mhurhangee/patent-ind-claim-en huggingface dataset:
An eyeglass lens peripheral edge processing system that processes a peripheral edge of an eyeglass lens (LE), comprising: a plurality of eyeglass manufacturing devices that perform mutually different steps out of a plurality of steps for processing the eyeglass lens (LE), and that include mutually different housings; and a robot arm that includes an arm unit having a plurality of joint portions (J1 to J6), and a holding unit provided in the arm unit to hold and release an object, and that rotates the arm unit via the joint portion (J1 to J6) to move the object held by the holding unit , characterized in that the plurality of eyeglass manufacturing devices include: a cup attachment device configured to automatically attach a cup to a proper position on a lens surface of the eyeglass lens (LE); and a lens processing device configured to mount the eyeglass lens (LE) by using the cup attached to the eyeglass lens (LE) by the cup attachment device as a jig, and to process a peripheral edge of the mounted eyeglass lens (LE), and wherein the robot arm is configured to rotate the arm unit via at least one of the plurality of joint portions (J1 to J6), to move at least the eyeglass lens (LE) serving as the object to an installation position of the cup attachment device , and to move the eyeglass lens (LE) to which the cup is attached by the cup attachment device to an installation position of the lens processing device . a plurality of eyeglass manufacturing devices that perform mutually different steps out of a plurality of steps for processing the eyeglass lens (LE), and that include mutually different housings; and a robot arm that includes an arm unit having a plurality of joint portions (J1 to J6), and a holding unit provided in the arm unit to hold and release an object, and that rotates the arm unit via the joint portion (J1 to J6) to move the object held by the holding unit , characterized in that the plurality of eyeglass manufacturing devices include: a cup attachment device configured to automatically attach a cup to a proper position on a lens surface of the eyeglass lens (LE); and a lens processing device configured to mount the eyeglass lens (LE) by using the cup attached to the eyeglass lens (LE) by the cup attachment device as a jig, and to process a peripheral edge of the mounted eyeglass lens (LE), and a cup attachment device configured to automatically attach a cup to a proper position on a lens surface of the eyeglass lens (LE); and a lens processing device configured to mount the eyeglass lens (LE) by using the cup attached to the eyeglass lens (LE) by the cup attachment device as a jig, and to process a peripheral edge of the mounted eyeglass lens (LE), and wherein the robot arm is configured to rotate the arm unit via at least one of the plurality of joint portions (J1 to J6), to move at least the eyeglass lens (LE) serving as the object to an installation position of the cup attachment device , and to move the eyeglass lens (LE) to which the cup is attached by the cup attachment device to an installation position of the lens processing device .
A method of monitoring that a residual pressure valve of a gas cylinder is operational, comprising: detecting at least one pressure value in the gas cylinder , detecting at least one temperature value in the gas cylinder , detecting an open flowrate position of the residual pressure valve, characterized by the steps of calculating an activation pressure of the residual pressure valve based on the at least one temperature value, comparing the at least one pressure value in the gas cylinder with the calculated activation pressure of the residual pressure valve, and indicating to a user that the residual pressure valve is operational if the detected at least one pressure value is above the calculated activation pressure for a specific time period, and/or indicating to the user that the residual pressure valve is not operational if the detected at least one pressure value is below the calculated activation pressure for a specific time period. detecting at least one pressure value in the gas cylinder , detecting at least one temperature value in the gas cylinder , detecting an open flowrate position of the residual pressure valve, characterized by the steps of calculating an activation pressure of the residual pressure valve based on the at least one temperature value, comparing the at least one pressure value in the gas cylinder with the calculated activation pressure of the residual pressure valve, and indicating to a user that the residual pressure valve is operational if the detected at least one pressure value is above the calculated activation pressure for a specific time period, and/or indicating to the user that the residual pressure valve is not operational if the detected at least one pressure value is below the calculated activation pressure for a specific time period.
