CN106002909A - Three-stage folded visual holding forceps and manufacturing method - Google Patents

Abstract

The invention discloses three-stage folded visual holding forceps and a manufacturing method. The manufacturing method comprises the steps that a first-stage folded rod is manufactured at the front end of a control handle at first; a second-stage folded rod is connected to the tail end of the first-stage folded rod; a third-stage folded rod is connected to the tail end of the second-stage folded rod; and hand grips, a camera probe and an illuminating lamp are manufactured on the third-stage folded rod, when the holding forceps are used, material fetching can be conducted in an adjustment mode through the three stages of folded rods arranged on the holding forceps according to the position of a falling object, and auxiliary operation can be conducted through the camera probe and the illuminating lamp. The three-stage folded visual holding forceps and the manufacturing method have the advantages that when the three-stage folded visual holding forceps are used, material fetching can be conducted in an adjustment mode through the three stages of folded rods arranged on the holding forceps according to the position of the falling object, operation can be conveniently conducted through the camera probe and the illuminating lamp, and the time and effort are saved.

Description

A three-level foldable visible object holding forceps and its manufacturing method

technical field

The invention relates to a three-level foldable visible object holding forceps and a manufacturing method, in particular to a three-level foldable visible object holding forceps.

Background technique

At present, due to the structure of the house design and the layout of the decoration in daily life, sometimes it is difficult to take out small items after they fall. Just need a kind of object-holding forceps with illumination, visual function, retractable remote control, and existing generally all is to utilize long bar to pull out dropped object, and operation is inconvenient and very cumbersome, so existing gripping dropped object The device is still not perfect.

Contents of the invention

The purpose of the present invention is to provide a simple structure, safe and reliable, easy to take out objects that are difficult to take out at ordinary times, with multi-level folding, lighting source, camera probe, display device, a three-level folding that is easy to operate Visible object holding pliers and manufacturing method to overcome the deficiencies in the prior art.

The present invention is constituted as follows: a three-stage foldable visible object holding forceps, including a control handle, the front end of the control handle is connected to one end of the first stage of folding rod, the other end of the first stage of folding rod is connected to the second The two-stage folding rods are connected, and the other end of the second-level folding rods is connected with one end of the third-level folding rods, and hand grips, camera probes and lighting lamps are arranged at the other end of the third-level folding rods.

The control handle is provided with a power switch, a display screen, a lighting switch, a camera probe switch, a hand control switch and a direction control switch.

A spherical groove of the first fractional folding bar is provided at the junction of the first fractional folding bar and the second fractional folding bar, movable connection balls are provided at both ends of the second fractional folding bar, and the third A spherical groove of the third fractional folding bar is arranged at the junction of the fractional folding bar and the second fractional folding bar.

A method for making a three-stage foldable visible object holding pliers. Firstly, a first-stage foldable rod is made on the front end of a control handle, and a second-stage foldable rod is connected to the end of the first-stage foldable rod. The second-stage foldable rod The end of the folding rod is connected with a third-level folding rod, on which hand grips, camera probes and lighting lamps are made. When in use, the third-level folding rods set on the object holder can be used according to the position of the dropped object. The folding lever is used to adjust the picking, and the camera probe and lighting lamp are used to assist in the operation.

There is a spherical groove for the first-level folding rod at the joint between the first-level folding rod and the second-level folding rod, and movable connection balls are made at both ends of the second-level folding rod. The joint of the split rod and the second split rod is made with a spherical groove of the third split rod.

Due to the adoption of the above-mentioned technical scheme, the three-stage folding lever provided on the holding forceps can be used to adjust and pick up the object according to the position of the dropped object during use, and the camera probe and lighting lamp are convenient for operation, saving time and effort.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is the structural representation of control handle;

Explanation of reference signs: 1-control handle, 2-first level folding rod, 3-second level folding rod, 4-third level folding rod, 5-hand grip, 6-camera probe, 7-illumination Lamp, 8-power switch, 9-display screen, 10-lighting switch, 11-camera probe switch, 12-hand grip control switch, 13-direction control switch, 14-spherical groove of the first stage folding rod, 15- Movable connection ball, 16-the third level divides the spherical groove of folding rod.

detailed description

The present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments.

Implementation of the present invention: a three-stage foldable visible holding forceps, including a control handle 1, the front end of the control handle 1 is connected to one end of the first stage of the folding rod 2, the other end of the first stage of the folding rod 2 One end is connected with the second split lever 3, the other end of the second split lever 3 is connected with one end of the third split lever 4, and a hand grip is provided at the other end of the third split lever 4 5. Camera probe 6 and lighting lamp 7.

The control handle 1 is provided with a power switch 8 , a display screen 9 , a lighting switch 10 , a camera probe switch 11 , a hand control switch 12 and a direction control switch 13 .

