mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile liquid tank (T) for a beverage dispensing machine (M) comprising: an insulated tank body for receiving and storing a liquid and heating means (H) arranged in the tank body for heating the liquid , wherein the heating means (H) comprise: - a first heating element for heating up the liquid in the tank (T) to a predetermined temperature, and - a second heating element for maintaining the temperature of the heated liquid in the tank (T) substantially constant, wherein the first heating element is configured to be connectable to an external power source of low voltage and the second heating element is configured to be connectable, separately from the first heating element, to a mobile power source of extra-low voltage , such tank (T) being further provided with temperature control sensor means in the tank (T), wherein the sensor means are connectable to a control unit and the measured temperature data received from the temperature control sensor means are used as temperature input for controlling the regulation of the heating means (H), the heating means (H) being electrically connected to electrical connectors characterized in that the first heating element and the second heating element are connected to separate electrical connectors protruding from at least one external wall of the tank for connectability to external electrical connectors, the electrical connectors being plug-type connector spatially arranged in parallel. an insulated tank body for receiving and storing a liquid and heating means (H) arranged in the tank body for heating the liquid , wherein the heating means (H) comprise: - a first heating element for heating up the liquid in the tank (T) to a predetermined temperature, and - a second heating element for maintaining the temperature of the heated liquid in the tank (T) substantially constant, - a first heating element for heating up the liquid in the tank (T) to a predetermined temperature, and - a second heating element for maintaining the temperature of the heated liquid in the tank (T) substantially constant, wherein the first heating element is configured to be connectable to an external power source of low voltage and the second heating element is configured to be connectable, separately from the first heating element, to a mobile power source of extra-low voltage , such tank (T) being further provided with temperature control sensor means in the tank (T), wherein the sensor means are connectable to a control unit and the measured temperature data received from the temperature control sensor means are used as temperature input for controlling the regulation of the heating means (H), the heating means (H) being electrically connected to electrical connectors characterized in that the first heating element and the second heating element are connected to separate electrical connectors protruding from at least one external wall of the tank for connectability to external electrical connectors, the electrical connectors being plug-type connector spatially arranged in parallel.
A seal device that seals between a housing and a rotation shaft passing through the housing , the seal device comprising: a floating ring arranged with an inside gap (h) with respect to the rotation shaft , and with an outside gap (g) with respect to the housing , and an aligning means that contactlessly aligns a position of the floating ring , characterized in that the aligning means includes a first magnet arranged in the housing , the first magnet having a magnetic pole face directed in the radial direction, and a second magnet arranged in the floating ring , the second magnet having a magnetic pole face directed in the radial direction, wherein the magnetic pole faces of the first magnet and of the second magnet are arranged so that the same poles oppose each other, and the inside gap (h) and the outside gap (g) are formed within a range of 0.5 ≤ g/h ≤ 2. a floating ring arranged with an inside gap (h) with respect to the rotation shaft , and with an outside gap (g) with respect to the housing , and an aligning means that contactlessly aligns a position of the floating ring , characterized in that the aligning means includes a first magnet arranged in the housing , the first magnet having a magnetic pole face directed in the radial direction, and a second magnet arranged in the floating ring , the second magnet having a magnetic pole face directed in the radial direction, wherein the magnetic pole faces of the first magnet and of the second magnet are arranged so that the same poles oppose each other, and the inside gap (h) and the outside gap (g) are formed within a range of 0.5 ≤ g/h ≤ 2.
