CN110200803A - Therapeutic equipment platform - Google Patents

Abstract

A therapeutic instrument platform, comprising a base of the therapeutic instrument and a cylindrical body; the lower end of the cylindrical body is fixed on the base; the structure in which the lower end of the cylindrical body is fixed on the base is: the lower end of the cylindrical body A top opening is opened on the wall surface of the top opening, and the opening of the top opening faces the top wall of the base, and the depth of the top opening is lower than the height of the cylinder. The top opening is provided with a helical beryllium-copper elastic piece and a cuboid-shaped embedding block that can move up and down in the top opening. The embedding block is embedded in the top opening, and the helical beryllium copper material The elastic part is placed in the top opening and connected between the top wall in the top opening and the top wall of the embedding block. It effectively avoids the disadvantages in the prior art that the crimping equipment connecting the lower end of the cylinder body and the top end of the base is insufficient in reliability, often deformed and arched after a long service period, and has a short service life.

Description

Therapeutic instrument platform

technical field

The invention relates to the technical field of therapeutic apparatus, in particular to a therapeutic apparatus platform.

Background technique

Fumigation of traditional Chinese medicine is a treatment method with a long history. It has been clearly recorded in ancient times. Fumigation of traditional Chinese medicine is mainly to put the medicine in some utensils, add water to boil and sit on it, let the steam of traditional Chinese medicine act on the skin, through The pores of the skin penetrate into the body, so as to achieve the effect of curing diseases. Generally, the time for fumigation of traditional Chinese medicine should not be less than half an hour.

That is to say, traditional Chinese medicine fumigation therapy is a traditional and effective external treatment method of traditional Chinese medicine. It takes effect through the dual effects of heat and medicine. Due to the human body's excretion and detoxification of oral medicines, the effective components of the medicines are reduced, and this therapy can fully act on the affected parts.

A kind of therapeutic apparatus has been arranged at present, and it comprises base, cushion block, cylinder body, loam cake, cover plate and electric heating equipment. The base can be circular, and there are ventilation holes and wire holes on the base. When in use, the base can be placed on the ground and other objects that can be fixed, and the ventilation holes and wire holes are exposed; of course, the The bottom of the base can be provided with pads. The number of pads is four, and the four pads are evenly distributed along a circle centered on the central axis of the base, and the pads do not block the ventilation. holes and wire holes. The cylinder is hollow, and the lower end of the cylinder is fixed on the base, and the internal space of the cylinder communicates with the outside through the ventilation hole and the wire hole; in this embodiment, the cylinder The cross-section of the body can be a quadrangle, and of course, the cross-section of the cylinder can also be a circle. The upper cover is arranged on the upper end of the cylinder, the upper cover may have the same shape as the base, and a through hole is opened on the upper cover, and at the same time, the inner space of the cylinder can pass through the The through hole communicates with the outside, and a baffle plate is fixed on the bottom of the upper cover. There are two baffle plates, and a part of the two baffle plates are located directly below the through hole. The cover plate is arranged in the through hole, and the position is fixed by the baffle plate, and a vent hole is opened on the cover plate, so that the medicine heated by the electric heating device can be discharged to the The outside of the sitting moxibustion instrument. The electric heating device is arranged on the base and located in the barrel, and the power cord of the electric heating device is located outside the therapeutic apparatus through the wire hole.

When such a therapeutic instrument is in use, the electric heating device is energized, a cup and other utensils are placed on the electric heating device, and Chinese herbal medicine is placed in the cup, and the Chinese herbal medicine volatilizes and acts through the air hole. For the user, so as to treat the user's disease.

The structure in which the lower end of the cylinder is fixed on the base is usually glued or welded, which makes the assembly and disassembly of the cylinder and the base very difficult, even if scarfing equipment is introduced to fix the cylinder The lower end of the base is connected to the top of the base to reduce the difficulty of assembly and disassembly of the cylinder and the base. However, the existing scarfing equipment is not reliable enough, and it often deforms and arches after a long service life, so the service life is not good. high.

Contents of the invention

In order to solve the above problems, the present invention provides a therapeutic instrument platform, which effectively avoids the lack of reliability of the embedded equipment connecting the lower end of the cylinder with the top of the base in the prior art, and often deforms after a long service period. And the disadvantages of arching and service life are not high.

In order to overcome the deficiencies in the prior art, the invention provides a solution for the therapeutic instrument platform, specifically as follows:

A therapeutic apparatus platform, comprising a base of the therapeutic apparatus and a cylinder; the lower end of the cylinder is fixed on the base;

The structure that the lower end of the cylinder A is fixed on the base B is as follows: a top port 3 is opened on the wall surface of the lower end of the cylinder A, and the opening of the top port 3 faces the top of the base B. wall, and the depth of the top port is lower than the height of the cylinder A.

The top opening is provided with a helical beryllium-copper elastic piece 4 and a cuboid-shaped embedding block 5 that can move up and down in the top opening. The embedding block 5 is embedded in the top opening. The elastic part 4 of beryllium copper material is placed in the top opening and is connected between the top wall in the top opening and the top wall of the embedding block. The elastic part is fully retracted in the top opening under the elastic force, and the top of the embedding block does not protrude out of the opening of the top opening.

