4271 results about "Piping" patented technology

Various automated techniques are disclosed herein for monitoring and assessing real-time and future operational and health statuses of real-world assets (e.g., physical devices, components, equipment, structures, buildings, machines, infrastructure, piping systems, etc.). A monitoring system incorporates the use of intelligent Monitoring Devices for monitoring pipe systems and / or other infrastructure for leaks / issues using IoT devices and machine learning. One or more Monitoring Device(s) are attached to specific physical equipment / structure(s) to be monitored. A Monitoring Device performs comprehensive field data gathering. The collected field data is used to train a customized ML model, which is stored locally in that Monitoring Device. The Monitoring Device monitors current conditions of the pipe using various sensors, and uses its locally stored customized, trained model to perform real-time, edge-based analysis of the monitored data to identify possible issues in real-time and / or to predict future maintenance / service needs without relying on continuous cloud connectivity.

The invention relates to the field of industrial pipeline systems, in particular to a displacement analysis evaluation and compensation method for optimizing pipeline thermal expansion. The method comprises the following steps: collecting multi-temperature thermal state snapshots to form a thermal state change sequence; determining a thermal expansion constraint boundary according to the thermal state change sequence, and forming boundary condition data; fixed points and free points of the pipeline system are identified according to the boundary condition data, and a degree-of-freedom distribution diagram is constructed; based on the degree-of-freedom distribution diagram, analyzing a displacement transfer relation of each pipe section, and generating displacement transfer chain data; identifying a thermal expansion concentrated release area through displacement transfer chain data, and performing node resonance detection to form vibration risk assessment data; and designing a thermal stress digestion path based on vibration risk assessment data, and setting flexible constraints to form a balanced stress network. The thermal expansion displacement transmission path is tracked in real time through displacement transmission chain analysis, the resonance frequency is synchronously recognized in combination with vibration mode detection, and dynamic association of the thermal expansion process and the vibration mode is achieved.

The invention discloses a sluice risk real-time evolution prediction and evaluation method, and relates to the technical field of hydraulic engineering, and the method comprises the steps: synchronously collecting real-time multi-physics field data of a target region in a foundation through an in-situ multi-parameter collaborative sensing network; extracting a multi-dimensional spatial-temporal feature sequence from the real-time multi-physics field data, and matching the multi-dimensional spatial-temporal feature sequence with a seepage evolution mode record pre-constructed in a multi-physics field data fusion and knowledge base to identify a collaborative anomaly mode representing a current seepage state; predicting a risk evolution trend based on the identified collaborative abnormal mode; according to the method, the real-time perspective of the three-dimensional structure and dynamic evolution of the seepage network in the foundation can be realized, the real-time perspective of the three-dimensional structure of the seepage network in the foundation and the dynamic evolution of the seepage network in the foundation can be realized, and the real-time perspective of the three-dimensional structure of the seepage network in the foundation can be realized before the occurrence of catastrophe such as piping. And sending out critical state early warning.

The invention relates to the technical field of welding equipment, in particular to a ship piping accessory automatic welding device which comprises a base and a supporting plate fixedly connected to the base and further comprises a hollow cylinder rotationally arranged on the supporting plate, and four supporting rods surround the hollow cylinder; the pushing assembly is arranged on the hollow cylinder, connected with the four supporting rods and used for driving the four supporting rods to expand outwards to support the supporting pipe; by starting the first driving motor, the multiple supporting rods can be driven to expand outwards to support the branch pipe, meanwhile, the C-shaped buckle plate is driven to deflect to fix the transverse pipe, then the branch pipe and the transverse pipe are conveniently and rapidly fixed at the same time, meanwhile, in the process of fixing the branch pipe and the transverse pipe, the alignment assembly is used for driving the branch pipe to move to be in butt joint with the transverse pipe, and it is guaranteed that the welding positions are aligned; meanwhile, after the transverse pipe is aligned with the branch pipe, the first driving motor continues to be started to drive the transverse pipe to move and break away from the branch pipe, so that a welding seam is formed, and the welding effect is improved.

