mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless device comprising storage and processing circuitry configured to: cause to send a beacon frame , wherein the beacon frame corresponds to a beacon interval; wherein the storage and processing circuitry further configured to: generate a first trigger frame , the first trigger frame comprising an indication that a second trigger frame is to be transmitted during the beacon interval, and an indication of a first resource unit for orthogonal frequency division multiple access communication; generate the second trigger frame , the second trigger frame comprising an indication of a second resource unit for orthogonal frequency division multiple access communication and information to be utilized by a receiving station to determine a power state transition; cause to send the first trigger frame to one or more station devices during the beacon interval; and cause to send the second trigger frame to the one or more station devices during the beacon interval. generate a first trigger frame , the first trigger frame comprising an indication that a second trigger frame is to be transmitted during the beacon interval, and an indication of a first resource unit for orthogonal frequency division multiple access communication; generate the second trigger frame , the second trigger frame comprising an indication of a second resource unit for orthogonal frequency division multiple access communication and information to be utilized by a receiving station to determine a power state transition; cause to send the first trigger frame to one or more station devices during the beacon interval; and cause to send the second trigger frame to the one or more station devices during the beacon interval.
A method for preparing a pharmaceutical composition the method comprising: (i) providing a first combination comprising: (a) a compound: or a pharmaceutically acceptable salt thereof; (b) a low chloride cyclodextrin ("CD"), that is a chloride-containing cyclodextrin having less than or equal to 0.05% w/w sodium chloride, or if a chloride source(s) other than or in addition to sodium chloride is/are present, a chloride-containing cyclodextrin having a chloride ion content that is less than or equal to the amount of chloride that would be present in a cyclodextrin having 0.05% w/w sodium chloride, and (c) water; wherein the first combination is heterogeneous and the compound or salt has a low solubility in the first combination; and (ii) contacting the first combination with an acid to form a second combination, wherein the compound is more soluble in the second combination than in the first combination and the acid is selected from lactic acid, acetic acid, formic acid, citric acid, oxalic acid, uric acid, succinic acid, maleic acid, fumaric acid, benzoic acid, tartaric acid, bisulfate, and phosphoric acid or salts of phosphate, wherein the method is performed in the absence of hydrochloric acid. (i) providing a first combination comprising: (a) a compound: or a pharmaceutically acceptable salt thereof; (b) a low chloride cyclodextrin ("CD"), that is a chloride-containing cyclodextrin having less than or equal to 0.05% w/w sodium chloride, or if a chloride source(s) other than or in addition to sodium chloride is/are present, a chloride-containing cyclodextrin having a chloride ion content that is less than or equal to the amount of chloride that would be present in a cyclodextrin having 0.05% w/w sodium chloride, and (c) water; wherein the first combination is heterogeneous and the compound or salt has a low solubility in the first combination; and (a) a compound: or a pharmaceutically acceptable salt thereof; (b) a low chloride cyclodextrin ("CD"), that is a chloride-containing cyclodextrin having less than or equal to 0.05% w/w sodium chloride, or if a chloride source(s) other than or in addition to sodium chloride is/are present, a chloride-containing cyclodextrin having a chloride ion content that is less than or equal to the amount of chloride that would be present in a cyclodextrin having 0.05% w/w sodium chloride, and (c) water; wherein the first combination is heterogeneous and the compound or salt has a low solubility in the first combination; and (ii) contacting the first combination with an acid to form a second combination, wherein the compound is more soluble in the second combination than in the first combination and the acid is selected from lactic acid, acetic acid, formic acid, citric acid, oxalic acid, uric acid, succinic acid, maleic acid, fumaric acid, benzoic acid, tartaric acid, bisulfate, and phosphoric acid or salts of phosphate,
Hot-forming apparatus for producing glass containers from a glass tube, having a rotary table which is supported so as to be rotationally movable, and an associated drive motor for driving the rotary table , wherein a plurality of retention chucks are arranged in a state distributed over the circumference of the rotary table in order to retain workpieces , characterised in that in the rotary table there is formed a coolant channel which is fluid-tight and through which a coolant can flow in order to cool the rotary table . a glass tube, having a rotary table which is supported so as to be rotationally movable, and an associated drive motor for driving the rotary table , wherein a plurality of retention chucks are arranged in a state distributed over the circumference of the rotary table in order to retain workpieces , characterised in that in the rotary table there is formed a coolant channel which is fluid-tight and through which a coolant can flow in order to cool the rotary table .