The bottom of the embedding block is fixedly connected with a block piece 6 of cast iron material. When the embedding block is not subjected to external action, the embedding block is completely retracted at the top opening under the elastic force of the spiral beryllium copper material. and the block of cast iron material does not protrude beyond the opening of the top port.

The top wall of the base B is provided with an embedding port 7 , the opening of the embedding port faces upwards and faces the top opening one by one, and the bottom of the embedding port is provided with a columnar magnet 8 .

The caliber of the embedding port is higher than that of the top port.

The embedding block is set in the shape of a terrace, and the side wall of the embedding block is set as a wall surface 9 maintaining an angle greater than zero and less than 90 degrees with the horizontal plane.

The opening position of the top port is provided with a ring-shaped limiting ring 10 along the edge of the opening, and the top edge of the embedding block is provided with a limiting piece 11 that can be connected with the ring-shaped limiting ring.

The beneficial effects of the present invention are:

In the present invention, the lower end of the barrel A is fixed on the base B, and the reliability is good when assembled, which is beneficial to assembly and disassembly, so the application prospect and effect are good, and the applicability is strong.

Description of drawings

Fig. 1 is a structure diagram of the lower end of the cylinder body fixed on the base in the present invention.

Fig. 2 is a schematic diagram of the scarfing block protruding from the top opening of the present invention.

Fig. 3 is a schematic diagram of a scarfing block of the present invention.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Example 1:

As shown in Figures 1-3, the therapeutic apparatus platform includes a base of the therapeutic apparatus, a pad, a cylinder, an upper cover, a cover plate and an electric heating device; the base can be circular, and the base is provided with a ventilation Holes and wire holes, when in use, the base can be placed on the ground and other objects that can be fixed, and the ventilation holes and wire holes are exposed; of course, the bottom of the base can be provided with cushion blocks. There are four spacers, and the four spacers are evenly distributed along a circle centered on the central axis of the base, and the spacers do not block the ventilation holes and wire holes. The cylinder is hollow, and the lower end of the cylinder is fixed on the base; and the internal space of the cylinder communicates with the outside through the ventilation hole and the wire hole; in this embodiment, the cylinder The cross-section of the body can be a quadrangle, and of course, the cross-section of the cylinder can also be a circle. The upper cover is arranged on the upper end of the cylinder, the upper cover may have the same shape as the base, and a through hole is opened on the upper cover, and at the same time, the inner space of the cylinder can pass through the The through hole communicates with the outside, and a baffle plate is fixed on the bottom of the upper cover. There are two baffle plates, and a part of the two baffle plates are located directly below the through hole. The cover plate is arranged in the through hole, and the position is fixed by the baffle plate, and a vent hole is opened on the cover plate, so that the medicine heated by the electric heating device can be discharged to the The outside of the sitting moxibustion instrument. The electric heating device is arranged on the base and located in the barrel, and the power cord of the electric heating device is located outside the therapeutic apparatus through the wire hole. When such a therapeutic instrument is in use, the electric heating device is energized, a cup and other utensils are placed on the electric heating device, and Chinese herbal medicine is placed in the cup, and the Chinese herbal medicine volatilizes and acts through the air hole. For the user, so as to treat the user's disease. The structure that the lower end of the cylinder A is fixed on the base B is as follows: a top port 3 is opened on the wall surface of the lower end of the cylinder A, and the opening of the top port 3 faces the top of the base B. wall, and the depth of the top port is lower than the height of the cylinder A. The top opening is provided with a helical beryllium-copper elastic piece 4 and a cuboid-shaped embedding block 5 that can move up and down in the top opening. The embedding block 5 is embedded in the top opening. The elastic part 4 of beryllium copper material is placed in the top opening and is connected between the top wall in the top opening and the top wall of the embedding block, so when the embedding block is not subjected to external action, it is in the helical beryllium copper The elastic part of the material is fully retracted in the top opening under the elastic force, and the top of the embedding block does not protrude out of the opening of the top opening. The bottom of the embedding block is fixedly connected with a block piece 6 of cast iron material. When the embedding block is not subjected to external action, the embedding block is completely retracted at the top opening under the elastic force of the spiral beryllium copper material. and the block of cast iron material does not protrude beyond the opening of the top port. The top wall of the base B is provided with an embedding port 7 , the opening of the embedding port faces upwards and faces the top opening one by one, and the bottom of the embedding port is provided with a columnar magnet 8 . The caliber of the embedding port is higher than the caliber of the top port, so when the lower end of the cylinder A is connected to the top wall of the base B, the block of cast iron material on the embedding block Under the mutual attraction of the columnar magnet, it is magnetically attracted and stabilized by the columnar magnet, and then the embedding block is pulled out and embedded in the embedding interface, and then the lower end of the cylinder A is connected to the top of the base B The edges of the walls are scarfed and stabilized, preventing them from moving vertically. To be beneficial to decomposing, described embedding block is set to terrace shape, and the side wall of described embedding block is set to keep greater than zero and the wall surface 9 that is less than 90 degree included angle with horizontal plane, so, cylinder body A must be decomposed and When the base B is in place, the cylinder A can be pulled straight and vertically. In this way, during the pulling period, it will be pressed to reach the top opening, preventing the execution of the vertical pull-out of the cylinder A, and concurrently. The embedding block is separated from the columnar magnet in its embedding interface, and then reaches the decomposition of cylinder A. To prevent the embedding block from slipping out of the top opening, the opening position of the top opening is provided with a ring-shaped limiting ring 10 along the edge of the opening, and the top edge of the embedding block is provided with a ring-shaped limiting ring. The limiting sheet 11.

