mhurhangee/ep-ind-claims huggingface dataset:
A garment steamer comprising: - a pole assembly, - an ironing board defining a surface, said ironing board cooperating with the pole assembly to take a vertical orientation or a horizontal orientation, - a steamer head for releasing steam, - a holder for holding the steamer head, - a pivot coupling arranged between the ironing board and the holder, the pivot coupling comprising a first end attached to the ironing board and a second end attached to said holder, said holder being fixed relative to the second end, said pivot coupling having a rotation axis inclined by a first angle being in the range [+10; +65] degrees compared to the surface of the ironing board. - a pole assembly, - an ironing board defining a surface, said ironing board cooperating with the pole assembly to take a vertical orientation or a horizontal orientation, - a steamer head for releasing steam, - a holder for holding the steamer head, - a pivot coupling arranged between the ironing board and the holder, the pivot coupling comprising a first end attached to the ironing board and a second end attached to said holder, said holder being fixed relative to the second end, said pivot coupling having a rotation axis inclined by a first angle being in the range [+10; +65] degrees compared to the surface of the ironing board.
Process of fabrication of a soft substrate, comprising the steps of: (a) producing a polymer between a base layer and a transparency mask comprising at least one transparent area and optionally at least one non-transparent area, (b) exposing the polymer to deep UV through the mask, (c) detaching the mask from the polymer, (d) contacting the polymer with a a biomolecule, and (e) optionally washing away the excess of biomolecule, wherein the soft substrate has a Young's modulus in the range of about 0.1 to about 100 kPa, wherein the polymerization is performed in situ, and wherein the biomolecule is a protein, a carbohydrate, a lipid, a nucleic acid, or a combination thereof. (a) producing a polymer between a base layer and a transparency mask comprising at least one transparent area and optionally at least one non-transparent area, (b) exposing the polymer to deep UV through the mask, (c) detaching the mask from the polymer, (d) contacting the polymer with a a biomolecule, and (e) optionally washing away the excess of biomolecule,
A control system comprising: a current sensor configured to be disposed onboard a vehicle and to monitor a measured current conducted into a resistor leg of the vehicle, the resistor leg having a braking chopper and one or more resistive elements, the resistor leg connected with a traction bus of the vehicle, the traction bus electrically connects an alternator to one or more traction motors on the vehicle, the alternator mechanically coupled to an engine of the vehicle; and one or more processors communicatively connected to the current sensor, the one or more processors configured to receive the measured current from the current sensor and, in response to the measured current differing from an expected current through the resistor leg, characterized by the fact that the one or more processors are configured to generate a control signal configured to increase an engine speed of the engine. a current sensor configured to be disposed onboard a vehicle and to monitor a measured current conducted into a resistor leg of the vehicle, the resistor leg having a braking chopper and one or more resistive elements, the resistor leg connected with a traction bus of the vehicle, the traction bus electrically connects an alternator to one or more traction motors on the vehicle, the alternator mechanically coupled to an engine of the vehicle; and one or more processors communicatively connected to the current sensor, the one or more processors configured to receive the measured current from the current sensor and, in response to the measured current differing from an expected current through the resistor leg, characterized by the fact that the one or more processors are configured to generate a control signal configured to increase an engine speed of the engine.
A hydraulic separator for hydronic systems for heating and/or cooling, comprising: - a hollow body with a casing, internally defining a chamber; - at least two first through openings (16, 16') for the delivery of a fluid, and at least two second through openings (17, 17') for the return of the fluid, said first openings (16, 16') and said second openings (17, 17') being made on said casing of the body and being suitable to put in fluid communication said chamber to external circuits by hydraulic connecting means; - at least a mobile element suitable for separating said chamber of the body in a first portion and a second portion (14"), in such away to reduce the opening section of passage and of fluid contact between said first portion and said second portion (14"); characterized in that said at least a mobile element is made of a thermal insulating material having low thermal conductivity, in such a way as to limit the thermal heat conduction between first and second portion (14', 14") of chamber - a hollow body with a casing, internally defining a chamber; - at least two first through openings (16, 16') for the delivery of a fluid, and at least two second through openings (17, 17') for the return of the fluid, said first openings (16, 16') and said second openings (17, 17') being made on said casing of the body and being suitable to put in fluid communication said chamber to external circuits by hydraulic connecting means; - at least a mobile element suitable for separating said chamber of the body in a first portion and a second portion (14"), in such away to reduce the opening section of passage and of fluid contact between said first portion and said second portion (14");
Motor vehicle door handle apparatus having an elongated grip, which has a grip body and a grip cover, wherein in the grip body is formed a cavity in which electronic components (7, 8) are accommodated, wherein the electronic components are at least partially cast around with cast mass, wherein at least one partition wall is disposed perpendicularly to the longitudinal extension of the grip in the grip body, such that the partition wall divides the grip body into several chambers having respectively at least one cavity, wherein the partition wall is formed integrally with the grip body and wherein the cavities are open to the side oriented to the grip cover, wherein at least one of the chambers accommodates electronic components, which are cast around with cast mass such that the partition wall forms a delimitation for the cast mass and wherein in the partition wall is formed at least one recess (10a, 10b) which forms an arrangement for the guiding of cables.
