mhurhangee/ep-ind-claims huggingface dataset:
A distributed mode loudspeaker (102, 300) comprising: an actuator that includes: a supported portion, and a cantilevered portion having a length, a first fundamental frequency, and adapted to create a force to cause vibration of a load to generate sound waves using the first fundamental frequency; a support element connected to the supported portion of the actuator characterized in that the support element is adapted to adjust, based on a change to a shape of the support element, a size of the length of the cantilevered portion to change the first fundamental frequency to a second fundamental frequency with which the load will generate sound waves; and in that the distributed mode loudspeaker further comprises a frequency selection module adapted to provide a signal to the support element to cause the support element to change shape. an actuator that includes: a supported portion, and a cantilevered portion having a length, a first fundamental frequency, and adapted to create a force to cause vibration of a load to generate sound waves using the first fundamental frequency; a supported portion, and a cantilevered portion having a length, a first fundamental frequency, and adapted to create a force to cause vibration of a load to generate sound waves using the first fundamental frequency; a support element connected to the supported portion of the actuator characterized in that the support element is adapted to adjust, based on a change to a shape of the support element, a size of the length of the cantilevered portion to change the first fundamental frequency to a second fundamental frequency with which the load will generate sound waves; and in that the distributed mode loudspeaker further comprises a frequency selection module adapted to provide a signal to the support element to cause the support element to change shape.
A vertically pressed compact container provided with a pouch container, which includes an outer container having an opened upper portion and an outer container lid hinge-coupled to one side of the outer container to be opened or closed, the vertically pressed compact container comprising: a pouch frame contained in the outer container; a soft pouch container installed in the pouch frame to contain a cosmetic material; an airless pump installed to one side end of the pouch container; a discharge plate coupled to an upper side of the outer container to discharge the cosmetic material; and a button coupled to the discharge plate to be vertically movable, wherein the pouch frame is formed on a rear surface thereof with an inclined protrusion part, and a pressing protrusion is formed on a lower side of the button to vertically press the inclined protrusion part to horizontally move the pouch frame characterized in that the pouch container is formed with a folding part having a recessed central portion at a lower end thereof. a pouch frame contained in the outer container; a soft pouch container installed in the pouch frame to contain a cosmetic material; an airless pump installed to one side end of the pouch container; a discharge plate coupled to an upper side of the outer container to discharge the cosmetic material; and a button coupled to the discharge plate to be vertically movable, wherein the pouch frame is formed on a rear surface thereof with an inclined protrusion part, and a pressing protrusion is formed on a lower side of the button to vertically press the inclined protrusion part to horizontally move the pouch frame characterized in that the pouch container is formed with a folding part having a recessed central portion at a lower end thereof.
Adjustable window sill assembly comprising an window sill substructure and a window sill cover plate, whereby the window sill substructure comprises a wedge shaped first portion associated with the window reveal and a cuboid second support portion for the window frame, wherein the first portion and the second portion have a common basis, and wherein the adjustable window sill structure is an insulating structure comprising at least one segment made from rigid insulation material and at least one segment made from water resistant hard construction material, characterized in that the window sill cover plate comprises a plate shaped portion and an angular portion, wherein the adjustable window sill structure is an insulating structure comprising at least one segment made from rigid insulation material and at least one segment made from water resistant hard construction material.
A method for displaying application data in a wireless communication system, the method being carried out by a first device, the first device being a sink device, and comprising: receiving, from a second device, the second device being a source device, a request message for requesting support of an enhanced display application; transmitting, to the second device, a first parameter indicating whether the first device supports running an enhanced display application for displaying the application data related to an application run by the second device, and a second parameter indicating maximum number of enhanced display applications that the first device supports running in parallel, when a connection between the first device and the second device is established; receiving, from the second device, the application data to display on a screen of the first device by running the enhanced display application and display information for displaying the application data, when the first parameter indicating the first device supports running the display application; and displaying the application data based on the display information and the second parameter, wherein the display information includes layout information of the application data and size information of the application data, and wherein a size of display according to the size information exceeds a size limitation of the second device. receiving, from a second device, the second device being a source device, a request message for requesting support of an enhanced display application; transmitting, to the second device, a first parameter indicating whether the first device supports running an enhanced display application for displaying the application data related to an application run by the second device, and a second parameter indicating maximum number of enhanced display applications that the first device supports running in parallel, when a connection between the first device and the second device is established; receiving, from the second device, the application data to display on a screen of the first device by running the enhanced display application and display information for displaying the application data, when the first parameter indicating the first device supports running the display application; and displaying the application data based on the display information and the second parameter, wherein the display information includes layout information of the application data and size information of the application data, and wherein a size of display according to the size information exceeds a size limitation of the second device.
