mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic system for operating an array of pneumatically operated apertures comprised in a first carrier for an imprint apparatus, the first carrier for holding a flexible stamp having an imprinting pattern , each one of the pneumatically operated apertures being operable in a first configuration in which a holding pressure is provided to it for holding a part of the flexible stamp relative to the first carrier and operable in a second configuration in which a releasing pressure is provided to it for releasing the part of the flexible stamp from the first carrier, the pneumatic system comprising a high pressure duct system for providing the releasing pressure to each one of the plurality of pneumatically operated apertures, the high pressure duct system being configured to: - comprise a gas entrance opening for receiving gas at a supply pressure from a gas supply; and - comprise a pressure regulator for regulating the releasing pressure for one or more apertures of the array of apertures connected to a section of the high pressure duct system to be between a regulator pressure set by the pressure regulator and the supply pressure, when the gas supply is attached to the high pressure duct system, while at least temporarily allowing a gas flow from the gas supply along the section of the high pressure duct system towards the pressure regulator. - comprise a gas entrance opening for receiving gas at a supply pressure from a gas supply; and - comprise a pressure regulator for regulating the releasing pressure for one or more apertures of the array of apertures connected to a section of the high pressure duct system to be between a regulator pressure set by the pressure regulator and the supply pressure, when the gas supply is attached to the high pressure duct system, while at least temporarily allowing a gas flow from the gas supply along the section of the high pressure duct system towards the pressure regulator.
A machine type communication user equipment , MTC-UE, comprising: a reception unit configured to monitor first Machine Type Communication Physical Downlink Control CHannel, MPDCCH candidates at an aggregation level of 24 so as to detect a first MPDCCH in a UE-specific search space when a first parameter is configured by higher layer signaling, wherein the first parameter indicates a MPDCCH Physical Resource Block, PRB set with 6 PRB pairs, the reception unit is further configured to monitor second MPDCCH candidates at an aggregation level of 24 so as to detect a second MPDCCH in a common search space, wherein only the MPDCCH PRB set with 6 PRB pairs is allocated for the second MPDCCH, wherein a number of the first MPDCCH candidates is defined for each aggregation level of the first MPDCCH and each of numbers for the first MPDCCH, each of the numbers indicating a number of PRB pairs allocated for the first MPDCCH, and wherein one or more repetition levels for the first MPDCCH are allocated independently from one or more repetition levels for the second MPDCCH. a reception unit configured to monitor first Machine Type Communication Physical Downlink Control CHannel, MPDCCH candidates at an aggregation level of 24 so as to detect a first MPDCCH in a UE-specific search space when a first parameter is configured by higher layer signaling, wherein the first parameter indicates a MPDCCH Physical Resource Block, PRB set with 6 PRB pairs, the reception unit is further configured to monitor second MPDCCH candidates at an aggregation level of 24 so as to detect a second MPDCCH in a common search space, wherein only the MPDCCH PRB set with 6 PRB pairs is allocated for the second MPDCCH, wherein a number of the first MPDCCH candidates is defined for each aggregation level of the first MPDCCH and each of numbers for the first MPDCCH, each of the numbers indicating a number of PRB pairs allocated for the first MPDCCH, and wherein one or more repetition levels for the first MPDCCH are allocated independently from one or more repetition levels for the second MPDCCH.
A method for reducing dust in a tissue making process comprising: applying a polymer comprising at least one amine-containing vinylic or allylic monomer to the surface of a tissue web; wherein the polymer is sprayed onto a surface of the tissue web; and wherein the polymer is applied prior to drying the tissue web.
