mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the positions of a plurality of fans (V n,m ) for generating an air flow in a preferably closed room, which have a speed sensor for determining their position, wherein the fans (V n,m ) are arranged in rows (R 1 , R 2 ,..., R n ) and columns (S 1 , S 2 , ..., S m ), wherein at least the position (i, j) of one fan (V i,j ) is known, the method comprising the following steps: a) Driving the at least one fan (V i,j ) the position of which is known in order to initiate a rotation of at least those fans (V n,m ) which are arranged in an adjacent row or column position; b) Detecting the speed of the fans (V n,m ) driven by the air flow generated in this manner using a detector and controller and determining the potential neighborhood positions of these fans based on an iterative exclusion algorithm, c) Wherein the steps a) and b) are repeated for the fans (V n,m ) respectively determined after step b) until all positions (n,m) of the fans have been determined. a) Driving the at least one fan (V i,j ) the position of which is known in order to initiate a rotation of at least those fans (V n,m ) which are arranged in an adjacent row or column position; b) Detecting the speed of the fans (V n,m ) driven by the air flow generated in this manner using a detector and controller and determining the potential neighborhood positions of these fans based on an iterative exclusion algorithm, c) Wherein the steps a) and b) are repeated for the fans (V n,m ) respectively determined after step b) until all positions (n,m) of the fans have been determined.
A label attaching method of a battery pack , comprising the steps of: preparing an external film having a label , a step difference compensation tape attached to the upper surface of the label and positioned on one side of the label , and a protective film attached to the upper surface of the label and extending to the upper part of the step difference compensation tape ; attaching the external film to the battery cell to allow the label to be brought into contact with a case of the battery cell ; removing the protective film from the label ; and after the removing of the protective film , attaching an external cover having a circuit structure embedded at a portion inside the external cover to the battery cell , wherein, when attached, the external cover is mounted on the upper surface of the label , the circuit structure is positioned next to the step difference compensation tape , the circuit structure and the step difference compensation tape have the same height. preparing an external film having a label , a step difference compensation tape attached to the upper surface of the label and positioned on one side of the label , and a protective film attached to the upper surface of the label and extending to the upper part of the step difference compensation tape ; attaching the external film to the battery cell to allow the label to be brought into contact with a case of the battery cell ; removing the protective film from the label ; and after the removing of the protective film , attaching an external cover having a circuit structure embedded at a portion inside the external cover to the battery cell , wherein, when attached, the external cover is mounted on the upper surface of the label , the circuit structure is positioned next to the step difference compensation tape , the circuit structure and the step difference compensation tape have the same height.
A lifting appliance , comprising: - a frame , - wheels mounted on axles of the frame , each wheel comprising a rim comprising a radial web attached to a rotary element at one of the ends of one of the axles , - a load support , and - means for raising the load support , characterized in that the radial webs of the rims are axially offset towards one of the side edges of the wheels relative to a median plane (P9) of each wheel , in that the wheels are suitable for being mounted on the axles in a first position, corresponding to a usage configuration of the lifting platform , in which the median planes (P9) are remote from the frame , and in a second position, corresponding to a transport configuration of the lifting platform , in which the median planes (P9) are moved closer to the frame , and in that the lifting appliance comprises means for signaling the mounting position of the wheels and/or means for limiting the raising of the load support when the wheels are in the second position thereof. - a frame , - wheels mounted on axles of the frame , each wheel comprising a rim comprising a radial web attached to a rotary element at one of the ends of one of the axles , - a load support , and - means for raising the load support ,
A method performed by a user equipment, the method comprising: receiving a first allocation of uplink resources in a mobile communication network, wherein the first allocation comprises a configured grant; receiving a second allocation of uplink resources, wherein the uplink resources of the second allocation at least partially overlap in time with the uplink resources of the first allocation, wherein the second allocation is indicated using downlink control information, wherein the downlink control information includes a parameter indicating that the second allocation is a high priority allocation, wherein the second allocation is received at a later time than the first allocation; determining whether the second allocation is associated with higher priority traffic than the first allocation, such that the second allocation preempts the first allocation; and generating a transmission block, TB, according to the second allocation in response to the second allocation being associated with higher priority traffic than the first allocation. receiving a first allocation of uplink resources in a mobile communication network, wherein the first allocation comprises a configured grant; receiving a second allocation of uplink resources, wherein the uplink resources of the second allocation at least partially overlap in time with the uplink resources of the first allocation, wherein the second allocation is indicated using downlink control information, wherein the downlink control information includes a parameter indicating that the second allocation is a high priority allocation, wherein the second allocation is received at a later time than the first allocation; determining whether the second allocation is associated with higher priority traffic than the first allocation, such that the second allocation preempts the first allocation; and generating a transmission block, TB, according to the second allocation in response to the second allocation being associated with higher priority traffic than the first allocation.
