mhurhangee/patent-ind-claim-en huggingface dataset:
A server for remotely controlling working of a communications terminal, implementing communication with a communications terminal through a network and comprising: a receiving module , configured to receive operation information generated by an input operation of a registered user on a network terminal, wherein the operation information comprises command information and additional information; the command information is screen locking command information, the additional information is a password information; an acquiring module , configured to acquire, according to information about the registered user, a prestored device identifier corresponding to the communications terminal; a management and control instruction generating module , configured to convert, according to a predetermined data exchange format, the received operation information and the acquired device identifier into a management and control instruction, wherein the management and control instruction is a screen locking instruction; and a push service module , configured to provide the management and control instruction for the communications terminal in a push service manner. a receiving module , configured to receive operation information generated by an input operation of a registered user on a network terminal, wherein the operation information comprises command information and additional information; the command information is screen locking command information, the additional information is a password information; an acquiring module , configured to acquire, according to information about the registered user, a prestored device identifier corresponding to the communications terminal; a management and control instruction generating module , configured to convert, according to a predetermined data exchange format, the received operation information and the acquired device identifier into a management and control instruction, wherein the management and control instruction is a screen locking instruction; and a push service module , configured to provide the management and control instruction for the communications terminal in a push service manner.
A household assistant (H), comprising a base part and a movable head, wherein the head is connected to the base part via a joint (1; 12; 18), the joint (1; 12; 18) comprising - a rotary body (2; 14) comprising two pivot bearings , each being rotatable around a common rotational axis (R); wherein the two pivot bearings are parallelly spaced along the rotational axis (R); wherein the two pivot bearings each comprise a ring-shaped plain or rolling-element bearing; and - a nodding body (3; 13) rotatably connected to the rotary body (2; 14) via a rotatable connection (4; 15) rotatable about a transverse axis (Q), the transverse axis (Q) being perpendicular to the rotational axis (R); wherein - the transverse axis (Q) is arranged in a middle between the two parallelly spaced pivot bearings with respect to the rotational axis (R). - a rotary body (2; 14) comprising two pivot bearings , each being rotatable around a common rotational axis (R); wherein the two pivot bearings are parallelly spaced along the rotational axis (R); wherein the two pivot bearings each comprise a ring-shaped plain or rolling-element bearing; and - a nodding body (3; 13) rotatably connected to the rotary body (2; 14) via a rotatable connection (4; 15) rotatable about a transverse axis (Q), the transverse axis (Q) being perpendicular to the rotational axis (R); wherein - the transverse axis (Q) is arranged in a middle between the two parallelly spaced pivot bearings with respect to the rotational axis (R).
A Protamine-RNA nanoparticle having a Protamine:RNA mass ratio in the range of from 16:1 to 1:2 comprising immunostimulating RNA, in which the immunostimulating RNA is associated with the Protamine, wherein the immunostimulating RNA comprises a cytotoxic nucleotide or cytotoxic nucleotide analog and/or the immunostimulating RNA is covalently attached to a cytotoxin.
A homo-multifunctional cross-linking reagent (CLR) wherein said CLR is a polyhydroxy polymer (PHP) comprising a PHP-backbone and a plurality of a reactive substituent which i) is attached to said PHP-backbone and ii) exhibits one or more reactive CLR-groups; wherein the PHP is polyvinyl alcohol and wherein the reactive CLR-group is a nucleophilic group selected from carbazate.
An anti-human CD137 antibody comprising HCDR1 having the amino acid sequence of SEQ ID NO: 2, HCDR2 having the amino acid sequence of SEQ ID NO: 3, HCDR3 having the amino acid sequence of SEQ ID NO: 4, LCDR1 having the amino acid sequence of SEQ ID NO: 5, LCDR2 having the amino acid sequence of SEQ ID NO:6, and LCDR3 having the amino acid sequence of: SEQ ID NO:7, wherein said human CD137 is defined by SEQ ID NO:1.