A system for treating a tissue site, comprising: a tape comprising a flexible material for placing in contact with a perimeter of the tissue site, wherein the flexible material of the tape comprises a hydrogel including a non-adherent upper surface and a tissue-facing surface in the form of segments formed from the hydrogel and reinforced with an internal textile scrim ; a tissue interface comprising a granulating surface for placing in contact with the tissue site, inside of a boundary formed by the tape ; a cover for positioning over the tape and tissue interface and a portion of an epidermis surrounding the tissue site, wherein the cover has an adherent material comprising a medically-acceptable, pressure-sensitive adhesive that extends about a periphery of the cover for coupling to the epidermis surrounding the tissue site and operable to form a fluid seal, and wherein the cover is non-adherent to the non-adherent upper surface of the tape ; and a negative-pressure subsystem for providing negative pressure to the tissue interface. a tape comprising a flexible material for placing in contact with a perimeter of the tissue site, wherein the flexible material of the tape comprises a hydrogel including a non-adherent upper surface and a tissue-facing surface in the form of segments formed from the hydrogel and reinforced with an internal textile scrim ; a tissue interface comprising a granulating surface for placing in contact with the tissue site, inside of a boundary formed by the tape ; a cover for positioning over the tape and tissue interface and a portion of an epidermis surrounding the tissue site, wherein the cover has an adherent material comprising a medically-acceptable, pressure-sensitive adhesive that extends about a periphery of the cover for coupling to the epidermis surrounding the tissue site and operable to form a fluid seal, and wherein the cover is non-adherent to the non-adherent upper surface of the tape ; and a negative-pressure subsystem for providing negative pressure to the tissue interface.
A printing system for printing substrates , in particular printed circuit boards, comprising a printing device having at least one printing table and a printing template assigned to the printing table , and comprising means for aligning a substrate on the printing table , characterized in that the means have a first pair of first slide elements that can be displaced counter to one another along a first axis , and a second pair of second slide elements that can be displaced counter to one another along a second axis which differs from the first axis , wherein at least one drive device is assigned to each pair for simultaneously displacing the slide elements (13-16) thereof, and that the slide elements (13-16) of the respective pair on their relocation are mechanically coupled together in such a way that they are always displaced in opposite directions to one another when the drive device is activated.
Poly(3-hydroxyalkanoate) foam particles, wherein a gel fraction of the whole foam particles is from 30 to 80% by weight, and a difference in gel fraction between inside and outside of the foam particles is 25% by weight or less, whereby the gel fraction is determined using the method given in the description.
A linear stapler comprising: a support base having a proximal end and a distal end; a trigger located at the proximal end of the support base; an end effector located at the distal end of the support base, fired by the trigger and including a cartridge , the cartridge comprising a cartridge body including a spent cartridge indicator, said linear stapler being characterized in that the spent cartridge indicator comprises an indicator window formed in the cartridge body and an indicator feature formed on a staple driver for driving staples in the cartridge, such that after the cartridge is fired, the indicator window displays the indicator feature. a support base having a proximal end and a distal end; a trigger located at the proximal end of the support base; an end effector located at the distal end of the support base, fired by the trigger and including a cartridge , the cartridge comprising a cartridge body including a spent cartridge indicator, said linear stapler being characterized in that the spent cartridge indicator comprises an indicator window formed in the cartridge body and an indicator feature formed on a staple driver for driving staples in the cartridge, such that after the cartridge is fired, the indicator window displays the indicator feature.
A method of operating a user terminal for wireless telecommunications using any of a plurality of different radio access technologies including a Circuit Switched, CS, access and a Packet Switched, PS access, wherein the PS access includes access via a Long Term Evolution, LTE, network and WiFi access via a Wireless Local Area Network, WLAN, and wherein the user terminal is accessing an IP Multimedia Subsystem, IMS, network via the LTE network and for handover of a voice call from the LTE access to CS access uses Single Radio Voice Call Continuity, SRVCC, handover procedures in which the user terminal sends measurement reports to the LTE network for a determination that a SRVCC handover to a CS access is required, and the user terminal receives a command to hand over to a CS access after or before a Session Initiation Protocol, SIP, INVITE message is acted upon in the IMS network , the method further comprising: (i) making a determination to switch from a PS LTE access to a WiFi access, (ii) switching to WiFi access, (iii) sending a Session Initiation Protocol, SIP, re-INVITE message to the IMS network indicating that the user terminal is now using a WLAN connection , and (iv) after switching to WiFi access ignoring or rejecting said command received to hand over to a CS access. (i) making a determination to switch from a PS LTE access to a WiFi access, (ii) switching to WiFi access, (iii) sending a Session Initiation Protocol, SIP, re-INVITE message to the IMS network indicating that the user terminal is now using a WLAN connection , and (iv) after switching to WiFi access ignoring or rejecting said command received to hand over to a CS access.
