspective view of a preferred embodiment of the present invention.

The second figure is a perspective view of a second embodiment of the present invention.

The third figure is an exploded perspective view of a preferred embodiment of the present invention.

The fourth figure is a schematic diagram of a set of a preferred embodiment of the present invention.

Figure 5 is a partial cross-sectional view showing a preferred embodiment of the present invention.

Figure 6 is a partial cross-sectional view of a second preferred embodiment of the present invention.

Figure 7 is a partial cross-sectional view showing a third embodiment of the present invention.

Figure 8 is a partial cross-sectional view showing a fourth embodiment of the present invention.

The ninth drawing is a schematic view of the clamping adjustment according to a preferred embodiment of the present invention.

The tenth figure is a schematic diagram 2 of the clamping adjustment according to a preferred embodiment of the present invention.

FIG. 11 is a first schematic diagram of a camera assembly according to a preferred embodiment of the present invention.

FIG. 12 is a second schematic diagram of a camera assembly according to a preferred embodiment of the present invention.

Figure 13 is a third schematic diagram of a camera assembly according to a preferred embodiment of the present invention.

FIG. 14 is a first schematic diagram of a mobile phone set according to a preferred embodiment of the present invention.

FIG. 15 is a second schematic diagram of a mobile phone set according to a preferred embodiment of the present invention.

FIG. 16 is a third schematic diagram of a mobile phone set according to a preferred embodiment of the present invention.

Figure 17 is a schematic view showing the state of use of a preferred embodiment of the present invention.

Figure 18 is a schematic view showing the folding adjustment device of the preferred embodiment of the present invention.

FIG. 19 is a second schematic view of the folding adjustment device according to a preferred embodiment of the present invention.

Figure 20 is a schematic view showing the folding adjustment device of the preferred embodiment of the present invention.

Figure 21 is a perspective view of a folding adjustment device according to a preferred embodiment of the present invention.

A twenty-second figure is a folded view of a photographic equipment holding device according to a preferred embodiment of the present invention.

A twenty-third figure is a schematic view of an overall folded view of a preferred embodiment of the present invention.

The twenty-fourth embodiment is a schematic diagram of the overall folding of the preferred embodiment of the present invention.

The twenty-fifth figure is a schematic diagram of the overall folding of the preferred embodiment of the present invention.

First, referring to the first to eighth figures, the present invention provides a folding and adjusting photographic support structure, which comprises a bracket device (10), and one of the rotatable folds disposed on the bracket device (10). A photographic equipment holding device (20) and a clamping adjustment device (30).

The bracket device (10) has a first bracket (11) and a second bracket (12) pivoted at one end and two phases, and the second bracket (12) can be accommodated in the first after being rotated. Inside the bracket (11); a recessed groove (111) is recessed below the first bracket (11).

The photographic device holding device (20) is disposed at the other end of the second bracket (12) and can be accommodated in the second bracket (12) after being rotated, and has a body seat (21) a cloud platform group (30) and a displacement positioning group (40); the cloud platform group (30) has a pan/tilt (31) that can be linearly displaced above the body base (21) and is A photographic device (50) is provided with a bolt (32), and each of the head (31) and the body seat (21) is respectively provided with a first clamping seat (33) and a second clamping seat ( 22), using the linear displacement of the pan/tilt (31) to change the distance between each of the first and second holders (33) (22); the platform (31) is laterally opened Space (34); the pan/tilt set (30) has a screwing knob (35) that is received in the space (34) and is in concentric axial direction with the bolt (32).

The displacement positioning group (40) is disposed between each of the cloud platform group (30) and the body seat (21) to provide switching of the positioning or moving state of the cloud platform group (30); the displacement positioning group (40) has a linear guide rail (41) having a long hole shape on the main body seat (21); a displacement rotary knob (42) accommodated in the space (34) and the screw knob (35) a superposition of the concentric axis; a positioning screw (43) having a larger outer diameter at one end thereof to restrict its passage through one of the linear guides (41); the positioning screw (43) The end of the linear guide rail (41) is connected to the displacement rotary knob (42), and is driven by the displacement rotary knob (42) to abut the abutting member (44). The state of tension or looseness is changed; the linear guide (41) is a stepped elongated hole extending through the body seat (21), and is a small guide groove (411) and a large guide groove (412). Co-composition; the positioning screw (43) is worn after the small guide groove (411) The rotary knob (42) is embedded; the abutting member (44) is latched in the large guide groove (412) and restricts rotation thereof, and the displacement rotary knob (42) and the positioning screw ( 43) After the synchronous rotation, the abutting member (44) is linearly displaceable in the large guide groove (412) in the axial direction of the positioning screw (43).

