mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a touch controller; sense electrodes operably coupled to the touch controller; a display controller operably coupled to the touch controller, and configured to communicate with the touch controller to detect at least one touch when the electronic device is operating in a normal power condition; drive electrodes that: when the electronic device is operating in a reduced power condition, are operably coupled to and driven by the touch controller, and configured to detect at least one touch and, when the electronic device is operating in a normal power condition, are operably coupled to and driven by the display controller, and configured to detect at least one touch; wherein the display controller is powered down when the electronic device is operating in the reduced power condition. a touch controller; sense electrodes operably coupled to the touch controller; a display controller operably coupled to the touch controller, and configured to communicate with the touch controller to detect at least one touch when the electronic device is operating in a normal power condition; drive electrodes that: when the electronic device is operating in a reduced power condition, are operably coupled to and driven by the touch controller, and configured to detect at least one touch and, when the electronic device is operating in a normal power condition, are operably coupled to and driven by the display controller, and configured to detect at least one touch; wherein the display controller is powered down when the electronic device is operating in the reduced power condition. when the electronic device is operating in a reduced power condition, are operably coupled to and driven by the touch controller, and configured to detect at least one touch and, when the electronic device is operating in a normal power condition, are operably coupled to and driven by the display controller, and configured to detect at least one touch; wherein the display controller is powered down when the electronic device is operating in the reduced power condition.
A noise reduction structure of a supercharger, comprising: a relief channel of the supercharger, wherein the relief channel is provided with a high pressure pipeline and a low pressure pipeline; and a silencing assembly, arranged at a gas circulation position between the high pressure pipeline and the low pressure pipeline, provided with a plurality of vent holes having a diameter ranging from 1 mm to 2 mm, and configured in such a way that high pressure gas only enters the low pressure pipeline after passing through the vent holes when the high pressure pipeline is communicated with the low pressure pipeline, wherein the gas outlet end of the high pressure pipeline is inserted into the low pressure pipeline; the silencing assembly is sleeved at the gas outlet end of the high pressure pipeline, and is connected with the high pressure pipeline in a sealed manner. a relief channel of the supercharger, wherein the relief channel is provided with a high pressure pipeline and a low pressure pipeline; and a silencing assembly, arranged at a gas circulation position between the high pressure pipeline and the low pressure pipeline, provided with a plurality of vent holes having a diameter ranging from 1 mm to 2 mm, and configured in such a way that high pressure gas only enters the low pressure pipeline after passing through the vent holes when the high pressure pipeline is communicated with the low pressure pipeline, wherein the gas outlet end of the high pressure pipeline is inserted into the low pressure pipeline; the silencing assembly is sleeved at the gas outlet end of the high pressure pipeline, and is connected with the high pressure pipeline in a sealed manner.
Geared motor element for driving an actuator arranged in order to move apart shoes of a drum brake for a vehicle, in particular a motor vehicle, said geared motor element comprising: - at least one, and for example a single, electric motor rotating about an axis driving, via a reduction mechanism, an output shaft capable of being connected to said actuator, - a geared motor housing of elongated shape, preferably cylindrical, containing the at least one electric motor and the reduction mechanism, characterized in that the electric motor is positioned inside a motor recess within said housing, longitudinally with respect to its axis of rotation, said recess opening outside the housing via an input opening, and in that the motor recess of the geared motor housing has characteristics, including at least one geometrical shape, dimensions and means for fixing the motor, which are suitable for receiving, equally well, a plurality of models of electric motors having different diameters with respect to said axis of rotation. - at least one, and for example a single, electric motor rotating about an axis driving, via a reduction mechanism, an output shaft capable of being connected to said actuator, - a geared motor housing of elongated shape, preferably cylindrical, containing the at least one electric motor and the reduction mechanism,
An in situ hybridization composition comprising - at least one polar aprotic solvent in an amount effective to enable hybridization of a nucleic acid sequence to an RNA sequence within a biological sample, and - at least 10% dextran sulfate, wherein the polar aprotic solvent is not dimethyl sulfoxide (DMSO), wherein said effective amount of the polar aprotic solvent is 5% to 60% (v/v), and wherein said composition contains less than 10% formamide, less than 2% formamide, or less than 1% formamide. - at least one polar aprotic solvent in an amount effective to enable hybridization of a nucleic acid sequence to an RNA sequence within a biological sample, and - at least 10% dextran sulfate,
A method in a mobile device having a wireless client, comprising: receiving GPS navigation data and an expected route at the wireless client; identifying in advance, at the wireless client, one or more infrastructure stations with which the wireless client can associate as the wireless client traverses the expected route to a destination; determining, at the wireless client, a next target candidate infrastructure station with which to exchange information from the identified one or more infrastructure stations using the received GPS navigation data; determining if the next target candidate infrastructure station has sufficient resources to satisfy QoS requirements of connections that have been established with the wireless client; and generating handover instructions at the wireless client for a handover of the wireless client from a current infrastructure station to the target infrastructure station. receiving GPS navigation data and an expected route at the wireless client; identifying in advance, at the wireless client, one or more infrastructure stations with which the wireless client can associate as the wireless client traverses the expected route to a destination; determining, at the wireless client, a next target candidate infrastructure station with which to exchange information from the identified one or more infrastructure stations using the received GPS navigation data; determining if the next target candidate infrastructure station has sufficient resources to satisfy QoS requirements of connections that have been established with the wireless client; and generating handover instructions at the wireless client for a handover of the wireless client from a current infrastructure station to the target infrastructure station.
