CN213903676U

CN213903676U - A experimental frock for APM carousel switch

Info

Publication number: CN213903676U
Application number: CN202022534859.4U
Authority: CN
Inventors: 陈康; 檀涛; 谢承浩; 张庆国; 王胜强
Original assignee: Wuhu Lijun Track Equipment Co ltd
Current assignee: Wuhu Lijun Track Equipment Co ltd
Priority date: 2020-11-05
Filing date: 2020-11-05
Publication date: 2021-08-06
Anticipated expiration: 2030-11-05

Abstract

The utility model discloses an experimental frock for APM carousel switch, including the test platform I that is used for installing terminal beam assembly, for the nose girder travelling wheel provides walking platform's test platform II and be used for installing drive arrangement's test platform III, test platform I, test platform II and test platform III put in corresponding position according to the position of APM carousel switch product to the connection can be dismantled on the base station through rag bolt or expansion bolts in each test platform's bottom, and the base station of here can be ground or other platforms. The test platform III is located at the center, the test platform II is located at the periphery of the test platform III, and the test platform I is distributed at the periphery of the test platform II. The utility model has the advantages that the test tool is convenient to install, the position adjustment and the elevation adjustment of each APM turntable turnout product in the later period are convenient, and the disassembly is convenient to adjust at any time; can be suitable for more different APM turntable turnout products.

Description

A experimental frock for APM carousel switch

Technical Field

The utility model belongs to the technical field of auxiliary fixtures, concretely relates to an experimental frock for APM carousel switch.

Background

The APM turntable turnout is installed on a turnout bottom plate on an actual installation site, and the turnout bottom plate and the embedded bolt are poured together in a turnout installation area through concrete. The existing APM turntable turnout bottom plate roughly installing method comprises the following steps: a turnout platform is constructed by adopting a reinforced concrete pouring method, embedded screws are welded on the reinforcing steel bars according to coordinates and elevations required by a drawing in the construction process, then a turnout bottom plate is installed, then concrete is used for pouring, and the elevation specified by the drawing is poured, so that a large number of reinforcing steel bars, a reinforcing steel bar bending machine, a concrete mixer truck, a concrete grouting truck and a plurality of workers are required for installation. And the manufactured platform can be fixed in one place for use only in the installation process and cannot be moved.

SUMMERY OF THE UTILITY MODEL

To exist not enough among the prior art, the utility model aims to provide an installation easy operation is convenient, can demolish the experimental frock that is used for APM pivot switch that removes the installation repeatedly.

In order to achieve the above purpose, the technical scheme of the utility model is that: the utility model provides a test frock for APM carousel switch which characterized in that: including test platform I that is used for installing the tail-end beam assembly, for the pilot beam travelling wheel provide walking platform's test platform II and be used for installing drive arrangement's test platform III, test platform I, test platform II and test platform III are put in corresponding position according to the position of APM carousel switch product to the bottom detachable of each test platform connects on the base station.

Furthermore, the test platform III is located at the center, the test platform II is located at the periphery of the test platform III, and the test platform I is distributed at the periphery of the test platform II.

Further, test platform III includes test platform seven, test platform eight, test platform nine and test platform ten, and test platform seven is used for placing driving motor, and test platform eight, test platform nine and test platform ten are used for placing drive mechanism.

Furthermore, the test platform II comprises a fifth test platform and a sixth test platform, the fifth test platform is positioned on one side of the test platform III and is separated by a certain distance, and the sixth test platform is positioned on the other side of the test platform III.

Furthermore, test platform I includes test platform, No. two test platforms, No. three test platforms and No. four test platforms, and test platform, No. two test platforms, No. three test platforms and No. four test platforms are located the outside of test platform II and distribute in the four corners department of test platform II.

Furthermore, the first test platform and the second test platform are located on one side, away from the test platform III, of the fifth test platform and are separated from the fifth test platform by a certain distance, and the third test platform and the fourth test platform are located on one side, away from the test platform III, of the sixth test platform and are separated from the sixth test platform by a certain distance.

