mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a receiving station for providing channel feedback for an orthogonal frequency division multiplexed, OFDM, channel, the method comprising: receiving a multi-user multiple-input multiple-output, MIMO, transmission, wherein the MIMO transmission is a multi-user MIMO transmission that comprises a concurrent transmission of spatially-separated data packets by the transmitting station to two or more receiving stations and; wherein each of the spatially-separated data packets are precoded for receipt by an associated one of the receiving stations based on quantized differential channel feedback provided by the associated receiving station; performing recursive differential quantization of channel information across at least one of time and frequency to generate the quantized differential channel feedback, wherein the quantized differential channel feedback comprises a quantized differential MIMO channel matrix; and transmitting the quantized differential channel feedback to the transmitting station for use in precoding the multiple-input multiple-output, MIMO, transmission, characterized in that performing the recursive differential quantization includes recursively updating a reference matrix for a number of iterations by quantizing the difference between a previously updated reference matrix and the initial channel matrix, to obtain a refined reference matrix, and using each quantized difference to feed back quantization indexes to the transmitting station, wherein the reference matrix is initially a constant matrix. receiving a multi-user multiple-input multiple-output, MIMO, transmission, wherein the MIMO transmission is a multi-user MIMO transmission that comprises a concurrent transmission of spatially-separated data packets by the transmitting station to two or more receiving stations and; wherein each of the spatially-separated data packets are precoded for receipt by an associated one of the receiving stations based on quantized differential channel feedback provided by the associated receiving station; performing recursive differential quantization of channel information across at least one of time and frequency to generate the quantized differential channel feedback, wherein the quantized differential channel feedback comprises a quantized differential MIMO channel matrix; and transmitting the quantized differential channel feedback to the transmitting station for use in precoding the multiple-input multiple-output, MIMO, transmission, characterized in that performing the recursive differential quantization includes recursively updating a reference matrix for a number of iterations by quantizing the difference between a previously updated reference matrix and the initial channel matrix, to obtain a refined reference matrix, and using each quantized difference to feed back quantization indexes to the transmitting station, wherein the reference matrix is initially a constant matrix.
Dishwasher, especially a domestic dishwasher, with a washing compartment and with at least one cutlery basket arranged in the washing compartment, which has a floor area consisting of a first part area and a second part area for holding items of cutlery horizontally and which, at least in some sections, has different clearance heights (a, b), characterised in that the planes of the first part area of the floor area of the cutlery basket and of the second part area of the floor area of the cutlery basket are arranged at an oblique angle to each other.
A damper for a shock absorber comprising: a damper chamber divided by a piston and shaft into a compression portion and a rebound portion; a bottom out control feature (250, 275) at an end of the compression portion; a fluid flow path formed in the bottom out control feature (250, 275) for providing fluid communication from the bottom out control feature to the compression portion of the damper chamber during a compression stroke of the damper; and characterized by an active valve (350; 450) coupled with said fluid flow path, said active valve to meter a fluid flow of a working fluid through said fluid flow path. a damper chamber divided by a piston and shaft into a compression portion and a rebound portion; a bottom out control feature (250, 275) at an end of the compression portion; a fluid flow path formed in the bottom out control feature (250, 275) for providing fluid communication from the bottom out control feature to the compression portion of the damper chamber during a compression stroke of the damper; and characterized by an active valve (350; 450) coupled with said fluid flow path, said active valve to meter a fluid flow of a working fluid through said fluid flow path.
