mhurhangee/patent-ind-claim-en huggingface dataset:
An ankle joint bandage comprising: a band-shaped main body part which is woven in a fabric and composed of a winding part which is configured to be, during use, wound around an ankle of a wearer, a first supporting part which is configured to be, during use, disposed from an instep to the ankle of the wearer, and a second supporting part which is configured to be, during use, disposed from the ankle to the instep of the wearer to cross the first supporting part at an upper portion of the instep of the wearer, wherein the first supporting part is provided on the one end side of the main body part , the second supporting part is provided on the other end side of the main body part , and the winding part is provided between the first supporting part and the second supporting part ; an anchor part which is woven in a fabric having a loop face of a touch fastener, and is configured to be, during use, fastened around a part corresponding to a metatarsal bone of the wearer; and an engaging part which is joined to the other end of the main body part and has a hook face of a touch fastener, which is configured to be, during use, detachably stuck to the loop face of the anchor part , wherein the band-shaped main body part is woven in a first fabric and the anchor part is woven in a second fabric, wherein the anchor part is joined to the one end of the main body part with an angle (θ) between the circumferential direction of the anchor part , during use, and the longitudinal direction (L) of the main body part , characterized in that the angle (θ) is in a range of 145° to 165°. a band-shaped main body part which is woven in a fabric and composed of a winding part which is configured to be, during use, wound around an ankle of a wearer, a first supporting part which is configured to be, during use, disposed from an instep to the ankle of the wearer, and a second supporting part which is configured to be, during use, disposed from the ankle to the instep of the wearer to cross the first supporting part at an upper portion of the instep of the wearer, wherein the first supporting part is provided on the one end side of the main body part , the second supporting part is provided on the other end side of the main body part , and the winding part is provided between the first supporting part and the second supporting part ; an anchor part which is woven in a fabric having a loop face of a touch fastener, and is configured to be, during use, fastened around a part corresponding to a metatarsal bone of the wearer; and an engaging part which is joined to the other end of the main body part and has a hook face of a touch fastener, which is configured to be, during use, detachably stuck to the loop face of the anchor part , wherein the band-shaped main body part is woven in a first fabric and the anchor part is woven in a second fabric, wherein the anchor part is joined to the one end of the main body part with an angle (θ) between the circumferential direction of the anchor part , during use, and the longitudinal direction (L) of the main body part , characterized in that the angle (θ) is in a range of 145° to 165°.
Use of Keplerate type polyoxomolybdate Mo 72 Fe 30 in combination with electromagnetic radiation having a wavelength exceeding 400 nm, preferably exceeding 420 nm, and persulfate as the oxidizing agent for decontaminating aqueous media from inorganic and organic pollutants, characterized in that the weight ratio of Keplerate to persulfate is in the range of from 1:1 to 1:100; the concentration of pollutant in the aqueous medium is in the range of from 200 - 5.000 ppm; irradiation with electromagnetic radiation is conducted in a temperature range of from 10 to 50 °C; and the duration of irradiation with electromagnetic radiation is in the range of from 2 to 20 hours. irradiation with electromagnetic radiation is conducted in a temperature range of from 10 to 50 °C; and the duration of irradiation with electromagnetic radiation is in the range of from 2 to 20 hours.
A load detector for use with a crane, the crane including: a winch drum around which a wire rope for hanging a hanging cargo is wound; a motor configured to drive the winch drum to achieve lowering or hoisting: a speed reducer configured to adjust torque of the motor at a predetermined speed reduction ratio and transfer the torque to the winch drum ; and a power converter configured to supply a current for driving the motor to the motor , wherein the load detector for detecting a load of the hanging cargo comprises an output-torque estimation unit configured to obtain, from the power converter , a value of the current supplied to the motor and estimate output torque of the motor from the obtained value of the current; a number setting unit configured to set the winding number of the wire rope ; and a load estimation unit configured to estimate a load value of the hanging cargo based on an estimated output torque value resulting from estimation by the output-torque estimation unit , the speed reduction ratio, an effective radius of the winch drum , and the winding number that is set by the number setting unit .
