mhurhangee/ep-ind-claims huggingface dataset:
A temperature detecting element comprising: a base material including a substrate and a first electrode arranged on the substrate; and a first temperature detector arranged on the substrate to electrically contact the first electrode, wherein the first temperature detector exhibits a reversible change in an electromagnetic wave absorbing property and in an electrical property corresponding to a temperature change of the first temperature detector, characterized in that the first temperature detector includes a leuco dye, a developer, and a decolorizing agent. a base material including a substrate and a first electrode arranged on the substrate; and a first temperature detector arranged on the substrate to electrically contact the first electrode, wherein the first temperature detector exhibits a reversible change in an electromagnetic wave absorbing property and in an electrical property corresponding to a temperature change of the first temperature detector, characterized in that the first temperature detector includes a leuco dye, a developer, and a decolorizing agent.
A device for providing an elongated element in a seabed, the device comprising: a main body having: trench forming means for forming a trench in a seabed, and a receiving section for receiving an elongated element, wherein said main body is adapted to guide said elongated element, from said receiving section, into a trench formed by said trench forming means; supporting means defining a contact surface for supporting said main body with respect to said seabed, wherein the receiving section is configured to receive the elongated element from a side substantially opposite to the contact surface along a loading path; and a drawbar connected to said main body; wherein said drawbar is movable from a loading position to a towing position, wherein in the towing position said device is towable in a trenching direction via a towing line connected to said drawbar, wherein in the loading position the drawbar is spaced apart from the loading path to allow the elongated element to be loaded into the receiving section along the loading path. a main body having: trench forming means for forming a trench in a seabed, and a receiving section for receiving an elongated element, wherein said main body is adapted to guide said elongated element, from said receiving section, into a trench formed by said trench forming means; trench forming means for forming a trench in a seabed, and a receiving section for receiving an elongated element, wherein said main body is adapted to guide said elongated element, from said receiving section, into a trench formed by said trench forming means; supporting means defining a contact surface for supporting said main body with respect to said seabed, wherein the receiving section is configured to receive the elongated element from a side substantially opposite to the contact surface along a loading path; and a drawbar connected to said main body; wherein said drawbar is movable from a loading position to a towing position, wherein in the towing position said device is towable in a trenching direction via a towing line connected to said drawbar, wherein in the loading position the drawbar is spaced apart from the loading path to allow the elongated element to be loaded into the receiving section along the loading path.
A communication system, comprising: a control device that sets a forwarding path of a packet and determines processing rules corresponding to the forwarding path; a forwarding node that includes a processing unit that processes a received packet by a processing rule transmitted from said control device, and a matching information processing unit that adds matching information, which represents information on processing for the received packet, to the received packet and forwards the received packet; and a confirmation unit that confirms if said forwarding node and said control device are synchronized according to whether the matching information added to the received packet matches pre-calculated matching information. a control device that sets a forwarding path of a packet and determines processing rules corresponding to the forwarding path; a forwarding node that includes a processing unit that processes a received packet by a processing rule transmitted from said control device, and a matching information processing unit that adds matching information, which represents information on processing for the received packet, to the received packet and forwards the received packet; and a confirmation unit that confirms if said forwarding node and said control device are synchronized according to whether the matching information added to the received packet matches pre-calculated matching information.
Method for ascertaining control-caused behaviour of a valve installed in a vehicle for adjusting a flow of a medium, comprising the following steps: - operating a pump, which has an electric motor and at least one pump element for conveying the medium, such that the medium is conveyed by means of the pump, in that the pump element is driven by means of the electric motor, - controlling the valve by means of an electronic computing apparatus of the vehicle, wherein the control of the valve is varied by means of the electronic computing apparatus, - while the medium is conveyed by means of the pump and while the control of the valve is varied: sensing at least one parameter that characterises the operation of the pump, and - Ascertaining the behaviour of the valve in accordance with the sensed parameter characterised in that the parameter comprises a power consumption of the electric motor, wherein when operating the pump, the electric motor is operated at a constant speed. - operating a pump, which has an electric motor and at least one pump element for conveying the medium, such that the medium is conveyed by means of the pump, in that the pump element is driven by means of the electric motor, - controlling the valve by means of an electronic computing apparatus of the vehicle, wherein the control of the valve is varied by means of the electronic computing apparatus, - while the medium is conveyed by means of the pump and while the control of the valve is varied: sensing at least one parameter that characterises the operation of the pump, and - Ascertaining the behaviour of the valve in accordance with the sensed parameter
A service processing method, comprising: receiving, by user equipment, UE, a system message sent by a base station corresponding to a legacy carrier type, LCT, cell, wherein the system message comprises multimedia broadcast multicast service, MBMS, configuration information of a new carrier type,NCT, cell; and performing, by the UE, service configuration processing on an MBMS of the NCT cell according to the MBMS configuration information of the NCT cell. receiving, by user equipment, UE, a system message sent by a base station corresponding to a legacy carrier type, LCT, cell, wherein the system message comprises multimedia broadcast multicast service, MBMS, configuration information of a new carrier type,NCT, cell; and performing, by the UE, service configuration processing on an MBMS of the NCT cell according to the MBMS configuration information of the NCT cell.
