mhurhangee/ep-ind-claims huggingface dataset:
A method of mitigating self-interference of a user equipment, UE, by a base station, BS, in a full duplex radio, FDR, communication environment, the method being characterized in that it comprises: determining priority of the plurality of downlink control channels on the basis of types of the plurality of downlink control channels; setting a resource region allocated to one or more downlink control channels selected in descending order of the priority to an overlap region; and transmitting information about the overlap region to UEs connected to the BS to perform FDR communication, wherein the overlap region is a resource region in which an influence of self-interference caused by uplink communication of the UE needs to be removed, among resource regions for transmission of a plurality of downlink control channels, wherein the information about the overlap region includes information about at least one of the position, arrangement structure, size of the overlap region among the resource regions for transmission of downlink control channels, a protection setting index indicating types of the one or more downlink control channels, protection priority of the one or more downlink control channels and self-interference cancellation capacity of the UE. determining priority of the plurality of downlink control channels on the basis of types of the plurality of downlink control channels; setting a resource region allocated to one or more downlink control channels selected in descending order of the priority to an overlap region; and transmitting information about the overlap region to UEs connected to the BS to perform FDR communication, wherein the overlap region is a resource region in which an influence of self-interference caused by uplink communication of the UE needs to be removed, among resource regions for transmission of a plurality of downlink control channels, wherein the information about the overlap region includes information about at least one of the position, arrangement structure, size of the overlap region among the resource regions for transmission of downlink control channels, a protection setting index indicating types of the one or more downlink control channels, protection priority of the one or more downlink control channels and self-interference cancellation capacity of the UE.
A method for determining that an individual has benign prostate disease or malignant prostate disease, or has localized prostate cancer (CaP), or has metastatic CaP, the method comprising: i) detecting in a sample from an individual the presence or absence, and/or the amount, of all of IL-8, TNF-α and sTNFR1 and comparing to normal (i.e., non-prostate cancer) control, or a control with a known prostate cancer diagnosis; wherein all of IL-8, TNF-α and sTNFR1 are determined. i) detecting in a sample from an individual the presence or absence, and/or the amount, of all of IL-8, TNF-α and sTNFR1 and comparing to normal (i.e., non-prostate cancer) control, or a control with a known prostate cancer diagnosis; wherein all of IL-8, TNF-α and sTNFR1 are determined.
Full-surface knitted fabric for producing weatherproof materials having a plurality of courses (19, 21) and wales formed by warp threads, the knitted fabric being provided with spaced apart micro-holes which are disposed offset from one another, every wale being made up of at least four warp threads and the amount of material in the region of the courses (19, 21) with and without micro-holes being substantially identical, characterised in that only every second course is provided with spaced apart micro-holes and the knitted fabric has atlas weaves.
A method for providing a local device service, via a connecting station, to at least one computer comprising: determining, by a connecting station, whether a local device directly and locally communicatively coupled to the connecting station is busy, wherein the local device is only configured to communicate with the connecting station; broadcasting, by the connecting station, to at least one computer communicatively coupled to the connecting station locally or via a network an available first service provided by the local device; and providing, by the connecting station, to a given one of the at least one computer access to the local device if the local device is not busy and is selected by the given computer, wherein providing access to the given one of the at least one computer comprises: receiving one or more commands for the local device from the given one of the at least one computer, wherein the commands are configured for a direct connection between the given one of the at least one computer and the local device; translating the commands, wherein the translated commands are configured to appear, from a point of view of the local device, to be a request derived not from the given one of the at least one computer but rather locally from the connecting station; and transmitting the translated commands to the local device. determining, by a connecting station, whether a local device directly and locally communicatively coupled to the connecting station is busy, wherein the local device is only configured to communicate with the connecting station; broadcasting, by the connecting station, to at least one computer communicatively coupled to the connecting station locally or via a network an available first service provided by the local device; and providing, by the connecting station, to a given one of the at least one computer access to the local device if the local device is not busy and is selected by the given computer, wherein providing access to the given one of the at least one computer comprises: receiving one or more commands for the local device from the given one of the at least one computer, wherein the commands are configured for a direct connection between the given one of the at least one computer and the local device; translating the commands, wherein the translated commands are configured to appear, from a point of view of the local device, to be a request derived not from the given one of the at least one computer but rather locally from the connecting station; and transmitting the translated commands to the local device. receiving one or more commands for the local device from the given one of the at least one computer, wherein the commands are configured for a direct connection between the given one of the at least one computer and the local device; translating the commands, wherein the translated commands are configured to appear, from a point of view of the local device, to be a request derived not from the given one of the at least one computer but rather locally from the connecting station; and transmitting the translated commands to the local device.
