mhurhangee/ep-ind-claims huggingface dataset:
Dressing mandrel having a shaft, which serves for the mounting of a circular tool with a through-passing concentric opening, in particular a grinding disk, and a first bearing, which is fixed on the housing of a dressing device and is located in a first end region of the dressing mandrel, wherein the shaft has a hydraulic clamping device, which extends through the opening in the circular tool and comprises a chamber with a hydraulic medium, which can be subjected to a preclamping pressure by means of a preclamping element, and wherein the hydraulic clamping device is formed from a clamping section, which, in a radial direction, is located above the chamber and of which the outer surface forms the clamping face and which bulges outwardly in a radial direction on an increase of the hydraulic pressure in the chamber, such that a radial clamping force is exerted on the inner surface of the concentric opening of the circular tool, through which the clamping section passes, characterised in that the clamping section is held in the shaft at both sides, that is to say with one side facing the first bearing as well as with one side facing away from the first bearing. wherein the shaft has a hydraulic clamping device, which extends through the opening in the circular tool and comprises a chamber with a hydraulic medium, which can be subjected to a preclamping pressure by means of a preclamping element, and wherein the hydraulic clamping device is formed from a clamping section, which, in a radial direction, is located above the chamber and of which the outer surface forms the clamping face and which bulges outwardly in a radial direction on an increase of the hydraulic pressure in the chamber, such that a radial clamping force is exerted on the inner surface of the concentric opening of the circular tool, through which the clamping section passes, characterised in that the clamping section is held in the shaft at both sides, that is to say with one side facing the first bearing as well as with one side facing away from the first bearing.
A vehicle controller comprising: a fogginess determination unit that determines whether there is fogging on a window of a vehicle or a sign of fogging thereof, based on a fogginess sensor signal indicating a physical index related to the degree of fogging of the window or operation of a vehicle-mounted device of the vehicle capable of defogging operation, the fogginess sensor signal being obtained by a fogginess sensor provided on the vehicle; a level control unit that changes a driving control level applicable to the vehicle so as to increase or prevent decreasing the degree of a driver's involvement in driving the vehicle, depending on the driving control level currently applied to the vehicle, upon determination that there is fogging on the window or a sign of fogging thereof; and a notification unit that notifies the driver that the vehicle-mounted device is to be operated to execute defogging operation, via a notification device provided on the vehicle, upon determination that there is a sign of fogging of the window, wherein the level control unit changes the driving control level applicable to the vehicle so as to increase the degree of the driver's involvement in driving the vehicle, in the case where the vehicle-mounted device does not execute defogging operation even after a predetermined waiting period from the notification, and where the sign of fogging of the window has not disappeared. a fogginess determination unit that determines whether there is fogging on a window of a vehicle or a sign of fogging thereof, based on a fogginess sensor signal indicating a physical index related to the degree of fogging of the window or operation of a vehicle-mounted device of the vehicle capable of defogging operation, the fogginess sensor signal being obtained by a fogginess sensor provided on the vehicle; a level control unit that changes a driving control level applicable to the vehicle so as to increase or prevent decreasing the degree of a driver's involvement in driving the vehicle, depending on the driving control level currently applied to the vehicle, upon determination that there is fogging on the window or a sign of fogging thereof; and a notification unit that notifies the driver that the vehicle-mounted device is to be operated to execute defogging operation, via a notification device provided on the vehicle, upon determination that there is a sign of fogging of the window, wherein the level control unit changes the driving control level applicable to the vehicle so as to increase the degree of the driver's involvement in driving the vehicle, in the case where the vehicle-mounted device does not execute defogging operation even after a predetermined waiting period from the notification, and where the sign of fogging of the window has not disappeared.
A method for receiving streaming resource information by a target module (108; 206) from a source module (102; 202), comprising: receiving a stream of resource information by the target module having a plurality of packets; determining whether at least one of the packets within the stream of resource information is missing; applying retry analysis to determine whether to send a retry request to the source module to request the source module to send said at least one missing packet, wherein the retry analysis determines whether to send the retry request for said at least one missing packet by determining whether the source module has previously indicated that it will not supply said at least one missing packet, and determining that the retry request is not appropriate when the source module has made such a previous indication; and sending the source module the retry request if the retry analysis confirms that the retry request should be sent. receiving a stream of resource information by the target module having a plurality of packets; determining whether at least one of the packets within the stream of resource information is missing; applying retry analysis to determine whether to send a retry request to the source module to request the source module to send said at least one missing packet, wherein the retry analysis determines whether to send the retry request for said at least one missing packet by determining whether the source module has previously indicated that it will not supply said at least one missing packet, and determining that the retry request is not appropriate when the source module has made such a previous indication; and sending the source module the retry request if the retry analysis confirms that the retry request should be sent.
