mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioning apparatus comprising: an outdoor unit equipped with an outdoor-side heat exchanger formed by inserting a plurality of heat transfer pipes made of a metal material including at least one of aluminum and an aluminum alloy into a plurality of fins; an indoor unit equipped with an indoor-side heat exchanger formed by inserting a plurality of heat transfer pipes made of a metal material including at least one of aluminum and an aluminum alloy into a plurality of fins; and a refrigeration cycle in which a compressor, the outdoor-side heat exchanger, expanding means, and the indoor-side heat exchanger are connected by refrigerant pipes and which circulates a refrigerant, characterised in that the heat transfer pipes in the outdoor-side heat exchanger are each internally provided with a plurality of straight grooves parallel to a pipe axial direction, the indoor-side heat exchanger includes a first indoor-side heat exchanger including heat transfer pipes each internally provided with a plurality of straight grooves parallel to the pipe axial direction, and a second indoor-side heat exchanger including heat transfer pipes each internally provided with a plurality of spiral grooves having a lead angle, lengths of the heat transfer pipes of the first indoor-side heat exchanger and the heat transfer pipes of the second indoor-side heat exchanger are set to be equal, and when the indoor-side heat exchanger is used as an evaporator, the refrigerant flows out of the first indoor-side heat exchanger and then flows into the second indoor-side heat exchanger. an outdoor unit equipped with an outdoor-side heat exchanger formed by inserting a plurality of heat transfer pipes made of a metal material including at least one of aluminum and an aluminum alloy into a plurality of fins; an indoor unit equipped with an indoor-side heat exchanger formed by inserting a plurality of heat transfer pipes made of a metal material including at least one of aluminum and an aluminum alloy into a plurality of fins; and a refrigeration cycle in which a compressor, the outdoor-side heat exchanger, expanding means, and the indoor-side heat exchanger are connected by refrigerant pipes and which circulates a refrigerant, characterised in that the heat transfer pipes in the outdoor-side heat exchanger are each internally provided with a plurality of straight grooves parallel to a pipe axial direction, the indoor-side heat exchanger includes a first indoor-side heat exchanger including heat transfer pipes each internally provided with a plurality of straight grooves parallel to the pipe axial direction, and a second indoor-side heat exchanger including heat transfer pipes each internally provided with a plurality of spiral grooves having a lead angle, lengths of the heat transfer pipes of the first indoor-side heat exchanger and the heat transfer pipes of the second indoor-side heat exchanger are set to be equal, and when the indoor-side heat exchanger is used as an evaporator, the refrigerant flows out of the first indoor-side heat exchanger and then flows into the second indoor-side heat exchanger.
Tool for simplified connection of a hose to a nipple, characterized in comprising two separate tool parts (12, 13) which each has a free end (121, 131) with a curved profile forming a convex side (126 resp. 136) and a concave side (127 resp. 137) arranged to be inserted into a tube end when the convex sides are equally oriented on both tool parts, and which each at a distance from the free end has an operating handle (123, 133) enabling rotation of the second tool part of the tool 180 degrees in relation to the first tool part thus bringing the concave sides (127, 137) of said free ends of the tool parts to face one another.
A semiconductor structure, comprising at least one sub-word line driver, the sub-word line driver comprising: a plurality of first active areas; and a main-word line comprising a plurality of first gates and a plurality of second gates interconnected; the plurality of first gates corresponding to the plurality of first active areas; wherein an extension direction of the plurality of first gates in the main-word line and/or an extension direction of at least part of the second gates in the main-word line intersects both a first direction and a second direction; wherein the first direction is parallel to a direction in which the first active areas extend, and the second direction is parallel to a plane in which the first active areas are located and is perpendicular to the first direction; characterized in that the plurality of first gates are connected physically and all extend in a third direction, the plurality of first active areas are arranged at intervals in the third direction, and at least part of the second gates are connected physically and all extend in a fourth direction; and an included angle between a straight line in the third direction and a straight line in the second direction ranges from 0° to 45° and the third direction is different from the second direction; and/or, an included angle between a straight line in the fourth direction and the straight line in the second direction ranges from 0° to 45° and the fourth direction is different from the second direction. a plurality of first active areas; and a main-word line comprising a plurality of first gates and a plurality of second gates interconnected; the plurality of first gates corresponding to the plurality of first active areas; wherein an extension direction of the plurality of first gates in the main-word line and/or an extension direction of at least part of the second gates in the main-word line intersects both a first direction and a second direction; wherein the first direction is parallel to a direction in which the first active areas extend, and the second direction is parallel to a plane in which the first active areas are located and is perpendicular to the first direction; characterized in that the plurality of first gates are connected physically and all extend in a third direction, the plurality of first active areas are arranged at intervals in the third direction, and at least part of the second gates are connected physically and all extend in a fourth direction; and an included angle between a straight line in the third direction and a straight line in the second direction ranges from 0° to 45° and the third direction is different from the second direction; and/or, an included angle between a straight line in the fourth direction and the straight line in the second direction ranges from 0° to 45° and the fourth direction is different from the second direction.
