mhurhangee/ep-ind-claims huggingface dataset:
A spike domain asynchronous neuron circuit comprising: a first spike to exponential circuit for emulating kinetic dynamics at a neuron input and converting voltage spikes into exponentials, the first spike to exponential circuit having a first plurality of voltage-type spike domain inputs and having a first voltage-type spike exponential output; a first adjustable gain circuit for emulating homeostatic plasticity coupled to the first voltage-type spike exponential output and having a first current output; a neuron core circuit coupled to the first current output for emulating a neuron core and having a spike encoded voltage output; a filter and comparator circuit coupled to the spike encoded voltage output and having a gain control output coupled to the first adjustable gain circuit for controlling a gain of the first adjustable gain circuit; and an adjustable delay circuit for emulating an axonal delay coupled to the spike encoded voltage output and having an axonal delay output. a first spike to exponential circuit for emulating kinetic dynamics at a neuron input and converting voltage spikes into exponentials, the first spike to exponential circuit having a first plurality of voltage-type spike domain inputs and having a first voltage-type spike exponential output; a first adjustable gain circuit for emulating homeostatic plasticity coupled to the first voltage-type spike exponential output and having a first current output; a neuron core circuit coupled to the first current output for emulating a neuron core and having a spike encoded voltage output; a filter and comparator circuit coupled to the spike encoded voltage output and having a gain control output coupled to the first adjustable gain circuit for controlling a gain of the first adjustable gain circuit; and an adjustable delay circuit for emulating an axonal delay coupled to the spike encoded voltage output and having an axonal delay output.
Prefilled syringe, comprising a barrel having a hollow interior, an orifice and an opening opposite to the orifice; a stopper arranged in the hollow interior of the barrel thereby defining a sealed chamber in the interior of the barrel, wherein the stopper is displaceable in the interior of the barrel thereby varying a volume of the chamber; a liquid within the chamber of the barrel; and a plunger extending through the opening of the barrel, wherein the stopper expels the liquid out of the barrel via the orifice when being moved towards the orifice by the plunger such that the volume of the chamber is reduced, the plunger comprises a proximal portion, a distal portion and a rod portion extending between the proximal portion and the distal portion, and the plunger is shaped to form a pathway between the opening of the barrel and a segment where the proximal portion of the plunger is neighboring the stopper such that a sterilizing agent can be provided through the opening of the barrel to the segment where the proximal portion of the plunger is neighboring the stopper, characterized in that the plunger comprises a stopper contact section between the proximal portion and the rod portion, and the stopper contact section is equipped with at least one opening. a barrel having a hollow interior, an orifice and an opening opposite to the orifice; a stopper arranged in the hollow interior of the barrel thereby defining a sealed chamber in the interior of the barrel, wherein the stopper is displaceable in the interior of the barrel thereby varying a volume of the chamber; a liquid within the chamber of the barrel; and a plunger extending through the opening of the barrel, wherein the stopper expels the liquid out of the barrel via the orifice when being moved towards the orifice by the plunger such that the volume of the chamber is reduced, the plunger comprises a proximal portion, a distal portion and a rod portion extending between the proximal portion and the distal portion, and the plunger is shaped to form a pathway between the opening of the barrel and a segment where the proximal portion of the plunger is neighboring the stopper such that a sterilizing agent can be provided through the opening of the barrel to the segment where the proximal portion of the plunger is neighboring the stopper, characterized in that the plunger comprises a stopper contact section between the proximal portion and the rod portion, and the stopper contact section is equipped with at least one opening.
Pressure sensor module for detecting the occupancy state of a seat, in particular of a motor vehicle seat, with a base plate on which at least one film pressure sensor is arranged, the film pressure sensor comprising individual sensor elements, with at least one covering, compressible intermediate layer and with a cover element covering the film pressure sensor, on its side opposite the base plate, wherein the cover element is formed from a dimensionally stable cover plate which is movably guided in a direction perpendicular to the plane of the film pressure sensor and is fixed in position in the directions perpendicular thereto, and wherein the cover plate is guided on the base plate by at least one pin in a direction perpendicular to the plane of the film pressure sensor.
