mhurhangee/patent-ind-claim-en huggingface dataset:
A basket actuator comprising: a base comprising a base body and a base guide installed in the base body ; a slider comprising a slider body configured to slide along the base guide , and a first slider arm and a second slider arm formed to protrude from the slider body and facing each other; a roller comprising a roller body rotatably disposed between the first slider arm and the second slider arm and a plurality of roller blades formed to protrude outwardly from the roller body ; a wire guide connected to a front end portion of the base body ; a wire disposed inside the wire guide and having a first end fixed to the roller ; and a basket connected to a second end of the wire , wherein the second slider arm is located rearward in comparison to the first slider arm , and the base further comprises a base locking part configured to rotate the roller by interfering with one of the plurality of roller blades while the slider slides backward. a base comprising a base body and a base guide installed in the base body ; a slider comprising a slider body configured to slide along the base guide , and a first slider arm and a second slider arm formed to protrude from the slider body and facing each other; a roller comprising a roller body rotatably disposed between the first slider arm and the second slider arm and a plurality of roller blades formed to protrude outwardly from the roller body ; a wire guide connected to a front end portion of the base body ; a wire disposed inside the wire guide and having a first end fixed to the roller ; and a basket connected to a second end of the wire , wherein the second slider arm is located rearward in comparison to the first slider arm , and the base further comprises a base locking part configured to rotate the roller by interfering with one of the plurality of roller blades while the slider slides backward.
An X-ray source, comprising a target generator configured to generate a liquid jet having an elongated cross section with a major axis and a minor axis; an electron source configured to generate an electron beam arranged to interact with the liquid jet in an interaction region to generate X-ray radiation; and an X-ray transparent window arranged to transmit X-ray radiation generated in the interaction region, wherein the X-ray transparent window is located for extraction of X-ray radiation at an angle α relative to the major axis; characterized in that the target generator is configured to generate the liquid jet such that said jet has a thickness at the interaction region, along a propagation direction of the electron beam, that is less than an electron penetration depth of the electron beam in the liquid jet. a target generator configured to generate a liquid jet having an elongated cross section with a major axis and a minor axis; an electron source configured to generate an electron beam arranged to interact with the liquid jet in an interaction region to generate X-ray radiation; and an X-ray transparent window arranged to transmit X-ray radiation generated in the interaction region, wherein the X-ray transparent window is located for extraction of X-ray radiation at an angle α relative to the major axis; characterized in that the target generator is configured to generate the liquid jet such that said jet has a thickness at the interaction region, along a propagation direction of the electron beam, that is less than an electron penetration depth of the electron beam in the liquid jet.
A method for communicating data within a wireless network , wherein the method is performed by a first wireless device storing a first channel list and a second channel list in a memory and configured to operate in a first mode using the first channel list and a second mode using the second channel list, the first mode and the second mode operating in accordance with a radio protocol, wherein the second channel list includes a plurality of channels, each channel in the second channel list being supported in a first version of the radio protocol, wherein the first channel list includes a plurality of channels, each channel in the first channel list being supported in one or more legacy versions of the first version of the radio protocol, the first channel list including a subset of the channels in the second channel list, and wherein the method comprises: scanning , after establishing the second mode, for communications from other wireless devices on the plurality of channels from the second channel list when the first wireless device operates in the second mode, for identifying a basic service set to associate with when operating in the second mode; setting up communications within the wireless network using channels only from the first channel list when the first wireless device operates in the first mode; and reconfiguring the first channel list if one or more additional channels are supported by a different version of the radio protocol. scanning , after establishing the second mode, for communications from other wireless devices on the plurality of channels from the second channel list when the first wireless device operates in the second mode, for identifying a basic service set to associate with when operating in the second mode; setting up communications within the wireless network using channels only from the first channel list when the first wireless device operates in the first mode; and reconfiguring the first channel list if one or more additional channels are supported by a different version of the radio protocol.