A handheld extractor that includes a housing, a supply tank adjacent a first side of the housing, and a recovery tank adjacent a second side of the housing. A cleaning chamber is in the third side of the housing. A fluid flow path is between the supply tank and the cleaning chamber. The cleaning chamber receives a suction nozzle and a suction source provides suction through a hose and the second fluid flow path to extract the cleaning fluid from the supply tank, along the fluid flow path into the cleaning chamber, through the hose and into the recovery tank to flush the cleaning fluid through the hose to clean the hose when the suction nozzle is received in the cleaning chamber.

The invention discloses an automatic machine tool cooling liquid supplementing device based on a liquid level sensor, which is applied to the technical field of automatic machine tool cooling liquid supplementing and comprises a liquid supplementing mechanism and a liquid level detection mechanism, the liquid level detection mechanism is arranged on one side of the liquid supplementing mechanism, and the liquid level detection mechanism is in pipeline connection with the liquid supplementing mechanism; the liquid supplementing mechanism comprises a machine body, a control cabinet and a four-way pipe, and the control cabinet is in signal connection with a liquid supplementing system; the liquid level detection mechanism comprises a circulating box, a fifth liquid supplementing pump, a liquid level sensor, a buffering assembly and a cleaning assembly, the buffering assembly and the cleaning assembly are both located in the fine filtrate area, and a concentration sensor is fixedly connected to the interior of the circulating box; the buffer assembly comprises two sets of limiting blocks and a plurality of fan wheels, the cleaning assembly comprises an air cylinder, a cleaning rod and a motor, the bottom of the cleaning rod is arranged to be in a semicircular shape matched with the radius of a floating ball of the liquid level sensor, and automatic and accurate control over cooling liquid can be achieved.

The invention discloses a dam piping checking method, device, system and equipment, and relates to the field of dam piping detection. The method comprises the following steps: determining a first piping suspected point from a thermal infrared image; determining a second piping suspected point in the visible light image; determining the same piping suspected point in the first piping suspected point and the second piping suspected point as a first piping point; reconstructing a three-dimensional terrain digital elevation model according to the laser point cloud data; determining the material type of an object in the target dam investigation area according to the laser radar reflection signal; matching objects in the first piping suspected point, the three-dimensional terrain digital elevation model and the target dam troubleshooting area; according to the matched three-dimensional terrain digital elevation model and the material type of the object, misjudged piping suspected points in the first piping suspected points are deleted, and second piping points are obtained; and determining the first piping point and the second piping point as the piping points of the target dam investigation area. According to the invention, the accuracy of dam piping point troubleshooting can be greatly improved.

The invention discloses a construction method and device for a secondary piping assembly process of a semiconductor production line, and the method comprises the steps: calling secondary piping assembly data in a pre-constructed database according to the primary input of a user; based on a preset secondary piping assembly assembling logic, giving a two-dimensional pipeline logic relation graph of two-dimensional graph connection of each secondary piping assembly, and forming an initial assembling process of the secondary piping of the semiconductor production line by combining a legend of a corresponding two-dimensional graph; based on the secondary input of the user, the initial assembly process of the secondary piping of the semiconductor production line is optimized, and the assembly process of the secondary piping of the semiconductor production line is constructed. According to the semiconductor production line secondary piping assembly process construction scheme provided by the invention, the standardization and automation degree of assembly process design are improved, the design efficiency is improved, the consistency and expandability of secondary piping assembly are enhanced, the accuracy and readability of the secondary piping assembly process are improved, and the pipeline construction cost of secondary piping is reduced.

Systems and methods for generating electrical power in an organic Rankine cycle (ORC) operation include one or more heat exchangers incorporated into mobile heat generation units, and which will receive a heated fluid flow from one or more heat sources, and transfer heat therefrom to a working fluid that is circulated through an ORC unit for generation of power. In embodiments, the mobile heat generation units comprise pre-packaged modules with one or more heat exchangers connected to a pump of a recirculation system, including an array of piping, such that each mobile heat generation unit can be transported to the site and installed as a substantially stand-alone module or heat generation assembly.