The clamping adjustment device (60) is disposed at the other end of the pivotal connection of the first bracket (11), and has a clamping group (70) adjusted by a linear displacement as a clamping space, and each of the clamping groups A folding group (80) is disposed between the (70) and the first bracket (11), so that the clamping group (70) is accommodated in the first bracket (11) after being rotated; the folding group (80) has a setting The first bracket (11) defines a first rail groove (81) having a linear elongated hole on the corresponding side wall, and an arc-shaped long hole disposed on the corresponding corresponding side wall of the first bracket (11) a second rail slot (82); the clamping group (70) has a first clamping seat (71) pivotally mounted on the first rail slot (81), and is pivotally disposed on the second rail slot (82) one of the second clamping seats (72), wherein the first and second clamping seats (71) (72) are synchronously displaced in the first and second rail grooves (81) (82), The second clamping seat (72) is inserted through the recessed groove (111), and the upper side thereof abuts against the wall of the recessed groove (111) to maintain the first bracket (11). And the second clamping seat (72) is at a vertical angle, the first bracket (11) is not rotated; a screwing assembly (73) is threaded through the second clamping seat (72), after the screw end is re-punched, the first clamping seat (71) is disposed, and the screwing assembly (73) is synchronously rotated to drive the first clamping seat (71) to the first rail. The slot (81) is linearly displaced to cause a change in the spacing between each of the first and second clamping seats (71) (72); the screwing assembly (73) has a first screw that is pivotally connected to one end at a time. a post (731) and a second screw (732), and the first and second holders (71) (72) are pierced together by the free ends of the first screw (732), The piercing end is positioned on the first clamping seat (71); the second screwing rod (732) can rotate synchronously with the first screwing rod (731), and can be angularly rotated at the two-phase pivoting portion.

The folding group (80) has a first rotation positioning group (83) disposed on each of the first and second brackets (11) (12) pivoting portions, and is a pivot assembly (84) and a a clutch assembly (85) is disposed on each of the first and second brackets (11) (12) at a pivotal connection; the clutch assembly (85) is sleeved on the pivot The assembly (84) has a first clutch seat (851) in a fixed state, and a second clutch seat (852) that is linearly displaceable on the pivot assembly (84); each of the first And the second clutch seat (851) (852) can be abutted on the end surface of the ring, respectively, and one of the first tooth portion (853) and the second tooth portion (854) can be coupled to each other; An elastic member (855) is disposed on the shaft assembly (84), and the two ends of the first bracket (11) and the second clutch seat (852) are respectively abutted to provide The second clutch seat (852) automatically returns to the first clutch seat (851); the pivot assembly (84) has a common threading of the first and second brackets (11) (12) on one side One of the rear positioning positioning members (841), and the first and second brackets (11) (12) are disposed on the other side, and are rotatable and mutually opposite to the positioning arm (841). One of the screwing members (842) is screwed; the first clutch seat (852) and the first bracket (11) are fixed in a polygonal manner by two-phase concave and convex; the positioning pivot member (841) and the first A bracket (11) is fixed in two phases in a polygonal manner.

The folding group (80) has a second rotation positioning group (86) disposed on each of the second bracket (12) and the pivoting portion of the body seat (21), and is a pivot assembly (87) and a The clutch assembly (88) is disposed on each of the second bracket (12) and the body seat (21) at a pivotal connection; the clutch assembly (88) is sleeved on the pivot The assembly (87) has a first clutch seat (881) in a fixed state, and a second clutch seat (882) that is linearly displaceable on the pivot assembly (87); each of the first And the second clutch seat (881) (882) can be abutted on the end surface thereof, and the ring is respectively provided with one of the first tooth portion (883) and the second tooth portion (884); An elastic member (885) is disposed on the shaft assembly (87), and the two ends of the second bracket (12) are respectively abutted between the two sides of the second bracket (12) and the second clutch seat (882) to provide the second clutch seat. (882) automatically returning the elastic force to the first clutch seat (881); the pivot assembly (87) has a common positioning of each of the second bracket (12) and the body seat (21) on one side Positioning the pivoting member (871), and jointly arranging each of the second bracket (12) and the body seat (21) After the side, the pivoting member and the piercing end of the positioning pivot member (871) are screwed together to form a pivoting member (872); the first clutch seat (881) and the body seat (12) are in a polygonal manner The phase concave and convex is embedded and fixed; the positioning pivot member (871) and the body seat (21) are fixed in two directions in a polygonal manner.

