mhurhangee/patent-ind-claim-en huggingface dataset:
A middle frame assembly of an electronic apparatus, wherein the middle frame assembly comprises: a middle frame , comprising a first surface and a second surface opposite to the first surface and defining a first through hole and a second through hole spaced apart from the first through hole , wherein both the first through hole and the second through hole penetrate the first surface and the second surface ; and a bearing plate , comprising: a bearing body having a third surface ; a first extending portion extending from the third surface and configured to pass through the first through hole and have an interference fit with the middle frame ; and a second extending portion extending from the third surface , spaced apart from the first extending portion and configured to pass through the second through hole and have a clearance fit with the middle frame . a middle frame , comprising a first surface and a second surface opposite to the first surface and defining a first through hole and a second through hole spaced apart from the first through hole , wherein both the first through hole and the second through hole penetrate the first surface and the second surface ; and a bearing plate , comprising: a bearing body having a third surface ; a first extending portion extending from the third surface and configured to pass through the first through hole and have an interference fit with the middle frame ; and a second extending portion extending from the third surface , spaced apart from the first extending portion and configured to pass through the second through hole and have a clearance fit with the middle frame . a bearing body having a third surface ; a first extending portion extending from the third surface and configured to pass through the first through hole and have an interference fit with the middle frame ; and a second extending portion extending from the third surface , spaced apart from the first extending portion and configured to pass through the second through hole and have a clearance fit with the middle frame .
A handover method, comprising: when a remote user equipment, UE, communicates with a network side by using a relay UE, determining (S101), by a source evolved NodeB, eNB, serving both the remote UE and the relay UE, based on a measurement report of the relay UE, to hand over the relay UE to a target eNB; when a source MME of the remote UE is different from a source MME of the relay UE, sending (S103), by the source eNB, a second handover required message to the source MME of the remote UE, wherein the second handover request message comprises identifier information of the relay UE, and the second handover required message is used to instruct to hand over the remote UE to the target eNB and associate the remote UE with the relay UE; and sending (S103), by the source eNB, a third handover required message to the source MME of the relay UE, where the third handover request includes the identifier information of the relay UE, and the third handover required message is used to instruct to hand over the relay UE to the target eNB. when a remote user equipment, UE, communicates with a network side by using a relay UE, determining (S101), by a source evolved NodeB, eNB, serving both the remote UE and the relay UE, based on a measurement report of the relay UE, to hand over the relay UE to a target eNB; when a source MME of the remote UE is different from a source MME of the relay UE, sending (S103), by the source eNB, a second handover required message to the source MME of the remote UE, wherein the second handover request message comprises identifier information of the relay UE, and the second handover required message is used to instruct to hand over the remote UE to the target eNB and associate the remote UE with the relay UE; and sending (S103), by the source eNB, a third handover required message to the source MME of the relay UE, where the third handover request includes the identifier information of the relay UE, and the third handover required message is used to instruct to hand over the relay UE to the target eNB.
Process for preparing storage-stable (meth)acrylate-based reactive resins in which at least one polymer component and a monomer component are mixed with one another under a gas phase with stirring, with at least 90% by weight of the polymer component dissolving in the monomer component, characterized in that the gas phase has an oxygen content of between 3% and 8% by volume, and in that the polymer component prior to mixing with the monomer component has a residual peroxide content of at most 0.375 mmol of peroxide per kilogram, the residual peroxide content being determined by means of high-performance liquid chromatography (HPLC).
A secondary battery system for controlling charge/discharge of one or more battery packs , wherein a negative electrode active material of the battery packs is a material having a first potential stabilized phase and a second potential stabilized phase of a state of charge, SOC, lower than an SOC of the first potential stabilized phase as stabilized phases in which a potential with respect to the SOC is stable; characterized in that the secondary battery system includes: a standard setting device configured to select a standard SOC for a first battery pack based on a peak value of a discharge differential curve for the first battery pack; and an SOC control device that is configured to execute at least discharge control of the first battery pack such that the SOC of the first battery pack becomes a value in a range of the second potential stabilized phase, when it is determined, by the SOC control device , that the first battery pack is brought into a non-use state based on the standard SOC that is selected by the standard setting device and the current SOC of the first battery pack. wherein a negative electrode active material of the battery packs is a material having a first potential stabilized phase and a second potential stabilized phase of a state of charge, SOC, lower than an SOC of the first potential stabilized phase as stabilized phases in which a potential with respect to the SOC is stable; characterized in that the secondary battery system includes: a standard setting device configured to select a standard SOC for a first battery pack based on a peak value of a discharge differential curve for the first battery pack; and an SOC control device that is configured to execute at least discharge control of the first battery pack such that the SOC of the first battery pack becomes a value in a range of the second potential stabilized phase, when it is determined, by the SOC control device , that the first battery pack is brought into a non-use state based on the standard SOC that is selected by the standard setting device and the current SOC of the first battery pack. a standard setting device configured to select a standard SOC for a first battery pack based on a peak value of a discharge differential curve for the first battery pack; and an SOC control device that is configured to execute at least discharge control of the first battery pack such that the SOC of the first battery pack becomes a value in a range of the second potential stabilized phase, when it is determined, by the SOC control device , that the first battery pack is brought into a non-use state based on the standard SOC that is selected by the standard setting device and the current SOC of the first battery pack.
