Anti-falling durable cross-station phase calibrator

Abstract

The utility model provides an anti-falling durable cross-station phase calibrator, which comprises a shell and two buffer assemblies, a first cavity is arranged in the shell, one buffer assembly is positioned at the upper part of the first cavity, and the other buffer assembly is positioned at the lower part of the first cavity; the buffer assembly comprises at least one first buffer plate and at least one first buffer part, the first buffer plate and the bottom or the top of the shell form a buffer cavity, a containing cavity is formed between the two first buffer plates, and the first buffer part is located in the buffer cavity. A core part of the buffer type phase detector extrudes a first buffer plate under the action of external force, after the first buffer plate is extruded, a first piston rod compresses a first spring, and the first spring resets after being compressed to generate opposite force, so that the force borne by the core part of the buffer type phase detector is buffered and gradually reduced; therefore, the core part of the buffer type phase detector is not damaged.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the technical field of phase check device, concretely relates to a durable anti-falling cross-station phase checker. BACKGROUND

[0002] Phase detector (intelligent three-phase digital phase voltmeter) is a full-automatic, multifunctional, digital, intelligent instrument specially for field test, which has the characteristics of high precision, high stability, low power consumption and convenient use; the phase detector can simultaneously sample the voltage and current of A, B and C three-phase through three high-precision clamp-on current transformers (CT) and three voltage test lines (detection components) under the condition that the measured circuit is not open; the discrete sequence obtained by sampling is sent to the DSP / ARM dual-core MCU (core component), which first performs FIR anti-aliasing filtering, and then uses FFT (or DFT) algorithm to calculate the fundamental effective value (Urms, Irms) and initial phase angle φU, φI of each phase voltage and current; then the phase difference, active power, reactive power, apparent power and power factor of each phase are calculated; then the amplitude and phase are automatically corrected through the temperature drift, CT angle difference / difference, voltage channel input impedance and other compensation models embedded in the instrument; finally, the microprocessor compares the calculation results with the built-in criteria and displays the results, providing a safe, accurate and convenient new type of power meter for power inspection personnel.

[0003] In the prior art, most phase detectors directly place the above-mentioned core components (such as MCU installed on the circuit board, circuit board for electrical and electronic connection, and circuit board for realizing signal processing function through circuit) in the shell, and then connect them with the detection components outside the shell through wires; this leads to the problem that if the phase detector is accidentally dropped or impacted during use, the above-mentioned core components of the phase detector will collide with the shell due to external force, affecting the function of the phase detector and making it unable to be used normally. SUMMARY

[0004] Therefore, the utility model provides a durable anti-falling cross-station phase checker which can still be used normally when subjected to external force.

[0005] A durable anti-falling cross-station phase checker, comprising a shell, a buffer assembly, a first cavity is arranged in the shell, the buffer assembly is two, wherein one of the buffer assemblies is located at the upper part of the first cavity, and the other buffer assembly is located at the lower part of the first cavity.

[0006] The buffer assembly comprises a first buffer plate, and at least one first buffer part, the first buffer plate and the bottom or top of the shell form a buffer cavity, two first buffer plates form a containing cavity, the first buffer part is located in the buffer cavity, the first buffer part comprises a first support frame, a first piston rod and a first spring, the first spring is located in the first support frame, the first buffer plate is slidably connected with the circumferential sidewall of the shell, the first support frame is connected with the bottom or top of the shell, one end of the first piston rod is connected with the first buffer plate, the first piston rod is slidably connected with the first support frame, the other end of the first piston rod is connected with one end of the first spring through the first support frame, the other end of the first spring is connected with the bottom or top of the shell, the core component of the durable anti-falling cross-station phase verification instrument is located in the containing cavity, and the first spring drives the first piston rod and the first buffer plate to move up and down, so that the core component of the durable anti-falling cross-station phase verification instrument in the containing cavity is buffered.

