mhurhangee/ep-ind-claims huggingface dataset:
Device for determining the mixing ratio of a mixture, wherein the mixture comprises at least two different fluids (H20, GLY), the device comprising: - a pipe section with a measuring region, in particular one through which fluid flows, provided for determining the mixing ratio; - wherein the mixture is provided to flow through the pipe section; - a radar sensor system comprising a radar sensor chip, wherein the radar sensor chip has a sensor outer side, which is arranged on an outer wall of the pipe section and/or penetrates this outer wall; wherein the radar sensor system is adapted to: - irradiate frequency-modulated millimetre-radar waves (f S) in a specified frequency range (Δf) via the sensor outer side into the measuring region; - receive millimetre-radar waves (f R) backscattered back at the mixture; - ascertain a frequency-dependent reflection coefficient (ρ f) for the specified frequency range (Δf) using the backscattered millimetre-radar waves (f R); and - calculate the mixing ratio from the ascertained frequency-dependent reflection coefficient (ρ f), characterised in that the radar sensor chip has at its sensor outer side at least one receiving antenna (Rx0 - Rx3); wherein the radar sensor system is adapted to: - receive millimetre-radar waves (f R) backscattered at the mixture using the at least one receiving antenna (Rx0 - Rx3). - a pipe section with a measuring region, in particular one through which fluid flows, provided for determining the mixing ratio; - wherein the mixture is provided to flow through the pipe section; - a radar sensor system comprising a radar sensor chip, wherein the radar sensor chip has a sensor outer side, which is arranged on an outer wall of the pipe section and/or penetrates this outer wall; - irradiate frequency-modulated millimetre-radar waves (f S) in a specified frequency range (Δf) via the sensor outer side into the measuring region; - receive millimetre-radar waves (f R) backscattered back at the mixture; - ascertain a frequency-dependent reflection coefficient (ρ f) for the specified frequency range (Δf) using the backscattered millimetre-radar waves (f R); and - calculate the mixing ratio from the ascertained frequency-dependent reflection coefficient (ρ f), characterised in that - receive millimetre-radar waves (f R) backscattered at the mixture using the at least one receiving antenna (Rx0 - Rx3).
A primate restraint device comprising: a containing body having both side surfaces, a top surface, and a bottom surface; a door provided on the rear surface side through which a primate can come in and out of said containing body, wherein the door is capable of opening and closing the rear surface side of said containing body by sliding up and down; and a partition wall formed so as to close the inside of said containing body from the front surface side and to be movable forward and backward within said containing body and configured to be able to be fixed at a desired position within said containing body; each of said both side surfaces being formed by assembling vertical bar members (51) and horizontal bar members (52) into a grid pattern; characterized in that a side surface vertical bar is arranged with a slight shift to the front surface side, forming a wider grid than the other grids in the vicinity of the rear surface of the containing body, whereby this wider grid forms a head protrusion port through which the head of the primate contained in the restraint device is protruded to the outside; and wherein the side surface horizontal bar constituting the lower side of the grid which forms this head protrusion port is curved downward and forms a trough in the vicinity of the middle of this grid to form a chin support portion on which the chin of a contained primate is placed. a containing body having both side surfaces, a top surface, and a bottom surface; a door provided on the rear surface side through which a primate can come in and out of said containing body, wherein the door is capable of opening and closing the rear surface side of said containing body by sliding up and down; and a partition wall formed so as to close the inside of said containing body from the front surface side and to be movable forward and backward within said containing body and configured to be able to be fixed at a desired position within said containing body; each of said both side surfaces being formed by assembling vertical bar members (51) and horizontal bar members (52) into a grid pattern; characterized in that a side surface vertical bar is arranged with a slight shift to the front surface side, forming a wider grid than the other grids in the vicinity of the rear surface of the containing body, whereby this wider grid forms a head protrusion port through which the head of the primate contained in the restraint device is protruded to the outside; and wherein the side surface horizontal bar constituting the lower side of the grid which forms this head protrusion port is curved downward and forms a trough in the vicinity of the middle of this grid to form a chin support portion on which the chin of a contained primate is placed.