A wireless communication system comprising: a) M antennas; and b) transmit and control circuitry (36, 32) operatively coupled to the M antennas and adapted to: (i) select N antennas from the M antennas based on control information; (ii) generate a plurality of data streams to be transmitted to a receiver; (iii) provide an inverse Fourier transform on the data streams to provide a plurality of orthogonal frequency division multiplex sub-carriers, such that the sub-carriers are allocated to the selected N antennas based on the control information; (iv) transmit the sub-carriers via the N antennas to the receiver; (v) select a redundant antenna other than the N antennas from the M antennas; (vi) applying a weighing factor to at least one of the sub-carriers for the plurality of data streams to create at least one weighted sub-carrier; and (vii) transmit the weighted sub-carriers to the receiver via the redundant antenna concurrently with the sub-carriers, wherein the transmission of the weighted sub-carriers reinforces the sub-carriers during transmission. a) M antennas; and b) transmit and control circuitry (36, 32) operatively coupled to the M antennas and adapted to: (i) select N antennas from the M antennas based on control information; (ii) generate a plurality of data streams to be transmitted to a receiver; (iii) provide an inverse Fourier transform on the data streams to provide a plurality of orthogonal frequency division multiplex sub-carriers, such that the sub-carriers are allocated to the selected N antennas based on the control information; (iv) transmit the sub-carriers via the N antennas to the receiver; (v) select a redundant antenna other than the N antennas from the M antennas; (vi) applying a weighing factor to at least one of the sub-carriers for the plurality of data streams to create at least one weighted sub-carrier; and (vii) transmit the weighted sub-carriers to the receiver via the redundant antenna concurrently with the sub-carriers, wherein the transmission of the weighted sub-carriers reinforces the sub-carriers during transmission. (i) select N antennas from the M antennas based on control information; (ii) generate a plurality of data streams to be transmitted to a receiver; (iii) provide an inverse Fourier transform on the data streams to provide a plurality of orthogonal frequency division multiplex sub-carriers, such that the sub-carriers are allocated to the selected N antennas based on the control information; (iv) transmit the sub-carriers via the N antennas to the receiver; (v) select a redundant antenna other than the N antennas from the M antennas; (vi) applying a weighing factor to at least one of the sub-carriers for the plurality of data streams to create at least one weighted sub-carrier; and (vii) transmit the weighted sub-carriers to the receiver via the redundant antenna concurrently with the sub-carriers, wherein the transmission of the weighted sub-carriers reinforces the sub-carriers during transmission.
Computer system comprising - at least one supply device couplable with an energy supply grid having a programmable control module for supplying the computer system with an operating energy, - at least one system component coupled with the supply device and having a data processing device, - at least one communications device couplable with a communications network and coupled to the supply device and the system component, - wherein the supply device is configured to supply at least the data processing device with operating energy in an operating state, and to supply at least the communications device with an operating energy while the data processing device is not supplied with an operating energy in a standby state, characterized in that - the computer system comprises at least one voltage source coupled to the supply device and operated independently thereof for supplying the programmable control module, - the supply device is also configured to supply neither the data processing device nor the communications device with an operating energy in a hibernation state, and - the programmable control module is configured to set the computer system into the standby state at the beginning of a predetermined time window when the computer system is in the hibernation state. - at least one supply device couplable with an energy supply grid having a programmable control module for supplying the computer system with an operating energy, - at least one system component coupled with the supply device and having a data processing device, - at least one communications device couplable with a communications network and coupled to the supply device and the system component, - wherein the supply device is configured to supply at least the data processing device with operating energy in an operating state, and to supply at least the communications device with an operating energy while the data processing device is not supplied with an operating energy in a standby state, - the computer system comprises at least one voltage source coupled to the supply device and operated independently thereof for supplying the programmable control module, - the supply device is also configured to supply neither the data processing device nor the communications device with an operating energy in a hibernation state, and - the programmable control module is configured to set the computer system into the standby state at the beginning of a predetermined time window when the computer system is in the hibernation state.
A device for connecting a spoke to a rim in spoked wheels which comprises: - a screw nut for adjusting the connection to the rim, - a gasket providing a hermetic seal between the rim and the tyre, and - a coupling sleeve for the spoke/rim connection the said sleeve further comprising an internal thread for connection to the spoke and an external thread for fitting the said screw nut, the said screw nut and the said gasket being outside the tyre, the said screw nut pressing the gasket against the external surface of the rim, characterised in that the internal thread of the coupling sleeve has a direction of advance which is contrary to that of the external thread, making it possible to tension the spoke. - a screw nut for adjusting the connection to the rim, - a gasket providing a hermetic seal between the rim and the tyre, and - a coupling sleeve for the spoke/rim connection
A method for dynamic load testing, comprising: - applying a dynamic load to a bending specimen for forming and/or increasing a crack, which is accompanied by a change in cross-section of the bending specimen, and measuring and recording a time-dependent signal (c) during applying the dynamic load, the time-dependent signal (c) correlating with a change in shape of the bending specimen; - determining a vibration mode pair, comprising a first vibration mode of the bending specimen prior to the change in cross-section, and a second vibration mode of the bending specimen after the change in cross-section and corresponding to the first vibration mode; - using the vibration mode pair for determining a frequency interval as a filter parameter in such a way that a resonant frequency of the first vibration mode and/or a resonant frequency of the second vibration mode lies within the frequency interval; and - determining a point in time (t q) at which the change in cross-section of the bending specimen sets in during applying the dynamic load, comprising filtering the time-dependent signal (c) using the filter parameter. - applying a dynamic load to a bending specimen for forming and/or increasing a crack, which is accompanied by a change in cross-section of the bending specimen, and measuring and recording a time-dependent signal (c) during applying the dynamic load, the time-dependent signal (c) correlating with a change in shape of the bending specimen; - determining a vibration mode pair, comprising a first vibration mode of the bending specimen prior to the change in cross-section, and a second vibration mode of the bending specimen after the change in cross-section and corresponding to the first vibration mode; - using the vibration mode pair for determining a frequency interval as a filter parameter in such a way that a resonant frequency of the first vibration mode and/or a resonant frequency of the second vibration mode lies within the frequency interval; and - determining a point in time (t q) at which the change in cross-section of the bending specimen sets in during applying the dynamic load, comprising filtering the time-dependent signal (c) using the filter parameter.