[0007] Preferably, two first buffer parts are located in the same longitudinal section in one buffer cavity, and the two first buffer parts are symmetrically arranged on two sides in the buffer cavity.

[0008] Preferably, the buffer assembly further comprises a second buffer part, the second buffer part is located in the buffer cavity, the second buffer part comprises a slide rod, two second springs, two sliding blocks and two rotating rods, the slide rod is located between the two first support frames, the two second springs, the two sliding blocks and the two rotating rods are symmetrically arranged on the slide rod, the slide rod is connected with the first support frame at two ends, one end of the second spring is connected with the side of the first support frame, the other end of the second spring is connected with the sliding block on the same side, the bottom of the sliding block is rotatably connected with one end of the rotating rod on the same side, the other end of the rotating rod is rotatably connected with the first buffer plate, and the rotating rod is rotatable to drive the sliding block to move on the slide rod to compress or stretch the second spring.

[0009] Preferably, the second buffer part further comprises a third spring, the third spring is located between the two sliding blocks, the third spring is wound around the slide rod, and the original length of the third spring is equal to the distance between the two sliding blocks.

[0010] Preferably, the second buffer part further comprises two fixed blocks, one end of the fixed block is connected with the slide rod, the other end of the fixed block is connected with the first support frame, and the fixed block is further connected with the second spring.

[0011] Preferably, the anti-falling durable cross-station phase calibrator further comprises a protection assembly, the shell is provided with a protection groove, a rotating cover plate is arranged on the shell, the protection assembly is located in the protection groove, the protection assembly comprises a lifting part, the bottom of the lifting part is connected with the bottom of the protection groove, the verification part of the anti-falling durable cross-station phase calibrator is located above the lifting part, and the rotating cover plate is rotatably connected with the shell and covers the protection groove.

[0012] Preferably, the lifting part comprises a telescopic rod and a first driving motor, the first driving motor is located at the bottom of the protection groove, one end of the telescopic rod is connected with the output end of the first driving motor, and the other end of the telescopic rod is connected with the verification part of the anti-falling durable cross-station phase calibrator.

[0013] Preferably, the protection assembly further comprises a rotating part, the rotating part comprises a supporting seat, a second driving motor, a rotating piece and a supporting plate, the bottom of the supporting seat is connected with the top of the lifting part, the second driving motor is connected with the supporting seat, one end of the rotating piece is connected with the output end of the second driving motor, the rotating piece is rotatably connected with the supporting seat, the other end of the rotating piece is fixedly connected with the supporting plate, and the verification part of the anti-falling durable cross-station phase calibrator is located above the supporting seat.

[0014] Preferably, the rotating piece comprises a gear rotating rod, three driven gear rods and a rotating ball, the supporting seat is provided with gears matched with the driven gear rods, the bottom of the supporting seat is provided with an annular groove, the gear rotating rod is located at the shaft center of the supporting seat, the three driven gear rods are uniformly distributed in the supporting seat, the rotating ball is located in the annular groove, the gear rotating rod is connected with the second driving motor, the side of the gear rotating rod is engaged with the side of the driven gear rod, the side wall of the driven gear rod is engaged with the supporting seat, the bottom of the driven gear rod is in contact with the rotating ball, and the top of the driven gear rod is fixedly connected with the supporting plate.

[0015] Preferably, the rotating part further comprises a limiting plate, the limiting plate is located between the supporting seat and the supporting plate, the limiting plate is rotatably connected with the gear rotating rod, and the limiting plate is fixedly connected with the three driven gear rods.

