mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for damping oscillation of a loading member in a crane comprising a trolley, a hoisting mechanism located in the trolley, at least one hoisting rope suspended from the hoisting mechanism, a loading member fastened to the hoisting rope, the arrangement for damping oscillation of a loading member comprising a vertical guide projection arranged in an upper part of the loading member, a guide tube fastened to the trolley for receiving the guide projection, characterised by further comprising: damping members arranged in the guide tube and comprising elastic guide roll structures arranged to engage around the guide projection, each guide roll structure comprising a roll frame and a guide roll installed therein, whereby each roll frame is installed on an outer surface of the guide tube, a wall of the guide tube is at each guide roll provided with an opening from which the guide roll penetrates into the guide tube, and elasticity is arranged between the roll frame and the guide tube. damping members arranged in the guide tube and comprising elastic guide roll structures arranged to engage around the guide projection, each guide roll structure comprising a roll frame and a guide roll installed therein, whereby each roll frame is installed on an outer surface of the guide tube, a wall of the guide tube is at each guide roll provided with an opening from which the guide roll penetrates into the guide tube, and elasticity is arranged between the roll frame and the guide tube.
A device for applying a fluid or a pasty cosmetic product, typically mascara, comprising: - a core consisting of a flexible, long, plastic body having a circular section, with a longitudinal axis and two ends (2, 3), one of which is intended to be attached to a manual gripping means; - a plurality of spikes having a flat face and so provided as to project radially from said core, with said spikes being distributed in a plurality of rows parallel to the longitudinal axis (X, X') of said core, and so that, within the same row, the spikes are positioned alternately on either side of a central line of said row, with the flat face thereof being turned towards the inside of the row, so that said plastic body has a tapered form, the widest diameter of which is on the side of the end intended to be attached to the manual gripping means, and said flat faces of the spikes of the same row extend perpendicularly to said tapered core and are aligned along the central line, with the flat faces being thus oriented in both directions of turn about the core. - a core consisting of a flexible, long, plastic body having a circular section, with a longitudinal axis and two ends (2, 3), one of which is intended to be attached to a manual gripping means; - a plurality of spikes having a flat face and so provided as to project radially from said core, with said spikes being distributed in a plurality of rows parallel to the longitudinal axis (X, X') of said core, and so that, within the same row, the spikes are positioned alternately on either side of a central line of said row, with the flat face thereof being turned towards the inside of the row,
Use of a lectin resistant cell line for the production of an antibody composition, the composition comprising antibody molecules having complex N-glycoside-linked sugar chains bound to the Fc region, wherein among the total complex N-glycoside-linked sugar chains bound to the Fc region in the composition, the ratio for a sugar chain in which fucose is not bound to N-acetylglucosamine in the reducing end in the sugar chain is 20% or more, wherein the lectin resistant cell line is obtainable by selection using a medium comprising the lectin at a concentration of 1μg/mL to 1mg/mL, and wherein antibodies are expressed using the lectin resistant CHO cell line, wherein the lectin is a lectin which recognizes a sugar chain structure in which 1-position of fucose is bound to 6-position of N-acetylglucosamine in the reducing end through α-bond in the N-glycoside-linked sugar chain.
A method of reducing uplink control channel overhead at a user equipment, "UE", the method comprising: determining that a total transmit power of the UE exceeds an allocated power; scaling a transmit power of a high-speed dedicated physical control channel, "HS-DPCCH", relative to a transmit power of a dedicated physical control channel, "DPCCH", to reduce the ratio of the HS-DPCCH power relative to the DPCCH power such that the HS-DPCCH is transmitted with a reduced transmit power in response to the determination that the total transmit power of the UE exceeds the allocated power, and transmitting an indication that the total transmit power of the UE exceeds the allocated power, wherein the indication is signaled through a transport format combination index, "TFCI", field of the DPCCH. determining that a total transmit power of the UE exceeds an allocated power; scaling a transmit power of a high-speed dedicated physical control channel, "HS-DPCCH", relative to a transmit power of a dedicated physical control channel, "DPCCH", to reduce the ratio of the HS-DPCCH power relative to the DPCCH power such that the HS-DPCCH is transmitted with a reduced transmit power in response to the determination that the total transmit power of the UE exceeds the allocated power, and transmitting an indication that the total transmit power of the UE exceeds the allocated power, wherein the indication is signaled through a transport format combination index, "TFCI", field of the DPCCH.
