mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: capturing heart rate data for a user with a heart rate sensor that is coupled with a mobile device ; monitoring an activity state of the user from activity data captured by the mobile device ; detecting a constant activity state of the user for a predetermined period of time; inferring prior heart rate data for the user from the heart rate data captured during a period in which the user remains in the constant activity state, wherein inferring prior heart rate data for the user comprises stopping the capture of new heart rate data for the user by the heart rate sensor during the period in which the user remains in the constant activity state; and providing the inferred prior heart rate data, as current heart rate data, to a heart rate calculator during the period in which the user remains in the constant activity state, wherein the heart rate calculator calculates a heart rate of the user. capturing heart rate data for a user with a heart rate sensor that is coupled with a mobile device ; monitoring an activity state of the user from activity data captured by the mobile device ; detecting a constant activity state of the user for a predetermined period of time; inferring prior heart rate data for the user from the heart rate data captured during a period in which the user remains in the constant activity state, wherein inferring prior heart rate data for the user comprises stopping the capture of new heart rate data for the user by the heart rate sensor during the period in which the user remains in the constant activity state; and providing the inferred prior heart rate data, as current heart rate data, to a heart rate calculator during the period in which the user remains in the constant activity state, wherein the heart rate calculator calculates a heart rate of the user.
A support for a household appliance , comprising: a hydraulic plate being internally provided with a liquid flow passage ; a sheath being fixedly connected with the hydraulic plate ; a regulating support being arranged in the sheath and being axially movable relative to the sheath ; an accommodation chamber being formed by the hydraulic plate , the sheath and the regulating support ; and a flexible accommodation body accommodating a liquid medium and being arranged in the accommodation chamber; the flexible accommodation body extending and retracting to drive the regulating support to axially move in the sheath for leveling under an action of pressure; wherein the flexible accommodation body is provided an opening part , and the opening part is mounted on the hydraulic plate through the sheath in a sealed manner and communicates with the liquid flow passage , characterized in that an upper end of the sheath is fixedly connected with the hydraulic plate and tightly presses the opening part of the flexible accommodation body onto the hydraulic plate for sealed connection. a hydraulic plate being internally provided with a liquid flow passage ; a sheath being fixedly connected with the hydraulic plate ; a regulating support being arranged in the sheath and being axially movable relative to the sheath ; an accommodation chamber being formed by the hydraulic plate , the sheath and the regulating support ; and a flexible accommodation body accommodating a liquid medium and being arranged in the accommodation chamber; the flexible accommodation body extending and retracting to drive the regulating support to axially move in the sheath for leveling under an action of pressure; wherein the flexible accommodation body is provided an opening part , and the opening part is mounted on the hydraulic plate through the sheath in a sealed manner and communicates with the liquid flow passage , characterized in that an upper end of the sheath is fixedly connected with the hydraulic plate and tightly presses the opening part of the flexible accommodation body onto the hydraulic plate for sealed connection.
Ranolazine for use in a method of prevention, inhibition or reduction of metastasis in a patient suffering from a cancer that expresses a voltage gated sodium channel (VGSC), comprising administering a dosage of ranolizine to the patient wherein the dosage at least reduces the persistent part of the VGSC current without completely blocking the transient part and without preventing proliferation of the cancer's tumour cells or destroying the tumour cells.
Electric motor , in particular for operating a pump, comprising a rotor and a stator , wherein the stator has an inner pole sleeve , extending in the axial direction, and an outer stator sleeve , pole limbs on which a winding is embodied being disposed therebetween in the radial direction, wherein - a defined gap (S'), in which the inner pole sleeve is disposed, is configured between the outer shell face of the inner pole sleeve and the inner shell face of the inner pole sleeve , and - an inevitable air gap (S) is configured between the inner shell face of the inner pole sleeve and the outer shell face of the rotor , such that a transition region having a radial gap spacing (Δr s-s' ) is formed between the outer shell face of the inner pole sleeve and the outer shell face of the rotor , said transition region being composed of the gap (S') in which the inner pole sleeve is disposed and the inevitable air gap (S), characterized in that at least the inner pole sleeve of the stator is configured from a soft magnetic powder composite material, as a result of which a radial gap spacing (Δr s ) of the transition region, in which a magnetic resistance is formed that counteracts the magnetic flux between the coil body and the rotor , is reduced to the inevitable air gap (S) between the inner shell face of the inner pole sleeve and the outer shell face of the rotor . - a defined gap (S'), in which the inner pole sleeve is disposed, is configured between the outer shell face of the inner pole sleeve and the inner shell face of the inner pole sleeve , and - an inevitable air gap (S) is configured between the inner shell face of the inner pole sleeve and the outer shell face of the rotor , such that a transition region having a radial gap spacing (Δr s-s' ) is formed between the outer shell face of the inner pole sleeve and the outer shell face of the rotor , said transition region being composed of the gap (S') in which the inner pole sleeve is disposed and the inevitable air gap (S),
A fertilizer comprising 43 to 47% w/w calcium nitrate , 46 to 54% w/w potassium nitrate and 0.5 to 3% w/w of water wherein the fertilizer is in the form of solid homogeneous particles.