A guide robot, comprising: a robot body ; a driving device ; a speed sensor , configured for detecting a user's walking speed; the driving device , being configured for controlling a moving speed of the guide robot so that the moving speed of the guide robot is compatible with the user's walking speed, wherein the driving device comprises a walking base-frame for moving the guide robot and a speed control device for controlling a moving speed of the walking base-frame , the moving speed of the walking base-frame being the moving speed of the guide robot; a handle placed on the robot body and configured for being held by the user; wherein the speed sensor and the speed control device are placed on or in the robot body , and the robot body is arranged over the walking base-frame , characterized in that the guide robot further comprises a flexible connecting device , configured for flexibly connecting the walking base-frame and the robot body , to enable the walking base-frame and the robot body to be slidable relative to one another along a horizontal direction in accordance with a pulling direction of the user with respect to the handle, and the horizontal direction is a walking direction of the user or is opposite to the walking direction of the user. a robot body ; a driving device ; a speed sensor , configured for detecting a user's walking speed; the driving device , being configured for controlling a moving speed of the guide robot so that the moving speed of the guide robot is compatible with the user's walking speed, wherein the driving device comprises a walking base-frame for moving the guide robot and a speed control device for controlling a moving speed of the walking base-frame , the moving speed of the walking base-frame being the moving speed of the guide robot; a handle placed on the robot body and configured for being held by the user; wherein the speed sensor and the speed control device are placed on or in the robot body , and the robot body is arranged over the walking base-frame , characterized in that the guide robot further comprises a flexible connecting device , configured for flexibly connecting the walking base-frame and the robot body , to enable the walking base-frame and the robot body to be slidable relative to one another along a horizontal direction in accordance with a pulling direction of the user with respect to the handle, and the horizontal direction is a walking direction of the user or is opposite to the walking direction of the user.
Composition comprising: A nanofibrillar parenchymal cellulose having a length of more than 1 μm and a number average diameter of 2-200 nm, preferably of 10-100 nm; and B cellulose fibers; wherein both A and B are obtained from cellulose pith. A nanofibrillar parenchymal cellulose having a length of more than 1 μm and a number average diameter of 2-200 nm, preferably of 10-100 nm; and B cellulose fibers;
Combination of a drain, such as an outlet drain or shower drain, and a seal (1; 21; 40), wherein the drain comprises a collecting tray (2; 20), wherein an inflow opening is arranged on an upper side of the drain, and wherein the seal (1; 21; 40) is arranged against an underside of a bottom (8; 22; 51) of the tray (2; 20) and extends upward from the underside of the bottom (8; 22; 51), along and beyond the upper side of the tray (2; 20), at a corner and along the periphery of the tray (2; 20) such that an upright free strip (11; 32; 44; 55) is formed, wherein the seal (1; 21; 40) comprises: - a fixing plate (3; 27; 41; 54) which has at least two straight edges (4; 29) lying at an acute angle or an angle of 90 degrees and comprises at least one fastening opening (5; 26; 42) through which a fastening means of the tray (2; 20) protrudes to fasten the fixing plate (3; 27; 41; 54) against the underside of the bottom (8; 22) of the tray (2; 20); - a watertight, flexible membrane (11, 12; 32; 44; 56) which is arranged with an edge zone on the fixing plate (3; 27; 41; 54), wherein a free part of the membrane (11, 12; 32; 44; 56) extends upward from the underside of the bottom (8; 22) of the tray (2; 20), along and beyond the upper side of the tray (2; 20), such that the upright free strip (11; 32; 44; 55) is thereby formed. - a fixing plate (3; 27; 41; 54) which has at least two straight edges (4; 29) lying at an acute angle or an angle of 90 degrees and comprises at least one fastening opening (5; 26; 42) through which a fastening means of the tray (2; 20) protrudes to fasten the fixing plate (3; 27; 41; 54) against the underside of the bottom (8; 22) of the tray (2; 20); - a watertight, flexible membrane (11, 12; 32; 44; 56) which is arranged with an edge zone on the fixing plate (3; 27; 41; 54), wherein a free part of the membrane (11, 12; 32; 44; 56) extends upward from the underside of the bottom (8; 22) of the tray (2; 20), along and beyond the upper side of the tray (2; 20), such that the upright free strip (11; 32; 44; 55) is thereby formed.