When the lower end of the cylinder A is fixed on the base B, the reliability is good when assembled, which is convenient for assembly and disassembly, so the application prospect and effect are good.

Example 2:

As shown in Figures 1-3, the therapeutic apparatus platform includes a base of the therapeutic apparatus, a pad, a cylinder, an upper cover, a cover plate and an electric heating device; the base can be circular, and the base is provided with a ventilation Holes and wire holes, when in use, the base can be placed on the ground and other objects that can be fixed, and the ventilation holes and wire holes are exposed; of course, the bottom of the base can be provided with cushion blocks. There are four spacers, and the four spacers are evenly distributed along a circle centered on the central axis of the base, and the spacers do not block the ventilation holes and wire holes. The cylinder is hollow, and the lower end of the cylinder is fixed on the base; and the internal space of the cylinder communicates with the outside through the ventilation hole and the wire hole; in this embodiment, the cylinder The cross-section of the body can be a quadrangle, and of course, the cross-section of the cylinder can also be a circle. The upper cover is arranged on the upper end of the cylinder, the upper cover may have the same shape as the base, and a through hole is opened on the upper cover, and at the same time, the inner space of the cylinder can pass through the The through hole communicates with the outside, and a baffle plate is fixed on the bottom of the upper cover. There are two baffle plates, and a part of the two baffle plates are located directly below the through hole. The cover plate is arranged in the through hole, and the position is fixed by the baffle plate, and a vent hole is opened on the cover plate, so that the medicine heated by the electric heating device can be discharged to the The outside of the sitting moxibustion instrument. The electric heating device is arranged on the base and located in the barrel, and the power cord of the electric heating device is located outside the therapeutic apparatus through the wire hole. When such a therapeutic instrument is in use, the electric heating device is energized, a cup and other utensils are placed on the electric heating device, and Chinese herbal medicine is placed in the cup, and the Chinese herbal medicine volatilizes and acts through the air hole. For the user, so as to treat the user's disease. The structure that the lower end of the cylinder A is fixed on the base B is as follows: a top port 3 is opened on the wall surface of the lower end of the cylinder A, and the opening of the top port 3 faces the top of the base B. wall, and the depth of the top port is lower than the height of the cylinder A. The top opening is provided with a helical beryllium-copper elastic piece 4 and a cuboid-shaped embedding block 5 that can move up and down in the top opening. The embedding block 5 is embedded in the top opening. The elastic part 4 of beryllium copper material is placed in the top opening and is connected between the top wall in the top opening and the top wall of the embedding block, so when the embedding block is not subjected to external action, it is in the helical beryllium copper The elastic part of the material is fully retracted in the top opening under the elastic force, and the top of the embedding block does not protrude out of the opening of the top opening. The bottom of the embedding block is fixedly connected with a block piece 6 of cast iron material. When the embedding block is not subjected to external action, the embedding block is completely retracted at the top opening under the elastic force of the spiral beryllium copper material. and the block of cast iron material does not protrude beyond the opening of the top port. The top wall of the base B is provided with an embedding port 7 , the opening of the embedding port faces upwards and faces the top opening one by one, and the bottom of the embedding port is provided with a columnar magnet 8 . The caliber of the embedding port is higher than the caliber of the top port, so when the lower end of the cylinder A is connected to the top wall of the base B, the block of cast iron material on the embedding block Under the mutual attraction of the columnar magnet, it is magnetically attracted and stabilized by the columnar magnet, and then the embedding block is pulled out and embedded in the embedding interface, and then the lower end of the cylinder A is connected to the top of the base B The edges of the walls are scarfed and stabilized, preventing them from moving vertically. To be beneficial to decomposing, described embedding block is set to terrace shape, and the side wall of described embedding block is set to keep greater than zero and the wall surface 9 that is less than 90 degree included angle with horizontal plane, so, cylinder body A must be decomposed and When the base B is in place, the cylinder A can be pulled straight and vertically. In this way, during the pulling period, it will be pressed to reach the top opening, preventing the execution of the vertical pull-out of the cylinder A, and concurrently. The embedding block is separated from the columnar magnet in its embedding interface, and then reaches the decomposition of cylinder A. To prevent the embedding block from slipping out of the top opening, the opening position of the top opening is provided with a ring-shaped limiting ring 10 along the edge of the opening, and the top edge of the embedding block is provided with a ring-shaped limiting ring. The limiting sheet 11.

When the lower end of the cylinder A is fixed on the base B, the reliability is good when assembled, which is convenient for assembly and disassembly, so the application prospect and effect are good.

The electric heating equipment includes a temperature sensor, and the temperature sensor can be connected to a controller arranged outside the cylinder, so that the temperature information collected by the temperature sensor can be transmitted to the controller, and to realize remote backup, it is often necessary to It is necessary to connect the controller with the backup terminal in the 4G mobile communication network, so that the controller can transmit the temperature information to the backup terminal for backup, but the temperature information is wirelessly transmitted to the backup terminal through the 4G mobile communication network, because 4G mobile communication The bit rate that can be used by the network itself changes frequently. If the temperature information transmitted is higher than the bit rate that can be used at present, it will often cause obstacles to the 4G mobile communication network. Not only will the temperature information be received by the backup terminal with a lag, Satisfy the real-time nature and be received by the backup terminal, and it will also be detrimental to the performance of other tasks used on the 4G mobile communication network; in addition, if the temperature information transmitted is less than the current bit rate, the software and hardware of the 4G mobile communication network cannot be fully utilized performance.

