mhurhangee/patent-ind-claim-en huggingface dataset:
A curved composite sandwich panel for a side wall or seat having a curved portion of a vehicle , comprising: a first layer made from an electrically non-conductive material; a resistance heater printed onto the first layer; and a second layer adjacent the resistance heater, the resistance heater being positioned between the first layer and the second layer, and the second layer being made from an electrically non-conductive material, wherein the resistance heater comprises a first ink layer printed onto the first layer and a second ink layer printed onto the first ink layer, the first ink layer being made from a first ink and the second ink layer being made from a second ink different than the first ink, wherein the first ink comprises an electrically conductive ink and the second ink comprises a switching-type positive temperature coefficient ink. a first layer made from an electrically non-conductive material; a resistance heater printed onto the first layer; and a second layer adjacent the resistance heater, the resistance heater being positioned between the first layer and the second layer, and the second layer being made from an electrically non-conductive material, wherein the resistance heater comprises a first ink layer printed onto the first layer and a second ink layer printed onto the first ink layer, the first ink layer being made from a first ink and the second ink layer being made from a second ink different than the first ink, wherein the first ink comprises an electrically conductive ink and the second ink comprises a switching-type positive temperature coefficient ink.
A method for communicating with a base station by a mobile station in a communication system, the method comprising: receiving , by the mobile station , a plurality of downlink signals for reference signals transmitted through a plurality of downlink beam pairs, each downlink beam pair including a transmission beam and a reception beam; characterised by : determining , by the mobile station , a propagation delay for each of the plurality of downlink signals; selecting, by the mobile station, at least one downlink signal in an order of the smallest propagation delay among the plurality of downlink signals based on the propagation delay for each of the plurality of downlink signals; and determining , by the mobile station , a downlink frame boundary of the mobile station based on the selected at least one downlink signal. receiving , by the mobile station , a plurality of downlink signals for reference signals transmitted through a plurality of downlink beam pairs, each downlink beam pair including a transmission beam and a reception beam; characterised by : determining , by the mobile station , a propagation delay for each of the plurality of downlink signals; selecting, by the mobile station, at least one downlink signal in an order of the smallest propagation delay among the plurality of downlink signals based on the propagation delay for each of the plurality of downlink signals; and determining , by the mobile station , a downlink frame boundary of the mobile station based on the selected at least one downlink signal. determining , by the mobile station , a propagation delay for each of the plurality of downlink signals; selecting, by the mobile station, at least one downlink signal in an order of the smallest propagation delay among the plurality of downlink signals based on the propagation delay for each of the plurality of downlink signals; and determining , by the mobile station , a downlink frame boundary of the mobile station based on the selected at least one downlink signal.
Cabinet comprising a drawer accommodated therein for receiving a waste container , the cabinet having vertical walls on the inside of which a lid is mounted, the lid being intended in particular for covering the top of the optionally present waste container when the waste container is retracted, the drawer also being movable on first drawer rails, characterised in that the lid is mounted in the cabinet by means of telescopic second extension rails , in that a mounting profile for mounting a co-moving rail is attached, for example screwed, to the lid , in that the lid has two opposing peripheral edges which have recesses that are open towards the free side of the peripheral edges , for supporting the lid on pin-like mounting elements , and in that the lid , in order to be optionally mounted by means of the telescopic extension rails or by means of the pin-like mounting elements, can be arranged turned by 180° about a central axis extending in the pull-out direction (r).
A system comprising: a phone for displaying a local time where a cellphone of a party to be called is located; and a communication service provider configured to provide said local time where said cellphone is located to said phone, the cellphone being associated with said communication service provider and being configured to connect to said communication service provider, wherein: said communication service provider is configured to calculate and provide said local time before connecting said phone to said cellphone; said cellphone is configured to provide information corresponding to a time on said cellphone when said time on said cellphone is within a predetermined margin of a network time and otherwise to provide information corresponding to said network time; and said communication service provider is configured to determine said local time using an offset, said offset calculated using said information provided by said cellphone and a time of said communication service provider. a phone for displaying a local time where a cellphone of a party to be called is located; and a communication service provider configured to provide said local time where said cellphone is located to said phone, the cellphone being associated with said communication service provider and being configured to connect to said communication service provider, wherein: said communication service provider is configured to calculate and provide said local time before connecting said phone to said cellphone; said cellphone is configured to provide information corresponding to a time on said cellphone when said time on said cellphone is within a predetermined margin of a network time and otherwise to provide information corresponding to said network time; and said communication service provider is configured to determine said local time using an offset, said offset calculated using said information provided by said cellphone and a time of said communication service provider. said communication service provider is configured to calculate and provide said local time before connecting said phone to said cellphone; said cellphone is configured to provide information corresponding to a time on said cellphone when said time on said cellphone is within a predetermined margin of a network time and otherwise to provide information corresponding to said network time; and said communication service provider is configured to determine said local time using an offset, said offset calculated using said information provided by said cellphone and a time of said communication service provider.
