mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a pouch type secondary battery comprising: accommodating an electrode assembly in an inner space of a pouch type case to form a pouch type preliminary secondary battery; disposing a metallic ultrasonic member maintained at a temperature of 30°C to 60°C and being formed from a metallic material to facilitate control of temperature and pressure by being closely attached to both surfaces of the pouch type preliminary secondary battery, the metallic ultrasonic member being formed in a structure which surrounds the entire surface of the pouch type preliminary secondary battery; injecting a composition for a gel polymer electrolyte into the pouch type preliminary secondary battery; applying ultrasonic vibration having a frequency of 20 kHz to 200 MHz to the pouch type preliminary secondary battery while pressurizing the pouch type preliminary secondary battery using the metallic ultrasonic member which applies a pressure of 0.1 kgf/cm 2 to 500 kgf/cm 2 per area of the pouch type preliminary secondary battery; performing formation of the pouch type preliminary secondary battery; curing the composition for a gel polymer electrolyte; and degassing. accommodating an electrode assembly in an inner space of a pouch type case to form a pouch type preliminary secondary battery; disposing a metallic ultrasonic member maintained at a temperature of 30°C to 60°C and being formed from a metallic material to facilitate control of temperature and pressure by being closely attached to both surfaces of the pouch type preliminary secondary battery, the metallic ultrasonic member being formed in a structure which surrounds the entire surface of the pouch type preliminary secondary battery; injecting a composition for a gel polymer electrolyte into the pouch type preliminary secondary battery; applying ultrasonic vibration having a frequency of 20 kHz to 200 MHz to the pouch type preliminary secondary battery while pressurizing the pouch type preliminary secondary battery using the metallic ultrasonic member which applies a pressure of 0.1 kgf/cm 2 to 500 kgf/cm 2 per area of the pouch type preliminary secondary battery; performing formation of the pouch type preliminary secondary battery; curing the composition for a gel polymer electrolyte; and degassing.
Computer-based design system for an electrical drive system , having: - a cam disc editor having a graphical user interface , wherein the graphical user interface is designed to set values of parameters of a motion profile of the electrical drive system on the basis of user inputs, - a limit value memory which is designed to store limit values of the motion profile , and - a limit value monitoring device which is designed to monitor whether a value of a parameter that is input by means of a user input causes one or more of the stored limit values to be violated by the resulting motion profile , and, if one or more of the stored limit values are violated by the resulting motion profile , to adjust the input value of the parameter to a value of the parameter such that none of the stored limit values is violated by the resulting motion profile , - wherein the design system is designed to visualize a motion profile performed by the drive system , and - wherein the design system is designed to visualize deviations of a motion profile projected by means of the design system from a motion profile performed by the drive system on the basis of the projected motion profile. - a cam disc editor having a graphical user interface , wherein the graphical user interface is designed to set values of parameters of a motion profile of the electrical drive system on the basis of user inputs, - a limit value memory which is designed to store limit values of the motion profile , and - a limit value monitoring device which is designed to monitor whether a value of a parameter that is input by means of a user input causes one or more of the stored limit values to be violated by the resulting motion profile , and, if one or more of the stored limit values are violated by the resulting motion profile , to adjust the input value of the parameter to a value of the parameter such that none of the stored limit values is violated by the resulting motion profile , - wherein the design system is designed to visualize a motion profile performed by the drive system , and - wherein the design system is designed to visualize deviations of a motion profile projected by means of the design system from a motion profile performed by the drive system on the basis of the projected motion profile.
A prosthetic valve comprising a leaflet assembly having at least one leaflet attached to a supporting element , which leaflet has a free margin that can move between a first position wherein the free margin is flexed away from a closure surface to allow body fluid to flow through the valve, and a second position wherein the free margin abuts the closure surface to close the valve, and wherein the valve comprises three leaflets, each leaflet acting as closure surface for the other two leaflets, characterised in that the free margin of a leaflet has excess length of at least 7% relative to the theoretical length needed for closing the valve, and the leaflets, without pulsatile load on the valve, can form a coaptation height of between 1 and 15 mm along the length of the free margin.