An apparatus comprising: a resistive memory cell (601, 801) including: an oxygen sink (615, 715, 815); an oxygen source (605, 705, 805); a dielectric (610, 710, 810) disposed between the oxygen sink (615, 715, 815) and the oxygen source (605, 705, 805), the dielectric (610, 710, 810) contacting the oxygen sink (615, 715, 815) and contacting the oxygen source (605, 705, 805); and two electrodes (620, 720, 820 and 625, 725, 825) having the oxygen sink (615, 715, 815), the oxygen source (605, 705, 805), and the dielectric (610, 710, 810) disposed therebetween, one of the two electrodes (625, 725, 825) directly contacting the oxygen sink (615, 715, 815) and the second of the two electrodes (620, 720, 820) directly contacting the oxygen source (605, 705, 805), the oxygen source (605, 705, 805) and the dielectric (610, 710, 810) having a structure to set a conductive filament in the dielectric (610, 710, 810) to couple the oxygen source (605, 705, 805) to the oxygen sink (615, 715, 815) by application of a first voltage between the two electrodes (620, 720, 820 and 625, 725, 825), the first voltage having a first polarity, and to reset the conductive filament in the dielectric (610, 710, 810) by application of a second voltage between the two electrodes (620, 720, 820 and 625, 725, 825), the second voltage having a second polarity, the second polarity being the same as the first polarity. an oxygen sink (615, 715, 815); an oxygen source (605, 705, 805); a dielectric (610, 710, 810) disposed between the oxygen sink (615, 715, 815) and the oxygen source (605, 705, 805), the dielectric (610, 710, 810) contacting the oxygen sink (615, 715, 815) and contacting the oxygen source (605, 705, 805); and two electrodes (620, 720, 820 and 625, 725, 825) having the oxygen sink (615, 715, 815), the oxygen source (605, 705, 805), and the dielectric (610, 710, 810) disposed therebetween, one of the two electrodes (625, 725, 825) directly contacting the oxygen sink (615, 715, 815) and the second of the two electrodes (620, 720, 820) directly contacting the oxygen source (605, 705, 805), the oxygen source (605, 705, 805) and the dielectric (610, 710, 810) having a structure to set a conductive filament in the dielectric (610, 710, 810) to couple the oxygen source (605, 705, 805) to the oxygen sink (615, 715, 815) by application of a first voltage between the two electrodes (620, 720, 820 and 625, 725, 825), the first voltage having a first polarity, and to reset the conductive filament in the dielectric (610, 710, 810) by application of a second voltage between the two electrodes (620, 720, 820 and 625, 725, 825), the second voltage having a second polarity, the second polarity being the same as the first polarity.
A resin composition comprising polyphenylene ether, a hydrogenated block copolymer which is obtained by hydrogenating a block copolymer including a polystyrene block and a conjugated diene compound polymer block, and which has a weight average molecular weight of 100,000 to 500,000, determined as a molecular weight in terms of styrene by gel permeation chromatography and an organic phosphorus-based flame retardant, wherein the resin composition comprises, based on 100 parts by mass of a total amount of the component, the component and the component, 57 to 94 parts by mass of the component, 3 to 30 parts by mass of the component, and 3 to 30 parts by mass of the component; and wherein a value of a loss tangent (tanδ) peak height of the component, represented by the following equation 1, in a dynamic viscoelasticity spectrum obtained by measurement of the resin composition at a frequency of 10 Hz and a temperature rising from -150°C to 100 °C at a rate of temperature rise of 2°C/min is in a range of 0.075 to 0.120: Loss tangent tanδ peak height of B component = Peak height in chart / Content % by mass of B component in resin composition 57 to 94 parts by mass of the component, 3 to 30 parts by mass of the component, and 3 to 30 parts by mass of the component; and
An LED illumination apparatus comprising: an insertable and removable card-type LED illumination source including multiple LEDs that have been mounted on one surface of a substrate;and at least one connector for being connected to the card-type LED illumination source; a lighting drive circuit to be electrically connected to the card-type LED illumination source by way of the connector, a receiving portion, on/from which the card-type LED illumination source is fixable and removable; and wherein when fixed on the receiving portion, the card-type LED illumination source is supplied with electrical power from the connector and has the back surface of the substrate thereof contact thermally with the receiving portion, characterized in that the receiving portion including a thermal conductor member contacting thermally with the back surface of the substrate, on which none of the LEDs is mounted, and receiving heat from the back surface of the substrate, and the area of a contact portion between the back surface of the substrate and the thermal conductor member is equal to or greater than the area of a light outgoing region of the substrate in which the LEDs mounted are located. an insertable and removable card-type LED illumination source including multiple LEDs that have been mounted on one surface of a substrate;and at least one connector for being connected to the card-type LED illumination source; a lighting drive circuit to be electrically connected to the card-type LED illumination source by way of the connector, a receiving portion, on/from which the card-type LED illumination source is fixable and removable; and wherein when fixed on the receiving portion, the card-type LED illumination source is supplied with electrical power from the connector and has the back surface of the substrate thereof contact thermally with the receiving portion, characterized in that the receiving portion including a thermal conductor member contacting thermally with the back surface of the substrate, on which none of the LEDs is mounted, and receiving heat from the back surface of the substrate, and the area of a contact portion between the back surface of the substrate and the thermal conductor member is equal to or greater than the area of a light outgoing region of the substrate in which the LEDs mounted are located.
