mhurhangee/patent-ind-claim-en huggingface dataset:
A display device , comprising: a display; a device interface to permit communication with an external device using at least one wireless communication protocol; a network interface for coupling to a network; a controller configured to: cause the display to display data mirroring data displayed on the external device ; receive a request for playback of content, wherein the request for playback of the content is received from the external device via the device interface; obtain the content from a storage unit when the content is non-streaming content; obtain the content from a source, via the network interface, when the content is streaming content; cause the display to display the content obtained from either the storage unit or the source; and transmit, via the device interface, a first message to the external device to cause the external device to enter a standby mode, wherein the controller is further configured to: transmit, via the device interface, a second message to the external device upon completion of the displaying of the content, wherein the second message causes the external device to enter an awake mode. a display; a device interface to permit communication with an external device using at least one wireless communication protocol; a network interface for coupling to a network; a controller configured to: cause the display to display data mirroring data displayed on the external device ; receive a request for playback of content, wherein the request for playback of the content is received from the external device via the device interface; obtain the content from a storage unit when the content is non-streaming content; obtain the content from a source, via the network interface, when the content is streaming content; cause the display to display the content obtained from either the storage unit or the source; and transmit, via the device interface, a first message to the external device to cause the external device to enter a standby mode, wherein the controller is further configured to: transmit, via the device interface, a second message to the external device upon completion of the displaying of the content, wherein the second message causes the external device to enter an awake mode. cause the display to display data mirroring data displayed on the external device ; receive a request for playback of content, wherein the request for playback of the content is received from the external device via the device interface; obtain the content from a storage unit when the content is non-streaming content; obtain the content from a source, via the network interface, when the content is streaming content; cause the display to display the content obtained from either the storage unit or the source; and transmit, via the device interface, a first message to the external device to cause the external device to enter a standby mode, wherein the controller is further configured to: transmit, via the device interface, a second message to the external device upon completion of the displaying of the content, wherein the second message causes the external device to enter an awake mode.
A connecting element , comprising a metal substrate having two opposite joining surfaces, wherein the joining surfaces are provided with hard particles, which are fixed on the metal substrate by means of a metallic binder layer, and wherein the metal substrate has at least one opening having an inner hole , characterized in that the at least one opening has an outer contour , wherein at the outer contour of the opening there is at least one extension of the metal substrate, and wherein the at least one extension is directed towards the inner hole of the opening .
A remote operating lever unit configured to operate a brake unit mounted to a wheeled vehicle, comprising: a lever for operation by a user; a main body holding the lever in a displaceable manner; a holder holding the main body ; and a connecting portion detachably engaging the main body and the holder at an arbitrary angle around an axis (X) perpendicular to a plane in which the lever displaces, characterised in that the remote operating lever unit is configured to operate the brake unit via only a wireless or wired signal transmission, wherein the main body includes a control unit configured to transmit a signal to the brake unit based on a displacement amount of the lever from a neutral position thereof, wherein the lever is configured to be operated between the neutral position, a brake operation position where the lever is displaced in a first direction from the neutral position by a user, and a park brake position where the lever is displaced in a second direction opposite to the first direction. a lever for operation by a user; a main body holding the lever in a displaceable manner; a holder holding the main body ; and a connecting portion detachably engaging the main body and the holder at an arbitrary angle around an axis (X) perpendicular to a plane in which the lever displaces, characterised in that the remote operating lever unit is configured to operate the brake unit via only a wireless or wired signal transmission, wherein the main body includes a control unit configured to transmit a signal to the brake unit based on a displacement amount of the lever from a neutral position thereof, wherein the lever is configured to be operated between the neutral position, a brake operation position where the lever is displaced in a first direction from the neutral position by a user, and a park brake position where the lever is displaced in a second direction opposite to the first direction.