A protective housing for a testing, measuring or manufacturing device, with a guard member which, held and guided by guide devices , is movable in a reciprocating motion between a closed position closing a housing opening and an open position opening the housing opening , wherein the guide devices are arranged on oppositely facing end walls adjoining the housing opening , have on one front of the protective housing outwardly curved, arc-shaped sections and on one upper side of the protective housing are constructed in a rearwardly extending, straight-line configuration, wherein the guard member comprises at least two flexurally stiff rectangular panels having straight long sides and being movably connected to each other on one long side each, wherein each of the guide devices includes a guide rail secured to the end wall and a plurality of guide elements guided thereon which are rotatably mounted on the guard member and arranged in a spaced relationship to one another, characterized in that , the guard member is moveable with a drive device , that includes two flexible drive mechanisms adapted to be driven in synchronized fashion, each being arranged on the inside of the protective housing close to one of the guide devices and comprising a transmission means which extends parallel to the straight-line section of the respective guide device and is connected to a guide element in a driving relationship thereto, and that the two flexible drive mechanisms are coupled to a common drive shaft extending parallel to one long side of the guard member .
A removal device for removing pipe sections , wherein the removal device has: (a) a holding device with a loading edge , a holding area for holding the pipe sections and a loading area connecting the loading edge to the holding area , (b) a pivotable storage cassette for storing a plurality of pipe sections , wherein the storage cassette is arranged or can be arranged in front of the loading edge of the holding device and the storage cassette arranged in front of the loading edge is configured to be pivoted in front of the loading edge of the holding device by a pivoting angle (γ) of the storage cassette relative to a parallel (P) of the horizontal (H), (c) a lifter for lifting the plurality of pipe sections out of the storage cassette , wherein the lifter is configured to be moved in front of the loading edge of the holding device in such a way that the lifter lifts the plurality of pipe sections onto the loading edge so that the plurality of pipe sections move along the loading area into the holding area , characterized in that, the holding device is arranged at a fixed angle of inclination (φ) in the removal device , and in that the holding device has a slide unit which delimits the speed of movement of the pipe sections along the loading area . (a) a holding device with a loading edge , a holding area for holding the pipe sections and a loading area connecting the loading edge to the holding area , (b) a pivotable storage cassette for storing a plurality of pipe sections , wherein the storage cassette is arranged or can be arranged in front of the loading edge of the holding device and the storage cassette arranged in front of the loading edge is configured to be pivoted in front of the loading edge of the holding device by a pivoting angle (γ) of the storage cassette relative to a parallel (P) of the horizontal (H), (c) a lifter for lifting the plurality of pipe sections out of the storage cassette , wherein the lifter is configured to be moved in front of the loading edge of the holding device in such a way that the lifter lifts the plurality of pipe sections onto the loading edge so that the plurality of pipe sections move along the loading area into the holding area ,
A heat conduction component, wherein the heat conduction component is applied to a mobile terminal, and is configured to conduct heat for a heat source component of the mobile terminal; the heat conduction component comprises a support part and a heat dissipation part , a cavity is disposed inside the support part , the heat dissipation part is disposed in the cavity, and the heat dissipation part comprises mesh capillary holes; the heat source component is located at one end of the heat dissipation part , a low temperature area is located at the other end of the heat dissipation part , and a temperature of the low temperature area is lower than a temperature of an area in which the heat source component is located; a heat conduction medium is disposed in the mesh capillary holes of the heat dissipation part , and the heat conduction medium is configured to: when the heat source component operates, conduct heat generated by the heat source component from the one end to the other end of the heat dissipation part ; and the support part and the heat dissipation part are of an integrated metal structure, wherein the support part and the heat dissipation part comprise different 3D sintering process parameters. the heat conduction component comprises a support part and a heat dissipation part , a cavity is disposed inside the support part , the heat dissipation part is disposed in the cavity, and the heat dissipation part comprises mesh capillary holes; the heat source component is located at one end of the heat dissipation part , a low temperature area is located at the other end of the heat dissipation part , and a temperature of the low temperature area is lower than a temperature of an area in which the heat source component is located; a heat conduction medium is disposed in the mesh capillary holes of the heat dissipation part , and the heat conduction medium is configured to: when the heat source component operates, conduct heat generated by the heat source component from the one end to the other end of the heat dissipation part ; and the support part and the heat dissipation part are of an integrated metal structure, wherein the support part and the heat dissipation part comprise different 3D sintering process parameters.