An atomizer device, wherein the atomizer device comprises an atomizer assembly having an atomizer base, a heating member, and a liquid conductive member; wherein the atomizer base comprises a tubular body having an inserting end; and a side wall of the tubular body defines at least one slot extending along an axial direction of the tubular body and communicating with an end surface of the inserting end; the heating member is tubular and arranged in the tubular body along an axial direction of the tubular body, and an air flowing channel is defined inside the heating member; the liquid conductive member comprises a tubular liquid conductive body and at least one couple of connecting portions connected together in a circumferential direction of the liquid conductive body; and the liquid conductive body surrounds the heating member, and at least one of the connecting portion of each couple extends out of the tubular body through the corresponding slot.
An ultrasonic flow meter comprising: a pipe having two ends; electronic circuitry; an outer case comprising a top section and a bottom section separated by a divider, the top section housing the electronic circuitry and being watertight, the bottom section housing the pipe and not being watertight, the two ends of the pipe protruding from the bottom section; a plurality of ultrasonic transducers (14, 114) attached to an external surface of the pipe within the bottom section; a plurality of caps (11, 112), each transducer being covered by a respective cap and sealed from water ingress with a sealant; and a plurality of pairs of wires (2, 3, 113), each transducer being connected to the electronic circuitry by a respective pair of wires; sealant arranged around the wires where they pass through the divider so as to prevent any water ingress in the bottom section from reaching the top section. a pipe having two ends; electronic circuitry; an outer case comprising a top section and a bottom section separated by a divider, the top section housing the electronic circuitry and being watertight, the bottom section housing the pipe and not being watertight, the two ends of the pipe protruding from the bottom section; a plurality of ultrasonic transducers (14, 114) attached to an external surface of the pipe within the bottom section; a plurality of caps (11, 112), each transducer being covered by a respective cap and sealed from water ingress with a sealant; and a plurality of pairs of wires (2, 3, 113), each transducer being connected to the electronic circuitry by a respective pair of wires; sealant arranged around the wires where they pass through the divider so as to prevent any water ingress in the bottom section from reaching the top section.
A primer comprising: a polyetheramine having a hydrophilic backbone; acetoacetoxy ethyl methacrylate; and a polar, non-ketone solvent. a polyetheramine having a hydrophilic backbone; acetoacetoxy ethyl methacrylate; and a polar, non-ketone solvent.
An electronic apparatus comprising: a display generation unit configured to generate a display area in a user interface (200-4,200-5), the display area being configured to display a 3-D model of a patient's face and a 3-D model of a patient interface device fitted to the 3-D model of the patient's face; and characterized by: a transparency adjustment unit configured to generate a transparency adjustment tool in the user interface, the transparency adjustment tool being operable to adjust the transparency of a subset of components of the 3-D model of the patient interface device displayed in the display area of the user interface; and an interaction map unit configured to generate an interaction map tool in the user interface and to calculate an interaction map between the patient's face and the patient interface device indicating amounts of contact pressure between the patient's face and the patient interface device, wherein the interaction map unit is configured to adjust transparency values of the patient interface device components to predetermined values in response to displaying the interaction map in the user interface. a transparency adjustment unit configured to generate a transparency adjustment tool in the user interface, the transparency adjustment tool being operable to adjust the transparency of a subset of components of the 3-D model of the patient interface device displayed in the display area of the user interface; and an interaction map unit configured to generate an interaction map tool in the user interface and to calculate an interaction map between the patient's face and the patient interface device indicating amounts of contact pressure between the patient's face and the patient interface device, wherein the interaction map unit is configured to adjust transparency values of the patient interface device components to predetermined values in response to displaying the interaction map in the user interface.
