DE202023106162U1 - Signal data detector for TSI system - Google Patents

Abstract

Signal data detector for TSI system, comprising a detector body (2) which is provided with a transparent cover (1) on the top of the detector body (2) and with a mounting plate (3) on the bottom of the detector body (2), the mounting plate (3) a stopper (302) in the middle of the lower side, which has a mounting hole (303) in the inner surface of the stopper (302), the splice plate (201) being fixed to the bottom of the detector body (2) at a position is corresponding to the splice opening (303), a locking plate (7) being provided on the inside of the stopper (302);
wherein the transparent cover (1) has a protective cylinder (101) attached to the front, the detector body (2) has a terminal block (203) at the center of the front, the terminal block (203) with a corrugated detector wire ( 202) is inserted in an inner position of the protection cylinder (101), the protection cylinder (101) being provided with a pressure ring plate (5) on the rear part of the surface side of the protection cylinder (101);
wherein the transparent cover (1) is provided with an operation hole (103) at the front part of the top of the transparent cover (1), the operation hole (103) being provided with an operation plate (4) at the position of the transparent cover (1). , wherein a U-shaped plate (401) is fixed to the rear part of the top of the operation plate (4), the transparent cover (1) being fixed on the left and right sides with a limit plate (102);
wherein the transparent cover (1) is attached to the lower left and right sides of the front and rear ends with plug-in plates (104), the mounting plate (3) being provided with plug-in holes (305) at positions corresponding to the plug-in plate (104). ;
wherein two of the plug-in openings (305) in the front and rear directions are provided with circular holes (306) in opposite side walls, the circular holes (306) being provided with adjustment elongated holes (304) at the inner end, the mounting plate (3) , which is located under the two insertion openings (305) on the left and right sides together, is provided with a square opening (301) on the lower side, the square opening (301) is provided with a movable plate (6) on the inside of the square opening (301), the movable plate (6) being provided with a slider (601) attached to the right and left parts on the upper Side of the movable plate (6), the slider (601) being attached to a round plate (602) at the other end of the slider (601), and an insertion rod (603) on the front of the round plate (602). is attached.

Description

TECHNICAL FIELD

The utility model belongs to the technical field of TSI systems and relates in particular to a signal data detector for TSI systems.

STATE OF THE ART

TSI system is a permanent monitoring system with a range of protection and detection functions. It is mainly used for large machines essential protection system. TSI system allows a unit in the startup and operating process of some important parameters to be reliably monitored and stored. TSI system can also provide the relevant data for fault diagnosis. In order to ensure the stability of the TSI system signal, the corresponding signal data detector is usually used in advance of the TSI system signal data detection. But it is still in the actual use of the following disadvantages.

1, When installing the signal data detector on large machines and equipment, it is not possible to combine the two effects of easy disassembly and stability. The efficiency of using the signal data detector is affected to a certain extent.

2. When using the signal data detector, in order to prevent the signal data detector from being damaged, most often a protective structure is installed on the surface side of the signal data detector to prevent the signal data detector from being damaged. Since the protective structure is mostly made in one piece, the outside of the protective structure cannot be quickly removed after damage, reducing the efficiency of replacement.

3. When the signal data detector is in use, the signal is detected by the detection wire. Therefore, when the detector is not in use, the signal is not detected by the detection wire. The detector is not protected by stowing the detection wire head, which may cause the detection wire head to collide and thereby damage the detection wire head.

Therefore, the existing signal data detectors for TSI system are unable to meet the practical requirements, so there is an urgent need for improved technology to solve the above problems. There is an urgent need for improved technology to solve the above problem.

DISCLOSURE OF USAGE PATTERN

The purpose of this utility model is to provide a signal data detector for TSI system, which is assembled through the cooperation of mounting plate and locking plate, to realize the connection and stability between the detector body and the mounting plate, and the stable installation of the detector body and insertion of the Insertion rod and the insertion plate to ensure the quick disassembly and assembly of the transparent cover for the quick replacement of the transparent cover, and at the same time push the ring plate in the movement of the surface side of the protection cylinder to ensure the stowage and protection of the corrugated detector head realize and avoid damage to the corrugated detector head.

