mhurhangee/patent-ind-claim-en huggingface dataset:
An air cleaner , comprising: a case comprising an air inlet ; an air outlet formed at an upper part of the case ; a filter configured to filter out foreign substances contained in air suctioned through the air inlet ; a discharge flow passage in the case through which air having passed through the air inlet flows to the air outlet ; a blower fan disposed on the discharge flow passage and generating an air flow from the air inlet to the air outlet ; a first tube disposed at a downstream side of the filter on the discharge flow passage and having a first hole on the first tube opened toward the filter ; a second tube disposed on a downstream side of the filter and having a second hole on the second tube opened toward the blower fan ; and a pressure sensor connected to the first tube and the second tube , the pressure sensor configured to measure air pressure in the first tube and the second tube , respectively, wherein the first tube and the second tube are disposed between the filter and the blower fan . a case comprising an air inlet ; an air outlet formed at an upper part of the case ; a filter configured to filter out foreign substances contained in air suctioned through the air inlet ; a discharge flow passage in the case through which air having passed through the air inlet flows to the air outlet ; a blower fan disposed on the discharge flow passage and generating an air flow from the air inlet to the air outlet ; a first tube disposed at a downstream side of the filter on the discharge flow passage and having a first hole on the first tube opened toward the filter ; a second tube disposed on a downstream side of the filter and having a second hole on the second tube opened toward the blower fan ; and a pressure sensor connected to the first tube and the second tube , the pressure sensor configured to measure air pressure in the first tube and the second tube , respectively, wherein the first tube and the second tube are disposed between the filter and the blower fan .
A modular stirrer for liquid or semi-liquid food products which can be fixed to a rotary shaft of a stirring machine , comprising: - a teaspoon-shaped stirring element ; - a fixing body , equipped with first coupling means for coupling to said stirring element and second coupling means for coupling to said rotary shaft , positioned above said stirring element relative to an axis of extension (Z) according to a direction of vertical extension (V), wherein: - the second coupling means comprise a seat for receiving the rotary shaft ; - said second coupling means are positioned outside the seat ; - the second coupling means comprise at least one elastically compliant tab connected at one end to the seat ; - and wherein the first coupling means comprise at least one elastic element , configured for retaining the stirring element . - a teaspoon-shaped stirring element ; - a fixing body , equipped with first coupling means for coupling to said stirring element and second coupling means for coupling to said rotary shaft , positioned above said stirring element relative to an axis of extension (Z) according to a direction of vertical extension (V), wherein: - the second coupling means comprise a seat for receiving the rotary shaft ; - said second coupling means are positioned outside the seat ; - the second coupling means comprise at least one elastically compliant tab connected at one end to the seat ; - and wherein the first coupling means comprise at least one elastic element , configured for retaining the stirring element .
Carrier material for producing a carrier for a decorated wall or floor panel, wherein the carrier material comprises a matrix material and a solid material, wherein the matrix material is present in an amount, based on the carrier material, from ≥ 25 wt.-% to ≤ 55 wt.-%, in particular from ≥ 35 wt.-% to ≤ 45 wt.-%, and wherein the solid material is present in an amount, based on the carrier material, from ≥ 45 wt.-% to ≤ 75 wt.-%, in particular from ≥ 55 wt.-% to ≤ 65 wt.-%, and wherein the matrix material and the solid material together, based on the carrier material , are present in an amount from ≥ 95 wt.-%, in particular ≥ 99 wt.-%, characterized in that the solid material is present in an amount, based on the carrier material, of at least 50 wt.-%, in particular at least 80 wt.-%, in particular at least 95 wt.-%, is formed from a solid composition consisting of at least a first layered silicate powder and a second layered silicate powder, wherein the first layered silicate powder has a particle size D 50 which is smaller than the particle size D 50 of the second layered silicate powder, and the matrix material is formed, based on the matrix material, to at least 50 wt.-%, in particular at least 80 wt.-%, in particular at least 95 wt.-%, by a plastic composition consisting of a homopolymer and at least one first copolymer and one second copolymer, wherein the first copolymer is different from the second copolymer.