Furnishing component comprising a support rod with an oblong development along a longitudinal axis, and a plurality of slats each provided with a single through hole configured to allow the insertion of the support rod therethrough, and wherein said slats are inserted with their through hole, one in succession to the other, on the support rod, angularly offset from each other with respect to said longitudinal axis, and are solidly connected and at least partly overlapping and resting on each other, wherein each slat is provided with an upper end, and a lower end opposite the upper end, said upper ends and lower ends in turn defining respective base surfaces, and said base surfaces of the upper ends all lie on a common upper lying plane (π), and the base surfaces of the lower ends all lie on a common lower lying plane (β) parallel to said upper lying plane (π), and wherein the through hole is made in the respective slat at a distance from an upper or lower end (18, 19) of about 50% of the overall length L of the slat, and wherein the projections of the terminal ends (18, 19) on a horizontal plane passing through the longitudinal axis define symmetrical curvilinear developments opposite each other with respect to the longitudinal axis.
Swinging shutter motor assembly consisting of at least a first electromechanical module, the first electromechanical module consisting of at least a first electric motor, the motorisation unit consisting of at least one mechanical connection consisting of a first part and a second part, the mechanical connection consisting of - a mechanical transmission device (8a, 8b), - a drive shaft as output of the mechanical transmission device (8a, 8b), - an arm (9a, 9b), the first electric motor being designed so as to be connected, in an assembled configuration of the motorisation unit, via the mechanical connection to one leaf (5a, 5b) of the shutter in order to move the leaf (5a, 5b) when the first electric motor is activated, characterised in that the mechanical connection comprises also a mechanical fuse, the mechanical fuse comprising a fuse body, connected to the first part of the mechanical connection and a fuse ring connected to the second part of the mechanical connection, the fuse body and the fuse ring being connected together by at least one breakable connection bridge (211, 212, 213), the connection bridge (211, 212, 213) being breakable when subjected to a stress in excess of a predetermined stress value. - a mechanical transmission device (8a, 8b), - a drive shaft as output of the mechanical transmission device (8a, 8b), - an arm (9a, 9b),
Pharmaceutical composition comprising at least one tumor associated antigen binding antibody or binding fragment thereof and at least one anti-CD40 agonistic antibody or agonistic binding fragment thereof, wherein said at least one TAA binding antibody or binding fragment thereof binds to NY-ESO-1 and wherein said at least one TAA binding antibody or binding fragment thereof comprises a variable light chain region comprising a CDR1 of SEQ ID No.:8, a CDR2 of SEQ ID No.:9 and a CDR3 of SEQ ID No.: 10 and a variable heavy chain region comprising a CDR1 of SEQ ID No.:5, a CDR2 of SEQ ID No.:6 and a CDR3 of SEQ ID No.:7.
Locking apparatus for locking a movable component, in particular of a superimposing drive of a superimposed steering system, having - a first locking element, - a second locking element which can be moved to and fro between a locking position and a release position relative to the first locking element and is configured and set up to interact with the first locking element in the locking position in order to lock the movable component, - the first locking element having at least one cut-out, into which the second locking element engages in the locking position; and - a damping device which brakes and/or damps a movement of the second locking element into the locking position, - the damping device being arranged on the first locking element and comprising a damping element (120A-120E) which is arranged at least partially in the cut-out, characterized in that the damping element (120A-120E) is arranged at least in sections in a clearance of the first locking element, which clearance is different from the cut-out and is accessible from a side of the first locking element which faces away from the second locking element. - a first locking element, - a second locking element which can be moved to and fro between a locking position and a release position relative to the first locking element and is configured and set up to interact with the first locking element in the locking position in order to lock the movable component, - the first locking element having at least one cut-out, into which the second locking element engages in the locking position; and - a damping device which brakes and/or damps a movement of the second locking element into the locking position, - the damping device being arranged on the first locking element and comprising a damping element (120A-120E) which is arranged at least partially in the cut-out,
A flooring construction with a flooring top layer made of wood, a wood material or wood substitute material, of tiles, textile materials or of a plastic material or of a combination of such materials, an adhesive layer, and a base layer which rests directly or indirectly on a subfloor and has a recess pattern, wherein the adhesive layer is applied over the surface in such a way that the adhesive substantially fills the recess pattern and comes into adhesive contact with the subfloor on the one hand and the flooring top layer on the other hand via the recesses, characterized in that the base layer consists of a material or is coated on one or both sides with a material that does not form a bond with the adhesive.
