CN102530385B - Adjustable columnar container - Google Patents

Abstract

The invention relates to an adjustable columnar container which comprises a container body, a chuck mechanism and a bottom cover and is characterized in that the container body is a cube; taking a point on the top surface of the cube as a coordinate, a single array with N through holes in an X direction at spacing distance of C is arrayed, and a square array of M single arrays with N through holes in the X direction at spacing distance of C is arrayed in a Y direction at spacing distance of D; on the bottom surface, the circle centre of each through hole is taken as the centre to circumferentially array four rectangular grooves; a stepped columnar groove is formed by respectively stretching and cutting two circles towards the top side, wherein the two circles take the circle center of each through hole as the center and have two different diameters which are larger than the diameters of the through holes; the chuck mechanism comprises four chuck jaws and thread disks; the bottom cover is a square board on which the through holes corresponding to the container body are arrayed; and the through hole diameter on the bottom cover is greater than the maximum diameter of a polygonal groove of the thread disk.

Description

Adjustable cylindrical container

technical field

The invention relates to a device suitable for the management and storage of cylindrical bodies, in particular to a container for the management and storage of batteries and laboratory cylindrical bodies.

Background technique

At present, open-frame and press-type testing are mostly used in the testing of cylindrical batteries. However, the open-frame inspection relies on manual inspection one by one, which is inefficient; while the trays are currently used, which have poor heat dissipation and ventilation effects during the inspection and storage process, and one tray can only hold one type of battery. The function is single, and trays of different specifications are required for battery management and storage of different models and specifications. Even trays that can store two types of batteries with different specifications are also complicated to use, which is poor in practicability and basically cannot be used normally. The invention not only increases heat dissipation and ventilation space, and can realize the management and storage of cylindrical bodies of various specifications, and is convenient to adjust, realizing the multifunctional performance of an adjustable cylindrical body container.

Contents of the invention

The object of the present invention is to provide an adjustable cylindrical container.

To achieve the above object, the technical solution adopted in the present invention is:

An adjustable cylindrical container is composed of three parts: a container body, a chuck mechanism and a bottom cover.

According to the adjustable cylindrical container, it is characterized in that: the container body is a square body, a point on the top surface of the square body is the coordinate, and there are N arrays in the X-axis direction at a distance C. A single-row array of through-holes and a square array of single-row arrays of M through-holes arranged at a distance D in the Y-axis direction; E blocks are respectively raised on the top surface of the square near any two opposite sides shape body; the opposite face of the through hole of the square array on the top surface of the square body is the bottom surface; on the bottom surface, four rectangular body grooves are arranged in a circle centered on the center of each through hole, and the center of circle of each through hole is The two circles with different diameters in the center that are larger than the diameter of the through hole are stretched to the top surface to cut away the cylinders at different distances, and the stretching and cutting distance of the circle with a small diameter is greater than that of the straight and large circle. Extrudes the distance of the cut, forming a stepped cylindrical slot. The chuck mechanism includes four claws and a wire reel. The claws are square, with a spiral thread groove left on the bottom of the square, and a step protrudes from the side near the connection of the bottom; the wire reels are two cylinders with different diameters. The body is cooperating with the axis, and the adjacent surfaces overlap and are fixedly connected to form a stepped cylinder. There is a through hole in the center of the stepped cylinder, and the center of the through hole is the center on the surface of the large diameter cylinder with the through hole. The other side of the through hole is stretched and cut with a polygonal body groove, a gear is formed on the circumferential surface of the cylinder with a large diameter, and a spiral thread groove is left on the outward surface of the cylinder with a small diameter. The bottom cover is a square plate, on which there are through holes corresponding to the container body, and the diameter of the through holes on the bottom cover is larger than the maximum diagonal line of the polygonal groove of the silk reel.

According to the adjustable cylindrical container, it is characterized in that: the four claws are respectively placed in four rectangular grooves on each through hole on the bottom surface of the container body, and the bottom surface of the claws is in the same direction as the bottom surface of the container body. Consistent, a step protruding from the joint of the claw on the side close to the bottom surface faces the center of the through hole; In the stepped cylinder grooves with different distances cut off by stretching, the spiral grooves left on the outward surface of the small diameter cylinder of the wire reel are respectively matched with the spiral grooves of the four claws. When the center distance is the center distance of the gear gears on the wire reel, the gears on each wire reel are matched. The bottom cover is fixedly connected with the bottom surface of the container body, and the arrayed through holes on the bottom cover correspond to the arrayed through holes on the container body.

According to the adjustable cylindrical container, it is characterized in that: there are N through holes arrayed at a distance C in the X-axis direction, where C is the center distance between the gears of the two connected wire reels when the gears are matched, N 1 or more.