In order to achieve the above purpose, the utility model provides the following technical solutions:

A signal data detector for TSI system, comprising a detector body provided with a transparent cover on the top of the detector body and with a mounting plate on the bottom of the detector body, the mounting plate having a stopper in the middle of the lower side having a mounting hole in the inner surface of the stopper, the splice plate being fixed to the bottom of the detector body at a position corresponding to the splice opening, a locking plate being provided on the inside of the stopper;

wherein the transparent cover has a protective cylinder attached to the front, the detector body has a terminal block at the center of the front, the terminal block with a corrugated detector wire is inserted in an inner position of the protective cylinder, the protective cylinder with a pressure ring plate the rear part of the surface side of the protective cylinder;

wherein the transparent cover is provided with an operation hole at the front part of the top of the transparent cover, the operation hole is provided with an operation plate at the position of the transparent cover, a U-shaped plate is attached to the rear part of the top of the operation plate, wherein the transparent cover is fixed with a limiting plate on the left and right sides;

wherein the transparent cover is attached to the lower left and right sides of the front and rear ends with plug-in plates, the mounting plate being provided with plug-in holes at positions corresponding to the plug-in plate;

wherein two of the insertion holes in the front and rear directions are provided with circular holes in opposite side walls, the circular holes being provided with adjustment strip holes at the inner end, the mounting plate located under the two insertion holes on the left and right sides together a square opening on the lower side, the square opening being provided with a movable plate on the inside of the square opening, the movable plate being provided with a slider attached to the right and left parts on the upper side of the movable Plate is attached, with the slider attached to a round plate at the other end of the slider, and with an insertion rod attached to the front of the round plate.

Further, the splice plate is provided with four arcuate grooves on the top of the splice plate in a ring shape, with the arcuate openings connected to the corresponding grooves in a clockwise direction.

Further, the arcuate opening has a catch rod attached to both side walls back from the grooves, the catch rod having a height equal to half the height of the arched opening.

Further, the locking plate is fixed at the top with an adapter cylinder within the mounting hole, the inner side walls of the upper part of the adapter cylinder are fixed with a pull plate at the position corresponding to the groove, the side walls of the pull plate are provided with holes, and wherein an extrusion spring is attached to the side walls of the locking plate within the adapter cylinder which is in communication with the splice plate.

Further, four movable elongated openings are provided in a ring shape on the surface side of the protective cylinder, with movable rods attached between the front and rear sides of the movable elongated openings.

Further, the pressure ring plate is provided with movable blocks on both side walls corresponding to the opening of the movable rod, which are provided on the table side of the movable rod, the movable blocks are provided with pressure plates on both front side walls of the interior of the protection cylinder, and wherein the front side of the pressure plates is in contact with the surface side of the corrugated detection wire head.

Further, the movable block is provided with movable holes on both side walls attached to the surface side of the movable rod, the movable block being provided with return springs attached to the surface side of the movable rod on both front sides.

Further, an elongated opening is provided between the inside of the adjusting elongated hole and the square opening, the side walls of the plug-in plate being provided with insertion holes at positions corresponding to the round holes, the round plate being located inside the adjusting strip holes in the vicinity thereof , and wherein the insertion rods pass through the round holes and are inside the corresponding insertion holes.

Further, the round plate has mounting springs attached to both side walls opposite the circular hole, with the other end of the mounting springs meeting the inner surface of the adjustment slot.

Further, the limit bar is attached to the upper and lower parts of the front of the limit plate, which has a compression spring fixed to the front of the limit bar, the side walls of the U-shaped plate are provided with limit holes corresponding to the position of the limit bar .

