mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a cell culture article, the method comprising: forming a microcarrier from a microcarrier composition comprising a polygalacturonic acid compound or an alginic acid compound; infiltrating the microcarrier with a drying formulation to form an infiltrated microcarrier; and drying the infiltrated microcarrier to form a dried microcarrier, wherein the drying formulation comprises at least one of 5 to 40 wt.% saccharide and 50 to 200 mM monovalent cation, wherein the saccharide is selected from the group consisting of sucrose and glucose, and the monovalent cation is selected from the group consisting of sodium, potassium and ammonium ions. forming a microcarrier from a microcarrier composition comprising a polygalacturonic acid compound or an alginic acid compound; infiltrating the microcarrier with a drying formulation to form an infiltrated microcarrier; and drying the infiltrated microcarrier to form a dried microcarrier, wherein the drying formulation comprises at least one of 5 to 40 wt.% saccharide and 50 to 200 mM monovalent cation, wherein the saccharide is selected from the group consisting of sucrose and glucose, and the monovalent cation is selected from the group consisting of sodium, potassium and ammonium ions.
A mechanical pipette with a variable dosing volume comprising: a. a manually drivable mechanical unit for pipetting liquids , b. at least one sensor for detecting operating and/or performance data, c. an operating unit comprising a dosing knob and an adjusting element for the dosing volume, and d. a display unit configured to display operating data and/or performance data, e. the pipette being divided into physically separate parts, that is, a device module and a physically separate display module , f. wherein the device module comprises the manually drivable mechanical unit for pipetting, the sensor and the operating unit and wherein the device module does not have a display unit, g. wherein the display module completely comprises the display unit , and h. means for wireless communication between the device module and the display module . a. a manually drivable mechanical unit for pipetting liquids , b. at least one sensor for detecting operating and/or performance data, c. an operating unit comprising a dosing knob and an adjusting element for the dosing volume, and d. a display unit configured to display operating data and/or performance data, e. the pipette being divided into physically separate parts, that is, a device module and a physically separate display module , f. wherein the device module comprises the manually drivable mechanical unit for pipetting, the sensor and the operating unit and wherein the device module does not have a display unit, g. wherein the display module completely comprises the display unit , and h. means for wireless communication between the device module and the display module .
A method for wireless communications, comprising: initiating , by a source device , a media stream to a sink device over a first protocol during a Wi-Fi peer-to-peer remote display session; identifying a second protocol supported by the sink device ; and dynamically switching to the second protocol to transmit the media stream during the Wi-Fi peer-to-peer remote display session; and wherein identifying the second protocol supported by the sink device is characterized by comprising : transmitting , by the source device , a query to the sink device to determine whether the sink device supports Transmission Control Protocol, TCP, and one or more ports to be used for a TCP connection; and receiving , by the source device , a message, in response to the query, affirming that the sink device supports TCP and the ports information. initiating , by a source device , a media stream to a sink device over a first protocol during a Wi-Fi peer-to-peer remote display session; identifying a second protocol supported by the sink device ; and dynamically switching to the second protocol to transmit the media stream during the Wi-Fi peer-to-peer remote display session; and wherein identifying the second protocol supported by the sink device is characterized by comprising : transmitting , by the source device , a query to the sink device to determine whether the sink device supports Transmission Control Protocol, TCP, and one or more ports to be used for a TCP connection; and receiving , by the source device , a message, in response to the query, affirming that the sink device supports TCP and the ports information. transmitting , by the source device , a query to the sink device to determine whether the sink device supports Transmission Control Protocol, TCP, and one or more ports to be used for a TCP connection; and receiving , by the source device , a message, in response to the query, affirming that the sink device supports TCP and the ports information.
Device for cutting the profile of a tyre tread in a tyre tread profiled element (B) made of a raw rubber mixture, and before cutting this profiled element into various sections intended for the fabrication of tyre treads of various tyres, characterized in that it comprises a frame supporting a cutting assembly and travel means making it possible for said profiled element (B) to be cut to travel in front of said cutting assembly , said cutting assembly comprising at least one cutter for cutting a longitudinal groove (S) in the outer face of said profiled element (B) and means for inducing vibration in said cutter in a transverse direction perpendicular to the direction of travel (X-X') of said profiled element, and the cutting assembly comprising a support plate below which said cutter(s) is or are fixed, this support plate being arranged horizontally or in a tangent plane opposite the upper face of the profiled element (B) in such a way that the cutter(s) can cut a longitudinal groove (S) therein, and being mounted at its two lateral ends on two vertical lateral spring blades , each spring blade having a lower end fastened to said frame and an upper end fastened to said support plate , in such a way that said support plate can move back and forth in a transverse direction perpendicular to the direction of travel (X-X') of said profiled element (B), under the action of said vibration-inducing means .