A dog toilet comprising: a receptacle in which a dog urinates; a urination detection sensor including a first electrode and a second electrode; and an operating device configured to operate based on a conducting state of the first electrode and the second electrode of the urination detection sensor, at least either one of the first electrode and the second electrode being spaced apart from the receptacle, wherein an insulating member is arranged between the receptacle and at least either one of the first electrode and the second electrode, wherein the insulating member has a plurality of apertures penetrating in the vertical direction and enables urine excreted by the dog to pass through the apertures from an upper side of the insulating member to a lower side thereof, said pet toilet being characterized in that the insulating member is arranged between the first electrode and the second electrode in a vertical direction. a receptacle in which a dog urinates; a urination detection sensor including a first electrode and a second electrode; and an operating device configured to operate based on a conducting state of the first electrode and the second electrode of the urination detection sensor, at least either one of the first electrode and the second electrode being spaced apart from the receptacle, wherein an insulating member is arranged between the receptacle and at least either one of the first electrode and the second electrode, wherein the insulating member has a plurality of apertures penetrating in the vertical direction and enables urine excreted by the dog to pass through the apertures from an upper side of the insulating member to a lower side thereof, said pet toilet being characterized in that the insulating member is arranged between the first electrode and the second electrode in a vertical direction.
A fluid collection assembly having a first end and a second end spaced from the first end, the first end defining a reservoir for capturing one or more bodily fluids from an individual, the assembly comprising: a fluid impermeable barrier defining: at least one opening; a chamber in fluid communication with the at least one opening; and at least one fluid outlet defined by the second end of the assembly; at least one porous material disposed in the chamber; at least one conduit attached to the at least one fluid outlet, the at least one conduit including an open terminal end adjacent to or within the fluid reservoir and an outlet portion that is disposed in the at least one fluid outlet; and one or more leak prevention features configured to at least inhibit bodily fluids leaking from the chamber, and characterized by the one or more leak prevention features including one or more conduit inlets (342a, 342b) defined by the at least one conduit, the one or more conduit inlets located between the open terminal end and the outlet portion, and wherein the open terminal end of the conduit exhibits the largest opening of the conduit. a fluid impermeable barrier defining: at least one opening; a chamber in fluid communication with the at least one opening; and at least one fluid outlet defined by the second end of the assembly; at least one opening; a chamber in fluid communication with the at least one opening; and at least one fluid outlet defined by the second end of the assembly; at least one porous material disposed in the chamber; at least one conduit attached to the at least one fluid outlet, the at least one conduit including an open terminal end adjacent to or within the fluid reservoir and an outlet portion that is disposed in the at least one fluid outlet; and one or more leak prevention features configured to at least inhibit bodily fluids leaking from the chamber, and characterized by the one or more leak prevention features including one or more conduit inlets (342a, 342b) defined by the at least one conduit, the one or more conduit inlets located between the open terminal end and the outlet portion, and wherein the open terminal end of the conduit exhibits the largest opening of the conduit.
A method performed by a terminal (7a-15; 7b-71, 7b-73, 7b-75, 7b-77, 7b-79) in a communication system, the method comprising: receiving, from a base station (7a-10; 7a-30; 7b-01), configuration information for a radio link monitoring using a synchronization signal including at least one of a primary synchronization signal, PSS, or a secondary synchronization signal, SSS; identifying that link failure for a beam is detected based on whether a measurement result for the synchronization signal is less than a threshold; and initiating a random access procedure with the base station based on the identifying, wherein a medium access control, MAC, control element, CE, indicating a recovery for the link failure is transmitted to the base station in the random access procedure. receiving, from a base station (7a-10; 7a-30; 7b-01), configuration information for a radio link monitoring using a synchronization signal including at least one of a primary synchronization signal, PSS, or a secondary synchronization signal, SSS; identifying that link failure for a beam is detected based on whether a measurement result for the synchronization signal is less than a threshold; and initiating a random access procedure with the base station based on the identifying, wherein a medium access control, MAC, control element, CE, indicating a recovery for the link failure is transmitted to the base station in the random access procedure.
A stamp unit comprising: a case; an ink occluding member accommodated in the case; a frame; and an impression member corresponding to a porous film tightly stretched on the frame to face the ink occluding member, characterized by further comprising a repulsive elastic member constantly exerting an urging force in a direction to separate the impression member from the ink occluding member. a case; an ink occluding member accommodated in the case; a frame; and an impression member corresponding to a porous film tightly stretched on the frame to face the ink occluding member, characterized by further comprising a repulsive elastic member constantly exerting an urging force in a direction to separate the impression member from the ink occluding member.