A catheter comprising: a tubular body having an inner luminal wall defining a lumen; an ultrasonic transducer mounted within the lumen at a position spaced from the luminal wall to form a gap between the transducer and the luminal wall; and the catheter being characterised in that a hydrophilic material bridges the gap between the ultrasonic transducer and the luminal wall and ultrasonically couples the ultrasonic transducer to the inner luminal wall. a tubular body having an inner luminal wall defining a lumen; an ultrasonic transducer mounted within the lumen at a position spaced from the luminal wall to form a gap between the transducer and the luminal wall; and the catheter being characterised in that a hydrophilic material bridges the gap between the ultrasonic transducer and the luminal wall and ultrasonically couples the ultrasonic transducer to the inner luminal wall.
A user apparatus configured to perform communication with a base station in a mobile communication system, wherein a common search space and a user specific search space are multiplexed in the frequency direction in each of a plurality of predetermined time frames in a predetermined physical downlink control channel transmitted from the base station, the user apparatus comprising: a monitoring control unit configured to monitor, for each: said predetermined time frame, only one of the common search space and the user specific search space in the predetermined physical downlink control channel, wherein monitoring comprises receiving, demodulating and trying blind decoding, wherein the user apparatus is bandwidth restricted with respect to the system's bandwidth. a monitoring control unit configured to monitor, for each: said predetermined time frame, only one of the common search space and the user specific search space in the predetermined physical downlink control channel, wherein monitoring comprises receiving, demodulating and trying blind decoding, wherein the user apparatus is bandwidth restricted with respect to the system's bandwidth.
A method for detecting inadequate valve seat integrity of a control valve having a valve member, comprising the following steps: 1.1 to obtain a calibration data set, the position of the valve member of the control valve in the closed position is repeatedly measured and recorded during a time interval; 1.2 the mean value and the standard deviation of the position of the valve member in the closed position are calculated from the calibration data set; 1.3 during continued operation of the control valve, the position of the valve member in the closed position is measured and recorded further; 1.4 a moving average value is continuously determined over a specified number of the positions measured during further operation; 1.5 a threshold for the moving average is determined from the mean value and the standard deviation of the position of the valve member from the calibration data set and the specified number; characterized in that 1.6 if during a further time interval the moving average deviates multiple times from the mean value of the calibration data set by more than the threshold, 1.6.1 a straight line is formed from the positions measured during the further time interval; 1.6.2 wherein the gradient and the axis section of the straight line are determined; and 1.7 a message is output if 1.7.1 the value of the gradient of the straight line is larger than the quotient of the threshold and the length of the further time interval and/or 1.7.2 the axis section deviates from a calibration axis section from the calibration data set by more than the threshold. 1.1 to obtain a calibration data set, the position of the valve member of the control valve in the closed position is repeatedly measured and recorded during a time interval; 1.2 the mean value and the standard deviation of the position of the valve member in the closed position are calculated from the calibration data set; 1.3 during continued operation of the control valve, the position of the valve member in the closed position is measured and recorded further; 1.4 a moving average value is continuously determined over a specified number of the positions measured during further operation; 1.5 a threshold for the moving average is determined from the mean value and the standard deviation of the position of the valve member from the calibration data set and the specified number; 1.6 if during a further time interval the moving average deviates multiple times from the mean value of the calibration data set by more than the threshold, 1.6.1 a straight line is formed from the positions measured during the further time interval; 1.6.2 wherein the gradient and the axis section of the straight line are determined; and 1.7 a message is output if 1.7.1 the value of the gradient of the straight line is larger than the quotient of the threshold and the length of the further time interval and/or 1.7.2 the axis section deviates from a calibration axis section from the calibration data set by more than the threshold.
Wiper arm for a system for wiping a window of a motor vehicle, comprising: - one end of a wiper arm in the form of a yoke intended for receiving a fixing device of the wiper blade; - a spray device comprising a cowling sized to cover the end of the wiper arm in the form of a yoke, the entire internal volume of the cowling being of substantially the same shape as the outer shape of the end of the arm and also a washing fluid spray nozzle that is held in a removable manner by the cowling. - one end of a wiper arm in the form of a yoke intended for receiving a fixing device of the wiper blade; - a spray device comprising a cowling sized to cover the end of the wiper arm in the form of a yoke, the entire internal volume of the cowling being of substantially the same shape as the outer shape of the end of the arm and also a washing fluid spray nozzle that is held in a removable manner by the cowling.