Contact module operating with three fluids, air, coolant fluid and a liquid phase, said contact module comprising a plurality of plates within which conduits are made for the refrigerant fluid, for example frigorific evaporating fluid, said plurality of plates being disposed in a parallel way thus forming a succession of pairs of plates, the contactor being characterized in that within at least a pair of plates there are: - a first and a second hydrophobic, planar membrane separated and supported by spacing and support means configured to allow the passage of process air perpendicularly to the direction of main extension of said pair of plates, - between said first and second hydrophobic, planar membrane and the respective external surface of said two plates a space is present for the flow of the liquid phase, at the opposite ends of said plurality of plates being placed respective collectors for the collection of the refrigerant fluid and the liquid phase. - a first and a second hydrophobic, planar membrane separated and supported by spacing and support means configured to allow the passage of process air perpendicularly to the direction of main extension of said pair of plates, - between said first and second hydrophobic, planar membrane and the respective external surface of said two plates a space is present for the flow of the liquid phase,
Household appliance, in particular for the treatment of laundry items, having a circuit arrangement for operating the household appliance, having a control unit for controlling processes of the household appliance and having at least two electrical loads (5, 6, 6b), which comprise at least one heater (6, 6b), wherein the heater is coupled on both sides to an input of the circuit arrangement, wherein the heater is coupled to a first input terminal of the input of the circuit arrangement via a first electrical switch which can be activated by the control unit and to a second input terminal of the input via a separate electrical switch (8, 9, 9b) which can be activated by the control unit, wherein a feedback pole is embodied between the first switch and the separate switch (8, 9, 9b), which is coupled to a test input of the control unit, characterised in that the electrical loads (5, 6, 6b) additionally comprise at least one electric motor, which is coupled on both sides to the input of the circuit arrangement and which is coupled to the first input terminal via the first electrical switch which can be activated by the control unit and to the second input terminal via a further separate electrical switch (8, 9, 9b) which can be activated by the control unit, wherein the loads (5, 6, 6b) are coupled via the first switch as a joint switch which can be activated by the control unit to the first input terminal and in each case via the separate switches (8, 9, 9b) to the second input terminal.
An orthopaedic prosthesis, comprising: a metallic foam shell including a sheath, and a cover layer extending distally from the sheath, a metallic core including (i) a neck positioned proximal of the sheath, the neck being configured to receive a femoral head component, (ii) a first core segment positioned in the sheath, and (iii) a second core segment positioned distal of the sheath, characterised in that the cover layer engages only a lateral surface of the second core segment. a metallic foam shell including a sheath, and a cover layer extending distally from the sheath, a metallic core including (i) a neck positioned proximal of the sheath, the neck being configured to receive a femoral head component, (ii) a first core segment positioned in the sheath, and (iii) a second core segment positioned distal of the sheath, characterised in that the cover layer engages only a lateral surface of the second core segment.
A control device (40, 140, 240) for a vehicle drive device (10, 310) to be employed in a vehicle, the vehicle drive device (10, 310) including: (i) a hydraulic power transmission device including an input-side rotating element to which power from an engine is input and an output-side rotating element outputting power to drive wheels; (ii) a first electric motor directly or indirectly coupled to the input-side rotating element; and (iii) a second electric motor directly or indirectly coupled to the drive wheels, the control device (40, 140, 240) being configured to directly or indirectly adjust a torque of the first electric motor to control an operating point of the engine, while transmitting a torque of the second electric motor to the drive wheels in the control of the operating point of the engine, the control device (40, 140, 240) being configured to adjust the torque of the first electric motor such that a sum of a torque (Te) of the engine and the torque of the first electric motor is balanced with an input-side load torque (Tp) which is generated in the input-side rotating element and which is dependent on a speed ratio (e) of the hydraulic power transmission device, the speed ratio (e) of the hydraulic power transmission device being calculated based on a rotation speed (Np) of the input-side rotating element and a rotation speed (Nt) of the output-side rotating element, the rotation speed (Np) of the input-side rotating element being equal to a rotation speed (Ne) of the engine that is indicated by a target engine operating point as a target point of the operating point of the engine, and the input-side load torque (Tp) being calculated in accordance with a predetermined relationship, based on the speed ratio (e) of the hydraulic power transmission device and the rotation speed (Ne) of the engine that is indicated by the target engine operating point, and the torque of the first electric motor being determined such that the input-side load torque (Tp) is balanced with the sum of the torque of the first electric motor and the torque (Te) of the engine that is indicated by the target engine operating point, wherein the predetermined relationship for calculating the input-side load torque (Tp) is expressed by: Tp = τ × Ne 2 where Tp represents the input-side load torque (Tp), τ is a capacitive coefficient that represents the speed ratio (e) of the hydraulic power transmission device, and Ne represents the rotation speed of the engine.
