mhurhangee/patent-ind-claim-en huggingface dataset:
A simulation system for simulating a performance of at least one storage unit of an energy storage , wherein the simulation system comprises: at least a respective model for a respective storage unit of the energy storage , the storage unit being assigned to the model , wherein the model includes an encoder-decoder model having an encoder and a decoder , wherein the encoder-decoder model includes at least one recurrent neural network or at least one neural network having a transformer architecture, wherein the encoder is configured for processing an encoder input sequence that describes a measured temporal course of current (I) and voltage (U), or of power (P) and voltage (U) of the storage unit that is assigned to the model , wherein the processing of the encoder input sequence includes generating an initial state of the model from the encoder input sequence , and wherein the decoder is configured for processing a decoder input sequence while starting from the initial state of the model , the decoder input sequence describing a temporal course that is to be simulated of the current (I) or of the power (P) of the storage unit that is assigned to the model , wherein the processing of the decoder input sequence includes generating a decoder output sequence from the decoder input sequence while starting from the initial state of the model , the decoder output sequence describing a simulated temporal course of the voltage (U) of the storage unit that is assigned to the model . at least a respective model for a respective storage unit of the energy storage , the storage unit being assigned to the model , wherein the model includes an encoder-decoder model having an encoder and a decoder , wherein the encoder-decoder model includes at least one recurrent neural network or at least one neural network having a transformer architecture, wherein the encoder is configured for processing an encoder input sequence that describes a measured temporal course of current (I) and voltage (U), or of power (P) and voltage (U) of the storage unit that is assigned to the model , wherein the processing of the encoder input sequence includes generating an initial state of the model from the encoder input sequence , and wherein the decoder is configured for processing a decoder input sequence while starting from the initial state of the model , the decoder input sequence describing a temporal course that is to be simulated of the current (I) or of the power (P) of the storage unit that is assigned to the model , wherein the processing of the decoder input sequence includes generating a decoder output sequence from the decoder input sequence while starting from the initial state of the model , the decoder output sequence describing a simulated temporal course of the voltage (U) of the storage unit that is assigned to the model .
A method for transmitting a measurement pilot signal, comprising: • determining, by a first device from a plurality of subbands comprised in system bandwidth, a first subband that is used to transmit a measurement pilot signal, wherein one subband comprises at least one physical resource block, PRB (S 12); • sending, by the first device, identifier information of the first subband to a second device (S 13); and • transmitting, by the first device, the measurement pilot signal which is embedded in at least one PRB corresponding to the first subband to the second device (S 14). • determining, by a first device from a plurality of subbands comprised in system bandwidth, a first subband that is used to transmit a measurement pilot signal, wherein one subband comprises at least one physical resource block, PRB (S 12); • sending, by the first device, identifier information of the first subband to a second device (S 13); and • transmitting, by the first device, the measurement pilot signal which is embedded in at least one PRB corresponding to the first subband to the second device (S 14).
A cable insertion tool for supporting manually insertion of at least one electrical cable into a slashed corrugated pipe , whereby the insertion tool comprises, a body formed by bending a quadrilateral sheet around an inlet axis (I) defining an arc, having a first radius whereby the body has a u-shaped cross section perpendicular to the inlet axis (I) and an outer surface , the quadrilateral sheet comprises a first corner , a third corner located opposite the first corner, a body edge starting from a second corner continuing to the third corner and further to a fourth corner , whereby the inlet axis (I) extends from the first corner towards the third corner , the inlet axis (I) is angled with respect to a plane spanned by the body edge between the third corner and the second corner and the third corner and the fourth corner , a first guiding rib extends from the body edge outwards, a support means configured to support the widening of a slot of the slashed corrugated pipe by urging against the inner surface of the slashed corrugated pipe , when the tool is positioned to be pulled along the slashed corrugated pipe characterized in that in a side view parallel to said plane the body edge and the first guiding rib are curved inwards the body between the third corner and the second corner and between the third corner and the fourth corner , and that the support means comprise a guiding fin arranged between the third corner and the second corner protruding outwardly from the body .
An isolated antibody that specifically binds to feline IL-31, wherein said antibody reduces, inhibits or neutralizes feline IL-31-mediated pSTAT signaling in a cell based assay.
