mhurhangee/ep-ind-claims huggingface dataset:
A transport conditioning system comprising: - a transport conditioning unit for controlling the temperature within an inner space of a cargo storage compartment mounted on a transport vehicle, the transport conditioning unit comprising a compressor, a condenser and a condenser fan associated with the condenser for providing air flow thereover, an evaporator, an evaporator fan associated with the evaporator for providing air flow thereover, and a plurality of electricals loads (12', 15, 15', 14) comprising an electric compressor motor for driving the compressor and a first electric fan motor for driving the condenser fan, - an electric AC generator driven by an internal combustion engine, and - an electric power distribution assembly for powering at least one electrical load of the plurality of electrical loads (12', 15, 15', 14), the assembly comprising an AC-DC voltage converter electrically coupled as input to the electric AC generator for receiving AC power and configured to convert the AC power to DC power so as to supply DC voltage as output, and a DC power distribution bus electrically coupled as input to the AC-DC voltage converter and configured to carry the DC voltage, wherein the least one electric load is powered by the DC power distribution bus, said least one electric load being the compressor motor, wherein the transport conditioning system comprises a solar-powered battery assembly comprising a photovoltaic panel module and a battery pack equipped with a battery charger, the transport conditioning system is characterised in that the photovoltaic panel module has an output connected to the battery pack via a DC-DC voltage converter, wherein an output of the DC-DC voltage converter is connected to the DC power distribution bus. - a transport conditioning unit for controlling the temperature within an inner space of a cargo storage compartment mounted on a transport vehicle, the transport conditioning unit comprising a compressor, a condenser and a condenser fan associated with the condenser for providing air flow thereover, an evaporator, an evaporator fan associated with the evaporator for providing air flow thereover, and a plurality of electricals loads (12', 15, 15', 14) comprising an electric compressor motor for driving the compressor and a first electric fan motor for driving the condenser fan, - an electric AC generator driven by an internal combustion engine, and - an electric power distribution assembly for powering at least one electrical load of the plurality of electrical loads (12', 15, 15', 14), the assembly comprising an AC-DC voltage converter electrically coupled as input to the electric AC generator for receiving AC power and configured to convert the AC power to DC power so as to supply DC voltage as output, and a DC power distribution bus electrically coupled as input to the AC-DC voltage converter and configured to carry the DC voltage,
Material with photocatalytic properties for purification of air from volatile organic compounds, volatile inorganic compounds, dusts and microorganisms, based on titanium nanotubes, characterised in that, the material has a form of a substrate comprising titanium, on which a layer of oriented TiO 2 nanotubes is formed that ismade of a mixture of amorphous titanium oxide and anatase having a ratio ranging from 10:1 to 1:10, with crystallite size from 10 to 40 nm, and comprising from 1 to 10% of titanium ions in the form of Ti 3+, while the nanotubes on the substrate have length from 0.6 to 7 μm and diameter from 20 to 120 nm and are deposited by electrochemical method on a titanium substrate with a surface area of 80 cm 2 at minimum and 1000 cm 2 at maximum.
A device designed to measure flows on the basis of the angle of refraction of a sound beam, when the latter strikes a medium to be measured, with a fluid line and measuring ceramics (3, 4) for generating ultrasound, wherein the measuring ceramics (3, 4) are arranged in a plane, which lies parallel to the axis of the fluid line, a prism (13.1, 13.2, 14.1, 14.2) is arranged in each case on the measuring ceramics (3, 4), which prism directs the ultrasound into the fluid line, characterised in that the fluid line is arranged between the prisms (13.1, 13.2, 14.1, 14.2), wherein an electronics board is arranged in the plane or parallel to the plane in a further plane.
Intraocular lens having an optics body and a haptic, which is connected to the optics body, wherein at least one separate stiffening rod (10, 12; 20, 23), which is made from a material having a greater stiffness than a material of the haptic, is arranged in the haptic, wherein the haptic has a holding channel (11, 22) into which the stiffening rod (10, 12; 20, 23) is inserted, characterized in that the holding channel is introduced into the haptic starting from an upper side of the haptic up to a first depth, wherein the holding channel is interrupted in a portion, with the result that the upper side is present unchanged in this portion, wherein a cutout is introduced into the haptic in the portion starting from a lower side of the haptic that is arranged opposite the upper side of the haptic up to a second depth, wherein the cutout has at least the width of the portion, wherein the sum of the first depth and the second depth is at least the sum of a height of the haptic and a thickness of the stiffening rod (10, 12).