A working fluid circuit for waste heat recovery, comprising: a pump operative to direct a working fluid within the working fluid circuit to a waste heat exchanger fluidly coupled to the pump; a first expansion device fluidly coupled to the waste heat exchanger and configured to receive the working fluid from the waste heat exchanger; a first recuperator fluidly coupled to the first expansion device and configured to receive the working fluid from the first expansion device and transfer heat from the working fluid to a downstream portion of the working fluid; a second expansion device fluidly coupled to the pump downstream from the pump and configured to receive the downstream portion of the working fluid; a second recuperator fluidly coupled to the second expansion device and configured to receive the downstream portion of the working fluid from the second expansion device; a condenser fluidly coupled to the first recuperator and the second recuperator, wherein the working fluid discharge from both the first recuperator and the second recuperator are combined prior to entering the condenser; and a mass management system having a first system tie-in fluidly coupled upstream from the first expansion device and a second system tie-in fluidly coupled upstream from the pump, the mass management system having a mass control tank configured to selectively receive the working fluid from the working fluid circuit via the first system tie-in and to selectively input the working fluid into the working fluid circuit via the second system tie-in. a pump operative to direct a working fluid within the working fluid circuit to a waste heat exchanger fluidly coupled to the pump; a first expansion device fluidly coupled to the waste heat exchanger and configured to receive the working fluid from the waste heat exchanger; a first recuperator fluidly coupled to the first expansion device and configured to receive the working fluid from the first expansion device and transfer heat from the working fluid to a downstream portion of the working fluid; a second expansion device fluidly coupled to the pump downstream from the pump and configured to receive the downstream portion of the working fluid; a second recuperator fluidly coupled to the second expansion device and configured to receive the downstream portion of the working fluid from the second expansion device; a condenser fluidly coupled to the first recuperator and the second recuperator, wherein the working fluid discharge from both the first recuperator and the second recuperator are combined prior to entering the condenser; and a mass management system having a first system tie-in fluidly coupled upstream from the first expansion device and a second system tie-in fluidly coupled upstream from the pump, the mass management system having a mass control tank configured to selectively receive the working fluid from the working fluid circuit via the first system tie-in and to selectively input the working fluid into the working fluid circuit via the second system tie-in.
A wavelength converter for an LED, comprising: a substrate of monocrystalline garnet having a cubic crystal structure, a first lattice parameter (a substrate) and an oriented crystal face; and an epitaxial layer formed directly on the oriented crystal face of the substrate, the layer comprising a monocrystalline garnet phosphor having a cubic crystal structure and a second lattice parameter (a film) that is different from the first lattice parameter (a substrate), the difference between the first lattice parameter (a substrate) and the second lattice parameter (a film) resulting in a lattice mismatch ((a film /a substrate - 1)*100%) within a range of ±15%; wherein the substrate is GGG; and wherein the garnet phosphor is a cerium-activated garnet phosphor having a composition represented by a formula A 3 B 5 O 12:Ce, wherein A is Y, Sc, La, Gd, Lu, or Tb and B is Sc, Al or Ga. a substrate of monocrystalline garnet having a cubic crystal structure, a first lattice parameter (a substrate) and an oriented crystal face; and an epitaxial layer formed directly on the oriented crystal face of the substrate, the layer comprising a monocrystalline garnet phosphor having a cubic crystal structure and a second lattice parameter (a film) that is different from the first lattice parameter (a substrate), the difference between the first lattice parameter (a substrate) and the second lattice parameter (a film) resulting in a lattice mismatch ((a film /a substrate - 1)*100%) within a range of ±15%; wherein the substrate is GGG; and wherein the garnet phosphor is a cerium-activated garnet phosphor having a composition represented by a formula A 3 B 5 O 12:Ce, wherein A is Y, Sc, La, Gd, Lu, or Tb and B is Sc, Al or Ga.
