mhurhangee/patent-ind-claim-en huggingface dataset:
An electrolytic cell comprising a cathode chamber , the cathode chamber comprising: a cathode ; and a reverse current absorbing member comprising a substrate and a reverse current absorbing body , the reverse current absorbing member being disposed to face the cathode and the reverse current absorbing body comprises an element having an oxidation-reduction potential less noble than that of a catalytic element of the cathode , wherein the cathode and the reverse current absorbing body are electrically connected, and when the height at the bottom of the cathode chamber is defined as 0 and the height at the top of the cathode chamber is defined as h, the ratio of area S3 of the reverse current absorbing body present at position I corresponding to a height of h/2 or more and h or less to area S A of the cathode-facing surface of the substrate corresponding to the position I satisfies 0.20 ≤ S3/S A < 1.0, characterized in that the relationship between area S4 of the reverse current absorbing body present at position II corresponding to a height of 0 or more and less than 1/2h, and the area S3 in the electrolytic cell satisfies S4 < S3. a cathode ; and a reverse current absorbing member comprising a substrate and a reverse current absorbing body , the reverse current absorbing member being disposed to face the cathode and the reverse current absorbing body comprises an element having an oxidation-reduction potential less noble than that of a catalytic element of the cathode , wherein the cathode and the reverse current absorbing body are electrically connected, and when the height at the bottom of the cathode chamber is defined as 0 and the height at the top of the cathode chamber is defined as h, the ratio of area S3 of the reverse current absorbing body present at position I corresponding to a height of h/2 or more and h or less to area S A of the cathode-facing surface of the substrate corresponding to the position I satisfies 0.20 ≤ S3/S A < 1.0, wherein the cathode and the reverse current absorbing body are electrically connected, and when the height at the bottom of the cathode chamber is defined as 0 and the height at the top of the cathode chamber is defined as h, the ratio of area S3 of the reverse current absorbing body present at position I corresponding to a height of h/2 or more and h or less to area S A of the cathode-facing surface of the substrate corresponding to the position I satisfies 0.20 ≤ S3/S A < 1.0,
A method for synthesizing a material , the method comprising the following steps: 1) providing a chamber , 2) placing a substrate arranged to bear the material to be synthesized in the chamber , 3) providing a photon-generating device arranged to send pump photons into the chamber , 4) providing in the chamber , near the substrate, reagents to synthesize said material comprising a gas, and ionising at least part of said gas in order to form a plasma comprising ions close to the substrate, 5) providing means for steering Raman photons in the chamber , 6) sending, in the chamber on a surface of the substrate close to the reagents, pump photons at a frequency likely to transform a part of the substrate into a state from which Raman emission is possible, 7) the surface of the substrate close to the reagents emits a Raman photon, and 8) steering Raman photons emitted by the substrate toward the reagents close to the substrate to synthesize the material on the substrate from the reagents . 1) providing a chamber , 2) placing a substrate arranged to bear the material to be synthesized in the chamber , 3) providing a photon-generating device arranged to send pump photons into the chamber , 4) providing in the chamber , near the substrate, reagents to synthesize said material comprising a gas, and ionising at least part of said gas in order to form a plasma comprising ions close to the substrate, 5) providing means for steering Raman photons in the chamber , 6) sending, in the chamber on a surface of the substrate close to the reagents, pump photons at a frequency likely to transform a part of the substrate into a state from which Raman emission is possible, 7) the surface of the substrate close to the reagents emits a Raman photon, and 8) steering Raman photons emitted by the substrate toward the reagents close to the substrate to synthesize the material on the substrate from the reagents .
A device for measuring a pressure differential comprising: a tube comprising a closed insertion portion for insertion into a body, the insertion portion having an insertion end , and an internal bore which is in communication with ambient pressure via an opening in the tube; at least one pressure sensor located in or on the insertion portion, the pressure sensor comprising an internally facing region which is in communication with the internal bore and an externally facing region which is in communication with an exterior of the tube; and a processor configured to provide a stimulus to mechanically excite the pressure sensor so that when the stimulus is provided, the pressure sensor provides a measurable resonant response, wherein the processor correlates the measurable resonant response with the pressure differential between the exterior of the tube and the internal bore. a tube comprising a closed insertion portion for insertion into a body, the insertion portion having an insertion end , and an internal bore which is in communication with ambient pressure via an opening in the tube; at least one pressure sensor located in or on the insertion portion, the pressure sensor comprising an internally facing region which is in communication with the internal bore and an externally facing region which is in communication with an exterior of the tube; and a processor configured to provide a stimulus to mechanically excite the pressure sensor so that when the stimulus is provided, the pressure sensor provides a measurable resonant response, wherein the processor correlates the measurable resonant response with the pressure differential between the exterior of the tube and the internal bore.