System for positioning a viewing screen, comprising a base body , at least one screen body (3; 103; 203) which comprises a suspension hook and, on the one hand, is configured to be rigidly connected, at least in one position of the screen body, to the base body and, on the other hand, is configured to fasten a viewing screen thereto, and a securing body (31; 131; 231) for releasably securing the rigid connection between the base body and the screen body, wherein the base body comprises a suspension edge , and the suspension hook and the suspension edge are configured to suspend the screen body (3; 103; 203) from the suspension edge of the base body via the suspension hook , and wherein the base body has a first hook edge and the securing body has a second hook edge (36; 136; 236), wherein the second hook edge is displaceable with respect to the screen body between a securing position in which the first hook edge and the second hook edge engage with each other, as a result of which or at least partly as a result of which the screen body is rigidly connected to the base body, and a free position in which the first hook edge and the second hook edge are free from each other to such an extent that the at least one screen body is displaceable with respect to the base body, the system further comprising a spring member (37; 137; 237) which is operative to withstand displacement of the second hook edge from the securing position to the free position, wherein the securing body is connected to the screen body so as to be pivotable about a pivot axis (53; 253) between the securing position and the free position.
A network node for a wireless communication system, comprising: a processor configured to allocate a plurality of control channel elements, CCEs, for a physical downlink control channel, PDCCH, having PDCCH candidates defined for a plurality of different CCE aggregation levels, ALs, a number of CCEs being defined by the different CCE ALs, the CCEs being allocated to a user device, wherein the processor is configured to form at least two search space blocks, each of the at least two search space blocks containing the CCEs of different CCE ALs, being allocated to different user devices and being in a nested structure to carry PDCCH candidates with the different CCE ALs; and a transceiver configured to transmit the PDCCH on allocated CCEs in each of the at least two search space blocks to the different user devices, respectively; the processor is further configured to shift, by an offset of one or more CCE lengths, start positions of CCE index of one of the at least two search space blocks of one of the different user devices with respect to start positions of CCE index of another one of the at least two search space blocks of another one of the different user devices; wherein the processor is configured to determine start positions of the PDCCH candidates within the at least two search space blocks based on an output of a first hashing function, a first offset, and a bit-map; and the first offset refers to an offset of one or more CCE lengths, wherein inputs of the first hashing function include at least one of the identity of the user device and a slot or symbol index. a processor configured to allocate a plurality of control channel elements, CCEs, for a physical downlink control channel, PDCCH, having PDCCH candidates defined for a plurality of different CCE aggregation levels, ALs, a number of CCEs being defined by the different CCE ALs, the CCEs being allocated to a user device, wherein the processor is configured to form at least two search space blocks, each of the at least two search space blocks containing the CCEs of different CCE ALs, being allocated to different user devices and being in a nested structure to carry PDCCH candidates with the different CCE ALs; and a transceiver configured to transmit the PDCCH on allocated CCEs in each of the at least two search space blocks to the different user devices, respectively; the processor is further configured to shift, by an offset of one or more CCE lengths, start positions of CCE index of one of the at least two search space blocks of one of the different user devices with respect to start positions of CCE index of another one of the at least two search space blocks of another one of the different user devices; wherein the processor is configured to determine start positions of the PDCCH candidates within the at least two search space blocks based on an output of a first hashing function, a first offset, and a bit-map; and the first offset refers to an offset of one or more CCE lengths, wherein inputs of the first hashing function include at least one of the identity of the user device and a slot or symbol index.
A solid dosage form of a pharmaceutical, nutraceutical, or food supplement composition, for oral administration, the solid dosage form comprising a plurality of channels extending through the body and a surface thereof; wherein: each channel is independently characterised by a particular channel cross-section which extends (and is suitably substantially preserved in terms of shape and/or dimensions) along at least part of the length of the channel, and the shortest dimension ( D min ) of the cross-section is greater than or equal to 0.2 mm, suitably greater than or equal to 0.4 mm; and at least one of the channels has at least one open-ended end or open-sided side such that the at least one of the channels is linked to the exterior of the solid dosage form (i.e. with channel openings at the surface of the solid dosage form). each channel is independently characterised by a particular channel cross-section which extends (and is suitably substantially preserved in terms of shape and/or dimensions) along at least part of the length of the channel, and the shortest dimension ( D min ) of the cross-section is greater than or equal to 0.2 mm, suitably greater than or equal to 0.4 mm; and at least one of the channels has at least one open-ended end or open-sided side such that the at least one of the channels is linked to the exterior of the solid dosage form (i.e. with channel openings at the surface of the solid dosage form).