A base station comprising: a radio interface component configured to communicate with a plurality of User Equipment, UE, within a cell over an air interface; a database configured to store information for a plurality of slot formats that define allocation of radio resources on the air interface, wherein the slot formats are classified into slot format categories; a selection engine configured to identify the UEs in the cell, to process selection criteria to select a UE group from the UEs in the cell to share a physical downlink control channel assigned to the UE group, to process the selection criteria to select one of the slot formats for the UE group, and to identify a slot format indicator for the UE group that is mapped to one of the slot format categories for the one of the slot formats; a group ID generator configured to generate a group identifier, ID, for the UE group so that a combination of the group ID and the slot format indicator indicates a slot format value that is mapped to the one of the slot formats selected for the UE group, and to provide the group ID to the UEs in the UE group via the radio interface component; and a scheduler configured to transmit the slot format indicator on the physical downlink control channel to the UEs in the UE group via the radio interface component. a radio interface component configured to communicate with a plurality of User Equipment, UE, within a cell over an air interface; a database configured to store information for a plurality of slot formats that define allocation of radio resources on the air interface, wherein the slot formats are classified into slot format categories; a selection engine configured to identify the UEs in the cell, to process selection criteria to select a UE group from the UEs in the cell to share a physical downlink control channel assigned to the UE group, to process the selection criteria to select one of the slot formats for the UE group, and to identify a slot format indicator for the UE group that is mapped to one of the slot format categories for the one of the slot formats; a group ID generator configured to generate a group identifier, ID, for the UE group so that a combination of the group ID and the slot format indicator indicates a slot format value that is mapped to the one of the slot formats selected for the UE group, and to provide the group ID to the UEs in the UE group via the radio interface component; and a scheduler configured to transmit the slot format indicator on the physical downlink control channel to the UEs in the UE group via the radio interface component.
Roller coaster with at least one vehicle which comprises at least two passenger reception means in at least two seat rows , of which at least one of the passenger reception means is implemented with a planar foot support for a passenger received by the first passenger reception means , as well as with a rail circuit along which the vehicle is moveable in a travel direction (F), wherein each of the passenger reception means (20; 40) has a seating direction, wherein at least one second passenger reception means has exclusively a bar-shaped foot support for the passenger received by the second passenger reception means , wherein the vehicle comprises at least one seat row with two central first passenger reception means under which the planar foot support is arranged as a shared planar foot support , wherein, both to the right and left of these two first passenger reception means , at least second passenger reception means are arranged, wherein the seats of these second passenger reception means are arranged offset in height with respect to the first passenger reception means wherein the second passenger reception means with the bar-shaped foot supports are positioned higher, as compared to the level of the circuit rail, than the first passenger reception means , wherein the bar-shaped foot supports of the second passenger reception means are also arranged offset in height with respect to the planar foot support of the first passenger reception means , wherein the orthogonally measured distance (B) to the rail guide of the of the segment of the bar-shaped foot support on which the foot is to rest to the front edge of the seat of the second passenger reception means is at least nearly identical or identical to the distance between the seats or the front edges of the seats and the planar foot support of the first passenger reception means , wherein the second passenger reception means is arranged, as seen in the travel direction (F) of the vehicle , either behind or ahead of the first passenger reception means , and wherein the bar-shaped foot support does not extend beyond the front edge of the seat of the second passenger reception means .
A method for monitoring a magnetic field of a material volume for the determination of properties of a workpiece by exciting a material volume of the workpiece, comprising detection of the magnetic field of the material volume as a function of time and frequency with a high-frequency resolution, characterised by a mechanical and/or thermal excitation.
A random access method, characterized in , comprising: receiving , by a terminal configuration information before initiating a random access process, wherein the configuration information is configured to indicate to enable a back-off function of the random access process, wherein the back-off function indicates switching from a two-step random access to the first step Msg1 of a four-step random access; switching , by a terminal, from a two-step random access to a four-step random access by a back-off in response to a synchronization signal and PBCH block, SSB, based random access meeting a target condition; and receiving another configuration information, wherein the another configuration information is configured to configure a disable indication, wherein the disable indication is configured to indicate to disable the back-off function of the random access process. receiving , by a terminal configuration information before initiating a random access process, wherein the configuration information is configured to indicate to enable a back-off function of the random access process, wherein the back-off function indicates switching from a two-step random access to the first step Msg1 of a four-step random access; switching , by a terminal, from a two-step random access to a four-step random access by a back-off in response to a synchronization signal and PBCH block, SSB, based random access meeting a target condition; and receiving another configuration information, wherein the another configuration information is configured to configure a disable indication, wherein the disable indication is configured to indicate to disable the back-off function of the random access process.