A method carried out by a base station for configuring and allocating radio resource to terminals for device to device, D2D, communication or discovery, comprising: transmitting configurations to each of the terminals , each of the configurations being a configuration of a corresponding one of multiple resource pools, one of the configurations being used by the terminal during device to device communication, the configurations differing from each other, the configurations being transmitted by respective different methods, the configuration of each of the multiple resource pools including parameters corresponding to the each of the multiple resource pools, wherein a first configuration is transmitted using System Information Block, SIB and a second configuration is transmitted using Radio Resource Control, RRC, Signaling, characterized in transmitting an instruction to the terminals indicating a priority for selecting one of the first configuration and the second configuration. transmitting configurations to each of the terminals , each of the configurations being a configuration of a corresponding one of multiple resource pools, one of the configurations being used by the terminal during device to device communication, the configurations differing from each other, the configurations being transmitted by respective different methods, the configuration of each of the multiple resource pools including parameters corresponding to the each of the multiple resource pools, wherein a first configuration is transmitted using System Information Block, SIB and a second configuration is transmitted using Radio Resource Control, RRC, Signaling, characterized in transmitting an instruction to the terminals indicating a priority for selecting one of the first configuration and the second configuration.
A toner cartridge comprising: (i) a casing including (i-i) toner accommodation chamber accommodating toner, and (i-ii) a discharge opening capable of discharging the toner; (ii) a pump including (ii-i) a movable portion and a (ii-ii) a connecting portion mounted on the casing , the pump being configured to discharge the toner through the discharge opening by reciprocation of the movable portion ; (iii) a drive input member for receiving a rotational force for driving the pump ; and (iv) a rotatable member rotatable about an axis (Z) thereof and configured to reciprocate the movable portion of the pump by rotation thereof, the rotatable member including (iv-i) a gear portion configured to receive a rotational force from the drive input member , wherein the movable portion of the pump effects reciprocating motion in a direction of the axis (Z) of the rotatable member , characterized in that the gear portion of the rotatable member surrounds the connecting portion of the pump , and as viewed in the direction of the axis (Z) of the rotatable member , the gear portion of the rotatable member and the movable portion of the pump at least partly overlap with each other. (i) a casing including (i-i) toner accommodation chamber accommodating toner, and (i-ii) a discharge opening capable of discharging the toner; (ii) a pump including (ii-i) a movable portion and a (ii-ii) a connecting portion mounted on the casing , the pump being configured to discharge the toner through the discharge opening by reciprocation of the movable portion ; (iii) a drive input member for receiving a rotational force for driving the pump ; and (iv) a rotatable member rotatable about an axis (Z) thereof and configured to reciprocate the movable portion of the pump by rotation thereof, the rotatable member including (iv-i) a gear portion configured to receive a rotational force from the drive input member , wherein the movable portion of the pump effects reciprocating motion in a direction of the axis (Z) of the rotatable member , characterized in that the gear portion of the rotatable member surrounds the connecting portion of the pump , and as viewed in the direction of the axis (Z) of the rotatable member , the gear portion of the rotatable member and the movable portion of the pump at least partly overlap with each other.