Adjusting device for adjusting a suspension mat preferably for automotive seats , comprising: a. a housing ; b. a first rack for driving at least one first Bowden cable ; wherein the first rack is linearly displaceable within the housing ; c. a second rack for driving at least one second Bowden cable , wherein the second rack is linearly displaceable within the housing ; and d. a rack gearwheel arranged in-between the first rack and the second rack , characterised in that a rotation of the rack gearwheel around a first rotational direction (r1) effects a linear movement of the first rack in a first direction and simultaneously effects a linear movement of the second rack in a second direction different from the first direction . a. a housing ; b. a first rack for driving at least one first Bowden cable ; wherein the first rack is linearly displaceable within the housing ; c. a second rack for driving at least one second Bowden cable , wherein the second rack is linearly displaceable within the housing ; and d. a rack gearwheel arranged in-between the first rack and the second rack , characterised in that a rotation of the rack gearwheel around a first rotational direction (r1) effects a linear movement of the first rack in a first direction and simultaneously effects a linear movement of the second rack in a second direction different from the first direction .
A post cathode physical vapor deposition (PVD) system comprising: a post cathode (30; 110; 280); a magnet array (40; 160; 200; 300) movably suspended within said post cathode (30; 110; 280); said magnet array (40; 160; 200; 300) comprising a plurality of permanent magnets (166, 168; 230; 320) having aligned magnetic poles; wherein said plurality of permanent magnets (166, 168; 230; 320) is sandwiched between a first pole plate (164; 210; 310) and a second pole plate (162; 220; 310), and wherein each magnet (166, 168; 230; 320) in the magnet array (40; 160; 200; 300) is aligned with each other magnet (166, 168; 230; 320) such that each magnet's north pole contacts said first pole plate (164; 210; 310) and each magnet's south pole contacts said second pole plate . a post cathode (30; 110; 280); a magnet array (40; 160; 200; 300) movably suspended within said post cathode (30; 110; 280); said magnet array (40; 160; 200; 300) comprising a plurality of permanent magnets (166, 168; 230; 320) having aligned magnetic poles; wherein said plurality of permanent magnets (166, 168; 230; 320) is sandwiched between a first pole plate (164; 210; 310) and a second pole plate (162; 220; 310), and wherein each magnet (166, 168; 230; 320) in the magnet array (40; 160; 200; 300) is aligned with each other magnet (166, 168; 230; 320) such that each magnet's north pole contacts said first pole plate (164; 210; 310) and each magnet's south pole contacts said second pole plate .
Gas burner assembly for a gas cooking appliance, comprising a gas burner comprising a burner body , an injector oriented towards the gas burner , a gas conduit fluidically communicated with the injector , and a burner holder comprising a burner base coupled to the burner body , the burner base comprising a hole fluidically communicating the burner body with the injector , and an injector base arranged below the burner base , the injector base comprising the injector , wherein the burner base comprises a flat horizontal surface and a perimetral wall projecting upwards from said flat surface and defining within its perimeter the hole in the burner base , the burner body being coupled to said perimetral wall , the perimetral wall comprising at least one positioning groove configured for coupling to at least one complementary positioning groove of the burner body , such that depending on the position and/or the dimensions and/or the number of positioning grooves , the burner holder interlocks with a corresponding burner body preventing assembly errors, characterised in that the burner holder is formed by two independent parts attached together to form the burner holder , a first part comprising the injector base and a second part comprising the burner base , so that the same first part can be used in for different types of burner holders .
A pharmaceutical composition comprising an effective amount of antioxidants for use in a method for protecting the skin from damage by infrared radiation, wherein the damage is caused by activation of the formation of matrix metalloproteinase-1.