Integral fastening for a thermal insulation layer in the interior of a rail vehicle, comprising at least one straight moulding which can be oriented in the direction of the interior of the rail vehicle and an insulation grip which can engage in a form-fitting manner with the moulding, wherein the insulation grip comprises a clamping part for the form-fitting engagement into the moulding and a retaining part for distributing the clamping force onto the insulation layer , wherein a spacer part is arranged between the clamping part and the retaining part , characterised in that the retaining part of the insulation grip has four arms, which emanate from the spacer part and are each equipped at their end with a plate, and at least one of the arms of the retaining part is equipped with a predetermined break point for separating this arm from the insulation grip .
A method , in a user equipment, UE , communicating with a serving node of a wireless communication network and configured to receive data from the serving node via a downlink carrier and to transmit data to the serving node via selective use of a first uplink carrier and an associated supplementary uplink, SUL, carrier, such that only one of the first uplink carrier and the associated SUL carrier is used by the UE at any given time, the method characterized by : detecting a radio link problem for a currently used one of the first uplink carrier and the associated SUL carrier; and responsive to said detecting, transmitting a random access preamble to the serving node on the currently unused one of the first uplink carrier and the associated SUL carrier, so as to initiate a switch from the currently used one of the first uplink carrier and the associated SUL carrier to the currently unused one of the first uplink carrier and the associated SUL carrier. detecting a radio link problem for a currently used one of the first uplink carrier and the associated SUL carrier; and responsive to said detecting, transmitting a random access preamble to the serving node on the currently unused one of the first uplink carrier and the associated SUL carrier, so as to initiate a switch from the currently used one of the first uplink carrier and the associated SUL carrier to the currently unused one of the first uplink carrier and the associated SUL carrier.
A method of culturing NK-92 cells comprising culturing the NK-92 cells in a culture medium comprising 0.025% to 0.9% of a non-ionic surfactant, wherein the NK-92 cell culture has reduced clumping as compared to control NK-92 cells that have been cultured in a control medium lacking the non-ionic surfactant.
A system, comprising: a first printed circuit board ; an electrical terminal that provides wire termination at an edge of the first printed circuit board , the electrical terminal comprising: a terminal body including a first and second corners arranged at a distal end of the terminal body; a cage clamp in the terminal body, the cage clamp defining a wire insert axis and a screw insert axis ; and a base supporting the terminal body on the first printed circuit board at a proximal end of the terminal body, the base being angled so that the first corner is aligned along a front plane (F) defined along the edge of the first printed circuit board and so that the screw insert axis and the wire insert axis are accessible from the edge of the first printed circuit board; characterized in that the screw insert axis extends between the first corner and the second corner. a first printed circuit board ; an electrical terminal that provides wire termination at an edge of the first printed circuit board , the electrical terminal comprising: a terminal body including a first and second corners arranged at a distal end of the terminal body; a cage clamp in the terminal body, the cage clamp defining a wire insert axis and a screw insert axis ; and a base supporting the terminal body on the first printed circuit board at a proximal end of the terminal body, the base being angled so that the first corner is aligned along a front plane (F) defined along the edge of the first printed circuit board and so that the screw insert axis and the wire insert axis are accessible from the edge of the first printed circuit board; characterized in that the screw insert axis extends between the first corner and the second corner. a terminal body including a first and second corners arranged at a distal end of the terminal body; a cage clamp in the terminal body, the cage clamp defining a wire insert axis and a screw insert axis ; and a base supporting the terminal body on the first printed circuit board at a proximal end of the terminal body, the base being angled so that the first corner is aligned along a front plane (F) defined along the edge of the first printed circuit board and so that the screw insert axis and the wire insert axis are accessible from the edge of the first printed circuit board; characterized in that the screw insert axis extends between the first corner and the second corner.