A vacuum cleaner to collect dust, the vacuum cleaner comprising: a cyclone dust collector , the cyclone dust collector comprising: a case including a bottom and an upper part; a first cover couplable to the case , the first cover configured to selectively open and close the bottom of the case ; and a grill assembly configured to be selectively detachable from the cyclone dust collector , so that the collected dust is removed from the grill assembly as the grill assembly detaches from the cyclone dust collector , and when the grill assembly is rotated in one direction, the first cover is opened and the grill assembly is pulled out of the upper part of the case to be detached from the upper part of the case . a case including a bottom and an upper part; a first cover couplable to the case , the first cover configured to selectively open and close the bottom of the case ; and a grill assembly configured to be selectively detachable from the cyclone dust collector , so that the collected dust is removed from the grill assembly as the grill assembly detaches from the cyclone dust collector , and when the grill assembly is rotated in one direction, the first cover is opened and the grill assembly is pulled out of the upper part of the case to be detached from the upper part of the case .
An aerosol-generating system comprising: a capsule comprising a reservoir for containing an aerosol-generating substrate; and a vaporizing unit releasably connectable to the capsule , the vaporizing unit comprising a housing , a liquid transfer element disposed in the housing , and a heating element disposed in the housing and configured to heat liquid in the liquid transfer element , wherein the housing comprises a proximal end and wherein at least a portion of the liquid transfer element extends beyond the proximal end of the housing , wherein the vaporizing unit is configured such that the liquid transfer element is the first portion of the vaporizing unit to penetrate into the reservoir of the capsule as a distal end of the capsule is moved towards the proximal end of the vaporizing unit; and wherein the vaporizing unit further comprises a retractable sheath disposed about the portion of the liquid transfer element that extends beyond the proximal end of the housing . a capsule comprising a reservoir for containing an aerosol-generating substrate; and a vaporizing unit releasably connectable to the capsule , the vaporizing unit comprising a housing , a liquid transfer element disposed in the housing , and a heating element disposed in the housing and configured to heat liquid in the liquid transfer element , wherein the housing comprises a proximal end and wherein at least a portion of the liquid transfer element extends beyond the proximal end of the housing , wherein the vaporizing unit is configured such that the liquid transfer element is the first portion of the vaporizing unit to penetrate into the reservoir of the capsule as a distal end of the capsule is moved towards the proximal end of the vaporizing unit; and wherein the vaporizing unit further comprises a retractable sheath disposed about the portion of the liquid transfer element that extends beyond the proximal end of the housing .
A solid state dual fire circuit for use in a perforating gun string comprising one or more tools , wherein the solid state dual fire circuit comprises: a transformer with a primary coil , a first secondary coil , a second secondary coil , and a third secondary coil ; a first MOSFET , wherein the first MOSFET controls whether the bottom of the tool is shorted to ground; a second MOSFET , wherein the second MOSFET engages or disengages a voltage clamp ; a third MOSFET , wherein the third MOSFET (Q7) controls power to tools coupled to the perforating gun string ; wherein the voltage clamp when activated energizes a detonator in the perforating gun string . a transformer with a primary coil , a first secondary coil , a second secondary coil , and a third secondary coil ; a first MOSFET , wherein the first MOSFET controls whether the bottom of the tool is shorted to ground; a second MOSFET , wherein the second MOSFET engages or disengages a voltage clamp ; a third MOSFET , wherein the third MOSFET (Q7) controls power to tools coupled to the perforating gun string ; wherein the voltage clamp when activated energizes a detonator in the perforating gun string .
Crash structure for a motor vehicle , comprising a carrier body , from the carrier surface of which at least one deformation unit formed integrally with the carrier body protrudes, which deformation unit is formed by at least two deformation elements , which are arranged one above the other and are connected to one another, and by an impact surface , wherein a longitudinal section of each deformation element has two longitudinal sectional surfaces lying opposite one another and following respective non-straight curves , wherein the impact surface is spaced apart from the carrier surface by the deformation elements , characterised in that each non-straight curve is a branch of a hyperbola.
Master cylinder for a hydraulic brake or clutch of handlebar-guided vehicles, which has a housing in which a compensation space for hydraulic fluid is arranged, a groove , which encloses the compensation space, being provided in the housing , the compensation space being sealed in fluid-tight manner by means of a bellows , and the bellows having a sealing element which is arranged in the groove , characterized in that the width (bd) of the sealing element of the bellows is greater than the groove width (bn) of the groove .
