mhurhangee/patent-ind-claim-en huggingface dataset:
A safety system for a machine comprising: - a pressurizing device ; - at least one hydraulic cylinder being coupled to a coupling mechanism said at least one hydraulic cylinder comprising a pressure chamber and a piston having a head and a rod , the piston being movable along a longitudinal direction of the hydraulic cylinder ; - a first pressure sensor and a second pressure sensor , the first and second pressure sensors being designed to measure the pressure within the pressure chamber via a first channel and a second channel having first and second openings , which first and second channels both extend into the pressure chamber , said first opening and second channel being spaced apart from one another as seen in the longitudinal direction of the at least one hydraulic cylinder ; - a seal device arranged circumferentially around the head of the piston ; - a hydraulic system being fluidically connected to a head side and a rod side of the at least one hydraulic cylinder , the hydraulic system being fluidically connected to a hydraulic fluid reservoir and the pressurizing device ; characterised in that the seal device is designed to move a plurality of times over the first and second openings and wherein at least one state of the safety system can be detected via the first and second pressure sensors , namely a piston in locked state. - a pressurizing device ; - at least one hydraulic cylinder being coupled to a coupling mechanism said at least one hydraulic cylinder comprising a pressure chamber and a piston having a head and a rod , the piston being movable along a longitudinal direction of the hydraulic cylinder ; - a first pressure sensor and a second pressure sensor , the first and second pressure sensors being designed to measure the pressure within the pressure chamber via a first channel and a second channel having first and second openings , which first and second channels both extend into the pressure chamber , said first opening and second channel being spaced apart from one another as seen in the longitudinal direction of the at least one hydraulic cylinder ; - a seal device arranged circumferentially around the head of the piston ; - a hydraulic system being fluidically connected to a head side and a rod side of the at least one hydraulic cylinder , the hydraulic system being fluidically connected to a hydraulic fluid reservoir and the pressurizing device ;
Electrical appliance such as a washing machine or a dishwashing machine with - an electrical resistance heating element , the electrical resistance heating element having two connectors , wherein a first connector is connected to a first pole of a feed voltage and wherein a second connector is connected to an input of a two way switching means , - a load circuit comprising an electrical load , wherein: - the two way switching means is provided with the one input and two outputs , wherein the input can be switched to either one of the two outputs , wherein the second output is connected to the second pole of the feed voltage and the first output is connected to the load circuit , - a bridge switching means is provided being connected on the first side with the first pole of the feed voltage and with the second side with the first output of the two way switching means , - the bridge switching means is an electro-mechanical switch, - the bridge switching means is a door lock switch of the electrical appliance, wherein - when the electrical appliance is turned on, the door lock switch is open and current is provided to the load circuit only via the heating element working as a current limiter, and - when the electrical appliance is ready for action, the door lock switch is closed and current to the load circuit passes by the electrical resistance heating element via the door lock switch . - an electrical resistance heating element , the electrical resistance heating element having two connectors , wherein a first connector is connected to a first pole of a feed voltage and wherein a second connector is connected to an input of a two way switching means , - a load circuit comprising an electrical load , - the two way switching means is provided with the one input and two outputs , wherein the input can be switched to either one of the two outputs , wherein the second output is connected to the second pole of the feed voltage and the first output is connected to the load circuit , - a bridge switching means is provided being connected on the first side with the first pole of the feed voltage and with the second side with the first output of the two way switching means , - the bridge switching means is an electro-mechanical switch, - the bridge switching means is a door lock switch of the electrical appliance, wherein - when the electrical appliance is turned on, the door lock switch is open and current is provided to the load circuit only via the heating element working as a current limiter, and - when the electrical appliance is ready for action, the door lock switch is closed and current to the load circuit passes by the electrical resistance heating element via the door lock switch .
An additive manufacturing system for building three-dimensional objects, comprising a box-shaped build chamber having a plurality of sides enclosing a build space , an object support base movably arranged in a z-direction in the build space , an x-y gantry having mounted thereon a nozzle head assembly for depositing modelling material onto the object support base and wherein the x-y gantry is configured to move the nozzle head assembly relative to the object support base , characterized in that the additive manufacturing system further comprises a plurality of roller units evenly arranged along a circumference of one side of the plurality of sides of the build chamber , wherein each roller unit comprises a cover sheet rolled at least in part into coil form and wherein each cover sheet extends from the roller unit to the nozzle head assembly for closing the build chamber there between, and wherein each roller unit is configured to allow the cover sheet to coil and uncoil in correspondence to the movement of the nozzle head assembly .
