WO2020155479A1 - 可在线检测密封面比压的压敏阀座及其成套智能阀 - Google Patents

可在线检测密封面比压的压敏阀座及其成套智能阀 Download PDF

Info

Publication number
WO2020155479A1
WO2020155479A1 PCT/CN2019/088451 CN2019088451W WO2020155479A1 WO 2020155479 A1 WO2020155479 A1 WO 2020155479A1 CN 2019088451 W CN2019088451 W CN 2019088451W WO 2020155479 A1 WO2020155479 A1 WO 2020155479A1
Authority
WO
WIPO (PCT)
Prior art keywords
pressure
valve
seat
sensitive
ring
Prior art date
Application number
PCT/CN2019/088451
Other languages
English (en)
French (fr)
Inventor
柯真明
林秋
柯鸿翔
刘俊敏
Original Assignee
福建开立通科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 福建开立通科技有限公司 filed Critical 福建开立通科技有限公司
Publication of WO2020155479A1 publication Critical patent/WO2020155479A1/zh

Links

Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
    • F16K1/00—Lift valves or globe valves, i.e. cut-off apparatus with closure members having at least a component of their opening and closing motion perpendicular to the closing faces
    • F16K1/32—Details
    • F16K1/34—Cutting-off parts, e.g. valve members, seats
    • F16K1/42—Valve seats
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
    • F16K3/00—Gate valves or sliding valves, i.e. cut-off apparatus with closing members having a sliding movement along the seat for opening and closing
    • F16K3/30—Details
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
    • F16K37/00—Special means in or on valves or other cut-off apparatus for indicating or recording operation thereof, or for enabling an alarm to be given
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
    • F16K5/00—Plug valves; Taps or cocks comprising only cut-off apparatus having at least one of the sealing faces shaped as a more or less complete surface of a solid of revolution, the opening and closing movement being predominantly rotary
    • F16K5/08—Details

