mhurhangee/ep-ind-claims huggingface dataset:
A solenoid valve comprising: a valve seat provided in a main flow passage; a main valve body seated on or unseated from the valve seat to open or close the main flow passage; a pilot passage that branches from the main flow passage; an orifice provided in the pilot passage; a communication passage (Pr) that branches off from the pilot passage at a position downstream from the orifice; a back-pressure chamber connected to the pilot passage via the communication passage, the back-pressure chamber being configured to bias the main valve body to a closing direction by virtue of an internal pressure; a pilot valve disposed in the pilot passage downstream from the communication passage (Pr), the pilot valve being configured to control an internal pressure of the back-pressure chamber; a solenoid (Sol) configured to control a valve opening pressure of the pilot valve, characterized in that the solenoid valve comprises a second orifice provided in the pilot passage and between the communication passage (Pr) and the pilot valve, the communication passage (Pr) is provided upstream of the second orifice, and the pilot valve includes a pilot valve seat that has an opening formed thereon, a diameter of the opening being larger than that of the second orifice. a valve seat provided in a main flow passage; a main valve body seated on or unseated from the valve seat to open or close the main flow passage; a pilot passage that branches from the main flow passage; an orifice provided in the pilot passage; a communication passage (Pr) that branches off from the pilot passage at a position downstream from the orifice; a back-pressure chamber connected to the pilot passage via the communication passage, the back-pressure chamber being configured to bias the main valve body to a closing direction by virtue of an internal pressure; a pilot valve disposed in the pilot passage downstream from the communication passage (Pr), the pilot valve being configured to control an internal pressure of the back-pressure chamber; a solenoid (Sol) configured to control a valve opening pressure of the pilot valve, characterized in that the solenoid valve comprises a second orifice provided in the pilot passage and between the communication passage (Pr) and the pilot valve, the communication passage (Pr) is provided upstream of the second orifice, and the pilot valve includes a pilot valve seat that has an opening formed thereon, a diameter of the opening being larger than that of the second orifice.
A fast method for batch screening diamonds, characterized in that the fast method for batch screening diamonds is implemented using a light source, an imager, a worktable and a darkroom housing the light source, the imager and the worktable, and the fast method for batch screening diamonds comprises a first step comprising placing diamonds on the worktable, turning on the light source arranged on one side of the worktable to shed light on the diamonds where the light includes visible light, and photographing the diamonds on the worktable through the imager to obtain a basal image showing the distribution of the diamonds; a second step comprising switching the light source to shortwave UV light with a wavelength ranging from 180 nm to 250 nm, maintaining the light source in work condition for a period of time and then turn it off, and photographing the diamonds on the worktable through the imager to obtain a phosphorescence distribution image showing phosphorescent diamonds; and a third step comprising overlapping the basal image with the phosphorescence distribution image to obtain a phosphorescence comparison map, marking the phosphorescent diamonds on the phosphorescence comparison map through image recognition technology, and then picking out the phosphorescent diamonds as suspicious diamonds manually or using a device. a first step comprising placing diamonds on the worktable, turning on the light source arranged on one side of the worktable to shed light on the diamonds where the light includes visible light, and photographing the diamonds on the worktable through the imager to obtain a basal image showing the distribution of the diamonds; a second step comprising switching the light source to shortwave UV light with a wavelength ranging from 180 nm to 250 nm, maintaining the light source in work condition for a period of time and then turn it off, and photographing the diamonds on the worktable through the imager to obtain a phosphorescence distribution image showing phosphorescent diamonds; and a third step comprising overlapping the basal image with the phosphorescence distribution image to obtain a phosphorescence comparison map, marking the phosphorescent diamonds on the phosphorescence comparison map through image recognition technology, and then picking out the phosphorescent diamonds as suspicious diamonds manually or using a device.
A catheter system for treating a treatment site within or adjacent to a vessel wall or heart valve, the catheter system comprising: a power source that generates a plurality of energy pulses (224B, 342B); a controller that controls the power source so that the plurality of energy pulses (224B, 342B) cooperate to produce a composite energy pulse (348A-B, 448A-C, 548A-F) having a composite pulse shape; and a light guide that receives the composite energy pulse (348A-B, 448A-C, 548A-F), the light guide emitting light energy in a direction away from the light guide to generate a plasma pulse (246A-B, 346A-B) away from the light guide; characterized by comprising an inflatable balloon that encircles a distal end of the light guide. a power source that generates a plurality of energy pulses (224B, 342B); a controller that controls the power source so that the plurality of energy pulses (224B, 342B) cooperate to produce a composite energy pulse (348A-B, 448A-C, 548A-F) having a composite pulse shape; and a light guide that receives the composite energy pulse (348A-B, 448A-C, 548A-F), the light guide emitting light energy in a direction away from the light guide to generate a plasma pulse (246A-B, 346A-B) away from the light guide; characterized by comprising an inflatable balloon that encircles a distal end of the light guide.