A lighting fixture comprising: a lighting fixture housing; a flexible LED circuit woven between a plurality of rods; the plurality of rods mounted within the housing configured to define a non-flat shape for the flexible LED circuit, wherein the placement of the rods within the housing is determined by a desired light distribution pattern produced when the flexible LED circuit is woven between the rods. a lighting fixture housing; a flexible LED circuit woven between a plurality of rods; the plurality of rods mounted within the housing configured to define a non-flat shape for the flexible LED circuit, wherein the placement of the rods within the housing is determined by a desired light distribution pattern produced when the flexible LED circuit is woven between the rods.
Electromagnetic actuator comprising a yoke for guiding a magnetic flux, a holding plate attached to an actuating member, the holding plate and yoke forming a first magnetic circuit, a pre-tensioning device which exerts a pre-tension force on the holding plate away from the yoke, the pre-tensioning device comprising a device external to the electromagnetic actuator, a magnetic flux generation device for generating a magnetic flux in the first magnetic circuit, the magnetic flux generation device being dimensioned to generate an attraction force holding the holding plate against the yoke, a tripping coil, the magnetic flux generation device being able to generate a magnetic flux in the first magnetic circuit opposing a magnetic flux generated by the tripping coil, and a closing coil for generating a magnetic flux in a second magnetic circuit, the second magnetic circuit being separate from the first magnetic circuit, characterized in that the magnetic flux generation device comprises an under voltage release coil electrically connected to an auxiliary voltage source representing the value of a voltage to be monitored and the attraction force exceeds the pre-tension force when the auxiliary voltage exceeds a predetermined threshold value.
Control system for two windscreen wipers of a motor vehicle, having: - a first drive controller with a first interface and a second interface; - a first drive assigned to the first drive controller; - a second drive controller with a first interface and a second interface; and - a second drive assigned to the second drive controller; - wherein - the second interfaces (150, 160) of the two drive controllers (115, 120) are connected to one another; - the first interface of the first drive controller is connected to a control module; - the first interface of the second drive controller is not connected to a communication partner; - both drive controllers (115, 120) are set up to configure themselves in a master role after receiving control information via the first interface (145, 155) and to output control information via the second interface (150, 160) in order to control the respective other drive controller (120, 115); and - each of the drive controllers (115, 120) is set up to configure itself in a slave role and to be controlled by means of control information via the second interface (150, 160) after no control information has been received via the respective first interface (145, 155) over a predetermined period. - a first drive controller with a first interface and a second interface; - a first drive assigned to the first drive controller; - a second drive controller with a first interface and a second interface; and - a second drive assigned to the second drive controller; - wherein - the second interfaces (150, 160) of the two drive controllers (115, 120) are connected to one another; - the first interface of the first drive controller is connected to a control module; - the first interface of the second drive controller is not connected to a communication partner; - both drive controllers (115, 120) are set up to configure themselves in a master role after receiving control information via the first interface (145, 155) and to output control information via the second interface (150, 160) in order to control the respective other drive controller (120, 115); and - each of the drive controllers (115, 120) is set up to configure itself in a slave role and to be controlled by means of control information via the second interface (150, 160) after no control information has been received via the respective first interface (145, 155) over a predetermined period.