A biological liquid collection device , comprising: a collection module for receiving a biological liquid sample; an evacuated container having an open end and a closed end, said evacuated container containing the collection module therein; and a closure for closing the open end of the evacuated container, wherein the evacuated container comprises a gas composition with select partial pressure of a targeted gas that is substantially equal to the targeted gas partial pressure of the atmosphere outside of the evacuated container. a collection module for receiving a biological liquid sample; an evacuated container having an open end and a closed end, said evacuated container containing the collection module therein; and a closure for closing the open end of the evacuated container, wherein the evacuated container comprises a gas composition with select partial pressure of a targeted gas that is substantially equal to the targeted gas partial pressure of the atmosphere outside of the evacuated container.
An apparatus comprising: a flux sensor ; a rotating component , wherein the rotating component is configured to rotate with a shaft of a driven machine ; a driven machine bearing housing , the flux sensor being arranged on, or in relation to, the driven machine bearing housing ; one or more rotating magnets placed on the rotating component , wherein the rotating component comprises a bearing isolator having a stationary part (S) and a rotating part (R) with the one or more rotating magnets placed therein; and a signal processor configured to receive signaling from the flux sensor containing information about both a residual field from an electrical supply to a motor of the driven machine and a magnetic field from the one or more rotating magnets placed on the rotating component of the driven machine ; and determine corresponding signaling containing information about the operation of the driven machine , based upon a difference between an electrical supply frequency and a slip frequency determined from the signaling received and processed. a flux sensor ; a rotating component , wherein the rotating component is configured to rotate with a shaft of a driven machine ; a driven machine bearing housing , the flux sensor being arranged on, or in relation to, the driven machine bearing housing ; one or more rotating magnets placed on the rotating component , wherein the rotating component comprises a bearing isolator having a stationary part (S) and a rotating part (R) with the one or more rotating magnets placed therein; and a signal processor configured to receive signaling from the flux sensor containing information about both a residual field from an electrical supply to a motor of the driven machine and a magnetic field from the one or more rotating magnets placed on the rotating component of the driven machine ; and determine corresponding signaling containing information about the operation of the driven machine , based upon a difference between an electrical supply frequency and a slip frequency determined from the signaling received and processed.
A connecting element for a tubular component, characterized in that it is overlaid with a coating comprising a principal layer constituted by a nickel-phosphorus alloy, said coating further comprising an additional layer constituted by a nickel-phosphorus alloy comprising particles of one or more solid lubricant compounds, said additional layer being disposed on said principal layer, and wherein the phosphorus of the nickel-phosphorus alloy comprising the particles of one or more solid lubricant compounds represents 5% to 13% by weight of the total weight of the nickel-phosphorus alloy comprising the particles of one or more solid lubricant compounds.
A sprocket assembly to be mounted on a driver body of a bicycle wheel hub, comprising: a truncated cone shell having a first opening in its small base and a second opening in its large base, both openings being coaxial with a central axis of said truncated cone shell ; a plurality of toothed sprockets having different numbers of teeth disposed in the truncated cone shell and extending radially outwardly of the central axis to engage with a bicycle chain; an axial fixing member to fix the truncated cone shell to the driver body ; a radial load transmission profile perimetrally supported onto the driver body ; the radial load transmission profile is configured as a cylindrical cavity that houses and provides radial support to the driver body a toothed torque transmission profile providing tangential engagement in order to transmit torque from the truncated cone shell towards the driver body , which is provided with a corresponding engaging profile on the outer surface of the driver body ; wherein the truncated cone shell , the toothed sprockets , the axial fixing member , the radial load transmission profile and the toothed torque transmission profile are configured in a single piece; wherein the axial fixing member restricts the truncated cone shell position relative to the driver body along the central axis in the direction from the small base towards the large base of the truncated cone shell ; and wherein the axial fixing member , the radial load transmission profile and the toothed torque transmission profile are all disposed towards the inside of the truncated cone shell and close to its small base, being the axial fixing member the first one located next to the small base of the truncated cone shell , relative to the central axis in the direction from the small base towards the large base of the truncated cone shell , and being next and axially adjacent to it, is located the radial load transmission profile , and finally and axially adjacent to the latest there is the toothed torque transmission profile adjacent to the axial fixing member .
