mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing transfer of air suspended impurities in a cabin of an aircraft, the method comprising: positioning a housing between a sidewall (16, 18) of the cabin and a section of a fuselage (24, 26) of the aircraft, wherein the housing comprises an interior, a lower portion having a first sidewall, and an upper portion that extends upwardly from the lower portion to an air outlet opening; supplying a flow of air to a hollow diffuser tube extending longitudinally through the interior of the housing, wherein the diffuser tube comprises a plurality of nozzles; producing a jet of air directed upwardly toward a centre of the upper portion from the plurality of nozzles and into the cabin through the air outlet opening with the jet of air creating a low pressure area within the housing interior; drawing air from the cabin through an air return opening in the sidewall and through a drawn air inlet opening in the first sidewall of the housing and into the low pressure area; irradiating the air drawn into the low pressure area with ultra-violet light; and mixing the irradiated air with the jet of air from the nozzles and returning the irradiated air mixed with the jet of air to the cabin. positioning a housing between a sidewall (16, 18) of the cabin and a section of a fuselage (24, 26) of the aircraft, wherein the housing comprises an interior, a lower portion having a first sidewall, and an upper portion that extends upwardly from the lower portion to an air outlet opening; supplying a flow of air to a hollow diffuser tube extending longitudinally through the interior of the housing, wherein the diffuser tube comprises a plurality of nozzles; producing a jet of air directed upwardly toward a centre of the upper portion from the plurality of nozzles and into the cabin through the air outlet opening with the jet of air creating a low pressure area within the housing interior; drawing air from the cabin through an air return opening in the sidewall and through a drawn air inlet opening in the first sidewall of the housing and into the low pressure area; irradiating the air drawn into the low pressure area with ultra-violet light; and mixing the irradiated air with the jet of air from the nozzles and returning the irradiated air mixed with the jet of air to the cabin.
An air conditioning system in combination with a cold fluid circuit of a building, the system comprising: a conditioner for treating an air stream, the conditioner utilizing a liquid desiccant and a heat transfer fluid in a conditioner heat transfer fluid loop to dehumidify and cool the air stream; a regenerator connected to the conditioner for receiving the liquid desiccant used in the conditioner, concentrating the liquid desiccant, and returning concentrated liquid desiccant to the conditioner, the regenerator heating the liquid desiccant by using a heat transfer fluid in a local hot heat transfer fluid loop; and a heat pump coupled to the cold fluid circuit and to the local hot heat transfer fluid loop circulating the heat transfer fluid in the regenerator, said heat pump being configured to transfer heat from fluid in the cold fluid circuit to the heat transfer fluid in the local hot heat transfer fluid loop. a conditioner for treating an air stream, the conditioner utilizing a liquid desiccant and a heat transfer fluid in a conditioner heat transfer fluid loop to dehumidify and cool the air stream; a regenerator connected to the conditioner for receiving the liquid desiccant used in the conditioner, concentrating the liquid desiccant, and returning concentrated liquid desiccant to the conditioner, the regenerator heating the liquid desiccant by using a heat transfer fluid in a local hot heat transfer fluid loop; and a heat pump coupled to the cold fluid circuit and to the local hot heat transfer fluid loop circulating the heat transfer fluid in the regenerator, said heat pump being configured to transfer heat from fluid in the cold fluid circuit to the heat transfer fluid in the local hot heat transfer fluid loop.
A device (1, 1') for transporting piece goods, in particular parcels or letter containers, comprising: two crossbeams (2a, 2b), two side walls (3a, 3b), at least three rollers and a bottom element (6, 6'), wherein one side wall (3a, 3b) is connected with each crossbeam (2a, 2b), wherein at least one roller is connected with each crossbeam (2a, 2b), wherein the bottom element (6, 6') is connected with one of the crossbeams (2a, 2b), wherein the two crossbeams (2a, 2b) are connected to each other such that the distance between the crossbeams (2a, 2b) can be modified, for which purpose the two crossbeams (2a, 2b) are connected to each other by means of two longitudinal beams, wherein each longitudinal beam comprises two sections (5a, 5b) which are connected to each other in an articulated manner and wherein each longitudinal beam is connected to the crossbeams (2a, 2b) in an articulated manner, wherein the bottom element (6, 6') is connected to one of the crossbeams (2a, 2b) in an articulated manner and can be pivoted around a horizontal axis, wherein the bottom element (6, 6') can be flapped from a horizontal position into a vertical position, characterized in that in the horizontal position of the bottom element (6, 6'), the longitudinal beams are arranged beneath the bottom element (6, 6'), wherein the bottom element (6, 6') comprises guides which extend in the longitudinal direction for receiving the longitudinal beams, and wherein the longitudinal beams are offset with respect to each other in the vertical direction.