A method of monitoring fluid separation in a gas turbine, the gas turbine having a fuel source cavity having a fuel contained therein, a fluid source cavity having a fluid contained therein, and an isolation cavity having inert fluid supplied thereto, the isolation cavity being in flow communication with the fuel source cavity and fluid source cavity, the method comprising: obtaining a pressure differential between the fuel source cavity of the gas turbine and the isolation cavity of the gas turbine; and comparing the pressure differential to a predetermined value, wherein the fuel contains more than about 5 percent hydrogen concentration per unit volume, and the predetermined value is a first predetermined value, the method further comprising transferring to a backup fuel source with less than about 5 percent hydrogen concentration per unit volume if the pressure differential drops below a second predetermined value, and shutting down the gas turbine if the pressure differential drops below a third predetermined value. obtaining a pressure differential between the fuel source cavity of the gas turbine and the isolation cavity of the gas turbine; and comparing the pressure differential to a predetermined value, wherein the fuel contains more than about 5 percent hydrogen concentration per unit volume, and the predetermined value is a first predetermined value, the method further comprising transferring to a backup fuel source with less than about 5 percent hydrogen concentration per unit volume if the pressure differential drops below a second predetermined value, and shutting down the gas turbine if the pressure differential drops below a third predetermined value.
A communication terminal, comprising: a memory; a display; a user input unit configured to enable a user to input a plurality of digits; and a controller operatively connected to the memory, display and user input unit, the controller configured to associate at least one image stored in the memory with at least one phone number, identify a phone number including the inputted plurality of digits; partition an image associated with the identified phone number into a plurality of partial images, each of the plurality of partial images being specified to each of digits included in the identified phone number; and sequentially display on the display the plurality of partial images of the image corresponding to an arrangement sequence of the digits included in the identified phone number, wherein a completion process of the image is displayed on the display according to sequentially displaying the plurality of partial images of the image. a memory; a display; a user input unit configured to enable a user to input a plurality of digits; and a controller operatively connected to the memory, display and user input unit, the controller configured to associate at least one image stored in the memory with at least one phone number, identify a phone number including the inputted plurality of digits; partition an image associated with the identified phone number into a plurality of partial images, each of the plurality of partial images being specified to each of digits included in the identified phone number; and sequentially display on the display the plurality of partial images of the image corresponding to an arrangement sequence of the digits included in the identified phone number, associate at least one image stored in the memory with at least one phone number, identify a phone number including the inputted plurality of digits; partition an image associated with the identified phone number into a plurality of partial images, each of the plurality of partial images being specified to each of digits included in the identified phone number; and sequentially display on the display the plurality of partial images of the image corresponding to an arrangement sequence of the digits included in the identified phone number, wherein a completion process of the image is displayed on the display according to sequentially displaying the plurality of partial images of the image.
A method of adapting pilot signal transmission power of a base station operable to provide radio coverage in a multi-flow high speed downlink packet access wireless communications network, said method comprising the steps of: monitoring a base station loading parameter comprising an indication of data traffic supported by said base station comprising an indication of multi-flow high speed downlink packet access downlink load supported by said base station; assessing whether said loading parameter has passed a threshold value; and, if so, adapting said pilot signal transmission power of said base station to adjust a region of multi-flow high speed downlink packet access capable radio coverage overlap between said area of radio coverage provided by said base station and a set of adjacent base stations. monitoring a base station loading parameter comprising an indication of data traffic supported by said base station comprising an indication of multi-flow high speed downlink packet access downlink load supported by said base station; assessing whether said loading parameter has passed a threshold value; and, if so, adapting said pilot signal transmission power of said base station to adjust a region of multi-flow high speed downlink packet access capable radio coverage overlap between said area of radio coverage provided by said base station and a set of adjacent base stations.
