mhurhangee/ep-ind-claims huggingface dataset:
A device for washing the feet and lower legs of a user, comprising: a tub for receiving the feet and lower legs of the user; at least one footrest (202A, 202B) located within the tub for supporting the feet of a user during washing; a fluid supply mechanism for introducing fluid into the tub; one or more rotatable upright cleaning assemblies (204A, 204B), each arranged on a rotatable upright shaft, for washing one or both lower legs of the user, wherein each of the one or more rotatable upright cleaning assemblies are carried on a guiding mechanism (214A, 214B) for moving each of the one or more rotatable upright cleaning assemblies around a portion of the footrest during a lower leg and foot cleaning cycle, characterised in that the device further comprises one or more rotatable transversely extending cleaning assemblies (206A, 206B), each comprising a transversely extending rotated shaft, located above the footrest for washing a user's feet. a tub for receiving the feet and lower legs of the user; at least one footrest (202A, 202B) located within the tub for supporting the feet of a user during washing; a fluid supply mechanism for introducing fluid into the tub; one or more rotatable upright cleaning assemblies (204A, 204B), each arranged on a rotatable upright shaft, for washing one or both lower legs of the user, wherein each of the one or more rotatable upright cleaning assemblies are carried on a guiding mechanism (214A, 214B) for moving each of the one or more rotatable upright cleaning assemblies around a portion of the footrest during a lower leg and foot cleaning cycle, characterised in that the device further comprises one or more rotatable transversely extending cleaning assemblies (206A, 206B), each comprising a transversely extending rotated shaft, located above the footrest for washing a user's feet.
A method of fault isolating an altitude split which is a discrepancy in the altitude readings of a plurality of altitude sensors, the method comprising: receiving a static pressure reading from a first altitude sensor; receiving a static pressure reading from a second altitude sensor; the method being characterized by the steps of: comparing each of the static pressure readings with an expected static pressure value to determine which of the altitude sensors is the source of a split in altitude readings of the altitude sensors; providing output indicative of which altitude sensor (104,106) is the source of the split in altitude readings; and inspecting only the altitude sensor that is the source of the split in altitude readings. receiving a static pressure reading from a first altitude sensor; receiving a static pressure reading from a second altitude sensor; comparing each of the static pressure readings with an expected static pressure value to determine which of the altitude sensors is the source of a split in altitude readings of the altitude sensors; providing output indicative of which altitude sensor (104,106) is the source of the split in altitude readings; and inspecting only the altitude sensor that is the source of the split in altitude readings.
An air handling unit comprised of an air suction module, a mixing module, a heat exchange module and an air discharge module arranged in sequence to define flow paths of conditioning air by an air conditioning cycle, each module being configured of a plurality of module frames and case panels to form the framework and surfaces of the module, the air handling unit comprising: a fan module having one or more fan boxes disposed in an inner space of each of the air suction module and the air discharge module; and a centrifugal fan rotatably driven in each of the fan boxes constituting the fan module to generate airflow power for suction of air into the air suction module or the air discharge module and for discharge of the air to the outside, wherein each of the fan boxes includes: a plurality of box frames assembled with one another to form the framework of the fan box; a box frame connector interconnecting the respective neighboring box frames to form the framework of the fan box, the box frame connector also assisting connection of the neighboring fan boxes; and a plurality of safety nets coupled to the framework of the fan box formed by the box frames to form surfaces of the fan box, the safety nets passing air moved by the centrifugal fan in a circumferential direction of the centrifugal fan. a fan module having one or more fan boxes disposed in an inner space of each of the air suction module and the air discharge module; and a centrifugal fan rotatably driven in each of the fan boxes constituting the fan module to generate airflow power for suction of air into the air suction module or the air discharge module and for discharge of the air to the outside, wherein each of the fan boxes includes: a plurality of box frames assembled with one another to form the framework of the fan box; a box frame connector interconnecting the respective neighboring box frames to form the framework of the fan box, the box frame connector also assisting connection of the neighboring fan boxes; and a plurality of safety nets coupled to the framework of the fan box formed by the box frames to form surfaces of the fan box, the safety nets passing air moved by the centrifugal fan in a circumferential direction of the centrifugal fan. a plurality of box frames assembled with one another to form the framework of the fan box; a box frame connector interconnecting the respective neighboring box frames to form the framework of the fan box, the box frame connector also assisting connection of the neighboring fan boxes; and a plurality of safety nets coupled to the framework of the fan box formed by the box frames to form surfaces of the fan box, the safety nets passing air moved by the centrifugal fan in a circumferential direction of the centrifugal fan.