A chassis of a vehicle with a leaf spring acting between the vehicle body and at least one wheel of the vehicle, which leaf spring is arranged rotatably about an axis extending in the direction of the longitudinal extent of the leaf spring, characterised in that the leaf spring can be fixed in the chassis with its ends such that it can be fixed in at least two different rotational positions, which differ by an angle of rotation of 90°, in order to change its spring force characteristic.
A device comprising: a structure defining a detector surface configured for supporting biological or chemical samples; a sensor array comprising light sensors and circuitry to transmit signals using photons detected by the light sensors; and a guide array comprising light guides; wherein light guides of the guide array are arranged to receive excitation light and emission signal light from the detector surface, wherein the light guides extend toward respective light sensors of the sensor array and comprise filter material that blocks the excitation light and permits the emission signal light to propagate toward the respective light sensors, characterized in that the filter material comprises a metal complex dye, the metal complex dye being a transition metal dye complex comprising at least one dye and a photon emission quencher operable to quench photon emissions of the at least one dye. a structure defining a detector surface configured for supporting biological or chemical samples; a sensor array comprising light sensors and circuitry to transmit signals using photons detected by the light sensors; and a guide array comprising light guides; wherein light guides of the guide array are arranged to receive excitation light and emission signal light from the detector surface, wherein the light guides extend toward respective light sensors of the sensor array and comprise filter material that blocks the excitation light and permits the emission signal light to propagate toward the respective light sensors, characterized in that the filter material comprises a metal complex dye, the metal complex dye being a transition metal dye complex comprising at least one dye and a photon emission quencher operable to quench photon emissions of the at least one dye.
A method of mobile communication at a user equipment, UE, the method comprising the step of: receiving, from a network entity, configuration information associated with an enhanced uplink in CELL_FACH state protocol, wherein the UE is configured to transmit uplink transmissions according to the enhanced uplink in CELL FACH state protocol, said method being characterized in that it further comprises the steps of: determining that mapping information of the configuration information is invalid, wherein invalid configuration information results in the UE being unable to transmit on the uplink; and performing at least one remedial action to ensure that the UE is able to transmit the uplink transmissions based on determining that the configuration information is invalid, wherein the at least one remedial action comprises at least initiating a cell updated procedure. determining that mapping information of the configuration information is invalid, wherein invalid configuration information results in the UE being unable to transmit on the uplink; and performing at least one remedial action to ensure that the UE is able to transmit the uplink transmissions based on determining that the configuration information is invalid, wherein the at least one remedial action comprises at least initiating a cell updated procedure.
Apparatus for detecting light (16, 16b, 16c) for use in a microscope, having a confocal pinhole aperture and means for producing an illumination light beam for illuminating a sample while producing a detection light beam that is imaged onto the confocal pinhole aperture, and having at least one silicon photomultiplier (SiPM) and an optical unit, wherein the silicon photomultiplier (SiPM) has a detection surface formed from an array of a plurality of single photon avalanche diodes (SPAD), characterized in that the optical unit is embodied in the form of a flat-top optical unit that shapes the light such that the detection surface is entirely covered with a light beam region of constant intensity, and in that the flat-top optical unit is arranged between the confocal pinhole aperture and the silicon photomultiplier (SiPM).