A lytic peptide or a lytic peptidomimetic, wherein said peptide or peptidomimetic a) carries a net charge of at least plus 2; b) is 3 to 5 amino acids in length or is an equivalently sized peptidomimetic; c) is amphipathic in nature, having one or more lipophilic groups, one of said lipophilic groups comprising at least 7 non-hydrogen atoms, and wherein (i) said lytic peptide or lytic peptidomimetic is 3 amino acids in length, wherein in any order, 2 of said amino acids are cationic amino acids, and 1 of said amino acids is an amino acid with a lipophilic R group, the R group having 14-27 non-hydrogen atoms and containing 2 or more cyclic groups which may be fused or connected, or (ii) said lytic peptide or lytic peptidomimetic is 4 amino acids in length, in which 2 amino acids are cationic amino acids and 2 amino acids are lipophilic amino acids, or (iii) said lytic peptide or lytic peptidomimetic is 5 amino acids in length, in which 3 amino acids are cationic amino acids and 2 amino acids are lipophilic amino acids or in which 2 amino acids are cationic amino acids and 3 amino acids are lipophilic amino acids; and d) is covalently attached to a medical device, for use in preventing the formation of a biofilm on said medical device. a) carries a net charge of at least plus 2; b) is 3 to 5 amino acids in length or is an equivalently sized peptidomimetic; c) is amphipathic in nature, having one or more lipophilic groups, one of said lipophilic groups comprising at least 7 non-hydrogen atoms, and wherein (i) said lytic peptide or lytic peptidomimetic is 3 amino acids in length, wherein in any order, 2 of said amino acids are cationic amino acids, and 1 of said amino acids is an amino acid with a lipophilic R group, the R group having 14-27 non-hydrogen atoms and containing 2 or more cyclic groups which may be fused or connected, or (ii) said lytic peptide or lytic peptidomimetic is 4 amino acids in length, in which 2 amino acids are cationic amino acids and 2 amino acids are lipophilic amino acids, or (iii) said lytic peptide or lytic peptidomimetic is 5 amino acids in length, in which 3 amino acids are cationic amino acids and 2 amino acids are lipophilic amino acids or in which 2 amino acids are cationic amino acids and 3 amino acids are lipophilic amino acids; and (i) said lytic peptide or lytic peptidomimetic is 3 amino acids in length, wherein in any order, 2 of said amino acids are cationic amino acids, and 1 of said amino acids is an amino acid with a lipophilic R group, the R group having 14-27 non-hydrogen atoms and containing 2 or more cyclic groups which may be fused or connected, or (ii) said lytic peptide or lytic peptidomimetic is 4 amino acids in length, in which 2 amino acids are cationic amino acids and 2 amino acids are lipophilic amino acids, or (iii) said lytic peptide or lytic peptidomimetic is 5 amino acids in length, in which 3 amino acids are cationic amino acids and 2 amino acids are lipophilic amino acids or in which 2 amino acids are cationic amino acids and 3 amino acids are lipophilic amino acids; and d) is covalently attached to a medical device,
A method for determining Radio Resource Management, RRM, measurement configuration, comprising: receiving , by a first node, resource information sent by a second node and used by at least one RRM measurement corresponding to a neighbor node of the second node; and determining , by the first node, RRM measurement configuration required for a User Equipment, UE, to perform an RRM measurement according to the resource information used by the at least one RRM measurement; wherein the resource information used by the at least one RRM measurement corresponding to the neighbor node is: resource information of an RRM measurement corresponding to a cell covered by the neighbor node; or resource information of an RRM measurement corresponding to a frequency point of a cell covered by the neighbor node; wherein the resource information used by the at least one RRM measurement comprises: a time-domain position corresponding to a Synchronization Signal Block, SSB; or a time-domain position corresponding to a Channel State Information-Reference Signal, CSI-RS; or a time-domain position corresponding to a SSB and a time-domain position corresponding to a CSI-RS. receiving , by a first node, resource information sent by a second node and used by at least one RRM measurement corresponding to a neighbor node of the second node; and determining , by the first node, RRM measurement configuration required for a User Equipment, UE, to perform an RRM measurement according to the resource information used by the at least one RRM measurement; wherein the resource information used by the at least one RRM measurement corresponding to the neighbor node is: resource information of an RRM measurement corresponding to a cell covered by the neighbor node; or resource information of an RRM measurement corresponding to a frequency point of a cell covered by the neighbor node; wherein the resource information used by the at least one RRM measurement comprises: a time-domain position corresponding to a Synchronization Signal Block, SSB; or a time-domain position corresponding to a Channel State Information-Reference Signal, CSI-RS; or a time-domain position corresponding to a SSB and a time-domain position corresponding to a CSI-RS. resource information of an RRM measurement corresponding to a cell covered by the neighbor node; or resource information of an RRM measurement corresponding to a frequency point of a cell covered by the neighbor node; wherein the resource information used by the at least one RRM measurement comprises: a time-domain position corresponding to a Synchronization Signal Block, SSB; or a time-domain position corresponding to a Channel State Information-Reference Signal, CSI-RS; or a time-domain position corresponding to a SSB and a time-domain position corresponding to a CSI-RS. a time-domain position corresponding to a Synchronization Signal Block, SSB; or a time-domain position corresponding to a Channel State Information-Reference Signal, CSI-RS; or a time-domain position corresponding to a SSB and a time-domain position corresponding to a CSI-RS.