Luminary (100, 100) intended to be installed in a premises or a residence so as to at least locally illuminate its interior volume, comprising a chassis (200, 200) and of the type the lighting means of which incorporates at least one lighting module equipped with electroluminescent components, said module being placed in a holding profile (300, 300, 300) so that the electroluminescent components are able to directly or indirectly illuminate the edge face of a diffuser of light, and comprising at least one electrical connector (500, 500, 500, 500, 500, 900), said connector being capable of connecting said module to an electrical supply, characterized in that said connector is provided with at least one pair of contacts (600, 600, 950, 502, 504) that are fastened to the chassis (200, 200) and that are placed so as to establish, via insertion, an electrical connection with corresponding contact zones provided on said lighting module, so that the connection can be established while the profile is being mounted in the chassis or while the lighting module is being mounted in said profile.
A tablet which is rapidly disintegrated in the oral cavity, comprises droxidopa as an active ingredient, and comprises the following and, wherein the droxidopa content is 20 - 80wt% relative to the total weight of the tablet: mannitol as an excipient, a disintegrant comprising cornstarch or partly pregelatinized corn-derived starch, and further comprising corn-derived starch as a binder, wherein the tablet does not contain a binder other than corn-derived starch and the tablet does not contain polyvinylpyrrolidone, hydroxypropylmethylcellulose, hydroxypropylcellulose, agar or gelatin. mannitol as an excipient, a disintegrant comprising cornstarch or partly pregelatinized corn-derived starch,
A neurostimulation system for promoting subject recovery from a brain lesion, comprising: a. at least one electrode (12,14); and b. an operations system in electrical communication with the at least one electrode (12,14), characterised in that the at least one electrode (12, 14) and the operations system are constructed and arranged to: a. record low frequency oscillations from a perilesional region of the subject; and b. apply alternating current stimulation across the brain of the subject in phase with the recorded perilesional low frequency oscillations in the range of 0.1 to 4 Hz. a. at least one electrode (12,14); and b. an operations system in electrical communication with the at least one electrode (12,14), characterised in that the at least one electrode (12, 14) and the operations system are constructed and arranged to: a. record low frequency oscillations from a perilesional region of the subject; and b. apply alternating current stimulation across the brain of the subject in phase with the recorded perilesional low frequency oscillations in the range of 0.1 to 4 Hz. a. record low frequency oscillations from a perilesional region of the subject; and b. apply alternating current stimulation across the brain of the subject in phase with the recorded perilesional low frequency oscillations in the range of 0.1 to 4 Hz.
A system (100, 400) comprising: a light detection and ranging, LiDAR, unit (120, 410) comprising an atmospheric characterization transceiver module, the LiDAR unit configured to transmit light into an external interaction air region, and collect scattered portions of the transmitted light from the external interaction air region; a robotic arm (130, 420) operatively coupled to the atmospheric characterization transceiver module; and a processor in operative communication with the robotic arm, the processor configured to control the robotic arm to position and point the atmospheric characterization transceiver module in a direction of interest to interrogate the external interaction air region; wherein the system is installed on a movable or unstable platform; wherein the platform includes an inertial measurement unit, IMU, operatively coupled to the processor. a light detection and ranging, LiDAR, unit (120, 410) comprising an atmospheric characterization transceiver module, the LiDAR unit configured to transmit light into an external interaction air region, and collect scattered portions of the transmitted light from the external interaction air region; a robotic arm (130, 420) operatively coupled to the atmospheric characterization transceiver module; and a processor in operative communication with the robotic arm, the processor configured to control the robotic arm to position and point the atmospheric characterization transceiver module in a direction of interest to interrogate the external interaction air region; wherein the system is installed on a movable or unstable platform; wherein the platform includes an inertial measurement unit, IMU, operatively coupled to the processor.