A control apparatus for controlling consumer equipment provided in a consumer facility, the control apparatus comprising: a controller configured to select one or more operable functions among a plurality of functions of the consumer equipment according to an operation state of the control apparatus and whether or not an operation apparatus, which operates the consumer equipment, is located outside the consumer facility, the operation state being associated with the selected one or more operable functions, wherein the operation state includes at least one of a normal operation state of the control apparatus, an abnormal state of the control apparatus, and a power saving state of control apparatus, transmit information indicating the selected one or more operable functions to the operation apparatus, and transmit a request message for requesting execution of a function designated from the selected one or more operable functions to the consumer equipment, when the control apparatus receives an operation instruction of the designated function of the selected one or more operable functions from the operation apparatus. a controller configured to select one or more operable functions among a plurality of functions of the consumer equipment according to an operation state of the control apparatus and whether or not an operation apparatus, which operates the consumer equipment, is located outside the consumer facility, the operation state being associated with the selected one or more operable functions, wherein the operation state includes at least one of a normal operation state of the control apparatus, an abnormal state of the control apparatus, and a power saving state of control apparatus, transmit information indicating the selected one or more operable functions to the operation apparatus, and transmit a request message for requesting execution of a function designated from the selected one or more operable functions to the consumer equipment, when the control apparatus receives an operation instruction of the designated function of the selected one or more operable functions from the operation apparatus.
Method for controlling a mobile terminal device, said mobile terminal device comprising a smartcard module (200, 600) and a near field communication, NFC, module, wherein the smartcard module (200, 600) comprises a smartcard control unit and a secure storage area, said method comprising: - starting a smartcard application on said mobile terminal device; - in response to said starting of said smartcard application by said mobile terminal device activating said smartcard module (200, 600) maintaining secured data in said secured storage area; - determining whether said started smartcard application is an external application for performing data transactions with external entities or said started smartcard application is an internal application for performing internal communication; and - switching on a connection between said smartcard module (200, 600) and said near field communication module in case of an affirmative determination of said external application, whereby said near field communication module is adapted to provide a wireless near field communications interface to said smartcard module (200, 600) for conducting wireless data transaction with an external entity, and switching a connection between said smartcard module (200, 600) and a central processing unit of said mobile terminal device in case of no affirmative determination of said external application, whereby said smartcard module (200, 600) is subjected for communicating with said central processing unit of said mobile terminal. - starting a smartcard application on said mobile terminal device; - in response to said starting of said smartcard application by said mobile terminal device activating said smartcard module (200, 600) maintaining secured data in said secured storage area; - determining whether said started smartcard application is an external application for performing data transactions with external entities or said started smartcard application is an internal application for performing internal communication; and - switching on a connection between said smartcard module (200, 600) and said near field communication module in case of an affirmative determination of said external application, whereby said near field communication module is adapted to provide a wireless near field communications interface to said smartcard module (200, 600) for conducting wireless data transaction with an external entity, and switching a connection between said smartcard module (200, 600) and a central processing unit of said mobile terminal device in case of no affirmative determination of said external application, whereby said smartcard module (200, 600) is subjected for communicating with said central processing unit of said mobile terminal.
An occupant safety system for a motor vehicle, comprising a steering wheel which can be rotated about a steering axis for changing the driving direction and a steering wheel rim for manually operating the steering wheel, wherein the steering wheel rim is movable between a steering mode position and an occupant safety position, wherein the steering wheel rim spans a rim plane that extends in the steering mode position perpendicularly to the steering axis, and wherein the steering wheel rim in its occupant safety position is translationally shifted along the steering axis relative to the steering mode position, wherein a knee airbag module mounted outside the steering wheel is provided which includes a knee airbag which, when the module is activated, extends into a space between an instrument panel of the motor vehicle and a vehicle occupant, characterized in that the steering wheel rim in its occupant safety position is pivoted relative to the steering mode position about an axis of rotation so that the rim plane does no longer extend perpendicularly to the steering axis, wherein a front airbag module mounted outside the steering wheel is provided which includes a front airbag which, when the module is activated, extends into a space between the steering wheel rim and a vehicle occupant. a steering wheel which can be rotated about a steering axis for changing the driving direction and a steering wheel rim for manually operating the steering wheel, wherein the steering wheel rim is movable between a steering mode position and an occupant safety position, wherein the steering wheel rim spans a rim plane that extends in the steering mode position perpendicularly to the steering axis, and wherein the steering wheel rim in its occupant safety position is translationally shifted along the steering axis relative to the steering mode position, wherein a knee airbag module mounted outside the steering wheel is provided which includes a knee airbag which, when the module is activated, extends into a space between an instrument panel of the motor vehicle and a vehicle occupant, characterized in that the steering wheel rim in its occupant safety position is pivoted relative to the steering mode position about an axis of rotation so that the rim plane does no longer extend perpendicularly to the steering axis, wherein a front airbag module mounted outside the steering wheel is provided which includes a front airbag which, when the module is activated, extends into a space between the steering wheel rim and a vehicle occupant.
