mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel including a front surface exposed to an outside of the display device, a rear surface opposite to the front surface, and a side surface connecting the front surface with the rear surface; a front cover including a side part covering the side surface of the display panel, and a guide protruding from the side part to support the side surface of the display panel; a frame including a rear part positioned in a rear of the display panel and a side part facing a side of the side part of the front cover where the guide protrudes; and wherein the side part of the front cover is coupled to the frame, wherein the guide is elongated along the side surface of the display panel between the side surface of the display panel and the side part of the front cover, and wherein a gap is formed between the guide and the side part of the front cover. a display panel including a front surface exposed to an outside of the display device, a rear surface opposite to the front surface, and a side surface connecting the front surface with the rear surface; a front cover including a side part covering the side surface of the display panel, and a guide protruding from the side part to support the side surface of the display panel; a frame including a rear part positioned in a rear of the display panel and a side part facing a side of the side part of the front cover where the guide protrudes; and wherein the side part of the front cover is coupled to the frame, wherein the guide is elongated along the side surface of the display panel between the side surface of the display panel and the side part of the front cover, and wherein a gap is formed between the guide and the side part of the front cover.
A slope compensation module for use with current mode control in a switched-mode power supply, SMPS, controller, said SMPS controller comprising an error amplifier with an output; and a voltage comparator with a first input; wherein said slope compensation module comprises: a slope compensation capacitor, connectable between the output of the error amplifier and the first input of the voltage comparator; a slope compensation switch, coupled in parallel with the slope compensation capacitor; and a programmable constant current source, coupled to the output side of the slope compensation capacitor and to the slope compensation switch; wherein when the slope compensation switch is open, the slope compensation capacitor charges through the constant current source to a circuit common and thereby generates a linearly decreasing ramp voltage; and wherein the slope compensation switch is a single pole double throw switch and the constant current source is decoupled from the output side of the slope compensation capacitor when the slope compensation switch is in a first position and coupled to the output side of the slope compensation capacitor when the slope compensation switch is in a second position. a slope compensation capacitor, connectable between the output of the error amplifier and the first input of the voltage comparator; a slope compensation switch, coupled in parallel with the slope compensation capacitor; and a programmable constant current source, coupled to the output side of the slope compensation capacitor and to the slope compensation switch; wherein when the slope compensation switch is open, the slope compensation capacitor charges through the constant current source to a circuit common and thereby generates a linearly decreasing ramp voltage; and wherein the slope compensation switch is a single pole double throw switch and the constant current source is decoupled from the output side of the slope compensation capacitor when the slope compensation switch is in a first position and coupled to the output side of the slope compensation capacitor when the slope compensation switch is in a second position.
Composition comprising a supernatant of a peripheral blood mononuclear cell (PBMC) cell culture for use in the treatment or prevention of an allergy or an allergic reaction caused by the administration of at least one food and/or inhalation allergen or by the systemic administration of at least one drug to a human or mammal body, wherein the PBMCs are subjected to ionizing radiation before or during cultivation.
A transmitter for transmitting an optical wavelength-division multiplexing, WDM, signal via a WDM path in a WDM transmission system having a plurality of channels (C1, C2,..., CN) associated with different wavelengths to a receiver, the transmitter comprising: a predistorter configured to receive information on determined crosstalk interferences in the form of a crosstalk matrix, C, from the receiver and to predistort data (1, 2,..., N) associated with a respective one of the channels (C1, C2,..., CN) by the information on determined crosstalk interferences of other channels to the respective channel; and a signal source (34a, 34b,..., 34N) for each channel (C1, C2,..., CN) of the WDM transmission system configured to convert the data associated with the respective channel into an optical signal (1d, 2d,..., Nd) having a carrier frequency corresponding to the wavelength of the respective channel and to apply the optical signal to the WDM path. a predistorter configured to receive information on determined crosstalk interferences in the form of a crosstalk matrix, C, from the receiver and to predistort data (1, 2,..., N) associated with a respective one of the channels (C1, C2,..., CN) by the information on determined crosstalk interferences of other channels to the respective channel; and a signal source (34a, 34b,..., 34N) for each channel (C1, C2,..., CN) of the WDM transmission system configured to convert the data associated with the respective channel into an optical signal (1d, 2d,..., Nd) having a carrier frequency corresponding to the wavelength of the respective channel and to apply the optical signal to the WDM path.
