mhurhangee/ep-ind-claims huggingface dataset:
A replaceable universal atomizing head, comprising a support base with an atomizing chamber, a heating device, and a fluid guide member, wherein the heating device is fixed in the atomizing chamber of the support base, and wherein said liquid guiding member comprises a liquid guiding rope, a liquid guiding nozzle, and a liquid guiding nozzle seat connected integrally with the liquid guiding nozzle, wherein one end of the liquid guide rope is pierced from the liquid guiding nozzle seat and reaches the heating device, further comprising a conductive ring, wherein said support base is fixed in the middle of the conductive ring cavity, wherein one end of the liquid guiding nozzle seat is inserted into one end of the conductive ring cavity; wherein the other end of conductive ring cavity provides a conductive member, which comprises a conductor and insulator, wherein the conductor is fixed on the insulator and welds with wire connected to the other end of the heating device, characterized in that: said support base is fixed in the middle of the conductive ring cavity thereby pressing a wire connected to one end of the heating device between the conductive ring and the support base; wherein the wall surface of the inner hole of the liquid guiding nozzle and the liquid guiding nozzle seat provides a liquid guiding slot and; wherein the insulator with vent holes is fastened in the conductive ring cavity. said support base is fixed in the middle of the conductive ring cavity thereby pressing a wire connected to one end of the heating device between the conductive ring and the support base; wherein the wall surface of the inner hole of the liquid guiding nozzle and the liquid guiding nozzle seat provides a liquid guiding slot and; wherein the insulator with vent holes is fastened in the conductive ring cavity.
A pulsed laser system comprising: a laser source that generates a laser beam; a scanner that controls the location of a beam focal point of the laser beam and also the location of a photodisruption formed at the beam focal point in a cornea of an eye; a computer that generates instructions to the laser source and scanner to direct the formation of a regular photodisruption pattern in the cornea; and a noise source that disturbs the location of each photodisruption to cause an irregular photodisruption pattern to form in the cornea, such that diffraction of light by the cornea after formation of the photodisruption pattern is decreased or avoided, characterised in that the system further comprises one or more control elements, wherein the noise source is configured to disturb one or more control elements of the scanner by introducing noise into an electrical signal received by the control element after the signal has left the computer or by physically moving the control element. a laser source that generates a laser beam; a scanner that controls the location of a beam focal point of the laser beam and also the location of a photodisruption formed at the beam focal point in a cornea of an eye; a computer that generates instructions to the laser source and scanner to direct the formation of a regular photodisruption pattern in the cornea; and a noise source that disturbs the location of each photodisruption to cause an irregular photodisruption pattern to form in the cornea, such that diffraction of light by the cornea after formation of the photodisruption pattern is decreased or avoided, characterised in that the system further comprises one or more control elements, wherein the noise source is configured to disturb one or more control elements of the scanner by introducing noise into an electrical signal received by the control element after the signal has left the computer or by physically moving the control element.
A heat pump device (1a, 1b) comprising: a refrigerant circuit including a compressor for compressing a refrigerant, a pressure-reducing device for expanding the compressed refrigerant, and an evaporator for exchanging heat between the refrigerant and air; a fan for blowing air to the evaporator; a soundproof board that separates a machinery room having the compressor from a ventilation room having the fan; an outer casing that encloses the machinery room and the ventilation room, and has an opening (21a, 21b) provided with a removable cover (22a, 22b); and a connector section that connects the compressor to electric wiring for supplying electric power to the compressor, characterized in that the connector section is disposed on the outside of the compressor inside the outer casing, wherein the compressor is disposed in such orientation that the connector section confronts the opening (21a, 21 b) so as to become accessible from outside of the outer casing when the cover (22a, 22b) is removed. a refrigerant circuit including a compressor for compressing a refrigerant, a pressure-reducing device for expanding the compressed refrigerant, and an evaporator for exchanging heat between the refrigerant and air; a fan for blowing air to the evaporator; a soundproof board that separates a machinery room having the compressor from a ventilation room having the fan; an outer casing that encloses the machinery room and the ventilation room, and has an opening (21a, 21b) provided with a removable cover (22a, 22b); and a connector section that connects the compressor to electric wiring for supplying electric power to the compressor, characterized in that the connector section is disposed on the outside of the compressor inside the outer casing, wherein the compressor is disposed in such orientation that the connector section confronts the opening (21a, 21 b) so as to become accessible from outside of the outer casing when the cover (22a, 22b) is removed.