A device for the capture and adsorption of blood-borne materials of interest, the device comprising: a fluidic cartridge with at least one inlet and at least one outlet; a first multidirectional fluidic channel between the at least one inlet and the at least one outlet and disposed within the fluidic cartridge; the first multidirectional fluidic channel comprising at least one inner wall; and a first substance coating at least a portion of the at least one inner wall of the first multidirectional fluidic channel, wherein the first substance is a polypeptide antibiotic or vancomycin, and wherein the first substance is effective to capture or to adsorb a Gram-negative bacterium, a Gram-positive bacterium, or an endotoxin, wherein the first multidirectional fluidic channel comprises one or more filter plates comprising a curved-shape and arranged in a stackable plate configuration to form the first multidirectional fluidic channel, and wherein the first multidirectional fluidic channel is spiral or helical shaped. a fluidic cartridge with at least one inlet and at least one outlet; a first multidirectional fluidic channel between the at least one inlet and the at least one outlet and disposed within the fluidic cartridge; the first multidirectional fluidic channel comprising at least one inner wall; and a first substance coating at least a portion of the at least one inner wall of the first multidirectional fluidic channel, wherein the first substance is a polypeptide antibiotic or vancomycin, and wherein the first substance is effective to capture or to adsorb a Gram-negative bacterium, a Gram-positive bacterium, or an endotoxin, wherein the first multidirectional fluidic channel comprises one or more filter plates comprising a curved-shape and arranged in a stackable plate configuration to form the first multidirectional fluidic channel, and wherein the first multidirectional fluidic channel is spiral or helical shaped.
A fiber-sizing agent comprising a modified olefin wax (A), an unmodified polyolefin resin (B) and a silane coupling agent (C), wherein a mass ratio (A)/(B) of the modified olefin wax (A) to the unmodified polyolefin resin (B) is in the range of 0.2 to 10, and wherein the modified olefin wax (A) has a number average molecular weight (Mn) in terms of polystyrene as measured by gel permeation chromatography (GPC) in the range of 300 to 3,000.
An ocean bottom seismic data collection system characterised in that it comprises: a. a disk-shaped, water tight case formed of two plates that are parallel to one another, wherein each of the two plates have a circular shape and are joined along their peripheries by a wall to define at least one internal compartment; b. at least one geophone disposed within the at least one internal compartment of said case ; c. a clock disposed within the at least one internal compartment of said case ; d. a seismic data recorder disposed within the at least one internal compartment of said case ; e. a power source disposed within the at least one internal compartment of said case ; and f. a latching mechanism attached to the wall; wherein said system has having a negative buoyancy. a. a disk-shaped, water tight case formed of two plates that are parallel to one another, wherein each of the two plates have a circular shape and are joined along their peripheries by a wall to define at least one internal compartment; b. at least one geophone disposed within the at least one internal compartment of said case ; c. a clock disposed within the at least one internal compartment of said case ; d. a seismic data recorder disposed within the at least one internal compartment of said case ; e. a power source disposed within the at least one internal compartment of said case ; and f. a latching mechanism attached to the wall; wherein said system has having a negative buoyancy.