A method for coating a plant , comprising the following steps: a) providing a clean plant with a stem and roots ; and b) coating at least a lower portion of the stem with a layer of material ; characterized in that step b) also comprises coating the roots with a layer of material , and the method further comprises the step of: c) arranging the roots to function as support for the stem, and in that the layer of material is configured to be impenetrable for the roots. a) providing a clean plant with a stem and roots ; and b) coating at least a lower portion of the stem with a layer of material ; characterized in that step b) also comprises coating the roots with a layer of material , and the method further comprises the step of: c) arranging the roots to function as support for the stem,
An apparatus comprising means for: determining that an orientation of a mobile device is a flat orientation, in which a display of the mobile device is facing upwards or downwards and is at least substantially orthogonal to the gravity; determining a context of the mobile device , wherein determining the context comprises determining that an application of the mobile device is activated and determining that the mobile device is involved in an activity of a user based on the activated application; determining movement of the mobile device ; and based on the orientation, context and movement of the device , determining orientation of visual content to be rendered on the display of the mobile device . determining that an orientation of a mobile device is a flat orientation, in which a display of the mobile device is facing upwards or downwards and is at least substantially orthogonal to the gravity; determining a context of the mobile device , wherein determining the context comprises determining that an application of the mobile device is activated and determining that the mobile device is involved in an activity of a user based on the activated application; determining movement of the mobile device ; and based on the orientation, context and movement of the device , determining orientation of visual content to be rendered on the display of the mobile device .
A bridge bracket for a variable-pitch vane system of a gas turbine engine, comprising: one or more attachment features disposed at opposing ends of the bridge bracket , the one or more attachment features configured for securing the bridge bracket to a synchronization ring of the gas turbine engine; the bridge bracket characterized by : a first face sheet ; a second face sheet ; and a honeycomb core disposed between the first face sheet and the second face sheet . one or more attachment features disposed at opposing ends of the bridge bracket , the one or more attachment features configured for securing the bridge bracket to a synchronization ring of the gas turbine engine; the bridge bracket characterized by : a first face sheet ; a second face sheet ; and a honeycomb core disposed between the first face sheet and the second face sheet . a first face sheet ; a second face sheet ; and a honeycomb core disposed between the first face sheet and the second face sheet .
A terminal in a New Radio, NR, communication system, the terminal comprising: a reception section adapted to receive multiple CSI-RS resource configurations for Channel State Information, CSI, measurement by Radio Resource Control, RRC, signaling; a control section adapted to control CSI measurement reporting based on an index that collectively indicates a plurality of the CSI-RS resource configurations based on an association between the indices and the CSI-RS resource configurations configured by higher layer signaling, wherein the index is provided by Medium Access Control Control Element, MAC CE, or Downlink Control Information, DCI; and a transmission section adapted to report a measurement result. a reception section adapted to receive multiple CSI-RS resource configurations for Channel State Information, CSI, measurement by Radio Resource Control, RRC, signaling; a control section adapted to control CSI measurement reporting based on an index that collectively indicates a plurality of the CSI-RS resource configurations based on an association between the indices and the CSI-RS resource configurations configured by higher layer signaling, wherein the index is provided by Medium Access Control Control Element, MAC CE, or Downlink Control Information, DCI; and a transmission section adapted to report a measurement result.
A tilt assembly for a powered wheelchair , comprising: an elongated base member provided with an axial channel, a lifting member configured to be received by the base member and to move rectilinearly in the channel, between a retracted position and an extended position relative to the base member , a tilt frame pivotally connected to the lifting member , the tilt frame being configured for mounting a seat assembly thereto, and an actuator arm pivotally connected to the base member and to the tilt frame , the actuator arm being configured to be actuated between a retracted actuator position and a fully extended actuator position, wherein the tilt frame is configured to obtain a perpendicular orientation relative to a central axis of the lifting member when the lifting member is in the retracted position and the actuator arm is in the retracted actuator position and to be inclined relative to the central axis when the lifting member is in an extended position and the actuator arm is in the retracted position, to thereby provide a tilt functionality. an elongated base member provided with an axial channel, a lifting member configured to be received by the base member and to move rectilinearly in the channel, between a retracted position and an extended position relative to the base member , a tilt frame pivotally connected to the lifting member , the tilt frame being configured for mounting a seat assembly thereto, and an actuator arm pivotally connected to the base member and to the tilt frame , the actuator arm being configured to be actuated between a retracted actuator position and a fully extended actuator position, wherein the tilt frame is configured to obtain a perpendicular orientation relative to a central axis of the lifting member when the lifting member is in the retracted position and the actuator arm is in the retracted actuator position and to be inclined relative to the central axis when the lifting member is in an extended position and the actuator arm is in the retracted position, to thereby provide a tilt functionality.