A method for coordinating uplink and downlink transmissions, the method comprising: a wireless transmit receive unit, WTRU, receiving discontinuous reception, DRX, configuration information from an eNode-B, eNB, via a radio resource control, RRC, message, wherein the DRX configuration information comprises an indication of a length of a minimum active period and an indication of a DRX cycle periodicity; the WTRU receiving an uplink resource assignment for a first uplink channel, wherein the uplink resource assignment is a periodic assignment of the first uplink channel; and the WTRU transmitting to the eNB in accordance with the uplink resource assignment, wherein transmissions sent on the first uplink channel according to the periodic assignment coincide with an active period of a DRX cycle associated with the DRX configuration information. a wireless transmit receive unit, WTRU, receiving discontinuous reception, DRX, configuration information from an eNode-B, eNB, via a radio resource control, RRC, message, wherein the DRX configuration information comprises an indication of a length of a minimum active period and an indication of a DRX cycle periodicity; the WTRU receiving an uplink resource assignment for a first uplink channel, wherein the uplink resource assignment is a periodic assignment of the first uplink channel; and the WTRU transmitting to the eNB in accordance with the uplink resource assignment, wherein transmissions sent on the first uplink channel according to the periodic assignment coincide with an active period of a DRX cycle associated with the DRX configuration information.
Use of a thrips control agent, wherein: the thrips control agent contains prohydrojasmon as an active ingredient at a concentration in a range of 10 ppm to 500 ppm, the thrips control agent being used for a plant which belongs to family Brassicaceae, family Solanaceae, family Rosaceae, family Cucurbitaceae, family Fabaceae, or family Asteraceae.
A dust collecting apparatus (100, 70) comprising: a dust collecting space (101, 83) configured to collect impurities; and a variable body (200, 71) formed to surround the dust collecting space, wherein at least one of transparency, displayed shape, and color of the variable body is changed by selectively transmitting or reflecting light in response to applied electric power; and a controller configured to control the electric power applied to the variable body, characterized in that the variable body comprises a plurality of layers (203, 211, 213, 215) capable of reflecting light with different colors in response to the applied electric power. a dust collecting space (101, 83) configured to collect impurities; and a variable body (200, 71) formed to surround the dust collecting space, wherein at least one of transparency, displayed shape, and color of the variable body is changed by selectively transmitting or reflecting light in response to applied electric power; and a controller configured to control the electric power applied to the variable body, characterized in that the variable body comprises a plurality of layers (203, 211, 213, 215) capable of reflecting light with different colors in response to the applied electric power.
A breeding and air drying system for a saprophagous insect, being configured to carry out breeding and air drying operations, and comprising a breeding platform, a ventilation system and an air drying system, wherein a top of the breeding platform is provided with an upper cover, the breeding platform comprises a bottom sealing layer and a plurality of insect breeding layers, wherein each insect breeding layer comprises a breathable support plate and a baffle provided around the breathable support plate; wherein the ventilation system comprises a breeding air inlet provided above or below the breathable support plate; wherein the breeding air inlet is connected to a breeding air inlet duct; and wherein the breeding air inlet duct is configured to provide a gas for controlling a temperature, a humidity, and an oxygen content of a breeding space; characterized in that the air drying system comprises a drying air inlet provided below the breathable support plate; the drying air inlet is connected to an inlet of a hot air duct; and the hot air duct is configured to provide dry hot air with an air drying effect; in that the ventilation system further comprises an air outlet provided above the breathable support plate; and in that, except for a top insect breeding layer, each of the insect breeding layers is provided with the breeding air inlet, the air outlet, and the drying air inlet; the breeding air inlet duct is provided with a breeding air inlet valve; an air outlet duct is provided with an air outlet valve; and the hot air duct is provided with a dry hot air inlet valve. characterized in that the air drying system comprises a drying air inlet provided below the breathable support plate; the drying air inlet is connected to an inlet of a hot air duct; and the hot air duct is configured to provide dry hot air with an air drying effect; in that the ventilation system further comprises an air outlet provided above the breathable support plate; and in that, except for a top insect breeding layer, each of the insect breeding layers is provided with the breeding air inlet, the air outlet, and the drying air inlet; the breeding air inlet duct is provided with a breeding air inlet valve; an air outlet duct is provided with an air outlet valve; and the hot air duct is provided with a dry hot air inlet valve.
