mhurhangee/patent-ind-claim-en huggingface dataset:
A method for measuring with a discovery signal, comprising: performing (S101), by the user equipment, a received signal strength indication, RSSI, measurement in a sub-frame where a discovery signal is located when a reference signal receiving quality, RSRQ, measurement is performed based on the discovery signal; and acquiring (S102) the RSRQ according to the measured RSSI; wherein, the RSSI measurement is performed based on all orthogonal frequency division multiplexing, OFDM, symbols of the sub-frame where the discovery signal is located; and, performing (S101), by the user equipment, the RSSI measurement in a sub-frame without a discovery signal when the RSRQ measurement is performed; and acquiring (S102) the RSRQ according to the measured RSSI; wherein the RSSI measurement is performed based on all OFDM symbols of the sub-frame without the discovery signal, or the RSSI measurement is performed based on the OFDM symbols not configured as a candidate for sending the discovery signal in the sub-frame; wherein, the sub-frame where the discovery signal is located is acquired by at least one of an emission pattern and a measurement pattern of the discovery signal configured by the base station; and the sub-frame without the discovery signal is acquired by at least one of the emission pattern and the measurement pattern. performing (S101), by the user equipment, a received signal strength indication, RSSI, measurement in a sub-frame where a discovery signal is located when a reference signal receiving quality, RSRQ, measurement is performed based on the discovery signal; and acquiring (S102) the RSRQ according to the measured RSSI; wherein, the RSSI measurement is performed based on all orthogonal frequency division multiplexing, OFDM, symbols of the sub-frame where the discovery signal is located; and, performing (S101), by the user equipment, the RSSI measurement in a sub-frame without a discovery signal when the RSRQ measurement is performed; and acquiring (S102) the RSRQ according to the measured RSSI; wherein the RSSI measurement is performed based on all OFDM symbols of the sub-frame without the discovery signal, or the RSSI measurement is performed based on the OFDM symbols not configured as a candidate for sending the discovery signal in the sub-frame; wherein, the sub-frame where the discovery signal is located is acquired by at least one of an emission pattern and a measurement pattern of the discovery signal configured by the base station; and the sub-frame without the discovery signal is acquired by at least one of the emission pattern and the measurement pattern.
Household appliance for food preparation comprising: - a motor , - a main output (S1 or S2) comprising a main output shaft (O1 or O2) arranged to be rotatably driven by the motor , - a movable or removable flap which can occupy a blocking position in which the flap prevents access to the main output (S1 or S2), - a detection device for detecting the position of the flap , - a speed selection device comprising a plurality of speed positions and - a control unit configured to control a speed of rotation of the motor as a function of the speed position of the speed selection device , characterised in that the control unit is further configured, for at least one of the speed positions, to control: - a first speed of rotation of the motor when the flap is in the blocking position, and - a second speed of rotation of the motor when the flap is not in the blocking position, the first speed of rotation of the motor being different from the second speed of rotation of the motor , the first speed of rotation of the motor and the second speed of rotation of the motor being non-zero. - a motor , - a main output (S1 or S2) comprising a main output shaft (O1 or O2) arranged to be rotatably driven by the motor , - a movable or removable flap which can occupy a blocking position in which the flap prevents access to the main output (S1 or S2), - a detection device for detecting the position of the flap , - a speed selection device comprising a plurality of speed positions and - a control unit configured to control a speed of rotation of the motor as a function of the speed position of the speed selection device , characterised in that the control unit is further configured, for at least one of the speed positions, to control: - a first speed of rotation of the motor when the flap is in the blocking position, and - a second speed of rotation of the motor when the flap is not in the blocking position, - a first speed of rotation of the motor when the flap is in the blocking position, and - a second speed of rotation of the motor when the flap is not in the blocking position, the first speed of rotation of the motor being different from the second speed of rotation of the motor , the first speed of rotation of the motor and the second speed of rotation of the motor being non-zero.
