mhurhangee/ep-ind-claims huggingface dataset:
A cable-type secondary battery (100, 200), comprising: an inner electrode (120,220) having an open-structured inner current collector (121, 221) and an inner electrode active material layer (122, 222) coated on the surface of the inner current collector (121, 221); an electrolyte layer (10, 10') surrounding the inner electrode (120, 220), the electrolyte layer (10, 10') being a polymer electrolyte film; an outer electrode (130, 230) having an outer electrode active material layer (132, 232) surrounding the outer surface of the electrolyte layer(10, 10') and an outer current collector (131, 231) surrounding the outer electrode active material layer (132, 232); and a protection coating (140, 240) disposed to surround the outer electrode (130, 230), characterized in that the polymer electrolyte film (10, 10') has a first electrolyte layer comprising a mixture of a first polymer and a first organic electrolyte solution in a weight ratio of 50:50 and 80:20; and a second electrolyte layer formed on at least one surface of the first electrolyte layer and comprising a mixture of a second polymer and a second organic electrolyte solution in a weight ratio of 20:80 and 50:50. an inner electrode (120,220) having an open-structured inner current collector (121, 221) and an inner electrode active material layer (122, 222) coated on the surface of the inner current collector (121, 221); an electrolyte layer (10, 10') surrounding the inner electrode (120, 220), the electrolyte layer (10, 10') being a polymer electrolyte film; an outer electrode (130, 230) having an outer electrode active material layer (132, 232) surrounding the outer surface of the electrolyte layer(10, 10') and an outer current collector (131, 231) surrounding the outer electrode active material layer (132, 232); and a protection coating (140, 240) disposed to surround the outer electrode (130, 230), characterized in that the polymer electrolyte film (10, 10') has a first electrolyte layer comprising a mixture of a first polymer and a first organic electrolyte solution in a weight ratio of 50:50 and 80:20; and a second electrolyte layer formed on at least one surface of the first electrolyte layer and comprising a mixture of a second polymer and a second organic electrolyte solution in a weight ratio of 20:80 and 50:50.
A control method for a luminaire with a daylight sensor configured for measuring a light level of daylight at dusk and dawn, comprising: - obtaining a first value α representative for the angle of the sun with respect to the horizon; the control method being characterised by the following steps: - if the obtained first value is within a first predetermined range corresponding with a dusk range or a dawn range, performing the following steps: ∘ obtaining a second value E v representative for a light level using the daylight sensor of the luminaire; ∘ controlling the switching on or off of the luminaire when the obtained second value E v fulfils a first predetermined criterion (2004a, 2004b; 2005a, 2005b); - registering over time, for at least one determined obtained second value E v = E v1, at least one corresponding obtained first value α; and/or, for at least one determined first value α = α1, at least one corresponding obtained second value E v; - adjusting the first predetermined criterion based on the registrations over time. - obtaining a first value α representative for the angle of the sun with respect to the horizon; the control method being characterised by the following steps: - if the obtained first value is within a first predetermined range corresponding with a dusk range or a dawn range, performing the following steps: ∘ obtaining a second value E v representative for a light level using the daylight sensor of the luminaire; ∘ controlling the switching on or off of the luminaire when the obtained second value E v fulfils a first predetermined criterion (2004a, 2004b; 2005a, 2005b); - registering over time, for at least one determined obtained second value E v = E v1, at least one corresponding obtained first value α; and/or, for at least one determined first value α = α1, at least one corresponding obtained second value E v; - adjusting the first predetermined criterion based on the registrations over time. - if the obtained first value is within a first predetermined range corresponding with a dusk range or a dawn range, performing the following steps: ∘ obtaining a second value E v representative for a light level using the daylight sensor of the luminaire; ∘ controlling the switching on or off of the luminaire when the obtained second value E v fulfils a first predetermined criterion (2004a, 2004b; 2005a, 2005b); ∘ obtaining a second value E v representative for a light level using the daylight sensor of the luminaire; ∘ controlling the switching on or off of the luminaire when the obtained second value E v fulfils a first predetermined criterion (2004a, 2004b; 2005a, 2005b); - registering over time, for at least one determined obtained second value E v = E v1, at least one corresponding obtained first value α; and/or, for at least one determined first value α = α1, at least one corresponding obtained second value E v; - adjusting the first predetermined criterion based on the registrations over time.