The bracket device (10) pivotally connected to each of the first and second brackets (11) (12) is coupled to the clamping adjustment device provided at one end of the first bracket (11) by the above-mentioned member ( 60) The clamping positioning and folding structure provided, and the photographic equipment clamping device (20) at the other end of the second bracket can be simultaneously applied to the clamping of the camera and the mobile phone, and can reach the photographic equipment angle and the clamping thickness. Adjustment, at the same time, the bracket device (10) can be adjusted for angle and height, and has high stability and high position, and has multiple functions such as collapsible storage.

In order to further understand the structural features, technical means and desired effects of the present invention, the mode of use of the present invention will be described as follows: Before the assembly of the present invention, the first stent (11) is prepared first. the way Each of the first and second rail grooves (81) (82) is formed on two sidewalls of the first bracket (11), and the recessed groove (111) and the predetermined portion are formed under the first bracket. a polygonal groove and a flange; the body seat (21) integrally forms each of the second clamping seat (22), the large guiding groove (412), and the small guiding groove (411); the platform (31) Each of the spaces (34) and the first holder (33) are integrally formed.

When the present invention is assembled, the second bracket (12) is first pivotally connected to one end of the first bracket (11) by the first rotation positioning group (83), that is, the positioning pivot member (841) Each of the first and second brackets (11) (12), the elastic member (855), and the second clutch seat (852) are sequentially disposed on one side, and the screw member (842) is simultaneously worn by the other side. Each of the first and second brackets (11) (12) and the first clutch seat (851) are disposed, and the end of the positioning pivot member (841) is positioned with the piercing end thereof. Then, the clamping adjustment device (60) is disposed at the other end of the first bracket (11), and the first bracket (11) is respectively screwed through the first bracket and the second bracket After the rails (81) (82) are respectively screwed onto the first and second clamping seats (71) (72); each of the first and second screwing rods (731) (732) is at one end thereof Pivoting each other, and sequentially inserting each of the second clamping seat (72) and the first clamping seat (71) with the first screwing rod (731), and then inserting the end of the second clamping seat (71) with the buckle On the first clamping seat (71), the first and second clamping seats (71) (72) are respectively displaceable along the first and second guiding rails (81) (82). The body seat (21) is pivotally connected to the other end of the second bracket (12) by the second rotation positioning group (86), that is, the positioning pivot member (871) is sequentially disposed on one side at the same time. Each of the second bracket (12) and the body base (21), the elastic member (885), and the second clutch seat (882), the screw member (842) is disposed through the second bracket at the same time from the other side ( 12) and the body seat (21), and the first clutch seat (881), and the end of the positioning pivot member (841) is positioned with the piercing end thereof. The screwing knob (35) is accommodated in the space (34), and the screwing knob (35) and the pan/tilt (31) are pierced by the bolt (32). Finally, the pan/tilt group (30) is connected to the body seat (21) by the displacement positioning group (40), that is, the displacement knob (42) is accommodated in the space (34) and The screwing rotary knobs (35) are stacked, and the positioning screw (43) is inserted through the linear guide rails (41) and the respective pan/tilt heads (31) and the displacement knobs (42) are inserted. It is connected to the piercing edge of the bolt (32). At this time, the flange (311) is embedded in the groove (23), and the assembly is completed.

The angle adjustment between the first and second brackets (11) and (12) of the present invention is as follows. Referring to the fifth to sixth figures, the first and second brackets (11) (12) are pivotally connected. The first rotation positioning group (83) on the portion mainly uses the first and second brackets (11) (12) to generate a corresponding rotation, the first clutch seat (851) and the second The brackets (12) are embedded in a polygonal shape, and will follow the first The two brackets (12) rotate synchronously, so that the first tooth portion (853) and the second tooth portion (854) are repeatedly changed in engagement and disengagement to generate a click sound, and the second clutch seat (852) is also The pivot assembly (84) is linearly displaced over the overlay. Referring to FIG. 5, the first and second tooth portions (853) (854) are in meshing state, and the elastic member (855) is pushed against the second clutch seat (852) toward the first clutch. The seat (851) is in a positioned state, so that after the angle adjustment of each of the first and second brackets (11) (12) is determined, even if the first and second teeth (853) (854) are engaged Positioned. Referring to the sixth figure, when the first and second brackets (11) (12) are rotated, the second tooth portion (854) is displaced along the convex teeth of the first tooth portion (853). In the state, the second clutch seat (852) is also displaced toward the elastic member (855), and in this case, the unpositioned state, and then the first and second brackets (11) (12) are slightly rotated to enable each The first and second tooth portions (853) (854) are engaged to be positioned.