Definitions

  • the invention relates to a pressure-sensitive valve seat and a complete set of intelligent valves which can detect the specific pressure of the sealing surface on-line.
  • Valves in pipelines are widely used in petroleum refining, long-distance pipelines, chemical industry, papermaking, pharmaceuticals, water conservancy, electric power, municipal administration, iron and steel, mining and other industries as accessories for cutting, distributing and changing the direction of medium flow. Occupies a pivotal position in China.
  • the valve seat of the existing valve usually fits tightly with the opening and closing part to form a seal.
  • the existing valve seat does not have the performance of sensing the change of the adhesion force. Therefore, when the valve is opened and closed for a long time, the valve seat or the opening and closing part is worn out.
  • the adhesion force between the sensitive valve seat and the opening and closing parts is reduced, and the valve cannot form an effective seal. It is difficult to be known to the relevant personnel. This often leads to the occurrence of medium leakage accidents, and in serious cases, it causes huge losses of life and property.
  • the relevant personnel of the enterprise are often unable to manage the micro leakage of the valve and the remote monitoring and management. Therefore, a pressure-sensitive valve seat and a complete set of intelligent valves that can detect the specific pressure of the sealing surface on-line are needed.
  • the purpose of the present invention is to provide a pressure-sensitive valve seat and a complete set of intelligent valves that can detect the specific pressure of the sealing surface online.
  • the pressure-sensitive valve seat has a compact structure and is installed in various valve bodies. Corresponding electrical signals are output to facilitate real-time monitoring and forecasting of valve parameters such as seal leakage.
  • a pressure-sensitive valve seat capable of detecting the specific pressure of the sealing surface on-line, comprising a seat body, an annular cavity is arranged in the seat body, and a pressure ring is arranged in the annular cavity, so
  • the pressure-bearing ring is provided with a pressure-sensitive element
  • the pressure-sensitive element is provided with a power signal line passing through the annular seat body
  • a pressure ring is provided on the pressure-sensitive element
  • the upper end surface of the seat body is also provided with a pressure ring
  • the upper sealing ring is provided with a lower sealing ring on the lower end surface of the seat body.
  • the upper sealing ring and the lower sealing ring are respectively provided with annular recesses, and the annular recesses are respectively provided with a liquid or gas sensitive element, and the liquid or gas sensitive element is provided with a power signal passing through the annular seat body. line.
  • the upper end surface of the seat body may be provided with a ball core sealing ring pressed on the pressure ring, and the ball core sealing ring is provided with a tapered sealing surface that fits with the ball core of the ball valve.
  • a pressure-sensitive valve seat capable of detecting the sealing surface of a butterfly valve on-line, comprising an annular seat body, the inner ring of the annular seat body is provided with mounting grooves at intervals along the circumferential direction, and pressure sensitive elements are arranged in the mounting grooves,
  • the pressure sensitive element is provided with a power signal line passing through the annular seat body, the inner ring of the annular seat body is also provided with a sealing ring, and a pressure bearing member is arranged between the sealing ring and the pressure sensitive element.
  • the power signal line passing through the seat body is electrically connected to an early warning transmitter
  • the early warning transmitter includes a transmitter shell ring with a mounting shaft hole in the center, and the mounting cavity of the transmitter shell ring is provided with
  • the circuit board connected with the pressure sensitive element, the battery box for power supply and the junction box, the early warning transmitter circuit board is equipped with a signal amplification module, an MCU processor, an IOT communication module and an alarm device.
  • a ball valve capable of detecting the specific pressure of the sealing surface on-line comprising a left valve body and a right valve body, a middle valve body is arranged between the left valve body and the right valve body, and a ball is arranged in the valve cavity of the middle valve body
  • a pressure-sensitive valve seat C abutting against the left valve body is provided at one end of the ball core.
  • the seat body of the pressure-sensitive valve seat C includes an annular cavity provided in the seat body.
  • a pressure-bearing ring is arranged in the cavity, and a pressure-sensitive element is arranged on the pressure-sensitive element.
  • the pressure-sensitive element is provided with a power signal line passing through the annular seat body.
  • a pressure ring is arranged on the pressure-sensitive element.
  • the upper end surface of the body is also provided with an upper sealing ring pressed on the pressure ring, the lower end surface of the seat body is provided with a lower sealing ring, and the upper end surface of the seat body may be provided with a ball core sealing ring pressed on the pressure ring.
  • the core sealing ring is provided with a tapered sealing surface that fits the ball core of the ball valve; the other side end of the ball core is provided with a general valve seat that abuts against the right valve body, and the middle valve body is penetrated
  • the pressure-sensitive valve seat B includes a seat body, and the seat body is provided with An annular cavity, in which a pressure-bearing ring is arranged, a pressure-sensitive element is arranged on the pressure-bearing ring, the pressure-sensitive element is provided with a power signal line passing through the annular seat, and the pressure-sensitive element is arranged
  • a pressure ring the upper end surface of the seat body is also provided with an upper sealing ring pressing on the pressure ring
  • the lower end surface of the seat body is provided with a lower sealing ring
  • annular recesses are respectively provided in the upper sealing ring and the lower sealing ring
  • the annular recesses are respectively provided with liquid or gas sensitive elements, the liquid or gas sensitive elements are provided with a power signal line passing through the annular seat body, and the middle valve body is provided with a valve stem and a pressure-sensitive valve seat tightly.
  • the valve stem is also provided with an early warning transmitter electrically connected with the pressure-sensitive valve seat.
  • a butterfly valve capable of detecting the specific pressure of a sealing surface on-line comprising a valve body with a medium flow passage in the axial direction, a pressure-sensitive valve seat D is arranged on the medium flow passage, and the pressure-sensitive valve seat D includes an annular seat body.
  • the inner ring of the annular seat body is provided with a mounting groove at intervals along the circumferential direction, and a pressure sensitive element is arranged in the mounting groove, and the pressure sensitive element is provided with a power signal line passing through the annular seat body.
  • the inner ring of the body is also provided with a sealing ring, and a pressure-bearing member is provided between the sealing ring and the pressure sensitive element;
  • the valve body is provided with a disc plate that matches the pressure-sensitive valve seat, and the upper part of the disc plate is provided with Passing through the upper valve stem of the valve body, the valve stem is sleeved with a pressure-sensitive valve seat B whose lower end surface is in contact with the upper valve body.
  • the pressure-sensitive valve seat B includes a seat body, and the seat body is provided with An annular cavity, in which a pressure-bearing ring is arranged, a pressure-sensitive element is arranged on the pressure-bearing ring, the pressure-sensitive element is provided with a power signal line passing through the annular seat, and the pressure-sensitive element is arranged
  • a pressure ring the upper end surface of the seat body is also provided with an upper sealing ring pressing on the pressure ring
  • the lower end surface of the seat body is provided with a lower sealing ring
  • annular recesses are respectively provided in the upper sealing ring and the lower sealing ring
  • a liquid or gas sensitive element is respectively arranged in the annular recess, and the liquid or gas sensitive element is provided with a power signal line passing through the annular seat body
  • the upper valve body is provided with an upper valve stem and a pressure-sensitive valve seat.
  • the upper valve stem is also provided with an early warning transmitter electrically connected to the pressure-sensitive valve seat B and the pressure-
  • a plug valve capable of detecting the specific pressure of a sealing surface on-line comprising a valve body, a plug installation cavity of the valve body is provided with a plug with a medium flow hole in the middle, the plug is provided with a valve stem, the valve stem A pressure-sensitive valve seat B, a disc spring, a pressure ring, and a valve cover detachably connected to the valve body are sleeved from the bottom to the top.
  • the pressure-sensitive valve seat B includes a seat body, and an annular space is arranged inside the seat body.
  • the annular cavity is provided with a pressure-bearing ring
  • the pressure-sensitive element is provided with a pressure sensitive element
  • the pressure sensitive element is provided with a power signal line passing through the annular seat body
  • the pressure sensitive element is provided with a pressure
  • the upper end surface of the seat body is also provided with an upper sealing ring pressing on the pressure ring
  • the lower end surface of the seat body is provided with a lower sealing ring
  • annular recesses are respectively provided in the upper sealing ring and the lower sealing ring.
  • a liquid or gas sensitive element is respectively arranged in the annular recess, and the liquid or gas sensitive element is provided with a power signal line passing through the annular seat; the valve cover is provided with a lock for pressing the pressure-sensitive valve seat and the cock Mechanism, the valve cover is also provided with an early warning transmitter electrically connected with the pressure-sensitive valve seat.
  • a gate valve capable of detecting the specific pressure of the sealing surface on-line comprising a valve body, a gate plate is arranged in the gate installation cavity of the valve body, and a pressure-sensitive valve seat A for fitting with the sealing surface of the gate plate is arranged on the valve body
  • the pressure-sensitive valve seat A includes an annular cavity provided in the seat body, a pressure-bearing ring is provided in the annular cavity, and a pressure-sensitive element is provided on the pressure-bearing ring.
  • the pressure sensitive element is provided with a power signal line passing through the annular seat body, and a pressure ring is provided on the pressure sensitive element.
  • the upper end surface of the seat body is also provided with an upper sealing ring pressed on the pressure ring, and the lower end surface of the seat body is provided with The lower sealing ring;
  • the valve body is detachably connected with a valve cover that cooperates with the valve body to form a movable cavity of the gate, and the valve cover is vertically threaded with a valve stem whose lower part is screwed to the gate.
  • a pressure-sensitive valve seat B with a lower end surface in contact with the valve cover is sleeved
  • the pressure-sensitive valve seat B includes a seat body, an annular cavity is arranged inside the seat body, and a pressure ring is arranged in the annular cavity
  • the pressure-bearing ring is provided with a pressure-sensitive element
  • the pressure-sensitive element is provided with a power signal line passing through the annular seat body
  • the pressure-sensitive element is provided with a pressure ring
  • the upper end surface of the seat body is also provided with
  • the lower end surface of the seat body is provided with a lower sealing ring
  • the upper sealing ring and the lower sealing ring are respectively provided with annular recesses
  • liquid or gas sensitive elements are respectively provided in the annular recesses, so
  • the liquid or gas sensitive element is provided with a power signal line passing through the annular seat;
  • the valve cover is also provided with a locking mechanism for locking the valve stem and the pressure-sensitive
  • a cut-off valve capable of detecting the specific pressure of the sealing surface on-line, comprising a valve body, the valve body having an upper chamber, a lower chamber and a chamber seat with a through hole in the center, and a valve cover is detachably connected to the upper part of the valve body
  • the upper chamber is provided with a valve stem that vertically penetrates the valve cover, the lower end of the valve stem is provided with a valve flap; the upper end surface of the central through hole of the chamber seat is provided with a pressure-sensitive valve matched with the valve flap Seat
  • the pressure-sensitive valve seat A includes a seat body, an annular cavity is arranged inside the seat body, a pressure ring is arranged in the annular cavity, and a pressure sensitive element is arranged on the pressure ring, so The pressure sensitive element is provided with a power signal line passing through the annular seat body, a pressure ring is provided on the pressure sensitive element, an upper seal ring pressed on the pressure ring is provided on the upper end surface of the seat body, and the lower
  • the pressure-sensitive element is provided with a power signal line passing through the annular seat body.
  • a pressure ring is arranged on the pressure-sensitive element.
  • the upper end surface of the body is also provided with an upper sealing ring pressed on the pressure ring, and the lower end surface of the seat body is provided with a lower sealing ring.
