mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing a handover of a user equipment, UE , from one or a plurality of source beams of a source access node, AN to one or a plurality of target beams of a target access node, AN , wherein the target AN performs the following steps: • receiving (S02) from the source AN a positioning information indicative of a first position estimate of an actual position of the UE , • determining or initiating determining (S03) a resulting position estimate, wherein the resulting position estimate is derived from the first position estimate, wherein the resulting position estimate is a function of the first position estimate and a delta position associated to the first position estimate, • activating (S04) the one or the plurality of target beams based on the resulting position estimate; wherein the delta position is determined as a function of one or a plurality of preceding position estimates, wherein the function comprises at least one of: calculating a weighted average of a plurality of preceding delta positions, wherein the weights are determined as a function of the age of the preceding position estimates, and calculating a weighted average of a plurality of preceding position estimates, wherein the weights are determined as a function of a distance of the preceding position estimates with respect to a certain position, with respect to the first position estimate. • receiving (S02) from the source AN a positioning information indicative of a first position estimate of an actual position of the UE , • determining or initiating determining (S03) a resulting position estimate, wherein the resulting position estimate is derived from the first position estimate, wherein the resulting position estimate is a function of the first position estimate and a delta position associated to the first position estimate, • activating (S04) the one or the plurality of target beams based on the resulting position estimate; calculating a weighted average of a plurality of preceding delta positions, wherein the weights are determined as a function of the age of the preceding position estimates, and calculating a weighted average of a plurality of preceding position estimates, wherein the weights are determined as a function of a distance of the preceding position estimates with respect to a certain position, with respect to the first position estimate.
A method for a multicast service, the method comprising: receiving, by a user equipment, UE , of a group of UEs , a downlink control information, DCI, message comprising a resource allocation field from a base station, BS , wherein the DCI message is a multicast DCI message sent to the group of UEs , the resource allocation field indicates a starting resource block, RB, index and a length of a set of contiguous RBs located within a common sequence of contiguous RBs belonging to bandwidth parts, BWPs , scheduled to respective UEs of the group of UEs ; identify, by the UE , the set of contiguous RBs located within the common sequence of contiguous RBs as a set of contiguous RBs allocated for a multicast physical downlink shared channel, PDSCH, or a multicast physical uplink shared channel, PUSCH, based on the resource allocation field ; and transmitting or receiving, by the UE , data over at least one RB of the set of contiguous RBs allocated for the multicast PDSCH or the multicast PUSCH. receiving, by a user equipment, UE , of a group of UEs , a downlink control information, DCI, message comprising a resource allocation field from a base station, BS , wherein the DCI message is a multicast DCI message sent to the group of UEs , the resource allocation field indicates a starting resource block, RB, index and a length of a set of contiguous RBs located within a common sequence of contiguous RBs belonging to bandwidth parts, BWPs , scheduled to respective UEs of the group of UEs ; identify, by the UE , the set of contiguous RBs located within the common sequence of contiguous RBs as a set of contiguous RBs allocated for a multicast physical downlink shared channel, PDSCH, or a multicast physical uplink shared channel, PUSCH, based on the resource allocation field ; and transmitting or receiving, by the UE , data over at least one RB of the set of contiguous RBs allocated for the multicast PDSCH or the multicast PUSCH.