The angle between the second bracket (12) and the body base (21) of the present invention is adjusted. Referring to the seventh to eighth figures, the second bracket (12) and the body base (21) are pivotally connected. The second rotation positioning group (86) on the portion mainly uses the second bracket (12) and the body seat (21) to generate a corresponding rotation, and the first clutch seat (881) is connected to the body seat. (21) The two are in a polygonal type of concave and convex, and rotate synchronously with the body seat (21), so that the first tooth portion (883) and the second tooth portion (884) are repeatedly changed in engagement and disengagement. A click is generated and the second clutch seat (882) is thus linearly displaced over the positioning pivot (871). Referring to the seventh figure, the first and second tooth portions (883) (884) are in a meshing state, and the elastic member (885) is pushed against the second clutch seat (882) toward the first clutch. The seat (881) is in a positioned state, so that when the angle adjustment of each of the second bracket (12) and the body base (21) is determined, even if the first and second teeth portions (883) (884) are engaged Positioned. Referring to the eighth figure, when the second bracket (12) and the body seat (21) are rotated, the second tooth portion (884) is displaced along the convex teeth of the first tooth portion (883). In the state, the second clutch seat (881) is also displaced toward the elastic member (885), and in this case, the unpositioned state, and then the second bracket (12) and the body seat (21) are slightly rotated to enable each The first and second tooth portions (883) (884) are engaged to be positioned.

In the clamping adjustment of the present invention for clamping an object, please refer to the ninth to tenth drawings, and the article is placed between each of the first and second clamping seats (11) (12), and then the second screw is rotated. a post (732), or synchronously driving the first screw (731) to rotate, and driving the first clamp (71) fixed to the first screw (731) along the first rail ( 81) The long guide hole produces a linear displacement, and the distance between each of the first and second clamps (71) (72) can be adjusted to be firmly clamped to the article. Please refer to the In the nine-figure diagram, when the thinner article is clamped, the first and second screwing rods (731) (732) are synchronously rotated clockwise, and the second screwing rod (732) is gradually moved toward the second clamp. The seat (72) is screwed out, and the first holder (71) is approached toward the second holder (72) until the first and second holders (71) (72) are firmly abutted against the article. On both sides, the adjustment is complete. Referring to the tenth figure, when clamping a thicker article, firstly, the first and second screwing rods (731) (732) are synchronously rotated counterclockwise, and the second screwing rod (732) is gradually formed. Squeezing outwardly of the second clamping seat (72), the first clamping seat (71) is moved backwards toward the second clamping seat (72), and the distance between the two clamping seats (72) is gradually opened, and when a considerable distance is left, The article is placed between each of the first and second holders (71) (72), and the second screw (732) is rotated clockwise to perform the aforementioned clamping adjustment until each of the first and second The clamping seat (71) (72) is firmly abutted on both sides of the article, that is, the adjustment is completed.

When the present invention is connected to a camera type photographic device (50), please refer to the eleventh to thirteenth drawings, first align the upper end of the bolt (32) and slightly penetrate the screw hole under the camera, and then reverse The screw rotates the screw knob (35) to drive the bolt (32) to rotate synchronously, and the screw hole of the camera is gradually screwed to the bolt (32) to displace the camera toward the platform (31) until the camera The bottom surface abuts against the edge of the platform (31), that is, the locking is completed. When the camera is to be removed, the screwing knob (35) is directly rotated clockwise to drive the bolt (32) to rotate synchronously, and the screw hole of the camera is gradually disengaged from the bolt (32) to make the screw hole The camera is displaced in the opposite direction of the head (31) until the camera screw hole is completely disengaged from the bolt, and the release is completed.

When the present invention is connected to the photographic device (50) of the mobile phone type, please refer to the fourteenth to sixteenth drawings. First, the positioning state of the pan/tilt (31) is released, that is, the rotation is rotated by the displacement. a button (42) for synchronously rotating the positioning screw (43), because the abutting member (44) has a polygonal outer edge that is locked in the large guide groove (412) and cannot be rotated, so that the positioning screw (43) can only Move up and down. When the displacement knob (42) is rotated in the counterclockwise direction, the positioning screw (43) rotates synchronously and gradually moves upward, thereby simultaneously pushing each of the displacement knobs (42) and the screw knobs. (35), and the gimbal (31), and the space between the gimbal (31) and the body base (21) is moved, so that the pan/tilt (31) can be moved along the linear guide (41) for adjustment. A mobile phone type photographic device (50) is placed between each of the first and second holders (33) (22), and the head (31) is moved to make the first and second holders (33) (22) After firmly abutting on both sides of the mobile phone, when the displacement knob (42) is rotated in the clockwise direction, the positioning screw (43) is synchronously rotated and gradually displaced downward, thereby synchronizing Push each of the displacement knobs (42) and the screw knob (35), and the gimbal (31), and the gimbal (31) is abutted against the main body (21) and pressed, the gimbal (31) can be stably fixed on the main body (21). At the same time, the photographic equipment (50) of the mobile phone type is firmly held.