The invention discloses a hydroelectric generating set forced mechanism low-frequency oscillation elimination method and device, and the method comprises the steps: monitoring the power oscillation inherent frequency of a hydroelectric generating set at different load sections, and determining the resonant frequency early warning range of the pressure pulsation of a draft tube of the hydroelectric generating set according to the power oscillation inherent frequency of the hydroelectric generating set; a hydroelectric generating set combination strategy considering the vibration area is calculated to obtain the resonance adjustable load capacity, and the guide vane opening degree corresponding to each hydroelectric generating set is reversely calculated according to the resonance adjustable load capacity; when it is monitored that the hydroelectric generating set draft tube pressure pulsation frequency is within the resonance frequency early warning range and the amplitude exceeds the set value, the multiple hydroelectric generating sets are controlled to act in a coordinated mode to adjust the guide vane opening degree. Under the condition that a prime motor and a water diversion system are not changed, forced power oscillation accidentally occurring in the vibration crossing area of the large hydropower station can be rapidly eliminated.

In one embodiment, the example thermal expansion support systems decrease the stress within the one or more components and piping segments within a high temperature system caused by thermal expansion. The exemplary thermal expansion support systems may provide a counterbalancing force on the components and piping segments of the high temperature system, which may allow the components and piping segments a free range of motion to counterbalance the stress caused by thermal expansion of the high temperature system. In some embodiments, one example thermal expansion support system may utilize a counterweight system. In another embodiment, an example thermal expansion support system may utilize active system components, such as actuators, hydraulics, electric motors, or other similar devices to provide a counterbalancing force on the one or more components of the high temperature system.

Fire protection systems and methods having piping interconnections for connecting a fire protection device to a fluid source. The piping interconnections include a branch connector connected to a pipe header. The branch connector includes a tubular member and an internal annular seal member housed in an internal gasket chamber of the tubular member. The tubular member includes an internal stepless surface between a terminal end of the tubular member and the internal gasket chamber.

A gaseous fuel storage system includes: one or more storage tanks, each having a first end and a second end, the first end of each tank having a connection fitting; a piping and valving assembly coupled to the connection fitting, wherein each of the one or more tanks is coupled to an outlet line through a remote shut off valve; a first cabinet surrounding the piping and valving assembly and a portion of the first end of the storage tanks; a detector disposed in the first cabinet which operable to detect the presence of hydrogen gas and generate a signal representative of a hydrogen gas concentration; and an electronic controller operably connected to the sensor apparatus and to the remote shut off valve, wherein the electronic controller is programmed to close all of the remote shut off valves in response to detection of a first predetermined concentration of hydrogen.

The invention relates to the technical field of ship manufacturing intelligent management, in particular to a ship pipeline design drawing stage management method and a ship pipeline design drawing stage management system. Production schedule and process specification data are acquired and processed in a structured mode, a standardized input set is constructed, conflict resolution and progress and cost optimization are carried out by utilizing a multi-objective optimization engine; a four-dimensional model, semantic verification and dynamic scheduling are combined to generate a preliminary pipeline scheme, construction drawings and animations are output after three-dimensional simulation verification, feedback is collected in real time in construction, secondary scheduling and optimization are triggered, continuous iteration and accurate execution of design are achieved, and through intelligent decision making of a multi-target optimization engine, the design drawing efficiency can be improved by 40% or above. Meanwhile, the design error rate is reduced by 90%, and later reworking is greatly reduced.

The invention discloses a high-pressure main engine LNG fuel supply system, and relates to the technical field of LNG fuel high-pressure main engines, the high-pressure main engine LNG fuel supply system comprises a pressurization unit, an evaporation unit and a conveying unit, a fuel inlet of a high-pressure evaporator of the evaporation unit is connected with a high-pressure liquid supply pipe, and a fuel gas outlet of the high-pressure evaporator is connected with a high-pressure gas outlet pipe; a heating medium inlet of the high-pressure evaporator is connected with a steam pipeline, a heating medium outlet of the high-pressure evaporator is connected with a condensate water pipeline, and the condensate water pipeline is emptied. The steam pipeline is connected with the heating medium inlet of the high-pressure evaporator, and the heating medium outlet of the high-pressure evaporator is connected with the condensate water pipeline, so that steam is directly introduced into the high-pressure evaporator, a steam direct heating mode is adopted, a middle heating medium circulating pipeline is omitted, and the system efficiency is improved; and the condensate water is discharged in an open mode, the safety of the system can be guaranteed essentially, leaked gas cannot be brought back to a safety area, and therefore the reliability of the ship is improved.