A preformed material for use in fiber-reinforced composite materials, the preformed material comprising one or more fiber rovings (1100, 1100C1, 1100C2, 1100C3, 2010, 2020, 2030, 2040, 2050, 2060, 2070, 2080) comprising parallel fibers characterized in that the one or more fiber rovings comprise one or more folds in a direction parallel to the direction of the fibers and further wherein an unfolded width of the one or more fiber rovings has a width comprised in a range from 0.3 mm to 5 mm. the one or more fiber rovings comprise one or more folds in a direction parallel to the direction of the fibers and further wherein an unfolded width of the one or more fiber rovings has a width comprised in a range from 0.3 mm to 5 mm.
A method for use in a station, STA, in a wireless local area network, WLAN, the method comprising: receiving information from an access point, AP, comprising a sounding schedule announcing when a plurality of sounding frames are received from the AP and a preference indication schedule; measuring the plurality of sounding frames from the AP during a time determined based on the sounding schedule, wherein each of the plurality of sounding frames is associated with a respective sector of the AP; generating a feedback message including an indication of at least one preferred sector of the AP based on the received plurality of sounding frames, and a bitmap indicating whether the STA received a sounding frame associated with each of a plurality of sectors of the AP; and transmitting the feedback message to the AP during a time determined based on the preference indication schedule. receiving information from an access point, AP, comprising a sounding schedule announcing when a plurality of sounding frames are received from the AP and a preference indication schedule; measuring the plurality of sounding frames from the AP during a time determined based on the sounding schedule, wherein each of the plurality of sounding frames is associated with a respective sector of the AP; generating a feedback message including an indication of at least one preferred sector of the AP based on the received plurality of sounding frames, and a bitmap indicating whether the STA received a sounding frame associated with each of a plurality of sectors of the AP; and transmitting the feedback message to the AP during a time determined based on the preference indication schedule.
An air data probe comprising: a housing; a sensor; and a wireless interface in operable communication with the sensor, the wireless interface comprising a transmitter and a receiver; the wireless interface being configured to: receive a first request to test the transmitter; characterized in that the wireless interface is further configured to: transmit a test message to one or more other air data probes associated with an aircraft; listen to an additional transmitter associated with each of the one or more other air data probes to determine a health status of the air data probe, wherein the health status may be a pass status based on receiving a confirmation from at least one of the one or more other air data probes or may be a fail status based on not receiving a confirmation from any of the one or more other air data probes ; and provide the health status to a health management system by creating an encrypted message with the transmitter status and wirelessly transmitting to the encrypted message to the health management system. a housing; a sensor; and a wireless interface in operable communication with the sensor, the wireless interface comprising a transmitter and a receiver; the wireless interface being configured to: receive a first request to test the transmitter;
An environmental control system having parallel compressors comprising: a first compressor driven by a first motor, the first compressor being operable for fluidly directing a first flow at a first flow rate through the first compressor; a second compressor driven by a second motor, the second compressor being operable for fluidly directing a second flow at a second flow rate through the second compressor; and a monitoring component configured to compare the first flow rate to the second flow rate; characterized in that the monitoring component comprises a first motor power sensor and a second motor power sensor . a first compressor driven by a first motor, the first compressor being operable for fluidly directing a first flow at a first flow rate through the first compressor; a second compressor driven by a second motor, the second compressor being operable for fluidly directing a second flow at a second flow rate through the second compressor; and a monitoring component configured to compare the first flow rate to the second flow rate; characterized in that the monitoring component comprises a first motor power sensor and a second motor power sensor .
A vortex-generator applique comprising: a strip of material having a first side and a second side; an adhesive layer applied to the first side of the strip of material ; and one or more vortex generators coupled to the second side of the strip of material ; characterised in that the one or more vortex generators each includes a base that is attached to the second side of the strip of material by an adhesive wherein the one or more vortex generators each includes a vane including a bottom portion that has a dart-polygon configuration and that is integrally formed with the base , the vane including a top surface that is generally concave. a strip of material having a first side and a second side; an adhesive layer applied to the first side of the strip of material ; and one or more vortex generators coupled to the second side of the strip of material ; characterised in that the one or more vortex generators each includes a base that is attached to the second side of the strip of material by an adhesive wherein the one or more vortex generators each includes a vane including a bottom portion that has a dart-polygon configuration and that is integrally formed with the base , the vane including a top surface that is generally concave.
