mhurhangee/patent-ind-claim-en huggingface dataset:
A beam switching method in a multi beam network comprising a user equipment and at least one node providing multiple beams (B 1,1 , B 1,2 , B 1,3 , B 2,1 , B 2,2 , B 2,3 ), wherein the method comprises the following steps: a) conducting a beam switching process of the user equipment from a first beam (B 1,2 ) provided by the at least one node to a second beam (B 1,1 ; B 2,2 ), and b) sending a first numerology control message from the at least one node to the user equipment prior to the beam switching process , wherein the first numerology control message comprises a first numerology (N 1 ) and/or an instruction for the user equipment to reduce numerology to achieve a first numerology (N 1 ), wherein the first numerology (N 1 ) is used by the user equipment and the at least one node during the beam switching process, wherein the first numerology (N 1 ) defines waveform parameters, wherein the first numerology (N 1 ) is a more robust and reliable numerology than during normal communication, wherein the waveform parameters are a subcarrier spacing and/or a length of a cyclic prefix, wherein the subcarrier spacing and/or the cyclic prefix are enlarged for decreasing numerology, and wherein the subcarrier spacing and/or the cyclic prefix are reduced for increasing numerology. a) conducting a beam switching process of the user equipment from a first beam (B 1,2 ) provided by the at least one node to a second beam (B 1,1 ; B 2,2 ), and b) sending a first numerology control message from the at least one node to the user equipment prior to the beam switching process ,
A nail gun , comprising: a housing formed with an accommodating space ; a cylinder connected to the housing and used for storing gases; a firing assembly at least partially disposed in the cylinder and capable of moving from an initial position to a firing position in the cylinder to drive a nail out; a power output assembly disposed in the accommodating space and used for outputting a driving force to drive the firing assembly to move in the cylinder; and a drive wheel connected to an output shaft of the power output assembly and used for driving, under the drive of the power output assembly, the firing assembly to move in the cylinder; wherein the drive wheel has a first drive tooth and second drive teeth , characterized in that a radius of an addendum circle of the first drive tooth is less than a radius of an addendum circle of a second drive tooth, the first drive tooth is a drive tooth disposed at a start end of the drive wheel, and the first drive tooth meshes with the firing assembly when the drive wheel starts driving the firing assembly to reset. a housing formed with an accommodating space ; a cylinder connected to the housing and used for storing gases; a firing assembly at least partially disposed in the cylinder and capable of moving from an initial position to a firing position in the cylinder to drive a nail out; a power output assembly disposed in the accommodating space and used for outputting a driving force to drive the firing assembly to move in the cylinder; and a drive wheel connected to an output shaft of the power output assembly and used for driving, under the drive of the power output assembly, the firing assembly to move in the cylinder; wherein the drive wheel has a first drive tooth and second drive teeth , characterized in that a radius of an addendum circle of the first drive tooth is less than a radius of an addendum circle of a second drive tooth, the first drive tooth is a drive tooth disposed at a start end of the drive wheel, and the first drive tooth meshes with the firing assembly when the drive wheel starts driving the firing assembly to reset.
A system for remotely opening an access hatch of a storage tank , comprising: an elongate arm having a proximal end configured to be operatively coupled to a lid of the access hatch and a distal end extendable past an outer perimeter of the storage tank ; a pull cable attached to the arm at the distal end and being extendable toward a ground adjacent the storage tank , wherein, in use, wherein pulling on the pull cable releases a latch that secures the lid to a base of the access hatch and allows the lid to pivot from a closed position to an open position; characterised in that it comprises further : a support frame configured to be operatively coupled to the access hatch ; a pulley system mounted to the support frame ; a weight cable having a first end configured to be operatively coupled to the latch and extending to the pulley system ; and a counterweight coupled to a second end of the weight cable , wherein, in use, the counterweight causes the weight cable to constantly urge the latch to an unlatched position, and wherein, in use, once the latch becomes unlatched, gravitational pull of the counterweight acts on the weight cable to pivot the lid to the open position. an elongate arm having a proximal end configured to be operatively coupled to a lid of the access hatch and a distal end extendable past an outer perimeter of the storage tank ; a pull cable attached to the arm at the distal end and being extendable toward a ground adjacent the storage tank , wherein, in use, wherein pulling on the pull cable releases a latch that secures the lid to a base of the access hatch and allows the lid to pivot from a closed position to an open position; characterised in that it comprises further : a support frame configured to be operatively coupled to the access hatch ; a pulley system mounted to the support frame ; a weight cable having a first end configured to be operatively coupled to the latch and extending to the pulley system ; and a counterweight coupled to a second end of the weight cable , wherein, in use, the counterweight causes the weight cable to constantly urge the latch to an unlatched position, and wherein, in use, once the latch becomes unlatched, gravitational pull of the counterweight acts on the weight cable to pivot the lid to the open position.
