mhurhangee/patent-ind-claim-en huggingface dataset:
A method of communication in an elevator operating environment, the method comprising: generating a Bluetooth low energy, BLE, signal with a wireless signal generating device located in at least one location proximate to an elevator boarding area; receiving the BLE signal with a mobile device when the mobile device is proximate to the wireless signal generating device ; initiating by the mobile device to enter a connection mode with a first BLE access point device among a plurality of BLE access point devices which are located proximate the elevator boarding area and which are in operative communication with a controller of the elevator; and initiating an elevator call with the mobile device upon entering the connection mode with the BLE access point device , communicating by the first BLE access point device with the controller to request for an elevator assignment for a user of the mobile device ; characterised by advertising, by the mobile device , that the mobile device is awaiting an elevator assignment; sending, by the controller , the elevator assignment to the plurality of BLE access point devices; and connecting, by a second BLE access point device which listens to the mobile device advertising, with the mobile device to send the elevator assignment. generating a Bluetooth low energy, BLE, signal with a wireless signal generating device located in at least one location proximate to an elevator boarding area; receiving the BLE signal with a mobile device when the mobile device is proximate to the wireless signal generating device ; initiating by the mobile device to enter a connection mode with a first BLE access point device among a plurality of BLE access point devices which are located proximate the elevator boarding area and which are in operative communication with a controller of the elevator; and initiating an elevator call with the mobile device upon entering the connection mode with the BLE access point device , communicating by the first BLE access point device with the controller to request for an elevator assignment for a user of the mobile device ; characterised by advertising, by the mobile device , that the mobile device is awaiting an elevator assignment; sending, by the controller , the elevator assignment to the plurality of BLE access point devices; and connecting, by a second BLE access point device which listens to the mobile device advertising, with the mobile device to send the elevator assignment.
A digital radio receiver adapted to receive phase- or frequency-modulated radio signals, wherein: the receiver comprises a matched filter bank , having a plurality of filter modules , for demodulating a sampled signal, each filter module corresponding to a respective filter sequence that spans a plurality of symbol periods, and being configured to cross-correlate the sampled signal with a representation of the filter sequence, the cross-correlation involving a plurality of samples at each of the plurality of symbol periods; characterized in that : the matched filter bank is configured to calculate and store first data representing values, for respective discrete symbol periods, of a cross-correlation of the sampled signal with a first predetermined complex exponential function defined at a plurality of sample points over one symbol period, and to calculate and store second data representing values, for the respective discrete symbol periods, of a cross-correlation of the sampled signal with a second predetermined complex exponential function defined at a plurality of sample points over one symbol period, the second complex exponential function being different from the first complex exponential function; and in that : at least two of the filter modules are configured to cross-correlate the sampled signal with representations of their respective filter sequences using an algorithm that takes, as input, values from the first data corresponding to one or more symbol periods at which the respective filter sequence has a first value, and values from the second data corresponding to one or more symbol periods at which the respective filter sequence has a second value, different from the first value.
A coalescence prefilter element configured for attachment to a turbine filter cassette , comprising - at least two sheets of coalescence filter material for arranging at an inlet of a turbine filter cassette , and - a cover configured to be attached around at least a portion of the turbine filter cassette, wherein the cover is formed by said at least two sheets of coalescence filter material and at least two sheets of a separate connecting material , each arranged between the at least two sheets of coalescence filter material on opposite sides, to form a tube-like or bag-like envelope, - wherein said cover is configured to be imposed on and to be removably attached around said at least a portion of the turbine filter cassette . - at least two sheets of coalescence filter material for arranging at an inlet of a turbine filter cassette , and - a cover configured to be attached around at least a portion of the turbine filter cassette, wherein the cover is formed by said at least two sheets of coalescence filter material and at least two sheets of a separate connecting material , each arranged between the at least two sheets of coalescence filter material on opposite sides, to form a tube-like or bag-like envelope, - wherein said cover is configured to be imposed on and to be removably attached around said at least a portion of the turbine filter cassette .