A method of producing a dispersion comprising a) mixing an aqueous dispersion of silanised colloidal silica particles having a weight ratio of silane to silica ranging from about 0.1 to about 1.5 with at least one organic compound containing at least two hydroxyl groups to provide an aqueous dispersion of silanised colloidal silica particles and said at least one organic compound, wherein the content of monofunctional alcohol in the dispersion is less than 10wt%, and wherein less than 10 wt% of said silanised colloidal silica particles are modified by a mono-functional alcohol; b) withdrawing water from the formed aqueous dispersion until the remainder of water in the dispersion is below about 10 wt%. a) mixing an aqueous dispersion of silanised colloidal silica particles having a weight ratio of silane to silica ranging from about 0.1 to about 1.5 with at least one organic compound containing at least two hydroxyl groups to provide an aqueous dispersion of silanised colloidal silica particles and said at least one organic compound, wherein the content of monofunctional alcohol in the dispersion is less than 10wt%, and wherein less than 10 wt% of said silanised colloidal silica particles are modified by a mono-functional alcohol; b) withdrawing water from the formed aqueous dispersion until the remainder of water in the dispersion is below about 10 wt%.
A liquid pharmaceutical formulation comprising 50 to 150 mg/ml of antibody ACZ885, a buffer system and a stabilizer, wherein the buffer system is histidine, wherein the formulation has a pH from 6.2 to 6.8, wherein the stabilizer is mannitol, sorbitol or trehalose, and wherein the formulation maintains between 80% and 125% of the original bioactivity of the antibody for 24 -36 months at 2-8°C.
A halide solid electrolyte material represented by the following chemical formula (I): Li 6-(4+a)b (Zr 1-a M a ) b X 6 (I) wherein M denotes at least one element selected from the group consisting of Ta and Nb, X denotes a halogen element, and the following mathematical formulae are satisfied: 0 < a < 1 , and 0 < b < 1.5 . M denotes at least one element selected from the group consisting of Ta and Nb, X denotes a halogen element, and the following mathematical formulae are satisfied: 0 < a < 1 , and 0 < b < 1.5 .
An apparatus comprising: an inverted exhaust plenum module configured to discharge exhaust air received from at least one enclosure space into an exhaust plenum that is at least partially obscured from ambient air flows , wherein the inverted exhaust plenum module comprises: an exhaust plenum which extends downwards beneath separate roof element (214A-B) edges (221A-B) and comprises an upper end , spanning between the separate roof element edges, that is in open flow communication with the ambient environment ; and at least one exhaust vent (224A-B) that is coupled to at least one side end of the exhaust plenum extending beneath at least one of the separate roof element edges and is configured to discharge exhaust air from at least one enclosure space into the exhaust plenum beneath the separate roof element edges, such that the at least one exhaust vent is at least partially obscured from exposure to impingement by ambient air flows flowing over the upper end of the exhaust plenum. an exhaust plenum which extends downwards beneath separate roof element (214A-B) edges (221A-B) and comprises an upper end , spanning between the separate roof element edges, that is in open flow communication with the ambient environment ; and at least one exhaust vent (224A-B) that is coupled to at least one side end of the exhaust plenum extending beneath at least one of the separate roof element edges and is configured to discharge exhaust air from at least one enclosure space into the exhaust plenum beneath the separate roof element edges, such that the at least one exhaust vent is at least partially obscured from exposure to impingement by ambient air flows flowing over the upper end of the exhaust plenum.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked, a module frame that surrounds the battery cell stack , a bus bar frame that covers the portion of the battery cell stack exposed from the module frame , and a bus bar mounted on the bus bar frame and connected to an electrode lead protruding from the battery cell stack , characterized in that : a cooling flow path is formed in the bus bar , the bus bar is formed with a slot through which the electrode lead passes, and the cooling flow path comprises a first flow path and a third flow path formed perpendicular to a direction in which the slot is formed, and a second flow path formed in parallel to a direction in which the slot is formed. a battery cell stack in which a plurality of battery cells are stacked, a module frame that surrounds the battery cell stack , a bus bar frame that covers the portion of the battery cell stack exposed from the module frame , and a bus bar mounted on the bus bar frame and connected to an electrode lead protruding from the battery cell stack , characterized in that : a cooling flow path is formed in the bus bar , the bus bar is formed with a slot through which the electrode lead passes, and the cooling flow path comprises a first flow path and a third flow path formed perpendicular to a direction in which the slot is formed, and a second flow path formed in parallel to a direction in which the slot is formed. a cooling flow path is formed in the bus bar , the bus bar is formed with a slot through which the electrode lead passes, and the cooling flow path comprises a first flow path and a third flow path formed perpendicular to a direction in which the slot is formed, and a second flow path formed in parallel to a direction in which the slot is formed.