• 1. Durch das Bereitstellen einer Spleißplatte und einer Verriegelungsplatte richtet das Gebrauchsmuster die Position der Ziehplatte auf die Nut aus und bewegt die Verriegelungsplatte in Richtung der Spleißplatte bewegt, wodurch die Zugplatte in die Position der gekrümmten Öffnung bewegt wird, wobei zu diesem Zeitpunkt die Verriegelungsplatte gedreht wird. Die Zugplatte wird zu diesem Zeitpunkt die Verriegelungsplatte in die Position des Hebels gedreht und die Verriegelungsplatte losgelassen, woraufhin die Extrusionsfeder die Verriegelungsplatte drückt, so dass die Seitenwand der Platte direkt in das Kartenloch der Karte gesteckt wird. Das Kartenloch an der Seitenwand der Platte wird direkt auf die Kartenstange gesteckt, so dass die Position der Platte in der gebogenen Öffnung nicht zufällig abweicht, so dass die Verriegelungsplatte und die Spleißplatte zusammengebaut werden und andersherum. Die Verriegelungsplatte und die Spleißplatte werden zusammen montiert. Im Gegenteil, können die Verriegelungsplatte und die Spleißplatte schnell von der Montagearbeit gelöst werden, so dass der Detektorkörper realisiert werden kann. Der Detektorkörper kann schnell demontiert und durch die Montageplatte befestigt werden. Die Verbindung zwischen dem Detektorkörper und der Montageplatte ist garantiert stabil, so dass die Stabilität der Installation des Detektorkörpers gewährleistet ist.

The utility model has the following beneficial effects:

• 1. By providing a splice plate and a lock plate, the utility model aligns the position of the pull plate with the groove and moves the lock plate toward the splice plate, thereby moving the pull plate to the curved opening position, at which time the lock plate is rotated becomes. The pull plate, at this time, the lock plate is rotated to the position of the lever and the lock plate is released, after which the extrusion spring pushes the lock plate so that the side wall of the plate is directly inserted into the card hole of the card. The card hole on the side wall of the plate is inserted directly onto the card rod, so that the position of the plate in the curved opening is not random differs so that the locking plate and the splice plate are assembled and vice versa. The locking plate and splice plate are assembled together. On the contrary, the locking plate and the splicing plate can be quickly released from the assembly work, so that the detector body can be realized. The detector body can be quickly dismantled and fixed through the mounting plate. The connection between the detector body and the mounting plate is guaranteed to be stable, so that the stability of the installation of the detector body is guaranteed.

The utility model is provided with an insertion plate and an insertion rod. By moving the movable plate within the square opening, the movable plate can be moved by the slider. By moving the movable plate in the square opening, the movable plate can drive the round plate to move through the slider into the hole of the adjusting rod, so that the round plate can drive the rod of the base to move into the base or move out, which ensures the stable installation of the detector body. The plate can be moved in and out of the hole, so that the insert plate is limited to the inside of the removal interface, or the insert plate can be removed from the interface at any time, thereby realizing the transparent cover. In this way, the plug-in plate can be limited to the inside of the removal interface or the plug-in plate can be removed from the inside of the plug-in interface at any time, allowing the transparent cover to be quickly dismantled for quick replacement.

3. By moving the ring plate into the surface side of the protection cylinder, the ring plate will slide through the movable block to extend the pressure plate from the inside of the protection cylinder. The pressure plate presses the corrugated wire head directly out of the protective tube. When the pressure ring plate is released, the pressure ring plate is pushed back to its original position by the return spring, and the corrugated wire head is retracted and directly retracted into the inner part of the protective tube. This achieves that the wavy detection wire head can be protected and treated when not in use, effectively avoiding damage to the wavy detection wire head.

EMBODIMENTS OF THE UTILITY MODEL

• 1 ist ein schematisches Diagramm der Gesamtstruktur von oben;
• 2 ist ein schematisches Diagramm der Gesamtstruktur von oben;
• 3 ist ein Strukturdiagramm einer transparenten Abdeckung;
• 4 ist eine schematische Ansicht des Detektorkörpers von oben;
• 5 ist ein Strukturdiagramm der Verriegelungsplatte;
• 6 ist das Montagestrukturdiagramm der Montageplatte und der beweglichen Platte;
• 7 ist ein Strukturdiagramm einer mobilen Platine;
• 8 ist das Strukturdiagramm der montierten Platte;
• 9 ist ein Strukturdiagramm der Schieberingplatte;
• 10 ist ein Strukturdiagramm der Installationsplatte;
• 11 ist ein Strukturdiagramm der Operationsplatte.

