JP3216047U - Multifunctional tripod - Google Patents

Abstract

Provided is a multifunctional integrated tripod with high installation stability on the ground closed by ice or snow. A multi-function integrated tripod includes a pan head, a horizontal base, and a tripod. The pan head includes a ball receiver 1, an opening is formed in an upper portion of the ball receiver, and a ball head 3 is installed in the opening. The ball receiver vertical opening 7 is formed on the side surface of the ball receiver, the ball receiver horizontal opening 9 is formed below the ball receiver vertical opening, and the lower end of the ball receiver vertical opening and the center of the ball receiver horizontal opening are 90 °. A semicircular bowl 11 is installed at the lower part of the ball receiving rotary base 10, a three-claw part 12 is installed at the lower part of the semicircular bowl, a tightening knob 16 is installed on the side surface of the three-claw part, A leg release buckle 14 is installed between the connection port of the leg, and a tripod nail 20 including a female screw nut and a concave half-circular bevel inside the tripod nail is installed at the bottom of the leg. Screwed into the nut, and the tripod nail inside concave half circle bevel and Plane forms an 90 °. [Selection] Figure 1

Description

  The present invention relates to a photographing auxiliary equipment, particularly a multifunctional integrated tripod.

  The multifunctional integrated tripod is used to adjust the shooting angle of the camera.When used, first open the tripod, then rotate and attach the quick release plate set with the camera platform to the camera, and finally Attach the pan head to the tripod. The tripod allows the camera to rotate horizontally at 360 ° and tilt up and down at a constant angle.

  In the conventional technology (for example, Patent Document 1 below), since the design is inappropriate, the tripod nail for a tripod easily slides outward. Especially on the ground closed by ice or snow, it is not stable and difficult to use.

China utility model released CN201425693Y

  The present invention provides a multi-function integrated tripod that can prevent the tripod nail from sliding outward on the ground closed by ice or snow, and in order to achieve the above object, the present invention uses the following technical scheme: .

  The multifunctional integrated tripod includes a ball receiver with an opening, a ball head for connecting to the quick release plate connector is installed in the opening, and a level is installed outside the ball receiver. A ball head clamping knob is installed on the side, a ball receiver vertical opening is formed on the side of the ball receiver, a ball receiver horizontal opening is formed below the ball receiver vertical opening, and the ball receiver vertical opening on the side of the ball receiver is a ball The ball receiver is divided into left and right sides, the ball receiver horizontal opening on the side of the ball receiver divides the ball receiver vertically, a rotating base is installed at the bottom of the ball receiver, a semicircular bowl is installed at the bottom of the rotating base, and semicircular A semi-circular nut is installed in the bowl, a three-claw part is installed at the bottom of the semi-circular bowl, a tightening knob is installed outside the three-claw part, and a connection port for the three-claw part and the leg A leg release buckle is installed between the tripod nail and a tripod nail including a female screw nut and a concave half circle bevel inside the tripod nail at the bottom of the leg. The nail inner concave semicircular bevel and the ground form 90 °, and the bottom end of the ball receiver vertical opening and the center of the ball receiver horizontal opening are 90 °. By rotating the ball head tightening knob, The ball receiving hole and the ball receiving screw hole clamp the fine shrinking ball receiver to make it shrink finely. Also, the ball receiving clamp fine shrinking system and the rotating base are divided into upper and lower parts, and the impact on the photographing device is further reduced. At the bottom of the leg, a tripod nail including a female screw nut and a semicircular bevel inside the tripod nail is installed at the bottom of the leg. Semi-circular bevel and ground are 90 ° On the ground that has been closed to the ice and snow it is possible to prevent the nail for a tripod to slide to the outside.