A motor assembly for an architectural covering , the motor assembly comprising: a motor ; an actuator ; a first switch to trigger the motor to retract the architectural covering ; a second switch to trigger the motor to extend the architectural covering ; a control lever coupled to the actuator , the control lever to rotate the actuator when the control lever is moved; and a lever actuator , the lever actuator being coupled to an end of the control lever , wherein: linear movement of the lever actuator causes rotational movement of the actuator ; and the actuator is positioned to activate the first switch when the actuator is rotated in the first direction and to activate the second switch when the actuator is rotated in the second direction. a motor ; an actuator ; a first switch to trigger the motor to retract the architectural covering ; a second switch to trigger the motor to extend the architectural covering ; a control lever coupled to the actuator , the control lever to rotate the actuator when the control lever is moved; and a lever actuator , the lever actuator being coupled to an end of the control lever , wherein: linear movement of the lever actuator causes rotational movement of the actuator ; and the actuator is positioned to activate the first switch when the actuator is rotated in the first direction and to activate the second switch when the actuator is rotated in the second direction. linear movement of the lever actuator causes rotational movement of the actuator ; and the actuator is positioned to activate the first switch when the actuator is rotated in the first direction and to activate the second switch when the actuator is rotated in the second direction.
Device for Wireless-Local-Area-Network, WLAN, -communication to a station , installed on a vehicle or any other moving entity, wherein the device is configured to: - determine a disturbance of the WLAN-communication, in terms of a Doppler spread; and - define a packet-length of the WLAN-communication based on the disturbance; wherein the device comprises at least one directional antenna; characterized in that : in one alternative (i) the device is configured to: determine the disturbance of the WLAN-communication based on an angle between the station and a main-emission direction of the directional antenna of the device; or in another alternative (ii) the device is configured to: determine at which position the station is relative to the main emission direction of the directional antenna, based on at least one of the two following conditions: - if the station is within a high-gain or low-gain area of the directional antenna; and/or - if the station is within a threshold distance to the main emission direction. - determine a disturbance of the WLAN-communication, in terms of a Doppler spread; and - define a packet-length of the WLAN-communication based on the disturbance; wherein the device comprises at least one directional antenna; characterized in that : in one alternative (i) the device is configured to: determine the disturbance of the WLAN-communication based on an angle between the station and a main-emission direction of the directional antenna of the device; or in another alternative (ii) the device is configured to: determine at which position the station is relative to the main emission direction of the directional antenna, based on at least one of the two following conditions: - if the station is within a high-gain or low-gain area of the directional antenna; and/or - if the station is within a threshold distance to the main emission direction. in one alternative (i) the device is configured to: determine the disturbance of the WLAN-communication based on an angle between the station and a main-emission direction of the directional antenna of the device; or in another alternative (ii) the device is configured to: determine at which position the station is relative to the main emission direction of the directional antenna, based on at least one of the two following conditions: - if the station is within a high-gain or low-gain area of the directional antenna; and/or - if the station is within a threshold distance to the main emission direction. - if the station is within a high-gain or low-gain area of the directional antenna; and/or - if the station is within a threshold distance to the main emission direction.
Configuration server, SC, for a mesh communication network comprising a plurality of electronic devices (M1, M2, ... M15) connected to a shared medium, each electronic device being adapted, when said electronic device receives a message of a first type, to transmit said message over the medium, the server being characterized in that it is adapted to: - receive a message originating from each first electronic device, the message comprising an identifier of the first electronic device, at least one identifier of a second electronic device, called neighbouring device, and information on the quality of a link of the second electronic device to the first electronic device, - for each first electronic device, store in a memory the identifier of the first electronic device and at least the received information on the quality of the link in association with the identifier of the second electronic device, - determine, depending on the information stored in the memory, a directed graph representing the electronic devices of the communication network, each vertex of the graph being an electronic device and each edge of the graph being a link, - determine a minimum weight spanning tree of said directed graph, - select from a first list the electronic devices corresponding to the vertices of the minimum weight spanning tree which are connected to one single other vertex of the tree, - for each electronic device comprised in the first list, send a message comprising a configuration command to, when said electronic device receives a message of a first type, not transmit said message over the medium. - receive a message originating from each first electronic device, the message comprising an identifier of the first electronic device, at least one identifier of a second electronic device, called neighbouring device, and information on the quality of a link of the second electronic device to the first electronic device, - for each first electronic device, store in a memory the identifier of the first electronic device and at least the received information on the quality of the link in association with the identifier of the second electronic device, - determine, depending on the information stored in the memory, a directed graph representing the electronic devices of the communication network, each vertex of the graph being an electronic device and each edge of the graph being a link, - determine a minimum weight spanning tree of said directed graph, - select from a first list the electronic devices corresponding to the vertices of the minimum weight spanning tree which are connected to one single other vertex of the tree, - for each electronic device comprised in the first list, send a message comprising a configuration command to, when said electronic device receives a message of a first type, not transmit said message over the medium.