In order to explain the technical solution of the exemplary embodiment of this utility model more clearly, the accompanying drawings required to describe the exemplary embodiment are briefly presented below. Obviously, the attached drawings in the following description are only some embodiments of the present utility model. For ordinary technical personnel in this field, other accompanying drawings can be obtained on this basis without any creative effort.

• 1 is a schematic diagram of the overall structure from above;
• 2 is a schematic diagram of the overall structure from above;
• 3 is a structural diagram of a transparent cover;
• 4 is a schematic top view of the detector body;
• 5 is a structural diagram of the locking plate;
• 6 is the assembly structure diagram of the mounting plate and movable plate;
• 7 is a structural diagram of a mobile circuit board;
• 8th is the structural diagram of the assembled plate;
• 9 is a structural diagram of the sliding ring plate;
• 10 is a structural diagram of the installation board;
• 11 is a structural diagram of the operating plate.

In the accompanying drawings, the list of components represented by each label is as follows:

1. Transparent cover; 101. Protective cylinder; 1011. movable long opening; 1012. movable rod; 102. Limitation plate; 1021. Limit bar; 1022. Compression spring; 103. Actuation opening; 104. Pegboard; 1041. Insertion holes; 2. Detector body; 201. Splice plate; 2011. arched opening; 2012. Groove; 2013. Catch rod; 202. Detector wire; 203. Connection block; 3. Mounting plate; 301. square opening; 302. Stoppers; 303. Splice opening; 304. Adjustment slots; 305. Introductory opening; 306. circular holes; 307. Long opening; 4. Operation panel; 401 U-shaped plate; 402. Boundary hole; 5. Sliding ring plate; 501. Activity Block; 502. movable hole; 503. printing plate; 504. Springback; 6. Moving movable plate; 601. slider; 602. round plate; 603. Insertion rod; 604. Mounting spring; 7. Lock lung plate; 701. Adapter cylinder; 702. Extrusion spring; 703. Pull plate; 704. Holes.

EMBODIMENTS OF THE UTILITY MODEL

A clear and complete description of the technical solution in the embodiment of the utility model is given below in conjunction with the accompanying drawings in the embodiment of the utility model.

With reference to the 1 until 11 A signal data detector for TSI system includes a detector body 2, a transparent cover 1 provided on an upper side of the detector body 2, a mounting plate 3 provided on a lower side of the detector body 2, a baffle plate 302 provided in a middle part of the bottom of the mounting plate 3, and a splice hole 303 provided at an inner end surface of the baffle plate 302, and a splice plate 201 provided at the bottom of the detector body 2 at a position corresponding to the splice hole 303. When the detector body 2 is connected to the mounting plate 3, the splice plate 201 can be arranged at the bottom of the detector body 2 in the inner position of the splice opening 303 on the side wall of the mounting plate 3. The mounting plate 3 is thus assembled with the detector body 2 after being assembled with the splice plate 201 by means of the locking plate 7.

A protective cylinder 101 is attached to the front of the transparent cover 1. A terminal strip 203 is provided in the middle of the front of the detector body 2. A wavy detection wire head 202 inserted from the terminal block 203 is located at an inner position of the protection cylinder 101. The rear surface side part of the protection cylinder 101 is provided with a pressure ring plate 5. When it is necessary to detect the signal data of the TSI system, the pressure ring plate 5 is moved in a direction away from the transparent cover 1 so that the pressure ring plate 5 causes the wavy detection wire head 202 to move inside the protective cylinder 101 . At this time, the signal cable of the TSI system can be plugged into the position of the corrugated detection head 202. By actuating the detector body 2, the TSI system is prepared for signal detection.