  The rotating base lower screw is connected to the female screw in the semicircular bowl, the bevel is installed at the upper part of the three claws, the tightening knob is installed on the side of the three claws, and the semicircular bevel is installed in the three claws. A screw shaft including a spacer, a convex bevel screw, a spacer with a semi-circular bevel screw, and a spring is installed. The female screw of the tightening knob is connected to the screw shaft, and the screw shaft is a three-claw side hole. And the other end of the screw shaft is fitted with a spring by a semicircular bevel spacer, the convex bevel screw is connected to the female screw of the semicircular bevel screw spacer, and the bevel on both sides of the convex bevel screw Is in contact with a semi-circular bevel spacer, a semi-circular bevel threaded spacer pair, and the other end of the convex bevel screw is fitted into the semi-circular bowl through the middle hole of the three claws, and the female screw of the semi-circular nut The outer surface of the semicircular bowl is beveled at the three claws The claw sleeve screw and claw spring are installed in the claw of the three claw portion, and the claw sleeve screw is fitted to the claw portion spring through the claw portion hole and comes into contact with the corresponding claw portion hole. Both ends of the sleeve screw are fitted into the leg connection port, both walls are abutted with hexagon socket bolts, a rectangular hole is formed on the side of the L-shaped leg opening buckle, the L-shaped leg opening buckle includes a rectangular spacer, screw, and Including the spring, the screw is in contact with the rectangular spacer, the other end of the screw is fitted into the long hole of the L-shaped leg opening buckle by the rectangular spacer, and connected to the leg connection port flat screw hole, the spring is connected to the leg It is fitted to the mouth plane positioning pin and comes into contact with the rectangular spacer. The other end of the rectangular spacer comes into contact with the rectangular hole on the side of the L-shaped leg opening buckle, and the pawl spring has three The other end of the claw spring contacts the inner wall of the long hole of the L-shaped leg opening buckle, and the L-shaped leg opening buckle is locked by pulling the rectangular spacer of the L-shaped leg opening buckle. When fully open, the rectangular spacer automatically unlocks and the L-shaped leg opening buckle automatically returns. At the bottom of the leg, a leg female thread nut and a concave half-circular bevel inside the tripod nail are provided. A tripod nail including a tripod nail is connected to a female screw nut, a tripod nail has a concave semicircular oblique angle and the ground is 90 degrees, and the tripod nail is closed to the ground by ice or snow. It is possible to prevent sliding to the outside.

  The leg is a multistage telescopic leg having a plurality of pipes, and the diameter of the pipe on the tripod nail side is larger than the diameter of the pipe on the side of the three claws.

  According to the present invention, the tripod nail can be prevented from sliding outward on the ground closed by ice or snow.

It is the structure schematic of the multifunctional integrated tripod of this invention. FIG. 2 is a schematic cross-sectional view taken along line AA in FIG. 1. It is a BB cross-sectional schematic diagram of FIG. It is the structure schematic of the leg of the multifunctional integrated tripod which concerns on other embodiment of this invention.

The present invention will be described in detail with reference to FIGS.
The present invention provides a multifunctional integrated tripod including a ball receiver 1, an opening 2 is installed in the upper part of the ball receiver 1, and a ball head 3 for connecting to a quick release plate connector is installed in the opening 2. A level 6 is installed outside the ball receiver 1, a ball head tightening knob 4 is installed on the outer surface of the ball receiver 1, a rotating base 10 is installed at the lower part of the ball receiver 1, and a half is installed at the lower part of the rotating base 10. A circular bowl 11 is installed, a three-claw part 12 is installed at the lower part of the semicircular bowl 11, a tightening knob 16 is installed outside the three-claw part 12, and a space between the three-claw part 12 and the connection port 13 of the leg. A leg opening buckle 14 is installed, a tripod nail 20 is installed on the bottom of the leg 19, and a semicircular hook 18 is installed on the bottom of the three claw 12.
A vertical opening 7 is installed on the side surface of the ball receiver 1, and a horizontal half opening 9 is installed under the ball receiver vertical opening 7. In FIG. 3, the ball head tightening knob 4 includes a screw shaft 4-1, It includes a receiving hole 1-2, a vertical opening 7, and a ball receiving screw hole 1-1. The female screw of the ball head tightening knob 4 is connected to the screw shaft 4-1, and the other end of the screw shaft 4-1. Is connected to the ball receiving screw hole 1-1 by the ball receiving hole 1-2, of which the ball receiving hole 1-2 corresponds to the ball receiving screw hole 1-1, and the horizontal half is below the ball receiving vertical opening 7. There is an opening 9, the ball receiver 1 is divided into upper and lower parts, and the ball receiving hole 1-2 and the ball receiving screw hole 1-1 clamp the ball receiver 1 by rotating the ball head tightening knob 4. It is shrunk finely, and the shock to the camera is absorbed and rotated. The base lower screw 10-1 is connected to the semicircular bowl female screw 11-1, the outer surface of the semicircular bowl 11 is in contact with the three claw bevel angle 12-1, and the female screw of the tightening knob 16 is the screw shaft 16-. 1, the screw shaft 16-1 is in contact with the three claw portion side hole 12-2, and a spring 16-3 is fitted to the other end of the screw shaft 16-1 by a semicircular oblique spacer 16-2. The bevel screw 16-4 is connected to the female screw of the spacer 16-5 with a semicircular bevel screw, and the bevels on both sides of the convex bevel screw 16-4 are semicircular bevel spacer 16-2 and semicircular. The other end of the convex bevel screw 16-4 contacts with the pair of bevel-threaded spacers 16-5 and is fitted into the semicircular bowl 11 through the middle hole of the three-jaw portion 12 to form a semicircular female screw nut 11-2. And the claw sleeve screw 15-1 of the three claw portion 12 The claws are fitted into the claw springs 15-2 through the claw holes and come into contact with the corresponding claw holes. Both ends of the claw sleeve screws 15-1 are fitted into the leg connection ports 13, and both walls are hexagonal. The pawl spring 15-2 is abutted against the bolt 15 with the hole, and the pawl spring 15-2 comes into contact with the pawl of the three pawl portion 12. The other end of the pawl spring 15-2 The screw rod 14-4 comes into contact with the rectangular spacer 14-1, and the other end of the screw rod 14-4 is fitted into the long hole of the L-shaped leg opening buckle 14 by the rectangular spacer 14-1, Connected to the flat screw hole 14-5, the spring 14-2 is fitted to the leg connection port flat positioning pin 14-3 to contact the rectangular spacer 14-1, and the other end of the rectangular spacer 14-1 is L Rectangular hole 14- on the side of the open leg 14 And when the L-shaped leg opening buckle 14 is pulled to lock the L-shaped leg opening buckle 14 and the legs 19 are fully opened, the rectangular spacer 14-1 automatically unlocks, The L-shaped leg opening buckle 14 automatically returns, the tripod nail 20 is connected to the leg female screw nut 20-1, and the inner concave semicircular bevel 20-2 of the tripod nail 20 and the ground form 90 degrees. The tripod nail 20 is prevented from sliding outward.