Transmitter for wireless power transmission, comprising: - a resonant transformer having a transmitting coil and a resonant capacitance , - a bridge circuit for exciting the resonant transformer , - a control device for actuating the bridge circuit at an actuation frequency and - a feedback loop from the resonant transformer to the control device via a demodulator with a downstream differentiator , - wherein the demodulator is configured to take the current or the voltage on the transmitting coil or the resonant capacitance as a basis for determining an envelope that represents a measure of the current or the voltage ignoring the periodic variations therein, wherein the differentiator is configured to provide at the output a signal that indicates that a position of a receiver or of a receiving coil relative to the transmitter or the transmitting coil changes, characterized in that - the feedback loop is configured to actuate the control device such that the control device deactivates the bridge circuit if a change of position of the geometric arrangement of the receiver relative to the transmitting coil exceeds a predetermined measure, - wherein a regularity with which the control device matches the actuation frequency of the bridge circuit to changed circumstances on the resonant transformer is dependent on the signal provided by the differentiator . - a resonant transformer having a transmitting coil and a resonant capacitance , - a bridge circuit for exciting the resonant transformer , - a control device for actuating the bridge circuit at an actuation frequency and - a feedback loop from the resonant transformer to the control device via a demodulator with a downstream differentiator , - wherein the demodulator is configured to take the current or the voltage on the transmitting coil or the resonant capacitance as a basis for determining an envelope that represents a measure of the current or the voltage ignoring the periodic variations therein, - the feedback loop is configured to actuate the control device such that the control device deactivates the bridge circuit if a change of position of the geometric arrangement of the receiver relative to the transmitting coil exceeds a predetermined measure, - wherein a regularity with which the control device matches the actuation frequency of the bridge circuit to changed circumstances on the resonant transformer is dependent on the signal provided by the differentiator .
A system for repairing a blade , the system comprising: an induction heating coil configured for heating a platform and slash face of the blade ; characterized in that the system further comprises a fixture having a back portion and root apertures , the root apertures being configured to receive blade root tabs of the blade, wherein the heating coil is mounted on the fixture, so that, when the system is in use, the blade is supported by the blade root tabs resting in the root apertures , and further the heating coil comprises a portion which is shaped such that said portion of the induction heating coil extends under the platform and is adjacent to the slash face when the system is in use, so as to provide substantially uniform localized heating to both the platform and slash face of the blade , and wherein the induction heating coil is configured so that the platform is visible during a repair operation. an induction heating coil configured for heating a platform and slash face of the blade ; characterized in that the system further comprises a fixture having a back portion and root apertures , the root apertures being configured to receive blade root tabs of the blade, wherein the heating coil is mounted on the fixture, so that, when the system is in use, the blade is supported by the blade root tabs resting in the root apertures , and further the heating coil comprises a portion which is shaped such that said portion of the induction heating coil extends under the platform and is adjacent to the slash face when the system is in use, so as to provide substantially uniform localized heating to both the platform and slash face of the blade , and wherein the induction heating coil is configured so that the platform is visible during a repair operation.
A wheel hub unit comprising a wheel hub , a hydraulic motor and at least one bearing for supporting the wheel hub and the hydraulic motor , wherein the wheel hub unit comprises a first seal for protecting the at least one bearing from hydraulic oil from the hydraulic motor , characterized in that the wheel hub unit comprises means for protecting the first seal from pressure spikes transmittable by the hydraulic oil of the hydraulic motor , the means for protecting the first seal comprising a second seal arranged between the hydraulic motor and the first seal .
Silencer for compressed air systems, comprising: a housing with an inlet opening for a compressed gas flow, a chamber , sound damping means provided in the chamber , a grid , comprising at least two passages through which the compressed air flow is adapted to leave the chamber , wherein the at least two passages have a length of at least 3 mm, the silencer being characterized in that the cross-sectional area of the at least two passages respectively decreases from the inlet of the passage until a portion with lowest diameter , and increases from the portion with lowest diameter towards the outlet of the passage. a housing with an inlet opening for a compressed gas flow, a chamber , sound damping means provided in the chamber , a grid , comprising at least two passages through which the compressed air flow is adapted to leave the chamber , wherein the at least two passages have a length of at least 3 mm, the silencer being characterized in that the cross-sectional area of the at least two passages respectively decreases from the inlet of the passage until a portion with lowest diameter , and increases from the portion with lowest diameter towards the outlet of the passage.