A flameproof spun yarn having flameproofness, wherein the flameproof spun yarn comprises a modacrylic fiber containing an antimony compound and a polyarylate-based fiber, and the flameproof spun yarn contains 1 to 30 wt% of the polyarylate-based fiber relative to the total weight of the flameproof spun yarn.
A composition of nucleic acid (DNA and/or RNA) molecules encoding a population of chimeric polypeptide species, wherein each nucleic acid molecule encodes a chimeric polypeptide species that comprises a polypeptide according to formula I NH 2 -S 2 -X-S 1 -COOH (formula I), wherein X is an amino acid sequence comprising a variable sequence, S 2 and S 1 are non-variable and non-overlapping amino acid sequences derived (i) from a polypeptide with peptidyl-prolyl cis/trans-isomerase activity (PPIase activity) or (ii) from a polypeptide from the FKBP-fold domain family, - between two amino acids denotes a peptide bond, and X is inserted in place of the insert-in-flap-domain (IF-domain) of the polypeptide of (i) or the polypeptide of (ii).
A camera unit for monitoring a spatial region, in particular as part of a moving protective device on a moving machine part, comprising an objective having an objective body to which at least one optical element is attached, an electronic image sensor which is arranged on a component support, an aperture stop (70; 140), at least one positive refractive power spherical lens defining a focal plane in which the aperture stop (70;140) is arranged, and a coupling part by means of which the objective body and the component support are joined to form an integrated unit, characterized in that the component support has a plane surface on which the electronic image sensor is arranged, and in that the coupling part comprises a one-piece body joining the objective body and the component support into the integrated unit in a defined position relative to each other, wherein the one-piece body rests rigidly, at least in sections, on the surface of the component support and comprises a hollow on the bottom of which the aperture stop is located, preferably centrally, so that the aperture stop is fixed without adjustment at a defined distance relative to the electronic image sensor.
A detection apparatus comprising (a) a carriage comprising a plurality of microfluorometers, wherein each of the microfluorometers comprises an objective configured for wide-field image detection, wherein the plurality of microfluorometers is positioned to simultaneously acquire a plurality of the wide-field images in a common plane, and wherein each of the wide-field images is from a different area of the common plane; (b) a translation stage configured to move the carriage in at least one direction parallel to the common plane; and (c) a sample stage configured to hold a substrate in the common plane; and wherein each of the microfluorometers further comprises a dedicated autofocus module, and wherein the autofocus module for a first microfluorometer of the apparatus is configured to integrate data from an autofocus module for a second microfluorometer of the apparatus, whereby the autofocus module alters the focus of the first microfluorometer based on the focus position of the first microfluorometer and the focus position of the second microfluorometer. (a) a carriage comprising a plurality of microfluorometers, wherein each of the microfluorometers comprises an objective configured for wide-field image detection, wherein the plurality of microfluorometers is positioned to simultaneously acquire a plurality of the wide-field images in a common plane, and wherein each of the wide-field images is from a different area of the common plane; wherein each of the microfluorometers comprises an objective configured for wide-field image detection, wherein the plurality of microfluorometers is positioned to simultaneously acquire a plurality of the wide-field images in a common plane, and wherein each of the wide-field images is from a different area of the common plane; (b) a translation stage configured to move the carriage in at least one direction parallel to the common plane; and (c) a sample stage configured to hold a substrate in the common plane; and
An orthodontic appliance made of elastic material and comprising arch-shaped upper and lower concaves (10, 20) for teeth of upper and lower jaw, the concaves (10, 20) being separated by an occlusally extending arch-shaped isthmus and comprising inner (11, 21) and outer walls (12, 22) extending vertically from the edges of the isthmus, said isthmus being configured to include at least one biting surface (41, 42) of material harder than said elastic material, characterized in that the appliance includes inside the frontal section of the arch-shaped isthmus a volume in form of a reinforcement element of material harder than said elastic material, said volume extending vertically in the isthmus so as to form at least one biting surface (41, 42) of material harder than said elastic material on both the upper and lower side of the isthmus.
