mhurhangee/patent-ind-claim-en huggingface dataset:
A smartphone comprising: a cover layer; a display module ; a pressure electrode which is located under the display module ; a shielding member which is located under the pressure electrode ; and a converter which converts a sensing signal (Rx) comprising information for a change amount of capacitance outputted from the pressure electrode to a digital signal, wherein a touch sensor , which senses touch in a capacitive manner, comprises a plurality of drive electrodes (TX) and a plurality of receiving electrodes (RX), wherein a position sensing controller applies a drive signal (Tx) to the plurality of drive electrodes (TX) of the touch sensor and obtains a sensing signal (Rx) from the plurality of receiving electrodes (RX), and then generates touch position data, wherein a pressure sensing controller detects a magnitude of a touch pressure from the digital signal, wherein the converter is included in the pressure sensing controller , so that the pressure sensing controller receives the sensing signal (Rx-p) through the receiving electrode and converts the received sensing signal (Rx-p) in the digital signal for generating touch pressure data, and wherein the touch position data and the touch pressure data are transmitted to a processor for controlling operation of the smartphone . a cover layer; a display module ; a pressure electrode which is located under the display module ; a shielding member which is located under the pressure electrode ; and a converter which converts a sensing signal (Rx) comprising information for a change amount of capacitance outputted from the pressure electrode to a digital signal, wherein a touch sensor , which senses touch in a capacitive manner, comprises a plurality of drive electrodes (TX) and a plurality of receiving electrodes (RX), wherein a position sensing controller applies a drive signal (Tx) to the plurality of drive electrodes (TX) of the touch sensor and obtains a sensing signal (Rx) from the plurality of receiving electrodes (RX), and then generates touch position data, wherein a pressure sensing controller detects a magnitude of a touch pressure from the digital signal, wherein the converter is included in the pressure sensing controller , so that the pressure sensing controller receives the sensing signal (Rx-p) through the receiving electrode and converts the received sensing signal (Rx-p) in the digital signal for generating touch pressure data, and wherein the touch position data and the touch pressure data are transmitted to a processor for controlling operation of the smartphone .
Plate-shaped wood system , comprising, on opposite longitudinal sides, a first and a second side element , respectively, in the embodiment of elongated solid wood elements which are aligned parallel to one another and between which a middle element with a plurality of centre strips (61A, 61B, 61C, ...) in the embodiment of elongated solid wood elements is provided and with at least one transverse strut produced as a solid wood element, which is aligned at least approximately perpendicular to the two side elements and to the central element , wherein the middle strips (61A, 61B, 61C ...) and, if appropriate, the first side element and/or the second side element are provided with openings (21; 31; 62) which form at least one self-contained receiving channel into which the at least one transverse strut is inserted, wherein the transverse strut is connected to the first side element by a first retaining means and to the second side element by a second retaining means and wherein between the middle element and the second side element a dilatation joint is arranged which serves to absorb expansions of the middle element and the side elements , characterised in that the first side element and the middle element , optionally the middle strips (61A, 61B, 61C ...) of the middle element , are connected to one another by means of click connections or by means of anchor connections comprising an anchor ridge and a corresponding anchor groove which extend along a first side surface of the first side element or of the middle element , optionally of the middle strips (61A, 61B, 61C, ...).
A composition comprising: cryopreserved platelets, wherein the cryopreserved platelets are a frozen platelet suspension; and a cryoprotectant comprising dimethyl sulfoxide (DMSO) in an amount of less than 6% v/v in the composition, wherein the cryoprotectant further comprises a combination of a polysaccharide and a disaccharide, wherein the polysaccharide is a polysucrose polymer having a concentration in the range of 3% to 10% w/v in the composition, and wherein the disaccharide is trehalose in an amount in the range of 1.5% to 5% w/v in the composition, and wherein the composition is not obtained using a lyophilization step. cryopreserved platelets, wherein the cryopreserved platelets are a frozen platelet suspension; and a cryoprotectant comprising dimethyl sulfoxide (DMSO) in an amount of less than 6% v/v in the composition, wherein the cryoprotectant further comprises a combination of a polysaccharide and a disaccharide, wherein the polysaccharide is a polysucrose polymer having a concentration in the range of 3% to 10% w/v in the composition, and wherein the disaccharide is trehalose in an amount in the range of 1.5% to 5% w/v in the composition, and wherein the composition is not obtained using a lyophilization step.