[0016] Compared with the prior art, the anti-falling durable cross-station phase calibrator has the advantages that:

[0017] The utility model discloses a durable anti-falling cross station phase calibrator, including the casing, buffer assembly, be provided with the first cavity in the casing, the buffer assembly is two, wherein one buffer assembly is located the upper portion of first cavity, and another buffer assembly is located the lower portion of first cavity, the buffer assembly includes first buffer board, first buffer portion, first buffer portion is at least one, and the bottom or top of casing forms buffer cavity with first buffer board, and the accommodating cavity is formed between two first buffer boards, and first buffer portion is located in the buffer cavity, and first buffer portion includes first support frame, first piston rod, first spring, and first spring is located in first support frame, and the circumferential side wall of casing is connected with first buffer board slidingly, and the bottom or top of casing is connected with first support frame, one end of first piston rod is connected with first buffer board, and first piston rod is connected with first support frame slidingly, and the other end of first piston rod passes through first support frame and is connected with one end of first spring, and the other end of first spring is connected with the bottom or top of casing, and the core component of durable anti-falling cross station phase calibrator is located in the accommodating cavity, when durable anti-falling cross station phase calibrator is impacted or falls by accident, the core component of durable anti-falling cross station phase calibrator is extruded first buffer board by external force, and after first buffer board is extruded, first piston rod compresses first spring, and after first spring is compressed, opposite force is generated by reset, so that the force that the core component of durable anti-falling cross station phase calibrator is received is gradually reduced by the buffering of first spring, first piston rod, first buffer board, so that the core component of durable anti-falling cross station phase calibrator is not damaged, and then the function and detection accuracy of phase calibrator are not influenced, and the durable anti-falling cross station phase calibrator can be used normally. BRIEF DESCRIPTION OF DRAWINGS

[0018] Figure 1 It is durable anti-falling cross station phase calibrator's structural schematic diagram.

[0019] Figure 2 It is durable anti-falling cross station phase calibrator's sectional view.

[0020] Figure 3 It is another angle schematic view of durable anti-falling cross station phase calibrator.

[0021] Figure 4 It is the structural schematic diagram of rotating part.

[0022] Figure 5 It is the structural schematic diagram of support seat.

[0023] As shown in the figure: the anti-falling durable cross-station phase verifier 10, the shell 100, the first cavity 110, the protection groove 120, the rotating cover plate 130, the dust screen 140, the buffer assembly 200, the first buffer plate 210, the buffer cavity 211, the containing cavity 212, the first buffer part 220, the first support frame 221, the first piston rod 222, the first spring 223, the second buffer part 230, the sliding rod 231, the second spring 232, the sliding block 233, the rotating rod 234, the third spring 235, the fixed block 236, the protection assembly 300, the lifting part 310, the telescopic rod 311, the first drive motor 312, the rotating part 320, the support seat 321, the annular groove 3211, the second drive motor 322, the rotating piece 323, the gear rotating rod 3231, the driven gear rod 3232, the rotating ball 3233, the support plate 324, the limiting plate 325, the control assembly 400, the control box 410, the button 420. DETAILED DESCRIPTION

[0024] The technical scheme and technical effects of the embodiments of the utility model are further described in detail in combination with the drawings of the utility model.

[0025] Please refer to Figures 1 to 5 An anti-falling durable cross-station phase verifier 10 comprises a shell 100 and a buffer assembly 200. The shell 100 is internally provided with a first cavity 110. The buffer assembly 200 comprises two buffer assemblies, one of which is arranged at the upper part of the first cavity 110, and the other is arranged at the lower part of the first cavity 110.

[0026] The buffer assembly 200 comprises a first buffer plate 210, and at least one first buffer part 220, the first buffer plate 210 and the bottom or top of the shell 100 form a buffer cavity 211, and a containing cavity 212 is formed between the two first buffer plates 210, the first buffer part 220 is located in the buffer cavity 211, the first buffer part 220 comprises a first support frame 221, a first piston rod 222 and a first spring 223, the first spring 223 is located in the first support frame 221, the first buffer plate 210 is in sliding connection with the circumferential sidewall of the shell 100, the first support frame 221 is connected with the bottom or top of the shell 100, one end of the first piston rod 222 is connected with the first buffer plate 210, the first piston rod 222 is in sliding connection with the first support frame 221, the other end of the first piston rod 222 is connected with one end of the first spring 223 through the first support frame 221, and the other end of the first spring 223 is connected with the bottom or top of the shell 100, the core component of the durable anti-falling cross-station phase verification instrument 10 is located in the containing cavity 212, and the first spring 223 drives the first piston rod 222 to drive the first buffer plate 210 to move up and down, so that the core component of the durable anti-falling cross-station phase verification instrument 10 in the containing cavity 212 is buffered.