Chemical oxygen generator for an emergency oxygen device, comprising: - an outer housing (10;111) defining an interior space and comprising an outlet opening (30;130), - a solid oxygen source (50;150) within said interior space containing sodium chlorate which is able to produce oxygen in a chemical reaction, - a hollow tube (40;140) within said interior space embedded in said solid oxygen source, characterized in that said hollow tube and said solid oxygen source extend from a first end of said housing to a second end of said housing and a starter unit (20; 120) for initiating a chemical reaction in said solid oxygen source is provided at said first end, and said outlet opening is located at the first end or at the second end. - an outer housing (10;111) defining an interior space and comprising an outlet opening (30;130), - a solid oxygen source (50;150) within said interior space containing sodium chlorate which is able to produce oxygen in a chemical reaction, - a hollow tube (40;140) within said interior space embedded in said solid oxygen source,
An agricultural baler comprising a baling mechanism including a first baling chamber for the sequential production of square bales, and a first ejection chute, a second baling chamber for the sequential production of square bales, the second baling chamber producing bales concurrently with the first baling chamber, and a second ejection chute, in which each ejection chute (18,118) comprises a channel having a base wall and first and second side walls (22,24) extending upwards from either side of the base wall, characterised in that a region of the base wall is provided with a first window, each ejection chute (18,118) further comprising a deposit mechanism for controlling movement of a formed bale through the first window in which the deposit mechanism of each ejection chute (18,118) comprises at least a first selectively displaceable panel (32,132) at a first side of the first window, the first panel (32,132) being selectively displaceable between a first position in which travel of the formed bale through the first window is prevented and a second position in which deposit of the formed bale through the first window is permitted, and in that the first selectively displaceable panel of the first ejection chute is located adjacent to the first selectively displaceable panel of the second ejection chute.
An isolated DC power supply device that supplies direct current power via a positive electrode line to which a positive voltage is applied, a negative electrode line to which a negative voltage is applied, and a neutral line to which a signal is applied, the neutral line having an intermediate voltage between the positive electrode line and the negative electrode line as a neutral point, characterised by the isolated DC power supply device comprising: an amplifying unit configured to amplify a DC power; a receiving unit configured to detect an occurrence of a ground leakage current flowing to the positive electrode line or the negative electrode line, compare a voltage of the neutral point with a voltage of the signal of the neutral line and connect the neutral line with a ground point via a coil; and an impedance adjusting circuit configured to be installed between the amplifying unit and the receiving unit and adjust an impedance in a voltage range of the signal applied to the neutral line and in a voltage range other than the signal voltage range in a manner that the impedance is set higher in the signal voltage range than in the other voltage range. an amplifying unit configured to amplify a DC power; a receiving unit configured to detect an occurrence of a ground leakage current flowing to the positive electrode line or the negative electrode line, compare a voltage of the neutral point with a voltage of the signal of the neutral line and connect the neutral line with a ground point via a coil; and an impedance adjusting circuit configured to be installed between the amplifying unit and the receiving unit and adjust an impedance in a voltage range of the signal applied to the neutral line and in a voltage range other than the signal voltage range in a manner that the impedance is set higher in the signal voltage range than in the other voltage range.
A connecting element for a heatable hose, having a fluid-conducting inner hose part and a jacket that is fastenable in a receptacle (142, 144) on a housing of the connecting element, the connecting element having at least two receptacles (142, 144) on a receiving part of its housing, the receptacles being suitable for accommodating various heatable hoses having different internal diameters (232, 234) and/or a jacket having a different external diameter (282, 284), the connecting element being provided, from the outside to the inside, with a first larger receptacle for a jacket having a larger external diameter, and connected thereto, at least one smaller receptacle for a jacket of the heatable hose having a smaller external diameter, the inner hose part being connectable to a connecting piece that is provided in the interior of the housing and adapted to the internal diameter (232, 234) of the inner hose part, the connecting piece having at least two different diameters for attaching at least two different hose parts having different internal diameters (232, 234).
