CN207557441U - A kind of electrical integrated testability rack of radish vehicle - Google Patents

Abstract

The utility model discloses a kind of electrical integrated testability racks of radish vehicle, including testboard bay main body, supporting rack, fixed block, pedestal, rotary buckle and ventilation opening, dynamometer machine is installed above the testboard bay main body, and it is provided with torque rotary speed sensor on the right side of dynamometer machine, mainboard is connected on the left of the motor, and it is connected with cooling fin above mainboard, fan is connected with above the cooling fin, the fixed block is installed on testboard bay main body both sides, the first fixture block is connected with below the rotary shaft, the pedestal is connected to above testboard bay main body, and it is provided with card slot below pedestal, the rotary buckle is connected to base bottom, the ventilation opening is set to testboard bay main body both sides up and down.The electrical integrated testability rack of the radish vehicle, is provided with radiator, can carry out radiating and cooling to the heat that machine is discharged, and cold wind is discharged from ventilation opening by fan, the safety of the device is improved, extends the service life of the device.

Description

A kind of electrical integrated testability rack of radish vehicle

Technical field

The utility model is related to side view rack technical field, specially a kind of electrical integrated testability rack of radish vehicle.

Background technology

ROBOY radish vehicle F1 vehicles possess intelligent single pedal, protection radar, intelligence and stay slope (IP), ramp auxiliary (HAC), steep Drop (HDC), sensing headlight, intelligent steering wheel, the multinomial black science and technology such as tailstock safety reflecting are delayed in slope, it be a electric voluntarily Vehicle product, has been widely used, and is family's outgoing, going sightseeing brings great convenience.

When being electrically detected to radish vehicle, need using electric test platform, electrical integrated testability platform currently on the market Although frame type and quantity are very more, the machine of most of electrical integrated testability rack is when being worked, due to length Time uses, and can generate amount of heat, this affects the service life of device, and common electric test platform goes out and has heat sinking function, Machine is also inconvenient to carry out dismounting maintenance, can not carry out arrangement storage to the electric wire of machine, this significantly limits electricity The use scope of gas integrated testability rack, and using not convenient enough, flexible.

Utility model content

The purpose of this utility model is to provide a kind of electrical integrated testability rack of radish vehicle, to solve above-mentioned background technology The machine of the most of electrical integrated testability rack currently on the market proposed is when being worked, since long-time uses, Amount of heat can be generated, this affects the service life of device, and common electric test platform goes out and has heat sinking function, and machine is not also square Just the problem of carrying out dismounting maintenance, can not carrying out arranging storage to the electric wire of machine.

To achieve the above object, the utility model provides following technical solution：A kind of electrical integrated testability rack of radish vehicle, Including testboard bay main body, supporting rack, fixed block, pedestal, rotary buckle and ventilation opening, installed above the testboard bay main body There is dynamometer machine, and torque rotary speed sensor is provided on the right side of dynamometer machine, tested electricity is connected on the right side of the torque rotary speed sensor Machine, support frame as described above is installed on testboard bay bottom part body both sides, and testboard bay body interior is equipped with motor, the motor Left side is connected with mainboard, and cooling fin is connected with above mainboard, and fan, the fixed block installation are connected with above the cooling fin In testboard bay main body both sides, and both sides are connected with rotary shaft to fixed block up and down, and the first fixture block is connected with below the rotary shaft, And first is connected with the second fixture block below fixture block, the pedestal is connected to above testboard bay main body, and is provided with below pedestal Card slot, the rotary buckle are connected to base bottom, and the ventilation opening is set to testboard bay main body both sides up and down.

Preferably, form snap-in structure between the testboard bay main body and pedestal, and testboard bay main body and pedestal it Between form detachable structure.

Preferably, there are two the fixed block is set altogether, and fixed block symmetrical placement is in testboard bay main body both sides.

Preferably, rotational structure, and the rotation angle range of the first fixture block are formed between first fixture block and fixed block It is 0-180 °, and snap-in structure is formed between the first fixture block and the second fixture block.

Preferably, rotational structure is formed between the rotary buckle and card slot, and the rotation angle range of rotary buckle is 0-90 °, and structure is integrally formed between rotary buckle and pedestal.

Preferably, there are two the ventilation opening is set altogether, and ventilation opening symmetrical placement both sides above and below testboard bay main body, And ventilation opening is hollow mesh.