Furthermore, the fifth test platform and the sixth test platform are placed in a righting mode, the first test platform, the second test platform, the third test platform, the fourth test platform, the seventh test platform, the eighth test platform, the ninth test platform and the tenth test platform are all placed in an inclined mode, and the central line of each test platform is intersected with the central line of the fifth test platform.

Furthermore, No. one test platform, No. two test platform, No. three test platform, No. four test platform, No. five test platform, No. six test platform and No. seven test platform all include roof, gusset and the adjusting shim plate that is used for adjusting the elevation, and the top surface of roof is used for installing each part of APM pivot switch, and the gusset is connected and is constituted each test platform's additional strengthening in the bottom surface of roof, the bottom at the gusset is connected to the adjusting shim plate.

Further, mounting holes are machined in the top plates of the first test platform, the second test platform, the third test platform, the fourth test platform and the seventh test platform, and machining planes on the top plates of the fifth test platform and the sixth test platform are used for the walking of the guide beam travelling wheels.

Furthermore, the eighth test platform, the ninth test platform and the tenth test platform all comprise adjusting base plates and are manufactured by welding the adjusting base plates.

Adopt the utility model discloses technical scheme's advantage does:

the test tool provided by the utility model is simple and convenient to install and operate, each test platform can be repeatedly disassembled, moved and rotated, and the cost is greatly reduced; the position adjustment and elevation adjustment of each APM turntable turnout product at the later stage are facilitated, and the disassembly and the adjustment at any time are facilitated; can be suitable for more different APM turntable turnout products. The simple and convenient test platform is provided for realizing the assembly and the switching-withdrawing test of turnout simulation site working conditions.

Drawings

The invention will be described in further detail with reference to the following drawings and detailed description:

FIG. 1 is a schematic diagram of the distribution of the APM rotary table turnout test platform of the utility model;

FIG. 2 is a schematic view of positioning and mounting of the APM rotary table turnout test platform of the utility model;

fig. 3 is the structural schematic diagram of the test platform of the present invention.

The labels in the above figures are respectively: 1. a first test platform; 2. a second test platform; 3. a third test platform; 4. a test platform No. four; 5. a test platform No. five; 6. test platform number six; 7. test platform No. seven; 8. test platform No. eight; 9. test platform No. nine; 10. ten test platforms; 16. a top plate; 17. A rib plate; 18. and adjusting the backing plate.

Detailed Description

In the present invention, it should be understood that the terms "length", "width", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", "clockwise", "counterclockwise", "axial", "plane direction", "circumferential" and the like indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, and are only for convenience of description and simplification of the description, but do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the present invention.

As shown in fig. 1 to fig. 3, a test tool for APM rotary table turnout is characterized in that: including test platform I that is used for installing the tail-end beam assembly, for the pilot beam travelling wheel provide walking platform's test platform II and be used for installing drive arrangement's test platform III, test platform I, test platform II and test platform III are put in corresponding position according to the position of APM carousel switch product to the bottom of each test platform passes through rag bolt or expansion bolts can dismantle the connection on the base station, and the base station here can be ground or other platforms.

The utility model has the advantages that the test tool is convenient to install, the position adjustment and the elevation adjustment of each APM turntable turnout product in the later period are convenient, and the disassembly is convenient to adjust at any time; can be suitable for more different APM turntable turnout products.

The test platform III is located at the center, the test platform II is located at the periphery of the test platform III, and the test platform I is distributed at the periphery of the test platform II.

Test platform III includes No. seven test platform 7, No. eight test platform 8, No. nine test platform 9 and No. ten test platform 10, and No. seven test platform 7 is used for placing driving motor, and No. eight test platform 8, No. nine test platform 9 and No. ten test platform 10 are used for placing drive mechanism.

The test platform II comprises a fifth test platform 5 and a sixth test platform 6, the fifth test platform 5 is located on one side of the test platform III and is separated by a certain distance, and the sixth test platform 6 is located on the other side of the test platform III.

The test platform I comprises a test platform 1, a test platform 2, a test platform 3 and a test platform 4, wherein the test platform 1, the test platform 2, the test platform 3 and the test platform 4 are located at the outer sides of the test platform II and distributed at the four corners of the test platform II.