Portable hand-held trowel for determining rheological properties of concrete comprising a handle for manually operating the trowel, said handle having a front end and a back end, a paddle non-rotatably attached to the front end of said handle, sensor means for determining a force acting on said paddle, an electronic module for evaluating data collected by said sensor means, and an electrical power source for supplying electrical energy to said sensor means and said electronic module. a handle for manually operating the trowel, said handle having a front end and a back end, a paddle non-rotatably attached to the front end of said handle, sensor means for determining a force acting on said paddle, an electronic module for evaluating data collected by said sensor means, and an electrical power source for supplying electrical energy to said sensor means and said electronic module.
Method for detecting defects in a fluid guiding device, in particular a combustion system, wherein an operating parameter of a fluid delivery unit of the fluid guiding device is acquired in at least one method step, a change parameter of the operating parameter is acquired in at least one method step, and an error signal depending on the change parameter is output in at least one output step, characterized in that the change parameter is acquired after a control signal for the fluid delivery unit has been switched off temporarily, wherein the change parameter describes a time period from switching off (20, 20') the control signal until a quiescent value is reached by the operating parameter, wherein the quiescent value corresponds in particular to a stoppage of the fluid delivery unit.
A combustor section for a gas turbine engine comprising: a diffuser case with a multiple of fuel nozzle mount pads; and a multiple of fuel nozzles, each comprising a mount flange for mounting to a respective one of the mount pads on the diffuser case; wherein each of the fuel nozzles includes a respective first locator and each of the fuel nozzle mount pads include a respective second locator, characterised in that each first locator interfaces and is indexed with only one of said second locators, so that each fuel nozzle is associated with a particular fuel nozzle mount pad of the multiple of fuel nozzle mount pads on the diffuser case that has an associated positioned second locator to permit installation of only the proper fuel nozzle of the multiple of fuel nozzles in a mistake-proof manner. a diffuser case with a multiple of fuel nozzle mount pads; and a multiple of fuel nozzles, each comprising a mount flange for mounting to a respective one of the mount pads on the diffuser case; wherein each of the fuel nozzles includes a respective first locator and each of the fuel nozzle mount pads include a respective second locator, characterised in that each first locator interfaces and is indexed with only one of said second locators, so that each fuel nozzle is associated with a particular fuel nozzle mount pad of the multiple of fuel nozzle mount pads on the diffuser case that has an associated positioned second locator to permit installation of only the proper fuel nozzle of the multiple of fuel nozzles in a mistake-proof manner.
Universal communication system for measurement devices, said system comprising: - a remote server comprising: - storage means, - a remote platform of the thin client type, configured in order to interact with at least one part of a plurality of measurement instruments, - at least one gateway arranged between the remote server and the plurality of measurement instruments, said at least one gateway comprising: - first means for bidirectional connection with the plurality of measurement instruments, - second means for bidirectional connection with the remote server, - a processing unit configured in order to communicate with said measurement instruments according to a plurality of communication protocols, said processing unit being arranged in order to store and execute at least one software application, characterized in that the protocols for communication with the measurement devices are exclusively stored on the remote platform, and in that the processing unit is configured in order to store in the gateway a command specific to each measurement instrument and defined by the remote platform, this command making it possible in the case of an internet outage on the one hand to store data originating from said measurement instruments for the duration of the outage and on the other hand to restore the data to the remote platform once the internet connection is reestablished. - a remote server comprising: - storage means, - a remote platform of the thin client type, configured in order to interact with at least one part of a plurality of measurement instruments, - storage means, - a remote platform of the thin client type, configured in order to interact with at least one part of a plurality of measurement instruments, - at least one gateway arranged between the remote server and the plurality of measurement instruments, said at least one gateway comprising: - first means for bidirectional connection with the plurality of measurement instruments, - second means for bidirectional connection with the remote server, - a processing unit configured in order to communicate with said measurement instruments according to a plurality of communication protocols, said processing unit being arranged in order to store and execute at least one software application, - first means for bidirectional connection with the plurality of measurement instruments, - second means for bidirectional connection with the remote server, - a processing unit configured in order to communicate with said measurement instruments according to a plurality of communication protocols, said processing unit being arranged in order to store and execute at least one software application,
Balise housing with a receiving structure for electronic functional components of a balise a) with a cover surface which, in a planned installation position of the balise housing, forms the upper side thereof, b) and with side surfaces which attach to the cover surfaces and, in a planned installation position of the balise housing, lie transversely in relation to a crossing direction, wherein, of the side surfaces, at least one is composed of an upper baffle surface and a lower baffle surface, c) wherein, in the planned installation position of the balise housing, related to a horizontal plane in each case, the upper baffle surface is inclined obliquely upwards and the lower baffle surface is inclined obliquely downwards, d) and wherein a joint edge is embodied between the upper baffle surface and the lower baffle surface. a) with a cover surface which, in a planned installation position of the balise housing, forms the upper side thereof, b) and with side surfaces which attach to the cover surfaces and, in a planned installation position of the balise housing, lie transversely in relation to a crossing direction, wherein, of the side surfaces, at least one is composed of an upper baffle surface and a lower baffle surface, c) wherein, in the planned installation position of the balise housing, related to a horizontal plane in each case, the upper baffle surface is inclined obliquely upwards and the lower baffle surface is inclined obliquely downwards, d) and wherein a joint edge is embodied between the upper baffle surface and the lower baffle surface.