  • the upper sealing ring and the lower sealing ring are respectively provided with annular recesses, and the annular recesses are respectively provided
  • a liquid or gas sensitive element the liquid or gas sensitive element is provided with a power signal line passing through the annular seat; a locking mechanism for locking the pressure-sensitive valve seat is provided on the valve cover; and the valve stem is also provided Early warning transmitter electrically connected with pressure-sensitive valve seat A and pressure-sensitive valve seat B.
  • the present invention has the following advantages: the pressure-sensitive valve seat of the present application has a compact structure, can be integrated with the valve bodies of various shut-off valves such as ball valves, gate valves, and butterfly valves, and can be used for online detection of the specific pressure change of the sealing surface; Used in conjunction with the early warning transmitter, it can wirelessly connect to the Internet of Things to realize the leakage prediction of the valve sealing surface, the leakage alarm and the online monitoring of other parameters of the valve.
  • shut-off valves such as ball valves, gate valves, and butterfly valves
  • the safety performance of ball valves, gate valves, butterfly valves, globe valves, and plug valves that are matched with pressure-sensitive valve seats are modified to facilitate real-time monitoring and early warning;
  • the pressure signal of the pressure-sensitive pressure-sensitive valve seat is used to determine whether the valve is open or closed.
  • the transmitter has the functions of judgment, early warning, and alarm, and can also send the valve to the Internet of Things
  • the relevant data information allows the host computer to make judgments on the operating parameters and safety of the valve through big data analysis, and promptly notify the relevant personnel to take corresponding measures to ensure the normal operation of the production line.
  • Figure 1 is a schematic diagram of the pressure-sensitive valve seat structure of the present invention
  • FIG. 2 is a schematic diagram of the structure of the pressure-sensitive valve seat provided with liquid or gas sensitive elements according to the present invention
  • Figure 3 is a schematic diagram of the pressure-sensitive valve seat structure of the ball valve of the present invention.
  • Figure 4 is a schematic diagram of the pressure-sensitive valve seat structure of the butterfly valve of the present invention.
  • Figure 5 is a schematic diagram of the structure of the early warning transmitter of the present invention.
  • Figure 6 is a schematic structural view of an intelligent ball valve complete with the pressure-sensitive valve seat of the present invention.
  • Figure 7 is a structural schematic diagram of an intelligent butterfly valve complete with the pressure-sensitive valve seat of the present invention.
  • Figure 8 is a schematic structural view of an intelligent plug valve complete with the pressure-sensitive valve seat of the present invention.
  • Figure 9 is a schematic structural diagram of an intelligent gate valve complete with the pressure-sensitive valve seat of the present invention.
  • Figure 10 is a structural schematic diagram of an intelligent shut-off valve complete with the pressure-sensitive valve seat of the present invention.
  • a pressure-sensitive valve seat A capable of detecting the specific pressure of the sealing surface on-line, comprising a seat body 101 with a shaft hole 102 in the middle, an annular cavity is arranged in the seat body, and a pressure ring 103 is arranged in the annular cavity ,
  • the pressure-bearing ring is provided with a pressure-sensitive element 104
  • the pressure-sensitive element is provided with a power signal line 105 that penetrates the annular seat body for electrical connection with the early warning transmitter
  • a pressure ring 106 is provided on the pressure-sensitive element
  • the upper end surface of the seat body is also provided with an upper sealing ring 107 pressed on the pressure ring
  • the lower end surface of the seat body is provided with a lower sealing ring 108.
  • the pressure-sensitive valve seat B which can detect the specific pressure of the sealing surface online and give an alarm when the medium leaks, is provided with annular recesses in the upper sealing ring and the lower sealing ring respectively, and liquid is respectively provided in the annular recesses Or a gas sensitive element 201, the liquid or gas sensitive element is provided with a power signal line that penetrates the annular seat body and is electrically connected to the early warning transmitter, so that it can determine whether liquid or gas leakage occurs.
  • the pressure-sensitive valve seat C capable of detecting the specific pressure of the ball valve sealing surface online has a ball core sealing ring 301 on the upper end surface of the seat body for fitting with the ball valve ball core.
  • the pressure-sensitive valve seat D capable of detecting the specific pressure of the butterfly valve sealing surface online has a medium flow hole 402 provided in the center of the annular seat body 401, and a mounting groove 403 is provided on the inner ring at intervals along the circumferential direction.
  • the mounting groove is provided with a pressure sensitive element 404, the pressure sensitive element is provided with a power signal line passing through the annular seat body, the inner ring of the annular seat body is also provided with a sealing ring 407, located between the sealing ring and A pressure ring 406 is provided between the pressure sensitive elements.
  • the power signal line of the pressure-sensitive seat body is electrically connected to the early warning transmitter 500.
  • the early warning transmitter includes a transmitter housing ring 501 with a mounting shaft hole in the center. The mounting of the transmitter housing ring The cavity is provided with a circuit board 502 connected to the pressure sensitive element, a battery box 503 for power supply, and a junction box 504.
  • the circuit board is equipped with a signal amplifier module, an MCU processor, an IOT communication module and an alarm device.
  • the early warning transmitter amplifies the electrical signal sent by the pressure-sensitive valve seat, judges, alarms and sends all parameter information to the Internet of Things.
  • the pressure-receiving ring of the pressure-sensitive valve seat that can detect the specific pressure of the sealing surface online is provided with a deformation groove 109, the deformation groove is provided with an annular groove, the pressure sensitive element and the pressure ring Installed in the annular groove from bottom to top. In order to provide deformation space for the deformation of the pressure ring, the pressure sensitive element and the pressure ring through the deformation groove.
  • a ball valve capable of detecting the specific pressure of the sealing surface online includes a left valve body 601, a right valve body 612, and a pressure-sensitive valve seat B and a pressure-sensitive valve seat C capable of detecting the specific pressure of the sealing surface online.
  • a middle valve body 603 is arranged between the valve bodies, a ball core 610 is arranged in the valve cavity of the middle valve body, and a pressure-sensitive valve seat C abutting against the left valve body is arranged at one end of the ball core.
  • the other side end of the core is provided with a universal valve seat 611 that abuts against the right valve body.
  • a valve stem 607 whose lower end is connected to the ball core is penetrated on the middle valve body, and a lower end surface is sleeved on the valve stem.
  • the pressure-sensitive valve seat B abuts against the middle valve body, the pressure-sensitive valve seat B includes a seat body, an annular cavity is arranged inside the seat body, and a pressure-bearing ring is arranged in the annular cavity.
  • the pressure sensitive element is provided with a power signal line passing through the annular seat body, a pressure ring is provided on the pressure sensitive element, and the upper end surface of the seat body is also provided with an upper seal pressed on the pressure ring Ring, the lower end surface of the seat body is provided with a lower sealing ring, the upper sealing ring and the lower sealing ring are respectively provided with annular recesses, and the annular recesses are respectively provided with liquid or gas sensitive elements, the liquid or gas sensitive elements
  • a power signal line passing through the annular seat body is provided, the middle valve body is provided with a valve stem and a pressure-sensitive valve seat fastening mechanism, and the valve stem is also provided with a pressure-sensitive valve seat B and a pressure-sensitive valve Block C electrically connected to the early warning transmitter 5.
  • the left valve body and the middle valve body are integrated, or the right valve body and the middle valve body are integrated, or the left valve body, the middle valve body, and the right valve body are separate parts.
  • the fastening mechanism includes an annular protrusion 608 arranged in the middle of the valve stem and abutting against the upper end surface of the pressure-sensitive valve seat, and a gland 609 pressed on the annular protrusion is sleeved on the valve stem.
  • the peripheral part of the gland is provided with bolt holes at intervals and a locking bolt connected with the middle valve body is penetrated, so as to realize the compression of the pressure-sensitive valve seat B and the locking of the valve stem; and the valve stem is completed by the locking bolt And pressure-sensitive valve seat B is pre-tightened.
  • the pre-tightening force of pressure-sensitive valve seat B and the middle valve body can be adjusted by rotating the locking bolt, so that pressure-sensitive valve seat B can continue to complete the seal , Realize the online compensation of sealing surface wear.
  • an installation stand 604 is provided on the middle valve body, and a recess for accommodating the pressure-sensitive valve seat is provided on the installation stand to complete the positioning of the pressure-sensitive valve seat.
  • the locking bolt passes through the gland and is screwed to the installation platform.
  • the left valve body and the right valve body are respectively provided with flanges on the ends for connecting with the middle valve body, and the flange of the left valve body is provided with and The flange of the right valve body is connected to the connecting bolt 613, so that the left valve body, the middle valve body and the right valve body are locked and fixed by the connecting bolts, and the pressure-sensitive valve seat C, the ordinary valve seat and The ball core, the left valve body and the right valve body are pre-tightened.
  • the end surfaces of the left valve body and the right valve body that cooperate with the middle valve body are respectively provided with sealing rings to ensure the sealing effect between the valve bodies.
  • the electrical pressure signal output by the pressure-sensitive valve seat B and the sealing specific pressure of the sealing surface have a functional relationship with the opening of the ball core and the pressure of the medium in the ball channel.
  • the IoT host computer transmits according to the preload Combining the pressure change information of the pressure-sensitive valve seat from the device with the accumulated big data can judge the internal sealing state of the ball valve, the opening degree of the ball valve and the pressure of the flowing medium.
  • the ball core sealing ring is provided with a tapered sealing surface for abutting against the ball core, so as to fit the spherical surface of the ball core to complete the seal.
  • the sealing surface of the base sealing ring is a plane, so as to fit the plane of the left valve body or the right valve body provided with the installation part.
  • the early warning transmitter amplifies, judges, and alarms the electrical signal sent by the pressure-sensitive valve seat, and sends all parameter information to the Internet of Things.
  • the early warning transmitter receives the signal output by the pressure-sensitive valve seat, and compares and analyzes it with the built-in data after amplification and digital processing.
  • the pressure detection value is close to the critical value, it judges that the ball valve is about to leak and issues an early warning.
  • the gas sensor signal is abnormal, it is judged that the ball valve has leaked and an alarm is issued; at the same time, the early warning transmitter transmits the relevant data information of the detection and processing to the Internet of Things.
  • the upper computer of the Internet of Things combines the accumulated big data with the information from the preloaded transmitter.
  • a butterfly valve capable of detecting the specific pressure of the sealing surface on-line, comprising a valve body 702 with a medium circulation hole in the axial direction, and a pressure-sensitive valve seat B and a pressure-sensitive valve seat D capable of detecting the specific pressure of the sealing surface online.
  • a pressure-sensitive valve seat D is provided on the valve body, a disc plate 705 that matches the pressure-sensitive valve seat D is arranged in the valve body, and an upper valve stem 708 that penetrates the valve body is arranged on the upper part of the disc plate.
  • the valve seat B is sleeved on the valve stem and the lower end face abuts against the upper valve body.
  • the upper valve body is provided with a fastening mechanism for the upper valve stem and the pressure-sensitive valve seat B.
  • the upper valve stem is also provided with a pressure Early warning transmitter 5 electrically connected to the sensitive valve seat.
  • the fastening mechanism includes a counterbore 714 arranged on the valve body for accommodating the pressure-sensitive valve seat, and the upper valve stem is provided with an annular protrusion 713 that abuts against the upper end surface of the pressure-sensitive valve seat