Hoisting device for a transparent comprising - at least two poles between which the transparent can be stretched, and - at least two holding means for holding the transparent on the poles, characterised in that the hoisting device comprises at least four holding means and is configured such that in the position of use, in which the transparent is attached to the hoisting device, two of the holding means respectively extend around one of the poles, wherein the two ends of the transparent facing the poles are secured to the holding means, the holding means each comprising a rope and at least one part surrounding the rope and rotatable relative to the rope. - at least two poles between which the transparent can be stretched, and - at least two holding means for holding the transparent on the poles,
An apparatus for adjusting touch sensitivity in a mobile terminal, comprising: a touch sensitivity adjuster for adjusting touch sensitivity of a touch screen; and characterized by: a controller for determining an input method type occurring on said touch screen and for controlling the touch sensitivity adjuster to adjust the touch sensitivity of the touch screen according to the determined input method on said touch screen, wherein the input method is one of a tap input method and a move input method, wherein the touch sensitivity adjuster is configured to increase the touch sensitivity when the input method is a tap input method.
Seal, in particular automatically lowerable floor seal for doors, having the following features: - the seal comprises a seal housing which is substantially U-shaped and has two legs which are connected to one another by a web, - the seal comprises at least one sealing means which is fitted preferably in the seal housing, - the seal comprises a fastening means for fastening the seal housing in a groove of a door, - the fastening means, prior to the seal being installed in the groove, is arranged on the seal housing in at least partially captive fashion, - wherein the fastening means comprises a first section and a second section, wherein the first section is connected in captive fashion with the seal housing and the second section is suitable, and configured, for a connection with a door, and - wherein the second section is angled with respect to the first section, - wherein the fastening means is connected to the seal housing by a pressing connection, - wherein the second section has a hole for a fastening screw, characterised in that - the first section of the fastening means has lateral protrusions which are designed in such a way that the first section of the fastening means is inserted between the legs (21, 23) of the seal housing in a press fit against these legs (21, 23) and the fastening means is thus fixed in the seal housing in the longitudinal direction of the first section. - the seal comprises a seal housing which is substantially U-shaped and has two legs which are connected to one another by a web, - the seal comprises at least one sealing means which is fitted preferably in the seal housing, - the seal comprises a fastening means for fastening the seal housing in a groove of a door, - the fastening means, prior to the seal being installed in the groove, is arranged on the seal housing in at least partially captive fashion, - wherein the fastening means comprises a first section and a second section, wherein the first section is connected in captive fashion with the seal housing and the second section is suitable, and configured, for a connection with a door, and - wherein the second section is angled with respect to the first section, - wherein the fastening means is connected to the seal housing by a pressing connection, - wherein the second section has a hole for a fastening screw, characterised in that - the first section of the fastening means has lateral protrusions which are designed in such a way that the first section of the fastening means is inserted between the legs (21, 23) of the seal housing in a press fit against these legs (21, 23) and the fastening means is thus fixed in the seal housing in the longitudinal direction of the first section.
Fuel cell system of a submarine, comprising at least one fuel cell, at least one DC-DC converter electrically connected to the at least one fuel cell for adapting a DC voltage generated by the at least one fuel cell and a primary cooling circuit which supplies a cooling medium, characterised in that the DC-DC converter comprises at least one power unit designed as a DC-DC converter module and a cooling device with at least one cooling body thermally connected to the primary cooling circuit which is designed to be cooled by means of the cooling medium, and which is in direct thermal contact with at least one power unit, wherein the at least one cooling body is screwed and/or braced to at least one power unit in a friction-type connection.
An imaging mass spectrometer comprising: an energy source adapted to substantially simultaneously provide energy to multiple spots on a sample to produce ions from the sample by a desorption process; and an analyser (24, 26) adapted to detect the arrival time and spot origin of ions resulting from said desorption process, wherein the imaging mass spectrometer further comprises a sample plate for receiving the sample, characterised in that: the energy source is adapted to provide energy on the sample through the sample plate, and at an angle substantially perpendicular to the surface of the sample at each of the respective spots, and wherein the imaging mass spectrometer further comprises one or more grid electrodes to focus the ions resulting from the desorption process. an energy source adapted to substantially simultaneously provide energy to multiple spots on a sample to produce ions from the sample by a desorption process; and an analyser (24, 26) adapted to detect the arrival time and spot origin of ions resulting from said desorption process, wherein the imaging mass spectrometer further comprises a sample plate for receiving the sample, characterised in that: the energy source is adapted to provide energy on the sample through the sample plate, and at an angle substantially perpendicular to the surface of the sample at each of the respective spots, and wherein the imaging mass spectrometer further comprises one or more grid electrodes to focus the ions resulting from the desorption process.