A liquid pharmaceutical composition suitable for administration by inhalation comprising: (i) ensifentrine particles; (ii) glycopyrrolate; and (iii) a diluent, which diluent comprises water, wherein: the concentration of ensifentrine particles is from 0.1 to 5.0 mg/mL; the glycopyrrolate is dissolved in the diluent; the concentration of glycopyrrolate is less than or equal to 5.0 mg/mL; and the pH of the liquid pharmaceutical composition is from 3.0 to 6.0. (i) ensifentrine particles; (ii) glycopyrrolate; and (iii) a diluent, which diluent comprises water, the concentration of ensifentrine particles is from 0.1 to 5.0 mg/mL; the glycopyrrolate is dissolved in the diluent; the concentration of glycopyrrolate is less than or equal to 5.0 mg/mL; and the pH of the liquid pharmaceutical composition is from 3.0 to 6.0.
Abeam training method, wherein the method comprises: performing , by a transmit device, clear channel assessment on sectors corresponding to an antenna of the transmit device; and sending , by the transmit device in a sector whose result of clear channel assessment is idle, a training signal to a receive device, wherein the training signal is used to perform beamforming training on the antenna; wherein a training signal sent in an idle sector carries a first indicator bit, and the first indicator bit is used to indicate a sector identifier of the sector from which the training signal is sent, and wherein the training signal sent in an idle sector carries a second indicator bit, and the second indicator bit is used to indicate a quantity of sectors in which no training signal has been sent among the sectors corresponding to the antenna. performing , by a transmit device, clear channel assessment on sectors corresponding to an antenna of the transmit device; and sending , by the transmit device in a sector whose result of clear channel assessment is idle, a training signal to a receive device, wherein the training signal is used to perform beamforming training on the antenna; wherein a training signal sent in an idle sector carries a first indicator bit, and the first indicator bit is used to indicate a sector identifier of the sector from which the training signal is sent, and wherein the training signal sent in an idle sector carries a second indicator bit, and the second indicator bit is used to indicate a quantity of sectors in which no training signal has been sent among the sectors corresponding to the antenna.
Scales having an upper carrier and a lower carrier which are connected to each other via a load cell produced separately from the carriers, wherein the upper carrier is in the form of a hollow body which has at least one cavity, and/or wherein the lower carrier is in the form of a hollow body which has at least one cavity, characterized in that a. the upper carrier and/or the lower carrier are produced by an additive process, in particular by 3D printing or by laminated object manufacturing (LOM) or by selective laser sintering (SLS), or in that the upper carrier and the lower carrier are each produced from an extruded profile, and/or in that b. at least one electric line runs in the cavity, in particular to the load cell, and/or an electronic switching arrangement and/or an electrical energy store and/or a voltage supply device are/is arranged in the cavity. a. the upper carrier and/or the lower carrier are produced by an additive process, in particular by 3D printing or by laminated object manufacturing (LOM) or by selective laser sintering (SLS), or in that the upper carrier and the lower carrier are each produced from an extruded profile, and/or in that b. at least one electric line runs in the cavity, in particular to the load cell, and/or an electronic switching arrangement and/or an electrical energy store and/or a voltage supply device are/is arranged in the cavity.
A tube for use in a stent comprising a polymeric material having a wall thickness that is from 75 microns to 150 microns, optionally wherein the tube has a tensile modulus from 2,500 to 6,000 MPa and a tensile yield strength from 90 to 600 MPa, wherein the polymeric material is oriented in the axial and radial directions of the tube, characterised in that , the tubing has been subjected to orientation by die drawing with a mandrel and/or a die .
A rail vehicle having a vehicle frame which is supported on on-track undercarriages and mobile on rails of a track , comprising a first measuring platform with a first inertial measuring system for recording a track course and a first spatial curve , characterized in that a second measuring platform is arranged on the rail vehicle , comprising a second inertial measuring system for recording a second spatial curve and at least one sensor device for recording surface points (P) of a track section , wherein the movement of the sensor device in the three-dimensional space is recorded by means of the second inertial measuring system .
