CN204270288U - A testing platform for solid-state hard drives - Google Patents

Abstract

The utility model relate to a kind of test platform of solid state hard disc, comprises test platform body, and test platform body comprises test platform table top and underframe, and test platform table top is screwed on underframe; Test platform table top is provided with the first and second computer main board districts, first electricity and the second computer main board district are respectively equipped with multiple supporting and location hole, region between first and second computer main board districts, the left side in the first computer main board district is provided with the first Switching Power Supply string holes, its dead ahead is provided with the first switch pilot hole, and the front of the first switch pilot hole is provided with the first instrument port; By above-mentioned technology, it is thorough that whole design is considered, multiple solid state hard disc is connected respectively by two pieces of computer main boards, can test simultaneously or separately, simply easy to operate, can effectively receive placement connecting line by different power supply string holes holes, that avoids connecting line too much to cause is mixed and disorderly, overall security is high, and reliability is strong, and stable.

Description

A testing platform for solid-state hard drives

technical field

The utility model relates to a testing tool for a solid-state hard disk, in particular to a testing platform for a solid-state hard disk.

Background technique

SSD solid state drive is a new type of storage product. Compared with traditional mechanical hard drives, SSD solid state drives have a series of advantages such as fast speed, long life, and low power consumption, and have been widely accepted by the market. Generally, SSD solid-state hard disk is to install large-capacity FlashIC on PCBA through SM process technology, which is small in size and convenient for computer assembly. At present, SSD solid-state hard disk manufacturers are mass-producing SSD solid-state hard disks. Before leaving the factory, they generally test the products that leave the factory. During the testing process, it is often encountered that the connecting wires on the test table are The mess caused by too many products is easy to collide with each other when testing, and the connecting wires between multiple products are entangled together, which makes it inconvenient to plug and unplug the connecting wires, wastes time, and reduces work efficiency, especially for multiple products. The collision between two products will cause the products to be unable to be used normally, and more seriously, it will cause a large number of products to be reworked and reworked, which will lead to the overall low efficiency of the factory, waste of materials, and increase the operating costs of the factory in all aspects; There is a need for a simple, convenient, and low-cost special test platform for SSD solid state drives, so that workers can easily plug and unplug cables when testing solid state drives, multiple test products will not collide, and work and time efficiency are improved. .

Utility model content

In order to solve the problem that the connection lines of multiple SSD fixed hard disks are messy and multiple products are easy to collide, the utility model provides a method of testing multiple solid state hard disks in an orderly manner through the integration of the test platform, and the connection lines are not Messy, save time, improve work efficiency, and a fixed hard disk test platform with stable structure.

The utility model is realized by adopting the following technical solutions: a test platform for solid-state hard drives, including a test platform body, the test platform body including a test platform table top and a chassis, and the test platform table top is fixed on the chassis by a plurality of screws The left and right sides of the test platform table top are provided with two computer main board areas, the left side is the first computer main board area, and the right side is the second computer main board area, and the first computer main board area and the second computer main board area are respectively set There are a plurality of support positioning holes, the left side of the first computer motherboard area is provided with a first switch power line hole, the first switch power line hole is directly in front of a first mainboard switch positioning hole, and the first mainboard switch positioning hole A first tool port is provided directly in front, and a separation area is formed between the first computer main board area and the second computer main board area, and the second tool opening, a second main board switch positioning hole, and a second main board switch positioning hole are respectively provided in the separation area from front to back. The first main board power line hole, the second switching power line hole, the front of the first computer main board area and the second computer main board area are all provided with a plurality of solid state hard disk positioning parts, directly behind the plurality of solid state hard drive positioning parts Each is provided with a plurality of wire slot holes, and a 5V voltage switch positioning hole is provided between a plurality of solid-state hard disk positioning parts. The side beams are the first side beams, the right side beam is the second side beam, the first side beam, the second side beam, and the middle beam all extend to the front, and the extensions are all provided with fixing parts. , the inner surfaces of the fixing parts of the first side beam and the second side beam are respectively provided with a first slot and a second slot, and the left and right sides of the fixing part of the middle beam are respectively provided with the first side beam and the second slot. The second side beam is correspondingly matched with the third slot and the fourth slot, the left side slot of the middle beam is the third slot, and the right side slot is the fourth slot. The first support beam is fixed between the first slot and the third slot, the second support beam is fixed between the second slot and the fourth slot, and the bottom surfaces of the first side, the second side beam and the middle beam The bottom beam is fixed by screws, and the rear end of the test platform is also provided with two power supply fixing brackets, which are the first power supply fixing bracket and the second power supply fixing bracket, and the first power supply fixing bracket is installed on the first motherboard power supply. The position directly behind the wire hole, the second power supply is fixedly installed at the position directly behind the power wire hole of the second main board.