A device for lifting and transporting a load attached by a sling including a hook, one groove of which is intended to receive a loop or a sling ring, and including a pawl (30, 30a) which is movable in rotation about a pawl pivot axis (31, 31a) between an open position in which an opening of the groove is unobstructed and a closed position in which said opening of the groove is sealed, said device including: - a lock (40, 40a) including a locked position in which said lock prohibits the rotation of the pawl in the closed position of said pawl, and including an unlocked position in which the rotation of the pawl is possible: - a lever (50, 50a) including a cocked position in which said lever holds the lock (40, 40a) in the unlocked position and a tripped position in which said lever does not hold said lock which is driven to the locked position by a lock spring (48, 48a); and being characterised in that a rotation of the pawl from the closed position to the open position actuates the lever (50, 50a) from the cocked position to the tripped position. - a lock (40, 40a) including a locked position in which said lock prohibits the rotation of the pawl in the closed position of said pawl, and including an unlocked position in which the rotation of the pawl is possible: - a lever (50, 50a) including a cocked position in which said lever holds the lock (40, 40a) in the unlocked position and a tripped position in which said lever does not hold said lock which is driven to the locked position by a lock spring (48, 48a);
A method of wireless communication by a user equipment, UE, the method characterized by: determining whether to indicate a beam failure recovery request to a base station using a contention-free random access channel, RACH, procedure with a dedicated preamble when the UE is timing unsynchronized with the base station; performing, when the UE is timing unsynchronized with the base station, the contention-free RACH procedure with the dedicated preamble to indicate the beam failure recovery request when the beam failure recovery request is determined to be indicated to the base station using the contention-free RACH procedure with the dedicated preamble; and performing, when the UE is timing unsynchronized with the base station, a contention-based RACH procedure to indicate the beam failure recovery request when the beam failure recovery request is determined not to be sent to the base station using the contention-free RACH procedure with the dedicated preamble. determining whether to indicate a beam failure recovery request to a base station using a contention-free random access channel, RACH, procedure with a dedicated preamble when the UE is timing unsynchronized with the base station; performing, when the UE is timing unsynchronized with the base station, the contention-free RACH procedure with the dedicated preamble to indicate the beam failure recovery request when the beam failure recovery request is determined to be indicated to the base station using the contention-free RACH procedure with the dedicated preamble; and performing, when the UE is timing unsynchronized with the base station, a contention-based RACH procedure to indicate the beam failure recovery request when the beam failure recovery request is determined not to be sent to the base station using the contention-free RACH procedure with the dedicated preamble.
A valve comprising a valve housing, a valve seat and a valve element, wherein the valve element is displaceable relative to the housing in a closing direction towards the valve seat, wherein the valve seat is displaceable relative to the housing parallel to the closing direction, wherein at least one thermoactive member is arranged inside the housing, characterized in that the at least one thermoactive member displaces the valve seat to increase the maximum distance of the valve seat to the valve element when the temperature of the at least one thermoactive member increases.
A tissue resection device comprising: a shaft having a proximal end and a distal end; at least one energy source positioned in an energy delivery region on the shaft configured to deliver energy radially outwardly; an aspiration lumen on the shaft configured to remove resected tissue; and a lumen in the shaft configured to flush with a fluid to help remove the tissue resection products; wherein the energy source is adapted to be translated and rotated relative to the shaft. a shaft having a proximal end and a distal end; at least one energy source positioned in an energy delivery region on the shaft configured to deliver energy radially outwardly; an aspiration lumen on the shaft configured to remove resected tissue; and a lumen in the shaft configured to flush with a fluid to help remove the tissue resection products;
A spinal implant comprising: a first member defining a longitudinal axis and including a wall that defines an axial cavity and at least one lateral opening configured for disposal of an instrument, wherein the wall of the first member includes an inner surface that defines a circumferential cavity; a second member configured for disposal within the axial cavity and including a wall having an axial surface disposed along a thickness thereof, the axial surface defining at least a portion of an axial opening and including a plurality of gear teeth disposed therealong, wherein the teeth are for being engageable with the instrument to axially translate the second member relative to the first member; a third member (58; 158) disposed in the circumferential cavity, the third member (58; 158) being rotatable relative to the inner surface and engageable with the second member; and a lock (80; 164; 264; 380) selectively engageable with the third member (58; 158) to prevent axial translation. a first member defining a longitudinal axis and including a wall that defines an axial cavity and at least one lateral opening configured for disposal of an instrument, wherein the wall of the first member includes an inner surface that defines a circumferential cavity; a second member configured for disposal within the axial cavity and including a wall having an axial surface disposed along a thickness thereof, the axial surface defining at least a portion of an axial opening and including a plurality of gear teeth disposed therealong, wherein the teeth are for being engageable with the instrument to axially translate the second member relative to the first member; a third member (58; 158) disposed in the circumferential cavity, the third member (58; 158) being rotatable relative to the inner surface and engageable with the second member; and a lock (80; 164; 264; 380) selectively engageable with the third member (58; 158) to prevent axial translation.