A latch device, comprising: a tube shaped case that is fixed at a side of a second member that faces a first member; a rod that is retained inside the case so as to be capable of sliding, and that juts out from inside the case to adopt an advanced position pushing out the first member; a rod biasing member that is positioned between the case and the rod, and that is compressed under elastic deformation inside the case, so as to bias the rod in a jutting out direction pushing the rod out from inside the case; a lock mechanism, a guide mechanism that is provided between the rod and the case, and is for rotating the rod about an axial direction of the rod when the rod is advancing or retracting; and an engagement portion that is provided at the rod, that is capable of disengaging from an engaged portion of the first member due to the rod rotating about the axial direction thereof, and that engages with the engaged portion when the rod has been locked, characterized in that the lock mechanism includes: a slide cam that moves together with the rod in the jutting out direction, and a rotation cam that is provided at a rear side of the slide cam in the jutting out direction and that is capable of relative rotation with respect to the slide cam about an axis of the rod, with the lock mechanism positioned between the case and the rod, and locking the rod in a retracted position in the case due to the rotation cam engaging with the slide cam and rotating due to the rod being pressed in against a biasing force of the rod biasing member. a tube shaped case that is fixed at a side of a second member that faces a first member; a rod that is retained inside the case so as to be capable of sliding, and that juts out from inside the case to adopt an advanced position pushing out the first member; a rod biasing member that is positioned between the case and the rod, and that is compressed under elastic deformation inside the case, so as to bias the rod in a jutting out direction pushing the rod out from inside the case; a lock mechanism, a guide mechanism that is provided between the rod and the case, and is for rotating the rod about an axial direction of the rod when the rod is advancing or retracting; and an engagement portion that is provided at the rod, that is capable of disengaging from an engaged portion of the first member due to the rod rotating about the axial direction thereof, and that engages with the engaged portion when the rod has been locked, a slide cam that moves together with the rod in the jutting out direction, and a rotation cam that is provided at a rear side of the slide cam in the jutting out direction and that is capable of relative rotation with respect to the slide cam about an axis of the rod, with the lock mechanism positioned between the case and the rod, and locking the rod in a retracted position in the case due to the rotation cam engaging with the slide cam and rotating due to the rod being pressed in against a biasing force of the rod biasing member.
A pair of pliers with a first and a second plier leg (2, 3), which are mounted so as to be rotatable relative to one another about an axis of rotation (x) in a joint region, wherein said plier legs form gripping regions (6, 7) on one side of the joint region and a plier jaw on the other side, wherein a position of the pliers, typically a closed position, can be fixed by means of a locking part, and wherein the locking part furthermore is rotatably mounted on the first plier leg at a transition from the gripping region to the joint region of this plier leg and in the fixed position fixes the pliers by contacting the joint region of the second plier leg, characterized in that the locking part is in the fixed position and in any case under load in supporting contact with the joint region of the second plier leg, as well as with the gripping region of the first plier leg, in a plane extending perpendicular to the axis of rotation (x) of the plier legs (2, 3).
A system, comprising: a medical instrument (104, 600) configured to be positioned at a first location within a patient anatomy; at least one sensor coupled to the medical instrument (104, 600), the at least one sensor being configured to determine a first biomarker measurement and a second biomarker measurement; a manipulator assembly configured to control movement of the medical instrument; and a processor configured to: compare the first biomarker measurement with the second biomarker measurement to determine a proximity to a target within the patient anatomy; and based on the comparing the first biomarker measurement with the second biomarker measurement, move the medical instrument (104, 600) towards the target with the manipulator assembly. a medical instrument (104, 600) configured to be positioned at a first location within a patient anatomy; at least one sensor coupled to the medical instrument (104, 600), the at least one sensor being configured to determine a first biomarker measurement and a second biomarker measurement; a manipulator assembly configured to control movement of the medical instrument; and a processor configured to: compare the first biomarker measurement with the second biomarker measurement to determine a proximity to a target within the patient anatomy; and based on the comparing the first biomarker measurement with the second biomarker measurement, move the medical instrument (104, 600) towards the target with the manipulator assembly. compare the first biomarker measurement with the second biomarker measurement to determine a proximity to a target within the patient anatomy; and based on the comparing the first biomarker measurement with the second biomarker measurement, move the medical instrument (104, 600) towards the target with the manipulator assembly.