An arrangement comprising an electronic integrated circuit and an opto-electronic subassembly and providing a low inductance electrical connection between the electronic integrated circuit and the opto-electronic subassembly for communicating a complementary-encoded data signal therebetween, defined as a DATA signal component and a DATA signal component, the connection comprising an array of parallel signal paths disposed between the electronic integrated circuit and a predetermined location on the opto-electronic subassembly, the array including a first set of signal paths (30-1, 30-2) configured to receive the DATA signal component provided by the electronic integrated circuit and to carry the DATA signal component to the predetermined location on the opto-electronic subassembly; and a second set of signal paths (32-1, 32-2) configured to receive the DATA signal component provided by the electronic integrated circuit and to carry the DATA signal component to the predetermined location on the opto-electronic subassembly, wherein the signal paths forming the first set and the second set are interleaved such that oppositely-signed signals are carried on adjacent signal paths so as to create a low mutual inductance within the array of parallel signal paths. a first set of signal paths (30-1, 30-2) configured to receive the DATA signal component provided by the electronic integrated circuit and to carry the DATA signal component to the predetermined location on the opto-electronic subassembly; and a second set of signal paths (32-1, 32-2) configured to receive the DATA signal component provided by the electronic integrated circuit and to carry the DATA signal component to the predetermined location on the opto-electronic subassembly,
Material layer for a laminated core of an electric machine , which is produced from a ferromagnetic material and has an electrically insulating coating on at least one layer side , wherein the electrically insulating coating comprises an electrically insulating material, wherein the electrically insulating material of the electrically insulating coating is produced by means of controlled oxidation of the ferromagnetic material of the material layer , wherein the ferromagnetic material contains iron, wherein the electrically insulating material contains iron monoxide and/or triiron tetraoxide, characterised in that the material layer is produced from a green body , which is sintered under a reducing atmosphere. which is produced from a ferromagnetic material and has an electrically insulating coating on at least one layer side , wherein the electrically insulating coating comprises an electrically insulating material, wherein the electrically insulating material of the electrically insulating coating is produced by means of controlled oxidation of the ferromagnetic material of the material layer , wherein the ferromagnetic material contains iron, wherein the electrically insulating material contains iron monoxide and/or triiron tetraoxide, characterised in that the material layer is produced from a green body , which is sintered under a reducing atmosphere.
A power generation apparatus comprising a steam generator , an expander , a condensation device and an atmospheric air release path , said power generation apparatus configured such that water vapor generated in the steam generator is supplied to the expander to drive the expander , wherein the condensation device comprising a container body is arranged in a path downstream of the expander , the condensation device configured to mix water vapor having passed through the expander directly with cooling water to condense the water vapor, characterized in that the condensation device includes a control unit that performs a control of adjusting the amount of cooling water supply so as to obtain condensed water having a predetermined temperature, wherein the atmospheric air release path including an atmospheric air release valve is connected to an upper portion of the condensation device , and wherein the control unit is configured to perform a control at a time of start-up such that the control unit rotates a cooling water pump (P1) to charge the cooling water into the container body through a cooling water supply path , and opens the atmospheric air release valve such that by raising the liquid level (L) in the container body , the control unit discharges the non-condensable gas accumulated in the container body to the outside of the container body through the atmospheric air release path . the condensation device includes a control unit that performs a control of adjusting the amount of cooling water supply so as to obtain condensed water having a predetermined temperature, wherein the atmospheric air release path including an atmospheric air release valve is connected to an upper portion of the condensation device , and wherein the control unit is configured to perform a control at a time of start-up such that the control unit rotates a cooling water pump (P1) to charge the cooling water into the container body through a cooling water supply path , and opens the atmospheric air release valve such that by raising the liquid level (L) in the container body , the control unit discharges the non-condensable gas accumulated in the container body to the outside of the container body through the atmospheric air release path .
A method for a vehicle and for processing information for communication in a tele-operated driving session, the method comprising: establishing a tele-operated driving session between the vehicle and a remote control center ; obtaining a predicted latency of a communication link between the remote control center and the vehicle for the tele-operated driving session; obtaining for one or more codec parameters a latency for encoding the information at the vehicle ; receiving, from the remote control center , for the one or more codec parameters a latency for decoding the encoded information at the remote control center ; and adapting , based on the predicted latency, at least one codec parameter for coding the information, wherein adapting the at least one codec parameter comprises adapting the at least one codec parameter based on the latencies for encoding and decoding the information. establishing a tele-operated driving session between the vehicle and a remote control center ; obtaining a predicted latency of a communication link between the remote control center and the vehicle for the tele-operated driving session; obtaining for one or more codec parameters a latency for encoding the information at the vehicle ; receiving, from the remote control center , for the one or more codec parameters a latency for decoding the encoded information at the remote control center ; and adapting , based on the predicted latency, at least one codec parameter for coding the information, wherein adapting the at least one codec parameter comprises adapting the at least one codec parameter based on the latencies for encoding and decoding the information.
