mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional measurement device that is adapted to irradiate a measurement target object with distance measurement light, to measure a distance to the measurement target object based on reflected distance measurement light, which is the distance measurement light reflected by the measurement target object, and internal reference light, and to acquire three-dimensional data on the measurement target object by detecting a light emitting direction of the distance measurement light, the three-dimensional measurement device comprising: a light source unit that is adapted to emit the distance measurement light; a projection light optical system that is adapted to cause the distance measurement light, emitted by the light source unit, to be emitted along a distance measurement light axis; a light receiving optical unit that is adapted to receive the reflected distance measurement light; a light receiving and splitting unit (42, 42A, 42B, 42C, 42D, 42E) that is adapted to split the reflected distance measurement light that has transmitted through the light receiving optical unit into first reflected split light and second reflected split light, to attenuate intensity of the second reflected split light to be lower than intensity of the first reflected split light, and to convert the first reflected split light and the second reflected split light into electrical signals; and an angle detection unit (14, 18) that is adapted to detect the light emitting direction of the distance measurement light. a light source unit that is adapted to emit the distance measurement light; a projection light optical system that is adapted to cause the distance measurement light, emitted by the light source unit, to be emitted along a distance measurement light axis; a light receiving optical unit that is adapted to receive the reflected distance measurement light; a light receiving and splitting unit (42, 42A, 42B, 42C, 42D, 42E) that is adapted to split the reflected distance measurement light that has transmitted through the light receiving optical unit into first reflected split light and second reflected split light, to attenuate intensity of the second reflected split light to be lower than intensity of the first reflected split light, and to convert the first reflected split light and the second reflected split light into electrical signals; and an angle detection unit (14, 18) that is adapted to detect the light emitting direction of the distance measurement light.
A computer program comprising instructions which, when the program is executed by a computer causes the computer to execute an information processing method, the information processing method comprising: generating, by a neural network unit, sound source separation information for separating a predetermined sound source signal from a mixed sound signal containing a plurality of sound source signals; transforming, by an encoder included in the neural network unit, a feature extracted from the mixed sound signal; inputting a process result from the encoder to each of a plurality of sub-neural network units included in the neural network unit; and inputting the process result from the encoder and a process result from each of the plurality of sub-neural network units to a decoder included in the neural network unit, wherein the encoder performs the transformation by reducing a size of the feature; wherein the size of the feature is equally divided to correspond to a number of the plurality of sub-neural network units or unequally divided, wherein, if the feature is equally divided, features with a size after the division are each input to a corresponding one of the sub-neural network units, or if the feature is unequally divided, features with sizes after the division are each input to a corresponding one of the sub-neural network units. generating, by a neural network unit, sound source separation information for separating a predetermined sound source signal from a mixed sound signal containing a plurality of sound source signals; transforming, by an encoder included in the neural network unit, a feature extracted from the mixed sound signal; inputting a process result from the encoder to each of a plurality of sub-neural network units included in the neural network unit; and inputting the process result from the encoder and a process result from each of the plurality of sub-neural network units to a decoder included in the neural network unit, wherein the encoder performs the transformation by reducing a size of the feature; wherein the size of the feature is equally divided to correspond to a number of the plurality of sub-neural network units or unequally divided, wherein, if the feature is equally divided, features with a size after the division are each input to a corresponding one of the sub-neural network units, or if the feature is unequally divided, features with sizes after the division are each input to a corresponding one of the sub-neural network units.