A process for producing a high-purity α-alumina, comprising: burning aluminum hydroxide having an Na content of 0.11 mass% or less, an Fe content of 6 ppm or less, a Ca content of 1.5 ppm or less, and an Si content of 10 ppm or less as impurities in terms of alumina respectively, and having an average particle diameter of 55 μm or less at a burning temperature of 1,100 to 1,500°C by using a burning vessel containing Al 2 O 3 in a range of 85 to 93 wt% and SiO 2 in a range of 7 to 14 wt%, wherein, at the time of the burning, the contact area between the charging aluminum hydroxide to be charged into the burning vessel and the burning vessel is 30% or less of the surface area of the charging aluminum hydroxide and a space having a distance of 5 mm or more is provided in the noncontact part where the charging aluminum hydroxide and the burning vessel are not in contact with each other; and subjecting the obtained α-alumina to wash treatment. burning aluminum hydroxide having an Na content of 0.11 mass% or less, an Fe content of 6 ppm or less, a Ca content of 1.5 ppm or less, and an Si content of 10 ppm or less as impurities in terms of alumina respectively, and having an average particle diameter of 55 μm or less at a burning temperature of 1,100 to 1,500°C by using a burning vessel containing Al 2 O 3 in a range of 85 to 93 wt% and SiO 2 in a range of 7 to 14 wt%, wherein, at the time of the burning, the contact area between the charging aluminum hydroxide to be charged into the burning vessel and the burning vessel is 30% or less of the surface area of the charging aluminum hydroxide and a space having a distance of 5 mm or more is provided in the noncontact part where the charging aluminum hydroxide and the burning vessel are not in contact with each other; and subjecting the obtained α-alumina to wash treatment.
A discharge container (1, 2, 3, 4, 5, 6, 10) comprising: a container body in which contents are stored; a discharger including a stem provided upright in a mouth portion of the container body to be movable downward in a state where the stem is pushed upward; an exterior portion including a top wall portion which is disposed above the stem and through which a discharge hole (26A, 26B) passes in a vertical direction, the exterior portion being configured to discharge the contents from the discharge hole (26A, 26B) to a discharge surface of the top wall portion facing upward; and an inner plate (61, 67) provided in the exterior portion to be movable, wherein the exterior portion is attached to the container body, a locking portion configured to be locked to the stem and to move down the stem as the inner plate (61, 67) moves down and a push-down portion (71, 73, 74, 75, 76, 77) which protrudes toward an outside in a radial direction are provided on the inner plate (61, 67), and the pushing-down portion (71, 73, 74, 75, 76, 77) is disposed on an outside of the exterior portion through an insertion hole formed in a circumferential wall portion of the exterior portion, characterized in that the inner plate (61, 67) forms a diffusion chamber, which is configured to diffuse the contents from the stem in the radial direction and supply the contents to the discharge hole (26A, 26B), between the inner plate (61, 67) and a supply surface facing downward in the top wall portion. a container body in which contents are stored; a discharger including a stem provided upright in a mouth portion of the container body to be movable downward in a state where the stem is pushed upward; an exterior portion including a top wall portion which is disposed above the stem and through which a discharge hole (26A, 26B) passes in a vertical direction, the exterior portion being configured to discharge the contents from the discharge hole (26A, 26B) to a discharge surface of the top wall portion facing upward; and an inner plate (61, 67) provided in the exterior portion to be movable, wherein the exterior portion is attached to the container body, a locking portion configured to be locked to the stem and to move down the stem as the inner plate (61, 67) moves down and a push-down portion (71, 73, 74, 75, 76, 77) which protrudes toward an outside in a radial direction are provided on the inner plate (61, 67), and the pushing-down portion (71, 73, 74, 75, 76, 77) is disposed on an outside of the exterior portion through an insertion hole formed in a circumferential wall portion of the exterior portion, characterized in that the inner plate (61, 67) forms a diffusion chamber, which is configured to diffuse the contents from the stem in the radial direction and supply the contents to the discharge hole (26A, 26B), between the inner plate (61, 67) and a supply surface facing downward in the top wall portion.
