mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication at a narrowband communications device, comprising: identifying positioning reference signal, PRS, resources within a standalone narrowband transmission bandwidth that is outside of a wideband system bandwidth or in a guard band bandwidth that is adjacent to the wideband system bandwidth; and receiving , on the PRS resources within the standalone narrowband transmission bandwidth or the guard band bandwidth, one or more PRS transmissions in at least one downlink subframe among a plurality of downlink subframes, wherein the PRS resources within the narrowband transmission bandwidth comprise resources within a single resource block, RB, of the narrowband transmission bandwidth, wherein the PRS resources within the single RB comprising PRS resources within each of a first through third symbol of the single RB, and wherein the one or more PRS transmissions are received in the single RB from a base station; and oversampling the one or more PRS transmissions. identifying positioning reference signal, PRS, resources within a standalone narrowband transmission bandwidth that is outside of a wideband system bandwidth or in a guard band bandwidth that is adjacent to the wideband system bandwidth; and receiving , on the PRS resources within the standalone narrowband transmission bandwidth or the guard band bandwidth, one or more PRS transmissions in at least one downlink subframe among a plurality of downlink subframes, wherein the PRS resources within the narrowband transmission bandwidth comprise resources within a single resource block, RB, of the narrowband transmission bandwidth, wherein the PRS resources within the single RB comprising PRS resources within each of a first through third symbol of the single RB, and wherein the one or more PRS transmissions are received in the single RB from a base station; and oversampling the one or more PRS transmissions.
A recognition molecule, which is an antibody, which binds with a first binding domain to a Fcε receptor (FcεR) and with a second binding domain to a Fc gamma receptor IIB (FcγRIIB), wherein the first binding domain comprises at least a portion of an IgE constant region, wherein the second domain comprises at least a portion of a Fab domain, which comprises in its second binding domain the following CDR sequences in its heavy and light chain variable region: (a) SEQ ID NO. 14 (CDR-H1), SEQ ID NO. 15 (CDR-H2), and SEQ ID NO. 16 (CDR-H3) in its heavy chain variable region, and SEQ ID NO. 17 (CDR-L1), SEQ ID NO. 18 (CDR-L2), and SEQ ID NO. 19 (CDR-L3) in its light chain variable region; or (b) SEQ ID NO. 20 (CDR-H1), SEQ ID NO. 21 (CDR-H2), and SEQ ID NO. 22 (CDR-H3) in its heavy chain variable region, and SEQ ID NO. 23 (CDR-L1), SEQ ID NO. 24 (CDR-L2), and SEQ ID NO. 25 (CDR-L3) in its light chain variable region. (a) SEQ ID NO. 14 (CDR-H1), SEQ ID NO. 15 (CDR-H2), and SEQ ID NO. 16 (CDR-H3) in its heavy chain variable region, and SEQ ID NO. 17 (CDR-L1), SEQ ID NO. 18 (CDR-L2), and SEQ ID NO. 19 (CDR-L3) in its light chain variable region; or (b) SEQ ID NO. 20 (CDR-H1), SEQ ID NO. 21 (CDR-H2), and SEQ ID NO. 22 (CDR-H3) in its heavy chain variable region, and SEQ ID NO. 23 (CDR-L1), SEQ ID NO. 24 (CDR-L2), and SEQ ID NO. 25 (CDR-L3) in its light chain variable region.
An integrated drive generator having a variable input speed and a constant output frequency, the integrated drive generator comprising: a generator disposed about a first centerline; a hydraulic trimming device disposed about a second centerline; and an epicyclic differential having a ring gear and a sun gear , wherein the ring gear drives the generator at a constant output speed, wherein the epicyclic differential is disposed about a third centerline, wherein the third centerline corresponds to the second centerline, and wherein the epicyclic differential further comprises at least three planet gears , and a carrier shaft, and wherein the hydraulic trimming device is operably connected to the epicyclic differential , and wherein a variable displacement portion of the hydraulic trimming device is operably coupled to the carrier shaft and a fixed displacement portion of the hydraulic trimming device is operably coupled to the sun gear . a generator disposed about a first centerline; a hydraulic trimming device disposed about a second centerline; and an epicyclic differential having a ring gear and a sun gear , wherein the ring gear drives the generator at a constant output speed, wherein the epicyclic differential is disposed about a third centerline, wherein the third centerline corresponds to the second centerline, and wherein the epicyclic differential further comprises at least three planet gears , and a carrier shaft, and wherein the hydraulic trimming device is operably connected to the epicyclic differential , and wherein a variable displacement portion of the hydraulic trimming device is operably coupled to the carrier shaft and a fixed displacement portion of the hydraulic trimming device is operably coupled to the sun gear .