An actuating system for a window shade , comprising: an axle coupling part rotatable for raising or lowering a bottom part of a window shade ; an arresting part and an arrester coupling part connected with each other, the arresting part having a braking state and a release state; a clutching part carried with the arrester coupling part , the clutching part being movable relative to the arrester coupling part between a retracted state where the clutching part is disengaged from the axle coupling part and an extended state where the clutching part is engaged with the axle coupling part ; and an actuating wheel movably linked to the clutching part , the actuating wheel being rotatable in a first direction (D1) to urge the clutching part to move from the retracted state to the extended state, and in a second direction (D2) opposite to the first direction (D1) to urge the clutching part to move from the extended state to the retracted state; characterized in that the arresting part is a spring that is disposed in tight contact with a housing and has an end anchored to the arrester coupling part , the arresting part being switched from the braking state to the release state by loosening a frictional contact of the spring with the housing . an axle coupling part rotatable for raising or lowering a bottom part of a window shade ; an arresting part and an arrester coupling part connected with each other, the arresting part having a braking state and a release state; a clutching part carried with the arrester coupling part , the clutching part being movable relative to the arrester coupling part between a retracted state where the clutching part is disengaged from the axle coupling part and an extended state where the clutching part is engaged with the axle coupling part ; and an actuating wheel movably linked to the clutching part , the actuating wheel being rotatable in a first direction (D1) to urge the clutching part to move from the retracted state to the extended state, and in a second direction (D2) opposite to the first direction (D1) to urge the clutching part to move from the extended state to the retracted state; characterized in that the arresting part is a spring that is disposed in tight contact with a housing and has an end anchored to the arrester coupling part , the arresting part being switched from the braking state to the release state by loosening a frictional contact of the spring with the housing .
A method for transmitting, by a station, STA, a signal on a plurality of channels in a wireless Local Area Network, WLAN, system, the method comprising: transmitting (S2210), by the STA , a packet for initiator sector sweep, ISS; receiving (S2220), by the STA , a packet for responder sector sweep, RSS; the method being characterized by transmitting (S2230), by the STA , a packet for sector sweep, SSW, feedback; and receiving (S2240), by the STA , a packet for sector sweep acknowledgment, SSW ACK, wherein each of the packet for the SSW feedback and the packet for the SSW ACK includes a field having a length of 1 bit indicating whether the packet for the ISS and the packet for the RSS are transmitted based on a Short SSW packet. transmitting (S2210), by the STA , a packet for initiator sector sweep, ISS; receiving (S2220), by the STA , a packet for responder sector sweep, RSS; the method being characterized by transmitting (S2230), by the STA , a packet for sector sweep, SSW, feedback; and receiving (S2240), by the STA , a packet for sector sweep acknowledgment, SSW ACK, wherein each of the packet for the SSW feedback and the packet for the SSW ACK includes a field having a length of 1 bit indicating whether the packet for the ISS and the packet for the RSS are transmitted based on a Short SSW packet.
A conductive pattern structure for an array substrate, wherein the array substrate comprises a common electrode line , a data line, a gate line, a gate electrode , a first source drain electrode and a second source drain electrode which are formed on a base substrate , and the conductive pattern structure comprises: a first metal pattern and a second metal pattern , wherein the second metal pattern covers at least a portion of a side surface of the first metal pattern ; and an activity of a metal material of the first metal pattern is weaker than an activity of a metal material of the second metal pattern ; wherein: all of the common electrode line , the data line, the gate line, the gate electrode , the first source drain electrode and the second source drain electrode comprise the conductive pattern structure . wherein the second metal pattern covers at least a portion of a side surface of the first metal pattern ; and an activity of a metal material of the first metal pattern is weaker than an activity of a metal material of the second metal pattern ; wherein: all of the common electrode line , the data line, the gate line, the gate electrode , the first source drain electrode and the second source drain electrode comprise the conductive pattern structure .
A part for a turbomachine made of composite material comprising a fiber reinforcement having a three-dimensional weaving comprising a first set of yarns made of a first material, characterized in that the fiber reinforcement comprises a vibrationdamping element formed by a second set of yarns comprising a second material which is viscoelastic and which is different to the first material, the second set of yarns being woven with the first set of yarns .