A method, comprising: receiving a voice input with a voice-enabled electronic device; and in the voice-enabled electronic device, and responsive to receiving at least a portion of the voice input: initiating both local processing of the at least a portion of the voice input in the voice-enabled electronic device and online processing of the at least a portion of the voice input by the online voice-based query processor in response to receiving the at least a portion of the voice input; performing local processing of the at least a portion of the voice input to dynamically build at least a portion of a voice action prior to completely receiving the voice input with the voice-enabled electronic device; determining during the local processing whether the voice action can be completed by the local processing without data received from the online voice-based query processor; in response to a determination that the voice action can be completed by the local processing without data received from the online voice-based query processor, aborting online processing of the at least a portion of the voice input by the online voice-based query processor and completing building of the voice action with the local processing; and thereafter verifying the voice action based upon data received from the online voice-based query processor; wherein verifying the voice action includes correcting the voice action in response to a failure to verify the voice action based upon the data received from the online voice-based query processor. initiating both local processing of the at least a portion of the voice input in the voice-enabled electronic device and online processing of the at least a portion of the voice input by the online voice-based query processor in response to receiving the at least a portion of the voice input; performing local processing of the at least a portion of the voice input to dynamically build at least a portion of a voice action prior to completely receiving the voice input with the voice-enabled electronic device; determining during the local processing whether the voice action can be completed by the local processing without data received from the online voice-based query processor; in response to a determination that the voice action can be completed by the local processing without data received from the online voice-based query processor, aborting online processing of the at least a portion of the voice input by the online voice-based query processor and completing building of the voice action with the local processing; and thereafter verifying the voice action based upon data received from the online voice-based query processor; wherein verifying the voice action includes correcting the voice action in response to a failure to verify the voice action based upon the data received from the online voice-based query processor.
A method for simultaneously logging in and associating a communication device with a communication unit via a transceiver station, wherein at least one communication unit is already connected to the transceiver station, comprising at least the following steps: a) the transceiver station transmitting at least one piece of message information to the at least one communication unit, wherein the at least one piece of message information includes an association signal of a communication device, wherein the association signal is triggered by the respective login of the communication device sent to the transceiver station; b) one of the at least one communication units confirming the association by transmitting an association confirmation signal to the transceiver station; and c) the transceiver station internally storing the association between the communication unit and the communication device. a) the transceiver station transmitting at least one piece of message information to the at least one communication unit, wherein the at least one piece of message information includes an association signal of a communication device, wherein the association signal is triggered by the respective login of the communication device sent to the transceiver station; b) one of the at least one communication units confirming the association by transmitting an association confirmation signal to the transceiver station; and c) the transceiver station internally storing the association between the communication unit and the communication device.
A control method of a laundry treating machine comprising: supplying steam generated by a steam generator to a circulation duct in response to a selection of an operation mode for sanitizing the circulation duct; circulating air inside the circulation duct: and maintaining a temperature of an inside of the circulation duct to meet a predetermined sanitization condition. supplying steam generated by a steam generator to a circulation duct in response to a selection of an operation mode for sanitizing the circulation duct; circulating air inside the circulation duct: and maintaining a temperature of an inside of the circulation duct to meet a predetermined sanitization condition.
A method for securing studded shoes with securing means of components comprising a bolt, a threaded socket and locking accessories, which make said bolt (6,8) and said threaded socket (5,7) being tightly inter-engaged by utilizing the fastening torque that is formed by the force applied by the ground to said bolt, and said locking accessory includes a structure combined by a stud (6,8) with a receptacle (5,7), in order to ensure that the stud (6,8) can be automatically screwed tightly and can not be unscrewed, and at least one said threaded socket (5,7) fastens said locking accessory in a counterclockwise direction; characterized in that the securing means on the outer side of the left heel includes locking accessories of an engaging portion formed by the left-hand threaded studs fastened in the left-hand screwing direction and a receptacle; the securing means on the inner side of the left heel includes locking accessories of an engaging portion formed by the right-hand threaded studs fastened in the right-hand screwing direction and the receptacle.