A computer-implemented method for providing a token to a client computer based on TPM key attestation, the method comprising: receiving, at a server, a token request from a client computer, wherein the token request includes a key attestation claim and an endorsement key certificate; wherein the method is characterised by : providing, by the server, a single response to the client computer for the token request by: verifying the key attestation claim; generating a secret in response to verifying the token request; encrypting the token for the client with the secret to form an encrypted token; encrypting the secret with a TPM public endorsement key, extracted from the key attestation claim, to form an encrypted secret; and sending the encrypted token with the encrypted secret to the client computer. verifying the key attestation claim; generating a secret in response to verifying the token request; encrypting the token for the client with the secret to form an encrypted token; encrypting the secret with a TPM public endorsement key, extracted from the key attestation claim, to form an encrypted secret; and sending the encrypted token with the encrypted secret to the client computer.
A monitoring system for detecting a spectral anomaly in a cellular wireless network, wherein the cellular wireless network is a 5G ultra reliable and low latency communication, uRLLC, network using a private spectrum, and the monitoring system comprises: - at least two radio frequency, RF, receivers configured to monitor the cellular wireless network spectrum and for deriving spectrum and/or physical measurement values of the spectrum of the cellular wireless network, and - a processing unit configured to execute a spectral anomaly neural network trained by a machine learning algorithm in a training system, wherein the processing unit is configured to obtain the spectrum and/or the physical measurement values of the spectrum and process it to detect a spectral anomaly information; wherein the at least two RF receivers are configured to monitor and derive the spectrum over time and frequency to produce a waterfall diagram, wherein the processing unit is configured to obtain and process the waterfall diagram, and wherein the system is configured to triangulate the location of a spectral anomaly detected by the processing unit , wherein the triangulation is based on a correlation of the spectrums and/or physical measurement values of the at least two RF receivers . - at least two radio frequency, RF, receivers configured to monitor the cellular wireless network spectrum and for deriving spectrum and/or physical measurement values of the spectrum of the cellular wireless network, and - a processing unit configured to execute a spectral anomaly neural network trained by a machine learning algorithm in a training system, wherein the processing unit is configured to obtain the spectrum and/or the physical measurement values of the spectrum and process it to detect a spectral anomaly information; wherein the at least two RF receivers are configured to monitor and derive the spectrum over time and frequency to produce a waterfall diagram, wherein the processing unit is configured to obtain and process the waterfall diagram, and wherein the system is configured to triangulate the location of a spectral anomaly detected by the processing unit , wherein the triangulation is based on a correlation of the spectrums and/or physical measurement values of the at least two RF receivers .
A liposomal anti-infective for use in treating or ameliorating a pulmonary infection in a patient wherein the anti-infective is an amikacin, for pulmonary administration to the patient by inhalation, the dosing of the anti-infective is once a day or less and the lipids used to form the liposomes consist of dipalmitoylphosphatidylcholine (DPPC) and cholesterol, wherein the liposomes are obtained by a solvent infusion process.
A blow-by heater , comprising: a tube member allowing a blow-by gas to flow therethrough, and opening in a downstream side, wherein the tube member is formed as a resin molded article wherein a metal plate is inserted in a state of being processed to be bent into a tube shape, the metal plate processed to be bent into the tube shape forms a metal pipe including a flat wall portion , and a curved wall portion , a joining portion of the metal pipe is positioned in the curved wall portion , and a heating source is provided in the flat wall portion , characterized in that the joining portion of the metal pipe corresponds to a ridge line of a top portion of the curved wall portion facing the flat wall portion , and there are formed slope portions which are curved surfaces extending in a direction to the axis of the metal pipe on both sides of the ridge line, and there are provided abutting portions on outer peripheral faces of the slope portions. a tube member allowing a blow-by gas to flow therethrough, and opening in a downstream side, wherein the tube member is formed as a resin molded article wherein a metal plate is inserted in a state of being processed to be bent into a tube shape, the metal plate processed to be bent into the tube shape forms a metal pipe including a flat wall portion , and a curved wall portion , a joining portion of the metal pipe is positioned in the curved wall portion , and a heating source is provided in the flat wall portion , characterized in that the joining portion of the metal pipe corresponds to a ridge line of a top portion of the curved wall portion facing the flat wall portion , and there are formed slope portions which are curved surfaces extending in a direction to the axis of the metal pipe on both sides of the ridge line, and there are provided abutting portions on outer peripheral faces of the slope portions.