No. 1 test platform and No. 2 test platform are located No. 5 test platform one side of keeping away from test platform III and all are separated by certain interval with No. 5 test platform, and No. 3 test platform and No. 4 test platform are located No. 6 test platform one side of keeping away from test platform III and all are separated by certain interval with No. six test platform 6.

The fifth test platform 5 and the sixth test platform 6 are placed in a righting mode, the center line of the fifth test platform 5 is used as a reference, the sixth test platform 6 is parallel to the fifth test platform 5, the first test platform 1, the second test platform 2, the third test platform 3, the fourth test platform 4, the seventh test platform 7, the eighth test platform 8, the ninth test platform 9 and the tenth test platform 10 are all placed in an inclined mode, and the center line of each test platform is intersected with the center line of the fifth test platform 5.

Taking the central point of the No. five test platform 5 as a reference, wherein the included angle between the center of the No. 1 test platform and the transverse central line of the No. five test platform 5 is A, and the preferable A value is 30 +/-0.1 degrees; an included angle between the center of the second test platform 2 and the transverse center line of the fifth test platform 5 is B, and the optimal B value is 30 +/-0.1 degrees; an included angle between the center of the third test platform 3 and the transverse center line of the fifth test platform 5 is C, and the optimal C value is 30 +/-0.1 degrees; the included angle between the transverse center lines of the fourth test platform 4 and the fifth test platform 5 is D, and the preferable D value is 30 +/-0.1 degrees.

The included angle between the transverse center lines of the No. seven test platform 7 and the No. five test platform 5 is E, and the optimal E value is 15 degrees +/-0.1 degrees; an included angle between the longitudinal center lines of the eighth test platform 8 and the fifth test platform 5 is F, and the preferred F value is 30 +/-0.1 degrees; an included angle between the longitudinal center lines of the No. nine test platform 9 and the No. five test platform 5 is G, and the preferable G value is 30 +/-0.1 degrees; the included angle between the longitudinal center lines of the No. ten test platform 10 and the No. five test platform 5 is H, and the preferred H value is 30 +/-0.1 degrees.

No. 1, No. 2, No. 3, No. 4, No. 5, No. six test platforms 6 and No. 7 test platforms all include roof 16, gusset 17 and the adjusting shim plate 18 that is used for the adjustment elevation, and the top surface of roof 16 is used for installing each part of APM pivot switch, and the gusset 17 is connected and is constituted each test platform's additional strengthening in the bottom surface of roof 16, adjusting shim plate 18 is connected in the bottom of gusset 17.

A mounting hole is machined in a top plate 16 of a first test platform 1, a second test platform 2, a third test platform 3, a fourth test platform 4 and a seventh test platform 7, machining planes are machined on top plates 16 of a fifth test platform 5 and a sixth test platform 6 and used for walking of guide beam travelling wheels, the flatness of the top plate 16 is 0.5 +/-0.01 mm, and paint coating protection is carried out after machining of the top plate 16.

No. eight test platform 8, No. nine test platform 9 and No. ten test platform 10 all include adjusting plate 18, make through adjusting plate 18 welding, and adjusting plate 18 here also is equipped with the mounting hole that is used for the installation.

The utility model discloses in a preferred embodiment, use the central point of No. 5 test platform as the benchmark, the longitudinal distance and the lateral distance and the contained angle of the central point of each test platform to the central point of No. 5 test platform are as follows:

	transverse distance/mm	Longitudinal distance/mm	Angle/degree
				Test platform
1	1575.47	1524.62	30
				Test platform 2	1575.47	1539.44	30
Test platform No. 3	3730.15	1539.44	30
				Test platform No. 4	3730.15	1524.62	30
Test platform No. 6	2155.99	0	0
				No. seven test platform 7	1078.63	7.87	15
Test platform No. eight 8	1049.91	452.65	30
				Test platform No. 9	1390.32	424.53	30.1
Ten test platforms 10	1660.2	152.57	30

And placing each test platform according to the positions in the table, wherein the deviation range is within 5mm, adjusting the test platforms to the corresponding elevations according to the drawing requirements, namely adjusting the height of the base plate 18, and performing comprehensive retesting after the whole test platform is adjusted to reach a testable state. Of course, the distance between the test platforms is not limited to the above table, and can be adjusted according to the actual situation.