A conveyor belt comprising: - a cover layer defining a load carrying surface; - a pulley engaging layer disposed parallel to the cover layer ; and, - a carcass comprising one or more reinforcement layers, the carcass disposed between the cover layer and the pulley engaging layer ; characterized in that , the cover layer is formed by curing an admixture comprising a cross-linkable oxidized high density polyethylene or a cross-linkable maleated high density polyethylene and a polyethylene polyolefin, and wherein the cured admixture is effectively maintained within the cover layer during use of the conveyor belt, and, wherein the load carrying surface has a wet clay cleanability value of greater than 3. - a cover layer defining a load carrying surface; - a pulley engaging layer disposed parallel to the cover layer ; and, - a carcass comprising one or more reinforcement layers, the carcass disposed between the cover layer and the pulley engaging layer ; characterized in that , the cover layer is formed by curing an admixture comprising a cross-linkable oxidized high density polyethylene or a cross-linkable maleated high density polyethylene and a polyethylene polyolefin, and wherein the cured admixture is effectively maintained within the cover layer during use of the conveyor belt, and, wherein the load carrying surface has a wet clay cleanability value of greater than 3.
A touch sensing system comprising: a pen (PEN) including a resonant circuit embedded therein; XY electrodes (X/Y) including X electrodes and Y electrodes perpendicular to the X electrodes; an antenna (ANT) that surrounds the XY electrodes (X/Y); the touch sensing system characterized by a first touch driving circuit configured to: transmit a resonant inductive signal to the pen (PEN) through electric capacitance coupling between the XY electrodes and the pen (PEN), such that a resonance signal is generated in the resonant circuit of the pen in response to the resonant inductive signal, and receive the resonance signal through the antenna (ANT) in an electromagnetic field. a pen (PEN) including a resonant circuit embedded therein; XY electrodes (X/Y) including X electrodes and Y electrodes perpendicular to the X electrodes; an antenna (ANT) that surrounds the XY electrodes (X/Y); the touch sensing system characterized by a first touch driving circuit configured to: transmit a resonant inductive signal to the pen (PEN) through electric capacitance coupling between the XY electrodes and the pen (PEN), such that a resonance signal is generated in the resonant circuit of the pen in response to the resonant inductive signal, and receive the resonance signal through the antenna (ANT) in an electromagnetic field. transmit a resonant inductive signal to the pen (PEN) through electric capacitance coupling between the XY electrodes and the pen (PEN), such that a resonance signal is generated in the resonant circuit of the pen in response to the resonant inductive signal, and receive the resonance signal through the antenna (ANT) in an electromagnetic field.
An L- nucleic acid molecule binding to SDF-1 for use in therapy, wherein therapy comprises influencing migration of cells, whereby migration of cells comprises mobilization of cells into the peripheral blood of a subject, whereby the cells are selected from the group consisting of stem cells, cancer cells, long-lived plasma cells, B cells and T cells, whereby the nucleic acid molecule is selected from the group consisting of type A nucleic acid molecules, type B nucleic acid molecules, type C nucleic acid molecules and nucleic acid molecules having a nucleic acid sequence according to any of SEQ.ID.No. 142, SEQ.ID.No. 143 and SEQ.ID.No. 144, whereby the type A nucleic acid molecules comprise the following core nucleotide sequence: 5' AAAGYRACAHGUMAAX A UGAAAGGUARC 3' (SEQ.ID.No. 19) whereby X A is either absent or is A, whereby the type B nucleic acid molecules comprise the following core nucleotide sequence: 5' GUGUGAUCUAGAUGUADWGGCUGWUCCUAGUYAGG 3' (SEQ.ID.No. 57), and whereby the type C nucleic acid molecules comprise a core nucleotide sequence of GGUYAGGGCUHRX A AGUCGG (SEQ.ID.No. 90), whereby X A is either absent or is A.
A bend restrictor segment for defining a minimum radius of curvature of a portion of an elongate member, comprising: a first body portion ; a further body portion ; wherein the first and further body portions are connectable to form an annular body, wherein each of the first body portion and further body portion further comprises a neck portion extending therefrom, wherein each of the first and further body portions are configured to be located over a neck portion of a further bend restrictor segment to connect the bend restrictor segments together in series, wherein the first body portion further comprises a fixing assembly on an outer circumferential edge of the first body portion , for connecting the first and further body portions together, the fixing assembly being integrally connected with the first body portion , characterised in that the fixing assembly comprises a bolt rotatably connected at a first end region to the outer circumferential edge of the first body portion , and wherein the first end region of the bolt extends through a through-hole in a first bar , wherein the first bar is rotatable within a cavity formed in the outer circumferential edge . a first body portion ; a further body portion ; wherein the first and further body portions are connectable to form an annular body, wherein each of the first body portion and further body portion further comprises a neck portion extending therefrom, wherein each of the first and further body portions are configured to be located over a neck portion of a further bend restrictor segment to connect the bend restrictor segments together in series, wherein the first body portion further comprises a fixing assembly on an outer circumferential edge of the first body portion , for connecting the first and further body portions together, the fixing assembly being integrally connected with the first body portion , characterised in that the fixing assembly comprises a bolt rotatably connected at a first end region to the outer circumferential edge of the first body portion , and wherein the first end region of the bolt extends through a through-hole in a first bar , wherein the first bar is rotatable within a cavity formed in the outer circumferential edge .