A method of manufacturing an electronic device package, comprising: providing a lead frame, said lead frame having a plurality of leads attached thereto; forming a notch in at least one of said leads, wherein said notch includes at least one reentrant angle of greater than 180 degrees and said notch is located distal to a pre-defined separation region of said lead, said notch circumscribing lateral dimensions (310, 315) of said lead which are perpendicular to a long dimension of said lead, characterized in that the method further includes placing said lead frame between first and second plating mask layers (510, 515), wherein a proximal edge of said notch is adjacent to an outer edge of at least one of said plating mask layers and a distal edge of said notch is not covered by said plating mask layers. providing a lead frame, said lead frame having a plurality of leads attached thereto; forming a notch in at least one of said leads, wherein said notch includes at least one reentrant angle of greater than 180 degrees and said notch is located distal to a pre-defined separation region of said lead, said notch circumscribing lateral dimensions (310, 315) of said lead which are perpendicular to a long dimension of said lead, characterized in that the method further includes placing said lead frame between first and second plating mask layers (510, 515), wherein a proximal edge of said notch is adjacent to an outer edge of at least one of said plating mask layers and a distal edge of said notch is not covered by said plating mask layers.
A composition for use in a method of therapeutic treatment in a mammal of a cancer characterized by overexpression of ErbB2, the method comprising administering to the mammal the composition comprising an effective amount of a first anti-ErbB2 antibody, which antibody binds to epitope 7C2/7F3, as defined in SEQ ID NO: 2, on Domain 1 of ErbB2 and induces cell death via apoptosis of a cancer cell of the mammal which overexpresses ErbB2 when the cancer cell is exposed to the antibody, the method further comprising administering to the mammal a second anti-ErbB2 antibody, which second antibody binds to epitope 4D5, as defined in SEQ ID NO: 4, on ErbB2 and inhibits growth of SKBR3 cells in cell culture by 50-100%, wherein the cancer cell of the mammal is exposed to the first antibody before it is exposed to the second antibody, by the method comprising sequential administration of the first antibody followed by the second antibody.
A method performed by a wireless transmit/receive unit, WTRU, that utilizes carrier aggregation with a primary component carrier in licensed spectrum and a secondary component carrier in unlicensed spectrum, the method characterized by: receiving, on a physical downlink control channel, PDCCH, on a downlink component carrier, a signal including a grant for a physical uplink shared channel, PUSCH, transmission on the secondary component carrier, wherein the grant includes a resource allocation for a first subframe and a resource allocation for a second subframe following the first subframe; sensing, during a sensing time prior to the first subframe, that the unlicensed spectrum is available; and transmitting, based on the sensing, data in the first subframe and the second subframe, wherein the data is transmitted in the second subframe without further sensing. receiving, on a physical downlink control channel, PDCCH, on a downlink component carrier, a signal including a grant for a physical uplink shared channel, PUSCH, transmission on the secondary component carrier, wherein the grant includes a resource allocation for a first subframe and a resource allocation for a second subframe following the first subframe; sensing, during a sensing time prior to the first subframe, that the unlicensed spectrum is available; and transmitting, based on the sensing, data in the first subframe and the second subframe, wherein the data is transmitted in the second subframe without further sensing.
A method for producing packs with a carrying handle, with at least two articles being at least partly wrapped and held together by means of a shrink film, a banderole, or the like outer packaging, wherein the carrying handle is fixed to the pack at contact points by means of sealing bonds and/or adhesive bonds, characterized in that the contact points at least partly coincide with cut-outs in the outer packaging and penetrate the outer packaging in such a way that sealing bonds and/or adhesive bonds are produced between respective ends of the carrying handles and the outer surfaces of the articles.
A nut plate comprising: the nut plate being constructed of a ceramic material, the ceramic material being a mixture of an aluminum oxide powder reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material; and a plurality of screw threaded interior surfaces in the nut plate. the nut plate being constructed of a ceramic material, the ceramic material being a mixture of an aluminum oxide powder reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material; and a plurality of screw threaded interior surfaces in the nut plate.