Method for reducing or eliminating a temperature drop of supply air temperature during defrost operation at an air handling unit arranged with a heat pump, which heat pump in a heating mode recover heat energy from an extract air stream and transfers it to a supply air stream, the heat pump comprises a refrigerant system with a compressor, a four-way valve, and a first DX-coil arranged in the extract air stream and a second DX-coil arranged in the supply air stream, the heat pump is arranged for so-called reversible operation for defrosting the first DX-coil, whereby the heat energy is instead recovered from the supply air stream and transferred to the extract air stream by shifting the direction of flow of a refrigerant in the refrigerant system by the four-way valve, whereby heated refrigerant is sent to the first DX-coil instead of to the second DX-coil, characterized by that during non-defrosting operation, accumulate heat energy in a designated accumulator medium, which is at least partly arranged in contact with the supply air stream after the second DX-coil, and that during defrost operation of the first DX-coil deliver the accumulated heat energy in the supply air stream after the second DX-coil by heat exchange between the accumulator medium and the supply air stream, and that a heating coil is arranged in the supply air stream after the second DX-coil, and that the heating coil is connected to a first circulation circuit, which first circulation circuit comprises the accumulator medium, a first circulation pump for circulating the accumulator medium in the first circulation circuit and an accumulator tank for storage of the accumulator medium, and the accumulator tank comprises at least one first temperature sensor, and at least one second temperature sensor is arranged in the supply air stream after the heating coil, and during non-defrost operation, the accumulator medium is heated to the desired temperature and accumulated in the accumulator tank, and the accumulated heat energy is delivered to the supply air stream during defrost operation, by that the accumulator medium is circulated in the first circulation circuit, whereby the supply air stream is heated by the heating coil.
Gripper having a main gripper body, having at least one first gripper finger (16.1), which is mounted adjustable in relation to the main gripper body by means of a gripping-finger mount, and having at least one second gripper finger (16.2), which interacts with the first gripper finger (16.1), and also having a motor-drivable gear mechanism, which is designed so that the at least one first gripper finger (16.1), which is mounted adjustable by means of the gripping-finger mount, is thereby adjusted relative to the main gripper body, and relative to the at least one second gripper finger (16.2), such that the movement of the first gripper finger (16.1) can generate a clamping force, by means of which an object can be held with clamping action by the gripper, wherein the gear mechanism has a first gear-mechanism member (21.1), which is connected to the first gripper finger (16.1), and has a second gear-mechanism member (21.2), which is mounted on the main gripper body, to be precise by means of a gear-mechanism-member bearing arrangement, which is separate from the gripping-finger mount and has a first gear-mechanism-member bearing (25.1), which is designed so that it separately absorbs only the gear-mechanism bearing reaction force, which acts in alignment with the clamping force, wherein the gear-mechanism-member bearing arrangement is assigned a sensor, which is designed to sense the gear-mechanism bearing reaction force.
A retaining material for a pollution control device, the retaining material comprising: a sheet comprising inorganic fiber material with inorganic colloid particles and organic binder, with the organic binder essentially uniformly dispersed in the thickness direction of the sheet; and a surface layer containing inorganic colloid particles adhered so as to coat a surface of the sheet, wherein the retaining material is characterized in that the inorganic colloidal particles in the sheet are essentially uniformly dispersed in the thickness direction of the sheet, the amount of inorganic colloid particles in the sheet is 1 mass% to 10 mass% based on the total mass of the retaining material, inorganic colloid particles uniformly dispersed in the thickness direction of the sheet are adhered to the surface of the inorganic fibers and at fiber intersecting points along with the organic binder, and the surface layer contains a higher concentration of inorganic colloid particles than the sheet. a sheet comprising inorganic fiber material with inorganic colloid particles and organic binder, with the organic binder essentially uniformly dispersed in the thickness direction of the sheet; and a surface layer containing inorganic colloid particles adhered so as to coat a surface of the sheet, wherein the retaining material is characterized in that the inorganic colloidal particles in the sheet are essentially uniformly dispersed in the thickness direction of the sheet, the amount of inorganic colloid particles in the sheet is 1 mass% to 10 mass% based on the total mass of the retaining material, inorganic colloid particles uniformly dispersed in the thickness direction of the sheet are adhered to the surface of the inorganic fibers and at fiber intersecting points along with the organic binder, and the surface layer contains a higher concentration of inorganic colloid particles than the sheet.
A flexible busbar comprising: a central electrical conductor; a flexible electrically-insulating sleeve surrounding the conductor, wherein the sleeve is in contact with the conductor, and the sleeve has an inner surface facing the conductor; wherein the inner surface is not smooth and is formed from the same material as the rest of the sleeve, characterized in that the inner surface has a textured surface with alternating protrusions and grooves, and the protrusions are oriented in a longitudinal direction along the busbar. a central electrical conductor; a flexible electrically-insulating sleeve surrounding the conductor, wherein the sleeve is in contact with the conductor, and the sleeve has an inner surface facing the conductor; wherein the inner surface is not smooth and is formed from the same material as the rest of the sleeve, characterized in that the inner surface has a textured surface with alternating protrusions and grooves, and the protrusions are oriented in a longitudinal direction along the busbar.