An apparatus comprising: a receiving section configured to receive downlink control information, DCI, that is detected in at least one of a plurality of candidate resources for a downlink, DL, control channel; a control section configured to determine that a DL data channel is mapped to a candidate resource, in which the DCI is not detected out of the plurality of candidate resources, when the candidate resource is in resource blocks assigned to the DL data channel; a received signal processing section configured to perform output to the control section based on a DL data signal in the DL data channel; and an output apparatus , connected to the control section , configured to perform external output. a receiving section configured to receive downlink control information, DCI, that is detected in at least one of a plurality of candidate resources for a downlink, DL, control channel; a control section configured to determine that a DL data channel is mapped to a candidate resource, in which the DCI is not detected out of the plurality of candidate resources, when the candidate resource is in resource blocks assigned to the DL data channel; a received signal processing section configured to perform output to the control section based on a DL data signal in the DL data channel; and
A film dosage form for use in reducing neuroinflammation in the brain, wherein the film dosage form includes a biocompatible film layer, said film layer: comprising a leukotriene receptor antagonist selected from Montelukast and salts thereof, and being configured for transmucosal and/or enteral delivery, preferably for oral transmucosal and/or oral delivery, of the leukotriene receptor antagonist. comprising a leukotriene receptor antagonist selected from Montelukast and salts thereof, and being configured for transmucosal and/or enteral delivery, preferably for oral transmucosal and/or oral delivery, of the leukotriene receptor antagonist.
A waste-collection container of the type comprising a bin molded out of plastics material and with a peripheral collar enabling the bin to be gripped in order to be emptied out into a skip of a collector truck, the peripheral collar being locally reinforced by ribs integrally molded both with a side wall of the bin and with the peripheral collar , characterized in that the waste-collection container is provided with wheels enabling it to move over the ground, wherein the wheels are carried by an axle mounted on a bearing constituted by a rib integrally molded with the bin and in that at least one of the ribs integral both with a side wall of the bin and with the peripheral collar is defined by an outline formed by four edges, a vertical first edge integral with the bin , a parallel second edge opposite to the first edge , a free third edge (6c, 6'c), which is not touching the walls of the bin , connecting the bottom end of the first edge to the bottom end of the second edge , and a fourth edge that is perpendicular to the first edge and to the second edge , the second edge and the fourth edge are integral with the peripheral collar , said third edge (6c, 6'c) is curved and has no angular points.
A composition comprising a peroxide-crosslinked, high melt strength ethylene-based polymer, the ethylene-based polymer made in a tubular reactor, and the composition having a dissipation factor (DF) measured at 130°C (60 Hz, 2kV) of less than or equal to (≤) 0.5%; wherein high melt strength ethylene-based polymer means an ethylene-based polymer, modified or not with a branching agent, having a melt strength that satisfies the following equation at a test temperature of 190°C: Melt Strength=Ce − 0.3 melt index with 2.16 kg load where the parameter C is greater than or equal to (≥) 15.
A method of manufacturing a group-III nitride compound semiconductor light-emitting device, comprising: a step of forming on a substrate a semiconductor layer made of a group-III nitride compound semiconductor including Ga as a group-III element using a sputtering method, at a deposition rate of 0.01-10 nm/s, wherein when the semiconductor layer is formed, the degree of vacuum of a chamber for sputtering is set to be lower than 1.0 x 10 -3 Pa in advance, and a raw material is supplied into the chamber , and the substrate and a sputtering target are arranged so as to face each other, a gap between the substrate and the sputtering target is in the range of 30 to 50 mm, the internal pressure of the chamber is at least 0.3 Pa, a bias of not less than 0.1 W/cm 2 is applied to the substrate , and the sputtering method is performed under a substrate temperature of 500 to 800 °C, wherein a buffer layer made of a columnar crystal is formed between the substrate and the semiconductor layer . a step of forming on a substrate a semiconductor layer made of a group-III nitride compound semiconductor including Ga as a group-III element using a sputtering method, at a deposition rate of 0.01-10 nm/s, wherein when the semiconductor layer is formed, the degree of vacuum of a chamber for sputtering is set to be lower than 1.0 x 10 -3 Pa in advance, and a raw material is supplied into the chamber , and the substrate and a sputtering target are arranged so as to face each other, a gap between the substrate and the sputtering target is in the range of 30 to 50 mm, the internal pressure of the chamber is at least 0.3 Pa, a bias of not less than 0.1 W/cm 2 is applied to the substrate , and the sputtering method is performed under a substrate temperature of 500 to 800 °C, wherein a buffer layer made of a columnar crystal is formed between the substrate and the semiconductor layer .