An operating hole 103 is provided at the front part of the top of the transparent cover 1. An operation plate 4 is provided at the position of the operation hole 103, and a U-shaped plate 401 is attached to the rear part of the top of the operation plate 4. A restriction plate 102 is attached to the left and right sides of the transparent cover 1 at the back of the U-shaped plate 401. In order to be able to operate the detector body 2 within the transparent cover 1, the actuation plate 4 can be moved away from the protective cylinder 101 in a direction of the top of the transparent cover 1. Direction can be moved away from the protective cylinder 101. As a result, the actuation plate 4 directly exposes the position of the actuation opening 103. The detector body 2 within the transparent cover 1 can then be operated.

The cover 1 is attached to the lower left and right sides of the front and rear ends of the transparent cover 1. The upper end of the mounting plate 3 is equipped with an insertion opening 305 which corresponds to the position of the insertion opening 104. The two insertion holes 305 on the front and rear sides are equipped with round holes 306, and the inner ends of the round holes 306 are equipped with adjustment strip holes 304, and the mounting plate 3 located below the two insertion holes 305 on the left and right sides , is equipped with an adjustment strip hole 304. The bottom of the mounting plate 3 is provided with a square opening 301, and the inside of the square opening 301 is provided with a movable plate 6. The top of the movable plate 6 is provided with a slider 601 fixed to the left and right sides, and the other end of the slider 601 is fixed with a round plate 602, and the front of the round plate 602 is fixed with an insertion rod 603 attached.

With the above structure, when it is necessary to remove the transparent cover 1 on the top of the mounting plate 3, it can be done by moving the movable plate 6 in the direction away from the insertion opening 305 inside the square opening 301. The movable plate 6 drives the round plate 602 directly in the direction away from the insertion hole 305 via the slider 601. The round plate 602 drives the socket rod 603 out from the inside of the socket 1041. As a result, the socket plate 104 is not limited to the interior of the socket 305 by the socket rod 603. At this point, the transparent cover 1 can be moved directly up. At this time, the detector body 2 is exposed inside the transparent cover 1, while the corrugated detector wire 202 is pulled out from the terminal block 203 and the transparent cover 1 is disassembled from the mounting plate 3.

Like in the 2 , 4 , 5 , 6 and 8th As shown, four grooves 2012 are arranged in a circular pattern on the top of the splice plate 201, and four arcuate openings 2011 are arranged in a circular pattern on the top of the splice plate 201. The arcuate openings 2011 are connected to the corresponding grooves 2012 in a clockwise direction. The arcuate openings 2011 are attached to the side walls opposite the grooves 2012, and the height of the clamping rod 2013 is equal to half the height of the arcuate openings 2011. The top of the locking plate 7 is attached within the mounting opening 303 with an adapter cylinder 701, and a pull plate 703 is fixed to the upper part of the adapter cylinder 701 on the inner side wall corresponding to the position of the groove 2012, and card holes 704 are opened on the side wall of the pull plate 703. The locking plate 7 is fixed with a compression spring 702 fixed to the side wall inside the adapter cylinder 701 and is connected to the splice plate 201. When the adapter cylinders 701 and the splice plate 201 are assembled, the position of the pull plate 703 can be aligned with the recess 2012 and the lock plate 7 can be moved toward the splice plate 201. This moves the pulling plate 703 to the position of the curved opening 2011, and the locking plate 7 compresses the extrusion spring 702. At this point the locking plate 7 is rotated. The pull plate 703 is rotated to the position of the catch lever 2013 so that the position of the catch hole 704 is aligned with the catch lever 2013. Then, the lock plate 7 is loosened, and the pinch spring 702 in turn presses against the lock plate 7. As a result, the card holes 704 on the side walls of the pull plate 703 are directly glued to the card rod 2013, so that the position of the pull plate 703 within the curved opening 2011 is not random deviates and thus the locking plate 7 and the splice plate 201 are joined together.