A pressure regulator , comprising: a cage with a peripheral wall forming a hollow cylinder; a pressure-balanced plug disposed inside of the hollow cylinder and forming a circumferential seal therewith; a pneumatic actuator coupled with the pressure-balanced plug , the pneumatic actuator comprising a diaphragm creating a pair of separate, airtight chambers ; a valve stem coupled on one end to the diaphragm and on the other end to the pressure-balanced plug ; a pilot unit disposed on the pneumatic actuator ; and conduit coupling the pilot unit with the pair of airtight chambers ; wherein the pilot unit comprises: a manifold with an internal flow network including part of the conduit and a fixed differential pressure pilot valve and a variable differential pressure pilot valve disposed on the manifold and in flow connection with one another via the internal flow network; wherein the pilot valves are plumbed to one another in series with the variable differential pilot valve immediately upstream of the actuator . a cage with a peripheral wall forming a hollow cylinder; a pressure-balanced plug disposed inside of the hollow cylinder and forming a circumferential seal therewith; a pneumatic actuator coupled with the pressure-balanced plug , the pneumatic actuator comprising a diaphragm creating a pair of separate, airtight chambers ; a valve stem coupled on one end to the diaphragm and on the other end to the pressure-balanced plug ; a pilot unit disposed on the pneumatic actuator ; and conduit coupling the pilot unit with the pair of airtight chambers ; wherein the pilot unit comprises: a manifold with an internal flow network including part of the conduit and a fixed differential pressure pilot valve and a variable differential pressure pilot valve disposed on the manifold and in flow connection with one another via the internal flow network; wherein the pilot valves are plumbed to one another in series with the variable differential pilot valve immediately upstream of the actuator . a manifold with an internal flow network including part of the conduit and a fixed differential pressure pilot valve and a variable differential pressure pilot valve disposed on the manifold and in flow connection with one another via the internal flow network; wherein the pilot valves are plumbed to one another in series with the variable differential pilot valve immediately upstream of the actuator .
A magnetic flux pad having a front face and a back face for generating or receiving magnetic flux, the pad comprising: a magnetically permeable core magnetically connecting two pole areas for sending or receiving flux, the pole areas comprising ends of the core ; a coil wound about the core , wherein the coil comprises a plurality of coils which are connected magnetically in series; whereby the flux enters the pad at one of the pole areas and exits the pad at the other pole area ; and a flux shaping means adjacent to the back face of the pad such that flux is directed into a space beyond the front face of the pad . a magnetically permeable core magnetically connecting two pole areas for sending or receiving flux, the pole areas comprising ends of the core ; a coil wound about the core , wherein the coil comprises a plurality of coils which are connected magnetically in series; whereby the flux enters the pad at one of the pole areas and exits the pad at the other pole area ; and a flux shaping means adjacent to the back face of the pad such that flux is directed into a space beyond the front face of the pad .
A hoisting arrangement of a hoist of a crane, the hoisting arrangement comprising a trolley , arranged to move along a main support structure of the crane, whereby the trolley comprises a support frame structure ; bearing wheels which are fastened to the support frame structure and by means of which the trolley is arranged to move along said main support structure ; a hoisting mechanism that has a rope drum for a hoisting rope , a rope pulley arrangement which has upper sheave arrangements and lower rope pulley arrangements and through which the hoisting rope may be guided from the rope drum to an attachment point , and a hoisting member in cooperation with the hoisting rope for hoisting a load; whereby the rope drum is supported to the support frame structure of the trolley so that the axle of the rope drum is parallel to the main support structure ; and in the hoisting arrangement, the disengagement point of the hoisting rope from the rope drum , the attachment point of the sheave, and the attachment point of the hoisting rope are arranged on the same vertical plane of the hoisting arrangement; the rope drum has a first end towards which the hoisting rope is wound in the hoisting member's upper position, and a second end towards which the hoisting rope is unwound in the hoisting member's lower position; characterised in that a first rope pulley of the rope pulley arrangement is so placed that the release point of the hoisting rope from the first rope pulley to a first sheave is, in the axle direction of the rope drum , further from the second end than the first end of the rope drum . a support frame structure ; bearing wheels which are fastened to the support frame structure and by means of which the trolley is arranged to move along said main support structure ; a hoisting mechanism that has a rope drum for a hoisting rope , a rope pulley arrangement which has upper sheave arrangements and lower rope pulley arrangements and through which the hoisting rope may be guided from the rope drum to an attachment point , and a hoisting member in cooperation with the hoisting rope for hoisting a load; whereby the rope drum is supported to the support frame structure of the trolley so that the axle of the rope drum is parallel to the main support structure ; and in the hoisting arrangement, the disengagement point of the hoisting rope from the rope drum , the attachment point of the sheave, and the attachment point of the hoisting rope are arranged on the same vertical plane of the hoisting arrangement; the rope drum has a first end towards which the hoisting rope is wound in the hoisting member's upper position, and a second end towards which the hoisting rope is unwound in the hoisting member's lower position; characterised in that a first rope pulley of the rope pulley arrangement is so placed that the release point of the hoisting rope from the first rope pulley to a first sheave is, in the axle direction of the rope drum , further from the second end than the first end of the rope drum .