A gas sensing structure comprising: a carbon nanotube, CNT, film; an n-type or p-type transition metal oxide, TMO, layer (102, 202) deposited on the CNT film; and noble metal nanoparticles deposited on the n-type or p-type TMO layer (102, 202), characterized in that the CNT film has a thickness of 20 to 100 nm, and in that the n-type or p-type TMO layer (102, 202) has a thickness of 0.5 to 15 nm. a carbon nanotube, CNT, film; an n-type or p-type transition metal oxide, TMO, layer (102, 202) deposited on the CNT film; and noble metal nanoparticles deposited on the n-type or p-type TMO layer (102, 202), characterized in that the CNT film has a thickness of 20 to 100 nm, and in that the n-type or p-type TMO layer (102, 202) has a thickness of 0.5 to 15 nm.
A method for controlling microorganisms in a poultry carcass, comprising: a step of subjecting the poultry carcass immersed in a sterilizing solution to repeated treatment with negative pressure and ordinary pressure; and a step of subjecting the poultry carcass immersed in a sterilizing solution to resonant ultrasonication after or simultaneously with the repeated treatment with negative pressure and ordinary pressure, wherein, in the resonant ultrasonication, the sterilizing solution is produced by dissolving a disinfectant in water in which the concentration of dissolved oxygen is controlled between 2.5 mg/l and 3.5 mg/l, the treatment with negative pressure is performed by suction at 0.002 MPa to 0.06 MPa, and the resonant ultrasonication is performed by irradiation with resonant ultrasonic waves having a frequency ranging from 28 kHz to 130 kHz. a step of subjecting the poultry carcass immersed in a sterilizing solution to repeated treatment with negative pressure and ordinary pressure; and a step of subjecting the poultry carcass immersed in a sterilizing solution to resonant ultrasonication after or simultaneously with the repeated treatment with negative pressure and ordinary pressure, wherein, in the resonant ultrasonication, the sterilizing solution is produced by dissolving a disinfectant in water in which the concentration of dissolved oxygen is controlled between 2.5 mg/l and 3.5 mg/l, the treatment with negative pressure is performed by suction at 0.002 MPa to 0.06 MPa, and the resonant ultrasonication is performed by irradiation with resonant ultrasonic waves having a frequency ranging from 28 kHz to 130 kHz.
Inhibitor of transferrin receptor 2 for use in the treatment of osteoporosis, wherein the inhibitor is selected from an antibody or fragment thereof, RNA interference, CRISPR-Cas and a recombinase.
A method for being aware of user-defined context comprising: defining a control command depending on a user input; receiving (509, 611) external audio through a microphone while playing media content; performing (511, 617) speech recognition with regard to the received audio; determining (515, 621) whether the speech-recognized audio corresponds to the control command; and executing (519, 623) a particular action assigned to the control command when the received audio corresponds to the control command; wherein executing (519, 623) the particular action comprises: pausing the playing of the media content; and outputting at least one of text and additional information corresponding to the speech-recognized audio. defining a control command depending on a user input; receiving (509, 611) external audio through a microphone while playing media content; performing (511, 617) speech recognition with regard to the received audio; determining (515, 621) whether the speech-recognized audio corresponds to the control command; and executing (519, 623) a particular action assigned to the control command when the received audio corresponds to the control command; wherein executing (519, 623) the particular action comprises: pausing the playing of the media content; and outputting at least one of text and additional information corresponding to the speech-recognized audio.
A control channel detection method, comprising: acquiring, by a user equipment, parameter configuration information of a control channel resource set, wherein each user equipment is configured with two control channel resource sets, different control channel resource sets correspond to different parameter configuration information, each control channel resource set includes at least one physical resource block, PRB; and detecting, by the user equipment, a control channel in the control channel resource set corresponding to the parameter configuration information. acquiring, by a user equipment, parameter configuration information of a control channel resource set, wherein each user equipment is configured with two control channel resource sets, different control channel resource sets correspond to different parameter configuration information, each control channel resource set includes at least one physical resource block, PRB; and detecting, by the user equipment, a control channel in the control channel resource set corresponding to the parameter configuration information.
A coating composition, comprising shaped transition metal particles having a longest dimension of edge length of from 15 nm to 600 nm and a thickness of from 2 to 40 nm and a binder, wherein the ratio of shaped transition metal particles to binder is such that the resulting coating shows a variation of color as a function of the viewing angle, wherein the transition metal is Ag, Cu, Pd or Au and the shaped transition metal particles/binder ratio is 10:1 to 1:10.