A connection device for connecting together electrically-conductive tubes and a body defining a channel having two end segments , each arranged to receive an end of one of the tubes, each end segment being provided with an annular recess provided with a flank facing towards an inlet of said end segment , the device including at least one elastically deformable electrical conductor element having ends bearing against said flanks of the annular recesses and at least one intermediate portion extending into the channel , characterized in that the intermediate portion is curved and projects into the channel in order to bear against the outside surfaces of the tube ends and to provide electrical continuity between the two tube ends.
A heavy-duty tire comprising a tread part , wherein in a tire cross section including a tire rotation axis in a 5% internal pressure state in which the tire is mounted to a normal rim and is filled with air at an internal pressure of 5% of a normal internal pressure and is loaded with no load, a profile of the tread part includes a crown profile that includes a tire equator (C); and a pair of shoulder profiles that respectively extend from both outer sides of the crown profile to tread edges, the crown profile and the shoulder profiles each have an arc shape that is convex toward a tire radial direction outer side, and a tire axial direction distance (L1) from the tire equator (C) to a connecting point between the crown profile and each of the shoulder profiles is 0.70 or more times a tread half width (TWh), characterized in that a ratio (Rc/Rs) of a curvature radius (Rc) of the crown profile to a curvature radius (Rs) of each of the shoulder profiles is 7.0 or more and 9.5 or less. a crown profile that includes a tire equator (C); and a pair of shoulder profiles that respectively extend from both outer sides of the crown profile to tread edges,
A first node apparatus comprising means for; enabling establishing of a split bearer with a second node apparatus; providing an indication to the second node apparatus identifying a cell group to which the split bearer is mapped; and characterized in providing an indication to the second node apparatus that traffic of the split bearer on the cell group is restricted. enabling establishing of a split bearer with a second node apparatus; providing an indication to the second node apparatus identifying a cell group to which the split bearer is mapped; and characterized in providing an indication to the second node apparatus that traffic of the split bearer on the cell group is restricted.
A method of measuring a torque applied to a rotatable object mounted on a support structure , the method comprising the following steps: providing a sensor assembly with a flat surface adapted for engaging the rotatable object , said assembly including a force sensor ; contacting a cylindrical surface of the object with said flat surface through the application of a radial force sufficient for frictional engagement of the object , characterized in the further steps of: applying a progressively increasing tangential force to said cylindrical surface of the object by translating the sensor assembly in a direction normal to an axis of rotation of the object , thereby causing the rotation of the object; measuring said tangential force with the force sensor during said step of applying the tangential force; and utilizing tangential-force values produced by the measuring step to determine torque characteristics of the rotatable object . providing a sensor assembly with a flat surface adapted for engaging the rotatable object , said assembly including a force sensor ; contacting a cylindrical surface of the object with said flat surface through the application of a radial force sufficient for frictional engagement of the object , characterized in the further steps of: applying a progressively increasing tangential force to said cylindrical surface of the object by translating the sensor assembly in a direction normal to an axis of rotation of the object , thereby causing the rotation of the object; measuring said tangential force with the force sensor during said step of applying the tangential force; and utilizing tangential-force values produced by the measuring step to determine torque characteristics of the rotatable object . applying a progressively increasing tangential force to said cylindrical surface of the object by translating the sensor assembly in a direction normal to an axis of rotation of the object , thereby causing the rotation of the object; measuring said tangential force with the force sensor during said step of applying the tangential force; and utilizing tangential-force values produced by the measuring step to determine torque characteristics of the rotatable object .
A panel for providing heating and cooling, characterised in that the panel comprises at least one body , the body comprising a porous medium of porous particles that are joined, with each porous particle having a pore structure; a phase change material that has a latent heat of fusion which allows the body to cool and heat a space by transitioning between solid and liquid states, the phase change material being loaded into the particles such that at least some of the phase change material is directly loaded into the pore structures of the porous particles, and further, such that when in its liquid state, the at least some of the phase change material is held within the particles by surface tension within the pore structures of the porous particles; and characterized in further comprising a thermally conductive metal fibre for enhancing the flexural strength and conductivity of the body ; wherein the body is pressure-cast and is formed by casting a mixture of the porous medium , the phase change material and the thermally conductive metal fibre in a mould and applying pressure thereto. a porous medium of porous particles that are joined, with each porous particle having a pore structure; a phase change material that has a latent heat of fusion which allows the body to cool and heat a space by transitioning between solid and liquid states, the phase change material being loaded into the particles such that at least some of the phase change material is directly loaded into the pore structures of the porous particles, and further, such that when in its liquid state, the at least some of the phase change material is held within the particles by surface tension within the pore structures of the porous particles; and characterized in further comprising a thermally conductive metal fibre for enhancing the flexural strength and conductivity of the body ;
A method for processing data in a data processing system, the method including: receiving input data by the data processing system, the input data provided by an application executing on the data processing system; determining a characteristic of the input data; identifying, by the application, a dynamic component from multiple available dynamic components based on the determined characteristic, the multiple available dynamic components being stored in a data storage system; dynamically loading the identified dynamic component into the application and processing the input data using the identified dynamic component; determining one or more performance metrics associated with the processing of the input data using the identified dynamic component loaded into the application; and characterised in that the method further comprises: based on an identifier of the identified dynamic component, aggregating the one or more performance metrics of the processing of the input data using the identified dynamic component loaded into the application with performance metrics of other executions of the identified dynamic component loaded into one or more other applications. receiving input data by the data processing system, the input data provided by an application executing on the data processing system; determining a characteristic of the input data; identifying, by the application, a dynamic component from multiple available dynamic components based on the determined characteristic, the multiple available dynamic components being stored in a data storage system; dynamically loading the identified dynamic component into the application and processing the input data using the identified dynamic component; determining one or more performance metrics associated with the processing of the input data using the identified dynamic component loaded into the application; and characterised in that the method further comprises: based on an identifier of the identified dynamic component, aggregating the one or more performance metrics of the processing of the input data using the identified dynamic component loaded into the application with performance metrics of other executions of the identified dynamic component loaded into one or more other applications.