To overcome the unreliability of the 4G mobile communication network of mobile communication, the microcontroller MCU will monitor the current 4G mobile communication network, and timely confirm the occurrence of obstacles in the current 4G mobile communication network by virtue of the situation of the 4G mobile communication network situation, and configure the bit rate used to transmit the temperature information, so that the temperature information transmitted can be changed by virtue of the bit rate of the 4G mobile communication network, which can not only overcome the obstacles of the emergence of the 4G mobile communication network, but also The overall reasonable use of the available bit rate.

However, the previous 4G mobile communication network interception method determines whether the 4G mobile communication network is hindered by studying the loss rate of the temperature information in the 4G mobile communication network, that is, the temperature information appears in the 4G mobile communication network. The loss rate is used as a sign of obstruction in the 4G mobile communication network; in this way, during the continuous transmission of the temperature information, the bit rate used to transmit the temperature information will be continuously increased, in case the temperature information of the 4G mobile communication network occurs In the case of the loss rate, the bit rate used to transmit the temperature information is reduced; the interception method of this type of 4G mobile communication network is often to perform configuration after an obstacle occurs to hope to overcome the re-emergence obstacle, that is: first The 4G mobile communication network constitutes damage, and repairs can only be performed after monitoring such damage; currently, such methods cannot reduce the bit rate used to transmit the temperature information in advance to overcome such damage; the bit rate is not small 4G mobile communication network, because it can efficiently build such damage, and can also be repaired efficiently concurrently, so this kind of unfavorable situation is controllable; however, in the face of the 4G mobile communication network with a small bit rate Before the loss rate of the temperature information mentioned in the 4G mobile communication network, the current 4G mobile communication network has already formed a large delay. This delay is often higher than 20 seconds, and it takes more time to correct it It is unfavorable to the timeliness of the temperature information transmission.

After improvement, the electric heating equipment includes a temperature sensor, and the temperature sensor can be connected to a controller arranged outside the cylinder, so that the temperature information collected by the temperature sensor can be transmitted to the controller, and remote backup must be realized , it is often necessary to connect the controller to the backup terminal in the 4G mobile communication network, so that the controller can transfer the temperature information to the backup terminal for backup. The hardware of the backup terminal is a computer with a public IP address.

The method of the high-speed rail traction power supply monitoring framework includes that the controller encapsulates the temperature information into an information message and then wirelessly transmits the information message to the backup terminal through the 4G mobile communication network, and the wireless transmission of the information message through the 4G mobile communication network The way to pass to the backup terminal includes the processes executed in the following order:

A-1: Determine the time-consuming changes of the current 4G mobile communication network by summing up the time-consuming of the 4G mobile communication network within the pre-set time range;

In detail, in terms of transmitting the temperature information here, the 4G mobile communication network takes time from transmitting an information message to the backup terminal until receiving the response message from the backup terminal; here, 4G mobile The change of the time consumption of the communication network is the time consumption of the 4G mobile communication network at a point in time, and the change of the time consumption of the 4G mobile communication network at the previous time point, that is, the change of the time consumption of the 4G mobile communication network can be set As a kind of screening operation, the microcontroller MCU here can determine the time-consuming change of the 4G mobile communication network when it occurs by summing up the time-consuming change trend of the 4G mobile communication network within a preset time range;

Continuing in detail, using the total time consumption of the 4G mobile communication network at a pair of front and rear time points, the change in the time consumption of the current 4G mobile communication network can be obtained through formula (1):

R _i ＝S _i –S _i-1 +t×R _i-1 (1)

Here, R _i is the time-consuming change of the 4G mobile communication network at the i-th time point, S _i is the time-consuming time of the 4G mobile communication network at the i-th time point, and the i-th time point is the current time point, t is the importance coefficient set in advance, t is a decimal greater than zero and less than one, and i is a positive integer; it goes without saying that the change y(1) of the time consumption of the 4G mobile communication network at the first time point can be zero , so the time-consuming change of the 4G mobile communication network at the second time point is R ₂ =S ₂ -S ₁ +t×R ₁ , that is, R ₂ =S ₂ -S ₁ is fine.