A cap for a depilatory composition product container which comprises a product application surface to dispense the composition onto the skin of the user, and a product removal edge for scraping the cream from the skin of the user, such that the cap can function both as product applicator and product residue collector, wherein the product removal edge is formed from a different material to the cap. characterised in that the product removal edge comprises a material of greater flexibility than the remainder of the cap and the product removal edge comprises a resilient thermoplastic elastomer material. onto the skin of the user, and a product removal edge for scraping the cream from the skin of the user, such that the cap can function both as product applicator and product residue collector, wherein the product removal edge is formed from a different material to the cap. characterised in that the product removal edge comprises a material of greater flexibility than the remainder of the cap and the product removal edge comprises a resilient thermoplastic elastomer material.
A print head maintenance assembly (100, 400, 504), the print head maintenance assembly (100, 400, 504) comprising: a maintenance cartridge (104, 200) that is moveable along a first direction; and a wiper assembly (106, 300, 510) comprising a wiper element for wiping a print head, the wiper element extending along the first direction, wherein: the maintenance cartridge (104, 200) comprises a guide rail (110, 516) extending along the first direction; and the guide rail (110, 516) is to engage with the wiper assembly (106, 300, 510) to adjust a position of the wiper element depending on a relative position between the maintenance cartridge (104, 200) and the wiper assembly (106, 300, 510) in the first direction. a maintenance cartridge (104, 200) that is moveable along a first direction; and a wiper assembly (106, 300, 510) comprising a wiper element for wiping a print head, the wiper element extending along the first direction, the maintenance cartridge (104, 200) comprises a guide rail (110, 516) extending along the first direction; and the guide rail (110, 516) is to engage with the wiper assembly (106, 300, 510) to adjust a position of the wiper element depending on a relative position between the maintenance cartridge (104, 200) and the wiper assembly (106, 300, 510) in the first direction.
A cannula comprising: a longitudinal base member; a longitudinal arm member pivotally attached to the longitudinal base member; a first clamp member having a first passage and located at a first end of the base member; a second clamp member rotatably attached to the arm member at a first end of the arm member, the second clamp member having a second passage and opposing the first clamp member, wherein the first and second passages form a combined passage when the cannula is in a closed position, characterized in that the second clamping member is rotatably attached to the arm member at a first end of the arm member such that the second clamp member has two rotational degrees of freedom with respect to the arm member to more evenly distribute the force applied to the tissue during the clamping process. a longitudinal base member; a longitudinal arm member pivotally attached to the longitudinal base member; a first clamp member having a first passage and located at a first end of the base member; a second clamp member rotatably attached to the arm member at a first end of the arm member, the second clamp member having a second passage and opposing the first clamp member, wherein the first and second passages form a combined passage when the cannula is in a closed position, characterized in that the second clamping member is rotatably attached to the arm member at a first end of the arm member such that the second clamp member has two rotational degrees of freedom with respect to the arm member to more evenly distribute the force applied to the tissue during the clamping process.
Reinforced superconducting wire (1a; 1b; 1c) comprising a superconducting core strand with a circumferential surface, a first cladding comprising a single or a multitude of reinforcing strands, wherein the reinforcing strand(s) are arranged around the circumferential surface of the superconducting core strand in a non-crossing manner, wherein the reinforcing strand(s) are in contact with the core strand, wherein there is no additional layer between the reinforcing strands of the first cladding and the core strand, characterized in that the reinforcing strand(s) of the first cladding are spirally wound around the circumferential surface of the superconducting core strand, and that the reinforcing strands are carbon fiber reinforcing strands. a superconducting core strand with a circumferential surface, a first cladding comprising a single or a multitude of reinforcing strands, wherein the reinforcing strand(s) are arranged around the circumferential surface of the superconducting core strand in a non-crossing manner, wherein the reinforcing strand(s) are in contact with the core strand, wherein there is no additional layer between the reinforcing strands of the first cladding and the core strand, characterized in that the reinforcing strand(s) of the first cladding are spirally wound around the circumferential surface of the superconducting core strand, and that the reinforcing strands are carbon fiber reinforcing strands.