A metal complex comprising: a multivalent carboxylic acid compound, at least one metal ion selected from ions of metals belonging to Groups 2 to 13 of the periodic table, an organic ligand capable of multidentate binding to the metal ion, and a C 2 monocarboxylic acid compound which is acetic acid, the composition ratio of the multivalent carboxylic acid compound to the monocarboxylic acid compound being in a range such that multivalent carboxylic acid compound: monocarboxylic acid compound = 10:1 to 5,000:1. a multivalent carboxylic acid compound, at least one metal ion selected from ions of metals belonging to Groups 2 to 13 of the periodic table, an organic ligand capable of multidentate binding to the metal ion, and a C 2 monocarboxylic acid compound which is acetic acid, the composition ratio of the multivalent carboxylic acid compound to the monocarboxylic acid compound being in a range such that multivalent carboxylic acid compound: monocarboxylic acid compound = 10:1 to 5,000:1.
A computer-implemented method comprising: - obtaining from a user an input automatic speech recognition, ASR, grammar in an input format of ASR grammars; - obtaining a selection of an ASR engine using ASR grammars in an output format of ASR grammars, different from the input format; - parsing said ASR grammar into an input tree, each node of the tree representing an expression, keyword, directive, statement or syntax element; - performing a conversion of the input tree into an output tree, said conversion comprising replacing nodes representing expression, keyword, directive, statement, or syntax elements that are not allowed by the output format by an equivalent set of expression, keyword, directive, statement or syntax elements allowed by the output format; - converting said output tree into an output ASR grammar; - compiling said output ASR grammar for said ASR engine. - obtaining from a user an input automatic speech recognition, ASR, grammar in an input format of ASR grammars; - obtaining a selection of an ASR engine using ASR grammars in an output format of ASR grammars, different from the input format; - parsing said ASR grammar into an input tree, each node of the tree representing an expression, keyword, directive, statement or syntax element; - performing a conversion of the input tree into an output tree, said conversion comprising replacing nodes representing expression, keyword, directive, statement, or syntax elements that are not allowed by the output format by an equivalent set of expression, keyword, directive, statement or syntax elements allowed by the output format; - converting said output tree into an output ASR grammar; - compiling said output ASR grammar for said ASR engine.
An information processing device (10; 100) comprising: a display unit (20; 150) configured to display text content; a processing unit configured to acquire a text content as an analysis result of an inputted voice and cause the display unit (20; 150) to display the text content, wherein the processing unit is further configured to: acquire a first text content obtained by receiving and analyzing a first voice input and cause the display unit (20; 150) to display the first text content in a first input display region, acquire a second text content as an analysis result of a second voice input received in a state where the first text content is displayed and cause the display unit (20; 150) to display the second text content in a second input display region, and settle the second text content as an input text in accordance with an operation by a user or a prescribed condition, characterized in that the processing unit is further configured to highlight words or sentences of the second text content displayed in the second input display region contained in the first text content displayed in the first input display region. a display unit (20; 150) configured to display text content; a processing unit configured to acquire a text content as an analysis result of an inputted voice and cause the display unit (20; 150) to display the text content, wherein the processing unit is further configured to: acquire a first text content obtained by receiving and analyzing a first voice input and cause the display unit (20; 150) to display the first text content in a first input display region, acquire a second text content as an analysis result of a second voice input received in a state where the first text content is displayed and cause the display unit (20; 150) to display the second text content in a second input display region, and settle the second text content as an input text in accordance with an operation by a user or a prescribed condition, characterized in that acquire a first text content obtained by receiving and analyzing a first voice input and cause the display unit (20; 150) to display the first text content in a first input display region, acquire a second text content as an analysis result of a second voice input received in a state where the first text content is displayed and cause the display unit (20; 150) to display the second text content in a second input display region, and settle the second text content as an input text in accordance with an operation by a user or a prescribed condition, characterized in that the processing unit is further configured to highlight words or sentences of the second text content displayed in the second input display region contained in the first text content displayed in the first input display region.
Battery module comprising a battery housing in which battery cells and radiator plates are accommodated, wherein a battery cell comprises a layer made up of a cathode, an anode and a separator element and has a further insulating layer element, which is formed in particular as an insulating film or as a closed-cell foam, wherein a radiator plate, which serves for emitting heat, is arranged between two adjacent battery cells, and the insulating layer element is arranged adjacent to the radiator plate, so that a battery cell on one side directly adjoins a radiator plate and on the other side has an insulating layer element.
