mhurhangee/ep-ind-claims huggingface dataset:
A method for a base station to transmit a narrowband, NB, synchronization signal to one or more user equipments, UEs, in a wireless communication system, the method comprising: transmitting an NB primary synchronization signal, PSS, using a first Zadoff-Chu sequence having a predetermined root index; and transmitting an NB secondary synchronization signal, SSS, indicating N NB cell identities assigned for NB Internet of Things, IoT, operation, wherein the NB SSS is generated from a sequence generated by multiplying a base sequence having a length M with a cover sequence in element units, wherein the base sequence is generated based on a second Zadoff-Chu sequence having a length corresponding to a largest prime number less than the length M in a frequency domain and is cyclically extended to have the length M, and wherein the sequence is divided into elements each having a length L, L corresponding to a number of subcarriers assigned to each of a plurality of orthogonal frequency division multiplexing, OFDM, symbols, and is mapped to and transmitted in the plurality of OFDM symbols, wherein a root index of the second Zadoff-Chu sequence is selected from among R root indices, R being an integer less than M, and wherein the cover sequence is indicated based on offset q, the offset q satisfying R ∗ a number of values of q = N. transmitting an NB primary synchronization signal, PSS, using a first Zadoff-Chu sequence having a predetermined root index; and transmitting an NB secondary synchronization signal, SSS, indicating N NB cell identities assigned for NB Internet of Things, IoT, operation, wherein the NB SSS is generated from a sequence generated by multiplying a base sequence having a length M with a cover sequence in element units, wherein the base sequence is generated based on a second Zadoff-Chu sequence having a length corresponding to a largest prime number less than the length M in a frequency domain and is cyclically extended to have the length M, and wherein the sequence is divided into elements each having a length L, L corresponding to a number of subcarriers assigned to each of a plurality of orthogonal frequency division multiplexing, OFDM, symbols, and is mapped to and transmitted in the plurality of OFDM symbols, wherein a root index of the second Zadoff-Chu sequence is selected from among R root indices, R being an integer less than M, and wherein the cover sequence is indicated based on offset q, the offset q satisfying R ∗ a number of values of q = N.
A method for controlling a back-off timer in a terminal configured with multiple non-access stratum, NAS, signaling priorities, the method comprising: starting a mobility management, MM, back-off timer when a first MM request message having a first NAS signaling priority level is rejected by a network, and the method characterized by further comprising: transmitting a second MM request message not set to the first NAS signaling priority level to the network, while the MM back-off timer is running, wherein the second MM request message is transmitted without stopping the MM back-off timer. transmitting a second MM request message not set to the first NAS signaling priority level to the network, while the MM back-off timer is running, wherein the second MM request message is transmitted without stopping the MM back-off timer.
A method of forming a tamper-evident dispensing fitment (30; 130), comprising the steps of: - providing a base (32; 132) having a dispensing passage passing therethrough; - providing a removable closure (34; 134) with a top plate and a side skirt; - applying the removable closure to the base to close the dispensing passage thereof; and forming a plurality of frangible bridges by slitting the side skirt to define a tamper evident-band at the free end of the side skirt, characterised in that the slitting operation is performed after the removable closure is applied to the base. - providing a base (32; 132) having a dispensing passage passing therethrough; - providing a removable closure (34; 134) with a top plate and a side skirt; - applying the removable closure to the base to close the dispensing passage thereof; and forming a plurality of frangible bridges by slitting the side skirt to define a tamper evident-band at the free end of the side skirt,
A method for wireless communication at a user equipment, UE, comprising: transmitting, to a base station, a UE capability signal indicating that the UE supports using a spatial reference signal for a channel performance measurement procedure; receiving a downlink control information, DCI, from the base station activating the spatial reference signal; receiving the spatial reference signal transmitted by the base station, wherein the spatial reference signal corresponds to a physical uplink control channel, PUCCH, spatial relation; performing, based at least in part on the DCI, the channel performance measurement procedure using the spatial reference signal transmitted by the base station, wherein the channel performance measurement procedure comprises pathloss estimation of a physical uplink shared channel, PUSCH; selecting, based at least in part on a result of the channel performance measurement procedure, a transmission power for the PUSCH transmission to the base station; and performing the PUSCH transmission to the base station based at least in part on the transmission power. transmitting, to a base station, a UE capability signal indicating that the UE supports using a spatial reference signal for a channel performance measurement procedure; receiving a downlink control information, DCI, from the base station activating the spatial reference signal; receiving the spatial reference signal transmitted by the base station, wherein the spatial reference signal corresponds to a physical uplink control channel, PUCCH, spatial relation; performing, based at least in part on the DCI, the channel performance measurement procedure using the spatial reference signal transmitted by the base station, wherein the channel performance measurement procedure comprises pathloss estimation of a physical uplink shared channel, PUSCH; selecting, based at least in part on a result of the channel performance measurement procedure, a transmission power for the PUSCH transmission to the base station; and performing the PUSCH transmission to the base station based at least in part on the transmission power.