A computer-implemented method for generating content for a display on a dispatch kiosk, the method comprising: using a computing structure remote from the dispatch kiosk to: create a floor layout grid for each elevator hall in a building, the floor layout grid comprising a location of a plurality of dispatch kiosks, a plurality of available elevators, an inaccessible space, and a blank space in the respective elevator hall; automatically generate a graph-based map model from the floor layout grid comprising a plurality of nodes, each node representing one of: a call kiosk selected from the plurality of dispatch kiosks, an undesignated elevator selected from the plurality of available elevators, one designated elevator selected from the plurality of available elevators, the inaccessible space, and the blank space; automatically calculate a plurality of walk path options from the call kiosk to the designated elevator based on the graph-based map model; determine an optimal walk path from the call kiosk to the designated elevator from the plurality of walk path options; automatically render a floor map image displaying the optimal walk path between the call kiosk and the designated elevator; and communicate the floor map image from the computing structure to the dispatch kiosk to enable the dispatch kiosk to exhibit the floor map image on the dispatch kiosk display in response to an elevator call. create a floor layout grid for each elevator hall in a building, the floor layout grid comprising a location of a plurality of dispatch kiosks, a plurality of available elevators, an inaccessible space, and a blank space in the respective elevator hall; automatically generate a graph-based map model from the floor layout grid comprising a plurality of nodes, each node representing one of: a call kiosk selected from the plurality of dispatch kiosks, an undesignated elevator selected from the plurality of available elevators, one designated elevator selected from the plurality of available elevators, the inaccessible space, and the blank space; automatically calculate a plurality of walk path options from the call kiosk to the designated elevator based on the graph-based map model; determine an optimal walk path from the call kiosk to the designated elevator from the plurality of walk path options; automatically render a floor map image displaying the optimal walk path between the call kiosk and the designated elevator; and communicate the floor map image from the computing structure to the dispatch kiosk to enable the dispatch kiosk to exhibit the floor map image on the dispatch kiosk display in response to an elevator call.
An interface for use in providing positive pressure respiratory therapy, the interface comprising: a mask assembly (500, 700, 900) comprising a mask seal (504, 704, 904) and a mask base (502, 702, 902), the mask assembly (500, 700, 900) configured to be fully positioned lower than a bridge of a nose of a face of a user; the mask base (502, 702, 902) comprising a central portion (712, 912) and a pair of wings (714, 914) sweeping rearwardly of the central portion (712, 912), an opening (570, 728, 928) for the supply of breathing gases being formed on the mask base (502, 702, 902) in the central portion (712, 912); the mask seal (504, 704, 904) being connected to the mask base (502, 702, 902), the mask seal (504, 704, 904) comprising at least one oral opening (526, 722, 922), at least one nasal opening (530, 724, 924, 927), a first paddle (512, 726, 926), a second paddle (514, 726, 926) and an upper surface (516, 730, 930) positioned between the first paddle (512, 726, 926) and the second paddle (514, 726, 926) such that an upwardly-open valley (522, 732, 924, 9270) is defined by the first paddle (512, 726, 926), the upper surface (516, 730, 930) and the second paddle (514, 726, 926); and the mask seal (504, 704, 904) comprising a rear surface that is adapted to contact the face of the user and the rear surface comprises at least two protrusions extending toward the user from surrounding portions of the mask seal (504, 704, 904), wherein the at least two protrusions have a cross-section that is thicker than the surrounding regions of the mask seal. the mask base (502, 702, 902) comprising a central portion (712, 912) and a pair of wings (714, 914) sweeping rearwardly of the central portion (712, 912), an opening (570, 728, 928) for the supply of breathing gases being formed on the mask base (502, 702, 902) in the central portion (712, 912); the mask seal (504, 704, 904) being connected to the mask base (502, 702, 902), the mask seal (504, 704, 904) comprising at least one oral opening (526, 722, 922), at least one nasal opening (530, 724, 924, 927), a first paddle (512, 726, 926), a second paddle (514, 726, 926) and an upper surface (516, 730, 930) positioned between the first paddle (512, 726, 926) and the second paddle (514, 726, 926) such that an upwardly-open valley (522, 732, 924, 9270) is defined by the first paddle (512, 726, 926), the upper surface (516, 730, 930) and the second paddle (514, 726, 926); and the mask seal (504, 704, 904) comprising a rear surface that is adapted to contact the face of the user and the rear surface comprises at least two protrusions extending toward the user from surrounding portions of the mask seal (504, 704, 904), wherein the at least two protrusions have a cross-section that is thicker than the surrounding regions of the mask seal.