[0027] Compared with the prior art, the utility model has the advantages that:

[0028] The utility model discloses a durable anti -falling cross -station phase calibrator 10, including the casing 100, buffer assembly 200, the first cavity 110 is arranged in the casing 100, buffer assembly 200 is two, wherein one buffer assembly 200 is located the upper portion of first cavity 110, and another buffer assembly 200 is located the lower portion of first cavity 110, buffer assembly 200 includes first buffer board 210, first buffer part 220, first buffer part 220 is at least one, the bottom or top of first buffer board 210 and casing 100 forms buffer cavity 211, and the accommodating cavity 212 is formed between two first buffer boards 210, first buffer part 220 is located in buffer cavity 211, first buffer part 220 includes first support frame 221, first piston rod 222, first spring 223, first spring 223 is located in first support frame 221, first buffer board 210 is connected with the circumferential sidewall of casing 100 and slides, first support frame 221 is connected with the bottom or top of casing 100, one end of first piston rod 222 is connected with first buffer board 210, first piston rod 222 is connected with first support frame 221 and slides, the other end of first piston rod 222 passes through first support frame 221 and is connected with one end of first spring 223, the other end of first spring 223 is connected with the bottom or top of casing 100, and the core component of durable anti -falling cross -station phase calibrator 10 is located in accommodating cavity 212, when durable anti -falling cross -station phase calibrator 10 is impacted or accidentally falls, the core component of durable anti -falling cross -station phase calibrator 10 is extruded first buffer board 210 by external force, first buffer board 210 is extruded, and first piston rod 222 compresses first spring 223, first spring 223 is reset after being compressed and generates opposite force, so as to buffer the force that the core component of durable anti -falling cross -station phase calibrator 10 receives gradually reduces through first spring 223, first piston rod 222, first buffer board 210, so that the core component of durable anti -falling cross -station phase calibrator 10 is not damaged, and then the function and detection accuracy of phase calibrator will not be affected, and can be normally used.

[0029] Specifically, the core component refers to a circuit board with analysis, transmission and processing functions.

[0030] Further, the first buffer part 220 in one buffer cavity 211 is two in the same longitudinal section, and the two first buffer parts 220 are symmetrically arranged on both sides of the buffer cavity 211, so that the first buffer board 210 moves horizontally when subjected to external force and does not tilt.

[0031] Further, the buffer assembly 200 further comprises a second buffer part 230 located in the buffer cavity 211, the second buffer part 230 comprises a slide rod 231, two second springs 232, two sliding blocks 233, and two rotating rods 234, the slide rod 231 is located between the two first support frames 221, the two second springs 232 and the two sliding blocks 233 are symmetrically arranged on the slide rod 231, and the two rotating rods 234 are symmetrically arranged in the buffer cavity 211, two ends of the slide rod 231 are connected with the first support frames 221 respectively, one end of one of the second springs 232 is connected with the side of the first support frame 221, and the other end is connected with the sliding block 233 on the same side, the bottom of the sliding block 233 is rotationally connected with one end of the rotating rod 234 on the same side, the other end of the rotating rod 234 is rotationally connected with the first buffer plate 210, and the rotating rod 234 can drive the sliding block 233 to move on the slide rod 231 to compress or stretch the second spring 232; when the anti-falling durable cross-station phase calibrator 10 is impacted or accidentally dropped, the core components of the anti-falling durable cross-station phase calibrator 10 are extruded by the first buffer plate 210, when one side of the first buffer plate 210 is extruded, the rotating rod 234 and the first piston rod 222 on the same side move simultaneously to drive the rotating rod 234 and the first piston rod 222 on the other side to move; when the middle part of the first buffer plate 210 is extruded, the two rotating rods 234 move simultaneously, the first buffer plate 210 moves, and the first piston rods 222 on both sides move, so that the first buffer plate 210 can move horizontally no matter where the stress point of the first buffer plate 210 is, thereby preventing the first buffer plate 210 from being skewed due to uneven stress and causing damage to the core components of the anti-falling durable cross-station phase calibrator 10.