A-2: Based on the time-consuming changes in the current 4G mobile communication network, it is determined that the 4G mobile communication network is in a state of obstruction, and in accordance with the above-mentioned situation of obstruction in the 4G mobile communication network, it is determined whether the current 4G mobile communication network is formed hindered;

Specifically, it can be determined by comparing the time-consuming change of the current 4G mobile communication network with the time-consuming change of the 4G mobile communication network at the previous point in time. If the time-consuming change of the current 4G mobile communication network derived recently If it is higher and higher than the previous total, it is determined that the 4G mobile communication network has formed an obstacle; or it can be monitored whether the time-consuming change of the current 4G mobile communication network is not less than the preset threshold, if not less than the preset threshold The critical value of the 4G mobile communication network indicates that the 4G mobile communication network has formed an obstacle, which makes the time-consuming changes of the 4G mobile communication network suddenly increase, and it is determined that the 4G mobile communication network has formed an obstacle;

Next, in detail, it can be determined through the identification formula (2):

R _i > R _j + Z (2)

Whether it meets the conditions of formula 2 is to determine whether the current 4G mobile communication network has formed an obstacle. Here, R _i is the time-consuming change of the 4G mobile communication network at the i-th time point, Rj is the time-consuming change of the 4G mobile communication network at the _j -th time point, and the i-th time point is the current time point, j is less than i, j is a positive integer, and Z is a pre-set critical value of obstruction and is a positive integer;

When the condition of formula 2 is determined to be met, that is, the change in the time consumption of the 4G mobile communication network at the current point is higher than the value of the change in the time consumption of the 4G mobile communication network at the previous time point j, which is higher than the critical value of obstruction At the time of Z, it is determined that the 4G mobile communication network has formed an obstacle when it appears, and it is carried out in A-4;

A-4: When the condition of Equation 2 is satisfied, reduce the bit rate currently used to transmit the temperature information.

In detail, the magnitude of reducing the bit rate currently used to transmit the temperature information can be directly reducing the bit rate currently used to transmit the temperature information by half, that is, reducing the bit rate currently used to transmit the temperature information The bit rate of the above temperature information is reduced to half;

Or it is also possible to compare the bit rate of half the bit rate currently used to transmit the temperature information with the current bit rate for receiving the temperature information, and use half of the bit rate currently used to transmit the temperature information and the bit rate at which the temperature information is currently received, the greater bit rate serves as the nearest bit rate for transmitting the temperature information;

Or it can also include a transmission critical value constructed to constrain the bit rate immediately used to transmit the temperature information. The time-consuming product of the above temperature information can be used to manipulate the performance of the 4G mobile communication network during the interception period.

In addition, the A-4 may further include: under the condition that the controller monitors that the number of unresponsive information packets is the same as the current transmission critical value, not transmitting the subsequent temperature information.

When it is determined in A-2 that the 4G mobile communication network does not form an obstacle when it appears, the current transmission method can be maintained without configuration.

In the above formula 2, the subtracted value of i and j is less than 32.

In addition, after the bit rate currently used to transmit the temperature information is reduced, the 4G mobile communication network provided here provides an obstacle identification method, and the 4G mobile communication network is identified by virtue of the time-consuming changes of the current 4G mobile communication network. If the 4G mobile communication network is blocked, and the 4G mobile communication network is determined not to be blocked, it can rely on the previous transmission method, or flexibly increase the bit rate for transmitting the temperature information according to requirements.

Example 3:

As shown in Figures 1-3, the therapeutic apparatus platform includes a base of the therapeutic apparatus, a pad, a cylinder, an upper cover, a cover plate and an electric heating device; the base can be circular, and the base is provided with a ventilation Holes and wire holes, when in use, the base can be placed on the ground and other objects that can be fixed, and the ventilation holes and wire holes are exposed; of course, the bottom of the base can be provided with cushion blocks. There are four spacers, and the four spacers are evenly distributed along a circle centered on the central axis of the base, and the spacers do not block the ventilation holes and wire holes. The cylinder is hollow, and the lower end of the cylinder is fixed on the base; and the internal space of the cylinder communicates with the outside through the ventilation hole and the wire hole; in this embodiment, the cylinder The cross-section of the body can be a quadrangle, and of course, the cross-section of the cylinder can also be a circle. The upper cover is arranged on the upper end of the cylinder, the upper cover may have the same shape as the base, and a through hole is opened on the upper cover, and at the same time, the inner space of the cylinder can pass through the The through hole communicates with the outside, and a baffle plate is fixed on the bottom of the upper cover. There are two baffle plates, and a part of the two baffle plates are located directly below the through hole. The cover plate is arranged in the through hole, and the position is fixed by the baffle plate, and a vent hole is opened on the cover plate, so that the medicine heated by the electric heating device can be discharged to the The outside of the sitting moxibustion instrument. The electric heating device is arranged on the base and located in the barrel, and the power cord of the electric heating device is located outside the therapeutic apparatus through the wire hole. When such a therapeutic instrument is in use, the electric heating device is energized, a cup and other utensils are placed on the electric heating device, and Chinese herbal medicine is placed in the cup, and the Chinese herbal medicine volatilizes and acts through the air hole. For the user, so as to treat the user's disease. The structure that the lower end of the cylinder A is fixed on the base B is as follows: a top port 3 is opened on the wall surface of the lower end of the cylinder A, and the opening of the top port 3 faces the top of the base B. wall, and the depth of the top port is lower than the height of the cylinder A. The top opening is provided with a helical beryllium-copper elastic piece 4 and a cuboid-shaped embedding block 5 that can move up and down in the top opening. The embedding block 5 is embedded in the top opening. The elastic part 4 of beryllium copper material is placed in the top opening and is connected between the top wall in the top opening and the top wall of the embedding block, so when the embedding block is not subjected to external action, it is in the helical beryllium copper The elastic part of the material is fully retracted in the top opening under the elastic force, and the top of the embedding block does not protrude out of the opening of the top opening. The bottom of the embedding block is fixedly connected with a block piece 6 of cast iron material. When the embedding block is not subjected to external action, the embedding block is completely retracted at the top opening under the elastic force of the spiral beryllium copper material. and the block of cast iron material does not protrude beyond the opening of the top port. The top wall of the base B is provided with an embedding port 7 , the opening of the embedding port faces upwards and faces the top opening one by one, and the bottom of the embedding port is provided with a columnar magnet 8 . The caliber of the embedding port is higher than the caliber of the top port, so when the lower end of the cylinder A is connected to the top wall of the base B, the block of cast iron material on the embedding block Under the mutual attraction of the columnar magnet, it is magnetically attracted and stabilized by the columnar magnet, and then the embedding block is pulled out and embedded in the embedding interface, and then the lower end of the cylinder A is connected to the top of the base B The edges of the walls are scarfed and stabilized, preventing them from moving vertically. To be beneficial to decomposing, described embedding block is set to terrace shape, and the side wall of described embedding block is set to keep greater than zero and the wall surface 9 that is less than 90 degree included angle with horizontal plane, so, cylinder body A must be decomposed and When the base B is in place, the cylinder A can be pulled straight and vertically. In this way, during the pulling period, it will be pressed to reach the top opening, preventing the execution of the vertical pull-out of the cylinder A, and concurrently. The embedding block is separated from the columnar magnet in its embedding interface, and then reaches the decomposition of cylinder A. To prevent the embedding block from slipping out of the top opening, the opening position of the top opening is provided with a ring-shaped limiting ring 10 along the edge of the opening, and the top edge of the embedding block is provided with a ring-shaped limiting ring. The limiting sheet 11.