The utility model is realized through the following subsidiary schemes.

Preferably, the test platform body has a length of 880mm and a width of 440mm.

Preferably, the width of the test platform is 320mm.

Preferably, the overall shape of the first computer main board area and the second computer main board area is rectangular, and the plurality of supporting positioning holes in the first computer main board area and the second computer main board area are all provided with six, and the A plurality of support positioning holes are arranged at equidistant intervals according to the rectangular shape of the first computer main board area and the second computer main board area respectively.

Preferably, there are six solid state hard disk positioning parts, six wire slot holes, and six 5V voltage switch positioning positions.

Preferably, the card slot provided on the fixing part includes two vertical slots and one horizontal sliding slot, and two insertion strips are respectively provided on the left and right sides of the first and second support beams, and the The two inserts are respectively inserted into the slide grooves, and moved into the two vertical slots to form a fixed connection.

Preferably, an insertion opening is provided at one end of the sliding groove.

Preferably, two fixing holes are provided in the middle of the bottom beam, and one fixing hole is respectively provided at the left end and the right end, and the two fixing holes in the middle of the bottom beam are fixed on the bottom surface of the middle beam by screws, and the left end A fixing hole is fixed with the second side beam by a screw, and a fixing hole at the right end is fixed with the second side beam by a screw.

Preferably, the first power supply fixing bracket and the second power supply fixing bracket are respectively provided with a plurality of screw holes.

Compared with the prior art, the beneficial results of the utility model are: through the setting of the first and second computer motherboard areas, it is convenient to connect the first and second computer motherboards by screws; Test multiple solid-state hard disks, avoiding long waiting and saving time; through the setting of the first and second power supply brackets, it is convenient to connect the battery power supply separately, and provide the first and second computer motherboards and multiple solid-state hard disks. Test the power; through the setting of multiple solid-state hard disk positioning parts and multiple slot holes, it is convenient for the first and second computer motherboards to be connected to multiple fixed hard disks for separate or simultaneous testing, and there will be no collision between multiple products; Through multiple 5V voltage switch positioning points provided between multiple solid-state hard disks, it is convenient to connect the switch that provides the power supply voltage of the solid-state hard disk, and control the opening and closing of each solid-state hard disk in a targeted manner; through two switch positioning holes and switching power lines The setting of the hole is convenient for setting the switch for controlling the power supply of the first and second computer motherboards, making it convenient to control the power supply of the computer motherboard; Simultaneous testing and separate testing of multiple fixed hard disks is convenient and simple to operate, and multiple connecting wires can be placed effectively through the connecting wire holes, avoiding confusion caused by too many connecting wires on the test platform, high security, and strong reliability. And stable.

Description of drawings

Fig. 1 is a top view structure schematic diagram of a test platform of a solid-state hard disk according to the present invention.

Fig. 2 is the front view structure schematic diagram of the test platform of a kind of solid-state hard disk of the present invention;

Fig. 3 is a schematic diagram of an exploded structure of a test platform of a solid-state hard disk according to the present invention.

Fig. 4 is a structural schematic diagram of the transverse beam and the side beam in the utility model.

Fig. 5 is a structural schematic diagram of the bottom beam in the utility model.

FIG. 6 is a schematic diagram of a breakdown structure of a test platform of a solid-state hard disk according to the present invention.

FIG. 7 is a schematic diagram of a combination structure of a test platform of a solid-state hard disk according to the present invention.

Fig. 8 is a schematic diagram of the internal system connection relationship of a test platform of a solid-state hard disk according to the present invention.