A stabilized lithium metal powder coated with a wax, wherein said powder has a mean diameter of from 10μm to 200μm in N-methyl-2-pyrrolidone or gamma-butyrolactone.
An apparatus for controlling a sleep mode of an air-conditioner comprising: a room temperature sensor for detecting a room temperature; a user input unit and a controller for controlling the sleep mode when the sleep mode begins, such that it executes a sleep-entrance stage, executes a deep-sleep stage for gradually increasing the room temperature to a second temperature higher than a setup temperature, and executes a wake-up stage for increasing the room temperature to a third temperature higher than the second temperature, characterized in that at the start (t 20, t 40, t 60) of the sleep mode, the controller executes the sleep-entrance stage for a rapid cooling mode during which the room temperature is quickly reduced to a first temperature less than the setup temperature, wherein a total operation time of the sleep mode is determined by a user via the user input unit and the controller allocates a predetermined fixed time to execute the sleep-entrance stage and the wake-up stage from among a total operation time of the sleep mode, and allocates the remaining time other than operation times for the sleep-entrance and wake-up stages to an operation time of the deep-sleep stage. a room temperature sensor for detecting a room temperature; a user input unit and a controller for controlling the sleep mode when the sleep mode begins, such that it executes a sleep-entrance stage, executes a deep-sleep stage for gradually increasing the room temperature to a second temperature higher than a setup temperature, and executes a wake-up stage for increasing the room temperature to a third temperature higher than the second temperature, characterized in that at the start (t 20, t 40, t 60) of the sleep mode, the controller executes the sleep-entrance stage for a rapid cooling mode during which the room temperature is quickly reduced to a first temperature less than the setup temperature, wherein a total operation time of the sleep mode is determined by a user via the user input unit and the controller allocates a predetermined fixed time to execute the sleep-entrance stage and the wake-up stage from among a total operation time of the sleep mode, and allocates the remaining time other than operation times for the sleep-entrance and wake-up stages to an operation time of the deep-sleep stage.
A water-in-oil emulsion sunscreen cosmetic composition comprising (a) from 0.05 to 5 % by mass of a water-soluble polymer and (b) from 0.01 to 30% by mass of an ultraviolet absorbent, and having a viscosity of at most 10, 000 mPa·s (as measured with a B-type viscometer at 30°C), wherein the aqueous phase accounts for at most 45% by mass, characterized in that (a) is agar and/or succinoglycan.
A mounting bracket, the bracket including: a body, wherein the body is configured to engage with at least a part of a structure, and wherein the body includes a first aperture for a first fastener; a securing mechanism to secure the bracket to the structure; wherein the securing mechanism includes said first and a second fastener, wherein the fasteners (4,5) are configured to engage with each other, characterised in that the second fastener is also configured to engage with a second aperture of the body, wherein the second fastener and second aperture includes a complementary guide and track in the form of a co-operating helical screw thread (5a, 11). a body, wherein the body is configured to engage with at least a part of a structure, and wherein the body includes a first aperture for a first fastener; a securing mechanism to secure the bracket to the structure; wherein the securing mechanism includes said first and a second fastener, wherein the fasteners (4,5) are configured to engage with each other, characterised in that the second fastener is also configured to engage with a second aperture of the body, wherein the second fastener and second aperture includes a complementary guide and track in the form of a co-operating helical screw thread (5a, 11).
A test device for determining the presence of a first ligand of a first virus in a liquid sample, comprising: a) a first sorbent strip having a first location for receiving a solution and defining a first migration path; b) a marker conjugate adapted to move along said first migration path and bind to said first ligand; c) a second sorbent strip distinct from said first sorbent strip and having a second location for receiving the liquid sample and defining a second migration path; d) depletion molecules located on or in said second migration path wherein said depletion molecules include an immobilized ligand-binding element adapted to specifically bind to second ligands of a second virus that are different from but related to said first ligand by said second virus being of the same genus of said first virus and said second ligand being cross-reactive with said first ligand; e) a test site located on or in at least one of said first sorbent strip and said second sorbent strip, said test site having an immobilized first ligand binding mechanism for said first ligand; and f) said first and second sorbent strips touching each other at the test site location, wherein said second location is removed from said test site such that sample applied to said second location requires time to migrate to said test site and does not immediately wet said test site. a) a first sorbent strip having a first location for receiving a solution and defining a first migration path; b) a marker conjugate adapted to move along said first migration path and bind to said first ligand; c) a second sorbent strip distinct from said first sorbent strip and having a second location for receiving the liquid sample and defining a second migration path; d) depletion molecules located on or in said second migration path wherein said depletion molecules include an immobilized ligand-binding element adapted to specifically bind to second ligands of a second virus that are different from but related to said first ligand by said second virus being of the same genus of said first virus and said second ligand being cross-reactive with said first ligand; e) a test site located on or in at least one of said first sorbent strip and said second sorbent strip, said test site having an immobilized first ligand binding mechanism for said first ligand; and f) said first and second sorbent strips touching each other at the test site location, wherein said second location is removed from said test site such that sample applied to said second location requires time to migrate to said test site and does not immediately wet said test site.