When the lower end of the cylinder A is fixed on the base B, the reliability is good when assembled, which is convenient for assembly and disassembly, so the application prospect and effect are good.

The electric heating equipment includes a temperature sensor, and the temperature sensor can be connected to a controller arranged outside the cylinder, so that the temperature information collected by the temperature sensor can be transmitted to the controller, and to realize remote backup, it is often necessary to It is necessary to connect the controller with the backup terminal in the 4G mobile communication network, so that the controller can transmit the temperature information to the backup terminal for backup, but the temperature information is wirelessly transmitted to the backup terminal through the 4G mobile communication network, because 4G mobile communication The bit rate that can be used by the network itself changes frequently. If the temperature information transmitted is higher than the bit rate that can be used at present, it will often cause obstacles to the 4G mobile communication network. Not only will the temperature information be received by the backup terminal with a lag, Satisfy the real-time nature and be received by the backup terminal, and it will also be detrimental to the performance of other tasks used on the 4G mobile communication network; in addition, if the temperature information transmitted is less than the current bit rate, the software and hardware of the 4G mobile communication network cannot be fully utilized performance.

To overcome the unreliability of the 4G mobile communication network of mobile communication, the microcontroller MCU will monitor the current 4G mobile communication network, and timely confirm the occurrence of obstacles in the current 4G mobile communication network by virtue of the situation of the 4G mobile communication network situation, and configure the bit rate used to transmit the temperature information, so that the temperature information transmitted can be changed by virtue of the bit rate of the 4G mobile communication network, which can not only overcome the obstacles of the emergence of the 4G mobile communication network, but also The overall reasonable use of the available bit rate.

However, the previous 4G mobile communication network interception method determines whether the 4G mobile communication network is hindered by studying the loss rate of the temperature information in the 4G mobile communication network, that is, the temperature information appears in the 4G mobile communication network. The loss rate is used as a sign of obstruction in the 4G mobile communication network; in this way, during the continuous transmission of the temperature information, the bit rate used to transmit the temperature information will be continuously increased, in case the temperature information of the 4G mobile communication network occurs In the case of the loss rate, the bit rate used to transmit the temperature information is reduced; the interception method of this type of 4G mobile communication network is often to perform configuration after an obstacle occurs to hope to overcome the re-emergence obstacle, that is: first The 4G mobile communication network constitutes damage, and repairs can only be performed after monitoring such damage; currently, such methods cannot reduce the bit rate used to transmit the temperature information in advance to overcome such damage; the bit rate is not small 4G mobile communication network, because it can efficiently build such damage, and can also be repaired efficiently concurrently, so this kind of unfavorable situation is controllable; however, in the face of the 4G mobile communication network with a small bit rate Before the loss rate of the temperature information mentioned in the 4G mobile communication network, the current 4G mobile communication network has already formed a large delay. This delay is often higher than 20 seconds, and it takes more time to correct it It is unfavorable to the timeliness of the temperature information transmission.

After improvement, the electric heating equipment includes a temperature sensor, and the temperature sensor can be connected to a controller arranged outside the cylinder, so that the temperature information collected by the temperature sensor can be transmitted to the controller, and remote backup must be realized , it is often necessary to connect the controller to the backup terminal in the 4G mobile communication network, so that the controller can transfer the temperature information to the backup terminal for backup.

