mhurhangee/ep-ind-claims huggingface dataset:
Closing device for a movably mounted furniture part which, proceeding from a closed position in which a contact face of the movable furniture part abuts against a body part, is openable in an opening direction into an open position, and is closable in a closing direction, which is opposite to the opening direction, from the open position into the closed position, having a carrier which is connectable to the movable furniture part or to the body part and having a closing lever which is acted upon by a closing spring and comprises a guide track for the carrier and is pivotable by the carrier when the movable furniture part is being opened between a hold-closed position, which the closing lever assumes in the closed position of the movable furniture part and in which the carrier is situated in a closed position in the guide track, and a standby position, in which the carrier uncouples from the closing lever, about a pivot axis which is stationary in relation to the body part when the carrier is connected to the movable furniture part, or in relation to the movable furniture part when the carrier is connected to the body part, wherein upon closing the movable furniture part, a closing force is exertable by the closing lever on the carrier from a start-of-operation position assumed by the carrier in the guide track, characterised in that the distance (a) between the carrier in its start-of operation position and the pivot axis of the closing lever is at least 1.5 times, preferably at least 2 times, as great as the distance (a) between the carrier in its closed position and the pivot axis of the closing lever.
A communication method, comprising: determining, by a terminal device, a type of a discontinuous transmission, DRX, indication signal according to DRX configuration information, wherein the DRX indication signal is configured to indicate that the terminal device wakes up during an on duration of a DRX cycle; according to the type of the DRX indication signal, detecting by the terminal device the DRX indication signal sent from a network device; and in response to the DRX indication signal, enabling the terminal device to wake up in the on duration of the DRX cycle; wherein at least one of sequence types corresponding to different types of DRX indication signals, sequence numbers corresponding to different types of DRX indication signals, and sequence lengths corresponding to different types of DRX indication signals is different; wherein different types of DRX indication signals provide different synchronization capabilities; characterized in that: the determined type of the DRX indication signal is a first type or a second type; a DRX indication signal of the first type provides a synchronization capability; and a DRX indication signal of the second type does not provide the synchronization capability. determining, by a terminal device, a type of a discontinuous transmission, DRX, indication signal according to DRX configuration information, wherein the DRX indication signal is configured to indicate that the terminal device wakes up during an on duration of a DRX cycle; according to the type of the DRX indication signal, detecting by the terminal device the DRX indication signal sent from a network device; and in response to the DRX indication signal, enabling the terminal device to wake up in the on duration of the DRX cycle; wherein at least one of sequence types corresponding to different types of DRX indication signals, sequence numbers corresponding to different types of DRX indication signals, and sequence lengths corresponding to different types of DRX indication signals is different; wherein different types of DRX indication signals provide different synchronization capabilities; characterized in that: the determined type of the DRX indication signal is a first type or a second type; a DRX indication signal of the first type provides a synchronization capability; and a DRX indication signal of the second type does not provide the synchronization capability. the determined type of the DRX indication signal is a first type or a second type; a DRX indication signal of the first type provides a synchronization capability; and a DRX indication signal of the second type does not provide the synchronization capability.
An irreversible thermochromic paint comprising: • 1wt % to 90wt % binder; • 2wt % to 40wt % filler comprising an inorganic oxide; and • 0.1wt % to 28wt % organic compound comprising two or more coloured pigments, each coloured pigment comprising a chromophore selected to decompose at a different temperature. • 1wt % to 90wt % binder; • 2wt % to 40wt % filler comprising an inorganic oxide; and • 0.1wt % to 28wt % organic compound comprising two or more coloured pigments, each coloured pigment comprising a chromophore selected to decompose at a different temperature.
A corrosion-resistant photovoltaic module, comprising: - at least one photovoltaic cell; - interconnector ribbon; and - at least one anode for cathodic protection attached on the interconnector ribbon, wherein the anode for cathodic protection is a metal having ionization tendency which is higher than that of the interconnector ribbon metal, wherein the anode for cathodic protection is positioned at the bus ribbon or bus bar. - at least one photovoltaic cell; - interconnector ribbon; and - at least one anode for cathodic protection attached on the interconnector ribbon, wherein the anode for cathodic protection is a metal having ionization tendency which is higher than that of the interconnector ribbon metal, wherein the anode for cathodic protection is positioned at the bus ribbon or bus bar.