An Fc-binding polypeptide which comprises a sequence selected from the group consisting of SEQ ID NO 8, SEQ ID NO 9, SEQ ID NO 10, SEQ ID NO 11, SEQ ID NO 24, and SEQ ID NO 25.
Method for detecting a rotational, vibration of a driven axle system of a rail vehicle, with which a sensor system (22, 32) detects a parameter indicating the vibration of an element of the axle system and an evaluating unit evaluates a signal of the sensor system (22, 32), characterized in that the sensor system (22, 32) comprises a motion sensor that detects a displacement of the element, which is carried out as a rotation, as a parameter, wherein the element is a part of a bogie of the rail vehicle to which a juddering motion of the driven and juddering axle is transferred, wherein the displacement that is carried out as a rotation is a rotary displacement of the bogie, wherein the signal of the sensor system (22, 32) is filtered by filtering through a hairpin filter to a frequency band that lies about the natural oscillation of the vibration.
A pyrolysis chamber for treating domestic refuse, comprising a receptacle for the refuse, the receptacle being defined by a double-skinned enclosure having an exterior wall, an interior heat-conductive wall, and a hermetically-sealed void between the two walls (130, 132) in which a working fluid is disposed, thereby to define a passive two phase heat transfer system, and at least one heating element in thermal contact with the enclosure.
A diffuser for a forward-swept tangential flow compressor, the diffuser comprising a substantially circular space for receiving a compressor impeller having a plurality of forward-swept rotor blades, a plurality of micro-volutes each occupying an azimuth angle adjacent to part of the circular space, the plurality of micro-volutes together surrounding the circular space by a full azimuth angle of 360°, the plurality of micro-volutes being configured for close coupling to a compressor impeller when it is disposed in the circular space for impeding flow reversal by minimising vaneless space around the compressor impeller, a plurality of diffuser channels, each diffuser channel having an entrance and a discharge and each diffuser channel being divergent in the tangential-radial plane and a collection volute incorporating an exit aperture, the entrance of each diffuser channel extending from an associated micro-volute tangentially of the circular space, characterised in that each diffuser channel is also divergent in the axial-radial plane, and in that the collection volute transitions from the discharge of one of the diffuser channels, the other diffuser channels discharging into the collection volute.
A composite thermal insulation sheet comprising: an aerogel sheet; a sol-impermeable coating layer formed on one surface of the aerogel sheet; and one or more functional layers formed on the other surface of the aerogel sheet; wherein the thickness of the sol-impermeable coating layer is 30 μm or less; wherein the thickness of the composite thermal insulation sheet is 3 mm or less. an aerogel sheet; a sol-impermeable coating layer formed on one surface of the aerogel sheet; and one or more functional layers formed on the other surface of the aerogel sheet; wherein the thickness of the sol-impermeable coating layer is 30 μm or less; wherein the thickness of the composite thermal insulation sheet is 3 mm or less.
A method performed by a host device for communicating with a plurality of devices (110, 120), the method comprising: searching for devices that are communicable with each other or with the host device; generating routing paths to connect the host device to a client device via devices found as a result of the search; selecting one of the routing paths according to a preset reference; and communicating with the client device via at least one of the found devices included in the selected routing path, wherein the preset reference comprises a first reference that is set according to a service executed by the host device, or comprises a second reference that is set according to a security level of each of the found devices; characterized in that the client device is wearable; by the host device transmitting, to the client device, information related to the service executed by the host device, and by the host device transmitting information for allowing the at least one of the found devices to execute a service that is executable by the at least one of the found devices in the selected routing path. searching for devices that are communicable with each other or with the host device; generating routing paths to connect the host device to a client device via devices found as a result of the search; selecting one of the routing paths according to a preset reference; and communicating with the client device via at least one of the found devices included in the selected routing path, wherein the preset reference comprises a first reference that is set according to a service executed by the host device, or comprises a second reference that is set according to a security level of each of the found devices; characterized in that the client device is wearable; by the host device transmitting, to the client device, information related to the service executed by the host device, and by the host device transmitting information for allowing the at least one of the found devices to execute a service that is executable by the at least one of the found devices in the selected routing path.