An overload clutch, more specifically a slip clutch, for transferring a torque M, active around a torque axis A M and limited to a maximum value, from a driving part , for example a gear of a driving axis of a wind power station, to an axially downstream positioned driven part , for example a powertrain of a generator, comprising: at least a first body , connected in a torque-resistant way with the driving part or with the driven part , and at least a second body , correspondingly connected in a torque-resistant way with the other part, i.e. with the driven part or with the driving part , respectively, whereby the second body comprises multiple friction elements which, forming a friction fit between the first body and the second body , are pre-tensioned along at least a pre-tension axis A V against friction elements on the first body , whereby the friction elements are movably mounted along the pre-tension axis Av in friction element recesses in the second body , clamped by the friction counter elements by virtue of the pre-tension, the location of which along at least an axis is fixed until the overload torque is reached, characterised in that the second body comprises multiple friction element recesses that penetrate the second body along a penetration axis A D , whereby the friction elements are movably mounted along this penetration axis in the friction element recesses . at least a first body , connected in a torque-resistant way with the driving part or with the driven part , and at least a second body , correspondingly connected in a torque-resistant way with the other part, i.e. with the driven part or with the driving part , respectively, whereby the second body comprises multiple friction elements which, forming a friction fit between the first body and the second body , are pre-tensioned along at least a pre-tension axis A V against friction elements on the first body , whereby the friction elements are movably mounted along the pre-tension axis Av in friction element recesses in the second body , clamped by the friction counter elements by virtue of the pre-tension, the location of which along at least an axis is fixed until the overload torque is reached, characterised in that the second body comprises multiple friction element recesses that penetrate the second body along a penetration axis A D , whereby the friction elements are movably mounted along this penetration axis in the friction element recesses .
A base unit for distributing extremely high frequency, EHF, modulated data signals to at least one remote antenna unit , comprising: a downlink data source input configured to receive a downlink electrical data signal from a data source ; an electrical-to-optical converter configured to convert the downlink electrical data signal into a downlink optical data signal ; an oscillator configured to generate an electrical carrier signal at a center frequency in an extremely high frequency, EHF, band; a modulator configured to combine the downlink optical data signal with the electrical carrier signal to form a downlink modulated optical signal comprising the downlink optical data signal modulated at the center frequency of the electrical carrier signal, the modulator further configured to send the downlink modulated optical signal to at least one remote antenna unit ; and an uplink receiver having an antenna , wherein the uplink receiver is adapted to operate at a frequency substantially lower than the extremely high frequency band to receive uplink signals from a remote wireless client through the antenna . a downlink data source input configured to receive a downlink electrical data signal from a data source ; an electrical-to-optical converter configured to convert the downlink electrical data signal into a downlink optical data signal ; an oscillator configured to generate an electrical carrier signal at a center frequency in an extremely high frequency, EHF, band; a modulator configured to combine the downlink optical data signal with the electrical carrier signal to form a downlink modulated optical signal comprising the downlink optical data signal modulated at the center frequency of the electrical carrier signal, the modulator further configured to send the downlink modulated optical signal to at least one remote antenna unit ; and an uplink receiver having an antenna , wherein the uplink receiver is adapted to operate at a frequency substantially lower than the extremely high frequency band to receive uplink signals from a remote wireless client through the antenna .