An apparatus for operating an electric switching device, comprising: a main shaft configured to be rotated to a plurality of predetermined positions to change a state of the electric switching device; a motor configured to rotate the main shaft via a transmission mechanism when the apparatus operates in an electric operating mode; a disc coupled to the main shaft and being rotatable along with the main shaft, the disc comprising a plurality of blocking parts and a plurality of slots between the plurality of blocking parts; and a manual lever comprising a rotatable part and a projecting part arranged at an end of the rotatable part, characterised in that the apparatus comprises: a braking mechanism configured to brake the motor in response to the main shaft being rotated to each of the plurality of predetermined positions when the apparatus operates in the electric operating mode; and wherein in a manual operating mode of the apparatus, the projecting part is configured to be able to be rotated into the disc via one of the plurality of slots when the main shaft is located at one of the plurality of predetermined positions, and be able to slide out from the disc via another one of the plurality of slots when the main shaft is rotated to another one of the plurality of predetermined positions. a main shaft configured to be rotated to a plurality of predetermined positions to change a state of the electric switching device; a motor configured to rotate the main shaft via a transmission mechanism when the apparatus operates in an electric operating mode; a disc coupled to the main shaft and being rotatable along with the main shaft, the disc comprising a plurality of blocking parts and a plurality of slots between the plurality of blocking parts; and a manual lever comprising a rotatable part and a projecting part arranged at an end of the rotatable part, characterised in that the apparatus comprises: a braking mechanism configured to brake the motor in response to the main shaft being rotated to each of the plurality of predetermined positions when the apparatus operates in the electric operating mode; and wherein in a manual operating mode of the apparatus, the projecting part is configured to be able to be rotated into the disc via one of the plurality of slots when the main shaft is located at one of the plurality of predetermined positions, and be able to slide out from the disc via another one of the plurality of slots when the main shaft is rotated to another one of the plurality of predetermined positions.
An image projection apparatus (100, 100A) comprising: a light irradiation device configured to irradiate a laser beam; an optical scan device configured to deflect the laser beam to make an optical scan, and project an image on a display region; and an optical sensor arranged outside the display region, and including a first light receiving region and a second light receiving region that are arranged at different positions along a vertical scanning direction of the optical scan, said first light receiving region being expected to detect the laser beam a number of times according to an expected value corresponding to said first light receiving region, characterized by said second light receiving region being expected to detect the laser beam a number of times according to an expected value corresponding to said second light receiving region, and by further comprising a deflection angle controller (210, 214, 274; 210A, 260) configured to correct a deflection angle in the vertical scanning direction of the optical scan device, by a correction method determined by a combination of a result of comparing a number of times the laser beam is detected by the first light receiving region and said expected value corresponding to the first light receiving region, and a result of comparing a number of times the laser beam is detected by the second light receiving region and said expected value corresponding to the second light receiving region. a light irradiation device configured to irradiate a laser beam; an optical scan device configured to deflect the laser beam to make an optical scan, and project an image on a display region; and
A housing for an electrical switch, comprising: a tubular body having a top portion and a bottom portion opposite the top portion; a first shed sleeve removably attached to an outside surface of the top portion, without creating a permanent bond, wherein an interior surface of the first shed sleeve forms a dielectric interface between the outside surface of the top portion and the interior surface of the first shed sleeve; and a second shed sleeve removably attached to an outside surface of the bottom portion, without creating a permanent bond, wherein an interior surface of the second shed sleeve forms a dielectric interface between the outside surface of the bottom portion and the interior surface of the second shed sleeve. a tubular body having a top portion and a bottom portion opposite the top portion; a first shed sleeve removably attached to an outside surface of the top portion, without creating a permanent bond, wherein an interior surface of the first shed sleeve forms a dielectric interface between the outside surface of the top portion and the interior surface of the first shed sleeve; and a second shed sleeve removably attached to an outside surface of the bottom portion, without creating a permanent bond, wherein an interior surface of the second shed sleeve forms a dielectric interface between the outside surface of the bottom portion and the interior surface of the second shed sleeve.
Locking and unlocking device for a door with a fixed wing and a moving wing, wherein the fixed wing can be secured by means of a drive bolt lock against the door frame or the like, and the moving wing can be secured against the fixed wing by means of a pusher-actuated lock, and arranged in or on the moving wing is a lock, key-actuated and pusher-actuated, opposite the drive bolt lock, wherein the drive bolt lock comprises means for sliding back the lock deadbolt and the lock bolt of the lock arranged in or at the moving wing, wherein the drive bolt lock located on the fixed wing comprises drive bars (8, 9) arranged on both sides, wherein the drive bars (8, 9) of the drive bolt lock are drive-connected to a lock deadbolt extractor, wherein the drive bolt lock located on the fixed wing can be actuated by means of a power drive, and wherein a power drive located on the drive bolt lock of the fixed wing takes effect on the drive bars (8, 9), characterized in that a free movement exists between the power drive and the drive bars (8, 9), which must be overcome by the power drive and which allows for a movement of the drive bars (8, 9) even without the power drive being moved together with them.