An aircraft terminal device for performing air-to-ground communication with a base station device used for ground-to-ground communication in order to relay communication between multiple user terminals in an aircraft and a communication device on a ground location, the aircraft terminal device comprising: an in-flight communication controller configured to control communication with the multiple user terminals , wherein the in-flight communication controller is configured to control communication such that, when the in-flight communication controller determines that the base station device needs to reserve an available communication bandwidth for the ground-to-ground communication based on determination reference information received from the base station device , the in-flight communication controller cuts off communication with at least one of the multiple user terminals . an in-flight communication controller configured to control communication with the multiple user terminals , wherein the in-flight communication controller is configured to control communication such that, when the in-flight communication controller determines that the base station device needs to reserve an available communication bandwidth for the ground-to-ground communication based on determination reference information received from the base station device , the in-flight communication controller cuts off communication with at least one of the multiple user terminals .
A turbomachine turbine casing , said casing extending around an axis (X), comprising an annular wall and a cooling device , the wall being provided with at least one casing hook which extends in radial protrusion from the inside of the wall , each hook being configured to allow the mounting, on the casing , of ring segments disposed circumferentially end to end around the axis (X), and wherein the cooling device comprises at least one collector duct intended to convey the cooling air which extends circumferentially around the wall , each collector duct having a cooling air inlet and outlet, characterized in that each collector duct and the wall have a common portion , which delimits said collector duct and from which a corresponding hook extends and in that each collector duct is in fluid communication with a ventilation circuit which extends in the corresponding hook .
An organic light emitting diode (OLED) array substrate, comprising: thin film transistors, anodes, cathodes and organic light-emitting layers arranged between the anodes and the cathodes , wherein the OLED array substrate further comprises first spacers configured to support the OLED array substrate and a packaging substrate so as to form a cell gap therebetween, each cathode comprises a first region which covers the corresponding first spacer and a second region beyond the first regions , and a thickness of the cathode at the first region is larger than a thickness of the cathode at the second region , a projection of the first region on the array substrate completely covers a projection of the corresponding first spacer on the array substrate, and the cathodes at the first regions are of an identical thickness, the cathodes at the second regions are of an identical thickness, characterized in that the cathode at each first region is of a thickness larger than the cathode at each second region by 1 to 20 nanometers. thin film transistors, anodes, cathodes and organic light-emitting layers arranged between the anodes and the cathodes , wherein the OLED array substrate further comprises first spacers configured to support the OLED array substrate and a packaging substrate so as to form a cell gap therebetween, each cathode comprises a first region which covers the corresponding first spacer and a second region beyond the first regions , and a thickness of the cathode at the first region is larger than a thickness of the cathode at the second region , a projection of the first region on the array substrate completely covers a projection of the corresponding first spacer on the array substrate, and the cathodes at the first regions are of an identical thickness, the cathodes at the second regions are of an identical thickness, characterized in that the cathode at each first region is of a thickness larger than the cathode at each second region by 1 to 20 nanometers.
A reconstituted formulation comprising an anthracycline compound, and a reconstitution liquid, wherein the anthracycline compound is DOXO-EMCH, wherein said reconstituted formulation is prepared by reconstituting a lyophilized composition of the anthracycline compound in a reconstitution liquid comprising ethanol and water.
A user apparatus (UE 1) configured to perform device-to-device communication by radio with another user apparatus (UE 2) based on a setting by configuration information transmitted from a base station, and further configured to perform the device-to-device communication based on a default configuration, when the other user apparatus is out-of-coverage of a base station and the user apparatus is in-coverage of the base station, the user apparatus comprising: a storage unit configured to hold the default configuration information, the default configuration information being received from the base station by a signaling at an arbitrary timing, the default configuration information being information necessary for performing data reception and enabling the device-to-device communication without receiving configuration information from the base station in case the base station is unavailable; and a transmission unit configured to transmit the default configuration information held in the storage unit by broadcasting, wherein, in the other user apparatus that has received the default configuration information, setting for performing communication by radio with the user apparatus is performed by the default configuration information. a storage unit configured to hold the default configuration information, the default configuration information being received from the base station by a signaling at an arbitrary timing, the default configuration information being information necessary for performing data reception and enabling the device-to-device communication without receiving configuration information from the base station in case the base station is unavailable; and a transmission unit configured to transmit the default configuration information held in the storage unit by broadcasting, wherein, in the other user apparatus that has received the default configuration information, setting for performing communication by radio with the user apparatus is performed by the default configuration information.