A communication system for facilitating control over a function of a vehicle, the communication system comprising: a base station positioned in the vehicle; and a mobile communication unit comprising a motion sensor configured for detecting a movement of the mobile communication unit and for outputting a signal indicative of the movement; the base station comprising a first transmitter for transmitting a signal to the mobile communication unit and a first receiver for receiving a signal from the mobile communication unit; the base station being configured to determine a location of the mobile communication unit relative to the vehicle and to cause the mobile communication unit to operate in accordance with a limited-response mode when the determined location of the mobile communication unit relative to the vehicle remains unchanged for a predetermined period of time, and wherein the base station is configured to cause the motion sensor to be desensitised when the determined location of the mobile communication unit relative to the vehicle remains unchanged for a predetermined period of time. a base station positioned in the vehicle; and a mobile communication unit comprising a motion sensor configured for detecting a movement of the mobile communication unit and for outputting a signal indicative of the movement; the base station comprising a first transmitter for transmitting a signal to the mobile communication unit and a first receiver for receiving a signal from the mobile communication unit; the base station being configured to determine a location of the mobile communication unit relative to the vehicle and to cause the mobile communication unit to operate in accordance with a limited-response mode when the determined location of the mobile communication unit relative to the vehicle remains unchanged for a predetermined period of time, and wherein the base station is configured to cause the motion sensor to be desensitised when the determined location of the mobile communication unit relative to the vehicle remains unchanged for a predetermined period of time.
Method for performing fault diagnosis of an internal combustion engine, wherein at least one detected measurement variable is evaluated with respect to an associated model value which is obtained by means of a model calculation for this variable, and wherein a deviation (r) of the measured value from the model value is used for the evaluation, characterized in that the measured value and the model value are recorded at at least two working points of the internal combustion engine, wherein a further diagnostic information item (ř) is formed from different deviations (r(k), r(k-1)...) between the measured value and the model value at the individual working points, wherein the deviation (r) of the measured value from the model value and the further diagnostic information item (ř) are evaluated on the basis of the working-point-dependent change in the deviation of the measured value and the model value in order to determine the cause of the fault.
An undermount sink for undermounting to a laminate countertop (103, 601, 801), the undermount sink having an undermount sink bowl, the undermount sink bowl having an upper outer perimeter; a cast mounting flange attached to the upper outer perimeter of the undermount sink bowl; and a mounting flange support within and surrounded by the cast mounting flange and traversing the upper outer perimeter of the undermount sink bowl, characterized in that the mounting flange support is mechanically fastened to the upper outer perimeter of the undermount sink bowl; and the upper surface of the cast mounting flange is flush with the upper edge of the undermount sink bowl.
A method of fabricating a mesh formwork for fabricating a 3-dimensional structure, the method comprising: bounding a cavity by at least two opposing portions (61, 63) of the mesh formwork; and adapting apertures (55, 57) in the at least two opposing portions (61, 63) of the mesh formwork to the hydro-static pressure of a cementitious mixture intended to be accumulated in the cavity for formation of the 3-dimensional structure, such that at least two surfaces of the hardened cementitious mixture substantially take on the respective shapes defined by the two opposing portions (61, 63) of the mesh formwork. bounding a cavity by at least two opposing portions (61, 63) of the mesh formwork; and adapting apertures (55, 57) in the at least two opposing portions (61, 63) of the mesh formwork to the hydro-static pressure of a cementitious mixture intended to be accumulated in the cavity for formation of the 3-dimensional structure, such that at least two surfaces of the hardened cementitious mixture substantially take on the respective shapes defined by the two opposing portions (61, 63) of the mesh formwork.