A method for manufacturing a blue light-blocking soft contact lens and a contact lens manufactured using the method, the method comprising steps of: mixing a contact lens composition containing a hydrophilic acrylate monomer, a crosslinking agent, and an initiator; adding a specific compound represented by Chemical Formula 1 or 2; injecting the composition into a mold for forming the contact lens; heat-treating the mold for forming the contact lens injected with the composition; separating the formed contact lens from the mold; wetting and disinfecting the contact lens; and packing and sterilizing the contact lens, wherein the specific compound in Chemical Formula 1 is 4-[(E)-phenyldiazenyl]phenyl-2-methacrylate, the specific compound in Chemical Formula 2 is 2-{4-[(E)-phenyldiazenyl]phenoxy}ethyl-2-acrylate, and the content of the specific compound is 0.2 to 3 wt% with respect to the entire composition. mixing a contact lens composition containing a hydrophilic acrylate monomer, a crosslinking agent, and an initiator; adding a specific compound represented by Chemical Formula 1 or 2; injecting the composition into a mold for forming the contact lens; heat-treating the mold for forming the contact lens injected with the composition; separating the formed contact lens from the mold; wetting and disinfecting the contact lens; and packing and sterilizing the contact lens, wherein the specific compound in Chemical Formula 1 is 4-[(E)-phenyldiazenyl]phenyl-2-methacrylate, the specific compound in Chemical Formula 2 is 2-{4-[(E)-phenyldiazenyl]phenoxy}ethyl-2-acrylate, and the content of the specific compound is 0.2 to 3 wt% with respect to the entire composition.
System for cleaning a surface of a wall or walls for a housing of a seal , the housing defining a closed curve and comprising a side that is at least partially open, the system comprising: - at least one movable body , - at least one surface treatment device integral with the movable body and intended to come into contact with at least one wall of the housing for the seal , the surface treatment device being connected to said movable body by at least one leaf spring , - a device for moving the movable body in the housing , controlling the passage of the movable body along the curve of the housing , the device for moving the body comprising at least one nozzle capable of being connected to a compressed air source in order to inject pressurized air into the housing . - at least one movable body , - at least one surface treatment device integral with the movable body and intended to come into contact with at least one wall of the housing for the seal , the surface treatment device being connected to said movable body by at least one leaf spring , - a device for moving the movable body in the housing , controlling the passage of the movable body along the curve of the housing , the device for moving the body comprising at least one nozzle capable of being connected to a compressed air source in order to inject pressurized air into the housing .
A composition comprising a modified Factor VIII, wherein said modified Factor VIII is obtainable by a method of conjugating PEG, polysialic acid (PSA) or dextran to an oxidised carbohydrate moiety of Factor VIII comprising contacting the oxidized carbohydrate moiety with activated PEG, PSA or dextran under conditions that allow conjugation; wherein said modified Factor VIII retains at least 50% of native FVIII biological activity, and wherein the oxidized carbohydrate moiety of Factor VIII is located in the B domain of Factor VIII.
Print head for applying a coating agent to a component, in particular for applying a paint to a motor vehicle body component, having a) a nozzle plate , b) a plurality of nozzles in the nozzle plate for dispensing the coating agent, and c) a plurality of valve elements movable relative to the nozzle plate for controlling the coating agent discharge through the nozzles , the movable valve elements closing the respective nozzles in a closed position, whereas the movable valve elements open the respective nozzles in an open position, and d) a plurality of seals for sealing the respective nozzle relative to the respective movable valve element in the closed position of the respective valve element , characterized in e) that the movable valve elements are each complementarily adapted in their shape to the shape of the respective nozzle and penetrate into the respective nozzle , and f) that the seals are each arranged on the inner flanges of the nozzles . a) a nozzle plate , b) a plurality of nozzles in the nozzle plate for dispensing the coating agent, and c) a plurality of valve elements movable relative to the nozzle plate for controlling the coating agent discharge through the nozzles , the movable valve elements closing the respective nozzles in a closed position, whereas the movable valve elements open the respective nozzles in an open position, and d) a plurality of seals for sealing the respective nozzle relative to the respective movable valve element in the closed position of the respective valve element , e) that the movable valve elements are each complementarily adapted in their shape to the shape of the respective nozzle and penetrate into the respective nozzle , and f) that the seals are each arranged on the inner flanges of the nozzles .