According to the adjustable cylindrical container, it is characterized in that: there are M through holes arrayed at a distance D in the direction of the Y axis, wherein D is the center distance between the gears of the two connected wire reels when the gears are matched, greater than The diameter of the addendum circle of the gear of the reel, M is one or more.

According to the adjustable cylindrical container, it is characterized in that: E block-shaped bodies protrude from the top surface of the square body close to any corresponding two sides, wherein E is more than one .

The beneficial effects of the present invention are:

1. The adjustable cylindrical container increases the heat dissipation and ventilation space, so that the heat dissipation and ventilation effects are better.

2. The adjustable cylindrical body container can realize the management and storage of various cylindrical bodies with different specifications, and the adjustment is convenient and fast.

3. The adjustable cylindrical body container can realize the management of various cylindrical bodies of different specifications in the same container.

4. Using the adjustable cylindrical container can save time, reduce cost and improve efficiency.

Description of drawings

Fig. 1 is a structural schematic diagram of the present invention.

Fig. 2 is a schematic diagram of the assembly of the container body, claws and wire reel in the present invention.

Fig. 3 is a three-dimensional schematic diagram of the cooperation between the claw and the wire reel in the present invention.

FIG. 4 is a schematic bottom view of Embodiment 1 of the present invention.

Fig. 5 is a schematic bottom view of the second embodiment of the present invention.

Fig. 6 is a three-dimensional schematic diagram of the adjusting wrench in the present invention.

In the accompanying drawings: 1. Block body of container body; 2. Claws; 3. Wire disc; 4. Bottom cover; 5. Container body; 6. Stepped cylindrical groove; 7. Through hole of container body; 8. Rectangular body groove; 9, silk disk polygonal body groove.

Detailed ways

The present invention will be further described below in conjunction with accompanying drawing and specific embodiment:

The present invention is an adjustable cylindrical container, as shown in Figures 1, 2, 3, 4 and 6, comprising: a container body, a chuck mechanism and a bottom cover.

According to the adjustable cylindrical container, it is characterized in that: the container body 5 is a square body, a point on the top surface of the square body is the coordinate, and there are N A single row array of 7 through holes and a square array through hole in a single row array of N through holes in a single row array with a pitch D array in the Y-axis direction; The positions of the two opposite sides respectively protrude E blocks 1; the opposite face of the through holes 7 of the square array on the top surface of the square body is the bottom face; on the bottom face, the center of circle of each through hole 7 is There are four rectangular grooves 8 in the central circle array, and two circles with different diameters larger than the diameter of the through hole 7 are centered on the center of each through hole 7, and are stretched to the top surface to cut off different distances. For the cylinder, the distance of the stretched cutout of the circle with small diameter is greater than the distance of stretched cutout of the straight and large circle, forming a stepped cylinder groove 6 . The chuck mechanism includes four claws 2 and a wire reel 3. The claws 2 are square, and a spiral groove is left on the bottom of the square, and a step protrudes from the side near the connection of the bottom; the wire reels 3 have different diameters. The two cylinders are matched with the center of the shaft, and the adjacent surfaces overlap and are fixedly connected to form a stepped cylinder. There is a through hole in the center of the stepped cylinder, and the through hole is formed on the surface of the large diameter cylinder with the through hole The center of circle is that the other side of the center stretches and cuts a polygonal body groove 9 toward the through hole. The circumferential surface of the large diameter cylinder is a gear, and a helical thread groove is left on the outward surface of the small diameter cylinder. Bottom cover 4 is a square plate, and the array corresponding to container body has through hole on the plate, and the diameter of the through hole on the bottom cover 4 is greater than the maximum diagonal line of silk disk polygonal body groove.

According to the adjustable cylindrical container, it is characterized in that: the four claws 2 are respectively placed in four rectangular body grooves on each through hole 7 on the bottom surface of the container body 5, and the bottom surface of the claws 2 is in contact with the container body. The direction of the bottom surface of the body 5 is consistent, and a step protruding from the joint of the claw 2 on the side near the bottom surface faces the center of the through hole 7; Two circles with different diameters are stretched and cut away from the stepped cylindrical grooves 6 at different distances, and the spiral grooves left on the outer surface of the small-diameter cylinder of the wire reel 3 are connected with the four claws 2 respectively. The helical thread groove spiral fits, and when the center-to-center distance between each through hole 7 is the center-to-center distance that the gears on the two wire reels 3 cooperate, the gears on each wire reel 3 cooperate. The bottom cover 4 is fixedly connected to the bottom surface of the container body 5 , and the arrayed through holes on the bottom cover 4 correspond to the arrayed through holes 7 on the container body 5 .