A control station for electrical installation, comprising: - a protection box having a side wall with a front face defining a longitudinal axis ( L ) parallel to its development plane ( π ) and a rear face designed to be placed on the wall; - a plurality of controls anchored to said protection box , at least one of said controls being a mushroom emergency push button ; - a plurality of pairs of mutually movable electrical contacts associated with respective controls and adapted to be connected to one or more power supply and/or service circuits of the electrical installation for the opening/closing thereof; wherein each of said controls is associated with one or more contact units having respective pairs of mutually movable electrical contacts and arranged in said protection box in a removable manner; characterized in that said emergency push button is housed in a respective seat formed on a lateral face of said side wall perpendicular to said development plane ( π ) and is anchored to one or more contact units removably housed in said protection box with the respective contacts movable along a movement direction (X) parallel to said development plane ( π ); wherein said lateral face is transverse and perpendicular to said longitudinal axis of development (L) and is designed to face upward when said box is mounted on the wall; wherein said emergency push button is arranged in said housing to be operated along a movement direction (X) parallel to said longitudinal axis (L) and has a maximum crosswise dimension (D) completely contained in the maximum height (H) of said protection box so as not to protrude with respect to said development plane ( π ) of said front face nor from the parallel plane defined by said rear face . - a protection box having a side wall with a front face defining a longitudinal axis ( L ) parallel to its development plane ( π ) and a rear face designed to be placed on the wall; - a plurality of controls anchored to said protection box , at least one of said controls being a mushroom emergency push button ; - a plurality of pairs of mutually movable electrical contacts associated with respective controls and adapted to be connected to one or more power supply and/or service circuits of the electrical installation for the opening/closing thereof;
A gas heating smoking article, with puff mouth piece , wherein the smoking article includes: a smoking article housing , a combustion device attached on the housing , wherein the combustion device comprises a premix chamber and a stop valve which is connected between a gas tank and a gas nozzle placed in the premix chamber , wherein a flame muffler net is placed around the premix chamber to prevent housing damage or housing overheat; wherein the smoking article further includes aerosol generation consumable items which are baked by heat generated from the combustion of propane or butane premixed with air in the premix chamber ; characterized in that the premix chamber is made of wave shaped dual metal sheet capable of deformation for pressing to close the stop valve to reduce gas ejection. a smoking article housing , a combustion device attached on the housing , wherein the combustion device comprises a premix chamber and a stop valve which is connected between a gas tank and a gas nozzle placed in the premix chamber , wherein a flame muffler net is placed around the premix chamber to prevent housing damage or housing overheat; wherein the smoking article further includes aerosol generation consumable items which are baked by heat generated from the combustion of propane or butane premixed with air in the premix chamber ; characterized in that the premix chamber is made of wave shaped dual metal sheet capable of deformation for pressing to close the stop valve to reduce gas ejection.
Reach truck with a lifting frame which has a load suspension means , wherein the lifting frame is arranged on a displacement carriage , and the displacement carriage is arranged on a vehicle body of the reach truck such that it can be displaced in the vehicle longitudinal direction (L), wherein two front running rollers which are spaced apart in the vehicle transverse direction (Q) and two rear running rollers which are spaced apart in the vehicle transverse direction (Q) are arranged on the displacement carriage , by way of which running rollers the displacement carriage is guided on the vehicle body , wherein the running rollers (16a, 16b; 17a, 17b) are mounted rotatably in each case on an axle stub which is arranged on the displacement carriage , characterized in that the axle stubs of the front running rollers and/or the axle stubs of the rear running rollers are provided with in each case one sensor system for force measurement of the forces (F RV ; F RH ) which act on the running rollers (16a, 16b; 17a, 17b).
Drinks container , in particular beer keg, preferably 5L party beer keg, for providing and dispensing a liquid, preferably a drink, in particular a beer or beer drink, having a base , a cover and a dispensing device for pressure-assisted discharging of the liquid in the container , wherein within the container there is arranged with gas, preferably with carbon dioxide, a pressure vessel which is associated with a control valve which is for discharging the gas into the container and which can be activated from outside the container by means of an activation device , wherein by discharging the gas the pressure inside the container can be adjusted to a value which regardless of the quantity of liquid in the container is required to discharge the liquid from the container and which where applicable keeps the liquid in or remaining in the container fresh, wherein the activation device is installed in such a sealing manner in the base of the container that it extends from the inner side of the container to the outer side of the container and can be activated from outside the container , according to which the control valve discharges gas from the pressure vessel depending on the internal pressure applied in the container, characterised in that the pressure vessel is configured in the manner of an aerosol vessel with an outlet valve and is securely arranged in an inverted state in the container , that is to say, with a dome region of the pressure vessel and the outlet valve directed in a downward direction or facing the base . wherein within the container there is arranged with gas, preferably with carbon dioxide, a pressure vessel which is associated with a control valve which is for discharging the gas into the container and which can be activated from outside the container by means of an activation device , wherein by discharging the gas the pressure inside the container can be adjusted to a value which regardless of the quantity of liquid in the container is required to discharge the liquid from the container and which where applicable keeps the liquid in or remaining in the container fresh, wherein the activation device is installed in such a sealing manner in the base of the container that it extends from the inner side of the container to the outer side of the container and can be activated from outside the container , according to which the control valve discharges gas from the pressure vessel depending on the internal pressure applied in the container, characterised in that the pressure vessel is configured in the manner of an aerosol vessel with an outlet valve and is securely arranged in an inverted state in the container , that is to say, with a dome region of the pressure vessel and the outlet valve directed in a downward direction or facing the base .