A method for producing butadiene, said method comprising the step of dehydrating 2,3-butanediol in the presence of a catalyst containing an alkali metal salt of phosphoric acid supported on silica.
A device for dispensing a haemostatic paste under pressure, comprising: a. a container having an interior including a product compartment and a propellant compartment separated from one another, said container having a first end with a haemostatic paste outlet extending from the product compartment, said outlet being openable and closable; b. a valve in communication with the first end of the product compartment, wherein said valve is arranged to allow flow of the haemostatic paste through the haemostatic paste outlet; c. a haemostatic paste having a viscosity in the range of 500-6,000 Pa·s at room temperature contained in the product compartment; d. a propellant provided in the propellant compartment, wherein the pressure in the propellant compartment is 200-500 kPa at room temperature; e. a slidable piston separating the product compartment from the propellant compartment. a. a container having an interior including a product compartment and a propellant compartment separated from one another, said container having a first end with a haemostatic paste outlet extending from the product compartment, said outlet being openable and closable; b. a valve in communication with the first end of the product compartment, wherein said valve is arranged to allow flow of the haemostatic paste through the haemostatic paste outlet; c. a haemostatic paste having a viscosity in the range of 500-6,000 Pa·s at room temperature contained in the product compartment; d. a propellant provided in the propellant compartment, wherein the pressure in the propellant compartment is 200-500 kPa at room temperature; e. a slidable piston separating the product compartment from the propellant compartment.
A shoe for a compressor comprising: a first sliding face that slides on a piston; a second sliding face that slides on a swash plate; and a recess formed in the second sliding face, characterized in that in a section along a height direction and scaled up 1000 times in the height direction and 10 times in a radial direction, a connecting portion between the second sliding face and the recess and/or a connecting portion between the second sliding face and the first sliding face are/is formed in a rounded shape with a radius larger than 5 mm, and in the section along the height direction, the second sliding face is formed into a straight line so as to gradually outwardly bulge in a height direction from the connecting portion connected to the first sliding face toward the connecting portion connected to the recess. a first sliding face that slides on a piston; a second sliding face that slides on a swash plate; and a recess formed in the second sliding face, characterized in that in a section along a height direction and scaled up 1000 times in the height direction and 10 times in a radial direction, a connecting portion between the second sliding face and the recess and/or a connecting portion between the second sliding face and the first sliding face are/is formed in a rounded shape with a radius larger than 5 mm, and in the section along the height direction, the second sliding face is formed into a straight line so as to gradually outwardly bulge in a height direction from the connecting portion connected to the first sliding face toward the connecting portion connected to the recess.
A Voice over IP, VoIP, processing apparatus of a mobile terminal in a mobile communication system, the apparatus comprising: a Radio Frequency, RF, unit configured to transmit and receive a VoIP packet; an audio processing unit configured to process an audio signal; an audio application embedded in an operating system of the mobile terminal and configured to process a normal voice packet corresponding to the audio signal, if processing of the normal voice packet is requested; and a voice engine configured to: determine, if processing of the VoIP packet is requested, whether a dedicated voice path for processing the VoIP packet, separate from an audio processing path associated with the audio application, provided by the operating system of the mobile terminal exists and control, when the dedicated voice path exists, processing voice signal input/output by a dedicated VoIP processing interface for processing the VoIP packet. a Radio Frequency, RF, unit configured to transmit and receive a VoIP packet; an audio processing unit configured to process an audio signal; an audio application embedded in an operating system of the mobile terminal and configured to process a normal voice packet corresponding to the audio signal, if processing of the normal voice packet is requested; and a voice engine configured to: determine, if processing of the VoIP packet is requested, whether a dedicated voice path for processing the VoIP packet, separate from an audio processing path associated with the audio application, provided by the operating system of the mobile terminal exists and control, when the dedicated voice path exists, processing voice signal input/output by a dedicated VoIP processing interface for processing the VoIP packet. determine, if processing of the VoIP packet is requested, whether a dedicated voice path for processing the VoIP packet, separate from an audio processing path associated with the audio application, provided by the operating system of the mobile terminal exists and control, when the dedicated voice path exists, processing voice signal input/output by a dedicated VoIP processing interface for processing the VoIP packet.