  • a gland 710 pressed on the annular convex portion is sleeved on the upper valve stem, and bolt holes are arranged at intervals on the circumference of the gland and a locking bolt 711 connected with the valve body is penetrated.
  • the pressure-sensitive valve seat B is compressed and the valve stem is locked; and the upper valve stem and the pressure-sensitive valve seat B are pre-tightened by the locking bolt, and at the same time, the pressure-sensitive valve seat B can be rotated by rotating the locking bolt Adjust the pre-tightening force of the pressure-sensitive valve seat B and the valve body, so that the pressure-sensitive valve seat B continues to complete the sealing, and realize the online compensation of the wear of the sealing surface.
  • the lower part of the disc plate is fixed with a lower valve stem 704 that is rotatably connected to a shaft hole provided on the valve body, and a sealing bottom cover 701 that covers the shaft hole is provided on the valve body.
  • a sealing gasket is arranged between the bottom cover and the valve body, and a plurality of locking bolts connected with the valve body are arranged at intervals on the circumference of the sealing bottom cover.
  • a sealing ring 703 that is sealed to the pressure-sensitive valve seat D is fixed on the disc plate via a pressure plate 706.
  • the electrical pressure signal output by the pressure-sensitive valve seat D and the sealing specific pressure of the sealing surface have a functional relationship with the pressure of the medium in the medium flow hole.
  • the upper computer of the Internet of Things is based on the pressure transmitted from the pre-tensioned transmitter.
  • the pressure change information of the sensitive valve seat is combined with the accumulated big data to judge the internal sealing state of the butterfly valve and the pressure of the circulating medium.
  • the sealing ring of the pressure-sensitive valve seat D is provided with a tapered sealing surface for abutting against the disc plate, so as to fit the circular arc surface of the disc plate sealing ring to complete the seal.
  • the sealing surface of the base sealing ring of the pressure-sensitive valve seat B is a flat surface, so as to fit the flat surface of the installation part provided on the valve body.
  • the early warning transmitter amplifies, judges, and alarms the electrical signal sent by the pressure-sensitive valve seat, and sends all parameter information to the Internet of Things.
  • the pressure detection value When the pressure detection value is close to the critical value, it judges that the butterfly valve is about to leak and issues an early warning. Or when the gas sensor signal is abnormal, it is judged that the butterfly valve has leaked and an alarm is issued; at the same time, the early warning transmitter transmits the relevant data information detected and processed to the Internet of Things.
  • the upper computer of the Internet of Things combines the information from the preloaded transmitter and the accumulated data. Data, determine whether the internal and external sealing surfaces of the butterfly valve are about to leak, whether the butterfly valve has leaked and whether the pressure parameters of the circulating medium are within the normal working range, and then notify the relevant personnel to take corresponding measures to prevent leakage accidents and maintain normal production get on.
  • a plug valve capable of detecting the specific pressure of the sealing surface online includes a valve body 801 that can detect the pressure-sensitive valve seat B of the specific pressure of the sealing surface online.
  • the cock installation cavity of the valve body is provided with a cock 802 with a medium flow hole in the middle.
  • a valve stem 809 is provided on the cock.
  • the valve stem is sleeved with a pressure-sensitive valve seat B, a disc spring 804, and a pressure ring 806 from bottom to top, and a valve cover 805 that is detachably connected to the valve body is passed through the valve rod.
  • the valve cover is provided with a locking mechanism for pressing the pressure-sensitive valve seat and the cock, and the valve cover is also provided with an early warning transmitter 5 electrically connected to the pressure-sensitive valve seat B.
  • the locking mechanism includes a mounting groove arranged on the valve body and used for mounting the pressure-sensitive valve seat, and the valve cover is provided with an annular convex portion that a downward projection abuts against the upper end surface of the stuffing box 814, the peripheral part of the valve cover is provided with locking bolts 810 connected with the valve body at intervals along the circumferential direction.
  • valve cover is screwed with an adjusting bolt 808 whose lower end abuts against the upper end surface of the pressure ring.
  • a valve sleeve 813 is provided between the cock and the valve body, and the lower part of the valve body is provided with a compensating recess 812 for the cock to be worn out, so as to allow the cock to move downward after being worn out.
  • the early warning transmitter amplifies, judges, and alarms the electrical signal sent by the pressure-sensitive valve seat B, and sends all parameter information to the Internet of Things.
  • the early warning transmitter receives the signal output by the pressure-sensitive valve seat B, and compares and analyzes it with the built-in data after amplification and digital processing. When the pressure detection value is close to the critical value, it judges that the plug valve is about to leak and issues an early warning. In the liquid or gas sensor When the signal changes abnormally, it is judged that the plug valve leaks and an alarm is issued; at the same time, the early warning transmitter transmits the relevant data information detected and processed to the Internet of Things. The upper computer of the Internet of Things judges based on the information from the preloaded transmitter and the accumulated big data. Whether the inner and outer sealing surfaces of the plug valve are about to leak, whether the plug valve has leaked, and then notify the relevant personnel to take corresponding measures to prevent leakage accidents and maintain normal production.
  • a gate valve capable of detecting the specific pressure of the sealing surface online includes a valve body 901 and a pressure-sensitive valve seat A and a pressure-sensitive valve seat B capable of detecting the specific pressure of the sealing surface online.
  • the gate installation cavity 903 of the valve body is provided with The gate 904, the valve body is provided with a pressure-sensitive valve seat A and a common valve seat 902 for fitting with the sealing surface of the gate.
  • the valve body is detachably connected with a valve cover 908 that cooperates with the valve body to form a gate active cavity 915
  • the valve cover is vertically penetrated with a valve stem 907 whose lower part is screwed to the gate plate, the pressure-sensitive valve seat is placed on the valve stem and the lower end surface abuts the valve cover, and the valve cover is also A locking mechanism for locking the valve stem and the pressure-sensitive valve seat B is provided, and the valve stem is also provided with an early warning transmitter 5 electrically connected to the pressure-sensitive valve seat.
  • the locking mechanism includes a mounting groove provided on the valve cover for mounting the pressure-sensitive valve seat B, and the valve stem is provided with an annular ring for abutting against the upper end surface of the pressure-sensitive valve seat B Convex part 914, the valve stem is sleeved with a gland 911 pressed on the annular convex part, and the periphery of the gland is provided with locking bolts 910 screwed to the valve cover, so as to realize the pressure of the pressure-sensitive valve seat B Tighten and lock the valve stem, and complete the pre-tightening of the valve stem and pressure-sensitive valve seat B through the locking bolt.
  • the pre-tightening force of the pressure-sensitive valve seat B and the valve body can be adjusted by rotating the locking bolt, so that the pressure-sensitive valve seat B can continue to complete the sealing, and realize the online compensation of the sealing surface wear.
  • the electrical pressure signal output by the pressure-sensitive valve seat B and the sealing specific pressure of the sealing surface have a functional relationship with the opening or closing of the gate and the pressure of the medium in the valve body channel.
  • the pressure change information of the pressure-sensitive valve seat from the tight transmitter can be combined with the accumulated big data to determine the internal sealing state of the gate valve, the opening or closing of the gate valve, and the pressure of the flowing medium.
  • the early warning transmitter amplifies, judges, and alarms the electrical signal sent by the pressure-sensitive valve seat, and sends all parameter information to the Internet of Things.
  • the upper end of the valve stem is provided with a hand wheel 913 or other driving devices.
  • the lower part of the valve stem is provided with a threaded part, and the threaded part is screwed to the nut part 906 provided on the upper end of the gate, so as to ensure the lifting of the gate during driving.
  • the gate is in the shape of a disc, and a shaft hole 918 for the valve rod to pass through is vertically provided on the gate, so as to provide a moving space for the valve rod during the upward movement of the gate.
  • a connecting platform is provided on the valve body, and a sealing ring 917 is provided between the connecting platform and the valve cover, so as to realize the sealing between the valve cover and the valve body and ensure the sealing of the movable cavity of the gate.
  • the periphery of the valve cover is also provided with locking bolts 916 connected to the valve body at intervals, thereby completing the connection between the valve cover and the valve body.
  • the early warning transmitter receives the signal output by the pressure-sensitive valve seat, and compares and analyzes the built-in data after amplification and digital processing.
  • the pressure detection value is close to the critical value, it judges that the gate valve is about to leak and issues an early warning.
  • the component signal is abnormal, it is judged that the gate valve leaks and alarms; at the same time, the early warning transmitter transmits the relevant data information detected and processed to the Internet of Things.
  • the upper computer of the Internet of Things judges the gate valve according to the information from the preload transmitter and the accumulated big data.
  • a shut-off valve capable of detecting the specific pressure of the sealing surface online, comprising a valve body 1001 and a pressure-sensitive valve seat A and a pressure-sensitive valve seat B capable of detecting the specific pressure of the sealing surface online.
  • the valve body has an upper chamber 1002 and a lower chamber
  • the upper part of the valve body is detachably connected with a valve cover 1015; the upper chamber is provided with a valve stem 1008 that vertically penetrates the valve cover, and the lower end of the valve stem
  • a valve flap 1006 is provided; the upper end surface of the central through hole of the chamber seat is provided with a pressure-sensitive valve seat A matching the valve flap;
  • the pressure-sensitive valve seat B is arranged in the valve cover and sleeved on the valve stem,
  • the valve cover is provided with a locking mechanism for locking the pressure-sensitive valve seat B; the valve stem is also provided with an early warning transmitter 5 electrically connected to the pressure-sensitive valve seat.
  • the upper part of the valve body is provided with a mounting platform and a mounting hole communicating with the upper chamber is vertically provided.
  • the valve cover is arranged on the mounting platform and covers the mounting hole, located between the valve cover and the mounting platform.
  • a gasket 1018 is arranged between the bonnets, and locking bolts 1017 connected to the mounting table are arranged at intervals on the circumference of the valve cover.
  • the locking mechanism includes a sealing gasket 1009 and a sealing ring 1010 which are arranged in the valve cover and sleeved on the valve stem from bottom to top.
  • the lower end surface of the pressure-sensitive valve seat abuts against the sealing ring,
  • the valve stem is also sleeved with a gland 1013 pressing on the upper end surface of the pressure-sensitive valve seat B, and the gland is provided with locking bolts 1012 screwed to the valve cover at intervals.
  • the electrical pressure signal output by the pressure-sensitive valve seat has a functional relationship with the sealing specific pressure of the valve flap to the pressure-sensitive valve seat 1, the opening or closing of the valve flap and the pressure of the medium in the valve body passage.
  • the networked host computer can judge the internal sealing state of the shut-off valve, the opening or closing of the shut-off valve, and the pressure of the circulating medium according to the pressure change information of the pressure-sensitive valve seat from the preload transmitter and the accumulated big data.
  • the early warning transmitter amplifies, judges, and alarms the pressure-sensitive pressure-sensitive valve seat and the electrical signals sent by the pressure-sensitive valve seat, and sends all parameter information to the Internet of Things.
  • the lower end of the valve stem is connected to the valve flap through the valve flap cover, the upper part of the valve stem is provided with a threaded part and is screwed to the connecting seat provided on the valve cover, and the upper end of the valve stem is also provided with Drive device to drive the valve stem up and down.
  • the driving device is a hand wheel 1016 for manual driving.
  • the pre-tightening transmitter is based on the pressure sensitive pressure
  • the output signal of the sensitive valve seat judges whether the shut-off valve is open or closed, whether there is internal leakage when it is closed, and judges the medium pressure. According to the change of the output signal of the pressure-sensitive valve seat, judge whether the shut-off valve leaks; The data is sent to the Internet of Things for remote monitoring and management.