A power conversion device which is configured to convert electric power supplied from a power source with use of a magnetic component, comprising: the magnetic component ; a plurality of bus bars (23a to 23c) configured to supply electric power to a load ; current sensor elements (22, 22a to 22c) which are respectively provided for the plurality of bus bars, and are configured to detect magnetic fluxes (F1) generated when electric currents flow through the plurality of bus bars; and a plate-like magnetic shield plate which is arranged on a straight line connecting the magnetic component and one of the current sensor elements (22, 22a to 22c), and is configured to shield magnetic fluxes directed from the magnetic component to one or more current sensor elements (22, 22a to 22c); wherein the straight line connecting the magnetic component and one of the current sensor elements (22, 22a to 22c) is parallel to a direction in which the plurality of the bus bars (23a, to 23c) extend longitudinally, and the plate-like magnetic shield plate is arranged perpendicularly to the bus bars (23a to 23c) along an array direction of the current sensor elements (22a to 22c) so as to cross the plurality of bus bars (23a to 23c), wherein a position of the plate-like magnetic shield plate , as viewed from the magnetic component is before the current sensor elements (22a to 22c). the magnetic component ; a plurality of bus bars (23a to 23c) configured to supply electric power to a load ; current sensor elements (22, 22a to 22c) which are respectively provided for the plurality of bus bars, and are configured to detect magnetic fluxes (F1) generated when electric currents flow through the plurality of bus bars; and a plate-like magnetic shield plate which is arranged on a straight line connecting the magnetic component and one of the current sensor elements (22, 22a to 22c), and is configured to shield magnetic fluxes directed from the magnetic component to one or more current sensor elements (22, 22a to 22c); wherein the straight line connecting the magnetic component and one of the current sensor elements (22, 22a to 22c) is parallel to a direction in which the plurality of the bus bars (23a, to 23c) extend longitudinally, and the plate-like magnetic shield plate is arranged perpendicularly to the bus bars (23a to 23c) along an array direction of the current sensor elements (22a to 22c) so as to cross the plurality of bus bars (23a to 23c), wherein a position of the plate-like magnetic shield plate , as viewed from the magnetic component is before the current sensor elements (22a to 22c).
An apparatus for preventing a fluid from entering a basin , the apparatus comprising: a containment tube (310; 400) configured to fit within the basin and receive a filling fluid, further comprising: a top portion that is suitable to fit within and span substantially all of a cross-section of an opening of the basin , the top portion assembled piecewise from a plurality of pieces of material and having waterproof seams that connect the plurality of pieces of material; a base portion that is suitable to fit within and span substantially all of a cross-section of a bottom of the basin ; and a side portion that connects the top portion and the base portion, wherein a part of the side-portion is suitable to be in contact with part of one or more walls of the basin , wherein the top portion is sealed to a first side of the side portion and the base portion is sealed to a second side of the side portion , and wherein force applied to the top portion is re-distributed evenly when the containment tube (310; 400) is within the basin and filled by the filling fluid; wherein the containment tube (310; 400) is water-tight. a containment tube (310; 400) configured to fit within the basin and receive a filling fluid, further comprising: a top portion that is suitable to fit within and span substantially all of a cross-section of an opening of the basin , the top portion assembled piecewise from a plurality of pieces of material and having waterproof seams that connect the plurality of pieces of material; a base portion that is suitable to fit within and span substantially all of a cross-section of a bottom of the basin ; and a side portion that connects the top portion and the base portion, wherein a part of the side-portion is suitable to be in contact with part of one or more walls of the basin , wherein the top portion is sealed to a first side of the side portion and the base portion is sealed to a second side of the side portion , and wherein force applied to the top portion is re-distributed evenly when the containment tube (310; 400) is within the basin and filled by the filling fluid; a top portion that is suitable to fit within and span substantially all of a cross-section of an opening of the basin , the top portion assembled piecewise from a plurality of pieces of material and having waterproof seams that connect the plurality of pieces of material; a base portion that is suitable to fit within and span substantially all of a cross-section of a bottom of the basin ; and a side portion that connects the top portion and the base portion, wherein a part of the side-portion is suitable to be in contact with part of one or more walls of the basin , wherein the top portion is sealed to a first side of the side portion and the base portion is sealed to a second side of the side portion , and wherein force applied to the top portion is re-distributed evenly when the containment tube (310; 400) is within the basin and filled by the filling fluid; wherein the containment tube (310; 400) is water-tight.