[0032] Specifically, the two ends of the rotating rod 234 are connected with the sliding block 233 and the first buffer plate 210 through rotating seats, and the rotating rod 234 can rotate in the rotating seat.

[0033] Further, the second buffer part 230 further comprises a third spring 235, the third spring 235 is located between the two sliding blocks 233, the third spring 235 is wound on the slide rod 231, the original length of the third spring 235 is equal to the distance between the two sliding blocks 233, when the second spring 232 is compressed and reset to generate an opposite force, the sliding block moves to the third spring 235, the third spring 235 is extruded by the external force applied by the two sliding blocks, the third spring 235 restores the deformation to move the sliding block to the position where the second spring 232 is compressed, so as to gradually reduce the external force on the core component of the anti-falling durable cross-station phase calibrator 10 through such a cycle, so as to minimize the impact on the core component of the anti-falling durable cross-station phase calibrator 10.

[0034] Further, the second buffer part 230 further comprises two fixed blocks 236, one end of the fixed block 236 is connected with the slide rod 231, the other end of the fixed block 236 is connected with the first support frame 221, and the fixed block 236 is further connected with the second spring 232.

[0035] Further, the anti-falling durable cross-station phase calibrator 10 further comprises a protection assembly 300, the shell 100 is provided with a protection groove 120, the shell 100 is provided with a rotating cover plate 130, the protection assembly 300 is located in the protection groove 120, the protection assembly 300 comprises a lifting part 310, the bottom of the lifting part 310 is connected with the bottom of the protection groove 120, the verification component of the anti-falling durable cross-station phase calibrator 10 is located above the lifting part 310, and the rotating cover plate 130 is rotationally connected with the shell 100 to cover the protection groove 120. When not in use, the verification component of the anti-falling durable cross-station phase calibrator 10 is placed in the protection groove 120 for protection, preventing being damaged by mistake, and facilitating carrying, when in use, the rotating cover plate 130 is rotated to open, and the verification component of the anti-falling durable cross-station phase calibrator 10 is lifted to the outside of the shell 100 for detection and use through the lifting part 310.

[0036] Specifically, the verification component refers to an instrument with a detection function, and the verification component is connected with the core component.

[0037] Further, the lifting part 310 comprises a telescopic rod 311 and a first drive motor 312, the first drive motor 312 is located at the bottom of the protection groove 120, the output end of the first drive motor 312 is connected with one end of the telescopic rod 311, and the other end of the telescopic rod 311 is connected with the verification component of the anti-falling durable cross-station phase calibrator 10.

[0038] Further, the protection assembly 300 further comprises a rotating part 320, the rotating part 320 comprises a support seat 321, a second driving motor 322, a rotating part 323, a support plate 324, the bottom of the support seat 321 is connected with the top of the lifting part 310, the second driving motor 322 is connected with the support seat 321, one end of the output end of the second driving motor 322 is connected with the rotating part 323, the rotating part 323 is rotationally connected with the support seat 321, the other end of the rotating part 323 is fixedly connected with the support plate 324, and the verification component of the anti-falling durable cross-station phase verification instrument 10 is located above the support seat 321.