A method for fabrication of a communication cable, said method comprising the following steps: providing a plurality of twisted pairs of insulated conductors; providing a laminated film having at least one layer of metallic shapes and an insulating substrate; wrapping said film around the plurality of twisted pairs; and forming said metallic shapes from a metal layer of said laminated film by laser ablation of said metal layer, said shapes having a thickness in the range of approximately 0.1 micrometer to approximately 100 micrometer. providing a plurality of twisted pairs of insulated conductors; providing a laminated film having at least one layer of metallic shapes and an insulating substrate; wrapping said film around the plurality of twisted pairs; and forming said metallic shapes from a metal layer of said laminated film by laser ablation of said metal layer, said shapes having a thickness in the range of approximately 0.1 micrometer to approximately 100 micrometer.
A high voltage conductor for transmitting high voltage, comprising: a power wire configured for energy transmission; a fault detection unit configured for detecting an electromagnetic field emanated by the power wire; a monitoring unit configured for detection of degradation in an isolation of the high voltage conductor; wherein the monitoring unit is connected to the fault detection unit and is configured to receive an electrical signal induced in the fault detection unit, which electrical signal is induced as a result of a degradation of the isolation of the high voltage conductor, characterized in that the monitoring unit is connected to a first end of the fault detection unit and to a second end of the fault detection unit, wherein the monitoring unit is configured to generate a periodically repeating signal and to supply this periodically repeating signal to the first end and to receive the periodically repeating signal at the second end and to compare the supplied periodically repeating signal with the received periodically repeating signal, and to generate an alarm signal if the received periodically repeating signal does not match the supplied periodically repeating signal. a power wire configured for energy transmission; a fault detection unit configured for detecting an electromagnetic field emanated by the power wire; a monitoring unit configured for detection of degradation in an isolation of the high voltage conductor; wherein the monitoring unit is connected to the fault detection unit and is configured to receive an electrical signal induced in the fault detection unit, which electrical signal is induced as a result of a degradation of the isolation of the high voltage conductor, characterized in that the monitoring unit is connected to a first end of the fault detection unit and to a second end of the fault detection unit, wherein the monitoring unit is configured to generate a periodically repeating signal and to supply this periodically repeating signal to the first end and to receive the periodically repeating signal at the second end and to compare the supplied periodically repeating signal with the received periodically repeating signal, and to generate an alarm signal if the received periodically repeating signal does not match the supplied periodically repeating signal.
A tire tread comprising: a plurality of ground contact elements which are defined by a plurality of grooves formed on a ground contact surface in contact with a road surface when a tire is rolling, and having an upper surface forming a portion of the ground contact surface; and a plurality of small recesses which open at the upper surface, are indented inwardly in the tire radial direction, and are not in communication with each other, the depth h of the small recesses being between 0.15 mm and 1.5 mm when the tread is brand new, and a projected density of the small recesses being 200 or greater, the projected density being a value obtained by dividing the total projected length LP (mm) of the small recesses present on the upper surface of the ground contact elements, projected on a plane parallel to the tire axis of rotation and perpendicular to the upper surface, by the surface area (mm 2) of the upper surface when the small recesses are not present, and multiplying the result by 1000, the small recesses comprising a transverse sectional shape having a short direction length LS and a long direction length LL, a projected length LP projected on a plane parallel to the tire axis of rotation and perpendicular to the upper surface being greater than the short direction length LS, said tire tread being characterized in that the long direction length LL is between 0.15 mm and 3.0 mm. a plurality of ground contact elements which are defined by a plurality of grooves formed on a ground contact surface in contact with a road surface when a tire is rolling, and having an upper surface forming a portion of the ground contact surface; and a plurality of small recesses which open at the upper surface, are indented inwardly in the tire radial direction, and are not in communication with each other, the depth h of the small recesses being between 0.15 mm and 1.5 mm when the tread is brand new, and a projected density of the small recesses being 200 or greater, the projected density being a value obtained by dividing the total projected length LP (mm) of the small recesses present on the upper surface of the ground contact elements, projected on a plane parallel to the tire axis of rotation and perpendicular to the upper surface, by the surface area (mm 2) of the upper surface when the small recesses are not present, and multiplying the result by 1000, the small recesses comprising a transverse sectional shape having a short direction length LS and a long direction length LL, a projected length LP projected on a plane parallel to the tire axis of rotation and perpendicular to the upper surface being greater than the short direction length LS, said tire tread being characterized in that the long direction length LL is between 0.15 mm and 3.0 mm.