Compared with prior art, the beneficial effects of the utility model are：The electrical integrated testability rack of the radish vehicle：

1. being provided with radiator, when being integrally detected to car electrics, the machine of testboard bay is for a long time Work can give out amount of heat, testboard bay body interior is provided with radiator, can to machine discharge heat into Cold wind by fan from ventilation opening is discharged, improves the safety of the device, extend the device uses the longevity by row radiating and cooling Life；

2. being provided with rotary buckle and card slot, rotary buckle is connected with below the pedestal of each machine, by rotary buckle It snapping into the card slot connected above testboard bay main body, rotary buckle is rotatable, when machinery bed is caught in card slot, rotation Machine, you can the rotation that rotary buckle is made to carry out 90 °, so that it may which, so that machine is fixed on testboard bay main body, which can carry out Dismounting installs also fairly simple convenience, uses the device more flexible；

3. being provided with fixed block, fixed block can be fixed by the first fixture block and the second fixture block, can be fixed The required electric wire of machine, electric wire is caught in fixed block, it is possible to engage electric wire, electric wire is made preferably to be received It receives, makes device more concise and beautiful.

Description of the drawings

Fig. 1 is the utility model main view cross-sectional view；

Fig. 2 is the utility model top view cross section structure diagram；

Fig. 3 is the utility model fixed-block-architecture (FBA) schematic diagram；

Fig. 4 is partial enlargement structural representation at the utility model A；

Fig. 5 is partial enlargement structural representation at the utility model B.

In figure：1st, testboard bay main body, 2, dynamometer machine, 3, torque rotary speed sensor, 4, tested motor, 5, supporting rack, 6, Motor, 7, mainboard, 8, cooling fin, 9, fan, 10, fixed block, 11, rotary shaft, the 12, first fixture block, the 13, second fixture block, 14, bottom Seat, 15, card slot, 16, rotary buckle, 17, ventilation opening.

Specific embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work All other embodiments obtained shall fall within the protection scope of the present invention.

- 5 are please referred to Fig.1, the utility model provides a kind of technical solution：A kind of electrical integrated testability rack of radish vehicle, including Testboard bay main body 1, dynamometer machine 2, torque rotary speed sensor 3, tested motor 4, supporting rack 5, motor 6, mainboard 7, cooling fin 8, Fan 9, fixed block 10, rotary shaft 11, the first fixture block 12, the second fixture block 13, pedestal 14, card slot 15, rotary buckle 16 and ventilation Mouth 17,1 top of testboard bay main body is equipped with dynamometer machine 2, and 2 right side of dynamometer machine is provided with torque rotary speed sensor 3, testboard Snap-in structure is formed between frame body 1 and pedestal 14, and detachable structure is formed between testboard bay main body 1 and pedestal 14, is made Machine is fixed on 1 in testboard bay main body, and machine can be dismantled, and is installed also fairly simple convenience, is used the device Next more flexible, convenient that detachable maintaining is carried out to machine, 3 right side of torque rotary speed sensor is connected with tested motor 4, supporting rack 5 1 two bottom sides of testboard bay main body are installed on, and motor 6 is installed inside testboard bay main body 1,6 left side of motor is connected with master Plate 7, and 7 top of mainboard is connected with cooling fin 8,8 top of cooling fin is connected with fan 9, and fixed block 10 is installed on testboard bay master 1 both sides of body, and fixed block is connected with rotary shaft 11 in both sides about 10, fixed block 10 is altogether there are two settings, and fixed block 10 is symmetrical 1 both sides of testboard bay main body are placed in, electric wire is caught in fixed block 10, it is possible to electric wire be engaged, obtain electric wire Preferably storage, makes device more concise and beautiful, and 11 lower section of rotary shaft is connected with the first fixture block 12, and 12 lower section of the first fixture block connects The second fixture block 13 is connected to, rotational structure, and the rotation angle model of the first fixture block 12 are formed between the first fixture block 12 and fixed block 10 It is 0-180 ° to enclose, and snap-in structure is formed between the first fixture block 12 and the second fixture block 13, and fixed block 10 can pass through the first card 12 and second fixture block 13 of block is fixed, and can be stored electric wire with the required electric wire of stationary machines, also allowed for whole Reason, pedestal 14 is connected to 1 top of testboard bay main body, and 14 lower section of pedestal is provided with card slot 15, and rotary buckle 16 is connected to bottom 14 bottoms of seat form rotational structure, and the rotation angle range of rotary buckle 16 is 0- between rotary buckle 16 and card slot 15 90 °, and structure is integrally formed between rotary buckle 16 and pedestal 14, rotary buckle 16 is snapped into testboard bay main body 1 In the card slot 15 just connected, rotary buckle 16 is rotatable, when machinery bed 14 is caught in card slot 15, rotary machine, you can make Rotary buckle carries out 90 ° of rotation, so that it may which so that machine is fixed in testboard bay main body 1, which can be dismantled, installation Also fairly simple convenience uses the device more flexible, and ventilation opening 17 is set to testboard bay main body, and about 1 both sides, Ventilation opening 17 is altogether there are two settings, and about 1 both sides, and ventilation opening 17 is in testboard bay main body for 17 symmetrical placement of ventilation opening Hollow mesh can carry out radiating and cooling to the heat that machine is discharged, cold wind is discharged from ventilation opening 17 by fan 9, is improved The safety of the device extends the service life of the device.