A method to produce epoxy thermoset comprising 0.1-10 % by weight nano-cellulose, wherein nano-cellulose is selected from and shall be understood as cellulosic fibres, comprising the following steps: a) nano-cellulose is provided as waterborne dispersion, optionally containing up to 50% ethanol, whereby said dispersion comprises at least 0.2%, preferably at least 0.3%, most preferably 2-5% by weight nano-cellulose, b) said nano-cellulose is intensively mixed with an organic phase, the organic phase being a thermoset precursor selected from epoxy or epoxy hardener c) upon transfer of nano-cellulose to the organic phase, water and said optional ethanol are removed by distillation at a temperature below 100 °C for minimizing loss of reactive functionality of epoxy, d) the dry organic phase comprising nano-cellulose is mixed with the appropriate amount of reactive counterpart and optionally other desired additives, wherein said reactive counterpart is amine hardener for epoxies, and e) a final product is achieved following known curing procedures, wherein the loss of reactive functionality of epoxy due to reaction with water is limited to < 20% or < 10% or <5% of reactive epoxy, due to removal of water and optional ethanol in step c. a) nano-cellulose is provided as waterborne dispersion, optionally containing up to 50% ethanol, whereby said dispersion comprises at least 0.2%, preferably at least 0.3%, most preferably 2-5% by weight nano-cellulose, optionally containing up to 50% ethanol, whereby said dispersion comprises at least 0.2%, preferably at least 0.3%, most preferably 2-5% by weight nano-cellulose, b) said nano-cellulose is intensively mixed with an organic phase, the organic phase being a thermoset precursor selected from epoxy or epoxy hardener c) upon transfer of nano-cellulose to the organic phase, water and said optional ethanol are removed by distillation at a temperature below 100 °C for minimizing loss of reactive functionality of epoxy, d) the dry organic phase comprising nano-cellulose is mixed with the appropriate amount of reactive counterpart and optionally other desired additives, wherein said reactive counterpart is amine hardener for epoxies, and e) a final product is achieved following known curing procedures,
An omnidirectional neck assembly for a crash test dummy comprising: a plurality of vertebra discs ; a plurality of ligament joints each having a joint element disposed between a pair of said vertebra discs , wherein said joint element is made of a flexible material; and each of said vertebra discs having a profile that can simulate angles of a human neck in all directions, at least one aperture extending axially therethrough and at least one raised portion on at least one side of the vertebra disc , said profile including the at least one raised portion having a varying height with a greatest height in a middle thereof and reducing in height to the ends thereof, wherein said at least one raised portion of each of said vertebra discs is located on the side of the omnidirectional neck assembly . a plurality of vertebra discs ; a plurality of ligament joints each having a joint element disposed between a pair of said vertebra discs , wherein said joint element is made of a flexible material; and each of said vertebra discs having a profile that can simulate angles of a human neck in all directions, at least one aperture extending axially therethrough and at least one raised portion on at least one side of the vertebra disc , said profile including the at least one raised portion having a varying height with a greatest height in a middle thereof and reducing in height to the ends thereof, wherein said at least one raised portion of each of said vertebra discs is located on the side of the omnidirectional neck assembly .
A method of transmitting downlink data in a mobile communications system, wherein the mobile communications system comprises a base station configured to communicate wireless signals to one or more terminal devices , the method comprising: receiving an indicator of a maximum number of downlink repetitions, Nmax, currently accepted by a terminal device, wherein a number of downlink repetitions indicates a number of times that the same signal is transmitted to the terminal device; setting an actual number of downlink repetitions, Ntx, so that the actual number of downlink repetitions meets the condition Ntx ≤ Nmax; and transmitting the downlink data, to the terminal device, wherein the downlink data is transmitted via a signal transmitted a number of times, N, equal to the actual number of downlink repetitions, characterised in that the setting of the maximum number of downlink repetitions is based on a depletion status of a battery of the terminal device. receiving an indicator of a maximum number of downlink repetitions, Nmax, currently accepted by a terminal device, wherein a number of downlink repetitions indicates a number of times that the same signal is transmitted to the terminal device; setting an actual number of downlink repetitions, Ntx, so that the actual number of downlink repetitions meets the condition Ntx ≤ Nmax; and transmitting the downlink data, to the terminal device, wherein the downlink data is transmitted via a signal transmitted a number of times, N, equal to the actual number of downlink repetitions, characterised in that the setting of the maximum number of downlink repetitions is based on a depletion status of a battery of the terminal device.