Like in the 3 , 4 and 9 As shown, the surface side of the protective cylinder 101 is provided with four movable rod openings 1011 in a ring shape. The movable rods 1012 are fixed between the front and rear sides of the inside of the movable rod openings 1011. The movable blocks 501 are fixed to the side walls of the pressure ring plate 5 corresponding to the movable rod openings 1011, and movable blocks 501 are fixed to the surface side of the movable rods 1012 when located in the front side walls of the inside of the protective cylinder 101 and the movable rods 1012 are attached to the surface of the protective cylinder 101. The movable block 501 is fixed to the front side wall inside the protective cylinder 101 with a pressure plate 503, and the front of the pressure plate 503 is connected to the table side of the corrugated detection head 202. On the side walls of the movable block 501, there are movable holes 502 arranged on the surface side of the movable rod 1012. At the front of the movable block 501 are return springs 504 disposed on the surface side of the movable rod 1012. The movable block 501 is driven to move in the inner part of the movable opening 1011 when the pressure ring plate 5 on the surface side of the protective cylinder 101 moves in the direction away from the transparent cover 1. At the same time, the movable block 501 on the table side of the movable rod 1012 slides through the movable hole 502, and the movable block 501 compresses the return spring 504. As a result, the movable block 501 will drive the pressure plate 503 to press the detector corrugated wire head 202 to move the detector corrugated wire head 202 from inside the protection cylinder 101 at this time.

Like in the 3 , 6 , 7 , 10 and 11 shown, the insides of the adjusting rod holes 304 and the square mouths 301 are provided with rod openings 307, and the side walls of the plug plate 104 are provided with sockets 1041 corresponding to the positions of the circular holes 306, the circular plates 602 are in the insides of the similar adjusting rod holes 304 arranged. The insertion rod 603 is passed through the circular hole 306 and positioned in the corresponding socket 1041. The round plate 602 has a spring 604 fixed to the side wall of the round hole 306, and the other end of the spring 604 is coupled to the inner surface of the adjustment rod 304. When it is necessary to move the splicing rod 603 out of the inside of the socket 1041 by pushing the movement of the movable plate 6, the movable plate 6 drives the slider 601 to slide inside the rod opening 307 and drives the round plate 602 to move inside the hole of the adjustment rod 304. As a result, the round plate 602 will compress the mounting spring 604 and at the same time move the socket strip 603 directly out into the interior of the socket 1041. Conversely, when the movable plate 6 is released, the mounting spring 604 pushes the round plate 602 directly toward the socket plate 104 and causes the socket rod 603 to be inserted into the interior of the socket 1041. The plug-in plate 104 is thus limited to the interior of the insertion openings 305. Limit bars 1021 are on the upper and lower parts of the front of the limiting plate 102, and compression springs 1022 are fixed to the front of the limiting plate 102 on the surface side of the limiting bars 1021, and limiting holes 402 are provided on the side walls of the U-shaped plate 401 corresponding to the positions of the limiting bars 1021. By moving the U-shaped plate 401, the U-shaped plate 401 can be moved to move the operation plate 4. After the operation plate 4 is moved away from the position of the operation hole 103, the U-shaped plate 401 on the table side of the limit lever 1021 slides through the limit holes 402. At the same time, the U-shaped plate 401 compresses the compression spring 1022.

The foregoing is only a preferred embodiment of the present utility model and does not limit the present utility model, and all changes, equivalent substitutions and improvements made to the technical solutions documented in the above embodiments, as well as all equivalent substitutions or improvements made to some of the technical features contained therein fall within the scope of protection of this utility model.

Claims (10)