An assist apparatus for a vehicle leaving a parking space (Ps), comprising: an automatic leaving execution unit configured to execute automatic leaving by automatic travel control mode of the vehicle , and a switching control unit configured to switch driving of the vehicle from the automatic travel control mode to driver's driving operation mode, the assist apparatus further comprising: a state determining unit configured to determine a state of the vehicle; an automatic travel control determining unit configured to determine, according to a determination result of the state of the vehicle, whether or not to perform a predetermined automatic travel control before switching the driving of the vehicle from the automatic travel control mode to the driver's driving operation mode; and a release operation determining unit configured to determine input of a release operation for giving an instruction to stop the automatic travel control mode, wherein the automatic travel control determining unit makes determination based on the state of the vehicle when the release operation is inputted, characterized in that the state determining unit determines a leaving state of the vehicle from the parking space; and when a leaving degree of the vehicle from the parking space when the release operation is inputted is equal to or less than a first threshold value, the automatic travel control determining unit determines to perform a predetermined automatic travel control to brake the vehicle before switching the driving of the vehicle from the automatic travel control mode to the driver's driving operation mode. an automatic leaving execution unit configured to execute automatic leaving by automatic travel control mode of the vehicle , and a switching control unit configured to switch driving of the vehicle from the automatic travel control mode to driver's driving operation mode, the assist apparatus further a state determining unit configured to determine a state of the vehicle; an automatic travel control determining unit configured to determine, according to a determination result of the state of the vehicle, whether or not to perform a predetermined automatic travel control before switching the driving of the vehicle from the automatic travel control mode to the driver's driving operation mode; and a release operation determining unit configured to determine input of a release operation for giving an instruction to stop the automatic travel control mode, wherein the automatic travel control determining unit makes determination based on the state of the vehicle when the release operation is inputted, characterized in that the state determining unit determines a leaving state of the vehicle from the parking space; and when a leaving degree of the vehicle from the parking space when the release operation is inputted is equal to or less than a first threshold value, the automatic travel control determining unit determines to perform a predetermined automatic travel control to brake the vehicle before switching the driving of the vehicle from the automatic travel control mode to the driver's driving operation mode.
A multi-spool gas turbine engine comprising: a first spool supported by a first spool thrust bearing ; a second spool supported by a second spool thrust bearing ; and a power takeoff and gearbox system , comprising: a low rotor towershaft operably connectable to and drivable by the first spool of the gas turbine engine; and a high rotor towershaft operably connectable to and drivable by the second spool of the gas turbine engine; wherein the high rotor towershaft and the low rotor towershaft are concentric and extend to a common gearbox housing ; and wherein the low rotor towershaft and high rotor towershaft are axially disposed, relative to an engine central longitudinal axis (A), between the first spool thrust bearing and the second spool thrust bearing ; characterized in that : the low rotor towershaft is rotationally connected to a low rotor power takeoff shaft at the gearbox housing ; and the low rotor power takeoff shaft is operably connected to low rotor driven components via a low rotor gear train , providing power thereto. a first spool supported by a first spool thrust bearing ; a second spool supported by a second spool thrust bearing ; and a power takeoff and gearbox system , comprising: a low rotor towershaft operably connectable to and drivable by the first spool of the gas turbine engine; and a high rotor towershaft operably connectable to and drivable by the second spool of the gas turbine engine; wherein the high rotor towershaft and the low rotor towershaft are concentric and extend to a common gearbox housing ; and wherein the low rotor towershaft and high rotor towershaft are axially disposed, relative to an engine central longitudinal axis (A), between the first spool thrust bearing and the second spool thrust bearing ; characterized in that : a low rotor towershaft operably connectable to and drivable by the first spool of the gas turbine engine; and a high rotor towershaft operably connectable to and drivable by the second spool of the gas turbine engine; wherein the high rotor towershaft and the low rotor towershaft are concentric and extend to a common gearbox housing ; and wherein the low rotor towershaft and high rotor towershaft are axially disposed, relative to an engine central longitudinal axis (A), between the first spool thrust bearing and the second spool thrust bearing ; characterized in that : the low rotor towershaft is rotationally connected to a low rotor power takeoff shaft at the gearbox housing ; and the low rotor power takeoff shaft is operably connected to low rotor driven components via a low rotor gear train , providing power thereto.