[0039] Further, the rotating part 323 comprises a gear rotating rod 3231, three driven gear rods 3232 and a rotating ball 3233, gears matched with the driven gear rods 3232 are arranged in the support seat 321, an annular groove 3211 is arranged at the bottom of the support seat 321, the gear rotating rod 3231 is located at the shaft center of the support seat 321, the three driven gear rods 3232 are uniformly distributed in the support seat 321, the rotating ball 3233 is located in the annular groove 3211, the gear rotating rod 3231 is connected with the second driving motor 322, the side of the gear rotating rod 3231 is engaged with the side of the driven gear rod 3232, the side wall of the driven gear rod 3232 is engaged with the support seat 321, the bottom of the driven gear rod 3232 is in contact with the rotating ball 3233, and the top of the driven gear rod 3232 is fixedly connected with the support plate 324; when it is necessary to adjust the direction angle of the verification component of the anti-falling durable cross-station phase verification instrument 10, the switch of the second driving motor 322 is opened, the second driving motor 322 drives the gear rotating rod 3231 to rotate, the gear rotating rod 3231 drives the driven gear rod 3232 to rotate, the driven gear rod 3232 drives the support plate 324 to rotate, and thus the verification component of the anti-falling durable cross-station phase verification instrument 10 can be adjusted by 360°, so that the verification range is expanded.

[0040] Specifically, the side of the gear rotating rod 3231 is engaged with the side of the driven gear rod 3232, and the side wall of the driven gear rod 3232 is engaged with the support seat 321, so that the rotating process is more stable, and the angle control of rotation is more accurate.

[0041] Specifically, the rotating ball 3233 makes the driven gear rod 3232 not in contact with the bottom of the support seat 321, which on the one hand reduces the abrasion of the support seat 321 and the driven gear rod 3232, and on the other hand makes the rotation of the driven gear rod 3232 more smooth.

[0042] Further, the rotating part 320 further comprises a limiting plate 325, the limiting plate 325 is located between the support seat 321 and the support plate 324, the limiting plate 325 is rotationally connected with the gear rotating rod 3231, the limiting plate 325 is fixedly connected with three driven gear rods 3232, the limiting plate 325 limits the relative position of the three driven gear rods 3232, prevents the three driven gear rods 3232 from changing the relative position due to external force in the rotating process, and causes the checking components of the anti-falling durable cross-station phase checker 10 to be deflected or even to fall off.

[0043] Further, the both sides of the shell 100 are provided with dustproof nets 140, the dustproof nets 140 are located on the both sides of the first cavity, and heat dissipation and dust prevention are achieved.

[0044] Further, the anti-falling durable cross-station phase checker 10 comprises a control assembly 400, the control assembly 400 comprises a control box 410 and buttons 420, the control box 410 is located on the top of the shell 100, the buttons 420 are located on the control box 410, and the buttons 420 are electrically connected with the first driving motor 312 and the second driving motor 322 respectively, so as to control the lifting of the telescopic rod 311 and the rotation of the gear rotating rod 3231.

[0045] The use condition of the utility model is introduced through the following examples.

[0046] When the anti-falling durable cross-station phase calibrator 10 is impacted or accidentally dropped, the core components of the anti-falling durable cross-station phase calibrator 10 are extruded by external force to the first buffer plate 210, after the first buffer plate 210 is extruded, the first piston rod 222 compresses the first spring 223, the two rotating rods 234 rotate to extrude the two sliding blocks to compress the second spring 232, after the first spring 223 and the second spring 232 are compressed, the opposite force is generated by the reset, the sliding blocks move to the third spring 235, the third spring 235 is extruded by the external force applied by the two sliding blocks, the third spring 235 restores the deformation to make the sliding blocks move to the position where the second spring 232 is compressed, so that the external force gradually decreases by such cyclic reciprocating to make the core components of the anti-falling durable cross-station phase calibrator 10 not damaged, and then the function and detection accuracy of the phase calibrator are not affected, and the anti-falling durable cross-station phase calibrator 10 can be normally used; when calibration is needed, the rotating cover plate 130 is rotated to open, the first drive motor 312 is started to control, the telescopic rod 311 is lifted, the calibration components of the anti-falling durable cross-station phase calibrator 10 are lifted out of the protection groove 120, when not in use, the telescopic rod 311 is lowered, the calibration components of the anti-falling durable cross-station phase calibrator 10 are placed in the protection groove 120, and the rotating cover plate 130 is rotated to protect the calibration components of the anti-falling durable cross-station phase calibrator 10; when the direction angle of the calibration components of the anti-falling durable cross-station phase calibrator 10 needs to be adjusted during use, the second drive motor 322 is opened, the second drive motor 322 drives the gear rotating rod 3231 to rotate, the gear rotating rod 3231 drives the driven gear rod 3232 to rotate, the driven gear rod 3232 drives the support plate 324 to rotate, and then the calibration components of the anti-falling durable cross-station phase calibrator 10 can be adjusted by 360°, so that the calibration range is expanded.