A method for a device capable of carrier aggregation, comprising operating at least one timer function associated with common discontinuous reception from at least two different serving cells based on counting of subframes from at least one of the at least two different serving cells according to a predefined rule of counting, wherein the predefined rule of counting is the same as a predefined rule of counting applied in the at least two different serving cells to ensure common timing with the at least two different serving cells and uses the downlink subframes of at least one of said serving cells.
A peroxide-crosslinkable composition comprising: a peroxide-crosslinkable polyethylene; 0.0005 wt% to 0.03 wt% triallyl cyanurate; one or more antioxidants; and optionally an organic peroxide. a peroxide-crosslinkable polyethylene; 0.0005 wt% to 0.03 wt% triallyl cyanurate; one or more antioxidants; and optionally an organic peroxide.
A system for detecting blood content in living tissue comprising: a processing unit for receiving a signal transmitted by a transmitter; a capsule disposable in a lumen of a living organism, the capsule comprising: a sensor configured for detecting a characteristic indicative of blood content at a location of tissue forming the lumen and for generating a data signal based on the detected characteristic; and the transmitter configured for transmitting the data signal to the processing unit; and characterized in that the capsule further comprises a data validator (23, 31) configured for determining that the data signal by the sensor is valid when it is determined that the capsule is in contact with or in close proximity to a tissue surface, wherein data that is determined to be valid by the data validator (23, 31) is transmitted by the transmitter to the processing unit. a processing unit for receiving a signal transmitted by a transmitter; a capsule disposable in a lumen of a living organism, the capsule comprising: a sensor configured for detecting a characteristic indicative of blood content at a location of tissue forming the lumen and for generating a data signal based on the detected characteristic; and the transmitter configured for transmitting the data signal to the processing unit; and a sensor configured for detecting a characteristic indicative of blood content at a location of tissue forming the lumen and for generating a data signal based on the detected characteristic; and the transmitter configured for transmitting the data signal to the processing unit; and characterized in that the capsule further comprises a data validator (23, 31) configured for determining that the data signal by the sensor is valid when it is determined that the capsule is in contact with or in close proximity to a tissue surface, wherein data that is determined to be valid by the data validator (23, 31) is transmitted by the transmitter to the processing unit.
A method for transmitting messages in a computer network, wherein the computer network comprises computing nodes, which computing nodes are interconnected via at least one star coupler and/or at least one multi-hop network, wherein each computing node is connected to the at least one star coupler and/or the at least one multi-hop network via at least one communications line, and wherein the computing nodes exchange Ethernet messages with one another and with the at least one star coupler and/or the at least one multi-hop network, wherein a) in a group of components, which are selected from those components that are comprised by the computer network, i.e. computing nodes and/or star couplers and/or multi-hop networks, wherein the group comprises two or more components of this kind, those components of the group that are directly interconnected are directly interconnected in each case by two or more communications lines (110, 111), and b) transmitting components of the group of components transmit to at least two of the two or more communications lines (110, 111) at least some of the Ethernet messages that are to be sent, characterised in that c) receiving components of the group of components are configured to accept and/or forward at least a proportion of the Ethernet messages that is received via the two or more communications lines (110, 111) only if at least two identical messages are received via at least two different communications lines. a) in a group of components, which are selected from those components that are comprised by the computer network, i.e. computing nodes and/or star couplers and/or multi-hop networks, wherein the group comprises two or more components of this kind, those components of the group that are directly interconnected are directly interconnected in each case by two or more communications lines (110, 111), and b) transmitting components of the group of components transmit to at least two of the two or more communications lines (110, 111) at least some of the Ethernet messages that are to be sent, characterised in that c) receiving components of the group of components are configured to accept and/or forward at least a proportion of the Ethernet messages that is received via the two or more communications lines (110, 111) only if at least two identical messages are received via at least two different communications lines.