An IPM motor for a vacuum pump (P), comprising: a rotor core into which a rotor shaft of the vacuum pump is pressed and which also has magnets embedded therein; and a stator core which surrounds the rotor core and around which stator windings are wound, the magnets per pole embedded in the rotor core are each split into a plurality of pieces and inserted in respective magnet slots in the rotor core, and two holes for stress concentration relaxation are provided between each pole, spaced apart from the magnet slots, for enabling the rotor core to withstand the centrifugal force during the rotation of the vacuum pump (P); a distance (L) between said two holes provided between each pole for stress concentration relaxation is set to be wider than a distance (S2) between the holes for stress concentration relaxation and the magnet slots . the magnets per pole embedded in the rotor core are each split into a plurality of pieces and inserted in respective magnet slots in the rotor core, and two holes for stress concentration relaxation are provided between each pole, spaced apart from the magnet slots, for enabling the rotor core to withstand the centrifugal force during the rotation of the vacuum pump (P); a distance (L) between said two holes provided between each pole for stress concentration relaxation is set to be wider than a distance (S2) between the holes for stress concentration relaxation and the magnet slots .
An optical signal manipulation system including: a series of ports (101 - 104) for carrying a series of optical signals to be manipulated; a spatial separating means for spatially separating at least a first and a second group of light signals from said series of optical signals, the spatial separating means including means for projecting said first group in a first angular direction and the second group in a second angular direction, where the first and second angular directions are different from each other; a wavelength dispersion element subsequently spatially separating wavelengths of said first and second group of light signals into two groups of spatially separated wavelength channels; and wavelength processing means for separately processing separated wavelengths of said first and second group, wherein the two groups of spatially separated wavelength channels are projected onto spatially separated regions of the wavelength processing means. a series of ports (101 - 104) for carrying a series of optical signals to be manipulated; a spatial separating means for spatially separating at least a first and a second group of light signals from said series of optical signals, the spatial separating means including means for projecting said first group in a first angular direction and the second group in a second angular direction, where the first and second angular directions are different from each other; a wavelength dispersion element subsequently spatially separating wavelengths of said first and second group of light signals into two groups of spatially separated wavelength channels; and wavelength processing means for separately processing separated wavelengths of said first and second group, wherein the two groups of spatially separated wavelength channels are projected onto spatially separated regions of the wavelength processing means.
Connector having especially a U-shaped bracket , for connection of a first threaded rod to a second threaded rod at an adjustable angle, having two limbs which are connected by a yoke in which the first threaded rod can be arranged, so that the yoke of the connector engages around the first threaded rod over part of its circumference, and having a fixing device for the second threaded rod with which the second threaded rod is connectible at an adjustable angle with respect to the first threaded rod arranged in the yoke of the bracket , wherein the angle refers to the longitudinal axes of the threaded rods , characterised in that the connector has in its yoke a thread engagement element which engages between two adjacent thread turns of the first threaded rod arranged in the yoke in such a way that, as a result of the threaded engagement, the bracket of the connector is fixed in place on the first threaded rod arranged in the yoke of the connector axially with respect to the first threaded rod .
An inserter for an implant comprising: an elongated, substantially rigid shaft having a proximal surface which is capable of receiving a driving force; a substantially rigid tip portion having a distal end and a proximal end, and at least the distal end being capable of being placed within an implant ; and a compliant region disposed between the tip portion and the shaft which requires less lateral force to bend than the tip portion; characterised in that : the compliant region includes a bellows-type structure . an elongated, substantially rigid shaft having a proximal surface which is capable of receiving a driving force; a substantially rigid tip portion having a distal end and a proximal end, and at least the distal end being capable of being placed within an implant ; and a compliant region disposed between the tip portion and the shaft which requires less lateral force to bend than the tip portion; characterised in that : the compliant region includes a bellows-type structure .