The method of the high-speed rail traction power supply monitoring framework includes that the controller encapsulates the temperature information into an information message and then wirelessly transmits the information message to the backup terminal through the 4G mobile communication network, and the wireless transmission of the information message through the 4G mobile communication network The way to pass to the backup terminal includes the processes executed in the following order:

A-1: Determine the time-consuming changes of the current 4G mobile communication network by summing up the time-consuming of the 4G mobile communication network within the pre-set time range;

In detail, in terms of transmitting the temperature information here, the 4G mobile communication network takes time from transmitting an information message to the backup terminal until receiving the response message from the backup terminal; here, 4G mobile The change of the time consumption of the communication network is the time consumption of the 4G mobile communication network at a point in time, and the change of the time consumption of the 4G mobile communication network at the previous time point, that is, the change of the time consumption of the 4G mobile communication network can be set As a kind of screening operation, the microcontroller MCU here can determine the time-consuming change of the 4G mobile communication network when it occurs by summing up the time-consuming change trend of the 4G mobile communication network within a preset time range;

Continuing in detail, using the total time consumption of the 4G mobile communication network at a pair of front and rear time points, the change in the time consumption of the current 4G mobile communication network can be obtained through formula (1):

R _i ＝S _i –S _i-1 +t×R _i-1 (1)

Here, R _i is the time-consuming change of the 4G mobile communication network at the i-th time point, S _i is the time-consuming time of the 4G mobile communication network at the i-th time point, and the i-th time point is the current time point, t is the importance coefficient set in advance, t is a decimal greater than zero and less than one, and i is a positive integer; it goes without saying that the change y(1) of the time consumption of the 4G mobile communication network at the first time point can be zero , so the time-consuming change of the 4G mobile communication network at the second time point is R ₂ =S ₂ -S ₁ +t×R ₁ , that is, R ₂ =S ₂ -S ₁ is fine.

A-2: Based on the time-consuming changes in the current 4G mobile communication network, it is determined that the 4G mobile communication network is in a state of obstruction, and in accordance with the above-mentioned situation of obstruction in the 4G mobile communication network, it is determined whether the current 4G mobile communication network is formed hindered;

Specifically, it can be determined by comparing the time-consuming change of the current 4G mobile communication network with the time-consuming change of the 4G mobile communication network at the previous point in time. If the time-consuming change of the current 4G mobile communication network derived recently If it is higher and higher than the previous total, it is determined that the 4G mobile communication network has formed an obstacle; or it can be monitored whether the time-consuming change of the current 4G mobile communication network is not less than the preset threshold, if not less than the preset threshold The critical value of the 4G mobile communication network indicates that the 4G mobile communication network has formed an obstacle, which makes the time-consuming changes of the 4G mobile communication network suddenly increase, and it is determined that the 4G mobile communication network has formed an obstacle;

Next, in detail, it can be determined through the identification formula (2):

R _i > R _j + Z (2)

Whether it meets the conditions of formula 2 is to determine whether the current 4G mobile communication network has formed an obstacle. Here, R _i is the time-consuming change of the 4G mobile communication network at the i-th time point, Rj is the time-consuming change of the 4G mobile communication network at the _j -th time point, and the i-th time point is the current time point, j is less than i, j is a positive integer, and Z is a pre-set critical value of obstruction and is a positive integer;

When the condition of formula 2 is determined to be met, that is, the change in the time consumption of the 4G mobile communication network at the current point is higher than the value of the change in the time consumption of the 4G mobile communication network at the previous time point j, which is higher than the critical value of obstruction At the time of Z, it is determined that the 4G mobile communication network has formed an obstacle when it appears, and it is carried out in A-4;

A-4: When the condition of Equation 2 is satisfied, reduce the bit rate currently used to transmit the temperature information.

In detail, the magnitude of reducing the bit rate currently used to transmit the temperature information can be directly reducing the bit rate currently used to transmit the temperature information by half, that is, reducing the bit rate currently used to transmit the temperature information The bit rate of the above temperature information is reduced to half;

Or it is also possible to compare the bit rate of half the bit rate currently used to transmit the temperature information with the current bit rate for receiving the temperature information, and use half of the bit rate currently used to transmit the temperature information and the bit rate at which the temperature information is currently received, the greater bit rate serves as the nearest bit rate for transmitting the temperature information;

Or it can also include a transmission critical value constructed to constrain the bit rate immediately used to transmit the temperature information. The time-consuming product of the above temperature information can be used to manipulate the performance of the 4G mobile communication network during the interception period.

In addition, the A-4 may further include: under the condition that the controller monitors that the number of unresponsive information packets is the same as the current transmission critical value, not transmitting the subsequent temperature information.

When it is determined in A-2 that the 4G mobile communication network does not form an obstacle when it appears, the current transmission method can be maintained without configuration.

In the above formula 2, the subtracted value of i and j is less than 32.

In addition, after the bit rate currently used to transmit the temperature information is reduced, the 4G mobile communication network provided here provides an obstacle identification method, and the 4G mobile communication network is identified by virtue of the time-consuming changes of the current 4G mobile communication network. If the 4G mobile communication network is blocked, and the 4G mobile communication network is determined not to be blocked, it can rely on the previous transmission method, or flexibly increase the bit rate for transmitting the temperature information according to requirements.