Greenhouse system with at least one first greenhouse arrangement and a second greenhouse arrangement , wherein the first greenhouse arrangement has a first chamber in which a plurality of receiving positions for plant containers are arranged one above the other and which has a first loading side , and the second greenhouse arrangement has a second chamber in which a plurality of receiving positions for plant containers are arranged one above the other and which has a second loading side, wherein the first loading side and the second loading side are arranged in a common first plane and a first rack serving device is arranged in front of the loading sides , characterized in that the first chamber has a first removal side which is arranged opposite the first loading side , and the second chamber has a second removal side which is arranged opposite the second loading side, wherein the first removal side and the second removal side are arranged in a common second plane and a second rack-serving device is arranged in front of the removal sides.
A tool for fracturing at least one tubular ; the tool comprising: a plurality of parallel columns of explosives , each column of explosives having a circular cross-section; and a detonation system configured to detonate the columns of explosives ; whereby, upon detonation, each column of explosives emits a shock wave which propagates radially outwards from the column along the entire length of the column, and at least a portion (A) of the shockwave propagating in a direction outwardly from the tool from one column of explosives combines with at least a portion (B) of the shockwave propagating in a direction outwardly from the tool from another column of explosives to create a combined shockwave (C) of greater intensity than either of the shockwaves (A, B) which formed the combined shockwave (C). a plurality of parallel columns of explosives , each column of explosives having a circular cross-section; and a detonation system configured to detonate the columns of explosives ; whereby, upon detonation, each column of explosives emits a shock wave which propagates radially outwards from the column along the entire length of the column, and at least a portion (A) of the shockwave propagating in a direction outwardly from the tool from one column of explosives combines with at least a portion (B) of the shockwave propagating in a direction outwardly from the tool from another column of explosives to create a combined shockwave (C) of greater intensity than either of the shockwaves (A, B) which formed the combined shockwave (C).
A method for multiple input multiple output, MIMO, communications, comprising: receiving , by a terminal device, scheduling information from a network device, the scheduling information at least indicating physical resource blocks shared by a demodulation reference signal, DMRS, of the terminal device and a further DMRS of at least one further terminal device, and different sub-carriers allocated to the DMRS and the further DMRS in each of the physical resource blocks, the number of the physical resource blocks being indivisible by a total number of the terminal device and the at least one further terminal device; generating , by the terminal, the DMRS, a length of the DMRS being determined based on the number of the physical resource blocks and the number of the at least one further terminal device; and transmitting , by the terminal, the generated DMRS to the network device on the sub-carriers allocated to the DMRS in the physical resource blocks. receiving , by a terminal device, scheduling information from a network device, the scheduling information at least indicating physical resource blocks shared by a demodulation reference signal, DMRS, of the terminal device and a further DMRS of at least one further terminal device, and different sub-carriers allocated to the DMRS and the further DMRS in each of the physical resource blocks, the number of the physical resource blocks being indivisible by a total number of the terminal device and the at least one further terminal device; generating , by the terminal, the DMRS, a length of the DMRS being determined based on the number of the physical resource blocks and the number of the at least one further terminal device; and transmitting , by the terminal, the generated DMRS to the network device on the sub-carriers allocated to the DMRS in the physical resource blocks.
A radar system comprising: an array antenna having a plurality of subarrays; a beamformer to generate first, second, third, and fourth overlapping offset receive beams that are arranged as two triads for the array antenna, wherein each triad comprises a concurrent generation of three of the first, second, third, and fourth overlapping offset receive beams, the beamformer comprising: first, second, and third beam output ports , wherein the first overlapping receive beam is coupled to the first beam output port and the third overlapping receive beam is coupled to the second beam output port; and a switch to allow the second and fourth overlapping receive beams to time share the third beam output port. an array antenna having a plurality of subarrays; a beamformer to generate first, second, third, and fourth overlapping offset receive beams that are arranged as two triads for the array antenna, wherein each triad comprises a concurrent generation of three of the first, second, third, and fourth overlapping offset receive beams, the beamformer comprising: first, second, and third beam output ports , wherein the first overlapping receive beam is coupled to the first beam output port and the third overlapping receive beam is coupled to the second beam output port; and a switch to allow the second and fourth overlapping receive beams to time share the third beam output port. first, second, and third beam output ports , wherein the first overlapping receive beam is coupled to the first beam output port and the third overlapping receive beam is coupled to the second beam output port; and a switch to allow the second and fourth overlapping receive beams to time share the third beam output port.