Apparatus for detecting udder disease in dairy animals, the apparatus comprising an accelerometer for attachment to a dairy animal and a processor operable to determine a measure of activity of a dairy animal to which the accelerometer is attached, wherein the measure of activity of the dairy animal is determined from a motion index which is the sum of measured net acceleration values, minus an offset for gravity, summed over a period of time; the apparatus further comprising a health condition detection module, operable to determine an acceptable measure of activity or an acceptable range of the measure of activity, of the dairy animal over one or more first periods, and operable to determine that a dairy animal has or may have an udder disease from a change in the measure of activity of the dairy animal from the acceptable measure, or acceptable range of the measure, during one or more second periods.
A method for designing a mandrel for hammering, pressing and/or pushing an implant into position in a recess made in a joint, the mandrel comprising a contacting surface adapted to be in contact with an articulate surface of the implant to be inserted, the method comprising providing the mandrel with at least one element and/or positioning mark adapted to be used for determining the rotational orientation of the mandrel in relation to the implant , in order to enable the mandrel to be rotationally positioned so that the at least one element and/or positioning mark on the mandrel is aligned with a positioning mark of the implant , and/or a mark on the side of the recess where the implant is to be inserted, characterised by the method further comprising designing the contacting surface of the mandrel to be an inverted surface to a healthy surface of an area of damaged cartilage where the implant is to be inserted, where the healthy surface is simulated based on image data representing a three-dimensional image of the joint and the curvature of the cartilage immediately surrounding the area where the implant is to be inserted.
A filter element for filtering a fluid, having at least one filter bellows disposed in a frame and featuring a first planar inflow surface for a first fluid flow as well as at least a second inflow surface for a second fluid flow separate from the first fluid flow , wherein the second inflow surface is separated from the first inflow surface , characterized in that a raw-side flow duct section of a flow duct provided for guiding the second fluid flow is disposed inside the frame .
An AMPA and/or a KA GluR antagonist for use in the prevention of, or reducing the likelihood of developing, post-traumatic osteoarthritis wherein said antagonist is administered to a trauma damaged joint..
A method for the production of an electronic module , comprising: - providing a carrier substrate equipped with a first electronic component , wherein the carrier substrate has a primary layer , a secondary layer and a metallic intermediate layer arranged between the primary layer and the secondary layer , wherein in order to form a sandwich structure, the metallic intermediate layer spaces the primary layer from the secondary layer , wherein the primary layer has at least one first recess , - at least partially encapsulating the assembled carrier substrate with an encapsulation , - realising a second recess in the encapsulation and - forming a via for providing an electrical connection between a second electronic component on an outer side (A) of the encapsulation and the metallic intermediate layer , wherein the first recess in the primary layer and the second recess in the encapsulation are filled together with an electrically conductive material in a single step, wherein the metallic intermediate layer arranged between the primary layer and the secondary layer extends over a first area in a plane running parallel to the main extension plane (HSE) and the primary layer and/or the second secondary layer extends over a second area, wherein a ratio of the first area to the second area is greater than 0.5, preferably greater than 0.75 and most preferably greater than 0.9. - providing a carrier substrate equipped with a first electronic component , wherein the carrier substrate has a primary layer , a secondary layer and a metallic intermediate layer arranged between the primary layer and the secondary layer , wherein in order to form a sandwich structure, the metallic intermediate layer spaces the primary layer from the secondary layer , wherein the primary layer has at least one first recess , - at least partially encapsulating the assembled carrier substrate with an encapsulation , - realising a second recess in the encapsulation and - forming a via for providing an electrical connection between a second electronic component on an outer side (A) of the encapsulation and the metallic intermediate layer , wherein the first recess in the primary layer and the second recess in the encapsulation are filled together with an electrically conductive material in a single step, wherein the metallic intermediate layer arranged between the primary layer and the secondary layer extends over a first area in a plane running parallel to the main extension plane (HSE) and the primary layer and/or the second secondary layer extends over a second area, wherein a ratio of the first area to the second area is greater than 0.5, preferably greater than 0.75 and most preferably greater than 0.9.