  In FIG. 1, the aperture 2, the ball head 3, the one-way positioning knob 5, the rotary base positioning knob 8, the semicircular hook 18, and the leg 19 are each a conventional technique.

  In addition, in the multi-function integrated tripod according to another embodiment of the present invention, each leg 19 is a multistage telescopic leg having a plurality of pipes, and the diameter of the pipe on the tripod nail side is equal to the side of the three claws. Larger than the pipe diameter. For example, as shown in FIG. 4, the leg 19 is formed by joining a first pipe 19A on the tripod nail side and a second pipe 19B on the tripod nail side. The inner diameter of the first pipe 19A is set slightly larger than the outer diameter of the second pipe 19B. Thereby, a stable tripod with a low center of gravity can be provided.

  The present invention makes it possible to prevent the tripod nail 20 from slipping outside on the ground closed by ice or snow by forming the inner concave semicircular bevel 20-2 of the tripod tripod nail 20 and the ground at 90 degrees. It is characterized by.

DESCRIPTION OF SYMBOLS 1 Ball receiver 2 Opening 3 Ball head 4 Ball head clamping knob 5 Unidirectional positioning knob 6 Level 7 Vertical opening 8 Rotating base positioning knob 9 Horizontal half opening 10 Rotating base 11 Semicircular bowl 12 Three claw part 13 Leg connection port 14 Leg opening buckle 15 Hexagon socket head cap screw 16 Tightening knob 17 Recessed bowl-shaped nut 18 Semicircular hook 19 Leg 20 Tripod nail 10-1 Rotating base lower screw 11-1 Semicircular bowl female screw 11-2 Semicircular nut 12-1 3-claw bevel 12-2 Tri-claw side hole 14-1 Rectangular spacer 14-2 Spring 14-3 Leg connection port plane positioning pin 14-4 Screw rod 14-5 Leg connection port plane screw hole 14-6 Rectangular hole 15 -1 Claw sleeve screw 15-2 Claw spring 16-1 Screw shaft 16-2 Semicircular bevel spacer 16-3 Spring 6-4 Convex bevel screw 16-5 Spacer with semi-circular bevel screw 20-1 Leg female screw nut 20-2 Recessed semi-circular bevel 1-1 Ball receiving screw hole 1-2 Ball receiving hole 4-1 Screw Shaft 4-2 Screw 4-3 Circular spacer 19A 1st pipe 19B 2nd pipe

Claims (8)