An integrated circuit comprising voltage modulation circuitry arranged to convert an input voltage level at an input node to an output voltage level at an output node, the voltage modulation circuitry comprising: a switching element arranged to connect the input node to the output node when the switching element is in an 'ON' condition; a switching control module operably coupled to the switching element and arranged to control the connection of the input node to the output node by the switching element in accordance with a switching frequency, and a frequency control module operably coupled to the switching control module and arranged to: receive an input voltage level indication of the input voltage level at the input node, receive an indication of a load current, combine the input voltage level indication and the load current indication to generate an input power reference value that is compared to at least one threshold value to determine an appropriate switching frequency value; and to configure the switching frequency based at least partly on the determined switching frequency value. a switching element arranged to connect the input node to the output node when the switching element is in an 'ON' condition; a switching control module operably coupled to the switching element and arranged to control the connection of the input node to the output node by the switching element in accordance with a switching frequency, and a frequency control module operably coupled to the switching control module and arranged to: receive an input voltage level indication of the input voltage level at the input node, receive an indication of a load current, combine the input voltage level indication and the load current indication to generate an input power reference value that is compared to at least one threshold value to determine an appropriate switching frequency value; and to configure the switching frequency based at least partly on the determined switching frequency value. receive an input voltage level indication of the input voltage level at the input node, receive an indication of a load current, combine the input voltage level indication and the load current indication to generate an input power reference value that is compared to at least one threshold value to determine an appropriate switching frequency value; and to configure the switching frequency based at least partly on the determined switching frequency value.
A nucleic acid comprising a nucleotide sequence that encodes a hybrid enzyme, wherein the hybrid enzyme comprises the amino acid sequence of SEQ ID NO:58.
A device in device-to-device, D2D, communication, comprising: a receiving unit, configured to receive first D2D synchronization information sent by a first device in D2D communication, wherein the first D2D synchronization information comprises a synchronization source identifier and a forwarding hop count; a processing unit, configured to synchronize with a synchronization source corresponding to the synchronization source identifier in the first D2D synchronization information; and update the forwarding hop count in the first D2D synchronization information when determining that the forwarding hop count in the first D2D synchronization information is less than a set threshold, so as to obtain second D2D synchronization information; and a sending unit, configured to send the second D2D synchronization information, wherein the processing unit is further configured to: when determining that the receiving unit receives more than one piece of first D2D synchronization information, separately acquire forwarding hop counts carried in the received pieces of first D2D synchronization information; determine a minimum value of the acquired forwarding hop counts; and when determining that the minimum value is less than the set threshold, synchronize with a synchronization source corresponding to a synchronization source identifier in the first D2D synchronization information corresponding to the minimum value. a receiving unit, configured to receive first D2D synchronization information sent by a first device in D2D communication, wherein the first D2D synchronization information comprises a synchronization source identifier and a forwarding hop count; a processing unit, configured to synchronize with a synchronization source corresponding to the synchronization source identifier in the first D2D synchronization information; and update the forwarding hop count in the first D2D synchronization information when determining that the forwarding hop count in the first D2D synchronization information is less than a set threshold, so as to obtain second D2D synchronization information; and a sending unit, configured to send the second D2D synchronization information, wherein the processing unit is further configured to: when determining that the receiving unit receives more than one piece of first D2D synchronization information, separately acquire forwarding hop counts carried in the received pieces of first D2D synchronization information; determine a minimum value of the acquired forwarding hop counts; and when determining that the minimum value is less than the set threshold, synchronize with a synchronization source corresponding to a synchronization source identifier in the first D2D synchronization information corresponding to the minimum value.
A method for electrically activating dopant species in a GaN film characterized in that the method comprises the steps consisting of: a) Providing a stack comprising a support substrate and a GaN film comprising dopant species, b) Bonding, by direct bonding, a shield layer exhibiting a thickness larger than 2 micrometers at the surface of the GaN film, so as to form an activation structure, and c) Applying a thermal budget to said activation structure under conditions which enable the electrical activation of at least one portion of said dopant species. a) Providing a stack comprising a support substrate and a GaN film comprising dopant species, b) Bonding, by direct bonding, a shield layer exhibiting a thickness larger than 2 micrometers at the surface of the GaN film, so as to form an activation structure, and c) Applying a thermal budget to said activation structure under conditions which enable the electrical activation of at least one portion of said dopant species.