Method for automated parking of a vehicle , the vehicle comprising a plurality of proximity sensors configured to detect the proximity of an object in the vicinity of the vehicle, the method comprising, in the vehicle: determining that the vehicle is in an appropriate starting position for performing a parking maneuver; determining a control zone for controlling the parking maneuver; determining that an authorized key is located in the control zone; detecting an object located in the control zone; verifying that the detected object is an authorized user by determining that the object is the only object, in addition to the authorized key, located in the control zone and verifying that a location of the authorization key is the same as a location of the object; detecting a movement of the authorized user; and if the detected movement of the authorized user is a movement in the direction of an expected parking area , performing the parking maneuver, and stopping the parking maneuver if it is detected that the authorized user leaves the control zone. determining that the vehicle is in an appropriate starting position for performing a parking maneuver; determining a control zone for controlling the parking maneuver; determining that an authorized key is located in the control zone; detecting an object located in the control zone; verifying that the detected object is an authorized user by determining that the object is the only object, in addition to the authorized key, located in the control zone and verifying that a location of the authorization key is the same as a location of the object; detecting a movement of the authorized user; and if the detected movement of the authorized user is a movement in the direction of an expected parking area , performing the parking maneuver, and stopping the parking maneuver if it is detected that the authorized user leaves the control zone.
An electrical distribution apparatus comprising: a stacked bus bar assembly comprising a plurality of bus bars , each bus bar of said plurality of bus bars comprising: a first plate ; a second plate spaced from said first plate in a first direction; and an intermediate member disposed between and interconnecting said first plate and said second plate , wherein at least one of said first plate and said second plate is constructed of an electrically conductive material, wherein said first plate , said second plate , and said intermediate member of said each bus bar define a connector channel extending around a perimeter of said each bus bar , the connector channel configured to receive an electrical connector of an electrical device to connect the first plate and the second plate with the electrical connector ;. characterised in that each of said first plate and said second plate has a length, a width, and a thickness, wherein each of said first plate and said second plate is interchangeable with a plate having at least one of a different thickness, a different length, and a different width without changing the thickness of the electrical connector channels and the center-to-center spacing between adjacent electrical connector channels by means of varying the thickness of spacers providing physical and electrical isolation between each bus bar and/or bus bar insulators to accommodate first plates and second plates of varying thicknesses. a first plate ; a second plate spaced from said first plate in a first direction; and an intermediate member disposed between and interconnecting said first plate and said second plate , wherein at least one of said first plate and said second plate is constructed of an electrically conductive material, wherein said first plate , said second plate , and said intermediate member of said each bus bar define a connector channel extending around a perimeter of said each bus bar , the connector channel configured to receive an electrical connector of an electrical device to connect the first plate and the second plate with the electrical connector ;. characterised in that each of said first plate and said second plate has a length, a width, and a thickness, wherein each of said first plate and said second plate is interchangeable with a plate having at least one of a different thickness, a different length, and a different width without changing the thickness of the electrical connector channels and the center-to-center spacing between adjacent electrical connector channels by means of varying the thickness of spacers providing physical and electrical isolation between each bus bar and/or bus bar insulators to accommodate first plates and second plates of varying thicknesses.
A method of a machine to machine, M2M, terminal for signal measurement in a communication system, the method comprising: determining whether a current subframe corresponds to a measurement period; measuring , when the current subframe corresponds to the measurement period, a neighbour cell signal; performing filtering by reflecting a certain ratio of a newly measured value to a previous measurement value of the neighbour cell signal; determining whether current measurement mode is a normal scan mode or a short scan mode for measuring the neighbour cell signal more frequently than the normal scan mode; determining , when the current measurement mode is the normal scan mode, whether a measured serving cell signal is less than a predetermined low signal threshold; resetting , when the current measurement mode is the normal scan mode and the measured serving cell signal is less than the low signal threshold, the previous measurement value; and switching , when the current measurement mode is the normal scan mode and the measured serving cell signal is less than the low signal threshold, the current measurement mode to the short scan mode. determining whether a current subframe corresponds to a measurement period; measuring , when the current subframe corresponds to the measurement period, a neighbour cell signal; performing filtering by reflecting a certain ratio of a newly measured value to a previous measurement value of the neighbour cell signal; determining whether current measurement mode is a normal scan mode or a short scan mode for measuring the neighbour cell signal more frequently than the normal scan mode; determining , when the current measurement mode is the normal scan mode, whether a measured serving cell signal is less than a predetermined low signal threshold; resetting , when the current measurement mode is the normal scan mode and the measured serving cell signal is less than the low signal threshold, the previous measurement value; and switching , when the current measurement mode is the normal scan mode and the measured serving cell signal is less than the low signal threshold, the current measurement mode to the short scan mode.