The clamping condition of the clamping adjustment device (60) of the present invention is mainly clamped to the thick and stable article by the clamping group (70), so that the position can be stably fixed, so that the surrounding related articles can be used as the clamping. Solid foundation, including low walls, doors, table tops, window frames, square columns, chairs, cabinets, or electrical appliances; and with the first and second brackets (11) (12) and the body seat (21) The shooting can be performed with an appropriate angle adjustment. As shown in FIG. 17, the clamping group (70) is clamped on the back of the chair, and the first and second brackets (11) and 1212 are appropriately angled. After that, the camera can still shoot at a horizontal angle; if you want to adjust the camera shooting angle to a non-horizontal state, you can further rotate the angle between each of the second bracket (12) and the body base (21) as needed.

The folding operation of the present invention is designed in a "multi-fold type", and is partially folded into a plurality of sections and finally accommodated in the first bracket (11). The folding structure can be mainly divided into three parts. One is the folding of the clamping adjustment device (60), the second is the folding of the photographic equipment clamping device (20), and the third is the second bracket (12) and the photographic equipment clamping device (20). ) The common fold. For the folding of the clamping adjustment device (60) of the present invention, please refer to the eighteenth to twenty-first embodiments. First, the first and second screwing rods (731) (732) need to be rotated clockwise. Then the second screw (732) is gradually unscrewed to the outside of the second holder (72), and the first holder (71) is approached toward the second holder (72) until the first, The second screwing rods (731) (732) are externally exposed to the outside of the second clamping seat (72); the first and second clamping seats (71) (72) and the screwing assembly (73) Centering on the pivoting portion of the first clamping seat (71) and the first rail (81), synchronously rotating into the first bracket (11), the first clamping seat (71) is at the first The guide rail (81) rotates, and the second clamp seat (72) is displaced along the second guide rail (82) having a long arc hole until the first and second clamp bases (71) (72) are accommodated therein. In the first bracket (11); finally, the second screw (732) is rotated and folded into the first bracket (11), that is, the folding adjustment device (60) is completed.

For the folding of the photographic equipment holding device (20), please refer to the twenty-second figure, the photographic equipment holding device (20) is mutually connected to the main body (21) and the second bracket (12). The pivoting is centered for rotation, and the second rotation positioning group (86) can provide a function of rotation and positioning, so that the photographic equipment clamping device (20) is accommodated in the second bracket after being rotated. Inside and positioning, that is, complete the collection operation.

In the present invention, the second bracket (12) and the photographic equipment holding device (20) are collectively folded. Referring to the twenty-third to twenty-fourth drawings, the second bracket (12) is folded. The photographic equipment holding device (20), together with the first slewing positioning group (83), can provide a function of slewing and positioning, so that each of the second bracket (12) and the photographic equipment holding device (20) After being rotated, it is accommodated in the first bracket (11) and positioned, that is, the folding operation is completed. When each of the second bracket (12) and the photographic equipment holding device (20) and the clamping adjustment device (60) are respectively rotated and folded into the first bracket (11), the overall shape of the square rod is displayed. Shaped for easy storage and carrying.

The photographic equipment holding device (20) of the present invention is each of the head set (30), the displacement positioning group 40), the body seat (21), and the first and second holders (33) (22), etc. The components are composed of the main technical application and the expected effects, which are further explained as follows:

1. The first clamping seat (33) is integrally formed on one side of the platform (31), and the second clamping seat (22) is integrally formed on the body seat (21) and The first clamping seat (33) corresponds to each other, so when the pan/tilt (31) is linearly displaced, the distance between each of the first and second clamping seats (33) (22) can be adjusted to meet each The size of the mobile phone, and achieve the adjustment effect.

2. Each of the gimbal group (30) and the displacement positioning group (40) are connected by a coaxial line, and the two end portions of the bolt (32) and the positioning screw (43) are embedded and respectively rotatable. a state, in combination with each of the screwing knob (35) and the displacement knob (42) stacked in the space (34), respectively, sleeved outside the bolt (32) and the positioning screw (43), Moreover, the structure can be driven by each of the screwing knob (35) and the displacement knob (42), so that the overall component is simple in composition, small in size, easy to operate and convenient.

3. The pan/tilt set (30) is provided with a screw-fixed fixed portion with the bottom screw hole of the camera, and is coupled with the screw-type rotary knob (35) and the bolt (32) by a knob design. When the bolt is synchronously driven to perform a screw-fixing operation with the camera, the present invention has more convenient operation than rotating the camera or rotating the entire bracket; the other surface has a comparative It is also more labor-saving to drive the screw knob (35) with a large outer diameter.