Wind system for converting energy, comprising: - at least one kite adapted to be driven from ground immersed in at least one wind current; - at least one module adapted to translate on at least one rail (6; 7) placed next to ground, said module being connected through at least one rope to said kite, said kite being adapted to be driven by said module in order to drag said module on said rail (6; 7) and perform said conversion of wind energy into electric energy through at least one generating system cooperating with said module and said rail (6; 7), said rope being adapted both to transmit mechanical energy from and to said kite and to control a flight trajectory of said kite, characterised in that: said rail (6; 7) is equipped with electromagnets to allow a magnetic levitation and/or an energy conversion through linear motors that are reversibly used, and said generating system is configured to convert mechanical energy into electrical energy by means of a relative movement between said module and said rail (6; 7). - at least one kite adapted to be driven from ground immersed in at least one wind current; - at least one module adapted to translate on at least one rail (6; 7) placed next to ground, said module being connected through at least one rope to said kite, said kite being adapted to be driven by said module in order to drag said module on said rail (6; 7) and perform said conversion of wind energy into electric energy through at least one generating system cooperating with said module and said rail (6; 7), said rope being adapted both to transmit mechanical energy from and to said kite and to control a flight trajectory of said kite, characterised in that: said rail (6; 7) is equipped with electromagnets to allow a magnetic levitation and/or an energy conversion through linear motors that are reversibly used, and said generating system is configured to convert mechanical energy into electrical energy by means of a relative movement between said module and said rail (6; 7). said rail (6; 7) is equipped with electromagnets to allow a magnetic levitation and/or an energy conversion through linear motors that are reversibly used, and said generating system is configured to convert mechanical energy into electrical energy by means of a relative movement between said module and said rail (6; 7).
A control panel for a microwave oven, comprising: a control casing; and at least one board (161, 163, 165, 167) in the control casing; at least two board holders each including a board insertion slot and a foolproof protrusion, wherein the board insertion slots receive both ends of the board, the foolproof protrusions catch a portion of the board to prevent the board from being improperly inserted into the board insertion slot, characterized in that the control panel further comprises: a partition rib partitioning an inner space of the control casing into a space accommodating the board and a space in which the air passing through a vent hole flows, and a movement preventing rib for preventing a movement of a foreign substance introduced through a vent hole into the space in which an air flows, and an extension rib that extends from an end of the movement preventing rib to an outside of the control casing, and includes a through hole through which a coupling member for fixing the control casing to a main body of the microwave oven passes. a control casing; and at least one board (161, 163, 165, 167) in the control casing; at least two board holders each including a board insertion slot and a foolproof protrusion, wherein the board insertion slots receive both ends of the board, the foolproof protrusions catch a portion of the board to prevent the board from being improperly inserted into the board insertion slot, characterized in that the control panel further comprises: a partition rib partitioning an inner space of the control casing into a space accommodating the board and a space in which the air passing through a vent hole flows, and a movement preventing rib for preventing a movement of a foreign substance introduced through a vent hole into the space in which an air flows, and an extension rib that extends from an end of the movement preventing rib to an outside of the control casing, and includes a through hole through which a coupling member for fixing the control casing to a main body of the microwave oven passes. a partition rib partitioning an inner space of the control casing into a space accommodating the board and a space in which the air passing through a vent hole flows, and a movement preventing rib for preventing a movement of a foreign substance introduced through a vent hole into the space in which an air flows, and an extension rib that extends from an end of the movement preventing rib to an outside of the control casing, and includes a through hole through which a coupling member for fixing the control casing to a main body of the microwave oven passes.