A wearable insect repellent formulation dispensing system comprising a reservoir of an insect repellent formulation, the reservoir comprising a liquid impermeable side wall defining a mouth which is sealed by a liquid permeable membrane , and an insect repellent formulation contained within the reservoir; and a cradle adapted to receive and retain the reservoir, the cradle defining a vent to facilitate air flow past, in use, the liquid permeable membrane of the reservoir, wherein the cradle defines a cavity for receiving the reservoir; and the cradle comprises an outer wall , the vent being disposed, in use, between the outer wall and the liquid permeable membrane of the reservoir, wherein the vent comprises first and second open ends such that the vent defines a passage through the cradle .
A method for network positioning measurements performed by a location measurement unit, LMU, on the basis of uplink radio signals transmitted by a User Equipment device, UE, the method comprising: obtaining, information identifying a plurality of measurement occasions during which the UE is scheduled to transmit an uplink radio signal; obtaining, information regarding uncertain measurement occasions indicating one or more measurement gaps associated with the UE, wherein measurement gaps are periods during which the UE is configured to refrain from the transmission of the uplink radio signal to the LMU; performing measurements on the uplink radio signals according to the obtained information; and adjusting the performed measurements based on the obtained information indicating the one or more measurement gaps, by assigning a lower weight to the measurements taken during the indicated measurement gaps. obtaining, information identifying a plurality of measurement occasions during which the UE is scheduled to transmit an uplink radio signal; obtaining, information regarding uncertain measurement occasions indicating one or more measurement gaps associated with the UE, wherein measurement gaps are periods during which the UE is configured to refrain from the transmission of the uplink radio signal to the LMU; performing measurements on the uplink radio signals according to the obtained information; and adjusting the performed measurements based on the obtained information indicating the one or more measurement gaps, by assigning a lower weight to the measurements taken during the indicated measurement gaps.
Rolling bearing assembly comprising - a rolling bearing comprising at least a first ring , at least one second ring , and at least one row of rolling elements arranged between the rings , wherein the first ring is provided with an opening for inserting the rolling elements into a space between raceways of the rings or for taking said rolling elements out of the space between the raceways , and - a plug , wherein the plug is configured to close said opening when the bearing is operating, said plug having an inner end face facing the rolling elements and configured to form a part of the raceway and an outer end face opposite to the inner end face , - a protective cap shielding the outer end face of the plug from a corrosive environment of the bearing; and - a gasket ring arranged between the protective cap and a surface of the first ring surrounding the opening , characterized in that the protective cap is counter-sunk in the inner surface of the inner ring 10 and fixed to a bottom surface of a recess , which is the surface surrounding the opening , by means of stainless steel bolts (30a-30d),and that the gasket ring is arranged between the stainless steel bolts (30a - 30d) and the opening .. - a rolling bearing comprising at least a first ring , at least one second ring , and at least one row of rolling elements arranged between the rings , wherein the first ring is provided with an opening for inserting the rolling elements into a space between raceways of the rings or for taking said rolling elements out of the space between the raceways , and - a plug , wherein the plug is configured to close said opening when the bearing is operating, said plug having an inner end face facing the rolling elements and configured to form a part of the raceway and an outer end face opposite to the inner end face , - a protective cap shielding the outer end face of the plug from a corrosive environment of the bearing; and - a gasket ring arranged between the protective cap and a surface of the first ring surrounding the opening , characterized in that the protective cap is counter-sunk in the inner surface of the inner ring 10 and fixed to a bottom surface of a recess , which is the surface surrounding the opening , by means of stainless steel bolts (30a-30d),and that the gasket ring is arranged between the stainless steel bolts (30a - 30d) and the opening .. - a protective cap shielding the outer end face of the plug from a corrosive environment of the bearing; and - a gasket ring arranged between the protective cap and a surface of the first ring surrounding the opening , characterized in that the protective cap is counter-sunk in the inner surface of the inner ring 10 and fixed to a bottom surface of a recess , which is the surface surrounding the opening , by means of stainless steel bolts (30a-30d),and that the gasket ring is arranged between the stainless steel bolts (30a - 30d) and the opening ..