Inductive power transfer unit, having a winding unit for generating or receiving an alternating magnetic field for inductive power transfer during a power transfer operation, flux guiding means to guide the magnetic flux during power transfer operation inside the power transfer unit, and an antenna element , wherein the antenna element is arranged with the flux guiding means for generating or receiving an antenna signal during an auxiliary operation, characterized in that the antenna element is wound around the flux guiding means for generating or receiving an antenna signal during the auxiliary operation, wherein a compensation element is arranged such that the magnetic flux generated during power transfer operation and guided by the magnetic flux guiding means induces in the compensation element an induced voltage and/or induced current that compensates for an induced voltage and/or induced current in the antenna element during the power transfer operation, wherein the compensation element and the antenna element are connected such that the induced voltages/currents cancel each other. a winding unit for generating or receiving an alternating magnetic field for inductive power transfer during a power transfer operation, flux guiding means to guide the magnetic flux during power transfer operation inside the power transfer unit, and an antenna element , wherein the antenna element is arranged with the flux guiding means for generating or receiving an antenna signal during an auxiliary operation, characterized in that the antenna element is wound around the flux guiding means for generating or receiving an antenna signal during the auxiliary operation, wherein a compensation element is arranged such that the magnetic flux generated during power transfer operation and guided by the magnetic flux guiding means induces in the compensation element an induced voltage and/or induced current that compensates for an induced voltage and/or induced current in the antenna element during the power transfer operation, wherein the compensation element and the antenna element are connected such that the induced voltages/currents cancel each other.
Seat occupancy detection element for a vehicle seat with a foil pressure sensor , which has at least one sensor element arranged on a carrier foil , wherein the foil pressure sensor lies flat on a support layer and is fixed thereto, wherein the carrier foil of the foil pressure sensor and the support layer contain at least one comparable material component, characterized in that the foil pressure sensor is partially connected to the support layer , which is a spacer fabric, by means of ultrasonic welding.
Electric drive motor, having a stator with pole shoes (2.1) and at least one electrically controllable stator winding (2.2), and a permanent magnet rotor mounted in a rotationally driveable manner in the field of the stator winding (2.2) while retaining an annular gap (R), said permanent magnet rotor having a motor shaft and a laminated core resting on the motor shaft , said laminated core having at least a number of permanent magnets which corresponds to the number of poles of the permanent magnet rotor , wherein the permanent magnets inserted in the laminated core are extrusion-coated by a plastic lining and the plastic lining has a side wall (10.1, 10.2) covering the laminated core on each of its two axial end faces (5.1, 5.2), wherein the side walls (10.1, 10.2) each have a number of cut-outs (11.1, 11.2) arranged in a distributed manner in the peripheral direction, which lie in particular on a larger diameter than the centre points of the permanent magnets , characterised in that the cut-outs release regions of the axial end faces (5.1, 5.2) covered by the side walls (10.1, 10.2) of the plastic lining as access openings to tap the laminated core in the context of balancing the permanent magnet rotor .
A computer-implemented method comprising: receiving a mobile microphone data from a mobile device ; receiving a location data associated with the mobile device ; receiving a stationary microphone data from a stationary microphone ; correlating the mobile device to the stationary microphone utilizing the location data; and the method being characterized by : adjusting a sound masking noise output at a stationary loudspeaker in response to the mobile microphone data and the stationary microphone data received from the correlated mobile microphone and stationary microphone . receiving a mobile microphone data from a mobile device ; receiving a location data associated with the mobile device ; receiving a stationary microphone data from a stationary microphone ; correlating the mobile device to the stationary microphone utilizing the location data; and the method being characterized by : adjusting a sound masking noise output at a stationary loudspeaker in response to the mobile microphone data and the stationary microphone data received from the correlated mobile microphone and stationary microphone .
Trench shoring having at least one shoring plate and a ladder system comprising a lower ladder extending from the bottom of a trench over a lower portion (T 1 ) of the height of the trench, and an upper ladder extending over an upper portion (T 2 ) of the height of the trench to a trench edge, wherein the upper ladder is a suspension ladder for suspension on the shoring plate , characterised in that a platform is arranged at the lower end of the upper ladder and in that the lower ladder is a stepladder or lean-to ladder standing on the floor of the trench.