In the figure: test platform body 1, test platform table top 2, screw 4, first computer main board area 21, second computer main board area 22, support positioning hole 23, screw 40, separation area 24, first switch power line hole 25, The first main board power line hole 26, the first main board switch positioning hole 27, the first tool port 28, the second switch power line hole 251, the second main board power line hole 261, the second main board switch positioning hole 271, the second tool port 281, solid state hard disk positioning part 39, positioning opening 390, slot hole 20, 5V voltage switch positioning part 30, chassis 3, rear side beam 31, side beam 32, fixing part 322, slot 323, sliding slot 324, insert Mouth 325, first side beam 33, first slot 331, second side beam 34, second slot 341, middle beam 35, third slot 351, fourth slot 352, first support beam 36, the second Two support beams 37, inserts 371, bottom beams 38, fixing holes 381, screws 41, first power supply fixing frame 39, second power supply fixing frame 391, screw holes 392, screws 42, first computer motherboard 50, second computer Motherboard 51, first power supply battery 52, second power supply battery 53, 5V voltage switch 54, solid state hard disk 55, connecting wire 56, first mainboard switch 58, second mainboard switch 59, tweezers 61.

Detailed ways

In order to make the technical means, creative features, goals and effects of the present invention easy to understand, the present invention will be further elaborated below in conjunction with specific illustrations.

As shown in Fig. 1 to Fig. 3, a kind of test platform of solid-state hard disk of the present utility model comprises test platform body 1, and the length of described test platform body 1 is 880mm, and width is 440mm, and described test platform body 1 includes test platform body 1. Platform table top 2 and underframe 3, described test platform table top 2 is fixed on the underframe 3 by screw 4; Described test platform table top width is 320mm. Set up like this, can place two computer motherboards, can be placed by two different computer motherboards Test multiple SSDs separately. The left and right sides of described test platform table top 2 are provided with two computer mainboard districts, and its left side is the first computer mainboard district 21, and its right side is the second computer mainboard district 22, described first computer mainboard district 21 and the second computer mainboard district. District 22 is respectively provided with a plurality of supporting positioning holes 23, and the plurality of supporting positioning holes 23 of the first computer main board area 21 and the second computer main board area 22 are respectively provided with six, and the six of the first and second computer main board areas The first computer motherboard 50 and the second computer motherboard 51 are respectively connected by six screws 40 in the first support positioning hole 23 . The overall shape of the first and second computer main board areas is a rectangle, and the plurality of support positioning holes 23 are arranged at equal intervals according to the rectangular shapes of the first computer main board area 21 and the second computer main board area 22, so that, It is convenient to fix the first and second computer motherboards. The area between the first computer main board area 21 and the second computer main board area 22 is a separation area 24, and the separation area 24 is respectively provided with a second tool port 281 from front to back, a second switch positioning hole 271, a first Motherboard power cord hole 26, the second switch power cord hole 251, the left side of described first computer motherboard area 21 is provided with first switch power cord hole 26, and the front of the first switch power cord hole 261 is provided with first switch positioning Hole 27, the first tool opening 28 is provided with the front of the first motherboard switch positioning hole 27, and the right front of described second computer motherboard area 22 is provided with the second motherboard power cord hole 261, is set like this, first and second The switches are respectively installed in the switch positioning holes, the connecting wires of the switches pass through the first switch power line hole and the second switch power line hole, and are respectively connected to the corresponding power supply batteries, and the other end is connected to the first computer motherboard area and the second switch power line hole. On the motherboard of the computer motherboard area, it is used to control the respective computer motherboards respectively. The front of described the first computer mainboard area 21 and the second computer mainboard area 22 is all provided with a plurality of solid state hard disk positioning parts 39, wherein, the overall shape of a plurality of solid state hard disk positioning parts 39 is a rectangle, each solid state hard disk positioning part 39 are provided with a positioning port 390, the gold finger of the solid state hard drive is inserted in the positioning port, the solid state hard drive can be tested. A plurality of slot holes 20 at corresponding positions are provided directly behind the plurality of solid-state hard disk positioning parts 39, so that the connecting wires of each fixed hard disk are connected to the computer through the slot holes at the corresponding positions directly behind. on the motherboard for easy testing. A 5V voltage switch positioning part 20 is arranged between the plurality of solid-state hard disk positioning parts 39, so that a 5V voltage switch can be inserted in the 5V voltage switch positioning part, and one end of the 5V voltage switch connecting line is connected to the solid-state hard disk, and the other end Connecting the corresponding power battery can turn on and off the power supply leading to multiple solid-state hard disks respectively, preventing the computer motherboard from testing multiple solid-state hard disks at the same time, so that the staff cannot complete the test at the same time. There are six solid-state hard disk positioning parts 39, six wire slot holes 20, and six 5V voltage switch positioning parts 30, which is convenient for corresponding control. Wherein, the solid-state hard disk positioning parts in the front of the first computer main board area and the second computer main board area are respectively set to three, and its corresponding line slot holes are also provided with three, and its configured 5V voltage switch positioning parts are also provided with three. Described underframe 3 comprises rear side crossbeam 31, the side crossbeam 32 of left and right sides, middle crossbeam 35, the crossbeam on its left side is the first side crossbeam 33, the crossbeam on its right side is the second side crossbeam 34, the middle crossbeam 35 The crossbeam, the first and the second side crossbeam all extend to the front, and the extension part is provided with a fixing part 322. Two draw-in slots 341, the left and right sides of the fixing portion 322 of the middle beam 35 are respectively provided with a third draw-in slot 351 and a fourth draw-in slot 352 corresponding to the first and second side beams, the left side of which is the first draw-in slot 352 Three draw-in slots 351, the right side of which is the fourth draw-in slot 352, the first support beam 36 is fixed between the first draw-in slot 331 and the third draw-in slot 351, the second draw-in slot 341 and the fourth draw-in slot 351 The second support beam 37 is fixed between the grooves 352, and in this way, the first and second support beams can respectively play the role of multiple solid state disks in the multi-support test. The bottom surfaces of the first side beam 33, the second side beam 34 and the middle beam 35 are fixed with a bottom beam 38, which is arranged so that the entire test platform is firm. The rear end of the test platform body 1 is also provided with two power supply mounts, which are the first power supply mount 39 and the second power supply mount 391, and the first power supply mount 39 is located in the first switch power line hole 25, the second power supply fixing frame 391 is set at the position directly behind the second switching power cord hole 251, and the first power supply fixing frame 39 and the second power supply fixing frame 391 are respectively provided with four screws. The holes are arranged in this way to facilitate fixing the power supply battery, and the power supply for the whole platform test is provided by the first and second power supply batteries.