A dental restorative material comprising 10 to 50 mass % of a polymerizable monomer relative to the total mass of, and, 5 to 80 mass % of an organic-inorganic composite filler having an average particle diameter of 5.0 to 50 μm, which comprises an inorganic fine filler having an average particle diameter of 1 μm or smaller and an organic matrix dispersing the inorganic fine filler therein, the mass % of is relative to the total mass of, and, and 10 to 60 mass % of a third component inorganic filler having an average particle diameter of 1.1 to 5.0 μm, the mass % of is relative to the total mass of, and, wherein the value [nC - nB] of the difference between the refractive index [nC] of the inorganic filler at 32°C and the refractive index [nB] of the organic-inorganic composite filler at 32°C is 0.01 to 0.03, and the absolute value |nA - nC| of the difference between the refractive index [nA] of the cured body of the polymerizable monomer at 32°C and the refractive index [nC] of the inorganic filler at 32°C is 0.005 to 0.05, and when cured, the dental restorative material has a diffusion degree of 10 or larger, wherein the diffusion degree being represented by the following formula: D = I 20 / cos 20 ° + I 70 / cos 70 ° / 2 × I 0, in the above formula, I 0, I 20 and I 70 are, when a light is applied perpendicularly to the surface of a sheet-shaped sample of 0.5 mm in thickness obtained by curing a dental restorative material, the intensities of lights transmitted by the sample in the directions of 0°, 20° and 70° relative to the incident direction of the light applied. 10 to 50 mass % of a polymerizable monomer relative to the total mass of, and, 5 to 80 mass % of an organic-inorganic composite filler having an average particle diameter of 5.0 to 50 μm, which comprises an inorganic fine filler having an average particle diameter of 1 μm or smaller and an organic matrix dispersing the inorganic fine filler therein, the mass % of is relative to the total mass of, and, and 10 to 60 mass % of a third component inorganic filler having an average particle diameter of 1.1 to 5.0 μm, the mass % of is relative to the total mass of, and,
Fuel injection device for fuel injection systems of internal combustion engines, having at least one fuel injection valve, having a receiving bore for the fuel injection valve in a cylinder head, having a fuel distributor line with a connecting pipe into which the fuel injection valve is inserted in a partially overlapping fashion, with a connecting body being arranged such that the fuel injection valve is held therein in such a way that the fuel injection valve and the connecting body are inserted without coming into contact with any surfaces or walls of the receiving bore of the cylinder head which do not run axially parallel to the fuel injection valve, the fuel distributor line being fastened to the cylinder head by connecting means, and in each case at least one damping disc being provided in the region of the connecting means, with the one damping disc being arranged on the connecting means between the fuel distributor line and the cylinder head so as to abut directly against the cylinder head, characterized in that the connecting means are screws and a further damping disc is arranged beneath the screw head so as to abut directly against the fuel distributor line, and radial decoupling is realized by means of a continuous radial spacing between the connecting means and the fuel distributor line, with the damping discs on each connecting means having an internal diameter smaller than the internal diameter of the passage openings in the fuel distributor line for the leadthrough of the connecting means.
Circuit breaker comprising a live line between a live supply connecting terminal and a live load connecting terminal, a neutral line between a neutral supply connecting terminal and a neutral load connecting terminal, and a semiconductor switching unit located in the live line, the circuit breaker further comprises a bypass line, which bypass line is connected in parallel to the semiconductor switching unit, with a first mechanical switch and a second mechanical switch located in the bypass line, with the first mechanical switch connected in series to the second mechanical switch, whereby the semiconductor switching unit, the first mechanical switch and the second mechanical switch are controlled by a processing unit of the circuit breaker, whereby the processing unit is embodied to perform following steps in case of a short-circuit-detection or an overcurrent-detection: - sending a first opening command to the first mechanical switch, - sending a second opening command to the second mechanical switch a time-delay after sending of the first opening command, characterized in that the circuit breaker comprises a commutation detection arrangement to detect at least the beginning of a current commutation from the bypass line to the semiconductor switching unit, with the commutation detection arrangement being connected to the processing unit, whereby the time-delay is a variable time-delay, whereby the variable time-delay is defined as the period until the commutation detection arrangement detects a predefined level of commutation of a current from the bypass line to the semiconductor switching unit or the variable time-delay is defined as an expected commutation time minus a reaction time period of the second mechanical switch, whereby the processing unit is embodied to estimate the expected commutation time under consideration of a variation in time of a current in the live line and/or a current in the bypass line. - sending a first opening command to the first mechanical switch, - sending a second opening command to the second mechanical switch a time-delay after sending of the first opening command,