A vascular filtration device comprising a central frame , a proximal filter net attached proximate to a proximal end of the central frame , and a distal filter net attached proximate to a distal end of the central frame , wherein the distal filter net is configured to evert into the proximal filter net upon deployment in a host vessel characterized in that the central frame is configured to have minimum contact points with the host vessel and comprises a plurality of adjacent frame elements and a hinged portion comprising loosely connected adjacent frame elements of the central frame and configured to allow the distal end of the central frame to evert with respect to the proximal end of the central frame . a distal filter net attached proximate to a distal end of the central frame , wherein the distal filter net is configured to evert into the proximal filter net upon deployment in a host vessel characterized in that the central frame is configured to have minimum contact points with the host vessel and comprises a plurality of adjacent frame elements and a hinged portion comprising loosely connected adjacent frame elements of the central frame and configured to allow the distal end of the central frame to evert with respect to the proximal end of the central frame .
A device for separation and/or preservation of non-cellular components from a biofluid sample at a point-of-care, wherein said device comprises: at least one separation member configured to separate the non-cellular components from the sample and to retain cellular components; at least one extraction member configured to extract the non-cellular components from the separation member ; at least one flow assay configured to analyze the non-cellular components extracted by the extraction member ; and a housing in which the separation member , the extraction member and the flow assay are arranged, the housing including a first housing part and a second housing part , wherein the separation member is configured to move with the first housing part and the extraction member is configured to move with the second housing part ; wherein the housing is configured to be shifted from a first configuration (A) to a second configuration (B) by rotating the first housing part and the second housing part with respect to each other; wherein, in the first configuration (A), the separation member and the extraction member are fluidly coupled with each other so that the device is configured for extracting the non-cellular components from the separation member by the extraction member ; and wherein, in the second configuration (B), the separation member and the extraction member are fluidly uncoupled from each other for preventing a preservative added to the separation member from reaching the extraction member and/or the flow assay . at least one separation member configured to separate the non-cellular components from the sample and to retain cellular components; at least one extraction member configured to extract the non-cellular components from the separation member ; at least one flow assay configured to analyze the non-cellular components extracted by the extraction member ; and a housing in which the separation member , the extraction member and the flow assay are arranged, the housing including a first housing part and a second housing part , wherein the separation member is configured to move with the first housing part and the extraction member is configured to move with the second housing part ; wherein the housing is configured to be shifted from a first configuration (A) to a second configuration (B) by rotating the first housing part and the second housing part with respect to each other; wherein, in the first configuration (A), the separation member and the extraction member are fluidly coupled with each other so that the device is configured for extracting the non-cellular components from the separation member by the extraction member ; and wherein, in the second configuration (B), the separation member and the extraction member are fluidly uncoupled from each other for preventing a preservative added to the separation member from reaching the extraction member and/or the flow assay .
A pump for a system for applying a coating product, comprising a pump body , and an intake valve secured to the pump body , intended to be connected to a source of coating product, the intake valve comprising a valve body and a valve shutter , the valve body comprising a first component secured to the pump body , and a second component screwed to the first component , said second component including a valve-shutter support , situated radially toward the inside of the first component and forming a seat of the valve which is intended to collaborate with the valve shutter in order to establish sealing, characterized in that said second component also includes a nut , attached to the valve-shutter support , extending radially around an end part of the first component , this end part having an external screw thread cooperating with an internal screw thread of the nut , in that after unscrewing (R1) of the nut from the first component , the second component and the valve shutter can be extracted (F1) from the first component , and in that the nut and the valve-shutter support are attached so as not to be separable.