An antibody that binds specifically to both PD1 and VEGFR2 or an antigen-binding portion of the antibody, wherein the antibody or antigen-binding portion comprises a heavy chain variable (VH) region and a light chain variable (VL) region, wherein (a) the VH region amino acid sequence comprises HCDR1 of GFTFSSYMMS (SEQ ID NO:1), HCDR2 of TISGGGSNKYYVDSVKG (SEQ ID NO: 42) and HCDR3 of QLYYFDY (SEQ ID NO:3); and the VL region amino acid sequence comprises LCDR1 of RASQESGIWLS (SEQ ID NO: 39), LCDR2 of TATSLAD (SEQ ID NO: 5) and LCDR3 of QQVSVTPFT (SEQ ID NO:11); (b) the VH region amino acid sequence comprises HCDR1 of GFTFSSYMMS (SEQ ID NO:1), HCDR2 of TISGGGSNKYYVDSVKG (SEQ ID NO: 42) and HCDR3 of QLYYFDY (SEQ ID NO:3); and the VL region amino acid sequence comprises LCDR1 of RASQESGIWLS (SEQ ID NO: 39), LCDR2 of AASSLQS (SEQ ID NO: 43) and LCDR3 of QQVSVTPFT (SEQ ID NO:11); (c) the VH region amino acid sequence comprises HCDR1 of GFTFSSYMMS (SEQ ID NO:1), HCDR2 of TISGGGSNKYYVDSVKG (SEQ ID NO: 42) and HCDR3 of QLYYFDY (SEQ ID NO:3); and the VL region amino acid sequence comprises LCDR1 of RASQESGIWLS (SEQ ID NO: 39), LCDR2 of TASSLAD (SEQ ID NO: 40) and LCDR3 of QQVSVTPFT (SEQ ID NO:11); or (d) the VH region amino acid sequence comprises HCDR1 of GFTFSSYMMS (SEQ ID NO:1), HCDR2 of TISGGGSNKYYVDSVKG (SEQ ID NO: 42) and HCDR3 of QLYYFDY (SEQ ID NO:3); and the VL region amino acid sequence comprises LCDR1 of RASQESGIWLS (SEQ ID NO: 39), LCDR2 of AASSLAD (SEQ ID NO: 41) and LCDR3 of QQVSVTPFT (SEQ ID NO:11). (a) the VH region amino acid sequence comprises HCDR1 of GFTFSSYMMS (SEQ ID NO:1), HCDR2 of TISGGGSNKYYVDSVKG (SEQ ID NO: 42) and HCDR3 of QLYYFDY (SEQ ID NO:3); and the VL region amino acid sequence comprises LCDR1 of RASQESGIWLS (SEQ ID NO: 39), LCDR2 of TATSLAD (SEQ ID NO: 5) and LCDR3 of QQVSVTPFT (SEQ ID NO:11); (b) the VH region amino acid sequence comprises HCDR1 of GFTFSSYMMS (SEQ ID NO:1), HCDR2 of TISGGGSNKYYVDSVKG (SEQ ID NO: 42) and HCDR3 of QLYYFDY (SEQ ID NO:3); and the VL region amino acid sequence comprises LCDR1 of RASQESGIWLS (SEQ ID NO: 39), LCDR2 of AASSLQS (SEQ ID NO: 43) and LCDR3 of QQVSVTPFT (SEQ ID NO:11); (c) the VH region amino acid sequence comprises HCDR1 of GFTFSSYMMS (SEQ ID NO:1), HCDR2 of TISGGGSNKYYVDSVKG (SEQ ID NO: 42) and HCDR3 of QLYYFDY (SEQ ID NO:3); and the VL region amino acid sequence comprises LCDR1 of RASQESGIWLS (SEQ ID NO: 39), LCDR2 of TASSLAD (SEQ ID NO: 40) and LCDR3 of QQVSVTPFT (SEQ ID NO:11); or (d) the VH region amino acid sequence comprises HCDR1 of GFTFSSYMMS (SEQ ID NO:1), HCDR2 of TISGGGSNKYYVDSVKG (SEQ ID NO: 42) and HCDR3 of QLYYFDY (SEQ ID NO:3); and the VL region amino acid sequence comprises LCDR1 of RASQESGIWLS (SEQ ID NO: 39), LCDR2 of AASSLAD (SEQ ID NO: 41) and LCDR3 of QQVSVTPFT (SEQ ID NO:11).
A method for inter-device data migration in a network comprising a first device, a second device, and a third device, said second and third devices being adjacent to the first device, wherein the method comprising: a. detecting whether a user is located within a data collection range of the first device; b. determining a current position of the user if the user is not located within the data collection range of the first device, and sending detection information to at least one adjacent device, the detection information being used to indicate to the at least one adjacent device to detect whether the user is located in a data collection range of the at least one adjacent device; c. identifying a target device within the network with a data collection range that includes the user's current position, wherein the target device is one of the second device and the third device; d. when determining that the target device supports the application, sending to-be-migrated data from the first device to the target device; e. migrating the application and service running on the first device to the target device to continue operation. a. detecting whether a user is located within a data collection range of the first device; b. determining a current position of the user if the user is not located within the data collection range of the first device, and sending detection information to at least one adjacent device, the detection information being used to indicate to the at least one adjacent device to detect whether the user is located in a data collection range of the at least one adjacent device; c. identifying a target device within the network with a data collection range that includes the user's current position, wherein the target device is one of the second device and the third device; d. when determining that the target device supports the application, sending to-be-migrated data from the first device to the target device; e. migrating the application and service running on the first device to the target device to continue operation.
Grill for grilling, cooking or baking food on a grill grate or the like, in particular for outdoor use, comprising a firing chamber in which a firing arrangement is provided, wherein the firing chamber is provided with a hinged bonnet which covers the grill grate in the closed state, wherein the grill is provided with an insertable partition plate dividing a grill grate , wherein the main surface of the partition plate extends above and below the grill grate as far as the firing arrangement , characterized in that the partition plate has a web extending perpendicularly and on both sides to its main surface , and in that the grill is further provided with a guiding plate which extends between the front side and rear wall of the firing chamber and is designed to rest on inner edges of the firing chamber .