A solar module comprising: a plurality of super cells arranged in physically parallel rows, each super cell comprising a plurality of silicon solar cells arranged with opposing edges of adjacent solar cells overlapping and conductively bonded to each other to electrically connect the silicon solar cells in series, each solar cell comprising a front surface to be illuminated by sun light during operation of the module and an oppositely positioned rear surface; wherein the super cells are electrically connected in parallel, each super cell being electrically segmented into a plurality of super cell segments by hidden tap interconnects at intermediate locations along a super cell while maintaining a physically continuous super cell, said hidden tap interconnects electrically interconnecting in parallel adjacent super cell segments thereby forming groups of parallel connected super cell segments, wherein each interconnect is conductively bonded to at least one hidden tap contact pad (3320, 3325) on the back surface of one super cell and to at least another hidden tap contact pad (3320, 3325) on the back surface of the other super cell, and wherein each super cell segment is connected in parallel with one corresponding bypass diodes (1300A-1300C) connected by bus connections (1500A-1500C) which are located behind the super cells, wherein each bypass diode (1300A-1300C) is located in the back of the module within a junction box. a plurality of super cells arranged in physically parallel rows, each super cell comprising a plurality of silicon solar cells arranged with opposing edges of adjacent solar cells overlapping and conductively bonded to each other to electrically connect the silicon solar cells in series, each solar cell comprising a front surface to be illuminated by sun light during operation of the module and an oppositely positioned rear surface; wherein the super cells are electrically connected in parallel, each super cell being electrically segmented into a plurality of super cell segments by hidden tap interconnects at intermediate locations along a super cell while maintaining a physically continuous super cell, said hidden tap interconnects electrically interconnecting in parallel adjacent super cell segments thereby forming groups of parallel connected super cell segments, wherein each interconnect is conductively bonded to at least one hidden tap contact pad (3320, 3325) on the back surface of one super cell and to at least another hidden tap contact pad (3320, 3325) on the back surface of the other super cell, and wherein each super cell segment is connected in parallel with one corresponding bypass diodes (1300A-1300C) connected by bus connections (1500A-1500C) which are located behind the super cells, wherein each bypass diode (1300A-1300C) is located in the back of the module within a junction box.
An animal or plant cell culture transfected or transduced with one or more expression vectors comprising: (a) at least one recombinant expression cassette encoding a protein of interest; and (b) at least another recombinant expression cassette encoding: (i) an XBP1 protein having the amino acid sequence of SEQ ID NO:6 or a fragment thereof, wherein said protein or fragment thereof binds to a UPR element (UPRE) or ER-stress response element (ERSE) of said cell; or (ii) an ATF6 protein having the amino acid sequence of SEQ ID NO:9 or of amino acid residues 1-366 of SEQ ID NO:9, wherein said protein binds to a UPR element (UPRE) or ER-stress response element (ERSE) of said cell; wherein the ratio of the total number of said at least one recombinant expression cassette to the total number of said at least another recombinant expression cassette is at least 3:1. (a) at least one recombinant expression cassette encoding a protein of interest; and (b) at least another recombinant expression cassette encoding: (i) an XBP1 protein having the amino acid sequence of SEQ ID NO:6 or a fragment thereof, wherein said protein or fragment thereof binds to a UPR element (UPRE) or ER-stress response element (ERSE) of said cell; or (ii) an ATF6 protein having the amino acid sequence of SEQ ID NO:9 or of amino acid residues 1-366 of SEQ ID NO:9, wherein said protein binds to a UPR element (UPRE) or ER-stress response element (ERSE) of said cell; (i) an XBP1 protein having the amino acid sequence of SEQ ID NO:6 or a fragment thereof, wherein said protein or fragment thereof binds to a UPR element (UPRE) or ER-stress response element (ERSE) of said cell; or (ii) an ATF6 protein having the amino acid sequence of SEQ ID NO:9 or of amino acid residues 1-366 of SEQ ID NO:9, wherein said protein binds to a UPR element (UPRE) or ER-stress response element (ERSE) of said cell;
A sanitary shower, in particular an overhead shower, comprising - a shower body including a fluid inlet and a fluid outlet, - a shower head which is removably attachable to the shower body with a fluid inlet in connection with the fluid outlet of the shower body and includes a shower outlet for providing a shower fluid jet, and - plug-on connector means for removably attaching the shower head to the shower body, characterized in that - the plug-on connector means have at least one latching lug and a corresponding latching hole in which the latching lug is lockable by latching on, - the plug-on connector means include a first coupling ring part on the shower body and a second coupling ring part on the shower head, which second coupling ring part is removably connectable to the first coupling ring part by coaxial insertion, wherein on one coupling ring part the latching hole is provided and on the other coupling ring part the latching lug is disposed to be snappingly movable in the radial direction, and - the plug-on connector means include a locking ring which is disposed coaxially in relation to the coupling ring part including the latching lug and rotatable relative thereto, wherein the locking ring in a blocking position secures against removing of the latching lug from the latching hole and in an enable position, twisted relative to the blocking position, enables removing of the latching lug from the latching hole. - a shower body including a fluid inlet and a fluid outlet, - a shower head which is removably attachable to the shower body with a fluid inlet in connection with the fluid outlet of the shower body and includes a shower outlet for providing a shower fluid jet, and - plug-on connector means for removably attaching the shower head to the shower body, - the plug-on connector means have at least one latching lug and a corresponding latching hole in which the latching lug is lockable by latching on, - the plug-on connector means include a first coupling ring part on the shower body and a second coupling ring part on the shower head, which second coupling ring part is removably connectable to the first coupling ring part by coaxial insertion, wherein on one coupling ring part the latching hole is provided and on the other coupling ring part the latching lug is disposed to be snappingly movable in the radial direction, and - the plug-on connector means include a locking ring which is disposed coaxially in relation to the coupling ring part including the latching lug and rotatable relative thereto, wherein the locking ring in a blocking position secures against removing of the latching lug from the latching hole and in an enable position, twisted relative to the blocking position, enables removing of the latching lug from the latching hole.