Signal data detector for TSI system, comprising a detector body (2) which is provided with a transparent cover (1) on the top of the detector body (2) and with a mounting plate (3) on the bottom of the detector body (2), the mounting plate (3) a stopper (302) in the middle of the lower side, which has a mounting hole (303) in the inner surface of the stopper (302), the splice plate (201) being fixed to the bottom of the detector body (2) at a position is corresponding to the splice opening (303), a locking plate (7) being provided on the inside of the stopper (302); wherein the transparent cover (1) has a protective cylinder (101) attached to the front, the detector body (2) has a terminal block (203) at the center of the front, the terminal block (203) with a corrugated detector wire ( 202) is inserted in an inner position of the protection cylinder (101), the protection cylinder (101) being provided with a pressure ring plate (5) on the rear part of the surface side of the protection cylinder (101); wherein the transparent cover (1) is provided with an operation hole (103) at the front part of the top of the transparent cover (1), the operation hole (103) being provided with an operation plate (4) at the position of the transparent cover (1). , wherein a U-shaped plate (401) is fixed to the rear part of the top of the operation plate (4), the transparent cover (1) being fixed on the left and right sides with a limit plate (102); wherein the transparent cover (1) is attached to the lower left and right sides of the front and rear ends with plug-in plates (104), the mounting plate (3) being provided with plug-in holes (305) at positions corresponding to the plug-in plate (104). ; wherein two of the plug-in openings (305) in the front and rear directions are provided with circular holes (306) in opposite side walls, the circular holes (306) being provided with adjustment elongated holes (304) at the inner end, the mounting plate (3) , which is located under the two insertion openings (305) on the left and right sides together, is provided with a square opening (301) on the lower side, the square opening (301) with a movable plate (6) on the inside the square opening (301), the movable plate (6) being provided with a slider (601) attached to the right and left parts on the upper side of the movable plate (6), the slider (601 ) is attached to a round plate (602) at the other end of the slider (601), and an insertion rod (603) is attached to the front of the round plate (602). Signal data detector for TSI system Claim 1 , characterized in that the splice plate (201) is provided with four grooves (2012) on the surface side of the splice plate (201), the splice plate (201) being provided with four arcuate grooves (2012) on the top of the splice plate (201) in one is provided in a ring shape, and wherein the arcuate openings (2011) are connected to the corresponding grooves (2012) in a clockwise direction. Signal data detector for TSI system Claim 2 , characterized in that the arcuate opening (2011) has a catch rod (2013) attached to both side walls back from the grooves (2012), and wherein the catch rod (2013) has a height equal to half the height of the arched opening (2011). . Signal data detector for TSI system Claim 3 , characterized in that the locking plate (7) is fixed at the top with an adapter cylinder (701) within the mounting opening (303), the inner side walls of the upper part of the adapter cylinder (701) being fixed in position with a pull plate (703). are, which corresponds to the groove (2012), wherein the side walls of the pull plate (703) are provided with holes (704), and wherein an extrusion spring (702) is attached to the side walls of the locking plate (7) within the adapter cylinder (701) which is in Connection to the splice plate (201). Signal data detector for TSI system Claim 1 , characterized in that four movable elongated openings (1011) are provided in a ring shape on the surface side of the protective cylinder (101), with movable rods (1012) fixed between the front and back of the movable elongated openings (1011). Signal data detector for TSI system Claim 5 , characterized in that the pressure ring plate (5) is provided on both side walls corresponding to the opening (1011) of the movable rod with movable blocks (501) provided on the table side of the movable rod (1012), the movable Blocks (501) are provided with pressure plates (503) on both front side walls of the interior of the protective cylinder (101), and the front side of the pressure plates (503) is in contact with the surface side of the corrugated detector wire (202). Signal data detector for TSI system Claim 6 , characterized in that the movable block (501) is provided with movable holes (502) on both side walls attached to the surface side of the movable rod (1012), the movable block (501) being provided with return springs (504). , which are attached to the surface side of the movable rod (1012) on both front sides. Signal data detector for TSI system Claim 1 , characterized in that an elongated opening (307) is provided between the interior of the adjustment elongated hole (304) and the square opening (301), the side walls of the plug-in plate (104) being at positions corresponding to the round holes (306), are provided with insertion holes (1041), the round plate (602) being inside the adjusting strip holes (304) close thereto, and the insertion rods (603) passing through the round holes (306) and being inside the corresponding ones Insertion holes (1041) are located. Signal data detector for TSI system Claim 1 , characterized in that the round plate (602) has mounting springs (604) attached to both side walls opposite the circular hole (306), and the other end of the mounting springs (604) rests on the inner surface of the adjustment slot (304 ) meets. Signal data detector for TSI system Claim 1 , characterized in that the limiting bar (1021) is attached to the upper and lower parts of the front of the limiting plate (102), which has a compression spring (1022) attached to the front of the limiting bar (1021), the side walls of the U-shaped plate (401) is provided with limiting holes (402) which correspond to the position of the limiting rod (1021).

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