A display apparatus , comprising: a display ; a sensor to sense a touch on the display; a communicator configured to communicate with at least one input source, each input source matching different touch types; a storage configured to store matching information on which the display apparatus and the at least one input source each match different touch types; and a processor configured to control the display to display a first screen corresponding to the at least one external input source and, simultaneously, a second screen corresponding to an electronic whiteboard function of the display apparatus , sense a touch to display, in response to the sensed touch being performed by a first touch object , identify the sensed touch as a first touch type, and execute the electronic whiteboard function according to the sensed touch, and in response to the sensed touch being performed by a second touch object , identify the sensed touch as a second touch type, and control the communicator to transmit information corresponding to the sensed touch to the external input source. a display ; a sensor to sense a touch on the display; a communicator configured to communicate with at least one input source, each input source matching different touch types; a storage configured to store matching information on which the display apparatus and the at least one input source each match different touch types; and a processor configured to control the display to display a first screen corresponding to the at least one external input source and, simultaneously, a second screen corresponding to an electronic whiteboard function of the display apparatus , sense a touch to display, in response to the sensed touch being performed by a first touch object , identify the sensed touch as a first touch type, and execute the electronic whiteboard function according to the sensed touch, and in response to the sensed touch being performed by a second touch object , identify the sensed touch as a second touch type, and control the communicator to transmit information corresponding to the sensed touch to the external input source.
An audio enhancement system for enhancing an audio signal from a sound source such as a user using a sound input mechanism such as a microphone to generate said audio signal, the audio enhancement system comprising: a transmitter (102, 4/4A, 4C) configured to receive the audio signal, wherein the audio signal is transmitted from the transmitter to a receiver (5/5A) and an audio enhancement circuit configured to receive the audio signal, the audio enhancement circuit comprising: a decoupling circuit element electrically connecting the audio signal from the sound receiving source connected in series to a non-inverting input of a first amplifier powered by a DC voltage; a variable resistor by which the audio signal travels along an electrical connection from the first amplifier to a second amplifier , wherein the second amplifier is electrically coupled to a feedback loop, the second amplifier being further electrically coupled at its output to a sound transmission means to output an enhanced sound back to the sound source . a decoupling circuit element electrically connecting the audio signal from the sound receiving source connected in series to a non-inverting input of a first amplifier powered by a DC voltage; a variable resistor by which the audio signal travels along an electrical connection from the first amplifier to a second amplifier , wherein the second amplifier is electrically coupled to a feedback loop, the second amplifier being further electrically coupled at its output to a sound transmission means to output an enhanced sound back to the sound source .
An adhesive roller-type cleaning tool comprising: a case member ; an adhesive roller unit deployed inside the case member to be rotatable forward and backward; and a take-up unit for winding up adhesive sheet after being drawn out of the adhesive roller unit and having lint and the like adhered thereon, wherein, the take-up unit is capable of forward and backward rotation synchronized through a rotation transmission unit with forward and backward rotation of the adhesive roller unit, and characterized in that the adhesive roller unit engages the rotation transmission unit when pressed onto a contact surface and moved forward and is energized to release the engagement with the rotation transmission unit when moved backward and when separated from the contact surface; and further comprising: a rotation inhibiting mechanism for inhibiting rotation of both the adhesive roller unit and the take-up unit when the adhesive roller unit separates from the contact surface. a case member ; an adhesive roller unit deployed inside the case member to be rotatable forward and backward; and a take-up unit for winding up adhesive sheet after being drawn out of the adhesive roller unit and having lint and the like adhered thereon, wherein, the take-up unit is capable of forward and backward rotation synchronized through a rotation transmission unit with forward and backward rotation of the adhesive roller unit, and characterized in that the adhesive roller unit engages the rotation transmission unit when pressed onto a contact surface and moved forward and is energized to release the engagement with the rotation transmission unit when moved backward and when separated from the contact surface; and further comprising: a rotation inhibiting mechanism for inhibiting rotation of both the adhesive roller unit and the take-up unit when the adhesive roller unit separates from the contact surface.