A method of making a masterbatch comprising melt blending a mixture comprising a poly(arylene ether), 10 to 30 parts by weight of a polyamide and 0.5 to 5 parts by weight of citric acid, wherein parts by weight is based on 100 parts by weight of poly(arylene ether).
A power control method, comprising: configuring (S201), by a base station, at least one secondary carrier, Scell, for a user equipment, UE, that is connected to the base station; and delivering (S202), by the base station, configuration information to the UE, wherein the configuration information comprises a configuration parameter of the at least one Scell, wherein the configuration parameter is used to set an initial power adjustment value of the Scell, wherein the Scell comprises a secondary access carrier, SRCell; a configuration parameter of the SRCell comprises random access, RA, configuration information, wherein the RA configuration information comprises any one or more of physical random access channel, PRACH, configuration information, preamble initial received target power, preamble format information, and an RA power ramping step, wherein before the delivering, by the base station, the configuration information to the UE, the method further comprises: grouping, by the base station, the at least one Scell; and the configuration information further comprises grouping information of the at least one Scell, wherein the grouping information is used to indicate that the at least one Scell is subordinate to at least one Scell group. configuring (S201), by a base station, at least one secondary carrier, Scell, for a user equipment, UE, that is connected to the base station; and delivering (S202), by the base station, configuration information to the UE, wherein the configuration information comprises a configuration parameter of the at least one Scell, wherein the configuration parameter is used to set an initial power adjustment value of the Scell, wherein the Scell comprises a secondary access carrier, SRCell; a configuration parameter of the SRCell comprises random access, RA, configuration information, wherein the RA configuration information comprises any one or more of physical random access channel, PRACH, configuration information, preamble initial received target power, preamble format information, and an RA power ramping step, wherein before the delivering, by the base station, the configuration information to the UE, the method further comprises: grouping, by the base station, the at least one Scell; and the configuration information further comprises grouping information of the at least one Scell, wherein the grouping information is used to indicate that the at least one Scell is subordinate to at least one Scell group. grouping, by the base station, the at least one Scell; and the configuration information further comprises grouping information of the at least one Scell, wherein the grouping information is used to indicate that the at least one Scell is subordinate to at least one Scell group.
A hollow-fiber membrane module comprising: a hollow-fiber membrane bundle comprising a plurality of hollow-fiber membranes bundled in a potting part ; a housing enclosing the hollow-fiber membrane bundle ; and a protective member adhered indirectly to an outer surface of the potting part with an intervention of a cured adhesive and continuously covering the outer surface except a notched part in the protective member , through which one end of the protective member communicates with another end in a longitudinal direction of the hollow-fiber membrane bundle , and at which the outer surface of the potting part is exposed, wherein "notched part" of the protective member indicates a region where the outer surface of the potting part is exposed between one end part of a protective member in the longitudinal direction of the hollow-fiber membrane bundle and another end part, and wherein "one end of the protective member communicates with another end" in the longitudinal direction of the hollow-fiber membrane bundle through the notched part of the protective member indicates a state where the notched part of the protective member , i.e., the region where the outer surface of the potting part is exposed, continues without a break between one end of the protective member in the longitudinal direction of the hollow-fiber membrane bundle and another end, and having a gap between the protective member and the housing. a hollow-fiber membrane bundle comprising a plurality of hollow-fiber membranes bundled in a potting part ; a housing enclosing the hollow-fiber membrane bundle ; and a protective member adhered indirectly to an outer surface of the potting part with an intervention of a cured adhesive and continuously covering the outer surface except a notched part in the protective member , through which one end of the protective member communicates with another end in a longitudinal direction of the hollow-fiber membrane bundle , and at which the outer surface of the potting part is exposed, wherein "notched part" of the protective member indicates a region where the outer surface of the potting part is exposed between one end part of a protective member in the longitudinal direction of the hollow-fiber membrane bundle and another end part, and wherein "one end of the protective member communicates with another end" in the longitudinal direction of the hollow-fiber membrane bundle through the notched part of the protective member indicates a state where the notched part of the protective member , i.e., the region where the outer surface of the potting part is exposed, continues without a break between one end of the protective member in the longitudinal direction of the hollow-fiber membrane bundle and another end, and having a gap between the protective member and the housing.