A method performed by a wireless device for handling communication of the wireless device in a wireless communication network, wherein the wireless communication network comprises a first radio network node and a second radio network node, which first radio network node serves the wireless device, the method comprising: - receiving from the first radio network node an indication indicating a mapping between a plurality of channel state information reference signals, CSI-RSs, and a plurality of random access channel, RACH, configurations; - receiving one or more CSI-RSs from the second radio network node; - selecting a CSI-RS out of the one or more received CSI-RSs; and - initiating a random access procedure towards the second radio network node using at least part of the RACH configuration mapped to the selected CSI-RS. - receiving from the first radio network node an indication indicating a mapping between a plurality of channel state information reference signals, CSI-RSs, and a plurality of random access channel, RACH, configurations; - receiving one or more CSI-RSs from the second radio network node; - selecting a CSI-RS out of the one or more received CSI-RSs; and - initiating a random access procedure towards the second radio network node using at least part of the RACH configuration mapped to the selected CSI-RS.
A method of producing a thermally stable grating comprising the sequential steps of: a) providing an optical waveguide having a characteristic intensity threshold; wherein the characteristic intensity threshold is an intensity of light required to write a type II grating in said optical waveguide; b) lowering the characteristic intensity threshold of the waveguide by at least 25% by hydrogen or deuterium loading the optical waveguide before writing the grating or alternatively by pre-writing the waveguide with a Type-I grating before writing the desired grating. c) irradiating the waveguide with infrared femtosecond pulses of light having a sufficient intensity and for a sufficient duration to obtain a type II grating having a peak index modulation wherein said intensity of the femtosecond pulses of light are at least 25% less than characteristic intensity threshold required to write a type II grating, and wherein the intensity and duration are sufficient such that 60% of the grating peak index modulation remains after exposures of at least 10 hours at a temperature of 1000 °C. a) providing an optical waveguide having a characteristic intensity threshold; wherein the characteristic intensity threshold is an intensity of light required to write a type II grating in said optical waveguide; b) lowering the characteristic intensity threshold of the waveguide by at least 25% by hydrogen or deuterium loading the optical waveguide before writing the grating or alternatively by pre-writing the waveguide with a Type-I grating before writing the desired grating. c) irradiating the waveguide with infrared femtosecond pulses of light having a sufficient intensity and for a sufficient duration to obtain a type II grating having a peak index modulation wherein said intensity of the femtosecond pulses of light are at least 25% less than characteristic intensity threshold required to write a type II grating, and wherein the intensity and duration are sufficient such that 60% of the grating peak index modulation remains after exposures of at least 10 hours at a temperature of 1000 °C.
Method for the production of a wooden material, wherein the wooden material is a wooden board or a wooden moulded part and represents a composite material made from individual wooden particles or a material made from solid wood, characterised in that a precursor or intermediate product of the wooden material containing wood is treated with a medium containing a plurality of different microorganism types, wherein (i) the treatment comprises the step that the plurality of different microorganism types is actively supplied to the precursor or intermediate product containing wood or is brought into contact with this; and (ii) by the term "treatment", no processes are comprised in which microorganisms which were already present from the outset on or in the precursor or intermediate products of the wooden material containing wood act on this over the course of time and begin to destroy it; and (iii) the medium containing microorganisms contains biofilms and/or activated substances in the form of activated sludge from sewage treatment plants or waste water from a wood chip biofilter of a sewage treatment plant or consists of these and contains at least one bacterial strain which is selected from the group consisting of Enterobacteriaceae, Klebsiella sp., Serratia ficaria, Pantoea spp., Pseudomonadaceae and Bacillus sp. (i) the treatment comprises the step that the plurality of different microorganism types is actively supplied to the precursor or intermediate product containing wood or is brought into contact with this; and (ii) by the term "treatment", no processes are comprised in which microorganisms which were already present from the outset on or in the precursor or intermediate products of the wooden material containing wood act on this over the course of time and begin to destroy it; and (iii) the medium containing microorganisms contains biofilms and/or activated substances in the form of activated sludge from sewage treatment plants or waste water from a wood chip biofilter of a sewage treatment plant or consists of these and contains at least one bacterial strain which is selected from the group consisting of Enterobacteriaceae, Klebsiella sp., Serratia ficaria, Pantoea spp., Pseudomonadaceae and Bacillus sp.