A system for fiber-optic reflectometry, the system comprising: an optical source , which is configured to generate an optical interrogation signal that is transmitted into an optical fiber ; a beat detection module, which is configured to receive from the optical fiber an optical backscattering signal in response to the optical interrogation signal, and to mix the optical backscattering signal with a reference replica of the optical interrogation signal using In-phase/Quadrature (I/Q) mixing, so as to produce a complex beat signal having In-phase (I) and Quadrature (Q) components; and a processor , which is configured to sense one or more events affecting the optical fiber by analyzing the I and Q components of the complex beat signal, characterized in that the processor is configured to analyze the complex beat signal by defining in the complex beat signal at least: a first time interval, during which an instantaneous frequency of the optical backscattering signal is guaranteed to be lower than the instantaneous frequency of the reference replica; and a second time interval, during which the instantaneous frequency of the optical backscattering signal is guaranteed to be higher than the instantaneous frequency of the reference replica. an optical source , which is configured to generate an optical interrogation signal that is transmitted into an optical fiber ; a beat detection module, which is configured to receive from the optical fiber an optical backscattering signal in response to the optical interrogation signal, and to mix the optical backscattering signal with a reference replica of the optical interrogation signal using In-phase/Quadrature (I/Q) mixing, so as to produce a complex beat signal having In-phase (I) and Quadrature (Q) components; and a processor , which is configured to sense one or more events affecting the optical fiber by analyzing the I and Q components of the complex beat signal, characterized in that the processor is configured to analyze the complex beat signal by defining in the complex beat signal at least: a first time interval, during which an instantaneous frequency of the optical backscattering signal is guaranteed to be lower than the instantaneous frequency of the reference replica; and a second time interval, during which the instantaneous frequency of the optical backscattering signal is guaranteed to be higher than the instantaneous frequency of the reference replica. a first time interval, during which an instantaneous frequency of the optical backscattering signal is guaranteed to be lower than the instantaneous frequency of the reference replica; and a second time interval, during which the instantaneous frequency of the optical backscattering signal is guaranteed to be higher than the instantaneous frequency of the reference replica.
An ostomy device comprising: a proximal side configured for attachment to a user; a distal side opposite to the proximal side; and a leakage detection sensor comprising electrically conductive circuitry supported on a support layer, wherein the leakage detection sensor is configured to detect ostomy effluent based on the electrically conductive circuitry detecting a change in resistance, characterized in that the leakage detection sensor comprises a plurality of resistance sensors arranged in at least two different quadrants of a ring-shaped body and is configured to track a progress of an ostomy effluent leak, wherein the ostomy device is an ostomy accessory configured for attachment to an ostomy appliance, wherein the ostomy appliance includes a barrier having an adhesive material, and an ostomy pouch is coupled to the barrier. a proximal side configured for attachment to a user; a distal side opposite to the proximal side; and a leakage detection sensor comprising electrically conductive circuitry supported on a support layer, wherein the leakage detection sensor is configured to detect ostomy effluent based on the electrically conductive circuitry detecting a change in resistance, characterized in that the leakage detection sensor comprises a plurality of resistance sensors arranged in at least two different quadrants of a ring-shaped body and is configured to track a progress of an ostomy effluent leak, wherein the ostomy device is an ostomy accessory configured for attachment to an ostomy appliance, wherein the ostomy appliance includes a barrier having an adhesive material, and an ostomy pouch is coupled to the barrier.