System for pressurizing a cooling circuit of an internal combustion engine for industrial vehicles equipped with a compressed air tank, the cooling circuit comprising an expansion tank partially filled with air in an upper part and partially filled with liquid in a lower part, the system comprising - said compressed air tank, - said expansion tank, - a pneumatic connection between said compressed air tank and said upper part of the expansion tank, and being characterized in that said air tank has a relative pressure comprised between 9 and 13 bar, and wherein said pneumatic connection comprises only one single regulating valve, of the mechanical type and comprising - a reservoir for the air expansion arranged on said pneumatic connection between said mechanical regulating valve and said expansion tank. - said compressed air tank, - said expansion tank, - a pneumatic connection between said compressed air tank and said upper part of the expansion tank, - a reservoir for the air expansion arranged on said pneumatic connection between said mechanical regulating valve and said expansion tank.
A computer-implemented method for predicting vertical load on a vehicle tire, the method comprising: retrievably storing one or more thermal characteristics for a particular vehicle-tire combination, the thermal characteristics determined as corresponding to a range of temperature values further correlated with a plurality of operating conditions, the plurality of operating conditions comprising at least a vertical load; characterized by generating a model for predicting transient temperature behavior based on one or more tire-specific time constants; and during operation of the vehicle-tire combination and responsive to at least a first temperature value, determining a predicted vertical load based on a predicted second temperature value from the model and further based on the retrievably stored one or more thermal characteristics. retrievably storing one or more thermal characteristics for a particular vehicle-tire combination, the thermal characteristics determined as corresponding to a range of temperature values further correlated with a plurality of operating conditions, the plurality of operating conditions comprising at least a vertical load; characterized by generating a model for predicting transient temperature behavior based on one or more tire-specific time constants; and during operation of the vehicle-tire combination and responsive to at least a first temperature value, determining a predicted vertical load based on a predicted second temperature value from the model and further based on the retrievably stored one or more thermal characteristics.
A combustor, comprising: a duct having one side for introducing a gas and the other side for discharging the gas; a first jetting member which is installed at the other side of the duct and includes a plurality of first jetting holes for jetting a first fuel; and a switching member which is installed on the first jetting holes and includes first holes and second holes corresponding to the first jetting holes; wherein either ones of the first holes and the second holes are connected to the first jetting holes and the other ones are closed by movement of the switching member, wherein the combustor is disposed at a center of the duct to be parallel to a flowing direction of the gas and further includes a second jetting member which jets a second fuel, and the first jetting member is arranged in a radial shape with respect to the center of the duct and includes a plurality of swirling members which swirl and discharge the gas introduced from a gas introduction hole, wherein the combustor further comprises: a wire connected to one end of the switching member to move the switching member; a rack gear connected to the other end of the wire to apply tension to the wire along with movement; and a spur gear coupled to the rack gear to move the rack gear by rotation. a duct having one side for introducing a gas and the other side for discharging the gas; a first jetting member which is installed at the other side of the duct and includes a plurality of first jetting holes for jetting a first fuel; and a switching member which is installed on the first jetting holes and includes first holes and second holes corresponding to the first jetting holes; wherein either ones of the first holes and the second holes are connected to the first jetting holes and the other ones are closed by movement of the switching member, wherein the combustor is disposed at a center of the duct to be parallel to a flowing direction of the gas and further includes a second jetting member which jets a second fuel, and the first jetting member is arranged in a radial shape with respect to the center of the duct and includes a plurality of swirling members which swirl and discharge the gas introduced from a gas introduction hole, a wire connected to one end of the switching member to move the switching member; a rack gear connected to the other end of the wire to apply tension to the wire along with movement; and a spur gear coupled to the rack gear to move the rack gear by rotation.
A color wheel comprising: a substrate for a color wheel, the substrate made of sapphire and comprising a plate shape including a first surface, a second surface opposite to the first surface, and a third surface connected to the first surface and the second surface, wherein the first surface and the second surface are c-planes, a colored portion on at least the first surface or the second surface, characterised in that a plurality of terrace structure layers each having a terrace surface and a side surface in contact with an edge line of the terrace surface are positioned in at least a part of the third surface a substrate for a color wheel, the substrate made of sapphire and comprising a plate shape including a first surface, a second surface opposite to the first surface, and a third surface connected to the first surface and the second surface, wherein the first surface and the second surface are c-planes, a colored portion on at least the first surface or the second surface, characterised in that a plurality of terrace structure layers each having a terrace surface and a side surface in contact with an edge line of the terrace surface are positioned in at least a part of the third surface