A modular axial flow fan assembly comprising: a blade (24; 24') comprising: a tip (24-1); a root end (24-2) opposite the tip, wherein a blade length (L) is defined between the root end and the tip; a mounting pad located adjacent to the root end, wherein the mounting pad has a first thickness that is substantially uniform and wherein the mounting pad includes a plurality of fastener openings ; a working portion adjoining the tip, wherein the working portion defines an aerodynamic profile; and a transition zone between the mounting pad and the working portion; and a center hub assembly comprising: a first plate (26-1) having an outer edge (26-3); and a second plate (26-2) having an outer edge (26-3); characterized in that the transition zone includes a narrowing transition region and a second region with a second thickness that is substantially uniform, the second thickness being less than the first thickness, such that a first gap is formed between the blade and the first plate at the outer edge of the first plate. a blade (24; 24') comprising: a tip (24-1); a root end (24-2) opposite the tip, wherein a blade length (L) is defined between the root end and the tip; a mounting pad located adjacent to the root end, wherein the mounting pad has a first thickness that is substantially uniform and wherein the mounting pad includes a plurality of fastener openings ; a working portion adjoining the tip, wherein the working portion defines an aerodynamic profile; and a transition zone between the mounting pad and the working portion; and a tip (24-1); a root end (24-2) opposite the tip, wherein a blade length (L) is defined between the root end and the tip; a mounting pad located adjacent to the root end, wherein the mounting pad has a first thickness that is substantially uniform and wherein the mounting pad includes a plurality of fastener openings ; a working portion adjoining the tip, wherein the working portion defines an aerodynamic profile; and a transition zone between the mounting pad and the working portion; and a center hub assembly comprising: a first plate (26-1) having an outer edge (26-3); and a second plate (26-2) having an outer edge (26-3); a first plate (26-1) having an outer edge (26-3); and a second plate (26-2) having an outer edge (26-3); characterized in that the transition zone includes a narrowing transition region and a second region with a second thickness that is substantially uniform, the second thickness being less than the first thickness, such that a first gap is formed between the blade and the first plate at the outer edge of the first plate.
An information processing apparatus comprising: search means for automatically and repeatedly searching for a predetermined access point; connection means for automatically connecting to a server via the access point when the search means has detected the access point; reception means for automatically performing processes of receiving one or more programs from the server; installation means for automatically performing processes of installing the programs on the information processing apparatus; list creation means for creating and outputting a list of the installed programs; selection means for selecting any of the programs from the list in accordance with a predetermined operation performed by a user on the information processing apparatus; uninstallation means for performing a process of uninstalling the selected program; and deletion history storage means for storing deleted program specification information specifying the program uninstalled by the uninstallation means, wherein the reception means does not perform a process of receiving, among programs indicated by currently-distributed program information, a program specified by the deleted program specification information. search means for automatically and repeatedly searching for a predetermined access point; connection means for automatically connecting to a server via the access point when the search means has detected the access point; reception means for automatically performing processes of receiving one or more programs from the server; installation means for automatically performing processes of installing the programs on the information processing apparatus; list creation means for creating and outputting a list of the installed programs; selection means for selecting any of the programs from the list in accordance with a predetermined operation performed by a user on the information processing apparatus; uninstallation means for performing a process of uninstalling the selected program; and deletion history storage means for storing deleted program specification information specifying the program uninstalled by the uninstallation means, wherein the reception means does not perform a process of receiving, among programs indicated by currently-distributed program information, a program specified by the deleted program specification information.