The displacement positioning group (40) of the present invention provides positioning or movable state conversion of the cloud platform (31) on the body base (21), so that the first and second clamping seats (33) (22) Adjustable positioning of the spacing; the displacement positioning group (40) mainly uses a knob design in combination with each of the displacement knobs (43) and the positioning screw (43) to clamp each other in a polygonal shape to synchronously drive the positioning screw (43). ) rotate to Performing the positioning between the gimbal (31) and the body seat (21), or switching from the displaceable state of the gap, has operational convenience; the other facet has a larger outer diameter. It is also more labor-saving to drive the displacement knob (43).

5. The linear guide rail (41) of the present invention is a stepped through groove formed by each of the large guide groove (412) and the small guide groove (411), and each of the large and small guide grooves (412) (411) is also Each of the abutting members (44) and the positioning screws (43) are respectively provided for synchronous linear displacement therein. The abutting member (44) has a polygonal outer edge design to restrict rotation in the large guiding groove (412), so that the displacement screw (43) does not simultaneously drive the abutting member when driven. (44) A rotation is generated which affects the action of pushing or lowering the platform.

6. Each of the gimbal (31) and the body seat (21) are respectively provided with a strip-shaped flange (311) and a groove (23) on the edge of the body, thereby making the pan/tilt ( 31) When the body seat (21) is linearly displaced, no rotation is generated, and the effect of stable displacement is obtained.

The clamping adjustment device (60) of the present invention is composed of the clamping group (70) for providing the clamping article and the folding group (80) for providing the rotating folding, the main technical application and the expected The effect achieved is further explained as follows:

1. The clamping group (70) utilizes a first rail groove (81) having a straight elongated hole shape, and the first clamping seat (71) is linearly displaceable along the groove thereof, and is matched with each of the stable vertical supports. The second clamping seat (72) and the first bracket (11) are screwed through the first and second clamping seats (71) (72) in combination with the screwing assembly (73), and then the driving is rotated. The first clamping seat (72) is displaced, and the distance between each of the first and second clamping seats (71) (72) can be adjusted to achieve the effect of adjustable clamping according to the thickness of each type of clamping article. On the other hand, the clamping set (70) of the present invention can provide a relatively stable clamping relationship with the object to be clamped, and the present invention is superior to the conventional "placement type" stand structure. Knowing the supportability and stability; on the other hand, compared with the conventional structure, the clamping group (70) of the present invention can be used in various situations, and can be clamped only by an item having a considerable thickness. Practical and convenient.

The folding group (80) is coupled between each of the first brackets (10) and the clamping group (70) to form a second arcuate slot (82) having a long arc hole shape, and the second clamping seat is provided ( 71) The arc displacement in the slot can be extended, and the first clamping seat (71) and the first rail slot (81) are also rotatably arranged to be movable, and combined with each of the first screw (731) and the second screwing rod (732) are pivotally connected to form the screw assembly (73) having an articulated design, so that the first and second clamping seats (71) (72) can be rotated synchronously Discounted In the first bracket (11), the second screwing rod (732) is further folded to achieve a folding effect to facilitate storage and carrying.

3. The folding set (80) of the present invention has a simple overall structure, is easy to operate, and can be completed without disassembling parts during use, and has high overall practicality.

The bracket device (10) of the present invention pivotally connects the first and second brackets (11) (12) and the body base (21) by a link type principle, so that the components can be adjusted at any angle, and The main technical application and the expected effect of each of the first and second rotation positioning groups (83) and (86) are respectively matched to each of the pivoting points, and further explained as follows:

1. The first and second rotation positioning groups (83) (86) each have the first clutch seat (851) (881) in a fixed state, and the second clutch seat in a linearly displaceable state ( 852) (882), in conjunction with providing the second clutch seat (852) (882) toward the first clutch seat (851) (881) to approach the resilient elastic element (855) (885), using each of the first, The meshing or de-toothing state of the second tooth portion (853) (883) (854) (884) enables the angle between the members to be rotated or the positional state to be switched, thereby achieving the effect of angle adjustment.

2. The fixing manner between the first clutch seat (851) and the second bracket (12) in the first rotation positioning group (83) is mutually fitted by a polygonal concave-convex design to limit the The first clutch seat (851) generates a rotation; in the second rotation positioning group (86), each of the first clutch seat (881) and the body seat (21) is fixed in a polygonal manner. The designs are fitted to each other to limit the rotation of the first clutch seat (881); the components of the embedded structure are simple and quick to set up, and no screwing action is required, thereby effectively reducing the cost.