A method for transmitting uplink data, the method comprising: transmitting a first message to a network-side device before transmitting the uplink data, wherein the first message comprises identifier information, the identifier information is configured to indicate an uplink data transmission manner desired by a user equipment, and the identifier information is set by the user equipment based on at least one of a user equipment capability, an uplink data transmission manner supported by the network-side device, and service information to be transmitted; receiving a second message fed back by the network-side device, wherein the second message is determined by the network-side device based on information about the network-side device and the first message; and transmitting the uplink data in an uplink data transmission manner corresponding to the second message, wherein the second message is configured to indicate the user equipment to transmit the uplink data in an uplink scheduling grant-free manner or in an uplink scheduling grant-based manner. transmitting a first message to a network-side device before transmitting the uplink data, wherein the first message comprises identifier information, the identifier information is configured to indicate an uplink data transmission manner desired by a user equipment, and the identifier information is set by the user equipment based on at least one of a user equipment capability, an uplink data transmission manner supported by the network-side device, and service information to be transmitted; receiving a second message fed back by the network-side device, wherein the second message is determined by the network-side device based on information about the network-side device and the first message; and transmitting the uplink data in an uplink data transmission manner corresponding to the second message, wherein the second message is configured to indicate the user equipment to transmit the uplink data in an uplink scheduling grant-free manner or in an uplink scheduling grant-based manner.
A cardboard filter for cigarettes formed by winding of a strip of cardboard , characterized in that said strip of cardboard comprises several pre-sectioning lines which extend continuously over a width of the strip and only over part of its thickness.
A method of wireless communication of a first user equipment, UE, (404; 502) comprising: receiving, by the first UE (404; 502) from a base station (402; 504), an indication of one or more assigned resources corresponding to a group comprising a plurality of UEs that includes the first UE (404; 502) and an indication of a group identifier corresponding to the group; and sending, by the first UE (404; 502) to the base station (402; 504), a message on the one or more assigned resources, the message including a cyclic redundancy check, CRC, scrambled with the group identifier for the group comprising the plurality of UEs, and wherein the message includes an indication of a UE identifier for the first UE (404; 502). receiving, by the first UE (404; 502) from a base station (402; 504), an indication of one or more assigned resources corresponding to a group comprising a plurality of UEs that includes the first UE (404; 502) and an indication of a group identifier corresponding to the group; and sending, by the first UE (404; 502) to the base station (402; 504), a message on the one or more assigned resources, the message including a cyclic redundancy check, CRC, scrambled with the group identifier for the group comprising the plurality of UEs, and wherein the message includes an indication of a UE identifier for the first UE (404; 502).
An apparatus for predicting a short-circuit current in a battery system including a battery and a fuse for protecting the battery, the apparatus comprising: at least one processor ; and a memory configured to store at least one instruction executed by the at least one processor , wherein the at least one instruction includes: an instruction to derive an internal equivalent circuit of the battery that reflects a short circuit condition in a Direct Current, DC, circuit; characterised by an instruction to derive a first equivalent circuit in consideration of one or more electrical characteristics of the battery; an instruction to derive a second equivalent circuit in consideration of one or more electrical characteristics of the fuse; an instruction to obtain a short-circuit current prediction model by reflecting the first equivalent circuit and the second equivalent circuit based on the internal equivalent circuit; and an instruction to predict the short-circuit current according to a battery voltage using the short-circuit current prediction model. at least one processor ; and a memory configured to store at least one instruction executed by the at least one processor , wherein the at least one instruction includes: an instruction to derive an internal equivalent circuit of the battery that reflects a short circuit condition in a Direct Current, DC, circuit; characterised by an instruction to derive a first equivalent circuit in consideration of one or more electrical characteristics of the battery; an instruction to derive a second equivalent circuit in consideration of one or more electrical characteristics of the fuse; an instruction to obtain a short-circuit current prediction model by reflecting the first equivalent circuit and the second equivalent circuit based on the internal equivalent circuit; and an instruction to predict the short-circuit current according to a battery voltage using the short-circuit current prediction model. an instruction to derive an internal equivalent circuit of the battery that reflects a short circuit condition in a Direct Current, DC, circuit; characterised by an instruction to derive a first equivalent circuit in consideration of one or more electrical characteristics of the battery; an instruction to derive a second equivalent circuit in consideration of one or more electrical characteristics of the fuse; an instruction to obtain a short-circuit current prediction model by reflecting the first equivalent circuit and the second equivalent circuit based on the internal equivalent circuit; and an instruction to predict the short-circuit current according to a battery voltage using the short-circuit current prediction model.