An acoustic borehole imaging method, comprising: positioning an acoustic imaging tool along a borehole; transmitting an ultrasonic pulse toward a borehole wall using a pitch-catch technique, wherein the ultrasonic pulse interacts with the borehole wall to produce a refracted ultrasonic wave; receiving the refracted ultrasonic wave using multiple receivers ; calculating an amplitude of the refracted ultrasonic wave; and generating an image of the borehole using the amplitude of the refracted ultrasonic wave, wherein the image is generated by calculating an amplitude decay of the refracted ultrasonic wave, the amplitude decay being caused by an interaction between the ultrasonic pulse and a material discontinuity in the borehole wall that results in the refracted ultrasonic wave. positioning an acoustic imaging tool along a borehole; transmitting an ultrasonic pulse toward a borehole wall using a pitch-catch technique, wherein the ultrasonic pulse interacts with the borehole wall to produce a refracted ultrasonic wave; receiving the refracted ultrasonic wave using multiple receivers ; calculating an amplitude of the refracted ultrasonic wave; and generating an image of the borehole using the amplitude of the refracted ultrasonic wave,
A thermal sleeve for protecting an electronic member connected to a wiring harness , comprising: a tubular member including a circumferentially continuous wall with an insulative inner layer bounding an inner cavity extending along a central longitudinal axis between open opposite ends and a reflective outer layer ; a positioning member constructed of resilient reflective metal material, said positioning member having a tubular portion and a plurality of resilient fingers extending radially inwardly from said tubular portion for abutment, in use, with a wiring harness , said tubular portion being fixedly attached to one of said opposite ends of said wall of said tubular member ; and wherein said resilient fingers extend in oblique relation from said wall of said tubular member with lengthwise extending edges of the fingers overlapping or forming a butt joint with one another. a tubular member including a circumferentially continuous wall with an insulative inner layer bounding an inner cavity extending along a central longitudinal axis between open opposite ends and a reflective outer layer ; a positioning member constructed of resilient reflective metal material, said positioning member having a tubular portion and a plurality of resilient fingers extending radially inwardly from said tubular portion for abutment, in use, with a wiring harness , said tubular portion being fixedly attached to one of said opposite ends of said wall of said tubular member ; and wherein said resilient fingers extend in oblique relation from said wall of said tubular member with lengthwise extending edges of the fingers overlapping or forming a butt joint with one another.
A crop management system for processing crop material positioned on a field , the crop management system comprising: a field sensor configured to detect one or more parameters of the crop material at multiple locations in the field and to output a signal representative of the detected parameters at each location; and a data processor in operable communication with the field sensor and configured to receive the signal, and wherein the data processor is also configured to compile the data representative of the one or more parameters of the crop material at the multiple locations with corresponding position data to determine the timing and location of a processing process comprising tedding crop material, characterized in that the data processor is configured to determine the portions of the field requiring tedding and the portions of the field that do not require tedding. a field sensor configured to detect one or more parameters of the crop material at multiple locations in the field and to output a signal representative of the detected parameters at each location; and a data processor in operable communication with the field sensor and configured to receive the signal, and wherein the data processor is also configured to compile the data representative of the one or more parameters of the crop material at the multiple locations with corresponding position data to determine the timing and location of a processing process comprising tedding crop material, characterized in that the data processor is configured to determine the portions of the field requiring tedding and the portions of the field that do not require tedding.
A process variable transmitter system for sensing a first pressure at a first location and second pressure at a second location, comprising: a first process variable transmitter having: a first pressure sensor configured to sense the first pressure; and a first analog output stage coupled to the first sensor configured to provide a first analog output signal related to the first pressure; a second process variable transmitter having: a second pressure sensor configured to sense the second pressure, the second pressure sensor spaced apart from the first pressure sensor ; a second analog output stage configured to provide a second analog output related to the second pressure; an analog processing stage configured to provide a processed output; and a two-wire output circuitry configured to provide an analog current output on a two-wire process control loop based upon the processed output. a first pressure sensor configured to sense the first pressure; and a first analog output stage coupled to the first sensor configured to provide a first analog output signal related to the first pressure; a second process variable transmitter having: a second pressure sensor configured to sense the second pressure, the second pressure sensor spaced apart from the first pressure sensor ; a second analog output stage configured to provide a second analog output related to the second pressure; an analog processing stage configured to provide a processed output; and a two-wire output circuitry configured to provide an analog current output on a two-wire process control loop based upon the processed output. a second pressure sensor configured to sense the second pressure, the second pressure sensor spaced apart from the first pressure sensor ; a second analog output stage configured to provide a second analog output related to the second pressure; an analog processing stage configured to provide a processed output; and a two-wire output circuitry configured to provide an analog current output on a two-wire process control loop based upon the processed output.