Compressor stage for a gas turbine, in particular of an aircraft engine, comprising a rotor cascade , a stator cascade , in particular adjacent thereto downstream, and a throttle value (σ), characterized in that the throttle value (σ) and the aspect ratio AR ax defined by the quotient of the average channel height (h) of the compressor stage or of the rotor cascade and the average chord length (l ax ) of the compressor stage or of the rotor cascade satisfy the condition σ > − 1.33 ⋅ AR ax + 5.16
An oscillator circuit for generating an output square wave signal (OUT) having first and second voltage output levels (L, H), the oscillator circuit comprising: a comparator having an output and first and second inputs ; a switching circuit configured to provide a triangular waveform at the first input of the comparator ; and a feedback circuit arranged to sample the first input of the comparator each time the output square wave signal (OUT) switches between the first and second voltage output levels (L, H) and to compare this sampled voltage with first and second reference voltages (V A , V B ) to adjust a voltage provided to the second input of the comparator . a comparator having an output and first and second inputs ; a switching circuit configured to provide a triangular waveform at the first input of the comparator ; and a feedback circuit arranged to sample the first input of the comparator each time the output square wave signal (OUT) switches between the first and second voltage output levels (L, H) and to compare this sampled voltage with first and second reference voltages (V A , V B ) to adjust a voltage provided to the second input of the comparator .
A power over Ethernet emergency luminaire having a first power over Ethernet, POE, input and a power over Ethernet port link segment wherein the first power over Ethernet input is connected to the power over Ethernet port link segment , an LED lamp , a power loss monitor and a rechargeable battery pack having a battery charger , characterised in that ; the luminaire further comprises; a second POE input (3 10b), a controller , a relaying device having a first input and a second input alternatively switchable to an output, an emergency LED driver connected to the first input of the relaying device , and a normal lighting LED driver connected to the second input of the relaying device ; wherein the LED lamp is connected to the output of the relaying device ; and the power loss monitor is configured to detect a loss of power from the normal lighting LED driver , and is connected to the controller such that when power is lost at the normal lighting LED driver , the first input of the relaying device is connected to the LED lamp , but when the normal LED driver has power, the second input of the relaying device is connected to the LED lamp , and wherein, the power loss monitor is connected to a first conductor on a first POE data pair of the second POE input , and the power loss monitor is connected to a second conductor on a second data pair of the second POE input , and wherein, the power loss monitor is adapted to detect a voltage differential between a DC voltage on the first conductor and the second conductor. a first power over Ethernet, POE, input and a power over Ethernet port link segment wherein the first power over Ethernet input is connected to the power over Ethernet port link segment , an LED lamp , a power loss monitor and a rechargeable battery pack having a battery charger , characterised in that ; the luminaire further comprises; a second POE input (3 10b), a controller , a relaying device having a first input and a second input alternatively switchable to an output, an emergency LED driver connected to the first input of the relaying device , and a normal lighting LED driver connected to the second input of the relaying device ; wherein the LED lamp is connected to the output of the relaying device ; and the power loss monitor is configured to detect a loss of power from the normal lighting LED driver , and is connected to the controller such that when power is lost at the normal lighting LED driver , the first input of the relaying device is connected to the LED lamp , but when the normal LED driver has power, the second input of the relaying device is connected to the LED lamp , and wherein, the power loss monitor is connected to a first conductor on a first POE data pair of the second POE input , and the power loss monitor is connected to a second conductor on a second data pair of the second POE input , and wherein, the power loss monitor is adapted to detect a voltage differential between a DC voltage on the first conductor and the second conductor.
A printing process for dosage forms selected from hard or soft capsules, said process comprising the steps of: (i) providing a plurality of said dosage forms in a reservoir; (ii) transferring a predetermined number of said dosage forms from said reservoir to a printing station; (iii) printing indicia over each of said dosage forms; (iv) transferring said printed dosage forms to an inspection station arranged to sense a predetermined characteristic of said indicia; (v) sorting said dosage forms based on the sensed predetermined characteristic of said indicia by separating dosage forms that meet said predetermined characteristics from dosage forms that do not meet said predetermined characteristics; wherein the dosage forms that do not meet said predetermined characteristics are collected and further processed through a regeneration unit arranged to remove said indicia from said dosage forms in a regeneration step, and further re-processed according to steps (i) to (v). (i) providing a plurality of said dosage forms in a reservoir; (ii) transferring a predetermined number of said dosage forms from said reservoir to a printing station; (iii) printing indicia over each of said dosage forms; (iv) transferring said printed dosage forms to an inspection station arranged to sense a predetermined characteristic of said indicia; (v) sorting said dosage forms based on the sensed predetermined characteristic of said indicia by separating dosage forms that meet said predetermined characteristics from dosage forms that do not meet said predetermined characteristics; wherein the dosage forms that do not meet said predetermined characteristics are collected and further processed through a regeneration unit arranged to remove said indicia from said dosage forms in a regeneration step, and further re-processed according to steps (i) to (v).