A grey iron alloy containing (in wt%): C: ≤ 4.2 % Si: 1 - <1.30 % Mn: 0.4 - 0.8 % Nb: 0.05 - 0.4 % Cr: ≤ 0.4 % Cu: ≤ 0.7 % V + Ti + Mo: ≤0.4 % P: <0.05 % S: <0.1 % the remainder consisting of Fe and naturally occurring impurities, and the degree of saturation Sc, expressed as % ⁢ C / 4.26 − 0.317 * % Si + 0.027 % Mn − 0.3 % P > 1 .
A method for causing a processor to perform a query on a column-store table comprising one or more column vectors of encoded values, the method comprising configuring the processor to: receive the query, the query comprising a filter to be applied to at least a first column vector of the encoded values, wherein the first column vector comprises a plurality of contiguous segments , each segment being encoded separately from segments of another column vector of the column-store table ; process the query for a batch of the encoded values in a segment of the first column vector , whereby to generate a first vector indicative of respective encoded values passing the filter or failing the filter; determine , from the first vector, a selectivity indicator of the filter for the encoded values in the batch , the selectivity indicator indicating encoded values passing the filter relative to the encoded values in the batch of the segment of the first column vector or encoded values failing the filter relative to the encoded values in the batch of the segment of the first column vector ; determine a bit length for encoding of the encoded values in the segment of the first column vector ; and for the batch of the encoded values, select an algorithm from a plurality of algorithms for further processing the query, the algorithm being selected based on the selectivity indicator for the batch and the determined bit length of the encoded values in the segment of the first column vector . receive the query, the query comprising a filter to be applied to at least a first column vector of the encoded values, wherein the first column vector comprises a plurality of contiguous segments , each segment being encoded separately from segments of another column vector of the column-store table ; process the query for a batch of the encoded values in a segment of the first column vector , whereby to generate a first vector indicative of respective encoded values passing the filter or failing the filter; determine , from the first vector, a selectivity indicator of the filter for the encoded values in the batch , the selectivity indicator indicating encoded values passing the filter relative to the encoded values in the batch of the segment of the first column vector or encoded values failing the filter relative to the encoded values in the batch of the segment of the first column vector ; determine a bit length for encoding of the encoded values in the segment of the first column vector ; and for the batch of the encoded values, select an algorithm from a plurality of algorithms for further processing the query, the algorithm being selected based on the selectivity indicator for the batch and the determined bit length of the encoded values in the segment of the first column vector .
A method of optically determining the presence of volcanic ash within a cloud, comprising: emitting a circularly polarized illuminating beam into the cloud ; and analyzing backscatter light to identify the presence of volcanic ash within the cloud , wherein the step of analyzing comprises determining a degree to which the cloud has altered the polarization state of the emitted beam to distinguish between liquid and solid , and measuring the opacity of the backscatter light to distinguish between ice and volcanic ash . emitting a circularly polarized illuminating beam into the cloud ; and analyzing backscatter light to identify the presence of volcanic ash within the cloud , wherein the step of analyzing comprises determining a degree to which the cloud has altered the polarization state of the emitted beam to distinguish between liquid and solid , and measuring the opacity of the backscatter light to distinguish between ice and volcanic ash .
A method of reconstructing colour and depth information of a scene, the method comprising: receiving (S201) at least one colour image of a scene, the at least one colour image being captured from a respective viewpoint; obtaining (S202) depth information of the scene for the respective viewpoint; generating a point cloud of the scene based on the at least one colour image and the obtained depth information; generating (S203) a projection of the point cloud from an alternative viewpoint, the alternative viewpoint being different from the respective viewpoint, and including occluded parts of the scene for which colour and depth information is missing; converting (S204) the projection of the point cloud to respective sparse colour and depth images; estimating (S206) colour information for at least some of the scene in the sparse colour image for which there is no colour information, thereby reconstructing a more complete colour image of the scene from the alternative viewpoint; and estimating, based on the reconstructed colour image and the obtained depth information, depth information for at least some of the scene for which there is no depth information, thereby reconstructing a more complete depth image of the scene from the alternative viewpoint. receiving (S201) at least one colour image of a scene, the at least one colour image being captured from a respective viewpoint; obtaining (S202) depth information of the scene for the respective viewpoint; generating a point cloud of the scene based on the at least one colour image and the obtained depth information; generating (S203) a projection of the point cloud from an alternative viewpoint, the alternative viewpoint being different from the respective viewpoint, and including occluded parts of the scene for which colour and depth information is missing; converting (S204) the projection of the point cloud to respective sparse colour and depth images; estimating (S206) colour information for at least some of the scene in the sparse colour image for which there is no colour information, thereby reconstructing a more complete colour image of the scene from the alternative viewpoint; and estimating, based on the reconstructed colour image and the obtained depth information, depth information for at least some of the scene for which there is no depth information, thereby reconstructing a more complete depth image of the scene from the alternative viewpoint.