A camera module, said module comprising: a first Printed Circuit Board; a second Printed Circuit Board spaced apart from the first PCB; and an outer shield supporting the first and second PCBs (10, 20) and adapted to shield the first and the second PCBs (10, 20) from electromagnetic interference; characterized in that the first PCB has a first PCB protrusion supported by the outer shield and the second PCB has a second PCB protrusion supported by the outer shield, in that the outer shield comprises a lateral wall, a first through hole formed through the lateral wall, a second through hole formed through the lateral wall directly below the first through hole, a first tension spring bent from the lateral wall and disposed to face the first PCB protrusion passing through the first through hole, and a second tension spring bent from the lateral wall and disposed to face the second PCB protrusion passing through the second through hole, the first tension spring and the second tension spring are monolithically formed with the lateral wall, and in that at least a portion of the first PCB protrusion is disposed in the first through hole, and at least a portion of the second PCB protrusion is disposed in the second through hole. a first Printed Circuit Board; a second Printed Circuit Board spaced apart from the first PCB; and an outer shield supporting the first and second PCBs (10, 20) and adapted to shield the first and the second PCBs (10, 20) from electromagnetic interference; characterized in that the first PCB has a first PCB protrusion supported by the outer shield and the second PCB has a second PCB protrusion supported by the outer shield, in that the outer shield comprises a lateral wall, a first through hole formed through the lateral wall, a second through hole formed through the lateral wall directly below the first through hole, a first tension spring bent from the lateral wall and disposed to face the first PCB protrusion passing through the first through hole, and a second tension spring bent from the lateral wall and disposed to face the second PCB protrusion passing through the second through hole, the first tension spring and the second tension spring are monolithically formed with the lateral wall, and in that at least a portion of the first PCB protrusion is disposed in the first through hole, and at least a portion of the second PCB protrusion is disposed in the second through hole.
An isolated cell comprising a nucleic acid molecule, a nucleic acid vector or a lentiviral vector encoding a chimeric antigen receptor, the said chimeric antigen receptor comprising: - a binding domain; - a transmembrane domain; - a hook-binding domain comprising a streptavidin-binding peptide; and an activation domain comprising: - a T cell activating fragment of at least 100 contiguous amino acids of SEQ ID NO:3; SEQ ID NO:4; SEQ ID NO:5; SEQ ID NO:7, or SEQ ID NO:8, SEQ ID NO:33, or SEQ ID NO:34, or - a T cell activating fragment of at least 90 contiguous amino acids of SEQ ID NO:6, the hook-binding domain being located in the intracytoplasmic region of the chimeric antigen receptor, the isolated cell being a cell of the immune system. - a binding domain; - a transmembrane domain; - a hook-binding domain comprising a streptavidin-binding peptide; and an activation domain comprising: - a T cell activating fragment of at least 100 contiguous amino acids of SEQ ID NO:3; SEQ ID NO:4; SEQ ID NO:5; SEQ ID NO:7, or SEQ ID NO:8, SEQ ID NO:33, or SEQ ID NO:34, or - a T cell activating fragment of at least 90 contiguous amino acids of SEQ ID NO:6, - a T cell activating fragment of at least 100 contiguous amino acids of SEQ ID NO:3; SEQ ID NO:4; SEQ ID NO:5; SEQ ID NO:7, or SEQ ID NO:8, SEQ ID NO:33, or SEQ ID NO:34, or - a T cell activating fragment of at least 90 contiguous amino acids of SEQ ID NO:6,
A fuel system for an aircraft, the fuel system comprising: a fuel tank; a valve; a valve actuator with a control input, wherein the valve actuator is configured to open the valve in response to command signals on the control input, and the valve is configured so that opening of the valve ventilates the fuel tank causing fuel vapour to be released from the fuel tank via the valve; a control system coupled to the control input, wherein the control system is configured to generate command signals and apply the command signals to the control input; and a control-parameter system configured to obtain one or more control-parameters, wherein the control system comprises an automated control system which is coupled to the control-parameter system, and the automated control system is configured to automatically generate the command signals on a basis of the one or more control-parameters, and characterised in that the one or more control-parameters comprise: a. a control-parameter indicative of an environmental condition local to the fuel tank, wherein the environmental condition is an air composition, or b. a control-parameter indicative of a location of the aircraft compared with a geographical database of: population density, air quality, or local regulations, or c. a control-parameter indicative of future route planning of the aircraft, or d. a control-parameter indicative of whether fuel vapour emissions from the fuel system have exceeded or will exceed a threshold. a. a control-parameter indicative of an environmental condition local to the fuel tank, wherein the environmental condition is an air composition, or b. a control-parameter indicative of a location of the aircraft compared with a geographical database of: population density, air quality, or local regulations, or c. a control-parameter indicative of future route planning of the aircraft, or d. a control-parameter indicative of whether fuel vapour emissions from the fuel system have exceeded or will exceed a threshold.