As shown in FIG. 4 , the slots 323 provided on the fixed portion 322 of the side beam 32 are two vertical slots 323 and a horizontal sliding slot 324 , and one end of the horizontal sliding slot 324 is provided with an insertion Mouth 325 is arranged like this, is convenient to two inserting strips are inserted in the insertion opening, slides in two vertical slots by horizontal sliding groove and fixes. The left and right sides of the first and second support beams are respectively provided with two insertion strips 371, and the two insertion strips 371 are respectively inserted into two slots respectively provided on the first side beam and the second side beam to form The fixed connection is arranged in such a way that a plurality of solid-state hard disks can be supported for testing through the first and second support beams to prevent slipping.

As shown in Figure 5, two fixing holes 381 are provided in the middle of the bottom beam 38, and a fixing hole 381 is respectively provided at the left end and the right end, and the two fixing holes 381 in the middle are fixed on the bottom surface of the middle beam by screws. The fixing hole 381 at the left end is fixed with the bottom surface of the second side crossbeam by the screw 41, and the fixing hole at the right end is fixed with the bottom surface of the second side crossbeam through the screw, so that the whole test platform is stable.

The test platform of this solid-state hard drive is used in actual operation, and the first computer motherboard 50, the second computer motherboard 51, the first power supply battery 52, the second power supply battery 53, and a plurality of 5V voltages are respectively installed on the test platform. A switch 54, a plurality of solid-state hard disks 55, a plurality of connecting wires 56, 57, a first motherboard switch 58, and a second motherboard switch 59. They are connected to each other through different connecting wires 56 to form the whole solid-state disk test platform, and are further illustrated by the following FIGS. 6 and 7 .