A display device comprising: a substrate; a pixel circuit unit disposed on the substrate and having a first hole; a light blocking layer disposed on the pixel circuit unit and having a second hole, the second hole being located so as to correspond to the first hole; a light emitting layer disposed on the pixel circuit unit to correspond to a light emission area defined by the light blocking layer; and a sealing unit on the light blocking layer, wherein the substrate comprises: a first layer having a depression corresponding to the first hole; and a second layer disposed between the first layer and the pixel circuit unit and having a third hole between the depression and the second hole, the sealing unit comprises: a cover portion disposed on the light blocking layer; and an extension portion extending from the cover portion to be inserted into the first hole, the second hole, the third hole and the depression, wherein the depression has a width larger than a width of the third hole. a substrate; a pixel circuit unit disposed on the substrate and having a first hole; a light blocking layer disposed on the pixel circuit unit and having a second hole, the second hole being located so as to correspond to the first hole; a light emitting layer disposed on the pixel circuit unit to correspond to a light emission area defined by the light blocking layer; and a sealing unit on the light blocking layer, wherein the substrate comprises: a first layer having a depression corresponding to the first hole; and a second layer disposed between the first layer and the pixel circuit unit and having a third hole between the depression and the second hole, a first layer having a depression corresponding to the first hole; and a second layer disposed between the first layer and the pixel circuit unit and having a third hole between the depression and the second hole, the sealing unit comprises: a cover portion disposed on the light blocking layer; and an extension portion extending from the cover portion to be inserted into the first hole, the second hole, the third hole and the depression, wherein a cover portion disposed on the light blocking layer; and an extension portion extending from the cover portion to be inserted into the first hole, the second hole, the third hole and the depression, wherein the depression has a width larger than a width of the third hole.
A solid pharmaceutical formulation for oral administration, comprising COMPOUND 1 or a pharmaceutically acceptable salt or solvate thereof and at least one disintegrant, wherein the amount of COMPOUND 1 is 2.5 mg and the total weight of the formulation is 100 mg, wherein the ratio of disintegrant to COMPOUND 1 or a pharmaceutically acceptable salt or solvate thereof is between 0.6 and 12 on a weight/weight basis, and wherein COMPOUND 1 is:
A steel product for welding comprising the following components: by mass%, C: 0.3% or less, Si: 0.5% or less, Mn: 0.3 ~ 2%, P: 0.03% or less, S: 0.03% or less, Al: 0.3 ~ 5%, O: 0.003 ~ 0.01%, N: 0.006% or less; and optionally, one or more of the following components: by mass%, Cu: 0.3 ~ 2%, and Ni: 0.3 - 2%, the balance being Fe and inevitable impurities; wherein Al-containing oxides having a size of 0.005 to 0.05 μm are dispersed in steel at a ratio of 1×10 6 /mm 2 or more. by mass%, C: 0.3% or less, Si: 0.5% or less, Mn: 0.3 ~ 2%, P: 0.03% or less, S: 0.03% or less, Al: 0.3 ~ 5%, O: 0.003 ~ 0.01%, N: 0.006% or less; and optionally, one or more of the following components: by mass%, Cu: 0.3 ~ 2%, and Ni: 0.3 - 2%, the balance being Fe and inevitable impurities; wherein Al-containing oxides having a size of 0.005 to 0.05 μm are dispersed in steel at a ratio of 1×10 6 /mm 2 or more.
A method for retraining a pre-trained object classifier, the method being performed by a system, the system comprising processing circuitry, the method comprising: obtaining a stream (200, 200') of image frames (210a:210c) of a scene, wherein each of the image frames (210a:210c) depicts an instance of a tracked object, and wherein the tracked object is one same object being tracked when moving in the scene; classifying, with a level of confidence, each instance of the tracked object to belong to an object class; verifying that the level of confidence for at least one of the instances of the tracked object, and for only one object class, is higher than a threshold confidence value, for thereby ensuring that at least one of the instances of the tracked object is classified with high confidence to said only one object class; and when so: annotating all instances of the tracked object in the stream (200, 200') of image frames (210a:210c) as belonging to said only one object class with high confidence, yielding annotated instances of the tracked object; and retraining the pre-trained object classifier with at least some of the annotated instances of the tracked object. obtaining a stream (200, 200') of image frames (210a:210c) of a scene, wherein each of the image frames (210a:210c) depicts an instance of a tracked object, and wherein the tracked object is one same object being tracked when moving in the scene; classifying, with a level of confidence, each instance of the tracked object to belong to an object class; verifying that the level of confidence for at least one of the instances of the tracked object, and for only one object class, is higher than a threshold confidence value, for thereby ensuring that at least one of the instances of the tracked object is classified with high confidence to said only one object class; and when so: annotating all instances of the tracked object in the stream (200, 200') of image frames (210a:210c) as belonging to said only one object class with high confidence, yielding annotated instances of the tracked object; and retraining the pre-trained object classifier with at least some of the annotated instances of the tracked object. annotating all instances of the tracked object in the stream (200, 200') of image frames (210a:210c) as belonging to said only one object class with high confidence, yielding annotated instances of the tracked object; and retraining the pre-trained object classifier with at least some of the annotated instances of the tracked object.