Moulding apparatus (F) for the thermal shaping of components, the apparatus (F) comprising, in the region of a machine frame , a moulding device and a tray which can be heated in a use position on the frame in order to preheat the semi-finished products , which tray can be moved into a removal position (arrow B) which can be accessed at least in regions next to the machine frame in order to remove preheated semi-finished products , the moulding apparatus (F) being provided with at least one heating chamber (H) which receives the tray , and at least one heating apparatus (R, R') which emits an orientable heating air flow (S, S') in the region of at least one convection heater interacting with said heating chamber, at least one upper and one lower partial chamber being provided in the region of the tray arranged substantially horizontally in the heating chamber (H) and at least the one convection heater being associated with these partial chambers as the heating apparatus (R, R'), and, in order to achieve an optimal heating circuit (S, S') of the circulated warm air, the at least one convection heater being provided in each case with at least one supply channel opening into the upper or the lower partial chamber and with a respectively opening return channel , one of the convection heaters which open into the respective partial chambers being provided in the region of lateral surfaces of the heating chamber (H) that are each adjacent to the machine frame , characterised in that the two convection heaters comprise, offset in height with respect to a support surface of the tray , supply channels which open towards the relevant partial chamber below and above the tray , it being possible to specify a relevant flow direction (SR) by means of said supply channels as guide channels and it thereby being possible to suck in the heating air flow guided in the circuit via respective return channels .
A cooking appliance that is remotely controllable by a terminal , the cooking appliance comprising: a communicator configured to perform communication with the terminal ; an input unit configured to receive cooking related information from a user; characterized in that the cooking appliance further comprises a controller configured to: select a remote control mode of the cooking appliance during which remote control of the cooking appliance by the terminal is available, set a remote control available time, the remote control available time being a time until which remote control of the cooking appliance by the terminal is available, based on information on the remote control available time received via at least one of the communicator and the input unit, and control the communication with the terminal until the set remote control available time is reached. a communicator configured to perform communication with the terminal ; an input unit configured to receive cooking related information from a user; characterized in that the cooking appliance further comprises a controller configured to: select a remote control mode of the cooking appliance during which remote control of the cooking appliance by the terminal is available, set a remote control available time, the remote control available time being a time until which remote control of the cooking appliance by the terminal is available, based on information on the remote control available time received via at least one of the communicator and the input unit, and control the communication with the terminal until the set remote control available time is reached. select a remote control mode of the cooking appliance during which remote control of the cooking appliance by the terminal is available, set a remote control available time, the remote control available time being a time until which remote control of the cooking appliance by the terminal is available, based on information on the remote control available time received via at least one of the communicator and the input unit, and control the communication with the terminal until the set remote control available time is reached.
An electronic device , comprising: an antenna ; a duplexer electrically connected to the antenna, and configured to separate a Tx signal that the antenna transmits and an Rx signal that the antenna receives based on frequency bands of the Tx signal and the Rx signal; an amplifier electrically connected to the duplexer, and configured to amplify an input signal and to transmit the amplified input signal to the duplexer; a memory storing a digital pre-distortion (DPD) table; a transceiver ; and a processor operatively connected to the transceiver and the memory, wherein the processor is configured to: control the transceiver to transmit, to the amplifier, a first signal in a first frequency band which is used for transmission of the Tx signal; determine whether to perform pre-distortion of the first signal, based on a reception performance of the Rx signal in a second frequency band; perform the pre-distortion of the first signal by making reference to the DPD table configured to decrease a strength of the first signal in the second frequency band; and control the transceiver to transmit the pre-distorted first signal to the amplifier. an antenna ; a duplexer electrically connected to the antenna, and configured to separate a Tx signal that the antenna transmits and an Rx signal that the antenna receives based on frequency bands of the Tx signal and the Rx signal; an amplifier electrically connected to the duplexer, and configured to amplify an input signal and to transmit the amplified input signal to the duplexer; a memory storing a digital pre-distortion (DPD) table; a transceiver ; and a processor operatively connected to the transceiver and the memory, wherein the processor is configured to: control the transceiver to transmit, to the amplifier, a first signal in a first frequency band which is used for transmission of the Tx signal; determine whether to perform pre-distortion of the first signal, based on a reception performance of the Rx signal in a second frequency band; perform the pre-distortion of the first signal by making reference to the DPD table configured to decrease a strength of the first signal in the second frequency band; and control the transceiver to transmit the pre-distorted first signal to the amplifier. control the transceiver to transmit, to the amplifier, a first signal in a first frequency band which is used for transmission of the Tx signal; determine whether to perform pre-distortion of the first signal, based on a reception performance of the Rx signal in a second frequency band; perform the pre-distortion of the first signal by making reference to the DPD table configured to decrease a strength of the first signal in the second frequency band; and control the transceiver to transmit the pre-distorted first signal to the amplifier.