A system comprising a device for treating water and a smartphone , wherein the device for treating water comprises a jug having a water collection cavity which includes a funnel for inserting a filter cartridge and a spout for pouring out water; and comprising the filter cartridge , wherein the device comprises a counting device for indicating a required replacement of the filter cartridge , which counting device is accommodated in the lid of the jug; wherein the counting device includes means for wireless transmission, which allow to present an indication of a required replacement of the filter cartridge on the display of a smartphone , wherein the counting device cooperates with a timer, with a means for counting the amount of treated water and/or with a closing element , wherein the means for wireless transmission are integrated in an electronic module which likewise comprises a display for indicating the remaining service life of the filter cartridge ; and wherein the counting device cooperates with a module of the smartphone for position determination ; and wherein the device for treating water comprises means for establishing a connection to the smartphone only temporarily; and wherein the smartphone comprises means for putting the counting device to a sleep mode during which further counting is stopped. which includes a funnel for inserting a filter cartridge and a spout for pouring out water; and comprising the filter cartridge , wherein the device comprises a counting device for indicating a required replacement of the filter cartridge , which counting device is accommodated in the lid of the jug; wherein the counting device includes means for wireless transmission, which allow to present an indication of a required replacement of the filter cartridge on the display of a smartphone , wherein the counting device cooperates with a timer, with a means for counting the amount of treated water and/or with a closing element , wherein the means for wireless transmission are integrated in an electronic module which likewise comprises a display for indicating the remaining service life of the filter cartridge ; and wherein the counting device cooperates with a module of the smartphone for position determination ; and wherein the device for treating water comprises means for establishing a connection to the smartphone only temporarily; and wherein the smartphone comprises means for putting the counting device to a sleep mode during which further counting is stopped.
Mechanism comprising one piston purely reciprocating along one still axis over one cam purely spinning around same said axis , where: - said cam has spherical geometry and then is a spherical cam but purely spins around said axis , without other movements like shifting or bending in respect of said axis ; - said spherical cam has a lower cam track and an upper cam track , and both said cam tracks ascend and descend equally an even number of times around said axis , and both said cam tracks develop from straight lines all crossing said spherical cam's center . - said cam has spherical geometry and then is a spherical cam but purely spins around said axis , without other movements like shifting or bending in respect of said axis ; - said spherical cam has a lower cam track and an upper cam track , and both said cam tracks ascend and descend equally an even number of times around said axis , and both said cam tracks develop from straight lines all crossing said spherical cam's center .
An apparatus for the formation of three-dimensional objects by consolidation of particulate material, the apparatus comprising a working space , the working space comprising: a build bed surface of particulate material arranged at a lower surface bounding the working space , a ceiling arranged at an upper surface bounding the working space , and a carriage arranged to move across the build bed surface , wherein a lamp assembly is mounted on the carriage , and the lamp assembly comprises: an elongate infrared lamp extending along a lamp axis ; and an elongate shield extending parallel to and along one side of the lamp axis , wherein the elongate shield is mounted so as to at least partially bound the space to one side of the lamp ; characterised in that the lamp assembly provides a lower opening below the lamp and an upper opening above the lamp , such that there is no significant obstruction in the space above and below the lamp within the lamp assembly to allow direct primary radiation emitted by the lamp to radiate through the openings and away from the lamp in directions not bounded by the shield . a build bed surface of particulate material arranged at a lower surface bounding the working space , a ceiling arranged at an upper surface bounding the working space , and a carriage arranged to move across the build bed surface , wherein a lamp assembly is mounted on the carriage , and the lamp assembly comprises: an elongate infrared lamp extending along a lamp axis ; and an elongate shield extending parallel to and along one side of the lamp axis , wherein the elongate shield is mounted so as to at least partially bound the space to one side of the lamp ; characterised in that the lamp assembly provides a lower opening below the lamp and an upper opening above the lamp , such that there is no significant obstruction in the space above and below the lamp within the lamp assembly to allow direct primary radiation emitted by the lamp to radiate through the openings and away from the lamp in directions not bounded by the shield . an elongate infrared lamp extending along a lamp axis ; and an elongate shield extending parallel to and along one side of the lamp axis , wherein the elongate shield is mounted so as to at least partially bound the space to one side of the lamp ; characterised in that the lamp assembly provides a lower opening below the lamp and an upper opening above the lamp , such that there is no significant obstruction in the space above and below the lamp within the lamp assembly to allow direct primary radiation emitted by the lamp to radiate through the openings and away from the lamp in directions not bounded by the shield .