Method for evaluating the occurrence of a lack of pressure in at least one of the tyres fitted on the wheels of a motor vehicle, said evaluation resulting from an analysis of the angular speeds of the wheels in accordance with a first algorithm based on an analysis of the difference in speeds between each of the wheels and in accordance with a second algorithm based on a spectral analysis of the wheel speed, wherein each of the first and second algorithms supplies, for each wheel, an item of data on the probability of underinflation and on the associated confidence level depending on a speed range of the wheel, said method being characterized in that it uses a decision module based on a neural network the inputs of which are the data on the probability and confidence level for each wheel, which data are supplied by the first and second algorithms, said neural network having undergone a prior learning phase and supplying, at the output, for each wheel of the vehicle, a tyre underinflation state detection score (score_RN).
Method for producing a composite material from metal and magnesium stannate Mg 2 SnO 4 by mixing magnesium stannate Mg 2 SnO 4 in powder form with at least one metal powder and, where applicable, additional oxides; pressing the mixture to obtain a pellet; and sintering the pellet to obtain a sintered compact.
A method of capturing heat at a power plant, comprising: absorbing the heat released from carbon dioxide gas from the power plant using a refrigerant; transferring the absorbed heat from the refrigerant to a water condensate obtained at the power plant to raise a temperature of the water condensate; and supplying the heated water condensate to the power plant to capture the heat released from the carbon dioxide characterized by evaporating the refrigerant when absorbing heat from the carbon dioxide, then compressing the evaporated refrigerant, then condensing the refrigerant when supplying heat to the water condensate, then expanding the refrigerant and forwarding it to expansion. absorbing the heat released from carbon dioxide gas from the power plant using a refrigerant; transferring the absorbed heat from the refrigerant to a water condensate obtained at the power plant to raise a temperature of the water condensate; and supplying the heated water condensate to the power plant to capture the heat released from the carbon dioxide characterized by evaporating the refrigerant when absorbing heat from the carbon dioxide, then compressing the evaporated refrigerant, then condensing the refrigerant when supplying heat to the water condensate, then expanding the refrigerant and forwarding it to expansion.
Lighting device for a dashboard of a vehicle, which dashboard as at least one instrument for displaying a state variable of the vehicle, the instrument having a dial, comprising a light source and a light-guide body into which light from the light source is coupled and guided, the light-guide body having a predefined light exit region through which light emerges from the light-guide body, the light-guide body being configured in order to surround the dashboard at least in regions, the light exit region being configured in such a way that light emitted by the light-guide body in a state when fitted as intended to the aforementioned dashboard shines principally in a direction facing away from the instrument, characterised in that the light exit region is furthermore configured to laterally illuminate a step, on which the dial is arranged, with light emitted from the light exit region.
A heat pump having a refrigerant circuit in which a compressor, a condenser, an expansion valve, and an evaporator are connected sequentially, comprising: evaporator refrigerant pressure detecting means for detecting an evaporation pressure of said evaporator; and first frost formation state detecting means for detecting a frost formation state of said evaporator, wherein said first frost formation state detecting means sets said evaporation pressure to a characteristic amount and detects a drop in heat exchange performance caused by the frost formation on said evaporator on the basis of a time change amount of the characteristic amount, wherein said time change amount is a difference in said characteristic amount before and after a given time elapsed. evaporator refrigerant pressure detecting means for detecting an evaporation pressure of said evaporator; and first frost formation state detecting means for detecting a frost formation state of said evaporator, wherein said first frost formation state detecting means sets said evaporation pressure to a characteristic amount and detects a drop in heat exchange performance caused by the frost formation on said evaporator on the basis of a time change amount of the characteristic amount, wherein said time change amount is a difference in said characteristic amount before and after a given time elapsed.