Speed-changing device for two-wheeled vehicle , comprising: - circular support means suitable to be fitted, by a connecting body , to a hub of a wheel of said two-wheeled vehicle , - a plurality of meshing lamellar elements supported by said circular support means and radially arranged around a rotational axis (A) of said circular support means , said meshing lamellar elements being arranged for engaging a transmission element (T) of chain or belt type of said vehicle , - each lamellar element being provided with a shaped meshing edge (S) that comprises a sequence of zones (Z1, Z2,.., Zn) positioned at different distances from said rotational axis (A), - said meshing lamellar elements being grouped in a first series (W1) of meshing lamellar elements and a second series (W2) of meshing lamellar elements that are mutually opposite and movable to and from one another to change a meshing radius (R) with said transmission element (T) and thus a corresponding kinematic transmission ratio, - a distance-adjusting member actuatable to move the first series (W1) and the second series (W2) of meshing lamellar elements towards and away from one another, CHARACTERISED IN THAT said distance-adjusting member comprises two lever elements mutually hinged and having pad shaped ends for slidingly engaging respective groove means that circumferally extend on said circular support means , said lever elements being actuatable by a cable element . - circular support means suitable to be fitted, by a connecting body , to a hub of a wheel of said two-wheeled vehicle , - a plurality of meshing lamellar elements supported by said circular support means and radially arranged around a rotational axis (A) of said circular support means , said meshing lamellar elements being arranged for engaging a transmission element (T) of chain or belt type of said vehicle , - each lamellar element being provided with a shaped meshing edge (S) that comprises a sequence of zones (Z1, Z2,.., Zn) positioned at different distances from said rotational axis (A), - said meshing lamellar elements being grouped in a first series (W1) of meshing lamellar elements and a second series (W2) of meshing lamellar elements that are mutually opposite and movable to and from one another to change a meshing radius (R) with said transmission element (T) and thus a corresponding kinematic transmission ratio, - a distance-adjusting member actuatable to move the first series (W1) and the second series (W2) of meshing lamellar elements towards and away from one another,
A dialysis system comprising: at least one pump disposed along a fluid circuit to conduct a fluid at a pump rate through the fluid circuit, wherein the pump rate is adjustable; a conductivity meter comprising a probe configured to be placed in fluid communication with the fluid circuit to measure conductivity values of the fluid; at least one conductivity detector disposed along the fluid circuit to measure sensor values of the fluid; a controller configured to: i) receive the conductivity values from the conductivity meter and the sensor values from the at least one conductivity detector; ii) compute a plurality of representative conductivity values from the received conductivity values and a plurality of representative sensor values from the received sensor values; iii) determine a first calibration point associated with a first representative conductivity value and a first representative sensor value; iv) determine a second calibration point associated with a second representative conductivity value and a second representative sensor value; and v) compute a calibration curve based on the first and second calibration points. at least one pump disposed along a fluid circuit to conduct a fluid at a pump rate through the fluid circuit, wherein the pump rate is adjustable; a conductivity meter comprising a probe configured to be placed in fluid communication with the fluid circuit to measure conductivity values of the fluid; at least one conductivity detector disposed along the fluid circuit to measure sensor values of the fluid; a controller configured to: i) receive the conductivity values from the conductivity meter and the sensor values from the at least one conductivity detector; ii) compute a plurality of representative conductivity values from the received conductivity values and a plurality of representative sensor values from the received sensor values; iii) determine a first calibration point associated with a first representative conductivity value and a first representative sensor value; iv) determine a second calibration point associated with a second representative conductivity value and a second representative sensor value; and v) compute a calibration curve based on the first and second calibration points. i) receive the conductivity values from the conductivity meter and the sensor values from the at least one conductivity detector; ii) compute a plurality of representative conductivity values from the received conductivity values and a plurality of representative sensor values from the received sensor values; iii) determine a first calibration point associated with a first representative conductivity value and a first representative sensor value; iv) determine a second calibration point associated with a second representative conductivity value and a second representative sensor value; and v) compute a calibration curve based on the first and second calibration points.
A method for transmitting an uplink control signal, the method comprising determining (S103), by a first terminal device, that an uplink multiple access scheme for the uplink control signal is the same as an uplink multiple access scheme for uplink data if a time domain resource unit is used for transmitting the uplink data, and a time domain resource occupied by the uplink control signal at least partially overlaps with a time domain resource occupied by the uplink data, wherein the time domain resource unit comprises the time domain resource occupied by the uplink control signal and the time domain resource occupied by the uplink data, and there is a mapping relationship between each uplink multiple access scheme and an uplink control channel structure; determining, by the first terminal device, an uplink control channel structure corresponding to the determined uplink multiple access scheme according to the determined uplink multiple access scheme and the mapping relationship; and transmitting (S120), by the first terminal device, the uplink control signal by using the determined uplink multiple access scheme and the determined uplink control channel structure.