3. The fixing manner between the positioning pivot member (841) and the first bracket (11) in the first rotation positioning group (83) is to fit the polygon design in a polygonal manner to limit the positioning. The pivoting member (841) generates rotation; in the second rotation positioning group (86), the fixing manner between the positioning pivoting member (871) and the second bracket (12) is designed in a polygonal manner The fitting is used to limit the rotation of the positioning pivot member (871); the member of the embedded structure is simple and quick to set up, and the rotating action of the screwing is unnecessary, so that the cost can be effectively reduced.

In the first rotation positioning group (83), each of the pivot assemblies (84) is composed of each of the positioning pivot members (841) and the screwing member (842), by each of the first After the two sides of the second bracket (11) (12) are respectively disposed with the positioning pivoting member (841) and the screwing member (842), the positioning pivot member (841) is The state cannot be restricted, so that when the screw member (842) is rotated, it is easy to be screwed to the piercing end of the positioning pivot member (841) so that the two are positioned by the coaxial line; in the second rotation positioning group (86) The pivot assembly (87) is composed of the positioning pivot member (871) and the screwing member (872), and each of the second bracket (12) and the body seat (21) After the positioning pivot member (871) and the screwing member (872) are respectively disposed on both sides, since the positioning pivot member (871) is in an unrestricted state, it is easy to screw when the screwing member (872) is rotated. Connected to the piercing end of the positioning pivot member (871) so that the two are positioned by a coaxial line; the set of matching processes can be completed quickly without using a hand tool to clamp the positioning pivot member (841) (871), which is simplified Set the effect of the job.

In summary, the "photographing bracket structure with folding and adjusting" disclosed in the present invention provides a "clamping type" photographic equipment bracket structure, wherein the first and second brackets are pivotally connected to each other by a link type The body holder is combined with the clamping adjustment device disposed at one end of the first bracket, and the photographic equipment clamping device disposed on the body seat, wherein the clamping adjustment device has a thickness capable of clamping The clamping group on the article, and the folding group for providing the clamping group to fold; the photographic equipment clamping device has a pan/tilt set for providing a camera screw setting position, and provides the first to hold any mobile phone The second clamping seat can be applied to the camera and the mobile phone in operation, and has the dual functions of angle adjustment and clamping adjustment in operation, and can provide a folding function when not in use, so as to facilitate storage or carrying, and the overall structure. The components are simple, the assembly is easy and fast, and the photographic equipment support structure is highly practical, so that the whole industry is practical and cost-effective, and its structure has not been seen in books or publicly. , Honesty in line with requirements of the invention patent applications, urge Jun bureau public will see, as soon as possible grant of a patent, to pray for the flu.

It is to be understood that the above is a specific embodiment of the present invention and the technical principles applied thereto, and the functional effects produced by the concept of the present invention are still beyond the spirit of the specification and drawings. In the meantime, it should be combined with Chen Ming within the scope of the present invention.

(10) ‧‧‧ bracket device

(11)‧‧‧First bracket

(12) ‧‧‧second bracket

(20)‧‧‧Photographic equipment holding device

(21)‧‧‧ body seat

(30) ‧ ‧ Yuntai Group

(40) ‧‧‧Displacement positioning group

(60)‧‧‧Clamping adjustment device

(70)‧‧‧Clamping group

(80)‧‧‧Folding group

(83) ‧‧‧First Spinning Positioning Group

(86)‧‧‧Second rotation positioning group

Claims (10)