A system for starting a turbine engine , comprising: an auxiliary gearbox having a gearbox input shaft , the gearbox , in use, being coupled to the turbine engine ; the gearbox input shaft rotationally coupled to a spool of the turbine engine via the auxiliary gearbox ; an electric starter mounted on the gearbox input shaft ; and an air turbine starter mounted on the gearbox input shaft , wherein the electric starter is located on one side of the gearbox and the air turbine starter is located on the opposite side of the gearbox such that the gearbox is located between the electric starter and the air turbine starter, and wherein the electric starter is a starter-generator configured to be connected alternatively between an auxiliary power source and an auxiliary load. the turbine engine ; the gearbox input shaft rotationally coupled to a spool of the turbine engine via the auxiliary gearbox ; an electric starter mounted on the gearbox input shaft ; and an air turbine starter mounted on the gearbox input shaft , wherein the electric starter is located on one side of the gearbox and the air turbine starter is located on the opposite side of the gearbox such that the gearbox is located between the electric starter and the air turbine starter, and wherein the electric starter is a starter-generator configured to be connected alternatively between an auxiliary power source and an auxiliary load.
A method for manufacturing a planarized etch-stop layer , ESL, suitable for a hydrofluoric acid, HF, vapor phase etching process, the method comprising - providing a first planarized layer on top of a surface of a substrate , the first planarized layer comprising a patterned and structured metallic material and a filling material ; and - depositing on top of the first planarized layer a planarized ESL of an ESL material with low HF etch rate; - wherein the planarized ESL has a thickness of less than 150nm, in particular of less than 100nm; - planarization of the first planarized layer is realized by performing one of the following: chemical-mechanical planarization, lift-off processing, non-selective plasma etching; and - the method is part of a CMOS-compatible fabrication process. - providing a first planarized layer on top of a surface of a substrate , the first planarized layer comprising a patterned and structured metallic material and a filling material ; and - depositing on top of the first planarized layer a planarized ESL of an ESL material with low HF etch rate; - wherein the planarized ESL has a thickness of less than 150nm, in particular of less than 100nm; - planarization of the first planarized layer is realized by performing one of the following: chemical-mechanical planarization, lift-off processing, non-selective plasma etching; and - the method is part of a CMOS-compatible fabrication process.
A component having an integrated sensor device for an optical, multi-axis measurement of a force effect on the component , the component comprising a cavity ; a first support element having one or more first optical elements and a second support element having one or more second optical elements , the first support element and the second support element being formed in the cavity and partially inserted into the component ; and a transmission device which is designed to be connected to an energy source and to transmit, when connected to the energy source, at least two beams in mutually independent directions, the beams each extending between the first optical elements and the second optical elements through the cavity , the first optical elements and the second optical elements being designed to generate, on the basis of the at least two beams , information about a relative position change of the first support element with respect to the second support element , and the transmission device being designed to provide the information for measuring the force effect, the second optical elements having a mirror , characterized in that the at least two beams have a reflected beam and a non-reflected beam . a cavity ; a first support element having one or more first optical elements and a second support element having one or more second optical elements , the first support element and the second support element being formed in the cavity and partially inserted into the component ; and a transmission device which is designed to be connected to an energy source and to transmit, when connected to the energy source, at least two beams in mutually independent directions, the beams each extending between the first optical elements and the second optical elements through the cavity , the first optical elements and the second optical elements being designed to generate, on the basis of the at least two beams , information about a relative position change of the first support element with respect to the second support element , and the transmission device being designed to provide the information for measuring the force effect, the second optical elements having a mirror , characterized in that the at least two beams have a reflected beam and a non-reflected beam .