Cooling circuit capable of receiving a coolant, configured to be incorporated in an electrical device, said cooling circuit comprising: - a housing forming a cavity configured to receive said coolant, - a cap closing an opening of said cavity so as to define a circulation channel for said coolant, - a layer of glue between said cap and the periphery of said opening and rivets, the layer of glue and the rivets being configured so as to tightly fix said cap onto the periphery of said opening in which the layer of glue extends continually around the opening over a first peripheral portion of the opening and the rivets are situated on a second peripheral portion of the opening that is outer with respect to the first peripheral portion. - a housing forming a cavity configured to receive said coolant, - a cap closing an opening of said cavity so as to define a circulation channel for said coolant, - a layer of glue between said cap and the periphery of said opening and rivets, the layer of glue and the rivets being configured so as to tightly fix said cap onto the periphery of said opening in which the layer of glue extends continually around the opening over a first peripheral portion of the opening and the rivets are situated on a second peripheral portion of the opening that is outer with respect to the first peripheral portion.
A dressing device comprising a base, a pad and a dressing film, wherein: the base is connected to the pad and to the dressing film, the base, the pad, and the dressing film each having a proximal surface facing a patient's skin and a distal surface facing away from the skin; wherein the pad has a slit extending from a perimeter of the pad to an aperture proximate to a center of the pad and an antimicrobial agent; wherein the base is connected to the pad by a connector bridging the base and the perimeter of the pad; wherein the dressing film comprises an adhesive disposed on the proximal surface of the dressing film and has a first portion and a second portion and the proximal surface of the first portion of the dressing film is adhesively attached to the distal surface of the base; wherein the dressing film further comprises a first release paper attached to the proximal surfaces of the first portion of the dressing film and the base and a second release paper attached to the proximal surface of the second portion of the dressing film; wherein the second portion of the dressing film is folded onto the first portion of the dressing film so that the distal surface of the first portion of the dressing film is in proximity to the distal surface of the second portion of the dressing film. wherein the pad has a slit extending from a perimeter of the pad to an aperture proximate to a center of the pad and an antimicrobial agent; wherein the base is connected to the pad by a connector bridging the base and the perimeter of the pad; wherein the dressing film comprises an adhesive disposed on the proximal surface of the dressing film and has a first portion and a second portion and the proximal surface of the first portion of the dressing film is adhesively attached to the distal surface of the base; wherein the dressing film further comprises a first release paper attached to the proximal surfaces of the first portion of the dressing film and the base and a second release paper attached to the proximal surface of the second portion of the dressing film; wherein the second portion of the dressing film is folded onto the first portion of the dressing film so that the distal surface of the first portion of the dressing film is in proximity to the distal surface of the second portion of the dressing film.
A process for producing polyurethane foam moldings having a density of from 150 to 450 g/l, wherein a) organic polyisocyanates are mixed with b) polyols comprising b1) polyesterols and b2) polymer polyetherols having a proportion of primary OH groups of less than 50%, c) blowing agents comprising water and optionally d) chain extenders and/or crosslinkers, e) catalysts and f) other auxiliaries and/or additives to form a reaction mixture, the latter is introduced into a mold and allowed to react to form a polyurethane foam molding. a) organic polyisocyanates are mixed with b) polyols comprising b1) polyesterols and b2) polymer polyetherols having a proportion of primary OH groups of less than 50%, b1) polyesterols and b2) polymer polyetherols having a proportion of primary OH groups of less than 50%, c) blowing agents comprising water and optionally d) chain extenders and/or crosslinkers, e) catalysts and f) other auxiliaries and/or additives
Fastening arrangement with a screw and at least one flat element near the head and one flat element distant from the head, which are connected by means of the screw with the two flat elements (26, 28) being hold together with the participation of the head and the thread section distant from the head; the screw having a head, a shaft and a thread, the thread having at least two different thread sections (18, 20), an external diameter D Gn of a thread section near the head being smaller than an external diameter D Gf of a thread section distant from the head and larger than an external diameter Dsf of the shaft in the region of the thread section distant from the head, a head-side thread end being at a distance from the head of the screw which is less than one thread pitch, characterized in that the thread section near the head in the element distant from the head is present in an overwound state and the thread section distant from the head is arranged outside the flat element distant from the head in a finished state of the fastening arrangement.