A razor handle , comprising: a head portion including a first end having a mechanism to permit a user to selectively connect a razor cartridge to the handle , and a second end defining a recess ; a shock absorbing sleeve secured in the recess ; and a grip portion having a proximal end secured in the sleeve , the grip portion consists essentially of glass. a head portion including a first end having a mechanism to permit a user to selectively connect a razor cartridge to the handle , and a second end defining a recess ; a shock absorbing sleeve secured in the recess ; and a grip portion having a proximal end secured in the sleeve , the grip portion consists essentially of glass.
A shaft furnace, in particular a blast furnace, comprising: a metal jacket defining the furnace outer wall; a protective layer protecting the inner surface of said outer wall; at least one condition monitoring probe arranged inside said outer wall and within said protective layer to monitor the latter; wherein said at least one condition monitoring probe is connected to a detection module operatively connected to a wireless module , which are battery powered and arranged outside said outer wall to transmit condition monitoring data; and wherein said outer wall comprises an aperture for wired connection between said at least one condition monitoring probe and said wireless module , a casing being mounted to the outer surface of said metal jacket in a gas-tight manner to cover said aperture . a metal jacket defining the furnace outer wall; a protective layer protecting the inner surface of said outer wall; at least one condition monitoring probe arranged inside said outer wall and within said protective layer to monitor the latter; wherein said at least one condition monitoring probe is connected to a detection module operatively connected to a wireless module , which are battery powered and arranged outside said outer wall to transmit condition monitoring data; and wherein said outer wall comprises an aperture for wired connection between said at least one condition monitoring probe and said wireless module , a casing being mounted to the outer surface of said metal jacket in a gas-tight manner to cover said aperture .
A wire heating system comprising: an induction heating apparatus comprising a power supply and an induction coil arranged to heat a wire rod (W) by an induction heating using current supplied from the power supply ; and a controller configured to control the current to be supplied to the induction coil based on a feeding speed of the wire rod (W), wherein the induction heating apparatus has a heating section in which the wire rod (W) is heated by the induction heating using the induction coil , and a soaking section disposed downstream of the heating section to homogenize the temperature distribution of the wire rod (W) induction-heated by the induction coil such that the temperature of the wire rod (W) at a downstream end of the soaking section becomes a target temperature, characterized in that the controller is configured to control the current to be supplied to the induction coil based on the feeding speed of the wire rod (W) such that the temperature of the wire rod (W) at the downstream end of the soaking section becomes the target temperature and in that the controller controls the current to be supplied to the induction coil so as to satisfy I=k×v 0.5 +ΔI, wherein I is the current to be supplied to the induction coil , v is the feeding speed of the wire rod (W), k is a proportional constant which is calculated by k=Io/(vo) 0.5 , Io is the current to be supplied to the induction coil in the constant speed mode, vo is a feeding speed of the wire rod in the constant speed mode, and ΔI is a standby current. an induction heating apparatus comprising a power supply and an induction coil arranged to heat a wire rod (W) by an induction heating using current supplied from the power supply ; and a controller configured to control the current to be supplied to the induction coil based on a feeding speed of the wire rod (W), wherein the induction heating apparatus has a heating section in which the wire rod (W) is heated by the induction heating using the induction coil , and a soaking section disposed downstream of the heating section to homogenize the temperature distribution of the wire rod (W) induction-heated by the induction coil such that the temperature of the wire rod (W) at a downstream end of the soaking section becomes a target temperature, characterized in that the controller is configured to control the current to be supplied to the induction coil based on the feeding speed of the wire rod (W) such that the temperature of the wire rod (W) at the downstream end of the soaking section becomes the target temperature and in that the controller controls the current to be supplied to the induction coil so as to satisfy I=k×v 0.5 +ΔI, wherein I is the current to be supplied to the induction coil , v is the feeding speed of the wire rod (W), k is a proportional constant which is calculated by k=Io/(vo) 0.5 , Io is the current to be supplied to the induction coil in the constant speed mode, vo is a feeding speed of the wire rod in the constant speed mode, and ΔI is a standby current.