[0047] The above only discloses the preferred embodiments of the present application, of course, cannot limit the scope of the present application, and those skilled in the art can understand that all or part of the above-mentioned embodiments can be implemented, and equivalent changes made according to the claims of the present application still belong to the scope of the present application.

Claims

1. A durable cross-over station phase calibrator for fall protection, comprising: The application relates to a durable anti-falling cross-station phase calibrator, which comprises a shell, a buffer assembly, a first cavity arranged in the shell, and two buffer assemblies, one of which is arranged in the upper part of the first cavity and the other is arranged in the lower part of the first cavity. The buffer assembly comprises a first buffer plate, at least one first buffer part, a buffer cavity formed between the first buffer plate and the bottom or top of the shell, a containing cavity formed between two first buffer plates, the first buffer part arranged in the buffer cavity, the first buffer part comprising a first support frame, a first piston rod and a first spring, the first spring arranged in the first support frame, the first buffer plate slidably connected with the circumferential sidewall of the shell, the first support frame connected with the bottom or top of the shell, one end of the first piston rod connected with the first buffer plate, the first piston rod slidably connected with the first support frame, the other end of the first piston rod connected with one end of the first spring through the first support frame, the other end of the first spring connected with the bottom or top of the shell, and the core component of the durable anti-falling cross-station phase calibrator arranged in the containing cavity, so that the first spring drives the first buffer plate to move up and down to buffer the core component of the durable anti-falling cross-station phase calibrator in the containing cavity.

2. The ruggedized phase calibrator across station as claimed in claim 1, wherein, The first buffer part is two in number and symmetrically arranged on both sides of the buffer cavity in the same longitudinal section.

3. The ruggedized phase calibrator across station as claimed in claim 2, wherein, The buffer assembly further comprises a second buffer part arranged in the buffer cavity, the second buffer part comprising a slide rod, two second springs, two sliding blocks and two rotating rods, the slide rod arranged between two first support frames, the two second springs and the two sliding blocks symmetrically arranged on the slide rod, and the two rotating rods symmetrically arranged in the buffer cavity, two ends of the slide rod connected with the first support frames, the second springs wound around the slide rod, one end of one of the second springs connected with the side of the first support frame and the other end connected with the sliding block on the same side, the bottom of the sliding block rotatably connected with one end of the rotating rod on the same side, the other end of the rotating rod rotatably connected with the first buffer plate, and the rotating rod rotatable to drive the sliding block to move on the slide rod to compress or stretch the second spring.

4. The ruggedized phase calibrator across station as claimed in claim 3, wherein, The second buffer part further comprises a third spring arranged between the two sliding blocks, the third spring wound around the slide rod, and the original length of the third spring equal to the distance between the two sliding blocks.

5. The ruggedized phase calibrator across station as claimed in claim 3 wherein, The second buffer part further comprises two fixing blocks, one end of the fixing block connected with the slide rod and the other end connected with the first support frame, and the fixing block further connected with the second spring.

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