Roller bearing assembly, being an undercarriage bearing for a rotary machine, the assembly being of the type comprising: - a first oblique contact roller bearing with a first outer race, a first inner race and first rolling elements, - a second oblique contact roller bearing with a second outer race, a second inner race and second rolling elements, - a support in which the first oblique contact roller bearing and the second oblique contact roller bearing are mounted, and - axial clamping means clamping the first and second outer races (30, 36) axially towards the support, wherein: - the first outer race and the second outer race are arranged in the support directly next to each other; and - the axial clamping means comprise fixing means and an annular plate, characterized in that - the axial stiffness of the clamping means under an axial force applied by the second outer race is equal to or less than the stiffness of the two outer races (30, 36) under this axial force; and - the axial stiffness of the fixing means is less than, in particular by a factor of 10 or more, the axial stiffness of the two outer races (30, 36) and the annular plate. - a first oblique contact roller bearing with a first outer race, a first inner race and first rolling elements, - a second oblique contact roller bearing with a second outer race, a second inner race and second rolling elements, - a support in which the first oblique contact roller bearing and the second oblique contact roller bearing are mounted, and - axial clamping means clamping the first and second outer races (30, 36) axially towards the support, - the first outer race and the second outer race are arranged in the support directly next to each other; and - the axial clamping means comprise fixing means and an annular plate, characterized in that - the axial stiffness of the clamping means under an axial force applied by the second outer race is equal to or less than the stiffness of the two outer races (30, 36) under this axial force; and - the axial stiffness of the fixing means is less than, in particular by a factor of 10 or more, the axial stiffness of the two outer races (30, 36) and the annular plate.
Domestic induction heating device, in particular hob induction heating device, having at least one heating frequency unit, at least two inductors (20, 22, 24, 26) which are operated in parallel by the heating frequency unit in at least one operating mode, at least one resonance unit (40; 40a; 40b) which is coupled to the heating frequency unit at least in the operating mode, and at least one control unit, characterised in that the control unit is provided for adjusting the size of the resonance unit (40; 40a; 40b) at least as a function of a number of inductors (20, 22, 24, 26) operated in parallel by the heating frequency unit.
A contactless measuring system comprising a contactless measuring device having a light emitting part and a light receiving part, for determining the position of a tool or for determining the longest cutting edge of a rotating tool in a machine tool, wherein - an optical lens arrangement for shaping and focusing a light beam from the light transmitter part to the light receiver part is associated with the light transmitter part and/or the light receiver part, the optical lens arrangement being accommodated in a lens mount, characterized in that the lens mount has an inner and an outer sleeve (904, 902) which are each cylindrical at least in sections, - the lens arrangement is inserted in the inner sleeve which is at least partially enclosed by the outer sleeve, and the lens mount with the lens arrangement is received in a wall of the light transmitter part and/or of the light receiver part, wherein - the outer sleeve is rigid and dimensionally stable relative to the inner sleeve, - the inner sleeve is adapted to be elastically or plastically deformed when inserted into the outer sleeve, and - the inner and/or the outer sleeve (904, 902) have weakening and/or expansion zones running in the longitudinal direction - the inner sleeve geometrically fixes the lens arrangement; wherein the inner sleeve and/or the outer sleeve has radially inwardly or outwardly oriented pressing points distributed on the inner and/or outer circumference; and the lenses of the lens arrangement are inserted in the inner sleeve and the inner cross-section of the outer sleeve and the outer cross-section of the inner sleeve are dimensioned relative to one another in such a way that the outer sleeve presses the inner sleeve in the radial direction against the lenses. - an optical lens arrangement for shaping and focusing a light beam from the light transmitter part to the light receiver part is associated with the light transmitter part and/or the light receiver part, the optical lens arrangement being accommodated in a lens mount, characterized in that the lens mount has an inner and an outer sleeve (904, 902) which are each cylindrical at least in sections, - the lens arrangement is inserted in the inner sleeve which is at least partially enclosed by the outer sleeve, and the lens mount with the lens arrangement is received in a wall of the light transmitter part and/or of the light receiver part, wherein - the outer sleeve is rigid and dimensionally stable relative to the inner sleeve, - the inner sleeve is adapted to be elastically or plastically deformed when inserted into the outer sleeve, and - the inner and/or the outer sleeve (904, 902) have weakening and/or expansion zones running in the longitudinal direction - the inner sleeve geometrically fixes the lens arrangement;