Landscapes

  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Indication Of The Valve Opening Or Closing Status (AREA)

Abstract

一种可在线检测密封面比压的压敏阀座及其成套智能阀被公开。该阀座包括中部具有轴孔（102）的座体（101），座体（101）内部设置有环形空腔，环形空腔内设置有承压环（103），承压环（103）上设置有压力敏感元件（104），压力敏感元件（104）设置有穿出环形座体的电源信号线（105），压力敏感元件（104）上面设置有压环（106），座体（101）上端面还设置有压在压环（106）上的上密封环（107），座体（101）的下端面设置有下密封环（108）。该压敏阀座结构紧凑，安装在各种阀体中，方便地在线检测密封面的压力、阀门开度及介质压力的变化并无线连接物联网，方便远程实时监测预报密封泄漏等阀门参数，实现局域阀群的数字化管理。

Description

可在线检测密封面比压的压敏阀座及其成套智能阀 技术领域
本发明涉及一种可在线检测密封面比压的压敏阀座及其成套智能阀。
 背景技术
阀门在管路中作为切断、分配和改变介质流动方向的附件被广泛地应用在石油炼制、长输管线、化工、造纸、制药、水利、电力、市政、钢铁、矿山等行业，在国民经济中占有举足轻重的地位。
 技术问题
现有阀门的阀座通常与启闭件紧密贴合形成密封，现有阀座不具有感测贴合力大小变化的性能，因此当阀门长期启闭运行，阀座或启闭件磨损后，压敏阀座与启闭件之间的贴合力减小，阀门无法形成有效密封的状况很难为相关人员所知晓，这常导致介质泄漏事故的发生，严重时造成生命财产的巨大损失。并且现有的仪表器具很难监测阀门的泄漏，更无法预测阀门即将发生的泄漏，企业相关人员对阀门的微泄漏及远程监测管理常常力不从心。为此，需要一种可在线检测密封面比压的压敏阀座及其成套智能阀。
 技术解决方案
本发明的目的在于提供一种可在线检测密封面比压的压敏阀座及其成套智能阀，压敏阀座结构紧凑，安装在各种阀体中，可在线检测密封面的压力变化并输出相应的电信号，便于相关人员实时监测预报密封泄漏等阀门参数。
本发明的技术方案在于：一种可在线检测密封面比压的压敏阀座，包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环。
进一步地，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线。
进一步地，所述座体上端面可设置有压在压环上的球芯密封环，所述球芯密封环上设置有与球阀的球芯相贴合的锥形密封面。
一种可在线检测蝶阀密封面的压敏阀座，包括环形座体，所述环形座体的内圈沿周向间隔设置有个安装凹槽，所述安装凹槽内设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，所述环形座体的内圈还设置有密封环，位于密封环与压力敏感元件之间设置有承压件。
进一步地，所述穿出座体的电源信号线电连接于预警发射器，所述预警发射器包括中央设置有安装轴孔的发射器壳环，所述发射器壳环的安装腔内设置有与压力敏感元件相连接的电路板、为其供电用的电池盒以及接线盒，所述预警发射器电路板上安装有信号放大模块、MCU处理器、IOT通讯模块及报警器件。
一种可在线检测密封面比压的球阀，包括左阀体、右阀体，所述左阀体和右阀体之间设置有中阀体，所述中阀体的阀腔内设置有球芯，所述球芯的一侧端设置有与左阀体相抵接的压敏阀座C，所述压敏阀座C座体，包括所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述座体上端面可设置有压在压环上的球芯密封环，所述球芯密封环上设置有与球阀的球芯相贴合的锥形密封面；所述球芯的另一侧端设置有与右阀体相抵接的通用阀座，所述中阀体上穿设有下端与球芯相连接的阀杆，所述阀杆上套置有下端面与中阀体相抵接的压敏阀座B，所述压敏阀座B包括座体，座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线，所述中阀体上设置有阀杆及压敏阀座的紧固机构，所述阀杆上还设置有与压敏阀座电连接的预警发射器。
一种可在线检测密封面比压的蝶阀，包括轴向开设有介质流通道的阀体，所述介质流通道上设置压敏阀座D，所述压敏阀座D包括环形座体，所述环形座体的内圈沿周向间隔设置有个安装凹槽，所述安装凹槽内设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，所述环形座体的内圈还设置有密封环，位于密封环与压力敏感元件之间设置有承压件；所述阀体内设置有与压敏阀座相配合的碟板，所述碟板的上部设置有穿出阀体的上阀杆，所述阀杆上套置有下端面与上阀体相抵接的压敏阀座B，所述压敏阀座B包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线；所述上阀体上设置有上阀杆及压敏阀座的紧固机构，上阀杆上还设置有与压敏阀座B、压敏阀座D电连接的预警发射器。
一种可在线检测密封面比压的旋塞阀，包括阀体，所述阀体的旋塞安装腔内设置有中部具有介质流通孔的旋塞，所述旋塞上设置有阀杆，所述阀杆自下而上套置有压敏阀座B、碟簧、压环以及穿出与阀体可拆连接的阀盖，所述压敏阀座B包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线；所述阀盖上设置有用于压紧压敏阀座和旋塞的锁紧机构，阀盖上还设置有与压敏阀座电连接的预警发射器。
一种可在线检测密封面比压的闸阀，包括阀体，所述阀体的闸板安装腔内设置有闸板，阀体上设置有用于与闸板密封面相贴合的压敏阀座A和普通阀座，所述压敏阀座A包括所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环；阀体上可拆连接有与阀体配合形成闸板活动腔的阀盖，所述阀盖上竖向穿设有下部与闸板相螺接的阀杆，所述阀杆上套置有下端面与阀盖相抵接的压敏阀座B，所述压敏阀座B包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线；所述阀盖上还设置有用于锁紧阀杆和压敏阀座的锁紧机构，所述阀杆上还设置有与压敏阀座电连接的预警发射器。
一种可在线检测密封面比压的截止阀，包括阀体，所述阀体具有上腔室、下腔室及中央开设有通孔的腔室座台，阀体上部可拆连接有阀盖；所述上腔室内设置有竖向穿出阀盖的阀杆，所述阀杆的下端设置有阀瓣；所述腔室座台中央通孔的上端面设置有与阀瓣配合的压敏阀座A，所述压敏阀座A包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环；所述阀盖内设置有套置于阀杆上的压敏阀座B，所述压敏阀座B包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线；所述阀盖上设置有锁定压敏阀座的锁定机构；所述阀杆上还设置有与压敏阀座A、压敏阀座B电连接的预警发射器。
 有益效果
与现有技术相比较，本发明具有以下优点：本申请的压敏阀座结构紧凑，能与球阀、闸阀、蝶阀等各类截断阀的阀体成套，可用来在线检测密封面比压变化；与预警发射器配套使用，可无线连接物联网，实现阀门密封面的泄漏预报、泄漏报警以及阀门其他参数的在线监测。对与压敏阀座配套的球阀、闸阀、蝶阀、截止阀、旋塞阀的安全性能进行改造，便于实时监控、预警；通过压敏压敏阀座压力信号的变化状况判断阀门的开启或关闭、介质的压力及内泄漏发生的概率；根据压敏阀座输出的信号，预报阀门即将外泄漏并在阀门已经外泄漏时报警；发射器具有判断、预警、报警功能，还可向物联网传送阀门的相关数据信息，让上位机通过大数据分析对阀门的运行参数及安全性作出判断，及时地通知相关人员采取相应措施，保证生产线的正常运行。
 附图说明
图1为本发明的压敏阀座结构示意图；
图2为本发明的设置有液体或气体敏感元件的压敏阀座结构示意图；
图3为本发明球阀用的压敏阀座结构示意图；
图4为本发明蝶阀用的压敏阀座结构示意图；
图5为本发明的预警发射器的结构示意图；
图6为与本发明压敏阀座成套的智能球阀的结构示意图；
图7为与本发明压敏阀座成套的智能蝶阀的结构示意图；
图8为与本发明压敏阀座成套的智能旋塞阀的结构示意图；
图9为与本发明压敏阀座成套的智能闸阀的结构示意图；
图10为与本发明压敏阀座成套的智能截止阀的结构示意图；
图中： 1-压敏阀座A  101-座体  102-轴孔  103-承压环  104-压力敏感元件  105-电源信号线  106-压环  107-上密封环  108-下密封环  109-形变槽 
2-压敏阀座B  201-液体或气体感元件
3-压敏阀座C   301-球芯密封环
4-压敏阀座D  401-环形座体  402-介质流通孔  403-安装凹槽 404-压力敏感元件  405-电源信号线  406-承压环  407-密封环