A method for operating a system on a chip comprising: having a set of one-time programmable memory elements, the set comprising a first valid configuration, a second valid configuration, and a plurality of invalid configurations; having a programming indicator that is set to a first value before the set of one-time programmable memory elements is programmed; programming the set of one-time programmable memory elements to the first valid configuration; permanently setting the programming indicator to a second value when the set of one-time programmable memory elements leaves the first valid configuration; and detecting a security threat to the system on a chip when the programming indicator is set to the second value and the set of one-time programmable memory elements is in any one of the invalid configurations of the plurality of invalid configurations when the programming indicator is permanently set to the second value. having a set of one-time programmable memory elements, the set comprising a first valid configuration, a second valid configuration, and a plurality of invalid configurations; having a programming indicator that is set to a first value before the set of one-time programmable memory elements is programmed; programming the set of one-time programmable memory elements to the first valid configuration; permanently setting the programming indicator to a second value when the set of one-time programmable memory elements leaves the first valid configuration; and detecting a security threat to the system on a chip when the programming indicator is set to the second value and the set of one-time programmable memory elements is in any one of the invalid configurations of the plurality of invalid configurations when the programming indicator is permanently set to the second value.
A method of operating an internal combustion engine having an electrical processing circuit, said electrical processing circuit being coupled to an operating speed sensor, an external load indicator and a fuel supply system, the method comprising a sensing step for sensing an operating speed of said internal combustion engine; a first comparing step, in that a value of said sensed operating speed is subtracted from a desired operating speed, said subtracted difference is compared with a first threshold value (Boost-on); a detecting step for detecting an operating speed reduction of said internal combustion engine, when said subtracted difference is greater than said first threshold value (Boost-on); a determining step for determining if said operating speed reduction is caused by an external load based on the value of the external load indicator wherein the external load indicator is a fault code indicating that a fuel line is plugged; a controlling step for controlling operation of the fuel supply system to increase an output of fuel above a normal maximum fuel output, when said operating speed reduction is caused by said external load, whereas the normal maximum fuel output represents under normal operating and load conditions the normal maximum fuel level, which corresponds to a maximum torque level on a standard torque fueling curve.
A method comprising: changing a first material applied to a first portion of a structure to a first color in response to heating of the portion of the structure to a first threshold temperature due to an electrical current within the structure; changing a second material applied to a second portion of the structure to a second color distinct from the first color in response to heating of the second portion of the structure to a second threshold temperature greater than the first threshold temperature; and detecting a pathway of the electrical current through the structure based on a position of the first color and the second color. changing a first material applied to a first portion of a structure to a first color in response to heating of the portion of the structure to a first threshold temperature due to an electrical current within the structure; changing a second material applied to a second portion of the structure to a second color distinct from the first color in response to heating of the second portion of the structure to a second threshold temperature greater than the first threshold temperature; and detecting a pathway of the electrical current through the structure based on a position of the first color and the second color.
System for charging at least one energy storage cell in a controllable energy store, which serves to control and supply electrical energy to an n-phase electric machine, where n ≥ 2, wherein - the controllable energy store has n parallel energy supply paths (3-1, 3-2, 3-3), which • each have at least two energy storage modules connected in series, which each comprise at least one electrical energy storage cell with an associated controllable coupling unit, • are firstly connected to a reference rail (T-) and • secondly connected to a respective phase (U, V, W) of the electric machine, - the coupling units interrupt the respective energy supply path (3-1, 3-2; 3-3) or bypass the respectively associated energy storage cells or connect the respectively associated energy storage cells into the respective energy supply path (3-1, 3-2; 3-3) depending on control signals, and - the reference rail (T-) is able to be connected to a negative pole of the charging device, - characterized in that at least two phases (U, V) of the electric machine are able to be connected to a positive pole of a charging device via in each case at least one freewheeling diode (9-U, 9-V), which charging device provides a DC voltage for charging at least one energy storage cell. - the controllable energy store has n parallel energy supply paths (3-1, 3-2, 3-3), which • each have at least two energy storage modules connected in series, which each comprise at least one electrical energy storage cell with an associated controllable coupling unit, • are firstly connected to a reference rail (T-) and • secondly connected to a respective phase (U, V, W) of the electric machine, • each have at least two energy storage modules connected in series, which each comprise at least one electrical energy storage cell with an associated controllable coupling unit, • are firstly connected to a reference rail (T-) and • secondly connected to a respective phase (U, V, W) of the electric machine, - the coupling units interrupt the respective energy supply path (3-1, 3-2; 3-3) or bypass the respectively associated energy storage cells or connect the respectively associated energy storage cells into the respective energy supply path (3-1, 3-2; 3-3) depending on control signals, and - the reference rail (T-) is able to be connected to a negative pole of the charging device, - characterized in that at least two phases (U, V) of the electric machine are able to be connected to a positive pole of a charging device via in each case at least one freewheeling diode (9-U, 9-V), which charging device provides a DC voltage for charging at least one energy storage cell.