Method for storing hydrogen gas comprising the process steps - pre-heating of an at least partially dehydrogenated hydrogen carrier material, - storing the hydrogen gas in chemically bound form on the hydrogen carrier material, - cooling and conditioning of the at least partially hydrogenated hydrogen carrier material, characterized by - cooling a catalyst material in at least one catalyst mount by means of a cooling unit provided at the at least one catalyst mount. - pre-heating of an at least partially dehydrogenated hydrogen carrier material, - storing the hydrogen gas in chemically bound form on the hydrogen carrier material, - cooling and conditioning of the at least partially hydrogenated hydrogen carrier material, - cooling a catalyst material in at least one catalyst mount by means of a cooling unit provided at the at least one catalyst mount.
A yaw sensor for a wind turbine, the yaw sensor comprising: a plurality of rotary switches, each configured to be coupled to a yaw drive gearbox of a wind turbine nacelle, the rotary switches each being operable to activate and deactivate respective associated electrical contacts in dependence on an amount of yaw rotation of the nacelle relative to a start position; wherein each electrical contact is active at a plurality of first yaw rotation ranges with respect to the start position, and inactive at a plurality of second yaw rotation ranges with respect to the start position, the first and second yaw rotation ranges being interleaved, wherein the first yaw rotation ranges of the electrical contacts do not overlap each other between the start position and a first rotational position in a first rotational direction from the start position, and do not overlap each other between the start position and a second rotational position in a second rotational direction from the start position opposite to the first rotational direction, and wherein all of the electrical contacts are activated at the first rotational position and the second rotational position; and wherein the electrical contacts each generate a respective electrical signal when active. a plurality of rotary switches, each configured to be coupled to a yaw drive gearbox of a wind turbine nacelle, the rotary switches each being operable to activate and deactivate respective associated electrical contacts in dependence on an amount of yaw rotation of the nacelle relative to a start position; wherein each electrical contact is active at a plurality of first yaw rotation ranges with respect to the start position, and inactive at a plurality of second yaw rotation ranges with respect to the start position, the first and second yaw rotation ranges being interleaved, wherein the first yaw rotation ranges of the electrical contacts do not overlap each other between the start position and a first rotational position in a first rotational direction from the start position, and do not overlap each other between the start position and a second rotational position in a second rotational direction from the start position opposite to the first rotational direction, and wherein all of the electrical contacts are activated at the first rotational position and the second rotational position; and wherein the electrical contacts each generate a respective electrical signal when active.
An indicating device suitable for indicating the number of metered dosages that have been dispensed from or remain in a container, said indicating device comprising: a housing having a longitudinally extending cavity shaped to receive the container; an indicator member disposed in said cavity and having a longitudinally extending wall shaped to surround at least a portion of the container, said indicator member rotatably mounted within said housing and rotatable relative thereto about a longitudinal axis, said indicator member comprising a driven gear; a drive gear disposed in said housing and comprising a drive portion selectively engaged with said driven gear; and an actuator adapted to move with the container, said actuator selectively engaged with said drive gear; characterized in that said housing has a longitudinally extending viewing window, wherein an outer surface of said wall of said indicator member has dosage indicia disposed thereon and visible through said viewing window, said indicator member comprises a first housing and a second housing disposed in a bottom of said first housing, wherein said drive gear and said actuator are disposed at least in part in said second housing, wherein said second housing is positioned adjacent an end of said indicator member. a housing having a longitudinally extending cavity shaped to receive the container; an indicator member disposed in said cavity and having a longitudinally extending wall shaped to surround at least a portion of the container, said indicator member rotatably mounted within said housing and rotatable relative thereto about a longitudinal axis, said indicator member comprising a driven gear; a drive gear disposed in said housing and comprising a drive portion selectively engaged with said driven gear; and an actuator adapted to move with the container, said actuator selectively engaged with said drive gear; characterized in that said housing has a longitudinally extending viewing window, wherein an outer surface of said wall of said indicator member has dosage indicia disposed thereon and visible through said viewing window, said indicator member comprises a first housing and a second housing disposed in a bottom of said first housing, wherein said drive gear and said actuator are disposed at least in part in said second housing, wherein said second housing is positioned adjacent an end of said indicator member.