A communication method, comprising: sending, to a first terminal apparatus at a first time or before the first time, coordination information indicating a first resource, the first time is determined based on a first reference time and a first time offset, wherein the first resource is for determining a second resource for receiving sidelink information from the first terminal apparatus; and the first reference time comprises a second time, a third time, a fourth time, or a fifth time; the second time comprises a time at which trigger information is received from the first terminal apparatus, and the trigger information is for triggering determining of the first resource; the third time comprises a start time of a resource selection window; the fourth time comprises an end time of the resource selection window, and the resource selection window is for determining the second resource for receiving the sidelink information from the first terminal apparatus; and the fifth time comprises a start time of the first resource in time domain. sending, to a first terminal apparatus at a first time or before the first time, coordination information indicating a first resource, the first time is determined based on a first reference time and a first time offset, wherein the first resource is for determining a second resource for receiving sidelink information from the first terminal apparatus; and the first reference time comprises a second time, a third time, a fourth time, or a fifth time; the second time comprises a time at which trigger information is received from the first terminal apparatus, and the trigger information is for triggering determining of the first resource; the third time comprises a start time of a resource selection window; the fourth time comprises an end time of the resource selection window, and the resource selection window is for determining the second resource for receiving the sidelink information from the first terminal apparatus; and the fifth time comprises a start time of the first resource in time domain.
A computer implemented method of determining a resultant treatment plan for a proton radiation therapy system based on given dose volume constraints, wherein said resultant treatment plan is optimized for treatment time, said method comprising: accessing said dose volume constraints and range information, wherein said range information indicates acceptable deviations from said dose volume constraints; based on said proton radiation therapy system, accessing machine configuration information comprising a plurality of machine parameters that define a maximum resolution achievable by said proton radiation therapy system in irradiating a patient; iteratively adjusting said plurality of machine parameters to generate a plurality of candidate treatment plans, wherein said iteratively adjusting comprises adjusting said plurality of machine parameters to values which decrease said maximum resolution; simulating said plurality of candidate treatment plans with respect to said proton radiation therapy system to generate a plurality of treatment plan results , wherein each treatment plan result comprises: a respective treatment time and a respective plan quality; and selecting said resultant treatment plan from said plurality of candidate treatment plans, wherein said resultant treatment plan yields a treatment plan result comprising: a shortest treatment time of said plurality of treatment plan results and an acceptable plan quality with respect to said dose volume constraints. accessing said dose volume constraints and range information, wherein said range information indicates acceptable deviations from said dose volume constraints; based on said proton radiation therapy system, accessing machine configuration information comprising a plurality of machine parameters that define a maximum resolution achievable by said proton radiation therapy system in irradiating a patient; iteratively adjusting said plurality of machine parameters to generate a plurality of candidate treatment plans, wherein said iteratively adjusting comprises adjusting said plurality of machine parameters to values which decrease said maximum resolution; simulating said plurality of candidate treatment plans with respect to said proton radiation therapy system to generate a plurality of treatment plan results , wherein each treatment plan result comprises: a respective treatment time and a respective plan quality; and selecting said resultant treatment plan from said plurality of candidate treatment plans, wherein said resultant treatment plan yields a treatment plan result comprising: a shortest treatment time of said plurality of treatment plan results and an acceptable plan quality with respect to said dose volume constraints.
A method of shutting down or defrosting within a refrigeration system , comprising: initiating a shutdown process or a defrost process of the refrigeration system; closing a first valve within a refrigerant circuit of the refrigeration system, wherein the first valve is located within the refrigerant circuit between a condenser and an evaporator , and wherein closing the first valve stops flow of refrigerant from the condenser to the evaporator; operating a compressor within the refrigerant circuit; detecting a suction pressure within the refrigerant circuit; closing a second valve within the refrigerant circuit of the refrigeration system when the suction pressure is below a threshold suction pressure, wherein the second valve is located within the refrigerant circuit between the compressor and the condenser , and wherein closing the second valve stops flow of refrigerant from the compressor to the condenser; and stopping operation of the compressor. initiating a shutdown process or a defrost process of the refrigeration system; closing a first valve within a refrigerant circuit of the refrigeration system, wherein the first valve is located within the refrigerant circuit between a condenser and an evaporator , and wherein closing the first valve stops flow of refrigerant from the condenser to the evaporator; operating a compressor within the refrigerant circuit; detecting a suction pressure within the refrigerant circuit; closing a second valve within the refrigerant circuit of the refrigeration system when the suction pressure is below a threshold suction pressure, wherein the second valve is located within the refrigerant circuit between the compressor and the condenser , and wherein closing the second valve stops flow of refrigerant from the compressor to the condenser; and stopping operation of the compressor.