The utility model discloses a double-gas-path gas source system and a double-gas-path heart auxiliary system. The double-air-path heart assisting system comprises a pressure generating mechanism which alternately generates positive pressure and negative pressure when working; the first auxiliary device comprises first driven equipment and a first piping pipeline, a pipe body at the farthest end of the first piping pipeline is provided with an inflow channel and an outflow channel, and the first driven equipment is located in the pipe body of the first piping pipeline and corresponds to the outflow channel in position; the second auxiliary device comprises second driven equipment and a second piping pipeline communicated with the second driven equipment; the pressure generating mechanism enables the second driven device to repeatedly expand and contract through the second piping. The detection device is used for acquiring the pressure in the cardiac chamber and the pressure in the aorta; and the control mechanism is used for controlling the pressure generation mechanism to respectively drive the first driven equipment and the second driven equipment according to the corresponding time sequence in a cycle control period according to the pressure signal sent by the detection device.

The utility model provides an intelligent diesel generating set which comprises a mounting plate, one end of a radiating pipe is fixedly communicated with a water collecting pipe, the bottom of the water collecting pipe is fixedly communicated with a water return pipe, the water return pipe is fixedly communicated with a cooling liquid tank, and a communicating pipe is provided with a one-way valve. A temperature control assembly is arranged, a water pump pumps out cooling liquid in a cooling liquid box, the cooling liquid enters a heat dissipation pipe through a water distribution pipe and exchanges heat with air, the cooling liquid is subjected to heat dissipation and cooling, the cooled cooling liquid flows back into the cooling liquid box through a water return pipe, and low-temperature cooling liquid in the cooling liquid box flows back into the cooling liquid box again through a communicating pipe; and the diesel generator is continuously cooled. When the temperature is low, the water pumps are closed, cooling liquid in the cooling liquid box is not cooled, viscosity of engine oil is reduced, different water pumps are started to cool different diesel generators, independent control over the generator set is facilitated, and it is guaranteed that the temperature of each diesel generator is kept stable.

A method for replacing the petal of a runner chamber of a vertical turbine unit and a device for measuring and grinding the runner chamber, the method comprises: making a new runner chamber, cutting the petals of the new runner chamber, processing the assembled petal body, preparing the petal body before installation, installing the petal body, grouting, and measuring and grinding the new runner chamber. The method realizes efficient replacement of the runner chamber and inspection of the inner wall of the runner chamber, and the parameters of the runner chamber are precisely controlled. The device comprises two cross-shaped brackets, a rotating shaft, two flange bearings, two sets of adjustment parts, a rotating frame, two limit studs, a measuring and grinding mechanism, four precision linear guide rails and a precision slide block; the new runner chamber in the vertical turbine unit is in a non-contact state with the cross-shaped bracket, and the cross-shaped bracket is welded with the guide blade bottom ring and the tailwater pipe in the vertical turbine unit; through the adjustment part, the axis of the rotating shaft coincides with the center line of the new runner chamber, and the flange bearing is positioned; the measuring head and the grinding head of the angle grinder point to the inner wall of the new runner chamber. The device has a reasonable structure and is easy to use.

The invention provides a ship management system design assisting method based on a knowledge graph, which comprises the following steps of: processing scattered design documents and design criteria of enterprises by utilizing a natural language processing technology, extracting knowledge triple information in the design documents and design criteria, and on the basis of the constructed knowledge graph, further utilizing a retrieval enhancement generation (RAG) technology to generate a knowledge triple; according to the method, subjective query of design information of a graph database is achieved, analysis and proofreading of design information graph-text and document data corresponding to design drawings and models are achieved, and finally design requirement query and automatic check of the design drawings and models in the design process of aided designers are achieved. Integration and sharing of design knowledge are completed, and the design knowledge utilization rate is increased.