  Includes a ball receiver with an opening, a ball head for connecting to the quick release plate connector is installed in the opening, a level is installed on the outside of the ball receiver, and a ball head tightening knob on the outer surface of the ball receiver Is installed, a ball receiver vertical opening is formed on the side of the ball receiver, a ball receiver horizontal opening is formed below the ball receiver vertical opening, the ball receiver vertical opening on the side of the ball receiver divides the ball receiver into left and right, The ball receiver lateral opening on the side of the ball receiver divides the ball receiver vertically, a rotating base is installed at the bottom of the ball receiver, a semicircular bowl is installed at the bottom of the rotating base, and a semicircular nut is installed in the semicircular bowl. Is installed, a three-claw part is installed at the bottom of the semicircular bowl, a clamping knob is installed outside the three-claw part, and a leg opening back is provided between the three claw part and the leg connection port At the bottom of the leg, a tripod nail including a female screw nut and a semicircular bevel inside the tripod nail is installed, and the tripod nail is screwed to the female screw nut and is recessed inside the tripod nail. The semicircular oblique angle and the ground form 90 °, and the lower end of the ball receiving vertical opening and the center of the ball receiving lateral opening are 90 °. By rotating the ball head tightening knob, the ball receiving hole And the ball receiver screw hole clamps the ball receiver to make it shrink finely. Also, the ball holder clamp fine shrinkage system and the rotating base are divided into upper and lower parts, and the impact on the imaging device can be absorbed. Multi-function integrated tripod characterized by   The ball head tightening knob includes a screw shaft, a ball receiving hole, a ball receiving vertical opening, and a ball receiving screw hole. The female screw of the ball head tightening knob is connected to one end of the screw shaft, and the other end of the screw shaft is a ball. It is connected to the ball receiving screw hole through the receiving hole and the ball receiving vertical opening, and by rotating the ball head tightening knob, the ball receiving hole and the ball receiving screw hole clamp the ball receiving member to make the ball shrink finely. The multi-function integrated tripod according to claim 1, wherein the receiving hole and the ball receiving screw hole correspond to each other.   The ball receiver has a horizontal opening, and the ball holder clamp micro-shrink system and the rotary base are divided into upper and lower parts. By rotating the ball head clamping knob, the ball holder is clamped and finely contracted, The multifunctional integrated tripod according to claim 2, wherein the tripod is not affected.   A tightening knob is installed on the side of the three jaws, and a screw shaft including a semicircular beveled spacer, a convex beveled screw, a semicircular beveled screw spacer, and a spring is installed in the three claws. The internal thread of the tightening knob is connected to the screw shaft, the screw shaft is in contact with the three claw side holes, a spring is fitted to the other end of the screw shaft by a semicircular oblique angle spacer, and the convex oblique angle screw is Connected to the female thread of the circular bevel threaded spacer, the bevels on both sides of the convex bevel screw are in contact with the semicircular bevel spacer, the semicircular bevel threaded spacer pair, and the other end of the convex bevel screw Is fitted into the semicircular bowl through the middle hole of the three-claw part and connected to the female thread of the semicircular nut, the outer surface of the semicircular bowl is in contact with the oblique angle of the three-claw part, and the lower screw of the rotating base is semicircular Connected with female thread in bowl Multi-function integrated tripod according to 3.   A claw sleeve screw and a claw spring are installed in the claw of the three claw portion, and the claw sleeve screw is fitted into the claw spring through the claw hole and comes into contact with the corresponding claw hole. Both ends of the screw are fitted into the leg connection port, both walls are abutted with hexagon socket bolts, the claw spring contacts the claw of the three claw part, and contacts the inner wall of the long hole of the L-shaped leg opening buckle The multifunctional integrated tripod according to claim 4.   A rectangular hole is formed in the side of the L-shaped leg opening buckle, the L-shaped leg opening buckle includes a rectangular spacer, a screw, and a spring, the screw contacts the rectangular spacer, and the other end of the screw passes through the rectangular spacer. It is fitted into the long hole of the L-shaped leg opening buckle and connected to the leg connection port plane screw hole, the spring is fitted to the leg connection port plane positioning pin, and contacts the rectangular spacer, and the other end of the rectangular spacer is The multifunctional integrated tripod according to claim 5, wherein the tripod is in contact with a rectangular hole on a side surface of the L-shaped leg opening buckle.   Pull the rectangular spacer of the L-shaped leg opening buckle to lock the L-shaped leg opening buckle, and when the legs are fully open, the rectangular spacer will automatically unlock and the L-shaped leg opening buckle will automatically return The multifunctional integrated tripod according to claim 6,   The leg is a multistage telescopic leg having a plurality of pipes, and the diameter of the pipe on the side of the tripod nail is larger than the diameter of the pipe on the side of the three claws. Multi-function integrated tripod described in 1.

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