A powder coating resin comprising: a first carboxylic acid terminated polymer having ester and amide functionality comprising the reaction product of a first C 12 to C 23 diacid with a first reactant comprising an amine alcohol, or a mixture of a polyamine and a polyol, or a mixture of an amine alcohol and a polyamine, or a mixture of an amine alcohol and a polyol, or combinations thereof, or a first acetoacetate terminated polyol comprising the reaction product of a first intermediate polyol with acetoacetic acid or an ester thereof, and wherein the first intermediate polyol comprises the reaction product of a second C 12 to C 23 diacid with a second reactant comprising an amine alcohol or a mixture of a polyamine and a polyol, or a mixture of an amine alcohol and a polyamine, or a mixture of an amine alcohol and a polyol, or combinations thereof wherein the first carboxylic acid terminated polymer or the first acetoacetate terminated polyol has - an acid value in the range of 20-90 mg KOH/g; - a peak melting point of 90-130°C; and - a melt viscosity of less than 4000 mPa·s (4000 centipoise) at 125°C. a first carboxylic acid terminated polymer having ester and amide functionality comprising the reaction product of a first C 12 to C 23 diacid with a first reactant comprising an amine alcohol, or a mixture of a polyamine and a polyol, or a mixture of an amine alcohol and a polyamine, or a mixture of an amine alcohol and a polyol, or combinations thereof, or a first acetoacetate terminated polyol comprising the reaction product of a first intermediate polyol with acetoacetic acid or an ester thereof, and wherein the first intermediate polyol comprises the reaction product of a second C 12 to C 23 diacid with a second reactant comprising an amine alcohol or a mixture of a polyamine and a polyol, or a mixture of an amine alcohol and a polyamine, or a mixture of an amine alcohol and a polyol, or combinations thereof wherein the first carboxylic acid terminated polymer or the first acetoacetate terminated polyol has - an acid value in the range of 20-90 mg KOH/g; - a peak melting point of 90-130°C; and - a melt viscosity of less than 4000 mPa·s (4000 centipoise) at 125°C.
Automated parking assist system for parking a vehicle in a parking spot, comprising a controller configured to handover drive control from a user to the automated parking assist system; and start an automated parking procedure, wherein the controller is configured to initiate the handover at speed as the vehicle approaches the parking spot, and to finish the handover before a front side of the vehicle crosses a virtual line perpendicular to a road running, at a beginning of a free space of the parking spot (310, 510), when driving along the road towards the parking spot (310, 510); wherein with the handover the controller is configured to calculate a trajectory from a current position of the vehicle to a final position and find a suitable first stop position before reaching the parking spot, the first stop position being dependent on a type of the parking spot and whether the vehicle shall be parked in a forward or in a backwards direction; wherein the controller is configured to first guide the vehicle to the first stop position from which parking maneuvers being part of the automated parking procedure are started; and wherein the vehicle is not stopped before reaching the first stop position. handover drive control from a user to the automated parking assist system; and start an automated parking procedure, wherein the controller is configured to initiate the handover at speed as the vehicle approaches the parking spot, and to finish the handover before a front side of the vehicle crosses a virtual line perpendicular to a road running, at a beginning of a free space of the parking spot (310, 510), when driving along the road towards the parking spot (310, 510); wherein with the handover the controller is configured to calculate a trajectory from a current position of the vehicle to a final position and find a suitable first stop position before reaching the parking spot, the first stop position being dependent on a type of the parking spot and whether the vehicle shall be parked in a forward or in a backwards direction; wherein the controller is configured to first guide the vehicle to the first stop position from which parking maneuvers being part of the automated parking procedure are started; and wherein the vehicle is not stopped before reaching the first stop position.
A communications headset to be worn on an ear of a user, the headset comprising: - a housing; - a hook having an ear-engaging part and a joint part connected to the housing; the hook being configured to be positioned above and behind an ear of a user when the headset is worn by the user; wherein the hook is rotatably connected to the housing, the joint part has an end portion which comprises a rotation axis around which the hook is rotatable, wherein the ear-engaging part and the joint part are interconnected so as to be mutually rotatable around another rotation axis, characterized in that the end portion of the joint part has a substantiall U-shape and is flexible, the rotation axis provided on the end portion is non-continuous, such that a gap is formed substantially in a middle portion of the rotation axis and the hook is releasably connected to the housing via a snap coupling, with the hook and the housing being configured such that the headset can be transformed from a right-ear configuration to a left-ear configuration by snapping off and disengaging the rotation axis from a lug of the housing, rotating the hook by 180°, and snapping the hook back onto the lug. - a housing; - a hook having an ear-engaging part and a joint part connected to the housing; the hook being configured to be positioned above and behind an ear of a user when the headset is worn by the user;
A modular data center cooling system, comprising: a floor structure defining a below-floor warm-air plenum and an above-floor cool air plenum (104,412); a plurality of above-floor computer assemblies (106,406) arranged to exhaust warmed air into the warm-air plenum via a vertical plenum; one or more fan-coil arrangements (107,422) to draw air from the warm-air plenum, cool the air, and provide the air to the cool air plenum (104,412); the vertical plenum fluidly connecting the computer assemblies (106,406) to the warm-air plenum through an opening defined in the floor structure; one or more assist fans, in the vertical plenum to circulate warmed air down to the warm-air plenum through the vertical plenum; a first module comprising the floor structure, the above-floor cool air plenum (104,412), the vertical plenum, and the plurality of above-floor computer assemblies (106,406); and a second module comprising the below-floor warm-air plenum and the one or more fan-coil arrangements (107,422,424), wherein the second module is configured to be joined to the first module. a floor structure defining a below-floor warm-air plenum and an above-floor cool air plenum (104,412); a plurality of above-floor computer assemblies (106,406) arranged to exhaust warmed air into the warm-air plenum via a vertical plenum; one or more fan-coil arrangements (107,422) to draw air from the warm-air plenum, cool the air, and provide the air to the cool air plenum (104,412); the vertical plenum fluidly connecting the computer assemblies (106,406) to the warm-air plenum through an opening defined in the floor structure; one or more assist fans, in the vertical plenum to circulate warmed air down to the warm-air plenum through the vertical plenum; a first module comprising the floor structure, the above-floor cool air plenum (104,412), the vertical plenum, and the plurality of above-floor computer assemblies (106,406); and a second module comprising the below-floor warm-air plenum and the one or more fan-coil arrangements (107,422,424), wherein the second module is configured to be joined to the first module.