A threaded connection for steel pipes comprising a tubular pin and a tubular box , wherein the pin includes, in the order from a free end side of the pin toward a tubular body side thereof, an inner sealing surface , an inner male threaded portion , a shoulder portion , an outer male threaded portion , and an outer sealing surface , the box includes, in the order from a tubular body side of the box to the free end side thereof, an inner sealing surface , an inner female threaded portion , a shoulder portion , an outer female threaded portion , and an outer sealing surface , and characterised in that the threaded connection includes at least one of the following configurations and : an inner groove along a circumferential direction is provided between the inner sealing surface and the inner female threaded portion of the box , and some threads of the inner male threaded portion of the pin are contained in the inner groove , and an outer groove along a circumferential direction is provided between the outer sealing surface and the outer male threaded portion of the pin , and some threads of the outer female threaded portion of the box are contained in the outer groove . the pin includes, in the order from a free end side of the pin toward a tubular body side thereof, an inner sealing surface , an inner male threaded portion , a shoulder portion , an outer male threaded portion , and an outer sealing surface , the box includes, in the order from a tubular body side of the box to the free end side thereof, an inner sealing surface , an inner female threaded portion , a shoulder portion , an outer female threaded portion , and an outer sealing surface , and characterised in that the threaded connection includes at least one of the following configurations and : an inner groove along a circumferential direction is provided between the inner sealing surface and the inner female threaded portion of the box , and some threads of the inner male threaded portion of the pin are contained in the inner groove , and an outer groove along a circumferential direction is provided between the outer sealing surface and the outer male threaded portion of the pin , and some threads of the outer female threaded portion of the box are contained in the outer groove . an inner groove along a circumferential direction is provided between the inner sealing surface and the inner female threaded portion of the box , and some threads of the inner male threaded portion of the pin are contained in the inner groove , and an outer groove along a circumferential direction is provided between the outer sealing surface and the outer male threaded portion of the pin , and some threads of the outer female threaded portion of the box are contained in the outer groove .
Medical instrument comprising a first handle having at its proximal end a hand grip portion for manual operation, an operative portion at its distal end for gripping, clamping or cutting an object, and therebetween a bearing portion that is engaged by a male bearing element (39; 41) to allow pivotability about a pivot axis between the first handle and a second handle , the second handle having a hand grip portion at its proximal end, an operative portion at its distal end and therebetween a guide portion that is engaged by the bearing element (39; 41), wherein a bearing is configured in such a way that the two handles are, in an operating condition, mounted in a form-fitting manner by means of the bearing element (39; 41) but are pivotable relative to one another, and that the handles can, in a cleaning condition, be disassembled without the use of tools, wherein the male bearing element (39; 41) is integrally provided in the bearing portion of the first handle and wherein the guide portion of the second handle has a round configuration and has a guide slot formed on the outer circumference of the guide portion and extending in the circumferential direction, characterised in that the circumferential guide slot is interrupted by a plurality of cut-outs distributed in the circumferential direction.
A message transmission method, comprising: sending , by an optical line terminal, OLT, a message to an optical network unit, ONU, wherein the message comprises indication information, wherein the indication information indicates a power range and a time range, and the indication information is used to indicate to the ONU whose downlink receive power falls within the power range to send a registration message in the time range; receiving , by the OLT, the registration message. sending , by an optical line terminal, OLT, a message to an optical network unit, ONU, wherein the message comprises indication information, wherein the indication information indicates a power range and a time range, and the indication information is used to indicate to the ONU whose downlink receive power falls within the power range to send a registration message in the time range; receiving , by the OLT, the registration message.