A self-lubricated sliding bearing for a rotary X-ray tube, the self-lubricated sliding bearing comprising: - a first bearing member ; - a second bearing member configured to concentrically enclose a portion of the first bearing member; and - a lubricant comprised in a gap between cooperating surfaces of the first bearing member the second bearing member ; wherein the cooperating surface of the second bearing member or the first bearing member comprises a first region comprising a pumping pattern configured to pump the lubricant; wherein said cooperating surface of the second bearing member or the first bearing member comprises a second region having a modified pumping pattern around a sector of the circumference of the cooperating surface; wherein the second region is disposed on the cooperating surface of the second bearing member or the first bearing member such that, in use, a bearing force generated by the pumping action of the lubricant opposes a radial load force (F R ) exerted on the self-lubricated sliding bearing in use, to thus reduce an eccentricity (A 1 -A 2 ) of the longitudinal axis (A 1 ) of the first bearing member with respect to the longitudinal axis (A 2 ) of second bearing member ; wherein the second region is disposed on the stationary cooperating surface of the bearing member and wherein the modified pumping pattern comprises a surface having a groove depth that becomes continuously shallower, and/or a groove width that becomes continuously narrower, around a circumferential length compared to the groove depth and/or width of the pumping pattern of the first region. - a first bearing member ; - a second bearing member configured to concentrically enclose a portion of the first bearing member; and - a lubricant comprised in a gap between cooperating surfaces of the first bearing member the second bearing member ; wherein the cooperating surface of the second bearing member or the first bearing member comprises a first region comprising a pumping pattern configured to pump the lubricant; wherein said cooperating surface of the second bearing member or the first bearing member comprises a second region having a modified pumping pattern around a sector of the circumference of the cooperating surface; wherein the second region is disposed on the cooperating surface of the second bearing member or the first bearing member such that, in use, a bearing force generated by the pumping action of the lubricant opposes a radial load force (F R ) exerted on the self-lubricated sliding bearing in use, to thus reduce an eccentricity (A 1 -A 2 ) of the longitudinal axis (A 1 ) of the first bearing member with respect to the longitudinal axis (A 2 ) of second bearing member ; wherein the second region is disposed on the stationary cooperating surface of the bearing member and wherein the modified pumping pattern comprises a surface having a groove depth that becomes continuously shallower, and/or a groove width that becomes continuously narrower, around a circumferential length compared to the groove depth and/or width of the pumping pattern of the first region.
Vehicle with a loading floor which has a plurality of lashing rails for securing loaded goods to a vehicle by means of lashing elements, wherein the lashing rails are each arranged with an elongated base body on a loading space area of the vehicle, and wherein the base body has in each case a profile that is at least largely open in cross-section for receiving the lashing elements, wherein the lashing rails further each comprise a profile which is at least largely closed in cross-section and which is arranged in parallel to the at least largely open profile , characterized in that the loading floor is composed of a first loading floor section (50a.1) and a second loading floor section (50a.2), and that two, first lashing rails (10.1) and three, second lashing rails (10.2) are set into the first loading floor section (50a.1), and two, first lashing rails (10.1) are set into second loading floor section (50a.2), wherein the first lashing rails (10.1) are connected by screws to the vehicle body at three points in each case, and wherein the second lashing rails (10.2) are glued to the first loading floor section (50a.1) without fastening means for connecting to the vehicle body. wherein the lashing rails are each arranged with an elongated base body on a loading space area of the vehicle, and wherein the base body has in each case a profile that is at least largely open in cross-section for receiving the lashing elements, wherein the lashing rails further each comprise a profile which is at least largely closed in cross-section and which is arranged in parallel to the at least largely open profile , characterized in that the loading floor is composed of a first loading floor section (50a.1) and a second loading floor section (50a.2), and that two, first lashing rails (10.1) and three, second lashing rails (10.2) are set into the first loading floor section (50a.1), and two, first lashing rails (10.1) are set into second loading floor section (50a.2), wherein the first lashing rails (10.1) are connected by screws to the vehicle body at three points in each case, and wherein the second lashing rails (10.2) are glued to the first loading floor section (50a.1) without fastening means for connecting to the vehicle body.