Operation principle：When using the electrical integrated testability rack of the radish vehicle, it is necessary first to which the radish vehicle is electrically integrally surveyed Test stand frame carries out a simple understanding, and dynamometer machine 2 can pass through the rotating speed that torque rotary speed sensor 3 detects electric motor of automobile, survey Test stand frame body 1 is internally provided with radiator, and radiator includes motor 6, mainboard 7, cooling fin 8 and fan 9, starts motor 6 make the cooling fin 8 in mainboard 7 work, and fan 9 blows out cold wind from ventilation opening 17, reaches to the machine above the device The effect to radiate, the fixed block 10 of 1 both sides of testboard bay main body can play the role of fixed electric wire, the first fixture block 12 and Two fixture blocks 13 are rotated by rotary shaft 11, and the electric wire of machine is internally placed, the first fixture block 12 and the second fixture block 13 it Between engaged, fixed electric wire, play the role of storage and integrate electric wire, the pedestal 14 below machine connects rotary buckle 16, rotary buckle 16 is placed in card slot 15, then twist pedestal 14, rotary buckle 16 is made to carry out 0-90 ° of rotation, makes pedestal 14 It is fastened in card slot 15, is fixed machine, the content not being described in detail in this explanation belongs to this field professional technique people The prior art well known to member.

Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art is come Say, can still modify to the technical solution recorded in foregoing embodiments or to which part technical characteristic into Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all It is included within the scope of protection of this utility model.

Claims (6)

1. a kind of electrical integrated testability rack of radish vehicle, including testboard bay main body（1）, supporting rack（5）, fixed block（10）, pedestal （14）, rotary buckle（16）And ventilation opening（17）, it is characterised in that：The testboard bay main body（1）Top is equipped with dynamometer machine （2）, and dynamometer machine（2）Right side is provided with torque rotary speed sensor（3）, the torque rotary speed sensor（3）Right side be connected with by Measured motor（4）, support frame as described above（5）It is installed on testboard bay main body（1）Two bottom sides, and testboard bay main body（1）Inside peace Equipped with motor（6）, the motor（6）Left side is connected with mainboard（7）, and mainboard（7）Top is connected with cooling fin（8）, it is described to dissipate Backing（8）Top is connected with fan（9）, the fixed block（10）It is installed on testboard bay main body（1）Both sides, and fixed block（10） Upper and lower both sides are connected with rotary shaft（11）, the rotary shaft（11）Lower section is connected with the first fixture block（12）, and the first fixture block（12） Lower section is connected with the second fixture block（13）, the pedestal（14）It is connected to testboard bay main body（1）Top, and pedestal（14）Lower section is set It is equipped with card slot（15）, the rotary buckle（16）It is connected to pedestal（14）Bottom, the ventilation opening（17）It is set to testboard bay Main body（1）Upper and lower both sides.

2. a kind of electrical integrated testability rack of radish vehicle according to claim 1, it is characterised in that：The testboard bay master Body（1）With pedestal（14）Between form snap-in structure, and testboard bay main body（1）With pedestal（14）Between form detachable knot Structure.

3. a kind of electrical integrated testability rack of radish vehicle according to claim 1, it is characterised in that：The fixed block（10） Altogether there are two settings, and fixed block（10）Symmetrical placement is in testboard bay main body（1）Both sides.

4. a kind of electrical integrated testability rack of radish vehicle according to claim 1, it is characterised in that：First fixture block （12）With fixed block（10）Between form rotational structure, and the first fixture block（12）Rotation angle range for 0-180 °, and the One fixture block（12）With the second fixture block（13）Between form snap-in structure.

5. a kind of electrical integrated testability rack of radish vehicle according to claim 1, it is characterised in that：The rotary buckle （16）With card slot（15）Between form rotational structure, and rotary buckle（16）Rotation angle range for 0-90 °, and revotating card Button（16）With pedestal（14）Between be integrally formed structure.

6. a kind of electrical integrated testability rack of radish vehicle according to claim 1, it is characterised in that：The ventilation opening（17） Altogether there are two settings, and ventilation opening（17）Symmetrical placement is in testboard bay main body（1）Upper and lower both sides, and ventilation opening（17）To engrave Abortive haul shape.