As shown in Figure 6 and Figure 7, in the specific use process, the staff fixes a plurality of support positioning holes by screws to connect the first computer main board and the second computer main board respectively on the first computer main board area and the second computer main board area, On the first computer mainboard 50 and the second computer mainboard 51, pass through respectively in the first mainboard power line connection hole and the second mainboard power line connection hole by respective connection lines; Then, the first computer mainboard and the second computer mainboard The connecting wires are respectively connected to the solid-state hard disk positioning part of its corresponding control range through six wire slot holes, and the solid-state hard disk 55 is respectively inserted in the solid-state hard disk positioning part. The connecting wires of the solid-state hard disk positioning part are respectively connected to one end of the 5V voltage switch 54 controlling its corresponding power supply, and the other end of the 5V voltage switch 54 is respectively connected to the corresponding first power supply fixing bracket and the first power supply fixing bracket fixed by screws. Power supply battery 52 and the second power supply battery 53; First mainboard switch 58 and the second mainboard switch 59 of controlling the first computer mainboard and the second computer mainboard power supply are loaded into respectively in the first mainboard switch positioning hole and the second mainboard switch positioning hole , one end of the first and second motherboard switches are respectively connected to the first battery power supply and the second battery power supply through the first switch power line hole and one end of the second switch power line hole, and the other ends are respectively connected to the first computer motherboard and the second computer On the main board, a first tool port and a second tool port are also provided directly in front of the first switch positioning hole and the second switch positioning hole, and pliers 61 can be put into the inside for clamping screws dropped on the platform.

As shown in Figure 8, the solid-state hard disk, the first and second computer motherboards, the first and second motherboard switches, the first and second power batteries, and the 5V voltage switch in this figure are all marked with thick lines to clearly illustrate . During the test process of the test platform of the solid-state hard disk, the connection relationship of each part is: the test platform of the solid-state hard disk controls the test of multiple solid-state hard disks by connecting two power supply batteries to two computer motherboards. Wherein, the connecting line 56 of the first power supply battery 52 is connected with the first mainboard switch 58, and the first mainboard switch 58 is connected with the power supply of the first computer mainboard 50 to turn on or off, and the connecting lines 58 of the first computer mainboard 50 are respectively connected in parallel with the front three A solid-state hard disk 55 and three 5V voltage switches 54, each 5V voltage switch 54 controls the power of the corresponding solid-state hard disk 55 to turn on or off. In addition, the connection principle of the second power battery 53 is the same as that of the first battery. The connecting wire 56 of the second power supply battery 53 connects the second mainboard switch 59, and the second mainboard switch 59 connects the opening or closing of the power supply of the second computer mainboard 51, and the connecting wire 56 of the second computer mainboard 51 is connected in parallel with the three front ones respectively. Solid state hard disk 55 and three 5V voltage switches 54, each 5V voltage switch 54 respectively controls the opening or closing of the power supply of the respective solid state hard disk 55, can control the operation of a plurality of solid state hard disks respectively by two computer motherboards like this, make work Personnel can operate at the same time or separately, which improves work efficiency.

A kind of testing platform of solid-state hard disk of the present utility model, 1, by the setting of first and second computer main board district, be convenient to connect first and second computer main board, two computer main boards operate and test a plurality of solid-state hard drives simultaneously, have avoided Waiting time; 2. Through the setting of the first and second power supply fixing brackets, it is convenient to connect the first and second battery power sources to provide power for testing; 3. Through multiple solid-state hard disk positioning parts and multiple wire slot holes The setting is convenient for two computer motherboards to be connected to multiple fixed hard disks for testing, and there will be no collision and stacking between multiple products; 4. The 5V voltage switch positioning between multiple solid state hard disks is convenient. Control the switch of the corresponding solid-state hard disk power supply voltage, and control the opening and closing of each solid-state hard disk in a targeted manner; 5. Through the setting of two switch positioning holes and the switch power line hole, it is convenient to set and control the power supply of the first and second computer motherboards The switch controls the power on and off of the mainboard of the computer, which makes it convenient to control the power supply; 6. The whole design is thoughtful, and multiple solid-state hard disks can be connected to two mainboards of the computer at the same time, and multiple fixed hard disks can be tested simultaneously and separately. , the operation is convenient and simple, and multiple connecting wires can be effectively placed through the connecting wire holes, avoiding the clutter caused by too many connecting wires on the test platform, high safety, strong reliability, and stability. It should be pointed out that the above-mentioned preferred embodiments are only to illustrate the technical concept and characteristics of the present utility model. Protection scope of utility model. All effective changes or modifications made according to the spirit of the utility model shall fall within the protection scope of the utility model.