A photographic support structure having a folding and adjusting structure, comprising: a bracket device, wherein the first bracket and the second bracket are respectively pivoted at one end and two phases, and the second bracket can be accommodated after being rotated a clamping device is disposed at the other end of the pivoting of the first bracket, and has a clamping group adjusted by a linear displacement, and the clamping group and the first bracket are respectively a folding group is disposed to allow the clamping group to be accommodated in the first bracket after being rotated; a photographic equipment holding device is disposed at the other end of the second bracket, and can be accommodated after being rotated In the second bracket, the utility model has a body seat, and a cloud platform group and a displacement positioning group are arranged on the top, and the cloud platform group has a pan/tilt that can be linearly displaced above the body seat and can be snail with a photographic equipment a first bolt and a second clamping seat are respectively disposed at corresponding positions of the cloud platform and the body seat, and the linear displacement of the cloud platform enables each of the first and second clamping seats The distance between the two changes, and the displacement positioning group is set in each of the PTZ groups and Zama, the head groups to provide positioning or moving state of the switch. The folding and adjusting photographic support structure according to the first aspect of the patent application, wherein the folding set has a first track groove formed in a linear long hole on the corresponding side wall of the first bracket, and is disposed on the first track groove The first bracket presets a second rail slot having an arc-shaped elongated hole shape on the corresponding side wall; the clamping group has a first clamping seat pivotally disposed on the first rail slot, and is pivoted on the first bracket a second clamping seat on the two rail slots, each of the first and second clamping seats being synchronously displaceable in each of the first and second rail slots, and capable of synchronous angular rotation; a screwing assembly After being inserted through the second clamping seat, the screwing end is disposed on the first clamping seat, and the screwing assembly synchronously rotates the first clamping seat to linearly displace the first clamping slot. And causing a change in the pitch between each of the first and second holders. According to the second aspect of the invention, the splicing assembly has a folding and adjusting photographic bracket structure, wherein the screwing assembly has a first screwing rod and a second screwing rod which are pivotally connected to each other at one end, and the first After the free ends of the screw rods are disposed through the first and second clamping seats, the through ends thereof are positioned on the first clamping seat; the second screwing rods can rotate synchronously with the first screwing rods, and It can rotate at an angle of two phases. The folding and adjusting photographic support structure according to the first aspect of the patent application, wherein the folding group has a first rotation positioning group disposed on each of the first and second bracket pivoting portions. The pivot assembly is disposed on each of the first and second brackets at a pivotal connection; the clutch assembly is sleeved on the pivot assembly and has a fixed state a first clutch seat, and a second clutch seat which is linearly displaceable on the pivot assembly, and the end faces of the first and second clutch seats are respectively abutting each other One of the first tooth portion and the second tooth portion is disposed on the pivot assembly, and an elastic member is disposed on the pivot assembly, and the two ends are respectively abutted between the first bracket and the second clutch seat to provide the second The clutch seat automatically returns to the first clutch seat. The photographic support structure with folding and adjustment according to the fourth aspect of the patent application, wherein the pivot assembly has a positioning pivot member for positioning the first and second brackets on one side, and is commonly worn. After the first and second brackets are disposed on the other side, the first and second brackets are rotatable and screwed to the positioning end of the positioning pivoting member. The first clutch seat and the first bracket are respectively arranged in a polygonal manner. The phase concave and convex is embedded and fixed; the positioning pivot member and the first bracket are fixed in two directions in a polygonal manner. The folding and adjusting photographic support structure according to the first aspect of the patent application, wherein the folding group has a second slewing positioning group disposed on each of the second bracket and the body seat pivoting portion, which is a pivot a shaft assembly and a clutch assembly, the pivot assembly is disposed on each of the second bracket and the body seat pivotally connected to each other; the clutch assembly is sleeved on the pivot assembly, and has a fixed state a clutch seat, and a second clutch seat which is linearly displaceable on the pivot assembly, and the end faces of the first and second clutch seats can be abutted a first tooth portion and a second tooth portion are disposed on the pivot assembly, and a pair of elastic members are respectively disposed on the two ends of the second bracket and the second clutch seat to provide the second clutch seat The first clutch seat automatically returns to the elastic force. The folding and adjusting photographic support structure according to the sixth aspect of the patent application, wherein the pivot assembly has a positioning pivot member that is disposed on the side of each of the second bracket and the body seat, and is commonly worn. After the second bracket and the body seat are disposed on the other side, the pivoting member and the positioning pivoting member are screwed together to form a pivoting member; the first clutch seat and the body seat are polygonally two-phase concave and convex The fixing and fixing are fixed; the positioning pivoting member and the body seat are fixed in two directions in a polygonal manner. The folding and adjusting photographic support structure according to the first aspect of the patent application, wherein the displacement positioning group has a linear guide arranged on the body seat and having a long hole shape; a button is disposed on the platform; a positioning screw has a larger outer diameter at one end thereof to restrict the passage of one of the linear guides, and the positioning screw is disposed at the other end after the linear guide is inserted The knob is connected and receives the driving of the displacement knob to cause a state of tension or release between the abutting member and the abutting surface thereof. The photographic support structure with folding and adjustment according to claim 8 , wherein the linear guide rail is formed by a stepped elongated hole extending through the body seat, and is composed of a small guide groove and a large guide groove; The positioning screw is inserted into the small guide groove and embedded with the displacement rotary knob; the abutting member is locked in the large guiding groove and restricts the rotation thereof, and the displacement rotary knob and the positioning screw are synchronized. After the rotation, the abutting member can be linearly displaced in the large guide groove in the axial direction of the positioning screw. The folding and adjusting photographic support structure according to claim 8 , wherein the cloud platform has a space laterally; the displacement rotary knob is accommodated in the space; the pan/tilt set has a screw connection The knob is placed in the space with the displacement knob in the direction of the concentric axis.