5-预警发射器  501-发射器壳环  502-电路板  503-电池盒  504-接线盒
601-左阀体  603-中阀体  604-安装台  607-阀杆  608-环形凸部  609-压盖  610-球芯  611-通用阀座  612-右阀体  613-连接螺栓
701-密封底盖  702-阀体  703-密封圈  704-下阀杆  705-碟板  706-压板  708-上阀杆  710-压盖  711-锁定螺栓   713-环形凸部  714-沉孔 
801-阀体  802-旋塞   804-碟簧  805-阀盖  806-压环    808-调节螺栓  809-阀杆  810-锁紧螺栓  811-填料函  812-补偿凹部  813-阀套  814-环形凸部
901-阀体  902-普通阀座  903-闸板安装腔  904-闸板    906-螺母部  907-阀杆  908-阀盖    910-锁定螺栓  911-压盖   913-手轮  914-环形凸部  915-闸板活动腔  916-锁紧螺栓  917-密封圈  918-轴孔
1001-阀体  1002-上腔室  1003-下腔室  1004-腔室座台  1006-阀瓣  1007-阀瓣盖  1008-阀杆  1009-密封垫圈  1010-密封圈   1012-锁紧螺栓  1013-压盖    1015-阀盖  1016-手轮  1017-锁定螺栓  1018-密封垫。
 本发明的实施方式
为让本发明的上述特征和优点能更明显易懂，下文特举实施例，并配合附图，作详细说明如下，但本发明并不限于此。
参考图1、图2、图3、图4和图5
一种可在线检测密封面比压的压敏阀座A，包括中部具有轴孔102的座体101，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环103，所述承压环上设置有压力敏感元件104，所述压力敏感元件设置有穿出环形座体用于与预警发射器相电连的电源信号线105，压力敏感元件上面设置有压环106，所述座体上端面还设置有压在压环上的上密封环107，座体的下端面设置有下密封环108。
本实施例中，所述可在线检测密封面比压且介质泄漏时报警的压敏阀座B，其上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件201，所述液体或气体敏感元件设置有穿出环形座体与预警发射器相电连的电源信号线，以便其判断是否发生液体或气体的泄漏。
本实施例中，所述可在线检测球阀密封面比压的压敏阀座C，其座体上端面设置有用于与球阀球芯相贴合的球芯密封环301。
本实施例中，所述可在线检测蝶阀密封面比压的压敏阀座D，其环形座体401的中央设置有介质流通孔402，且内圈沿周向间隔设置有个安装凹槽403，所述安装凹槽内设置有压力敏感元件404，所述压力敏感元件设置有穿出环形座体的电源信号线，所述环形座体的内圈还设置有密封环407，位于密封环与压力敏感元件之间设置有承压环406。
本实施例中，所述压敏座体的电源信号线电连接于预警发射器500，所述预警发射器包括中央设置有安装轴孔的发射器壳环501，所述发射器壳环的安装腔内设置有与压力敏感元件相连接的电路板502、为其供电用的电池盒503以及接线盒504，所述电路板上安装有信号放大模块、MCU处理器、IOT通讯模块及报警器件。预警发射器对压敏阀座发送的电信号进行放大处理、判断、报警并将所有的参数信息发送至物联网。
本实施例中，所述可在线检测密封面比压的压敏阀座的承压环上设置有形变槽109，所述形变槽上设置有环形沟槽，所述压力敏感元件及压环自下而上安装于环形沟槽内。以便通过形变槽为承压环、压力敏感元件和压环的形变提供形变空间。
参考图1、图2、图3、图5及图6
一种可在线检测密封面比压的球阀，包括左阀体601、右阀体612以及可在线检测密封面比压的压敏阀座B和压敏阀座C，所述左阀体和右阀体之间设置有中阀体603，所述中阀体的阀腔内设置有球芯610，所述球芯的一侧端设置有与左阀体相抵接的压敏阀座C，球芯的另一侧端设置有与右阀体相抵接的通用阀座611，所述中阀体上穿设有下端与球芯相连接的阀杆607，所述阀杆上套置有下端面与中阀体相抵接的压敏阀座B，所述压敏阀座B包括座体，座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线，所述中阀体上设置有阀杆及压敏阀座的紧固机构，所述阀杆上还设置有与压敏阀座B及压敏阀座C电连接的预警发射器5。
本实施例中，所述左阀体和中阀体连成一体，或所述右阀体与中阀体连成一体，或左阀体、中阀体和右阀体分别为独立部件。
本实施例中，所述紧固机构包括设置于阀杆中部并与压敏阀座上端面相抵接的环形凸部608，所述阀杆上套置有压在环形凸部上的压盖609，所述压盖的周部间隔设置有螺栓孔并穿设有与中部阀体相连接的锁定螺栓，从而实现压敏阀座B的压紧以及阀杆锁紧；并通过锁定螺栓完成阀杆及压敏阀座B的预紧，同时还可以在压敏阀座B磨损后，通过旋转锁定螺栓调整压敏阀座B与中阀体的预紧力，使压敏阀座B继续完成密封，实现密封面磨损的在线补偿。
本实施例中，所述中阀体上设置有安装台604，所述安装台上设置有用于容纳压敏阀座的凹部，以便完成压敏阀座的定位。所述锁定螺栓穿过压盖与安装台相螺接。
本实施例中，所述左阀体和右阀体上用于与中阀体相连接的端部上分别设置有法兰盘，左阀体的法兰盘上沿周向间隔穿设有与右阀体的法兰盘相连接的连接螺栓613，从而通过连接螺栓完成左阀体、中阀体和右阀体的锁紧固定，并通过连接螺栓完成压敏阀座C、普通阀座与球芯及左阀体、右阀体的配合预紧。
本实施例中，所述左阀体和右阀体与中阀体配合的端面上分别设置有密封圈，从而保证阀体间的密封效果。
本实施例中，所述压敏阀座B输出的压力电信号与密封面的密封比压，与球芯开度及与球体通道中的介质压力存在函数关系，物联网上位机根据预紧发射器传来的压敏阀座的压力变化信息结合积累的大数据，即可判断球阀的内密封状态、球阀的开度及流通介质的压力。
本实施例中，所述球芯密封环上设置有用于与球芯相抵接的锥形密封面，从而与球芯的球面相贴合完成密封。所述底座密封环的密封面为平面，从而与左阀体或右阀体上设置有安装部位的平面相贴合。
本实施例中，所述预警发射器对压敏阀座发送的电信号进行放大处理、判断、报警并将所有的参数信息发送至物联网。
工作原理：球芯与压敏阀座C贴合密封的压力会传递到压力敏感元件上；阀体内压力变化的流通介质对不同开度的球芯产生不同的作用力，通过压敏阀座叠C加到压力敏感元件上；阀芯开度不变，叠加力随介质压力变化，介质压力不变，叠加力随阀芯开度变化。同样的，阀杆环形凸部对压敏阀座B贴合密封的压力也会传递到压力敏感元件上，而液体或气体通过液敏或气敏元件时会导致其输出电信号变化。智能球阀工作时，预警发射器接收压敏阀座输出的信号，经放大和数字处理后与内置的数据进行比较分析，在压力检测值接近临界值时判断球阀即将泄漏而发出预警，在液体或气体敏感元件信号异常时判断球阀发生外漏而发出警报；同时，预警发射器将检测处理的有关数据信息传输到物联网，物联网上位机根据预紧发射器传来信息结合积累的大数据，判断球阀的内外密封面是否即将泄漏，球阀是否已经发生泄漏，球阀的开度及流通介质的压力参数是否处于正常的工作范围内，进而通知相关人员采取相应措施，防止泄漏事故发生，维持生产的正常进行。
参考图1、图2、图4、图5及图7
一种可在线检测密封面比压的蝶阀，包括轴向开设有介质流通孔的阀体702和可在线检测密封面比压的压敏阀座B和压敏阀座D，所述介质流通孔上设置有压敏阀座D，所述阀体内设置有与压敏阀座D相配合的碟板705，所述碟板的上部设置有穿出阀体的上阀杆708，所述压敏阀座B套置于阀杆上且下端面与上阀体相抵接，所述上阀体上设置有上阀杆及压敏阀座B的紧固机构，上阀杆上还设置有与压敏阀座电连接的预警发射器5。
本实施例中，所述紧固机构包括设置于阀体上用于容纳压敏阀座的沉孔714，所述上阀杆上设置有与压敏阀座上端面相抵接的环形凸部713，上阀杆上套置有压在环形凸部上的压盖710，所述压盖的周部间隔设置有螺栓孔并穿设有与阀体相连接的锁定螺栓711。从而实现压敏阀座B的压紧以及阀杆锁紧；并通过锁定螺栓完成上阀杆及压敏阀座B的预紧，同时还可以在压敏阀座B磨损后，通过旋转锁定螺栓调整压敏阀座B与阀体的预紧力，使压敏阀座B继续完成密封，实现密封面磨损的在线补偿。
本实施例中，所述碟板的下部固定有与设置于阀体上的轴孔转动连接的下阀杆704，所述阀体上设置有封盖轴孔的密封底盖701，所述密封底盖与阀体之间设置有密封垫圈，密封底盖的周部间隔设置有若干与阀体相连接的锁定螺栓。
本实施例中，所述碟板上经压板706固定有与压敏阀座D密封配合的密封圈703。
本实施例中，所述压敏阀座D输出的压力电信号与密封面的密封比压，与介质流通孔中的介质压力存在函数关系，物联网上位机根据预紧发射器传来的压敏阀座的压力变化信息结合积累的大数据，即可判断蝶阀的内密封状态和流通介质的压力。