Flexible piezoelectric device for energy harvesting comprising a flexible substrate layer which comprises an upper face and a lower face, and at least one LiNbO 3 and/or LiTaO 3 film, called LNT film, bonded to one of the faces of the flexible substrate layer, characterised in that a thickness t f of said at least one LNT film is chosen within a range of 5 to 50 micrometers and is adapted according to a target output power to be delivered by said flexible device during use.
A TCR comprising an amino acid sequence selected from the group consisting of a) SEQ ID NO:28, wherein Xaa7 is selected from the group consisting of Lys and Ala; b) SEQ ID NO:26, wherein Xaa119 is selected from the group consisting of Lys and Ala; and c) SEQ ID NO:22, wherein Xaa119 is selected from the group consisting of Lys and Ala. a) SEQ ID NO:28, wherein Xaa7 is selected from the group consisting of Lys and Ala; b) SEQ ID NO:26, wherein Xaa119 is selected from the group consisting of Lys and Ala; and c) SEQ ID NO:22, wherein Xaa119 is selected from the group consisting of Lys and Ala.
A gas delivery unit for delivering breathing gas for subject breathing comprising: a first regulating valve for regulating a first gas flow; a second regulating valve for regulating a second gas flow; a first flow measurement device in flow communication with said first regulation valve for providing a signal indicative of the first gas flow; a second flow measurement device in flow communication with said second regulation valve for providing a signal indicative of the second gas flow; and at least one anesthetic agent supply for supplying a mixture of an anesthetic agent and at least one of the first and second gas flows, said mixture being adapted to be delivered to a breathing circuit for subject breathing; characterized in that the gas delivery unit also comprises a valve unit in flow communication with at least one of said first flow measurement device and said second flow measurement device for delivering gas for subject breathing, said valve unit comprising a first output for delivering the gas along a first output channel bypassing said anesthetic agent supply, which first output channel is in flow communication with an auxiliary gas outlet attachable in front of respiratory passages of a subject, and a second output for delivering the gas along a second output channel to the anesthetic agent supply for supplying said mixture of anesthetic agent and gas, said valve unit being adapted to select either said first output or said second output. a first regulating valve for regulating a first gas flow; a second regulating valve for regulating a second gas flow; a first flow measurement device in flow communication with said first regulation valve for providing a signal indicative of the first gas flow; a second flow measurement device in flow communication with said second regulation valve for providing a signal indicative of the second gas flow; and at least one anesthetic agent supply for supplying a mixture of an anesthetic agent and at least one of the first and second gas flows, said mixture being adapted to be delivered to a breathing circuit for subject breathing; characterized in that the gas delivery unit also comprises a valve unit in flow communication with at least one of said first flow measurement device and said second flow measurement device for delivering gas for subject breathing, said valve unit comprising a first output for delivering the gas along a first output channel bypassing said anesthetic agent supply, which first output channel is in flow communication with an auxiliary gas outlet attachable in front of respiratory passages of a subject, and a second output for delivering the gas along a second output channel to the anesthetic agent supply for supplying said mixture of anesthetic agent and gas, said valve unit being adapted to select either said first output or said second output.
Dispensing system for a water-guiding household appliance, having a receiving compartment for receiving a detergent, having a mixer compartment and having a water inlet, wherein the receiving compartment is configured to dispense the detergent in the mixer compartment, and wherein at least one mixer nozzle which can be connected to the water inlet is arranged in the mixer compartment, characterised in that in the mixer compartment, at least one suction nozzle is arranged downstream of the mixer nozzle, wherein the mixer nozzle is configured to mix the detergent with a volume of water taken from the water inlet and the suction nozzle is configured to convey the detergent mixed with the volume of water out from the mixer compartment.