Method for initializing and/or activating at least one user account and/or a user identifier with at least one provider by means of a first communications network, in particular a mobile network, wherein the provider is a service provider or a goods provider different to the operator of the first communications network, wherein the user account is a login at the provider, which additionally contains the profile of the user, and wherein the user identifier is an identifier, which enables the provider to identify the user, wherein the method comprises the following steps: a) a request for initializing and/or activating the user account and/or the user identifier is generated by the user via a terminal device assigned to the first communications network, and is transmitted via a communication channel of the first communications network (10 from the terminal device of the user to the provider, in particular at least partially encrypted; b) during the transmission of the request, an identifier characterizing the user and/or the terminal device of the user is assigned to the request at the first communications network's side; c) after receipt of the request complemented by the identifier at the provider, at least one user identifier being independent from a communications network is generated at the provider's side; said generated user identifier being valid for at least one further second communications network being independent to the first communications network; d) the generated user identifier is transmitted from the provider to an terminal device of the user, in particular at least partially encrypted, and is stored therein. a) a request for initializing and/or activating the user account and/or the user identifier is generated by the user via a terminal device assigned to the first communications network, and is transmitted via a communication channel of the first communications network (10 from the terminal device of the user to the provider, in particular at least partially encrypted; b) during the transmission of the request, an identifier characterizing the user and/or the terminal device of the user is assigned to the request at the first communications network's side; c) after receipt of the request complemented by the identifier at the provider, at least one user identifier being independent from a communications network is generated at the provider's side; said generated user identifier being valid for at least one further second communications network being independent to the first communications network; d) the generated user identifier is transmitted from the provider to an terminal device of the user, in particular at least partially encrypted, and is stored therein.
An apparatus for spectral filtering at least one electromagnetic radiation, comprising: at least one spectral separating arrangement (4, 16; 4') comprising a dispersive arrangement which is configured to receive and angularly separate one or more frequency components of the at least one electromagnetic radiation based on a frequency thereof; at least one angularly deflecting optical arrangement that includes a pivot point, and configured to receive and angularly deflect the one or more frequency components of the electromagnetic radiation, wherein the angular deflection of the one or more frequency components varies over time; at least one beam selecting arrangement configured to receive and select a subset of the at least one or more deflected frequency components; and at least one lens optical imaging arrangement (20, 22) configured to receive the one or more angularly separated frequency components, and generate an image of the spectral separating arrangement at a proximity of the pivot point. at least one spectral separating arrangement (4, 16; 4') comprising a dispersive arrangement which is configured to receive and angularly separate one or more frequency components of the at least one electromagnetic radiation based on a frequency thereof; at least one angularly deflecting optical arrangement that includes a pivot point, and configured to receive and angularly deflect the one or more frequency components of the electromagnetic radiation, wherein the angular deflection of the one or more frequency components varies over time; at least one beam selecting arrangement configured to receive and select a subset of the at least one or more deflected frequency components; and at least one lens optical imaging arrangement (20, 22) configured to receive the one or more angularly separated frequency components, and generate an image of the spectral separating arrangement at a proximity of the pivot point.