An implantable apparatus for providing tumor treating fields, TTFields, the implantable apparatus comprising: a support structure; and a plurality of electrode arrays (104; 104a-f) disposed on the support structure, wherein each electrode array (104; 104a-f) comprises a plurality of electrodes (106; 106a, b); characterized in that at least one of the plurality of electrode arrays (104; 104a-f) comprises a central electrode and a plurality of circumferential electrodes spaced around the central electrode. a support structure; and a plurality of electrode arrays (104; 104a-f) disposed on the support structure, wherein each electrode array (104; 104a-f) comprises a plurality of electrodes (106; 106a, b); characterized in that at least one of the plurality of electrode arrays (104; 104a-f) comprises a central electrode and a plurality of circumferential electrodes spaced around the central electrode.
A cable interface system for connecting internal cabling of a wind power facility, the cable interface system comprising: a tower interface associated with a tower of the wind power facility, the tower interface comprising a support structure (80, 90) that is arranged to support a set of tower cables in a fixed configuration; and a nacelle interface associated with a nacelle of the wind power facility, the nacelle interface comprising a support structure that is arranged to support a set of nacelle cables in a fixed configuration; wherein the support structure of the nacelle interface comprises a respective terminal for each nacelle cable, each terminal comprising a compression connector or a mechanical connector, the compression connector or mechanical connector being arranged to receive an end of a respective nacelle cable and to establish a permanent connection between the respective nacelle cable and an aligned tower cable; and wherein the tower interface is dockable with the nacelle interface so that each tower cable generally aligns with and can be joined to a corresponding nacelle cable. a tower interface associated with a tower of the wind power facility, the tower interface comprising a support structure (80, 90) that is arranged to support a set of tower cables in a fixed configuration; and a nacelle interface associated with a nacelle of the wind power facility, the nacelle interface comprising a support structure that is arranged to support a set of nacelle cables in a fixed configuration; wherein the support structure of the nacelle interface comprises a respective terminal for each nacelle cable, each terminal comprising a compression connector or a mechanical connector, the compression connector or mechanical connector being arranged to receive an end of a respective nacelle cable and to establish a permanent connection between the respective nacelle cable and an aligned tower cable; and wherein the tower interface is dockable with the nacelle interface so that each tower cable generally aligns with and can be joined to a corresponding nacelle cable.
Exercise and locomotion vehicle constituted by: a main body, a sliding seat a guidance system, a steering system, a handlebar, a power transmission system a front suspension system, a rear suspension system, a footrest wherein: - a thrust rod (B.4) describes a curved path around lower bearings (B.5) for fixing the sliding seat maintaining the angular position of the handlebar constant throughout the trajectory; - an angular movement of the main body is triggered by user action; characterized by: - the relative angular movement between a pivoting element and the main body that triggers a steering arm (D.1) by means of two bevel gears (D.3) inducing the rotation of the same; - the power transmission system constituted by: a drive chain (F.1), a pulley gear ratio (F.2), a connecting element (F.3), pulleys (F.4), a hub with internal variation of the transmission ratio (F.5), an electric hub engine (F.6) and a moved chain (F.7). - a thrust rod (B.4) describes a curved path around lower bearings (B.5) for fixing the sliding seat maintaining the angular position of the handlebar constant throughout the trajectory; - an angular movement of the main body is triggered by user action; characterized by: - the relative angular movement between a pivoting element and the main body that triggers a steering arm (D.1) by means of two bevel gears (D.3) inducing the rotation of the same; - the power transmission system constituted by: a drive chain (F.1), a pulley gear ratio (F.2), a connecting element (F.3), pulleys (F.4), a hub with internal variation of the transmission ratio (F.5), an electric hub engine (F.6) and a moved chain (F.7).