According to the adjustable cylindrical container, as shown in Figures 1, 2, 4, and 6, when the adjustable cylindrical container is in use, the user puts a battery of a certain specification into one of the arrays of the adjustable cylindrical container. In the through hole, put the adjusting wrench into the polygonal groove 9 of the wire reel 3, rotate the adjusting wrench, and the adjusting wrench will drive the wire reel 3 to rotate, because the helical grooves on the wire reel 3 are connected with the helical grooves of the four jaws 2 respectively. Spiral fit, so the wire reel 3 drives the four claws 2 to move toward the center of the through hole 7. When it moves to touch the circumferential surface of the battery, the four claws 2 hold the battery on the side protruding steps near the bottom connection, and adjust to It is advisable to easily put the battery in and take it out, because when the center distance between the through holes 7 is the center distance of the gears on the wire reels 3, the gears on each wire reel 3 cooperate, so only need to adjust One, the size of the battery position in the through hole 7 of the whole adjustable cylindrical body container can be adjusted to be consistent. After the battery is put in, there is a certain distance between the sides of the four claws 2 in the through hole and the inner wall of the through hole, so that a tubular gap is formed between the inner wall of the through hole and the outer circle of the battery. 1. The through holes on the bottom cover 4 flow out, so as to better achieve the effect of heat dissipation and ventilation.

The present invention will be further described below in conjunction with accompanying drawing and specific embodiment two:

The present invention is an adjustable cylindrical container, as shown in Figures 5 and 6, wherein D is larger than the diameter of the addendum circle of the gear of the wire reel, each time the size of the battery position is adjusted, only the adjustable cylindrical container can be adjusted. The size of the battery positions in a row of through holes 7 can realize an adjustable cylindrical container to simultaneously manage and store batteries of various specifications.

The above-described embodiments are only described to the preferred implementation of the present invention, and are not intended to limit the concept and protection scope of the present invention. Various modifications and improvements made in the scheme should fall within the protection scope of the present invention.

Claims (4)

1. an adjustable cylindrical body container comprises: container body, chuck mechanism and bottom three parts composition; It is characterized in that: described container body is a square body, and a point on the end face of square body is coordinate, with spacing C array the single array of N through hole and Y direction has the single array of M through hole with the space D array square array is arranged to X-direction respectively; On the end face of square body near the position on any one relative two a limits protruding E blocks respectively; Relative face at the through hole of square body end face square array is the bottom surface; On the bottom surface, circumference array has four cuboid grooves centered by the center of circle of each through hole, two centered by the center of circle of each through hole greater than two different circles of the diameter of through-hole diameter, stretch to the end face direction respectively and excise the cylinder of different distance, the distance of the stretching excision of the circle that diameter is little forms a step Column groove greater than the distance of the stretching excision of straight big circle; Chuck mechanism comprises four claws and silk dish, and claw is square body, leaves the taenidium groove in the bottom surface of square body, step of close junction, bottom surface projection in the side; The silk dish cooperates for two different cylinder concentrics of diameter, the step cylinder that adjacent face overlaps and is fixedly connected into, there is a through hole at the cylindrical center of step, have at large diameter cylinder on the face of through hole centered by the center of circle of through hole to the another side of the through hole cutting one polygonal body groove that stretches, be gear at the big cylindrical periphery of diameter, leave the taenidium groove at the outside face of the little cylinder of diameter; Bottom is a square plate, and corresponding with the container body onboard array has through hole, and the through-hole diameter on the bottom is greater than the maximum diagonal of silk dish polygonal body groove; Described four claws are placed on respectively in four cuboid grooves on each through hole of container body bottom surface, and the bottom surface of claw is consistent with the bottom surface direction of container body, claw in the side near a step of junction, bottom surface projection towards the through hole center of circle; Silk coils in two step Column grooves greater than two different circular excision different distance that stretch of the diameter of through-hole diameter that are installed in centered by the center of circle of each through hole, the taenidium groove that leaves on the outside face of the cylinder that the diameter of silk dish is little cooperates with the taenidium groove spiral of four claws respectively, when the distance of center circle between each through hole was the width between centers of two gear gears cooperations on the silk dish, the gear gear on each dish cooperated; Bottom is captiveed joint with the bottom surface of container body, on the bottom on the through hole of array and the container body through hole of array corresponding.

2. adjustable cylindrical body container according to claim 1, it is characterized in that: described have N through hole to X-direction with spacing C array, the width between centers when wherein C cooperates for the gear gear of two silk dishes linking to each other, N is more than 1.

3. adjustable cylindrical body container according to claim 1, it is characterized in that: described have M through hole to Y direction with the space D array, width between centers when wherein D cooperates for the gear gear of two silk dishes linking to each other, greater than the tip diameter of the gear of silk dish, M is more than 1.

4. adjustable cylindrical body container according to claim 1 is characterized in that: described on the end face of square body near the position on any one corresponding two a limits protruding E blocks respectively, wherein E is more than 1.

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