A method for use in a base station, the method comprising: performing channel coding of a plurality of bits to produce coded bits using polar encoding, wherein the polar encoding provides the plurality of bits to bit channels based on content of each of the plurality of bits and based on a reliability of the bit channels, wherein the plurality of bits at least includes bits of a master information block, MIB, transport block and cyclic redundancy check, CRC, bits, wherein the MIB transport block comprises system information bits and indicates a system frame number, SFN, wherein more important bits of the MIB transport block and the CRC bits are provided to more reliable bit channels, and wherein a coding rate associated with the channel coding is less than 1/3; performing rate matching on the coded bits; and sending the rate matched coded bits in a physical broadcast channel, PBCH, transmission. performing channel coding of a plurality of bits to produce coded bits using polar encoding, wherein the polar encoding provides the plurality of bits to bit channels based on content of each of the plurality of bits and based on a reliability of the bit channels, wherein the plurality of bits at least includes bits of a master information block, MIB, transport block and cyclic redundancy check, CRC, bits, wherein the MIB transport block comprises system information bits and indicates a system frame number, SFN, wherein more important bits of the MIB transport block and the CRC bits are provided to more reliable bit channels, and wherein a coding rate associated with the channel coding is less than 1/3; performing rate matching on the coded bits; and sending the rate matched coded bits in a physical broadcast channel, PBCH, transmission.
A steering gear for a surgical instrument , wherein the steering gear has a spatially alignable swash plate , wherein the steering gear can be arranged at the proximal end of a shaft which defines a longitudinal axis (B) and has, at the distal end , a bending mechanism , which can be controlled by the swash plate , wherein - the steering gear has a first drive wheel and a second drive wheel , each with an assigned motor , and - the second drive wheel is arranged offset by 180° relative to the first drive wheel on an axis of rotation (A) common to the first drive wheel and running perpendicular to the longitudinal axis (B), and - the swash plate is mounted between the first drive wheel and the second drive wheel in a steering ring which is connected in a rotationally fixed manner to a third gear wheel which engages with the first drive wheel and the second drive wheel and is rotatable about an axis of rotation (C) which runs perpendicular to the common axis of rotation (A) of the drive wheels , characterised in that the steering gear has a retaining bracket which is rotatably mounted about the common axis of rotation (A) of the drive wheels , wherein the steering ring is mounted in the retaining bracket rotatably about the axis of rotation (C) of the third gear wheel such that the engagement of the third gear wheel with the drive wheels is secured. - the steering gear has a first drive wheel and a second drive wheel , each with an assigned motor , and - the second drive wheel is arranged offset by 180° relative to the first drive wheel on an axis of rotation (A) common to the first drive wheel and running perpendicular to the longitudinal axis (B), and - the swash plate is mounted between the first drive wheel and the second drive wheel in a steering ring which is connected in a rotationally fixed manner to a third gear wheel which engages with the first drive wheel and the second drive wheel and is rotatable about an axis of rotation (C) which runs perpendicular to the common axis of rotation (A) of the drive wheels , characterised in that
A recombinant influenza hemagglutinin (HA) polypeptide, comprising an amino acid sequence having no more than 3 amino acid substitutions relative to SEQ ID NO: 2.