A paper sheet handling apparatus comprising: a supply unit comprising a support surface which tilts from a vertical direction, and a mounting surface substantially perpendicular to the support surface, and configured to receive a plurality of paper sheets which tilt along the support surface and are stacked on the mounting surface; a pick up mechanism configured to pick up the paper sheets from a mounting surface side of the supply unit ; a conveyance path configured to convey the picked up paper sheet; an inspection device configured to inspect the conveyed paper sheet; and characterised in that the paper sheet handling apparatus further comprises an accumulation strapping device configured to accumulate and strap the paper sheets fed from the inspection device every plural papers, the accumulation strapping device comprising a conveyance path; a first accumulation device comprising a temporary accumulating section and an impeller accumulation device , configured to accumulate paper sheets fed through the conveyance path every predetermined number thereof; a second accumulation device comprising a temporary accumulating section and an impeller accumulation device , configured to accumulate the paper sheets fed through the conveyance path every predetermined number thereof, the second accumulation device being arranged such that it is obliquely shifted from the first accumulation device in a downward direction; and a strapping device arranged under the second accumulation device and configured to strap a bundle of the accumulated paper sheets by a tape. a supply unit comprising a support surface which tilts from a vertical direction, and a mounting surface substantially perpendicular to the support surface, and configured to receive a plurality of paper sheets which tilt along the support surface and are stacked on the mounting surface; a pick up mechanism configured to pick up the paper sheets from a mounting surface side of the supply unit ; a conveyance path configured to convey the picked up paper sheet; an inspection device configured to inspect the conveyed paper sheet; and characterised in that the paper sheet handling apparatus further comprises an accumulation strapping device configured to accumulate and strap the paper sheets fed from the inspection device every plural papers, the accumulation strapping device comprising a conveyance path; a first accumulation device comprising a temporary accumulating section and an impeller accumulation device , configured to accumulate paper sheets fed through the conveyance path every predetermined number thereof; a second accumulation device comprising a temporary accumulating section and an impeller accumulation device , configured to accumulate the paper sheets fed through the conveyance path every predetermined number thereof, the second accumulation device being arranged such that it is obliquely shifted from the first accumulation device in a downward direction; and a strapping device arranged under the second accumulation device and configured to strap a bundle of the accumulated paper sheets by a tape.
An ultrasonic transmitter arrangement with a plurality of ultrasonic transmitters arranged in a distributed manner on the arrangement whose emittable ultrasonic waves are or can be focused toward a common focus , the arrangement being embodied as a cranial bone implant that can be implanted into a person's cranial bone as a replacement for a portion thereof, and with the common focus of the arrangement lying in a defined region of the brain in the implanted state, or with it being possible for the common focus to be guided there in the implanted state, characterized in that the arrangement is an individualized reconstructed implant that was manufactured on the basis of three-dimensional image data of a person's head, i.e. brain and cranial bone.
A correspondence processing method based on an interworking RCS system, characterized in that , the method comprises: determining that a user of RCS system of home network agrees to join an external network group chat of RCS system of external network, wherein a domain name of a network where the external network group chat is located is not consistent with a domain name of a network where the user is located; and saving a correspondence between the user and the external network group chat. determining that a user of RCS system of home network agrees to join an external network group chat of RCS system of external network, wherein a domain name of a network where the external network group chat is located is not consistent with a domain name of a network where the user is located; and saving a correspondence between the user and the external network group chat.
A functionally integratable catheter system (FICS), comprising: a FICS support catheter ; a FICS dilator ; a FICS PTA catheter ; a FICS lock-grip handle ; and a FICS steering hub , wherein the FICS dilator is configured as a hydraulically actuatable dilator, wherein the hydraulically actuatable dilator comprises an elongate tubular member forming the dilator shaft, characterized in that the elongate tubular member is formed as a three-lumen polymeric body comprising a hydraulic lumen , an inflation lumen and a hypotube or guide wire lumen , wherein the hydraulically actuatable dilator comprises at its tip portion a hydraulic chamber, formed between the proximal lateral surface of a distal seal , the distal lateral surface of a proximal seal , the internal surface of the elongated tubular member , and the external surface of a hypotube member coaxially positioned to the elongated tubular member , wherein the distal seal extends from the external hypotube surface and the proximal seal extends from the inner surface of the elongated tubular member. a FICS support catheter ; a FICS dilator ; a FICS PTA catheter ; a FICS lock-grip handle ; and a FICS steering hub , wherein the FICS dilator is configured as a hydraulically actuatable dilator, wherein the hydraulically actuatable dilator comprises an elongate tubular member forming the dilator shaft, characterized in that the elongate tubular member is formed as a three-lumen polymeric body comprising a hydraulic lumen , an inflation lumen and a hypotube or guide wire lumen , wherein the hydraulically actuatable dilator comprises at its tip portion a hydraulic chamber, formed between the proximal lateral surface of a distal seal , the distal lateral surface of a proximal seal , the internal surface of the elongated tubular member , and the external surface of a hypotube member coaxially positioned to the elongated tubular member , wherein the distal seal extends from the external hypotube surface and the proximal seal extends from the inner surface of the elongated tubular member.