A positive electrode active material for a lithium secondary battery comprising: two or more types of active material composites in which sulfur is supported on the carbon materials contained therein, wherein the carbon materials contained in any one of the two or more types of active material composites differ in at least one of the average particle size and shape from the carbon materials contained in another type of active material composites, wherein the carbon material is carbon nanotube, and its shape is an entangle type in which carbon nanotubes are entangled to form a spherical shape or a bundle type in which carbon nanotubes are aligned in a predetermined direction to form a skein of elongated shape, and wherein the carbon nanotubes having the entangle type comprise particles having an aspect ratio of 1 to 2, and the carbon nanotubes having the bundle type comprise particles having an aspect ratio of greater than 2. wherein the carbon material is carbon nanotube, and its shape is an entangle type in which carbon nanotubes are entangled to form a spherical shape or a bundle type in which carbon nanotubes are aligned in a predetermined direction to form a skein of elongated shape, and wherein the carbon nanotubes having the entangle type comprise particles having an aspect ratio of 1 to 2, and the carbon nanotubes having the bundle type comprise particles having an aspect ratio of greater than 2.
A propulsion system for an aircraft comprising: a gas generator (54; 201) including a turbine driving a main drive shaft, said main drive shaft, in turn, driving at least two fan drive shafts, wherein said fan drive shafts are driven on non-coaxial axes, and said fan drive shafts each drive a fan rotor through a fan drive system; and at least two fan lubrication systems, wherein each fan lubrication system provides lubrication to one of said fan drive systems, characterised in that: a main lubrication system pump is driven by said gas generator and delivers lubricant to each of said fan lubrication systems. a gas generator (54; 201) including a turbine driving a main drive shaft, said main drive shaft, in turn, driving at least two fan drive shafts, wherein said fan drive shafts are driven on non-coaxial axes, and said fan drive shafts each drive a fan rotor through a fan drive system; and at least two fan lubrication systems, wherein each fan lubrication system provides lubrication to one of said fan drive systems, characterised in that: a main lubrication system pump is driven by said gas generator and delivers lubricant to each of said fan lubrication systems.
Container made of plastic for an operating means of a vehicle, the container to be mounted on a fuel tank of the vehicle and having a mantle and two end walls (7, 8) closing the mantle on both ends, characterised in that one of the end walls (7, 8) has at least two recesses each for receiving a corresponding projection of the fuel tank and the mantle has an indentation behind each recess, wherein a lateral section of the indentation is welded or glued with a floor section of the recess impermeably to the operating means and said sections (18, 19) are traversed by a bore for the passage of a fastening means for anchoring on the projection.
A surgical device, comprising: a working end comprising a reciprocating element, wherein the working end performs a clamping function and a cutting function in response to movement of the reciprocating element; and a computer processor operably coupled to the working end, to a first control input, and to a second control input, wherein, in an operational state, the computer processor is programmed to: command a movement of the reciprocating element through a first range of motion to perform at least the clamping function in response to a first command received from the first control input, and command a movement of the reciprocating element through a second range of motion to perform at least the cutting function in response to at least a second command received from the second control input, the second range of motion being different from the first range of motion. a working end comprising a reciprocating element, wherein the working end performs a clamping function and a cutting function in response to movement of the reciprocating element; and a computer processor operably coupled to the working end, to a first control input, and to a second control input, wherein, in an operational state, the computer processor is programmed to: command a movement of the reciprocating element through a first range of motion to perform at least the clamping function in response to a first command received from the first control input, and command a movement of the reciprocating element through a second range of motion to perform at least the cutting function in response to at least a second command received from the second control input, the second range of motion being different from the first range of motion. command a movement of the reciprocating element through a first range of motion to perform at least the clamping function in response to a first command received from the first control input, and command a movement of the reciprocating element through a second range of motion to perform at least the cutting function in response to at least a second command received from the second control input, the second range of motion being different from the first range of motion.