The utility model provides an experimental frock installation easy operation is convenient, and each test platform can demolish removal ann commentaries on classics repeatedly, the cost that has significantly reduced.

The present invention has been described above with reference to the accompanying drawings, and it is obvious that the present invention is not limited by the above-mentioned manner, and various insubstantial improvements can be made without the technical solutions of the present invention, or the present invention can be directly applied to other occasions without the improvements, and all are within the protection scope of the present invention.

Claims

1. The utility model provides a test frock for APM carousel switch which characterized in that: including test platform I that is used for installing the tail-end beam assembly, for the pilot beam travelling wheel provide walking platform's test platform II and be used for installing drive arrangement's test platform III, test platform I, test platform II and test platform III are put in corresponding position according to the position of APM carousel switch product to the bottom detachable of each test platform connects on the base station.

2. The test tool for the APM turntable turnout of claim 1, wherein: the test platform III is located at the center, the test platform II is located at the periphery of the test platform III, and the test platform I is distributed at the periphery of the test platform II.

3. The test tool for the APM turntable turnout junction according to claim 1 or 2, wherein the test tool comprises: the test platform III comprises a seventh test platform (7), an eighth test platform (8), a ninth test platform (9) and a tenth test platform (10), the seventh test platform (7) is used for placing a driving motor, and the eighth test platform (8), the ninth test platform (9) and the tenth test platform (10) are used for placing a transmission mechanism.

4. The test tool for the APM turntable turnout of claim 3, wherein: the test platform II comprises a fifth test platform (5) and a sixth test platform (6), the fifth test platform (5) is located on one side of the test platform III and is separated by a certain distance, and the sixth test platform (6) is located on the other side of the test platform III.

5. The test tool for the APM turntable turnout of claim 4, wherein: the test platform I comprises a test platform (1), a second test platform (2), a third test platform (3) and a fourth test platform (4), and the outer sides of the first test platform (1), the second test platform (2), the third test platform (3) and the fourth test platform (4) which are located on the test platform II are distributed at four corners of the test platform II.

6. The test tool for the APM turntable turnout of claim 5, wherein: no. one test platform (1) and No. two test platform (2) are located No. five test platform (5) and keep away from one side of test platform III and all are separated by certain interval with No. five test platform (5), and No. three test platform (3) and No. four test platform (4) are located No. six test platform (6) and keep away from one side of test platform III and all are separated by certain interval with No. six test platform (6).

7. The test tool for the APM turntable turnout of claim 6, wherein: the five-test platform (5) and the six-test platform (6) are placed in an aligning mode, the first test platform (1), the second test platform (2), the third test platform (3), the fourth test platform (4), the seventh test platform (7), the eighth test platform (8), the ninth test platform (9) and the tenth test platform (10) are placed in an inclined mode, and the central line of each test platform is intersected with the central line of the five-test platform (5).

8. The test tool for the APM turntable turnout of claim 7, wherein: no. one test platform (1), No. two test platform (2), No. three test platform (3), No. four test platform (4), No. five test platform (5), No. six test platform (6) and No. seven test platform (7) all include roof (16), gusset (17) and adjusting shim plate (18) that are used for the adjustment elevation, and the top surface of roof (16) is used for installing each part of APM pivot switch, and gusset (17) are connected and are constituted each test platform's additional strengthening in the bottom surface of roof (16), the bottom at gusset (17) is connected in adjusting shim plate (18).

9. The test tool for the APM turntable turnout of claim 8, wherein: the guide beam walking wheel is characterized in that mounting holes are machined in the top plates (16) of the first test platform (1), the second test platform (2), the third test platform (3), the fourth test platform (4) and the seventh test platform (7), and machining planes are machined in the top plates (16) of the fifth test platform (5) and the sixth test platform (6) and used for walking of the guide beam walking wheel.

10. The test tool for the APM turntable turnout of claim 9, wherein: no. eight test platform (8), No. nine test platform (9) and No. ten test platform (10) all include adjusting plate (18), make through adjusting plate (18) welding.