By identifying the time-consuming changes of the current 4G mobile communication network, the situation of obstruction of the 4G mobile communication network is determined by virtue of the time-consuming change of the current 4G mobile communication network, and the current 4G mobile communication network is determined by the situation of obstruction of the 4G mobile communication network. When the communication network forms an obstacle, the bit rate currently used to transmit the temperature information is reduced, and before the 4G mobile communication network forms an obstacle, it can be determined in advance that the 4G mobile communication network has formed an obstacle, and the use of The bit rate execution configuration for transmitting the temperature information overcomes the defects in the current 4G mobile communication network at a small bit rate that hinder the repair and restoration of the 4G mobile communication network, which is not conducive to the performance of transmitting the temperature information. The performance of the 4G mobile communication network during interception can be manipulated via a delivery threshold constructed to constrain the bit rate used to deliver the temperature information at that moment.

, the hardware of the backup terminal is a computer with a public IP address. The controller is connected to a storage module, the storage module can be a flash memory, and the storage module can include a time-consuming change determination program, a determination derivation program, and a bit rate reduction program for transmitting the temperature information, where time-consuming The change identification program is used to determine the time-consuming change of the current 4G mobile communication network through the total time-consuming of the 4G mobile communication network of the preset duration range; the identification derivation program is used to rely on the time-consuming of the current 4G mobile communication network According to the change of the 4G mobile communication network, it is determined that the 4G mobile communication network is obstructed, and it is also determined whether the current 4G mobile communication network has formed an obstacle based on the said 4G mobile communication network. The bit rate used to transmit the temperature information The reduction procedure is used to reduce the bit rate currently used to transmit the temperature information when the condition of Equation 2 is determined to be met.

In detail, the identification derivation program can specifically be used to:

Determination formula (2):

R _i > R _j + Z (2)

Whether it meets the conditions of formula 2 is to determine whether the current 4G mobile communication network has formed an obstacle. Here, R _i is the time-consuming change of the 4G mobile communication network at the i-th time point, Rj is the time-consuming change of the 4G mobile communication network at the _j -th time point, and the i-th time point is the current time point, j is less than i, j is a positive integer, and Z is a pre-set critical value of obstruction and is a positive integer;

When the condition of formula 2 is determined to be met, that is, the change in the time consumption of the 4G mobile communication network at the current point is higher than the value of the change in the time consumption of the 4G mobile communication network at the previous time point j, which is higher than the critical value of obstruction At the time of Z, it is determined that the 4G mobile communication network has formed an obstacle when it appears, and it is carried out in A-4;

The time-consuming change determination procedure can be specifically used for:

The time-consuming change of the current 4G mobile communication network is obtained by deriving from formula (1):

R _i ＝S _i –S _i-1 +t×R _i-1 (1)

Here, R _i is the time-consuming change of the 4G mobile communication network at the i-th time point, S _i is the time-consuming time of the 4G mobile communication network at the i-th time point, and the i-th time point is the current time point, t is the importance coefficient set in advance, t is a decimal greater than zero and less than one, and i is a positive integer; it goes without saying that the change y(1) of the time consumption of the 4G mobile communication network at the first time point can be zero , so the time-consuming change of the 4G mobile communication network at the second time point is R ₂ =S ₂ -S ₁ +t×R ₁ , that is, R ₂ =S ₂ -S ₁ is fine.

The present invention has been described above in the manner of illustrating the embodiments. It should be understood by those skilled in the art that the present disclosure is not limited to the embodiments described above, and various changes can be made without departing from the scope of the present invention. change and replace.

Claims (7)

1. a kind of therapeutic equipment platform, pedestal, cylinder including therapeutic equipments；The lower end of the cylinder is fixed on the pedestal； It is characterized in that, the structure on the pedestal is fixed in the lower end of the cylinder are as follows: be provided on the wall surface of the lower end of the cylinder Top opening, the opening of the top opening is facing to the roof of the pedestal, and in addition the depth size of the top opening is lower than described The height size of cylinder.

2. therapeutic equipment platform according to claim 1, which is characterized in that helical form beryllium copper material is arranged in the top opening The elastic component of material and can the rectangular-shape built-in brick of varicose campaign, the built-in brick are embedded at top opening up and down in top opening In, the elastic component of the helical form beryllium copper material is placed in top opening and is connected in the roof of the roof in top opening and built-in brick Between, when built-in brick is not by external action, it is all retracted in top under the elastic component elastic force of helical form beryllium copper material In mouthful, the top of the built-in brick is not leant out except the opening of top opening.

3. therapeutic equipment platform according to claim 2, which is characterized in that the bottom of the built-in brick is connected cast iron materials Block, when built-in brick is not by external action, the built-in brick all returns under the elastic force of helical form beryllium copper material Contracting is in top opening, and the block of the cast iron materials is not leant out except the opening of top opening yet.

4. therapeutic equipment platform according to claim 1, which is characterized in that interlocking is arranged on the roof on the pedestal Mouthful, described to rabbet the opening up and opposite one by one with the top opening of mouth, column suction is arranged in the bottom in the interlocking mouth Iron-stone.

5. therapeutic equipment platform according to claim 4, which is characterized in that the caliber size of the interlocking mouth is higher than top opening Caliber size.

6. therapeutic equipment platform according to claim 4, which is characterized in that the built-in brick is set as halfpace shape, the interlocking The side wall of block is set as being remained above zero with horizontal plane and less than the wall surface of 90 degree of angles.

7. therapeutic equipment platform according to claim 4, which is characterized in that the aperture position of the top opening is arranged edge and opens Mouth edge is set as round spacing collar, and the top sides edge of the built-in brick is arranged can be the same as the limit film that round spacing collar connects.