A device for controlling the braking and/or steering and/or acceleration in a motor vehicle, wherein the device has a number of different sensor components (111, 112, 113), a man/machine interface component and an actuator controller component, and wherein each of these components constitutes a fault-containment unit and has a TTEthernet communications interface, characterised in that the device also has two diverse sensor fusion components (121, 122) and comprises a monitor component for monitoring a driver of the motor vehicle, wherein each of these sensor fusion components (121, 122) likewise constitutes a fault-containment unit and has a TTEthernet communications interface, and wherein all components are connected to a central TTEthernet message distribution unit, and wherein the components communicate with one another exclusively with use of standardised Ethernet messages.
An apparatus for performing an elliptic curve cryptography point addition operation using mixed affine-Jacobian coordinates comprising: - a register memory for storing a first point in affine coordinates and a second point in Jacobian coordinates; - a modular multiplier electrically coupled to the register memory; and - a simple arithmetic processor electrically coupled to the register memory and the modular multiplier, characterized in that the simple arithmetic processor is configured to perform modular subtraction and modular multiplication by two in support of the point addition operation comprising a plurality of steps in mixed affine-Jacobian coordinates. - a register memory for storing a first point in affine coordinates and a second point in Jacobian coordinates; - a modular multiplier electrically coupled to the register memory; and - a simple arithmetic processor electrically coupled to the register memory and the modular multiplier, characterized in that the simple arithmetic processor is configured to perform modular subtraction and modular multiplication by two in support of the point addition operation comprising a plurality of steps in mixed affine-Jacobian coordinates.
A three-phase inductive power transfer system comprising: a transmitter comprising: a coil assembly comprising at least one coil associated with each phase; and a compensating capacitance connected in series with the at least one coil for each phase, the value of the compensating capacitance for each phase being based on the topology of both the compensating capacitance and the at least one coil for the phases, and on the mutual inductance between the at least one coil for each of the phases, such that the transmitter has at least two independently excitable resonant modes at a resonant frequency, wherein the at least two independently excitable resonant modes comprises α-axis and β-axis modes, wherein, in the α-axis mode, maximum flux density is aligned with an area where a pair of coils (A+, A-) for a first phase are located, and wherein, in the β-axis mode, maximum flux density is aligned with an area where pairs of coils (B+, B-, C+, C-) for second and third phases are located. a coil assembly comprising at least one coil associated with each phase; and a compensating capacitance connected in series with the at least one coil for each phase, the value of the compensating capacitance for each phase being based on the topology of both the compensating capacitance and the at least one coil for the phases, and on the mutual inductance between the at least one coil for each of the phases, such that the transmitter has at least two independently excitable resonant modes at a resonant frequency, wherein the at least two independently excitable resonant modes comprises α-axis and β-axis modes, wherein, in the α-axis mode, maximum flux density is aligned with an area where a pair of coils (A+, A-) for a first phase are located, and wherein, in the β-axis mode, maximum flux density is aligned with an area where pairs of coils (B+, B-, C+, C-) for second and third phases are located.
A method of controlling closed subscriber group, CSG, cell selection for a network of a wireless communication system, the method comprising: the network sending a paging message to a user equipment, UE, of the wireless communication system, said UE comprising a whitelist capable of providing a list of accessible CSG cells, wherein said UE camps on a CSG cell in the whitelist and does not subscribe to this CSG cell; and the network sending a SERVICE REJECT message including a reject cause value to the UE when UE initiates a SERVICE REQUEST procedure, such that the UE has to search a cell other than the currently camped CSG cell when the reject cause value of the SERVICE REJECT message is received by the UE. the network sending a paging message to a user equipment, UE, of the wireless communication system, said UE comprising a whitelist capable of providing a list of accessible CSG cells, wherein said UE camps on a CSG cell in the whitelist and does not subscribe to this CSG cell; and the network sending a SERVICE REJECT message including a reject cause value to the UE when UE initiates a SERVICE REQUEST procedure, such that the UE has to search a cell other than the currently camped CSG cell when the reject cause value of the SERVICE REJECT message is received by the UE.