A method comprising: communicatively coupling first and second linked vehicles (118a, 118b) that are mechanically linked with each other in a vehicle system to travel together along a route, the first and second linked vehicles being communicatively coupled through a system network of the vehicle system, the first and second linked vehicles having first and second vehicle networks (190a, 190b), respectively; communicatively coupling the first vehicle network to a first operational component disposed on-board the first linked vehicle; communicatively coupling the second vehicle network to a second operational component disposed on-board the second linked vehicle, characterized by the first operational component having a common network address and the second operational component having the same common network address; and assigning first and second in-tunnel addresses that correspond to the first and second operational components, respectively, wherein the first and second in-tunnel addresses are different from each other such that router transceiver units (134a, 134b) disposed onboard the first and second linked vehicles communicate data between the first and second operational components using the respective first and second in-tunnel addresses. communicatively coupling first and second linked vehicles (118a, 118b) that are mechanically linked with each other in a vehicle system to travel together along a route, the first and second linked vehicles being communicatively coupled through a system network of the vehicle system, the first and second linked vehicles having first and second vehicle networks (190a, 190b), respectively; communicatively coupling the first vehicle network to a first operational component disposed on-board the first linked vehicle; communicatively coupling the second vehicle network to a second operational component disposed on-board the second linked vehicle, characterized by the first operational component having a common network address and the second operational component having the same common network address; and assigning first and second in-tunnel addresses that correspond to the first and second operational components, respectively, wherein the first and second in-tunnel addresses are different from each other such that router transceiver units (134a, 134b) disposed onboard the first and second linked vehicles communicate data between the first and second operational components using the respective first and second in-tunnel addresses.
A method, comprising: by a cellular base station: receiving an indication of an antenna panel activation delay from a wireless device; selecting a scheduling offset for a transmission to the wireless device based at least in part on the antenna panel activation delay; scheduling the transmission to the wireless device using the scheduling offset; performing the transmission to the wireless device at the scheduling offset after scheduling the transmission to the wireless device; wherein the transmission to the wireless device comprises an aperiodic channel state information reference signal, CSI-RS, transmission for beam management, wherein the method further comprises: receiving an indication of a number of beams per beam group supported by the wireless device; determining whether a number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device; and selecting a value of at least the antenna panel activation delay for the scheduling offset when the number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device and when repetition is configured to be on for the scheduled CSI-RS resources. receiving an indication of an antenna panel activation delay from a wireless device; selecting a scheduling offset for a transmission to the wireless device based at least in part on the antenna panel activation delay; scheduling the transmission to the wireless device using the scheduling offset; performing the transmission to the wireless device at the scheduling offset after scheduling the transmission to the wireless device; wherein the transmission to the wireless device comprises an aperiodic channel state information reference signal, CSI-RS, transmission for beam management, wherein the method further comprises: receiving an indication of a number of beams per beam group supported by the wireless device; determining whether a number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device; and selecting a value of at least the antenna panel activation delay for the scheduling offset when the number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device and when repetition is configured to be on for the scheduled CSI-RS resources. receiving an indication of a number of beams per beam group supported by the wireless device; determining whether a number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device; and selecting a value of at least the antenna panel activation delay for the scheduling offset when the number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device and when repetition is configured to be on for the scheduled CSI-RS resources.
A polymeric shell dental appliance for placement on a dental arch comprising a concave trough having a cavity configured to be positioned on a plurality of teeth in the dental arch and having a first approximate shape, wherein the concave trough comprises a crosslinked shape memory polymer, and wherein the crosslinked shape memory polymer is a semicrystalline, non-segmented polymer configured to restore the concave trough to (a) a second approximate shape on application of a first external energy stimulus; and characterized in that (b) a third approximate shape on application of a second external energy stimulus of a greater magnitude than the first energy stimulus. (a) a second approximate shape on application of a first external energy stimulus; and characterized in that (b) a third approximate shape on application of a second external energy stimulus of a greater magnitude than the first energy stimulus.