Damping valve device comprising at least one damping valve which is able to be adjusted via an actuator , wherein the actuator has a coil arrangement and a return body for a magnetic flux circuit, which return body is separate from a valve housing , wherein the return body is fixed without play in a radial direction within the valve housing in that the return body forms, together with an inner wall of the valve housing , a press fit , characterized in that the return body and the valve housing form a conical connection .
A cooking apparatus comprising: a main body provided with a cooking chamber ; and a steam supply device generating steam to supply the steam to the cooking chamber , wherein the steam supply device comprises a water storage unit to store water, a steam generator that is supplied with water from the water storage unit to generate steam, a water supply tube to transfer water in the water storage unit to the steam generator , a water supply pump that is disposed at the water supply tube and allows water to be moved from the water storage unit to the steam generator , a water collection tube to transfer residual water in the steam generator to the water storage unit , a water collection pump that is disposed at the water collection tube and allows water to be moved from the steam generator to the water storage unit , and a water flow sensing sensor disposed at the water supply tube , wherein the water flow sensing sensor is configured to sense whether flow of water to the steam generator is blocked, and wherein the cooking apparatus is further configured to operate the water collection pump if the flow of water is blocked. a main body provided with a cooking chamber ; and a steam supply device generating steam to supply the steam to the cooking chamber , wherein the steam supply device comprises a water storage unit to store water, a steam generator that is supplied with water from the water storage unit to generate steam, a water supply tube to transfer water in the water storage unit to the steam generator , a water supply pump that is disposed at the water supply tube and allows water to be moved from the water storage unit to the steam generator , a water collection tube to transfer residual water in the steam generator to the water storage unit , a water collection pump that is disposed at the water collection tube and allows water to be moved from the steam generator to the water storage unit , and a water flow sensing sensor disposed at the water supply tube , wherein the water flow sensing sensor is configured to sense whether flow of water to the steam generator is blocked, and wherein the cooking apparatus is further configured to operate the water collection pump if the flow of water is blocked.
Fluid meter comprising a conduit in which a fluid circulates and a main measuring device arranged to measure at least one magnitude relating to the fluid, the fluid meter further comprising: - an orientation sensor arranged to produce measurements of an orientation of the meter; - a processing unit connected to the orientation sensor, and arranged to correct measurements of at least one of the magnitudes according to the orientation of the sensor; the processing unit being further arranged to access at least two sets of correction data, each associated with a separate reference orientation and memorised in a memory integrated or connected to the processing unit , and to correct the measurements of the magnitude by using at least one of the sets of correction data, the sets of correction data having been defined during a calibration phase of the meter. - an orientation sensor arranged to produce measurements of an orientation of the meter; - a processing unit connected to the orientation sensor, and arranged to correct measurements of at least one of the magnitudes according to the orientation of the sensor; the processing unit being further arranged to access at least two sets of correction data, each associated with a separate reference orientation and memorised in a memory integrated or connected to the processing unit , and to correct the measurements of the magnitude by using at least one of the sets of correction data, the sets of correction data having been defined during a calibration phase of the meter.
A nucleic acid that encodes an endogenous U1 snRNA, for use in treating a disease or disorder, wherein the disease or disorder is selected from the group consisting of cancer, autoimmune disease, inflammation, neurological, and any combination thereof.
Traffic sign bridge with an essentially horizontally arranged crossbeam which via supports arranged in the area of its ends is connected to foundations , wherein a foundation designed as a guide wall element, more particularly made of concrete, is laterally displaceable on a ground and wherein a foot of the support is mounted on the guide wall element , characterised in that the crossbeam comprises at least two sections which are displaceable relative to each other in the longitudinal direction of the crossbeam , and in that the sections of the crossbeam are displaceable in the event of a vehicle hitting the guide wall element and displacing the guide wall element on the ground.
A microneedle array having a sheet portion and a plurality of needle portions present on the upper surface of the sheet portion , wherein the needle portion comprises at least one of an electrically neutral water-soluble polymer and a disaccharide, and wherein the needle portion further comprises a Japanese encephalitis vaccine and an electrically neutral surfactant, and the sheet portion comprises at least one of an electrically neutral water-soluble polymer and a disaccharide. the needle portion comprises at least one of an electrically neutral water-soluble polymer and a disaccharide, and wherein the needle portion further comprises a Japanese encephalitis vaccine and an electrically neutral surfactant, and the sheet portion comprises at least one of an electrically neutral water-soluble polymer and a disaccharide.