A spatially adjustable arm for a ceiling stand for attaching and carrying suspended accessories which are medical instruments, systems, aids and devices with an outer joint, and that is attached with an inner joint to a supporting system of the ceiling stand, said spatially adjustable arm contains an arm connected to the inner joint in a rotary way consisting of a beam functioning as a cover for the arm at the ends of which an inner head and an outer head (19,26) are arranged and the arm contains a balancing mechanism, whereas the balancing mechanism is mounted in the inner head and in the outer head and the inner head and the outer head are pressed onto the beam, said spatially adjustable arm being characterised in that the balancing mechanism further contains a stabilizer that is connected to the inner joint and outer joint with the use of a pair of pins, said stabilizer being also contained in said beam.
A dosing device for feeding infusion products, comprising a dosing drum rotating about an axis; the dosing drum being positioned between a continuous strip of filter material, movable along a feed direction, and a primary hopper for containing a primary infusion product; the dosing drum having a plurality of radial chambers each configured for receiving a quantity of primary product forming a first dose at the primary hopper and, respectively, releasing the first dose above the continuous strip of filter material, in such a way as to form a succession of first doses, equidistant from each other, along the continuous strip of filter material, the radial chambers being movable in rotation at the primary hopper, whilst they receive the first dose and above the continuous strip of filter material whilst they release the first dose; characterised in that it comprises an independent dosing unit for feeding a secondary aromatising or sugar product designed to define a second dose and positioned downstream of the first doser relative to the feed direction of the continuous strip of filter material; the independent dosing unit having controlled release elements configured for placing the second dose at least partly on a corresponding first dose deposited on the continuous strip of filter material passing under the independent dosing unit to define a mixed dose of primary product and secondary product; the independent dosing unit comprising a channel for feeding the secondary product housing an extractor screw constituting the controlled release elements.
A method for coating a circuit board of an LED module, wherein the circuit board has at least one recess and a surface and a highly reflective layer is sprayed onto the surface, wherein the highly reflective layer is sprayed onto the surface by means of a spray jet, characterized in that the spray jet can be aligned, wherein the alignment of the spray jet is selected and/or varied such that the highly reflective layer is also sprayed uniformly onto the lateral boundary walls of the at least one recess.
An apparatus for generating view images for a scene, the apparatus comprising: a store for storing three dimensional scene data representing the scene from a viewing region; a movement processor for receiving motion data for a user and for determining an observer viewing position and an observer viewing orientation from the motion data; a change processor for determining an orientation change measure for the observer viewing orientation; an adapter for reducing a distance from the observer viewing position relative to the viewing region in response to the orientation change measure; and an image generator for generating view images for the observer viewing position and the observer viewing orientation from the scene data, wherein the three dimensional scene data comprises an Omni Directional Stereo with depth representation of the scene, and the adapter is arranged to reduce the distance by reducing the distance between the observer viewing position and a center position for a view circle for the Omni Directional Stereo with depth representation. a store for storing three dimensional scene data representing the scene from a viewing region; a movement processor for receiving motion data for a user and for determining an observer viewing position and an observer viewing orientation from the motion data; a change processor for determining an orientation change measure for the observer viewing orientation; an adapter for reducing a distance from the observer viewing position relative to the viewing region in response to the orientation change measure; and an image generator for generating view images for the observer viewing position and the observer viewing orientation from the scene data, wherein the three dimensional scene data comprises an Omni Directional Stereo with depth representation of the scene, and the adapter is arranged to reduce the distance by reducing the distance between the observer viewing position and a center position for a view circle for the Omni Directional Stereo with depth representation.