A method for estimating consumed battery life of at least one battery of a pitch drive mechanism of a rotor blade of a wind turbine, the at least one battery being stored in a thermally-isolated battery cabinet, the method comprising: monitoring, via at least one sensor, an actual temperature of the battery over a predetermined time period; storing, via a turbine controller, the monitored actual temperatures of the battery during the predetermined time period; and, determining, via the turbine controller, the consumed battery life as a function of the monitored actual temperatures. monitoring, via at least one sensor, an actual temperature of the battery over a predetermined time period; storing, via a turbine controller, the monitored actual temperatures of the battery during the predetermined time period; and, determining, via the turbine controller, the consumed battery life as a function of the monitored actual temperatures.
A stationary exercise device with a - driving assembly with a driving wheel rotating around a driving axle , a first and a second crank each connected to the driving wheel and two pedals , each connected to one of the cranks, - a flywheel connected to the driving assembly by at least one gear mechanism , - a brake assembly for applying a braking force to the flywheel, - at least one measuring device for measuring the position of the first and second cranks, characterized in that , a detection device detects several time intervals, in each of which the flywheel is displaced a predetermined angle, said detection device further detects time differences between at least two of the time intervals, wherein a control device determines, through dependence of the time differences between at least two of the time intervals, a torque at the driving wheel or a value dependent on the torque at the driving wheel. - driving assembly with a driving wheel rotating around a driving axle , a first and a second crank each connected to the driving wheel and two pedals , each connected to one of the cranks, - a flywheel connected to the driving assembly by at least one gear mechanism , - a brake assembly for applying a braking force to the flywheel, - at least one measuring device for measuring the position of the first and second cranks, characterized in that , a detection device detects several time intervals, in each of which the flywheel is displaced a predetermined angle, said detection device further detects time differences between at least two of the time intervals, wherein a control device determines, through dependence of the time differences between at least two of the time intervals, a torque at the driving wheel or a value dependent on the torque at the driving wheel.
A method of providing information associated with a point of interest (POI), comprising: communicating location information indicative of a determined geographic location of a mobile navigation device to a server computer ; receiving at least one POI-map from the server computer based on the location information, wherein each POI-map is associated with at least one POI and comprises segments representative of navigable elements of a navigable network, wherein each POI-map has an extent such that the segments of each POI-map are within a warning distance, meaning that a warning is to be output, when the segment is within the warning distance; determining a segment of a received POI-map corresponding to the determined geographic location of the mobile navigation device; determining whether the segment leads to the POI of the POI-map, wherein the POI-map has data indicative of segments that have less than a predetermined probability of being traversed en route to the POI or from which the POI cannot be reached; and outputting , based on the segment, a notification associated with a POI of the received POI-map, wherein, if the segment is determined, based on the data, to have less than the predetermined probability of being traversed en route to the POI, the notification is a warning having a lower impact than if the segment leads to the POI. communicating location information indicative of a determined geographic location of a mobile navigation device to a server computer ; receiving at least one POI-map from the server computer based on the location information, wherein each POI-map is associated with at least one POI and comprises segments representative of navigable elements of a navigable network, wherein each POI-map has an extent such that the segments of each POI-map are within a warning distance, meaning that a warning is to be output, when the segment is within the warning distance; determining a segment of a received POI-map corresponding to the determined geographic location of the mobile navigation device; determining whether the segment leads to the POI of the POI-map, wherein the POI-map has data indicative of segments that have less than a predetermined probability of being traversed en route to the POI or from which the POI cannot be reached; and outputting , based on the segment, a notification associated with a POI of the received POI-map, wherein, if the segment is determined, based on the data, to have less than the predetermined probability of being traversed en route to the POI, the notification is a warning having a lower impact than if the segment leads to the POI.
A method for producing a single-layer waterbar, the method comprising extruding a melt-processed starting composition through an extruder die to provide an extruded profile, wherein the starting composition comprises: a) 35 - 75 wt.-%, preferably 40 - 70 wt.-%, of at least one polymer P, b) 25 - 65 wt.%, preferably 30 - 60 wt.-%, of a least one solid particulate filler F, and c) At least one chemical blowing agent CBA, wherein the melt-processed starting composition comprises a blowing gas, which is released from the melt-processed starting composition through surface(s) of the extruded profile discharged from the extruder die. a) 35 - 75 wt.-%, preferably 40 - 70 wt.-%, of at least one polymer P, b) 25 - 65 wt.%, preferably 30 - 60 wt.-%, of a least one solid particulate filler F, and c) At least one chemical blowing agent CBA,