A baffled insulating garment/blanket panel comprising: a first layer ; a second layer having folds forming trough-shaped walls comprising a first wall (54-1), a second wall (54-2, 54-6) and a third wall (54-3, 54-4), wherein each of the first wall (54-1), second wall (54-2, 54-6) and the third wall (54-3, 54-4) has a trough bottom and a trough top and wherein the trough bottom is secured adjacent to the first layer ; an insulating particle layer comprising: a first portion (60-1, 80-3) between the first wall (54-1) and the second wall (54-2, 54-6) and sandwiched between the first layer and the second layer ; and a second portion (60-2, 80-1) between the second wall (54-2, 54-6) and the third wall (54-3, 54-4) and sandwiched between the first layer and the second layer ; and a third layer having folds forming consecutive trough-shaped walls comprising a fourth wall (64-1) secured within the first wall (54-1) and a fifth wall (64-2, 64-3) secured within the third wall (54-3, 54-4), characterised in that portions of the third layer between the fourth wall (64-1) and the fifth wall (64-2, 64-3) span across the trough top of the second wall (54-2, 54-6). a first layer ; a second layer having folds forming trough-shaped walls comprising a first wall (54-1), a second wall (54-2, 54-6) and a third wall (54-3, 54-4), wherein each of the first wall (54-1), second wall (54-2, 54-6) and the third wall (54-3, 54-4) has a trough bottom and a trough top and wherein the trough bottom is secured adjacent to the first layer ; an insulating particle layer comprising: a first portion (60-1, 80-3) between the first wall (54-1) and the second wall (54-2, 54-6) and sandwiched between the first layer and the second layer ; and a second portion (60-2, 80-1) between the second wall (54-2, 54-6) and the third wall (54-3, 54-4) and sandwiched between the first layer and the second layer ; and a first portion (60-1, 80-3) between the first wall (54-1) and the second wall (54-2, 54-6) and sandwiched between the first layer and the second layer ; and a second portion (60-2, 80-1) between the second wall (54-2, 54-6) and the third wall (54-3, 54-4) and sandwiched between the first layer and the second layer ; and a third layer having folds forming consecutive trough-shaped walls comprising a fourth wall (64-1) secured within the first wall (54-1) and a fifth wall (64-2, 64-3) secured within the third wall (54-3, 54-4), characterised in that portions of the third layer between the fourth wall (64-1) and the fifth wall (64-2, 64-3) span across the trough top of the second wall (54-2, 54-6).
Elastomeric composition comprising a) an elastomeric matrix comprising at least 60 phr of at least one elastomer selected from natural rubber and synthetic polyisoprenes, b) 10 to 30 phr of a carbon black having a BET specific surface area of from 15 to 28 m 2 /g and a COAN index of from 20 to 60 ml/g, c) at least 10 phr of at least one plasticizer, and d) a crosslinking system. a) an elastomeric matrix comprising at least 60 phr of at least one elastomer selected from natural rubber and synthetic polyisoprenes, b) 10 to 30 phr of a carbon black having a BET specific surface area of from 15 to 28 m 2 /g and a COAN index of from 20 to 60 ml/g, c) at least 10 phr of at least one plasticizer, and d) a crosslinking system.
A method for configuring a speaker system, the method comprising: collecting, by one or more drone speaker units, first sensor data associated with a first listening environment; generating a first spatial map of the first listening environment based on the first sensor data; determining a first set of perch locations within the first listening environment based on the first spatial map; deploying a fleet of drone speaker units to the first set of perch locations to populate the first listening environment with one or more speakers; and causing the one or more speakers to output sound from the first set of perch locations to generate a first sound field within the first listening environment. collecting, by one or more drone speaker units, first sensor data associated with a first listening environment; generating a first spatial map of the first listening environment based on the first sensor data; determining a first set of perch locations within the first listening environment based on the first spatial map; deploying a fleet of drone speaker units to the first set of perch locations to populate the first listening environment with one or more speakers; and causing the one or more speakers to output sound from the first set of perch locations to generate a first sound field within the first listening environment.
An apparatus configured to transmit power via a magnetic field, the apparatus comprising: an antenna circuit configured to inductively transmit power at a transmit power level via the magnetic field to a receiver device ; a presence detection sensor configured to use a sensor signal other than the transmitted power and which is configured to sense a movement of a human, wherein the presence detection sensor comprises a sensor selected from the group consisting of an infrared sensor, a microwave sensor, or a combination thereof, configured to detect the presence of the human in the proximity of the antenna circuit; and a controller configured to reduce the transmit power level to a reduced transmit power level in response to detecting the presence of the human in the proximity of the antenna circuit, wherein an indication that the antenna circuit is positioned relative to the receiver device to transmit power to the receiver device is provided, during a time period when the transmit power level is reduced in response to detecting the presence of the human. an antenna circuit configured to inductively transmit power at a transmit power level via the magnetic field to a receiver device ; a presence detection sensor configured to use a sensor signal other than the transmitted power and which is configured to sense a movement of a human, wherein the presence detection sensor comprises a sensor selected from the group consisting of an infrared sensor, a microwave sensor, or a combination thereof, configured to detect the presence of the human in the proximity of the antenna circuit; and a controller configured to reduce the transmit power level to a reduced transmit power level in response to detecting the presence of the human in the proximity of the antenna circuit, wherein an indication that the antenna circuit is positioned relative to the receiver device to transmit power to the receiver device is provided, during a time period when the transmit power level is reduced in response to detecting the presence of the human.