A photomask blank (11, 12) comprising a transparent substrate, a first inorganic film which comprises either or both of a transition metal and silicon, and a second inorganic film which comprises either or both of a transition metal and silicon, has a composition different from a composition of the first inorganic film, and is in contact with the first inorganic film, wherein when an intensity of secondary ions is measured in the thickness direction of the first inorganic film and second inorganic film by a time-of-flight secondary ion mass spectrometry (TOF-SIMS) with using a primary ion source of Bi and a sputtering ion source of Cs, an intensity of secondary ions comprising carbon detected at the interface of the first inorganic film and the second inorganic film is higher than both intensities of the secondary ions comprising carbon detected, respectively, at the side of the first inorganic film and the side of the second inorganic film, characterized in that: i) each of the first inorganic film and the second inorganic film is formed by using only raw materials being substantively free of carbon, and/or ii) one of the first inorganic film and the second inorganic film comprises chromium and is free of silicon, and the other comprises silicon and is free of chromium. i) each of the first inorganic film and the second inorganic film is formed by using only raw materials being substantively free of carbon, and/or ii) one of the first inorganic film and the second inorganic film comprises chromium and is free of silicon, and the other comprises silicon and is free of chromium.
A camera device, comprising: an image pickup element; a substrate mounted with the image pickup element thereon; and a housing accommodating the image pickup element therein, wherein the housing comprises an upper half and a lower half; wherein the upper half of the housing is formed with an aperture into which a lens is disposed and includes a plurality of support members, wherein an external edge portion of the substrate is stuck with an adhesive, and wherein the substrate includes application areas (25, 26) to which the adhesive is applied, at the external edge portion stuck with the upper half of the housing, wherein the adhesive is an ultraviolet curable adhesive; and characterized in that along at least two of lateral walls (20, 21) of the upper half of the housing the plurality of support members are pillars juxtaposed to each other along each of the lateral walls (20, 21) and integrally provided on an internal surface of the lateral walls (20, 21) of the upper half, and the application areas (25, 26) of the substrate are stuck to the upper half of the housing at a place corresponding to the plurality of pillars. an image pickup element; a substrate mounted with the image pickup element thereon; and a housing accommodating the image pickup element therein, wherein the housing comprises an upper half and a lower half; wherein the upper half of the housing is formed with an aperture into which a lens is disposed and includes a plurality of support members, wherein an external edge portion of the substrate is stuck with an adhesive, and wherein the substrate includes application areas (25, 26) to which the adhesive is applied, at the external edge portion stuck with the upper half of the housing, wherein the adhesive is an ultraviolet curable adhesive; and characterized in that along at least two of lateral walls (20, 21) of the upper half of the housing the plurality of support members are pillars juxtaposed to each other along each of the lateral walls (20, 21) and integrally provided on an internal surface of the lateral walls (20, 21) of the upper half, and the application areas (25, 26) of the substrate are stuck to the upper half of the housing at a place corresponding to the plurality of pillars.
A method, comprising: receiving, by a wireless communication node from a core network, paging probability and a group wake up signal, WUS, support capability associated with a wireless communication device; characterised by: transmitting, by the wireless communication node to another wireless communication node, the paging probability and the group WUS support capability; determining, by the wireless communication node based on the paging probability and the group WUS support capability, WUS group resources; and transmitting, by the wireless communication node to the wireless communication device, a wake-up signal over the WUS resources. transmitting, by the wireless communication node to another wireless communication node, the paging probability and the group WUS support capability; determining, by the wireless communication node based on the paging probability and the group WUS support capability, WUS group resources; and transmitting, by the wireless communication node to the wireless communication device, a wake-up signal over the WUS resources.
An oral hygienic composition comprising: an orally acceptable carrier; and a block copolymer, wherein the block copolymer has at least one hydrophobic block and at least one hydrophilic block that binds to hydroxyapatite.