A translatable active side air curtain assembly for a motor vehicle, comprising a wind guide element , a rotating shaft , a blade , and a driving mechanism , wherein the blade is provided with a rack mechanism and the rotating shaft is provided with a gear mechanism engaged with the rack mechanism , the blade being mounted on the wind guide element through the rotating shaft , wherein the driving mechanism is connected to the rotating shaft and can drive the rotating shaft to rotate so as to drive the blade to translate between an open position and a closed position, and characterized in that in that the wind guide element is provided with a top part and a base part that are opposite to each other, and the rotating shaft is pivotably mounted between the top part and the base part . the blade is provided with a rack mechanism and the rotating shaft is provided with a gear mechanism engaged with the rack mechanism , the blade being mounted on the wind guide element through the rotating shaft , wherein the driving mechanism is connected to the rotating shaft and can drive the rotating shaft to rotate so as to drive the blade to translate between an open position and a closed position, and characterized in that in that the wind guide element is provided with a top part and a base part that are opposite to each other, and the rotating shaft is pivotably mounted between the top part and the base part .
Tyre comprising a directional tread of width (W), said tread comprising two edges and a centre (C) dividing said tread into two parts of substantially equal width, said tread comprising, on one of the two parts of said tread , a plurality of sets of blocks succeeding one another in a circumferential direction, each set of blocks extending from one of the edges of the tread towards the centre (C) of said tread with a certain non-zero curvature, each set of blocks comprising a leading-edge face and a trailing-edge face , said tyre comprises, for at least one set of blocks , at least one set of cavities extending over the trailing-edge face of said set of blocks , said set of cavities comprising at least one cavity, said tread having a bottom surface radially on the inside of said tread, said set of blocks having a height H, wherein the set of cavities is between the bottom surface of the tread and half of said height H, said tyre is characterized in that the set of blocks comprises a sipe extending along the length of said set of blocks and wherein said set of blocks comprises another set of cavities extending from the median sipe towards the leading-edge face of the set of blocks, said other set of cavities being radially at the same level as the set of cavities of the trailing-edge face of said set of blocks .
Device for extracting air from a hob , in which an extraction opening for extracting air from the hob and a front panel , above which the extraction opening is arranged, is present in a side of the device facing the hob , for closing the device with the exception of the extraction opening and for guiding the extracted air , wherein the device has the extraction opening , the front panel and at least one hinge , wherein the front panel is connected to the device with the hinge , in order to support the front panel pivotably on the device , characterised in that the hinge is designed such that with a transition between a closed end position , in which the front panel closes the device with the exception of the extraction opening , and an open end position , in which the front panel is pivoted away from the device as far as an end point, said hinge moves from exerting a tensile force on the front panel to exerting a compressive force on the front panel .
A method for surveying broadcast ratings, the method comprising: receiving by a ratings statistics information server an event signal from a television (TV) signal reception device that is configured to receive a broadcast signal and to provide the broadcast signal for presentation by a TV ; receiving by the ratings statistics information server , from the TV signal reception device , identification information of a previously registered user terminal to which a fingerprint request signal is to be sent; upon receiving the event signal, sending by the ratings statistics information server the fingerprint request signal to the user terminal based on the received identification information of the user terminal ; thereafter receiving by the ratings statistics information server from the user terminal , in response to the sent fingerprint request signal, (i) fingerprint data, generated by the user terminal, of audio from the TV and (ii) user identification information; obtaining by the ratings statistics information server , based on the fingerprint data received from the user terminal in response to the fingerprint request signal, channel identification information of a TV channel; and generating by the ratings statistics information server ratings statistics information based on the obtained channel identification information and the user identification information. receiving by a ratings statistics information server an event signal from a television (TV) signal reception device that is configured to receive a broadcast signal and to provide the broadcast signal for presentation by a TV ; receiving by the ratings statistics information server , from the TV signal reception device , identification information of a previously registered user terminal to which a fingerprint request signal is to be sent; upon receiving the event signal, sending by the ratings statistics information server the fingerprint request signal to the user terminal based on the received identification information of the user terminal ; thereafter receiving by the ratings statistics information server from the user terminal , in response to the sent fingerprint request signal, (i) fingerprint data, generated by the user terminal, of audio from the TV and (ii) user identification information; obtaining by the ratings statistics information server , based on the fingerprint data received from the user terminal in response to the fingerprint request signal, channel identification information of a TV channel; and generating by the ratings statistics information server ratings statistics information based on the obtained channel identification information and the user identification information.