An optical semiconductor apparatus comprising: * an optical semiconductor device said optical semiconductor device including a translucent support substrate; a buffer layer provided on the support substrate, a first clad layer on the buffer layer, a first electrode provided on a first region of the first clad layer, an active layer provided on a second region of the first clad layer, the second region being different from the first region, a second clad layer provided on the active layer, and a second electrode provided on the second clad layer; * a package substrate on which the optical semiconductor device is mounted; and characterized in that the optical semiconductor device further comprises: a seal ring provided on an outer region of the buffer layer, as well as a sealing part that seals a space between the seal ring and the package substrate, wherein the first clad layer is provided on an inner region of the buffer layer, the inner region being surrounded by the outer region of the buffer layer and wherein the seal ring is for sealing the structure of the optical semiconductor device provided in the inner region of the buffer layer, wherein the seal ring is formed as a metal layer in a frame shape surrounding the inner region. * an optical semiconductor device said optical semiconductor device including a translucent support substrate; a buffer layer provided on the support substrate, a first clad layer on the buffer layer, a first electrode provided on a first region of the first clad layer, an active layer provided on a second region of the first clad layer, the second region being different from the first region, a second clad layer provided on the active layer, and a second electrode provided on the second clad layer; * a package substrate on which the optical semiconductor device is mounted; and a seal ring provided on an outer region of the buffer layer, as well as a sealing part that seals a space between the seal ring and the package substrate, wherein the first clad layer is provided on an inner region of the buffer layer, the inner region being surrounded by the outer region of the buffer layer and wherein the seal ring is for sealing the structure of the optical semiconductor device provided in the inner region of the buffer layer, wherein the seal ring is formed as a metal layer in a frame shape surrounding the inner region.
A polarization dispersion adder comprising: polarization rotation means for rotating continuously an angle of polarization plane of a pulse for each pulse of signal light during a period from a rise start time T0 of the pulse to a fall completion time T1 of the pulse and outputting the pulse, the signal light being generated by modulating an optical carrier; and delay addition means for adding an amount of delay having a positive correlation with a rotation amount of the polarization added by the polarization rotation means to the pulse outputted from the polarization rotation means. polarization rotation means for rotating continuously an angle of polarization plane of a pulse for each pulse of signal light during a period from a rise start time T0 of the pulse to a fall completion time T1 of the pulse and outputting the pulse, the signal light being generated by modulating an optical carrier; and delay addition means for adding an amount of delay having a positive correlation with a rotation amount of the polarization added by the polarization rotation means to the pulse outputted from the polarization rotation means.
A portable musical instrument direct recording and playback device comprising: an input stage operable to receive audio signals from a musical instrument and to convert the audio signals to digital audio signals; a processor linked to the input stage and operable to store during a record mode the digital audio signals on an internal storage unit; an output stage linked to the processor and operable to convert the digital audio signals stored on the storage unit to analog format during a playback mode; a communications port adapted for exchanging data with an external digital storage unit; and an external control input device for generating control signals to the processor, the control signals including signals operable to activate the record and playback modes, wherein the record mode comprises first, second, and third recording modes, wherein the first recording mode is a continuous record mode, the second recording mode is a record on demand mode and the third recording mode comprises a search record mode. an input stage operable to receive audio signals from a musical instrument and to convert the audio signals to digital audio signals; a processor linked to the input stage and operable to store during a record mode the digital audio signals on an internal storage unit; an output stage linked to the processor and operable to convert the digital audio signals stored on the storage unit to analog format during a playback mode; a communications port adapted for exchanging data with an external digital storage unit; and an external control input device for generating control signals to the processor, the control signals including signals operable to activate the record and playback modes, wherein the record mode comprises first, second, and third recording modes, wherein the first recording mode is a continuous record mode, the second recording mode is a record on demand mode and the third recording mode comprises a search record mode.
An electronic device, comprising: a housing that has an outer surface that is curved along at least a first axis and a second axis, and a recess below the outer surface that is curved along the first axis and that it is not curved along the second axis; and a display disposed within the housing underneath of the outer surface, the display having a curve along the first axis, the display being positioned within the housing so that there is a substantially uniform distance between the outer surface of the housing and a surface of the display along one dimension of the display. a housing that has an outer surface that is curved along at least a first axis and a second axis, and a recess below the outer surface that is curved along the first axis and that it is not curved along the second axis; and a display disposed within the housing underneath of the outer surface, the display having a curve along the first axis, the display being positioned within the housing so that there is a substantially uniform distance between the outer surface of the housing and a surface of the display along one dimension of the display.