An induction cooker comprising: a top plate on which a heating target is placed, a heating coil disposed below the top plate, and configured to inductively heat the heating target, a driver circuit configured to supply electric power to the heating coil, a power transfer coil configured to transfer electric power by magnetic resonance, and a power transfer circuit configured to supply electric power to the power transfer coil, characterised by a frame formed of a material having electrical conductivity and configured to surround a part of an outer periphery of the top plate, by a discontinuous portion formed at a part of the outer periphery of the top plate to surround the outer periphery of the top plate together with the frame, and having electrical discontinuity from the frame. a top plate on which a heating target is placed, a heating coil disposed below the top plate, and configured to inductively heat the heating target, a driver circuit configured to supply electric power to the heating coil, a power transfer coil configured to transfer electric power by magnetic resonance, and a power transfer circuit configured to supply electric power to the power transfer coil, characterised by a frame formed of a material having electrical conductivity and configured to surround a part of an outer periphery of the top plate, by a discontinuous portion formed at a part of the outer periphery of the top plate to surround the outer periphery of the top plate together with the frame, and having electrical discontinuity from the frame.
Laboratory device unit for processing substances, mixtures or media, comprising a laboratory device and comprising a remote control (2, 6) for the adjustment variables that are present or alterable and/or the measurement variables that are detectable in the laboratory device, the laboratory device being equipped with a full adjustment and/or measurement range with regard to its adjustment and/or measurement variables, characterized in that the remote control (2, 6) is designed for the full range of the adjustment variables that are present and/or alterable and/or the measurement variables that are detectable on the laboratory device, and in that functions of the remote control (2, 6) are releasably blocked electronically and/or by software in such a way that only a restricted adjustment and/or measurement range of the laboratory device is actuable and/or only a portion of the adjustment and/or measurement variables of the laboratory device is retrievable or controllable or regulatable, the laboratory device having a weighing function as adjustment variable and/or being a stirring device or a dispersing device or a magnetic stirrer.
Coupling part, comprising an injection-molded protective or plug body and a cable, wherein in a first end the cable is guided and wherein the oppositely located second end of the protective or plug body has a contact carrier with at least one recess and a contact arranged in the recess, which on the connection side of the contact carrier is connected to a conductor of the cable, wherein a sealing element is placed circumferentially tight on the sheath of the cable, the sealing element is surrounded by a first section of a first capsule part and is biased against the sheath of the cable, and a second capsule part, which surrounds the sheath with a positively engaging and/or frictionally engaging connection, with an end face arranged bordering an end face of the first section of the first capsule part and abutting to the sealing element and wherein the injection-molded protective or plug body surrounds the first capsule part and the second capsule part at least over portions thereof and is connected therewith in a moisture-tight manner.
A device for aligning an orthopedic implantation tool with a patient's anatomy, comprising: a mounting member positionable on an orthopedic implantation tool, the mounting member having a plurality of attachment sites (372, 374); and one or more leg members (370, 380, 390, 470, 480, 570, 580, 670, 680) coupled to the mounting member at a respective one of the plurality of attachment sites (372, 374), wherein each leg member (370, 380, 390, 470, 480, 570, 580, 670, 680) has a pre-determined configuration that corresponds to a respective anatomic landmark site, characterised in that each leg member (370, 380, 390, 470, 480, 570, 580, 670, 680) is actuatable outwardly with respect to a longitudinal axis of the mounting member from a retracted position to an expanded position to mate, in use, each leg member (370, 380, 390, 470, 480, 570, 580, 670, 680) with its respective anatomic landmark site and align the tool with a patient's anatomy; and in that the device further comprises an expanding mechanism that causes retracted ones of the leg members to expand when actuated. a mounting member positionable on an orthopedic implantation tool, the mounting member having a plurality of attachment sites (372, 374); and one or more leg members (370, 380, 390, 470, 480, 570, 580, 670, 680) coupled to the mounting member at a respective one of the plurality of attachment sites (372, 374), wherein each leg member (370, 380, 390, 470, 480, 570, 580, 670, 680) has a pre-determined configuration that corresponds to a respective anatomic landmark site, characterised in that each leg member (370, 380, 390, 470, 480, 570, 580, 670, 680) is actuatable outwardly with respect to a longitudinal axis of the mounting member from a retracted position to an expanded position to mate, in use, each leg member (370, 380, 390, 470, 480, 570, 580, 670, 680) with its respective anatomic landmark site and align the tool with a patient's anatomy; and in that the device further comprises an expanding mechanism that causes retracted ones of the leg members to expand when actuated.