A cooking utensil for cooking food under pressure including a vessel , a lid and a locking system, said cooking utensil being characterized in that it includes a lid subassembly that includes both said lid and also a support attached to said lid in such a manner that said lid can move relative to said support between two positions corresponding respectively to an unlocking configuration and to a locking configuration of said lid subassembly, the lid subassembly and the vessel being designed to be united in at least one predetermined relative arrangement enabling said locking system to lock the lid to the vessel by the lid being moved relative to the support in order to cause the lid subassembly to go from its unlocking configuration to its locking configuration, said lid subassembly including a first device and a second device , which, on condition that said first and second devices are separated by a distance (D) not exceeding a predetermined value, is capable of exerting an influence on the first device so that said first device responds by delivering an information and/or control signal, said support and said lid incorporating respective ones of said first and second devices so that, when said lid subassembly is in its locking configuration, said first and second devices are separated by a distance (D) that does not exceed said predetermined value, and so that, when said lid subassembly is in its unlocking configuration, said first and second devices are separated by a distance (D) that exceeds said predetermined value.
Hand-held machine tool , in particular an impact wrench, having a handle, wherein the handle has at least one grip region , and a drive unit which has at least one drive motor and a gearbox for driving a tool receptacle , wherein the gearbox is disposed in a gearbox housing which comprises a thermally conducting material, and wherein the gearbox housing at least in portions bears on an assigned connection interface on the grip region , characterized in that at least one heat-protection wing which comprises a thermally insulating material and is preferably configured so as to be at least approximately perpendicular to a longitudinal extent of the grip region is disposed on the assigned connection interface , wherein the at least one heat-protection wing completely covers a surface of the gearbox housing that faces the at least one heat-protection wing .
An electricity generator for a vehicle comprising at least one tank adapted to contain a fuel, which comprises at least one Seebeck-effect thermoelectric generator coupled to a heat source and to a heat sink which are adapted to generate a thermal delta across said thermoelectric generator in order to generate electricity, and which comprises a system for the control and management of said thermal delta which is adapted to manage heat generation and heat dissipation, said heat source comprising a burner that is supplied with said fuel of said at least one tank of said vehicle, said heat source being operative independently of the operation of the engine of the vehicle, characterized in that said heat sink comprises a liquid cooling system that is integrated in said thermoelectric generator , said heat source and said heat sink each comprising a temperature sensor , which is connected to said management and control system , said management and control system being able, based on the temperature information received from said temperature sensors , to manage the operation of the heat source and of the heat sink , said heat sink further comprising a forced ventilation system.
A vibromixer comprising an oscillating, linear drive, suitable for a support container, for mixing liquids, liquids with gases, or solids, consisting of a container made of flexible plastic and a drive shaft comprising a mixer plate situated on the lower end of the drive shaft , wherein the container is provided with a flexible inner tube - in the interior of the container , sealingly with the wall of the container in the upper area - which is integrally connected to the mixer plate and encloses the drive shaft , characterized in that the inner tube is protected from the oscillating drive shaft during the operation by a removable support tube made of plastic or steel.
A method implemented in a unified data management, UDM, node , the method comprising: as a result of receiving, from a short message service center, SMSC, node, a request for routing information for a user equipment, UE , determining that the UE is at least one of not registered in a network associated with the UDM node and not registered for an SMS service in the network; as a result of the determination that the UE is at least one of not registered in the network associated with the UDM node and not registered for the SMS service in the network, setting a short message service, SMS, function, SMSF, registration notification flag to detect an SMSF registration event associated with the UE and indicating to the SMSC node that the UE is absent; and as a result of an SMSF registering at the UDM node for the UE and the SMSF registration notification flag being set for the UE , sending an alert to the SMSC node to retry an SMS delivery to the UE . as a result of receiving, from a short message service center, SMSC, node, a request for routing information for a user equipment, UE , determining that the UE is at least one of not registered in a network associated with the UDM node and not registered for an SMS service in the network; as a result of the determination that the UE is at least one of not registered in the network associated with the UDM node and not registered for the SMS service in the network, setting a short message service, SMS, function, SMSF, registration notification flag to detect an SMSF registration event associated with the UE and indicating to the SMSC node that the UE is absent; and as a result of an SMSF registering at the UDM node for the UE and the SMSF registration notification flag being set for the UE , sending an alert to the SMSC node to retry an SMS delivery to the UE .