A heat pump heating device for heating a building and/or an industrial water storage device having a heat pump, wherein the heat pump heating device at least partially comprises the heat pump, a heat source circuit, a ventilation system and a heating circuit, wherein the heat source circuit comprises at least one heat source heat exchanger for using thermal energy from a heat source, in particular an earth body or the like, comprises a pump for pumping and/or circulating a heat source fluid, in particular a brine, and at least partially comprises the heat pump, wherein the heating circuit comprises at least one heating element, in particular a surface heating element and/or radiator and/or the industrial water storage device, through which a heating fluid, in particular heating water, can flow, comprises a heating pump for pumping and/or circulating the heating fluid and at least partially comprises the heat pump, wherein the ventilation system has at least one heat exchanger unit for heat transfer between a first air flow (10, 13) flowing out of the building and a second air flow (8, 12) flowing into the building, wherein the heat source circuit has at least one first air heat exchanger, through which the heat source fluid can flow, for heat transfer between one of the air flows (8, 10, 12, 13) of the ventilation system and the heat source fluid, characterised in that the heat source circuit has at least one second air heat exchanger, through which the heat source fluid can flow, for heat transfer between one of the air flows (8, 10, 12, 13) of the ventilation system and the heat source fluid.
A method for inputting a password in a virtual reality, VR, scene, the method comprising: presenting an interactive input interface in a VR scene for a user of a VR device, wherein the interactive input interface comprises a plurality of input units and wherein each input unit comprises at least one input element, wherein each input element comprises a digit, a character, or an image; determining that a user scene focus in the VR scene is placed at a selected input unit of the plurality of input units, wherein the user scene focus comprises a gaze focus of the user or a device control focus controlled by using a VR input device; determining that the user scene focus performs a focus movement on the selected input unit; and in response to determining that a movement track of the focus movement on the selected input unit satisfies an input condition, using the input elements in the selected input unit as a part of an input password, wherein the input condition defines an input movement around all the input elements of the selected input unit, wherein the input movement is a circular track, a square track, a triangular track, a clockwise rotation, a counterclockwise rotation, or a drawing of a predetermined graphic around the selected input unit. presenting an interactive input interface in a VR scene for a user of a VR device, wherein the interactive input interface comprises a plurality of input units and wherein each input unit comprises at least one input element, wherein each input element comprises a digit, a character, or an image; determining that a user scene focus in the VR scene is placed at a selected input unit of the plurality of input units, wherein the user scene focus comprises a gaze focus of the user or a device control focus controlled by using a VR input device; determining that the user scene focus performs a focus movement on the selected input unit; and in response to determining that a movement track of the focus movement on the selected input unit satisfies an input condition, using the input elements in the selected input unit as a part of an input password, wherein the input condition defines an input movement around all the input elements of the selected input unit, wherein the input movement is a circular track, a square track, a triangular track, a clockwise rotation, a counterclockwise rotation, or a drawing of a predetermined graphic around the selected input unit.
A seat belt guide for a seat belt having a retractor, whereby the seat belt guide is mounted on a power machine having one of a joystick and a control lever manipulable by an operator, the seat belt guide comprising: a stiffener; an attachment portion connected to a first end of the stiffener and configured to be attached to the retractor so that the stiffener extends from the retractor and an operator seat; a tongue engagement member connected to a second end of the stiffener and configured to support a tongue of a seat belt when the seat belt is retracted by the retractor, wherein the retractor applies a force against the tongue to hold the tongue against the tongue engagement member; and wherein the stiffener and tongue engagement member are configured and arranged to hold the tongue in a generally inline position with respect to a longitudinal direction of the stiffener, characterized in that the stiffener and tongue engagement member are configured and arranged to hold the tongue at a raised position relative to the operator seat when the tongue is not engaged with a corresponding seat belt buckle such that the tongue interferes with operation of the joystick or control lever. a stiffener; an attachment portion connected to a first end of the stiffener and configured to be attached to the retractor so that the stiffener extends from the retractor and an operator seat; a tongue engagement member connected to a second end of the stiffener and configured to support a tongue of a seat belt when the seat belt is retracted by the retractor, wherein the retractor applies a force against the tongue to hold the tongue against the tongue engagement member; and wherein the stiffener and tongue engagement member are configured and arranged to hold the tongue in a generally inline position with respect to a longitudinal direction of the stiffener, characterized in that the stiffener and tongue engagement member are configured and arranged to hold the tongue at a raised position relative to the operator seat when the tongue is not engaged with a corresponding seat belt buckle such that the tongue interferes with operation of the joystick or control lever.