本实施例中，所述压敏阀座D密封环上设置有用于与碟板相抵接的锥形密封面，从而与碟板密封圈的圆弧面相贴合完成密封。所述压敏阀座B的底座密封环的密封面为平面，从而与阀体上设置的安装部位的平面相贴合。
本实施例中，所述预警发射器对压敏阀座发送的电信号进行放大处理、判断、报警并将所有的参数信息发送至物联网。
工作原理：蝶板与压敏阀座B贴合密封的压力会 传递到压力敏感元件上；阀体内压力变化的流通介质对压敏阀座D产生不同的作用力作用在压力敏感元件上，其输出电信号随介质压力变化；同样的，上阀杆的环形凸部对压敏阀座B贴合密封的压力也会传递到压力敏感元件上，而液体或气体通过液敏或气敏元件时会导致其输出电信号变化。智能蝶阀工作时，预警发射器接收压敏阀座输出的信号，经放大和数字处理后与内置的数据进行比较分析，在压力检测值接近临界值时判断碟阀即将泄漏而发出预警，在液体或气体敏感元件信号异常时判断碟阀发生外漏而发出警报；同时，预警发射器将检测处理的有关数据信息传输到物联网，物联网上位机根据预紧发射器传来信息结合积累的大数据，判断碟阀的内外密封面是否即将泄漏，碟阀是否已经发生泄漏及流通介质的压力参数是否处于正常的工作范围内，进而通知相关人员采取相应措施，防止泄漏事故发生，维持生产的正常进行。
参考图2及图8
一种可在线检测密封面比压的旋塞阀，包括阀体801可在线检测密封面比压的压敏阀座B，所述阀体的旋塞安装腔内设置有中部具有介质流通孔的旋塞802，所述旋塞上设置有阀杆809，所述阀杆自下而上套置有压敏阀座B、碟簧804、压环806并穿出与阀体可拆连接的阀盖805，所述阀盖上设置有用于压紧压敏阀座和旋塞的锁紧机构，阀盖上还设置有与压敏阀座B电连接的预警发射器5。
本实施例中，所述锁紧机构包括设置于阀体上并用于安装压敏阀座的安装凹槽，所述阀盖上设置有向下凸起与填料函上端面相抵接的环形凸部814，阀盖的周部沿周向间隔设置有与阀体相连接的锁紧螺栓810。
本实施例中，所述阀盖上螺接有下端与压环上端面相抵接的调节螺栓808。
本实施例中，所述旋塞与阀体间设置有阀套813，阀体的下部设置有用于旋塞磨损后的补偿凹部812，以便让旋塞磨损后有下移的空间。
本实施例中，所述预警发射器对压敏阀座B发送的电信号进行放大处理、判断、报警并将所有的参数信息发送至物联网。
工作原理：旋塞阀工作时调节螺栓旋紧，旋塞楔插入阀套中并与阀套内锥面贴合密封，贴合密封面比压的大小与调节螺栓的松紧相关，由压敏阀座B测取并输出相应的电信号；阀套与旋塞形成的密封面比压有一临界值，比压低于临界值旋塞阀泄漏，比压高于临界值旋塞阀密封；旋塞阀泄漏时，介质与液体或气体敏感元件接触并导致敏感元件输出信号的变化。预警发射器接收压敏阀座B输出的信号，经放大和数字处理后与内置的数据进行比较分析，在压力检测值接近临界值时判断旋塞阀即将泄漏而发出预警，在液体或气体敏感元件信号异常变化时判断旋塞阀发生外漏而发出警报；同时，预警发射器将检测处理的有关数据信息传输到物联网，物联网上位机根据预紧发射器传来信息结合积累的大数据，判断旋塞阀的内外密封面是否即将泄漏，旋塞阀是否已经泄漏，进而通知相关人员采取相应措施，防止泄漏事故发生，维持生产的正常进行。
参考图1、图2、图5及图9
一种可在线检测密封面比压的闸阀，包括阀体901和可在线检测密封面比压的压敏阀座A和压敏阀座B，所述阀体的闸板安装腔903内设置有闸板904，阀体上设置有用于与闸板密封面相贴合的压敏阀座A和普通阀座902，阀体上可拆连接有与阀体配合形成闸板活动腔915的阀盖908，所述阀盖上竖向穿设有下部与闸板相螺接的阀杆907，所述压敏阀座套置于阀杆上且下端面与阀盖相抵接，所述阀盖上还设置有用于锁紧阀杆和压敏阀座B的锁紧机构，所述阀杆上还设置有与压敏阀座电连接的预警发射器5。
本实施例中，所述锁紧机构包括设置于阀盖上用于安装压敏阀座B的安装凹槽，所述阀杆上设置有用于与压敏阀座B的上端面相抵接的环形凸部914，阀杆上套置有压在环形凸部上的压盖911，所述压盖周部间隔设置有与阀盖相螺接的锁定螺栓910，从而实现压敏阀座B的压紧以及阀杆锁紧，并通过锁定螺栓完成阀杆及压敏阀座B的预紧。同时还可以在压敏阀座B磨损后，通过旋转锁定螺栓调整压敏阀座B与阀体的预紧力，使压敏阀座B继续完成密封，实现密封面磨损的在线补偿。
本实施例中，所述压敏阀座B输出的压力电信号与密封面的密封比压，与闸板开或闭及与阀体通道中的介质压力存在函数关系，物联网上位机根据预紧发射器传来的压敏阀座的压力变化信息结合积累的大数据，即可判断闸阀的内密封状态、闸阀的开或闭及流通介质的压力。
本实施例中，所述预警发射器对压敏阀座发送的电信号进行放大处理、判断、报警并将所有的参数信息发送至物联网。
本实施例中，为了驱动阀杆旋转，所述阀杆的上端设置有手轮913或其他驱动装置。所述阀杆的下部设置有螺纹部，所述螺纹部与设置于闸板上端的螺母部906相螺接，从而保证驱动时闸板的升降。所述闸板呈圆盘状且闸板上还竖向设置有用于阀杆穿行的轴孔918，从而在闸板的上行过程中为阀杆提供移动空间。
本实施例中，所述阀体上设置有连接台，所述连接台与阀盖之间设置有密封圈917，从而实现阀盖与阀体的密封，保证闸板活动腔的密封性。所述阀盖周部还间隔设置有与阀体相连接的锁紧螺栓916，从而完成阀盖与阀体的连接。
工作原理：闸板与压敏阀座A贴合密封的压力会传递到压力敏感元件上；阀体内压力变化的流通介质通过闸板对压敏阀座B产生不同的作用力会叠加在压力敏感元件上；闸板关闭时，叠加力随介质压力变化；阀板开启时，密封压力解除，介质压力直接作用在压敏压敏阀座上，压力敏感元件的输出信号随介质压力而变化。同样的，阀杆环形凸部对压敏阀座B贴合密封的压力也会传递到压力敏感元件上，而液体或气体通过液敏或气敏元件时会导致其输出电信号变化。工作时，预警发射器接收压敏阀座输出的信号，经放大和数字处理后与内置的数据进行比较分析，在压力检测值接近临界值时判断闸阀即将泄漏而发出预警，在液体或气体敏感元件信号异常时判断闸阀发生外漏而报警；同时，预警发射器将检测处理的有关数据信息传输到物联网，物联网上位机根据预紧发射器传来信息结合积累的大数据，判断闸阀的内外密封面是否即将泄漏，闸阀是否已经发生泄漏，闸阀的开、闭及流通介质的压力参数是否处于正常的工作范围内，进而通知相关人员采取相应措施，防止泄漏事故发生，维持生产的正常进行。
参考图1、图2、图5及图10
一种可在线检测密封面比压的截止阀，包括阀体1001和可在线检测密封面比压的压敏阀座A和压敏阀座B，所述阀体具有上腔室1002、下腔室1003及中央开设有通孔的腔室座台1004，阀体上部可拆连接有阀盖1015；所述上腔室内设置有竖向穿出阀盖的阀杆1008，所述阀杆的下端设置有阀瓣1006；所述腔室座台中央通孔的上端面设置有与阀瓣配合的压敏阀座A；所述压敏阀座B设置于阀盖内并套置于阀杆上，所述阀盖上设置有锁定压敏阀座B的锁定机构；所述阀杆上还设置有与压敏阀座电连接的预警发射器5。
本实施例中，所述阀体上部设置有安装台并竖直设置有与上腔室连通的安装孔，所述阀盖设置于安装台上并封盖安装孔，位于阀盖与安装台之间设置有密封垫1018，阀盖的周部间隔设置有与安装台相连接的锁定螺栓1017。
本实施例中，所述锁定机构包括设置于阀盖内并自下而上套置于阀杆上的密封垫圈1009、密封圈1010，所述压敏阀座的下端面与密封圈相抵接，所述阀杆上还套置有压在压敏阀座B上端面的压盖1013，所述压盖上间隔穿设有与阀盖相螺接的锁紧螺栓1012，所述预紧发射器设置于压盖上。
本实施例中，所述压敏阀座输出的压力电信号与阀瓣对压敏阀座1的密封比压、与阀瓣开或闭及与阀体通道中的介质压力存在函数关系，物联网上位机根据预紧发射器传来的压敏阀座的压力变化信息结合积累的大数据，即可判断截止阀的内密封状态、截止阀的开或闭及流通介质的压力。
本实施例中，所述预警发射器对压敏压敏阀座和压敏阀座发送的电信号进行放大处理、判断、报警并将所有的参数信息发送至物联网。
本实施例中，所述阀杆的下端经阀瓣盖与阀瓣相连接，阀杆的上部设置有螺纹部并与设置于阀盖上的连接座相螺接，阀杆的上端还设置有驱动装置，从而驱动阀杆升降。所述驱动装置为手轮1016，以便手动驱动。
工作原理：手轮上旋时，阀瓣随阀杆上移，截止阀开启，阀瓣密封环不与阀瓣贴合，压敏阀座输出信号随介质压力大小而变化；手轮下旋时，阀瓣随阀杆下移，阀瓣密封环与阀瓣贴合形成密封，截止阀关断，压敏阀座输出信号随密封面比压大小而变化；压盖压紧时，压敏阀座与密封圈及阀杆紧密贴合，密封面比压大于临界值，截止阀介质不外漏，反之，密封面比压小于临界值，截止阀介质外漏；预紧发射器根据压敏压敏阀座输出的信号判断截止阀的开与关、关闭时是否内漏并判断介质压力大小，根据压敏阀座输出信号的变化，判断截断阀是否外漏；预紧发射器还将上述状态数据发送到物联网供远程监测和管理。
以上所述仅为本发明的较佳实施例，对于本领域的普通技术人员而言，根据本发明的教导，设计出不同形式的连接物联网的智能及其成套阀并不需要创造性的劳动，在不脱离本发明的原理和精神的情况下凡依本发明申请专利范围所做的均等变化、修改、替换和变型，皆应属本发明的涵盖范围。