A method for setting temperature for a water heater , characterized in that the method comprises: acquiring (S10) historical power consumption characteristics of the water heater ; inputting (S20) the historical power consumption characteristics of the water heater to a power-consumption prediction model being preset, and acquiring (S20) predicted power consumption of heating of water of a user output by the power-consumption prediction model; determining (S30) predicted total power consumption of the water heater based on the predicted power consumption, characterized in that the method comprises: determining (S40) setting temperature of the water heater based on the predicted total power consumption; and setting (S50) heating temperature of the water heater based on the setting temperature. acquiring (S10) historical power consumption characteristics of the water heater ; inputting (S20) the historical power consumption characteristics of the water heater to a power-consumption prediction model being preset, and acquiring (S20) predicted power consumption of heating of water of a user output by the power-consumption prediction model; determining (S30) predicted total power consumption of the water heater based on the predicted power consumption, determining (S40) setting temperature of the water heater based on the predicted total power consumption; and setting (S50) heating temperature of the water heater based on the setting temperature.
A method of suppressing residual echo, comprising: determining a first spectral mismatch of an acoustic echo canceler based upon at least a ratio of power spectral density of a program content signal that is to be converted into an acoustic program signal by the one or more acoustic drivers and the power spectral density of a residual signal from an echo cancellation subsystem; storing the first spectral mismatch in a memory; determining a second spectral mismatch of the acoustic echo canceler based upon at least a ratio of power spectral density of the program content signal and the power spectral density of the residual signal at a different time than the first spectral mismatch; selecting one of the first spectral mismatch or the second spectral mismatch; calculating a filter coefficient based upon the selected spectral mismatch; and filtering the residual signal based upon the calculated filter coefficient, wherein selecting one of the first spectral mismatch or the second spectral mismatch is based at least in part upon detecting a double-talk condition, or selecting one of the first spectral mismatch or the second spectral mismatch is based at least in part upon a sound stage configuration selected for rendering the program content signal into an acoustic signal. determining a first spectral mismatch of an acoustic echo canceler based upon at least a ratio of power spectral density of a program content signal that is to be converted into an acoustic program signal by the one or more acoustic drivers and the power spectral density of a residual signal from an echo cancellation subsystem; storing the first spectral mismatch in a memory; determining a second spectral mismatch of the acoustic echo canceler based upon at least a ratio of power spectral density of the program content signal and the power spectral density of the residual signal at a different time than the first spectral mismatch; selecting one of the first spectral mismatch or the second spectral mismatch; calculating a filter coefficient based upon the selected spectral mismatch; and filtering the residual signal based upon the calculated filter coefficient, wherein selecting one of the first spectral mismatch or the second spectral mismatch is based at least in part upon detecting a double-talk condition, or selecting one of the first spectral mismatch or the second spectral mismatch is based at least in part upon a sound stage configuration selected for rendering the program content signal into an acoustic signal.
A method comprising: encoding a plurality of first content segments according to a first segment duration parameter; determining an aggregate segment duration of the plurality of first content segments, wherein the aggregate segment duration comprises at least one of an average segment duration or a means-squared segment duration; encoding, when the aggregate segment duration exeeds a first threshold or falls below a second threshold, a plurality of second content segments according to a second segment duration parameter, wherein the second segment duration parameter indicates a duration lower than the aggregate segment duration when the aggregate segment duration exceeds the first threshold or the second segment duration parameter indicates a duration greater than the aggregate segment duration when the aggregate segment duration is below the second threshold; determining another aggregate segment duration of the plurality of first content segments and the plurality of second content segments; and wherein encoding of the plurality of second content segments comprises encoding of the plurality of second content segments until the other aggregate segment duration being below the first threshold and above the second threshold. encoding a plurality of first content segments according to a first segment duration parameter; determining an aggregate segment duration of the plurality of first content segments, wherein the aggregate segment duration comprises at least one of an average segment duration or a means-squared segment duration; encoding, when the aggregate segment duration exeeds a first threshold or falls below a second threshold, a plurality of second content segments according to a second segment duration parameter, wherein the second segment duration parameter indicates a duration lower than the aggregate segment duration when the aggregate segment duration exceeds the first threshold or the second segment duration parameter indicates a duration greater than the aggregate segment duration when the aggregate segment duration is below the second threshold; determining another aggregate segment duration of the plurality of first content segments and the plurality of second content segments; and wherein encoding of the plurality of second content segments comprises encoding of the plurality of second content segments until the other aggregate segment duration being below the first threshold and above the second threshold.