A microfluidic system for processing biological samples comprising: a transfer capillary pipette comprising an air vent and configured to contain a biological sample ; a cartridge adapted to provide at least one receiving chamber which receives said pipette , and a distal output chamber wherein the biological sample from the pipette can be dispensed into the for this configured output chamber when a centrifugal force is applied caused by rotation of the cartridge, characterised in that the transfer capillary pipette comprises a fluidic barrier which is configured such that the meniscus of the applicable biological sample at the transfer capillary pipette tip is radially distal from the opposite meniscus within the said transfer pipette and the radial distance (r2) of the biological sample meniscus proximate to the pipette tip from the centre of rotation of the cartridge is larger than the radial distance (r1) of the opposite biological sample meniscus distal from the tip. a transfer capillary pipette comprising an air vent and configured to contain a biological sample ; a cartridge adapted to provide at least one receiving chamber which receives said pipette , and a distal output chamber wherein the biological sample from the pipette can be dispensed into the for this configured output chamber when a centrifugal force is applied caused by rotation of the cartridge, characterised in that the transfer capillary pipette comprises a fluidic barrier which is configured such that the meniscus of the applicable biological sample at the transfer capillary pipette tip is radially distal from the opposite meniscus within the said transfer pipette and the radial distance (r2) of the biological sample meniscus proximate to the pipette tip from the centre of rotation of the cartridge is larger than the radial distance (r1) of the opposite biological sample meniscus distal from the tip.
A low salt ophthalmic pharmaceutical composition comprising a sub-micron emulsion, a polymer lubricant, and a salt-sensitive viscosity modulating polymer, wherein said sub-micron emulsion comprises a surfactant and a therapeutic lipid; wherein said therapeutic lipid is castor oil; wherein said surfactant is a sorbitan ester; wherein said salt-sensitive viscosity modulating polymer is an acrylate/C 10 -C 30 acrylate crosspolymer; wherein said polymer lubricant is carboxymethylcellulose sodium; and wherein said castor oil is present at a concentration of about 0.25% (w/w), wherein about refers to the nominal amount ± 10% thereof, wherein low salt refers to a salt content which is sufficiently low so as to provide a stabilized sub-micron emulsion within the ophthalmic pharmaceutical composition. wherein about refers to the nominal amount ± 10% thereof, wherein low salt refers to a salt content which is sufficiently low so as to provide a stabilized sub-micron emulsion within the ophthalmic pharmaceutical composition.
A microfluidic system for separating biological entities comprising: a cooling device including a thermoelectric heat pump , a first fan , and a first heat exchanger disposed between the first fan and the thermoelectric heat pump ; a first housing structure having a first shell that encases the first fan and the first heat exchanger , the first housing structure having a first cavity exposing a side of the first heat exchanger and a second cavity formed adjacent to the first fan opposite the first heat exchanger ; a microfluidic device and one or more piezoelectric transducers attached thereto; and a second housing structure reversibly attached to the first housing structure and having a second shell that encloses therein the microfluidic device and the one or more piezoelectric transducers , the second housing structure including a third cavity exposing an end of the microfluidic device and a fourth cavity , wherein when the first housing structure and the second housing structure are coupled, the first cavity and the third cavity are aligned to form a first air passage between the side of the first heat exchanger and the end of the microfluidic device , the second cavity and the fourth cavity are aligned to form a second air passage between the first fan and the one or more piezoelectric transducers , thereby allowing air to circulate between the first and second air passages. a cooling device including a thermoelectric heat pump , a first fan , and a first heat exchanger disposed between the first fan and the thermoelectric heat pump ; a first housing structure having a first shell that encases the first fan and the first heat exchanger , the first housing structure having a first cavity exposing a side of the first heat exchanger and a second cavity formed adjacent to the first fan opposite the first heat exchanger ; a microfluidic device and one or more piezoelectric transducers attached thereto; and a second housing structure reversibly attached to the first housing structure and having a second shell that encloses therein the microfluidic device and the one or more piezoelectric transducers , the second housing structure including a third cavity exposing an end of the microfluidic device and a fourth cavity ,
A locking system for a door or a window, comprising a leaf-side lock having an electrically controllable locking function and a receiving unit for receiving control signals and a frame-side strike plate with which a lock-side locking element interacts, wherein a transmission module for sending control signals to said receiving unit is provided at said strike plate and/or in the region of the back side of said strike plate , wherein an operating unit is provided which communicates with said transmission module via electrical lines , characterized in that said operating unit and/or said electrical lines is/are part of an electric door or window opener system, wherein a leaf-side latch is releasable by means of a frame-side electric opener.