Claims (10)

  1. 一种可在线检测密封面比压的压敏阀座，包括座体，其特征在于，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环。
  2. 根据权利要求1所述的可在线检测密封面比压的压敏阀座，其特征在于，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线。
  3. 根据权利要求1所述的可在线检测密封面比压的压敏阀座，其特征在于，所述座体上端面可设置有压在压环上的球芯密封环，所述球芯密封环上设置有与球阀的球芯相贴合的锥形密封面。
  4. 一种可在线检测蝶阀密封面的压敏阀座，其特征在于，包括环形座体，所述环形座体的内圈沿周向间隔设置有个安装凹槽，所述安装凹槽内设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，所述环形座体的内圈还设置有密封环，位于密封环与压力敏感元件之间设置有承压件。
  5. 根据权利要求1、2、3或4所述的可在线检测密封面比压的压敏阀座，其特征在于，所述穿出座体的电源信号线电连接于预警发射器，所述预警发射器包括中央设置有安装轴孔的发射器壳环，所述发射器壳环的安装腔内设置有与压力敏感元件相连接的电路板、为其供电用的电池盒以及接线盒，所述预警发射器电路板上安装有信号放大模块、MCU处理器、IOT通讯模块及报警器件。
  6. 一种可在线检测密封面比压的球阀，包括左阀体、右阀体，其特征在于，所述左阀体和右阀体之间设置有中阀体，所述中阀体的阀腔内设置有球芯，所述球芯的一侧端设置有与左阀体相抵接的压敏阀座C，所述压敏阀座C包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述座体上端面可设置有压在压环上的球芯密封环，所述球芯密封环上设置有与球阀的球芯相贴合的锥形密封面；所述球芯的另一侧端设置有与右阀体相抵接的通用阀座，所述中阀体上穿设有下端与球芯相连接的阀杆，所述阀杆上套置有下端面与中阀体相抵接的压敏阀座B，所述压敏阀座B包括座体，座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线，所述中阀体上设置有阀杆及压敏阀座的紧固机构，所述阀杆上还设置有与压敏阀座电连接的预警发射器。
  7. 一种可在线检测密封面比压的蝶阀，包括轴向开设有介质流通道的阀体，其特征在于，所述介质流通道上设置压敏阀座D，所述压敏阀座D包括环形座体，所述环形座体的内圈沿周向间隔设置有个安装凹槽，所述安装凹槽内设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，所述环形座体的内圈还设置有密封环，位于密封环与压力敏感元件之间设置有承压件；所述阀体内设置有与压敏阀座相配合的碟板，所述碟板的上部设置有穿出阀体的上阀杆，所述阀杆上套置有下端面与上阀体相抵接的压敏阀座B，所述压敏阀座B包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线；所述上阀体上设置有上阀杆及压敏阀座的紧固机构，上阀杆上还设置有与压敏阀座B、压敏阀座D电连接的预警发射器。
  8. 一种可在线检测密封面比压的旋塞阀，包括阀体，其特征在于，所述阀体的旋塞安装腔内设置有中部具有介质流通孔的旋塞，所述旋塞上设置有阀杆，所述阀杆自下而上套置有压敏阀座B、碟簧、压环以及穿出与阀体可拆连接的阀盖，所述压敏阀座B包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线；所述阀盖上设置有用于压紧压敏阀座和旋塞的锁紧机构，阀盖上还设置有与压敏阀座电连接的预警发射器。
  9. 一种可在线检测密封面比压的闸阀，包括阀体，其特征在于，所述阀体的闸板安装腔内设置有闸板，阀体上设置有用于与闸板密封面相贴合的压敏阀座A和普通阀座，所述压敏阀座A包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环；阀体上可拆连接有与阀体配合形成闸板活动腔的阀盖，所述阀盖上竖向穿设有下部与闸板相螺接的阀杆，所述阀杆上套置有下端面与阀盖相抵接的压敏阀座B，所述压敏阀座B包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线；所述阀盖上还设置有用于锁紧阀杆和压敏阀座的锁紧机构，所述阀杆上还设置有与压敏阀座电连接的预警发射器。
  10. 一种可在线检测密封面比压的截止阀，包括阀体，其特征在于，所述阀体具有上腔室、下腔室及中央开设有通孔的腔室座台，阀体上部可拆连接有阀盖；所述上腔室内设置有竖向穿出阀盖的阀杆，所述阀杆的下端设置有阀瓣；所述腔室座台中央通孔的上端面设置有与阀瓣配合的压敏阀座A，所述压敏阀座A包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环；所述阀盖内设置有套置于阀杆上的压敏阀座B，所述压敏阀座B包括座体，所述座体内部设置有环形空腔，所述环形空腔内设置有承压环，所述承压环上设置有压力敏感元件，所述压力敏感元件设置有穿出环形座体的电源信号线，压力敏感元件上面设置有压环，所述座体上端面还设置有压在压环上的上密封环，座体的下端面设置有下密封环，所述上密封环和下密封环内分别设置有环形凹部，所述环形凹部内分别设置有液体或气体敏感元件，所述液体或气体敏感元件设置有穿出环形座体的电源信号线；所述阀盖上设置有锁定压敏阀座的锁定机构；所述阀杆上还设置有与压敏阀座A、压敏阀座B电连接的预警发射器。
PCT/CN2019/088451 2019-02-03 2019-05-25 可在线检测密封面比压的压敏阀座及其成套智能阀 WO2020155479A1 (zh)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201910108991.8A CN109737214B (zh) 2019-02-03 2019-02-03 可在线检测密封面比压的压敏阀座及其成套智能阀
CN201910108991.8 2019-02-03

Publications (1)

Publication Number Publication Date
WO2020155479A1 true WO2020155479A1 (zh) 2020-08-06

Family

ID=66367250

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2019/088451 WO2020155479A1 (zh) 2019-02-03 2019-05-25 可在线检测密封面比压的压敏阀座及其成套智能阀

Country Status (2)

Country Link
CN (1) CN109737214B (zh)
WO (1) WO2020155479A1 (zh)

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109737214B (zh) * 2019-02-03 2023-09-29 福建开立通科技有限公司 可在线检测密封面比压的压敏阀座及其成套智能阀
CN110454584B (zh) * 2019-08-23 2024-04-26 福建开立通科技有限公司 可检测密封比压的无死角耐磨蚀圆台阀及其加工方法

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20090303057A1 (en) * 2005-09-29 2009-12-10 Brown Gregory C Leak detector for process valve
CN205118302U (zh) * 2015-10-08 2016-03-30 张荣斌 带压检测的球阀
CN206246724U (zh) * 2016-12-05 2017-06-13 耐氟隆阀业有限公司 一种可检测内压的衬氟球阀
KR101765881B1 (ko) * 2017-01-04 2017-08-08 한우성 볼밸브에서 시일부재의 교환 경보장치
CN206708530U (zh) * 2017-04-14 2017-12-05 福建华永科技有限公司 具有预报泄漏功能的智能阀门
CN107606274A (zh) * 2017-11-08 2018-01-19 南通鑫农阀门科技有限公司 一种用于检查侧漏的阀门装置
CN109737214A (zh) * 2019-02-03 2019-05-10 福建开立通科技有限公司 可在线检测密封面比压的压敏阀座及其成套智能阀

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE3265483D1 (en) * 1982-01-18 1985-09-26 Hartmann Patentverwaltung Gmbh Ball valve
JP4283842B2 (ja) * 2006-11-01 2009-06-24 京和工業株式会社 弁装置
CN106907523B (zh) * 2017-04-14 2022-12-13 福建开立通科技有限公司 一种预测阀门泄漏的方法
CN209818791U (zh) * 2019-02-03 2019-12-20 福建开立通科技有限公司 可用来在线监测密封比压的压敏阀座

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20090303057A1 (en) * 2005-09-29 2009-12-10 Brown Gregory C Leak detector for process valve
CN205118302U (zh) * 2015-10-08 2016-03-30 张荣斌 带压检测的球阀
CN206246724U (zh) * 2016-12-05 2017-06-13 耐氟隆阀业有限公司 一种可检测内压的衬氟球阀
KR101765881B1 (ko) * 2017-01-04 2017-08-08 한우성 볼밸브에서 시일부재의 교환 경보장치
CN206708530U (zh) * 2017-04-14 2017-12-05 福建华永科技有限公司 具有预报泄漏功能的智能阀门
CN107606274A (zh) * 2017-11-08 2018-01-19 南通鑫农阀门科技有限公司 一种用于检查侧漏的阀门装置
CN109737214A (zh) * 2019-02-03 2019-05-10 福建开立通科技有限公司 可在线检测密封面比压的压敏阀座及其成套智能阀

Also Published As

Publication number Publication date
CN109737214B (zh) 2023-09-29
CN109737214A (zh) 2019-05-10

Similar Documents

Publication Publication Date Title
USRE34923E (en) Valve stem seal leak protection and detection apparatus
US9726643B2 (en) Gate valve real time health monitoring system, apparatus, program code and related methods
CN110546412B (zh) 带传感器接头及使用该带传感器接头的监视系统
WO2020155479A1 (zh) 可在线检测密封面比压的压敏阀座及其成套智能阀
FI73058C (fi) Ventil.
US11692903B2 (en) Valve diagnostic and performance system
CN205538101U (zh) 一种卡箍式法兰泄漏监测装置
WO2021143495A1 (zh) 一种波纹管截止阀
US7004470B2 (en) Device for a pipe flange seal
US20200063892A1 (en) Method for predicting valve leakage
EP4222396B1 (en) Valve diagnostic and performance system
US11441697B2 (en) Valve diagnostic and performance system
CN110132497A (zh) 一种机械密封状态监测装置
KR101765881B1 (ko) 볼밸브에서 시일부재의 교환 경보장치
CN102094970A (zh) 一种可控应力松弛率范围的密封垫片
WO2019004071A1 (ja) 流体駆動弁
CN209540072U (zh) 连接物联网的智能闸阀
CN202176714U (zh) 一种可控应力松弛率范围的密封垫片
JP7022975B2 (ja) センサ付きバルブ並びにこれを用いた監視システムおよび流体供給装置
CN110701375A (zh) 一种能够监控内部温度及气体泄漏的蝶阀
JPH0326307B2 (zh)
CN202176713U (zh) 一种智能可控密封垫片
CA1136111A (en) Valves for fluids
CN113833868A (zh) 一种防逸散性阀门
JPS63275878A (ja) 調節弁のリ−ク防止構造

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 19912773

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 19912773

Country of ref document: EP

Kind code of ref document: A1