A device comprising a power and/or telecommunications cable and/or a cable accessory, characterized in that said cable and/or said cable accessory comprises at least one fire-resistant insulating layer based on a composite material comprising at least one cement material representing from 5 to 95 % by weight relative to the total weight of the composite material, and at least one nonwoven fibrous material of soft, flexible structure, in that said layer is an inner layer of said cable or of said cable accessory, and in that the cement material is a solid material comprising silicon (Si), aluminium (Al), phosphate (P), oxygen (O) and at least one element selected from among potassium (K), sodium (Na), lithium (Li), caesium (Cs) and calcium (Ca), said solid material being a geopolymer cement or being derived from a mixture composed of an anhydrous cement and water.
A method performed by a first radio node for determining one or more precoders for beamforming of reference signals, which reference signals relate to Channel State Information, CSI, of a forward link channel from the first radio node to a second radio node , the method comprising: receiving reverse link reference signals from the second radio node , estimating a first quality value of the forward link channel based on the received reverse link reference signal, determining one or more first precoders of respective one or more first ranks based on the reverse link reference signal and the estimated first quality value, wherein at least one of out of the one or more first precoders of the respective first ranks is determined to be a first precoder of a full-rank when the estimated first quality value is below a threshold; and triggering a first transmission of one or more first forward link reference signals to the second radio node , which one or more first forward link reference signals are beamformed according to the determined respective one or more first precoders. receiving reverse link reference signals from the second radio node , estimating a first quality value of the forward link channel based on the received reverse link reference signal, determining one or more first precoders of respective one or more first ranks based on the reverse link reference signal and the estimated first quality value, wherein at least one of out of the one or more first precoders of the respective first ranks is determined to be a first precoder of a full-rank when the estimated first quality value is below a threshold; and triggering a first transmission of one or more first forward link reference signals to the second radio node , which one or more first forward link reference signals are beamformed according to the determined respective one or more first precoders.
Textile machine producing cross-wound packages, comprising: - a plurality of identical workstations , which are arranged in the area of the longitudinal sides of the textile machine and each of which has a winding device ; and - a tube supply device , which has a central tube magazine and has at least one tube conveyor belt installed in the area of the longitudinal sides of the machine, wherein a cross-wound package can be removed, if necessary, from the winding device of the relevant workstation on the textile machine producing cross-wound packages and can be transferred to a cross-wound package transport device , and an empty tube provided on the at least one tube conveyor belt of the tube supply device can be inserted by means of a tube gripper into the winding device of the relevant workstation , the tube supply device being designed in such a way that the at least one tube conveyor belt can be used as a tube accumulator for empty tubes during the operation of the textile machine producing cross-wound packages, wherein a drive is connected to the at least one tube conveyor belt , which drive enables reversible operation of the tube conveyor belt , characterised in that means for blocking the empty tubes are assigned to the at least one tube conveyor belt and these means for blocking the empty tubes are arranged at one end of the at least one tube conveyor belt . wherein a drive is connected to the at least one tube conveyor belt , which drive enables reversible operation of the tube conveyor belt , characterised in that means for blocking the empty tubes are assigned to the at least one tube conveyor belt and these means for blocking the empty tubes are arranged at one end of the at least one tube conveyor belt .