Hollow conductor connecting member for connecting two hollow conductors (12, 14; 50, 52, 54) for electromagnetic waves wherein the connecting member comprises at least one main body extending in an axial direction wherein the main body is configured such that it can be inserted in hollow conductors (12, 14; 50, 52, 54) at least partly, wherein the area of the cross section of the main body varies along the axial direction of the connecting member, wherein the thickness of the main body varies along its axial direction, wherein the main body comprises an outer surface and an inner surface, wherein the outer surface of the main body is straight, and wherein the hollow conductor connecting member is configured to contact inner surfaces of the hollow conductors (12, 14; 50, 52 54) substantially completely as no gaps are provided between the outer surface of the main body and the inner surfaces of the hollow conductors.
A bypass valve and actuator assembly for a turbocharger, comprising: a bypass valve having a valve stem that is rotatable about a valve stem axis; an articulated two-bar linkage comprising a first crank and a second crank each having a joint end and a connector end, the first and second cranks forming a pivotal joint between the respective joint ends thereof, the connector end of the first crank being fixedly connected to the valve stem such that the valve stem is constrained to rotate with the first crank about the valve stem axis; and an actuator assembly (40, 240) operably coupled with the connector end of the second crank, the actuator assembly structured and arranged to advance the connector end of the second crank in one direction along a guide path lying in a plane perpendicular to the valve stem axis to cause relative pivotal movement between the first and second cranks of the two-bar linkage and rotation of the valve stem about the valve stem axis so as to move the bypass valve from a closed position to an open position, and to retract the connector end of the second crank in an opposite direction along the guide path to move the bypass valve from the open position to the closed position, characterized in that the guide path as a whole is non-linear and non-circular arc. a bypass valve having a valve stem that is rotatable about a valve stem axis; an articulated two-bar linkage comprising a first crank and a second crank each having a joint end and a connector end, the first and second cranks forming a pivotal joint between the respective joint ends thereof, the connector end of the first crank being fixedly connected to the valve stem such that the valve stem is constrained to rotate with the first crank about the valve stem axis; and an actuator assembly (40, 240) operably coupled with the connector end of the second crank, the actuator assembly structured and arranged to advance the connector end of the second crank in one direction along a guide path lying in a plane perpendicular to the valve stem axis to cause relative pivotal movement between the first and second cranks of the two-bar linkage and rotation of the valve stem about the valve stem axis so as to move the bypass valve from a closed position to an open position, and to retract the connector end of the second crank in an opposite direction along the guide path to move the bypass valve from the open position to the closed position, characterized in that the guide path as a whole is non-linear and non-circular arc.
Valve assembly for an injection valve, comprising - a valve body with a central longitudinal axis, the valve body having a valve body groove extending circumferentially around the valve body and being designed to take in a gasket, the valve body groove having a first wall section and a second wall section, the wall sections (32, 34) being designed to be coupled to the gasket in a manner that the valve assembly is sealingly coupable to a cylinder head of a combustion engine, and - an injection nozzle enabling a fluid flow through the valve assembly, wherein - the second wall section is arranged relative to the first wall section in axial direction away from the injection nozzle, and - the first wall section extends to a first radius and the second wall section extends to a second radius, and the first radius is bigger than the second radius characterized in that the first wall section and/or the second wall section are shaped as cylindrical lateral surfaces and the valve body has a radially extending protrusion being arranged axially between the first wall section and the second wall section. - a valve body with a central longitudinal axis, the valve body having a valve body groove extending circumferentially around the valve body and being designed to take in a gasket, the valve body groove having a first wall section and a second wall section, the wall sections (32, 34) being designed to be coupled to the gasket in a manner that the valve assembly is sealingly coupable to a cylinder head of a combustion engine, and - an injection nozzle enabling a fluid flow through the valve assembly, wherein - the second wall section is arranged relative to the first wall section in axial direction away from the injection nozzle, and - the first wall section extends to a first radius and the second wall section extends to a second radius, and the first radius is bigger than the second radius characterized in that the first wall section and/or the second wall section are shaped as cylindrical lateral surfaces and the valve body has a radially extending protrusion being arranged axially between the first wall section and the second wall section.