Embodiments of the invention provide a high density liquid cooling system including a rack, primary loop piping including a primary inlet, a primary outlet, a primary loop filter, and a primary bypass valve, and secondary loop piping including a secondary inlet, a secondary outlet, a first pump, a first filter downstream of the first pump, and a secondary bypass valve. The system includes a heat exchanger having a first side and a second side. When the primary bypass valve is open, at least a portion of the fluid in the primary loop piping flows through the primary inlet and the primary outlet without traversing the heat exchanger, and when the secondary bypass valve is open, at least a portion of the fluid in the secondary loop piping flows through the secondary inlet and the secondary outlet without traversing the heat exchanger.

The invention belongs to the technical field of extra-high voltage direct current transmission, and discloses an IGCT single-valve structure for a converter valve. The IGCT single-valve structure comprises a shielding cover assembly, an IGCT valve string unit, a frame assembly, a water pipe assembly, a resistance-capacitance absorption assembly and a water-cooled reactor. Wherein the IGCT valve string unit, the water pipe assembly and the resistance-capacitance absorption assembly are arranged on the frame assembly, and the shielding cover assembly covers the periphery of the outer portion of the frame assembly; the water-cooling reactor is arranged in the shielding case assembly and connected with the frame assembly and the shielding case assembly, and the water pipe assembly is connected with a water path of the water-cooling radiator in the IGCT valve string unit and a water path of the water-cooling reactor. The problem of hidden danger of commutation failure in the traditional direct-current power transmission converter valve technology can be solved, the function of the circuit breaker is added, fault current can be blocked, the new single valve structure can replace the single valve layer of the traditional direct-current power transmission converter valve of the thyristor, and the engineering replacement cost and the operation difficulty are greatly reduced.

The present teachings include edge guards for pickleball paddles, e.g., where such edge guards do not drastically impact the weight of a pickleball paddle. To this end, an edge guard may include piping or similar present at a junction of a face of a pickleball paddle and an edge portion thereof, but the edge guard may otherwise be minimalized or completely absent from the majority of the edge portion (and other portions) of the paddle. The present teachings may also or instead include a face attachment for pickleball paddles—e.g., a replacement playing surface—that includes an edge guard thereon, such as piping or similar. In this manner, the face attachment may have protected edges when coupled to, or isolated from, a pickleball paddle. The present teachings may also or instead include piping or the like that can be applied to a paddle to form an edge guard thereof.

The invention discloses a compressor system and a method for realizing stable boundary control of a gas compressor thereof, which can actively adjust parameters B of the system and realize switching of an instability mode of the gas compressor between surging and rotating stall by only depending on an independent, small and adjustable switching section on the premise of not modifying large basic hardware (such as a volute and a pipeline). According to the principle of the compressor system provided by the embodiment of the invention, the effective flow area is changed by adjusting the angle of the turbine guider, so that the stability boundary of an upstream gas compressor or a fan is actively expanded, low-cost and rapid adjustment of the stability of the gas compressor is realized, the research and development efficiency is improved, and the test period is effectively shortened. The compressor system provided by the embodiment of the invention has the characteristic of wide applicability, can be applied to an independent compression system part test environment, and can also be applied to a complex complete machine environment comprising a compression system.

A window mounted air conditioning unit is disclosed. The A / C includes an indoor unit, an outdoor unit, and a bridge. The indoor unit and outdoor unit are operatively connected by a line set (electrical wiring, refrigerant piping, condensate drainage piping, communication wiring, etc.) that is flexible and extensible and that resides in the bridge. The bridge is extendable from a first position to a second position to accommodate window openings of varying thicknesses. The A / C appliance is mounted to a separate mounting bracket that is itself extendable for varying width openings. The outdoor unit is pivotally connected to the bridge so that the outdoor unit can assume a first orientation during installation through a window opening, and a second orientation after passing through the window opening.