A method performed by a user equipment, UE, of receiving a paging message for the method comprising: receiving a paging record (PR) delivery rule (S301); entering into a power saving mode (S302); determining a bandwidth part. BWP, according to the PR delivery rule, a discontinuous reception, DRX, cycle and an identification_ID, of the UE (S303), determining whether the UE is located under a cell which corresponds to the BWP; re-selecting a cell which corresponds to the BWP which has been determined in response to the UE not being located under a cell which corresponds to the BWP (S304); and receiving a paging message transmitted through the BWP by the cell (S305). receiving a paging record (PR) delivery rule (S301); entering into a power saving mode (S302); determining a bandwidth part. BWP, according to the PR delivery rule, a discontinuous reception, DRX, cycle and an identification_ID, of the UE (S303), determining whether the UE is located under a cell which corresponds to the BWP; re-selecting a cell which corresponds to the BWP which has been determined in response to the UE not being located under a cell which corresponds to the BWP (S304); and receiving a paging message transmitted through the BWP by the cell (S305).
An intelligent charger for an aerosol delivery device , the intelligent charger comprising: a housing ; a first connector coupled to the housing and configured to engage a control body coupled or coupleable with a cartridge to form the aerosol delivery device , the cartridge being equipped with a heating element and including aerosol precursor composition, and the control body including a power source configured to provide power to the heating element to activate and vaporize components of the aerosol precursor composition; a second connector coupled to the housing and configured to engage a power supply , the power supply being connected with the power source when the first connector is engaged with the control body and the second connector is engaged with the power supply , the power supply being controllable to provide power to recharge the power source ; and a power management integrated circuit (PMIC) configured to obtain measurements of a temperature of the power source , compare the temperature to a predetermined range of temperatures, and control the power provided by the power supply to maintain the temperature within the predetermined range of temperatures during recharge, wherein the PMIC is configured to control the power provided by the power supply based on a predefined charging profile of the power source , characterized in that the PMIC is configured to receive the predefined charging profile from an external computing device connected to the intelligent charger . a housing ; a first connector coupled to the housing and configured to engage a control body coupled or coupleable with a cartridge to form the aerosol delivery device , the cartridge being equipped with a heating element and including aerosol precursor composition, and the control body including a power source configured to provide power to the heating element to activate and vaporize components of the aerosol precursor composition; a second connector coupled to the housing and configured to engage a power supply , the power supply being connected with the power source when the first connector is engaged with the control body and the second connector is engaged with the power supply , the power supply being controllable to provide power to recharge the power source ; and a power management integrated circuit (PMIC) configured to obtain measurements of a temperature of the power source , compare the temperature to a predetermined range of temperatures, and control the power provided by the power supply to maintain the temperature within the predetermined range of temperatures during recharge, wherein the PMIC is configured to control the power provided by the power supply based on a predefined charging profile of the power source , characterized in that the PMIC is configured to receive the predefined charging profile from an external computing device connected to the intelligent charger .
An apparatus for use in a user equipment, UE , comprising: one or more baseband processing units configured to: decode a radio resource control, RRC, message including a semi-persistent scheduling, SPS, configuration with an SPS uplink, UL, interval; store data in a hybrid automatic repeat request, HARQ, buffer associated with a HARQ process for transmission to a radio access network, RAN, node ; and determine that the SPS UL interval is less than a threshold number of subframes , the HARQ buffer associated with the HARQ process is not empty, and a HARQ feedback of the HARQ process includes a negative acknowledgement, NACK, and generate a non-adaptive retransmission of the data on a configured UL grant using the SPS UL interval. decode a radio resource control, RRC, message including a semi-persistent scheduling, SPS, configuration with an SPS uplink, UL, interval; store data in a hybrid automatic repeat request, HARQ, buffer associated with a HARQ process for transmission to a radio access network, RAN, node ; and determine that the SPS UL interval is less than a threshold number of subframes , the HARQ buffer associated with the HARQ process is not empty, and a HARQ feedback of the HARQ process includes a negative acknowledgement, NACK, and generate a non-adaptive retransmission of the data on a configured UL grant using the SPS UL interval.
Stave for making wood barrels, characterized in that the stave is composed of individual segments (2a to 2e) that are rigidly connected to one another on the face sides.