Claims (9)

1. a test platform of solid-state hard drive, comprises test platform body, and described test platform body comprises test platform table top and chassis, and described test platform table top is fixed on the chassis by a plurality of screws; It is characterized in that: described test The left and right sides of the platform table top are provided with two computer main board areas, the left side is the first computer main board area, and the right side is the second computer main board area, and the first computer main board area and the second computer main board area are respectively provided with a plurality of supports Positioning holes, the left side of the first computer motherboard area is provided with a first switch power line hole, the first switch power line hole is provided with a first main board switch positioning hole directly in front of the first main board switch positioning hole. The first tool opening, between the first computer main board area and the second computer main board area is a separation area, and the separation area is respectively provided with a second tool opening, a second main board switch positioning hole, and a first main board power supply from front to back. line hole, the second switching power line hole, the front of the first computer motherboard area and the second computer motherboard area are provided with a plurality of solid-state hard disk positioning parts, and the rear of the plurality of solid-state hard disk positioning parts are equipped with multiple a wire slot hole, a 5V voltage switch positioning hole is arranged between a plurality of solid state hard drive positioning parts, the chassis includes a rear side beam, side beams on the left and right sides and a middle beam, and the left side beams are respectively The first side beam, the right side beam is the second side beam, the first side beam, the second side beam, and the middle beam all extend to the front, and the extensions are all provided with fixing parts. The inner surfaces of the fixing parts of a side beam and the second side beam are respectively provided with a first draw-in groove and a second draw-in groove, and the left and right sides of the fixing part of the middle beam are respectively provided with the first side beam and the second side beam. Corresponding to the third card slot and the fourth card slot, the left side card slot of the middle beam is the third card slot, and the right side card slot is the fourth card slot, and the first card slot and The first support beam is fixed between the third slots, the second support beam is fixed between the second slot and the fourth slot, and the bottom surfaces of the first side, the second side beam and the middle beam are all fixed by screws The bottom beam is provided, and the rear end of the test platform is also provided with two power supply fixing frames, which are the first power supply fixing frame and the second power supply fixing frame. At the rear position, the second power supply is fixedly installed at the position directly behind the power cord hole of the second motherboard. 2. The testing platform of a solid-state hard disk according to claim 1, characterized in that: the length of the testing platform body is 880mm, and the width is 440mm. 3. The test platform of a solid-state hard disk according to claim 1, wherein the width of the test platform is 320mm. 4. the testing platform of a kind of solid-state hard disk according to claim 1, it is characterized in that: the overall shape of described first computer main board area and the second computer main board area is rectangle, and described first computer main board area and the second computer main board area There are six supporting positioning holes in the second computer main board area, and the supporting positioning holes are arranged at equal intervals according to the rectangular shape of the first computer main board area and the second computer main board area. 5. The test platform of a kind of solid-state hard disk according to claim 1, characterized in that: the plurality of solid-state hard disk positioning parts is six, the plurality of wire slot holes are provided with six, and the plurality of 5V There are six voltage switch positioning positions. 6. The testing platform of a kind of solid-state hard disk according to claim 1, characterized in that: the slot provided on the fixed part comprises two vertical slots and a horizontal slide slot, the first and The left and right sides of the second supporting beam are respectively provided with two insertion strips, and the two insertion strips are respectively inserted into the sliding grooves and moved into the two vertical slots to form a fixed connection. 7. A test platform for solid-state hard drives according to claim 6, wherein an insertion opening is provided at one end of the sliding groove. 8. The testing platform of a kind of solid-state hard disk according to claim 1, it is characterized in that: the middle of described bottom cross beam is provided with two fixing holes, and left end and right end are respectively provided with a fixing hole respectively, and the bottom cross beam is provided with two fixing holes respectively. Two fixing holes in the middle are fixed on the bottom surface of the middle beam by screws, a fixing hole at the left end is fixed with the second side beam by a screw, and a fixing hole at the right end is fixed with the second side beam by a screw. 9 . The test platform of a solid state disk according to claim 1 , wherein a plurality of screw holes are respectively provided on the first power supply fixing frame and the second power supply fixing frame. 10 .