A process for manufacturing coated fiber cement products, wherein said fiber cement product is a fiber cement slate, wherein said process comprises the steps of: (i) providing a cured fiber cement product having at least one surface; (ii) applying a conventional, non-radiation curable primer composition comprising at least a binder and a pigment, to the at least one surface of the cured fiber cement product, wherein said conventional, non-radiation curable primer composition is a water-based acrylic primer composition; (iii) applying at least one layer of a radiation curable composition as a wet coating in a range from 10 to 200 g/m2 to the at least one surface, which radiation curable composition comprises at least one pigment; and (iv) curing the layer of radiation curable composition by radiation. (i) providing a cured fiber cement product having at least one surface; (ii) applying a conventional, non-radiation curable primer composition comprising at least a binder and a pigment, to the at least one surface of the cured fiber cement product, wherein said conventional, non-radiation curable primer composition is a water-based acrylic primer composition; (iii) applying at least one layer of a radiation curable composition as a wet coating in a range from 10 to 200 g/m2 to the at least one surface, which radiation curable composition comprises at least one pigment; and (iv) curing the layer of radiation curable composition by radiation.
A method of aggregating downlink, DL, carriers across different frequency bands, the method comprising: aggregating a DL carrier of a first cell associated with a first frequency band with an uplink, UL, carrier of a second cell associated with a second frequency band, wherein the first cell includes an aggregated downlink carrier and an unused uplink carrier; providing cross-linking information associated with the DL carrier of the first frequency band aggregated with the UL carrier of the second frequency band to a plurality of user equipments; and communicating data with each of the plurality of user equipments using the aggregated DL carrier of the first frequency band and the UL carrier of the second frequency band; wherein the cross-linking information includes a frequency band indicator, frequency band information, an evolved universal terrestrial radio access absolute radio frequency channel number, EARFCN, and barred cell information, wherein the EARFCN has a value of an EARFCN channel number not being currently used by any frequency band and which is associated with the DL carrier and informs the user equipments that the UL frequency is not to be calculated. aggregating a DL carrier of a first cell associated with a first frequency band with an uplink, UL, carrier of a second cell associated with a second frequency band, wherein the first cell includes an aggregated downlink carrier and an unused uplink carrier; providing cross-linking information associated with the DL carrier of the first frequency band aggregated with the UL carrier of the second frequency band to a plurality of user equipments; and communicating data with each of the plurality of user equipments using the aggregated DL carrier of the first frequency band and the UL carrier of the second frequency band; wherein the cross-linking information includes a frequency band indicator, frequency band information, an evolved universal terrestrial radio access absolute radio frequency channel number, EARFCN, and barred cell information, wherein the EARFCN has a value of an EARFCN channel number not being currently used by any frequency band and which is associated with the DL carrier and informs the user equipments that the UL frequency is not to be calculated.
Suspension element of a vehicle, comprising a coil spring , and a bearing part provided with a main stop , the spring being mounted on the bearing part in such a manner that a first end of said spring comes to bear against the main stop , characterized in that the bearing part comprises a secondary stop placed in front of the main stop , against which secondary stop the first end of the spring bears during a method for assembling said suspension element , said secondary stop being capable of moving away under the effect of pressure exerted by the spring on said secondary stop during a stage of compressing the spring after said spring has pivoted about its rotational axis during a stage involving straightening said spring, so that a second end of the spring is made to interact with a centering element , in order to come to bear against the main stop .
Control panel for controlling a video/audio processing apparatus, wherein the panel comprises a plurality of hard key control elements which are arranged in different groups, wherein a first group (1-A,B) of control elements is assigned to select a predefined story for being broadcasted; wherein a second group (2-A,B) of control elements is assigned to select signals and scenes for a currently broadcasted story, the scenes being composed of several input signals including camera signals; wherein a third group (3-A,B) of control elements is assigned to select signals and scenes for a next story which is selectable for being broadcasted by operating a control element (211 VII ) of the first group (1-A,B) ; characterized in that when the next story is put on-air by the activation of a control element of the first group (1-A,B) the current settings of the third group (3-A,B) replace the settings of the second group (2-A,B).
Locking device for fastening an electrical energy store to a frame of a two-wheeled vehicle, characterized by : - a lever arrangement with a base plate , a lever and a slot guide between the base plate and the lever , - wherein the slot guide has a first bearing axis and a second bearing axis as well as a first cam track and a second cam track , - wherein the lever is configured, by means of the slot guide , to pivot about the base plate in such a manner that the lever executes a first pivoting action exclusively about the first bearing axis and subsequently executes a second pivoting action exclusively about the second bearing axis . - a lever arrangement with a base plate , a lever and a slot guide between the base plate and the lever , - wherein the slot guide has a first bearing axis and a second bearing axis as well as a first cam track and a second cam track , - wherein the lever is configured, by means of the slot guide , to pivot about the base plate in such a manner that the lever executes a first pivoting action exclusively about the first bearing axis and subsequently executes a second pivoting action exclusively about the second bearing axis .