A method of monitoring a condition prevailing inside a piping system with respect to an impairment due to accretion, abrasion or corrosion caused by fluid(s) flowing through the piping system is disclosed, comprising the steps of: installing at least two measurement devices susceptible to an impairment and configured to measure variables indicative of the impairment; wherein the measured variables include at least two variables exhibiting a different dependency on the impairment; continuously recording data including time series of measured values of the variables measured; based on training data included in the data determining a dynamic reference behavior of the variables corresponding to time dependent distributions of values of the variables to be expected of the measured values when the measurement devices are unimpaired; repeatedly determining a deviation between a monitored behavior of the measured values of the variables and the reference behavior.

The invention discloses a double-gas-path gas source system, a double-gas-path heart assisting system and a using method. The double-air-path heart assisting system comprises a pressure generating mechanism which alternately generates positive pressure and negative pressure when working; the first auxiliary device comprises first driven equipment and a first piping pipeline, a pipe body at the farthest end of the first piping pipeline is provided with an inflow channel and an outflow channel, and the first driven equipment is located in the pipe body of the first piping pipeline and corresponds to the outflow channel in position; the second auxiliary device comprises second driven equipment and a second piping pipeline communicated with the second driven equipment; the pressure generating mechanism enables the second driven device to repeatedly expand and contract through the second piping. The detection device is used for acquiring the pressure in the cardiac chamber and the pressure in the aorta; and the control mechanism is used for controlling the pressure generation mechanism to respectively drive the first driven equipment and the second driven equipment according to the corresponding time sequence in a cycle control period according to the pressure signal sent by the detection device.

This plasma processing device has a processing chamber, a substrate holding unit, and a plasma source. The processing chamber provides a processing space for a substrate. The substrate holding unit holds the substrate in the processing chamber. The plasma source is configured to supply plasma into the processing chamber and comprises a gas supply unit, piping, an electromagnetic wave generator, an electromagnetic wave supply unit, and a resonator array structure. The gas supply unit supplies a raw material gas. The piping connects the gas supply unit and the processing chamber. The electromagnetic wave generator generates electromagnetic waves for plasma excitation to be supplied into the piping. The electromagnetic wave supply unit supplies the electromagnetic waves into the piping via a dielectric window provided in the piping. The resonator array structure includes a plurality of resonators that can resonate with a magnetic field component of the electromagnetic waves, have a smaller size than the wavelength of the electromagnetic waves, and are disposed in the direction of the same plane surface.

The invention provides an air conditioner which comprises a machine shell, a first refrigerant detection area is arranged in the machine shell, a second refrigerant detection area is arranged outside the machine shell, and the first refrigerant detection area communicates with the second refrigerant detection area; the indoor heat exchanger is arranged in the machine shell, and an input port and an output port of the indoor heat exchanger are located in the first refrigerant detection area; the refrigerant input pipe and the refrigerant output pipe are connected with an input port and an output port of the indoor heat exchanger respectively, and the ends, away from the indoor heat exchanger, of the refrigerant input pipe and the refrigerant output pipe are provided with piping joints; the tubing connector penetrates through the machine shell and is arranged to be connected with an indoor and outdoor unit connecting pipe located outside the machine shell, and the connecting portion of the tubing connector and the indoor and outdoor unit connecting pipe is located in the second refrigerant detection area; and the refrigerant detection sensors are arranged in the first refrigerant detection area and / or the second refrigerant detection area. According to the scheme, refrigerant leakage can be detected in time, so that flammable and explosive risks caused by refrigerant leakage are reduced.

The present system provides an integrated fire suppression system that enables use of hybrid media fire-extinguishing systems and methods, and which includes all components in a single integrated control panel and cabinet, other than system piping to nozzles or emitters. The system enables the entire panel and cabinet to be inspected and analyzed, and installed, repaired, or maintained in a single operation, dramatically reducing time spent on site and reducing the qualifying process as well. The assembly of the panel is off-site, typically under the inspection of any qualifying agencies. Once assembled, the system can remain qualified for rapid installation at any future time, allowing easy replacement of faulty panels or consumables.