A method for operating an electrical machine which can be operated with PWM control (A 1) and with block control (A 3), characterised in that a transition control (A 2) is used for a transition between the PWM control (A 1) and the block control (A 3), in which a d value of a phase voltage (U d) is set as a manipulated variable within the scope of a control of a torque of the electrical machine, and a q value of the phase voltage (U q) is continuously changed.
A reactance-injecting apparatus for one phase of a multiphase transmission system, comprising: a reactance modifying component configured to inject reactance into one phase of the multiphase transmission system in an operating mode, or to eliminate the injected reactance in a bypass mode; a current sensor configured to sense a current flow in the one phase; a first communication transceiver configured to communicate with a centralized control system; one or more controllers configured to determine whether a fault is detected in the one phase based on the current flow sensed by the current sensor, to operate the reactance modifying component in the bypass mode in response to the fault detected, or to operate the reactance modifying component in the operating mode in response to the fault not detected; characterised by further comprising a second communication transceiver configured to communicate information on the fault detected between the reactance-injecting apparatus and one or more other reactance-injecting apparatuses for one or more other phases of the multiphase transmission system to thereby eliminate all reactance injected by all phases in a time less than a time for a fault localization analysis. a reactance modifying component configured to inject reactance into one phase of the multiphase transmission system in an operating mode, or to eliminate the injected reactance in a bypass mode; a current sensor configured to sense a current flow in the one phase; a first communication transceiver configured to communicate with a centralized control system; one or more controllers configured to determine whether a fault is detected in the one phase based on the current flow sensed by the current sensor, to operate the reactance modifying component in the bypass mode in response to the fault detected, or to operate the reactance modifying component in the operating mode in response to the fault not detected; characterised by further comprising a second communication transceiver configured to communicate information on the fault detected between the reactance-injecting apparatus and one or more other reactance-injecting apparatuses for one or more other phases of the multiphase transmission system to thereby eliminate all reactance injected by all phases in a time less than a time for a fault localization analysis.
A deformable device, including a first thermoplastic material, said first material including a thermoplastic polymer, said first material being substantially rigid at a temperature lower than a first threshold (T 1) and malleable at a temperature higher than said first threshold (T 1), said first threshold (T 1) preferably being comprised between 40°C and 90°C, the device including an outer shell made of at least one second flexible material, said outer shell defining an inner recess, the first material filling the inner recess, the at least one second flexible material forming the outer shell being in solid state at least until a second temperature threshold (T 2) higher than the first threshold (T 1) by 10°C, preferably by 20°C, the device being characterized in that the first thermoplastic material includes an electrically and/or thermally conductive agent, said agent being formed of carbon particles. the device including an outer shell made of at least one second flexible material, said outer shell defining an inner recess, the first material filling the inner recess, the at least one second flexible material forming the outer shell being in solid state at least until a second temperature threshold (T 2) higher than the first threshold (T 1) by 10°C, preferably by 20°C, the device being characterized in that the first thermoplastic material includes an electrically and/or thermally conductive agent, said agent being formed of carbon particles.
A cooling-freezing apparatus comprising at least one thermally insulated compartment for receiving goods encapsulated with a case that can be closed by a door or a cover, said case comprises circumferential walls and a back wall, and a removable pressure equalising device which facilitates opening the door of the cooling-freezing apparatus, wherein said device is formed as a container which comprises a tubular protrusion firmly insertable into a connecting channel formed in said at least one wall of the case or the door and provided with a flange, wherein the container comprises a flange provided in the area of the connection with the tubular protrusion, and wherein said device is connected with an interior of the cooling-freezing apparatus and, respectively, with an interior of the compartment by means of the connecting channel, wherein a drying agent is arranged inside said pressure equalising device, wherein the pressure equalising device is arranged at the outside of the cooling-freezing apparatus, wherein at least one wall and/or a bottom of the container of the pressure equalising device is formed with at least one through hole for flowing air from the surrounding in to interior of the compartment, characterized in that the pressure equalising device comprises a container made of a translucent and high temperature resistant material, thus, enabling hot regeneration of the drying agent without opening thereof, and wherein a pigment is added to the drying agent, said pigment is capable of changing colour with respect to the moisture rate and, respectively, to saturation with the moisture.