A cellobiohydrolase variant, comprising a variant catalytic domain corresponding to amino acids 1-443 of SEQ ID NO: 1, wherein the variant catalytic domain comprises substitutions at positions corresponding to positions 199, 240, 274, 318, 347, 349, 391, 393, and 394 of SEQ ID NO: 1, wherein the substitution at corresponding position 199 is with Pro, the substitution at corresponding position 240 is with Gly, the substitution at corresponding position 274 is with Tyr, the substitution at corresponding position 318 is with Ala, Pro, or Gly, the substitution at corresponding position 347 is with Pro, the substitution at corresponding position 349 is with Val, the substitution at corresponding position 391 is with Asp, the substitution at corresponding position 393 is with Asp, and the substitution at corresponding position 394 is with Pro, wherein the variant has cellobiohydrolase activity, wherein the variant has an increased thermal activity or increased thermostability relative to the cellobiohydrolase of SEQ ID NO: 1, and wherein the variant has at least 85%, at least 86%, at least 87%, at least 88%, at least 89%, at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100%, sequence identity to the catalytic domain of SEQ ID NO: 1.
A method for producing a pedelec frame composed of plastic, - wherein said pedelec frame is produced by joining together two corresponding plastic half-shells , preferably by a material bond; - wherein the pedelec frame comprises receivers for a handlebar , for a bottom bracket and preferably for a rider's saddle ; - wherein the two plastic half-shells are produced by an injection-moulding process from a fibre-reinforced thermoplastic polymer that contains a partially aromatic polyamide, - wherein the partially aromatic polyamide is selected from one comprising aliphatic dicarbonyl repeat units and aromatic diamino repeat units, or from one comprising aromatic dicarbonyl repeat units and aliphatic diamino repeat units, or from a mixture of the above-mentioned substances, and - wherein the fibre-reinforced thermoplastic polymer comprises an aliphatic polyamide in addition to the partially aromatic polyamide. - wherein said pedelec frame is produced by joining together two corresponding plastic half-shells , preferably by a material bond; - wherein the pedelec frame comprises receivers for a handlebar , for a bottom bracket and preferably for a rider's saddle ; - wherein the two plastic half-shells are produced by an injection-moulding process from a fibre-reinforced thermoplastic polymer that contains a partially aromatic polyamide, - wherein the partially aromatic polyamide is selected from one comprising aliphatic dicarbonyl repeat units and aromatic diamino repeat units, or from one comprising aromatic dicarbonyl repeat units and aliphatic diamino repeat units, or from a mixture of the above-mentioned substances, and - wherein the fibre-reinforced thermoplastic polymer comprises an aliphatic polyamide in addition to the partially aromatic polyamide.
A pharmaceutical composition comprising the compound represented by formula 1 or formula 2 below, a pharmaceutically acceptable salt thereof, a prodrug thereof, a solvate thereof or an isomer thereof as an active ingredient, for use in preventing or ameliorating any one or more side effects related to anticancer drug treatment selected from the group consisting of fatigue, pain, cognitive decline and hematopoietic stem cell reduction:
A hot melt adhesive composition comprising: (a) a polyester-based resin; (b) a functionalized polyolefin or a functionalized wax; (c) a tackifier, and (d) a non-functionalized wax; wherein the polyester-based resin is selected from the group consisting of homopolymer or copolymer of lactic acid, butylene succinate, butylene succinate-adipiate, butylene succinate-terephthalate, ethylene succinate, butylene succinate-carbonate, glycolic acid, caprolactone, hydroxybutyric acid-hydroxyvaleric acid and mixtures thereof, wherein the functionalized polyolefin or the functionalized wax has been modified with a polar group by synthesizing an olefin-based chain, and then introducing a polar group later by either reaction or by grafting onto the olefin chain, and comprises a polar functional group selected from carboxylic acid group, acid anhydride group, amino group, imino group, hydroxyl group or epoxy group, and wherein the (viscosity final - viscosity initial )/viscosity initial of the hot melt adhesive changes less than 30% after the hot melt adhesive is aged at 160 °C (320°F) for at least 72 hours, whereby the viscosity is determined at 160 °C by a Brookfield viscometer using a No. 27 spindle; and wherein the adhesive is essentially free of any rubber-based elastomers. (a) a polyester-based resin; (b) a functionalized polyolefin or a functionalized wax; (c) a tackifier, and (d) a non-functionalized wax; wherein the functionalized polyolefin or the functionalized wax has been modified with a polar group by synthesizing an olefin-based chain, and then introducing a polar group later by either reaction or by grafting onto the olefin chain, and comprises a polar functional group selected from carboxylic acid group, acid anhydride group, amino group, imino group, hydroxyl group or epoxy group, and wherein the (viscosity final - viscosity initial )/viscosity initial of the hot melt adhesive changes less than 30% after the hot melt adhesive is aged at 160 °C (320°F) for at least 72 hours, whereby the viscosity is determined at 160 °C by a Brookfield viscometer using a No. 27 spindle; and wherein the adhesive is essentially free of any rubber-based elastomers.