Protective cover for a bench-mounted circular saw which has a drive motor and a saw blade driveable by the drive motor, wherein the saw blade protrudes with one section from a workpiece seating surface of the bench-mounted circular saw, wherein the saw blade and the workpiece, when it lies on the workpiece seating surface, may be guided relative to one another, so that the saw blade cuts into the workpiece along a working direction (A1, A2), wherein the protective cover has a top side guard which is or may be fixed immovably to the bench-mounted circular saw with the aid of a holding fixture and, when fitted to the bench-mounted circular saw, covers an apex area of the saw blade protruding from the workpiece seating surface of the bench-mounted circular saw up to a cutting section of the saw blade which is leading relative to the working direction (A1, A2) and is provided for cutting into the workpiece, wherein the top side guard covers the saw blade only partly, so that a penetration zone of the saw blade provided for penetration of the saw blade into the workpiece, in particular at least one portion of the leading cutting section of the saw blade, remains free, characterised in that the protective cover has an adjusting protective body assembly with at least one adjusting protective body (80, 81A, 81B) adjustable with the aid of at least one adjusting device (90, 190) relative to the top side guard between a covering position covering at least partly the penetration zone of the saw blade, and a release position releasing the penetration zone of the saw blade to a greater extent than the covering position, wherein the top side guard and the adjusting protective body or bodies (80, 81A, 81B) are in the form of covering hoods (62, 82) or have a covering hood and form a hood-in-hood arrangement.
Method for managing a device name for an I/O device (4, 4') for an industrial automation network, whereby the I/O device (4, 4') comprises a communication controller (4.1) and at least one subunit (4.3) adapted for processing input and output commands from the communication controller (4.1), whereby the communication controller (4.1) is arranged to keep in a memory the current device name for the I/O device (4, 4'), and whereby the communication controller (4.1) is communicatively connected to the at least one subunit (4.3) via a local bus structure (4.2), the at least one subunit (4.3) having a memory, the method comprising: - the communication controller (4.1) receiving the device name from the network; - the communication controller (4.1) storing the device name in a communication controller memory as the current device name; - the communication controller (4.1) storing the device name in a memory of the at least one subunit (4.3) via the local bus structure (4.2) after receiving the device name; - the communication controller (4.1) retrieving the device name from the at least one subunit memory via the local bus structure (4.2); - the communication controller (4.1)_subsequently restoring the retrieved device name as the current device name after retrieving the device name. - the communication controller (4.1) receiving the device name from the network; - the communication controller (4.1) storing the device name in a communication controller memory as the current device name; - the communication controller (4.1) storing the device name in a memory of the at least one subunit (4.3) via the local bus structure (4.2) after receiving the device name; - the communication controller (4.1) retrieving the device name from the at least one subunit memory via the local bus structure (4.2); - the communication controller (4.1)_subsequently restoring the retrieved device name as the current device name after retrieving the device name.
A phase change memory cell (100, 300, 400), comprising: a vertical transistor (115, 215, 315) including a bottom electrode (114, 214, 314) on a pillar; and a vertical strip of phase change material (120, 220, 320) on a side surface of a top electrode (118, 218, 318), on a side surface of a dielectric (116, 216, 316), and on a top surface of the bottom electrode (114, 214, 314). a vertical transistor (115, 215, 315) including a bottom electrode (114, 214, 314) on a pillar; and a vertical strip of phase change material (120, 220, 320) on a side surface of a top electrode (118, 218, 318), on a side surface of a dielectric (116, 216, 316), and on a top surface of the bottom electrode (114, 214, 314).
An electromagnetic actuator comprising: a magnetic circuit including: a U-shaped stationary core having a first leg, a second leg and a connecting leg that connects the first and second legs, the stationary core being formed of a high temperature ferromagnetic material; and an armature formed of the high temperature ferromagnetic material; one or more position returning members disposed between the stationary core and the armature; and a first winding surrounding the first leg, the first winding being formed of a metal wire with ceramic insulation. a magnetic circuit including: a U-shaped stationary core having a first leg, a second leg and a connecting leg that connects the first and second legs, the stationary core being formed of a high temperature ferromagnetic material; and an armature formed of the high temperature ferromagnetic material; a U-shaped stationary core having a first leg, a second leg and a connecting leg that connects the first and second legs, the stationary core being formed of a high temperature ferromagnetic material; and an armature formed of the high temperature ferromagnetic material; one or more position returning members disposed between the stationary core and the armature; and a first winding surrounding the first leg, the first winding being formed of a metal wire with ceramic insulation.