A test stand, comprising: a carrier which is movably connected to a wall (18, 18', 18"), to a ground, to a frame of the test stand or to another part of the test stand and is movable on a predefined path; an actuator which is connected to the carrier and by way of which the carrier can be moved on the predefined path, two clamping devices which each comprise a ball joint, wherein a first of the two clamping devices is fastened to the carrier and a second of the two clamping devices is arranged in an axis with the first of the two clamping devices , so that between the two clamping devices a test body can be clamped at test body outer surfaces and be held by the clamping devices and a test force which is exerted onto a test body by the first of the two clamping devices by way of moving the carrier acts along the axis , characterized in that the test body is fixed by an elastic element in order to limit a rotation of the test body about the axis . a carrier which is movably connected to a wall (18, 18', 18"), to a ground, to a frame of the test stand or to another part of the test stand and is movable on a predefined path; an actuator which is connected to the carrier and by way of which the carrier can be moved on the predefined path, two clamping devices which each comprise a ball joint, wherein a first of the two clamping devices is fastened to the carrier and a second of the two clamping devices is arranged in an axis with the first of the two clamping devices , so that between the two clamping devices a test body can be clamped at test body outer surfaces and be held by the clamping devices and a test force which is exerted onto a test body by the first of the two clamping devices by way of moving the carrier acts along the axis , characterized in that the test body is fixed by an elastic element in order to limit a rotation of the test body about the axis .
A luggage article comprising: at least one panel ; the at least one panel attached to other walls to form the luggage article wherein the at least one panel is framed by at least two rods , each rod having a sleeve positioned around and extending along a length of a respective rod, and corner pieces fitted thereon to form a peripheral frame that extends around and supports the periphery of a lamina , at least a portion of a sleeve attached to the lamina to thereby form a framed panel that is attached to other walls to form the luggage article , characterized in that the corner pieces include at least one end region defining a constrictable receiving cavity adapted to receive an end portion of a respective rod. at least one panel ; the at least one panel attached to other walls to form the luggage article wherein the at least one panel is framed by at least two rods , each rod having a sleeve positioned around and extending along a length of a respective rod, and corner pieces fitted thereon to form a peripheral frame that extends around and supports the periphery of a lamina , at least a portion of a sleeve attached to the lamina to thereby form a framed panel that is attached to other walls to form the luggage article , characterized in that the corner pieces include at least one end region defining a constrictable receiving cavity adapted to receive an end portion of a respective rod.
Drive device , to be used in an installation with a first rolling group comprising a tubular winding/unwinding shaft for a rolling element and with at least one second rolling group comprising a further tubular winding/unwinding shaft for a further rolling element , said device comprising: - a casing , preferably tubular in shape, which is configured to be removably inserted inside said tubular shaft of said first rolling group , - a single motor which is housed inside said casing , - at least one motorized output member of said motor , said at least one motorized output member is entirely housed inside the casing and is actuated in rotation by said motor , - at least one first drive module which is housed inside said casing and which is configured to transfer the rotation of said motorized output member of the motor to a first motorized output member coming out of the casing of the device , - at least one second drive module which is housed inside said casing and which is configured to transfer the rotation of said at least one motorized output member of the motor to a second motorized output element which emerges from the casing of the device , and characterized by the fact that it also includes: - a switching mechanism which is housed within said casing and which is configured so as to assume at least one condition in which said motorized output member is engaged and mechanically interacts with only one of said first drive module and said second drive module , thus causing rotation of only the tubular shaft or only of the further tubular shaft . - a casing , preferably tubular in shape, which is configured to be removably inserted inside said tubular shaft of said first rolling group , - a single motor which is housed inside said casing , - at least one motorized output member of said motor , said at least one motorized output member is entirely housed inside the casing and is actuated in rotation by said motor , - at least one first drive module which is housed inside said casing and which is configured to transfer the rotation of said motorized output member of the motor to a first motorized output member coming out of the casing of the device , - at least one second drive module which is housed inside said casing and which is configured to transfer the rotation of said at least one motorized output member of the motor to a second motorized output element which emerges from the casing of the device , - a switching mechanism which is housed within said casing and which is configured so as to assume at least one condition in which said motorized output member is engaged and mechanically interacts with only one of said first drive module and said second drive module , thus causing rotation of only the tubular shaft or only of the further tubular shaft .