A spherical groove 14 for the first fractional folding bar is provided at the junction of the first fractional folding bar 2 and the second fractional folding bar 3 , and movable connection balls 15 are provided at both ends of the second fractional folding bar 3 A spherical groove 16 for the third folding rod is provided at the joint between the third folding rod 4 and the second folding rod 3 .

A method for making a three-stage foldable visible object holding pliers. Firstly, a first-stage foldable rod is made on the front end of a control handle, and a second-stage foldable rod is connected to the end of the first-stage foldable rod. The second-stage foldable rod The end of the folding rod is connected with a third-level folding rod, on which hand grips, camera probes and lighting lamps are made. When in use, the third-level folding rods set on the object holder can be used according to the position of the dropped object. The folding lever is used to adjust the picking, and the camera probe and lighting lamp are used to assist in the operation.

There is a spherical groove for the first-level folding rod at the joint between the first-level folding rod and the second-level folding rod, and movable connection balls are made at both ends of the second-level folding rod. The joint of the split rod and the second split rod is made with a spherical groove of the third split rod.

The control handle 1 contains a battery box and a charging jack (220v). The operator uses the power switch 8, the display screen 9, the lighting switch 10, the camera probe switch 11, the hand control switch 12 and the direction control switch 13 to carry out the operation. When clamping objects, the first fractional folding lever 2, the second fractional folding lever 3 and the third fractional folding lever 4 are manipulated.

Display screen: After the probe switch is turned on, the image can be displayed on the display screen in real time. If the light is dark, you can turn on the light switch at the same time.

The camera probe and the power connection line are stored in the third-level folding rod 4, which can be powered by a power supply or a battery;

Object-holding pliers, that is, hand grasping, is used to clamp objects; the front end is made into a hook shape, the purpose is to be better used for clamping objects of various shapes, and one or two hand grasping 5 can be set to facilitate grabbing objects.

The display screen displays the scene shot by the camera probe in real time.

Illumination light source, used for fetching objects in dark environments or when the light source is insufficient.

Set the numbers 1, 2 and 3 on the control handle 1, 1 controls the first level of folding lever 2, 2 controls the second level of folding lever 3, 3 controls the third level of folding lever 4; direction control switch 13 Up: Adjust upward; Down: Adjust downward; Left: Adjust left; Right: Adjust right;

If you want to control the first-level folding lever, press the 1 button first, and then control the direction of the first-level folding lever through the up, down, left, and right keys. After adjusting the position and direction of the first-level folding lever, press the 2 button, and then Adjust the direction of the second-level folding rod; it is also possible to directly control the third-level folding (that is, hand grasping) to grasp the object without using the first-level and second-level folding rods.

Hand open: open the frontmost hand to hold the object;

Hand grasping and clamping: clamp the object and take it out;

The invention can easily take out objects that are difficult to take out at ordinary times, and has multi-level folding, lighting source, camera probe, display device, and two power supply modes, easy to operate, and can exercise hand-eye coordination.

Claims (5)

1. a fraction rolls over visual holding forceps, including joystick (1), it is characterized in that: the front end of described joystick (1) is connected with one end of the first fraction pole (2), the other end and the second fraction pole (3) of the first fraction pole (2) are connected, the other end of the second fraction pole (3) divides one end of pole (4) to be connected with the third level, divides the other end of pole (4) to be provided with hands the third level and grabs (5), camera probe (6) and illuminating lamp (7).

Three fraction the most according to claim 1 roll over visual holding forceps, it is characterised in that: be provided with on and off switch (8), display screen (9), light switch (10) on described joystick (1), camera probe switchs (11), hands grabs control switch (12) and direction control switch (13).

Three fraction the most according to claim 1 roll over visual holding forceps, it is characterized in that: described first fraction pole (2) and the second fraction pole (3) junction are provided with the first fraction pole ball recess (14), the two ends of described second fraction pole (3) are provided with flexible connection ball (15), and the described third level is divided pole (4) and the second fraction pole (3) junction to be provided with the third level and divides pole ball recess (16).

4. the manufacture method of the three fraction visual holding forceps of folding as described in claims 1 to 3, it is characterized in that: first making in the front end of joystick has the first fraction pole, the end of the first fraction pole connects the second fraction pole, the end of the second fraction pole connects has the third level to divide pole, the third level divide make on pole have hands to grab, camera probe and illuminating lamp, can be according to the position of the article that drop during use, utilize the three fraction poles arranged on holding forceps to be adjusted taking thing, carry out auxiliary operation by camera probe and illuminating lamp.

Three fraction the most according to claim 4 roll over the manufacture method of visual holding forceps, it is characterized in that: at the first fraction pole and the second fraction pole) junction make have the first fraction pole ball recess, making at the two ends of the second fraction pole and have flexible connection ball, dividing pole and the second fraction pole junction to make the third level has the third level to divide pole ball recess.