Segment of a guide trough for a line guiding system, including: two laterally opposite side walls and a trough floor therebetween, wherein an energy guide, having a deflection curve with a predetermined bending radius and lying on the side, with outer main sides of both strands facing towards the trough floor , is arrangeable between the side walls, wherein the clear distance between the side walls corresponds to at least the predetermined outside diameter of the deflection curve, so that each strand is respectively displaceable on a corresponding bearing surface of the floor; characterized in that the trough floor comprises at least one guide surface with a step and/or a ramp , which guide surface is arranged laterally adjacent to the bearing surface of at least one strand and causes a height difference to this bearing surface, which is to be overcome by the deflection curve, in order to counteract a deviation of this strand out of its target location. two laterally opposite side walls and a trough floor therebetween, wherein an energy guide, having a deflection curve with a predetermined bending radius and lying on the side, with outer main sides of both strands facing towards the trough floor , is arrangeable between the side walls, wherein the clear distance between the side walls corresponds to at least the predetermined outside diameter of the deflection curve, so that each strand is respectively displaceable on a corresponding bearing surface of the floor; characterized in that the trough floor comprises at least one guide surface with a step and/or a ramp , which guide surface is arranged laterally adjacent to the bearing surface of at least one strand and causes a height difference to this bearing surface, which is to be overcome by the deflection curve, in order to counteract a deviation of this strand out of its target location.
A method of increasing the substantivity of a composition to a negatively charged substrate comprising preparing a composition comprising at least one phase and an effective amount of an amino acid ester that is a reaction product of a neutralized amino acid esterified with a fatty alcohol and is selected from the group consisting of octyldodecyl aminolaurate esylate, brassicyl aminolaurate esylate and isostearyl aminolaurate esylate.
A method comprising: determining a first display angle of a bottom edge of a display comprised by an apparatus with respect to gravity; determining a first contiguous subset of a sequential arrangement of information (412A - 412D) based, at least in part, on the first display angle; performing a first operation modifying displayed information based, at least in part, on the first contiguous subset; determining a second display angle of the bottom edge of the display with respect to gravity, the second display angle being different from the first display angle; determining a second contiguous subset of the sequential arrangement based, at least in part, on the second display angle; and performing a second operation modifying displayed information based, at least in part, on the second contiguous subset; modifying an orientation of at least a portion of the sequential arrangement of information displayed on the display in order that the at least a portion of the sequential arrangement of information remains displayed in an upright orientation with respect to gravity whether the display is positioned in either the first display angle or the second display angle. determining a first display angle of a bottom edge of a display comprised by an apparatus with respect to gravity; determining a first contiguous subset of a sequential arrangement of information (412A - 412D) based, at least in part, on the first display angle; performing a first operation modifying displayed information based, at least in part, on the first contiguous subset; determining a second display angle of the bottom edge of the display with respect to gravity, the second display angle being different from the first display angle; determining a second contiguous subset of the sequential arrangement based, at least in part, on the second display angle; and performing a second operation modifying displayed information based, at least in part, on the second contiguous subset; modifying an orientation of at least a portion of the sequential arrangement of information displayed on the display in order that the at least a portion of the sequential arrangement of information remains displayed in an upright orientation with respect to gravity whether the display is positioned in either the first display angle or the second display angle.
A system for fast handover in an optical multi-cell communication system, comprising: a plurality of access points being arranged for advertising their presence by transmitting shortened frames without a payload portion in an allocated pre-defined part of a common channel of a frame cycle of a link layer or physical layer protocol, wherein each of the shortened frames contains an identifier of the respective advertising access point; and at least one end point being arranged for searching for neighboring ones of the plurality access points to anticipate an upcoming handover by detecting an advertised shortened frame in the common channel, and for transmitting a pre-registration request for preliminary registration to a detected neighboring access point prior to deciding on a handover. a plurality of access points being arranged for advertising their presence by transmitting shortened frames without a payload portion in an allocated pre-defined part of a common channel of a frame cycle of a link layer or physical layer protocol, wherein each of the shortened frames contains an identifier of the respective advertising access point; and at least one end point being arranged for searching for neighboring ones of the plurality access points to anticipate an upcoming handover by detecting an advertised shortened frame in the common channel, and for transmitting a pre-registration request for preliminary registration to a detected neighboring access point prior to deciding on a handover.