Sensor housing with a beamforming element as well as a sensor element , comprising a radiation source and/or a radiation receiver , and with a housing surface having an opening for the beamforming element , characterized in that the beamforming element is executed as a lens for beamforming radar radiation, wherein the lens protrudes from the housing surface , and the housing surface and the lens are overtopped by at least two collar elements for the protection of the lens , wherein a rinsing opening is arranged between the two collar elements .
A gripper for capping machines, in particular multi-head capping machines, intended for capping a container, in particular a bottle, said container is adapted to being capped, in particular has a threaded neck for being capped, where said gripper has: a body capable of revolving on the axis of rotation, and at least two levers adapted to assuming at least two different positions: - the first position in which it is possible to insert a cap between the gripper levers; - the second position in which the cap is locked between the gripper levers at least rotationally; characterized in that at least one lever is attached to the gripper body by means of at least two movable arms , each arm being attached in a hinged way to the body and to that lever , where the movable arms and the lever are configured so that when changing the position of the lever from the first position to the second position, the movable arms turn in relation to the gripper body , and said at least one lever moves up or down in relation to the gripper body , while the axis of this lever - defined as a straight line that passes through the points of the hinged attachment of the movable arms to this lever - is parallel to the axis of rotation of the gripper in both the first position and the second position. - the first position in which it is possible to insert a cap between the gripper levers; - the second position in which the cap is locked between the gripper levers at least rotationally; the movable arms and the lever are configured so that when changing the position of the lever from the first position to the second position, the movable arms turn in relation to the gripper body , and said at least one lever moves up or down in relation to the gripper body , while the axis of this lever - defined as a straight line that passes through the points of the hinged attachment of the movable arms to this lever - is parallel to the axis of rotation of the gripper in both the first position and the second position.
Fixed dose tablet formulation comprising metformin and acarbose, at least one disintegrant, at least one flow agent and/or lubricant, characterized in that the moisture content of said formulation is 1.6% to 3.0%, and a hydroxypropylcellulose as dry binder, which has a viscosity of 2 to 3 mPas at a molecular weight of about 40,000 g/mol and a particle size D50 of about 20 μm, D90 of 50 μm respectively, and another hydroxypropylcellulose as dry binder that has a viscosity of 6 to 10 mPas at a molecular weight of about 140,000 g/mol and a particle size D50 of about 160 μm, D90 of 335 μm or 355 μm respectively. metformin and acarbose, at least one disintegrant, at least one flow agent and/or lubricant, characterized in that the moisture content of said formulation is 1.6% to 3.0%, and a hydroxypropylcellulose as dry binder, which has a viscosity of 2 to 3 mPas at a molecular weight of about 40,000 g/mol and a particle size D50 of about 20 μm, D90 of 50 μm respectively, and another hydroxypropylcellulose as dry binder that has a viscosity of 6 to 10 mPas at a molecular weight of about 140,000 g/mol and a particle size D50 of about 160 μm, D90 of 335 μm or 355 μm respectively.
A method of replacing a wind turbine blade comprising: connecting a plurality of first hoisting devices between a wind turbine support hub and the wind turbine blade ; suspending the wind turbine blade from the wind turbine support hub through the plurality of first hoisting devices ; connecting a plurality of second hoisting devices between the wind turbine support hub and the wind turbine blade , each of the second hoisting devices having a first end portion fixedly supported within wind turbine support hub and a second end portion , said second end portion being connected to the wind turbine blade , wherein a cable is threaded through pulleys carried by said first and second end portions , said cable including a tag end that extends to the ground; supporting the wind turbine blade with the plurality of second hoisting devices ; disconnecting the plurality of first hoisting devices from the wind turbine blade ; and lowering the wind turbine blade to the ground, with the second hoisting devices . connecting a plurality of first hoisting devices between a wind turbine support hub and the wind turbine blade ; suspending the wind turbine blade from the wind turbine support hub through the plurality of first hoisting devices ; connecting a plurality of second hoisting devices between the wind turbine support hub and the wind turbine blade , each of the second hoisting devices having a first end portion fixedly supported within wind turbine support hub and a second end portion , said second end portion being connected to the wind turbine blade , wherein a cable is threaded through pulleys carried by said first and second end portions , said cable including a tag end that extends to the ground; supporting the wind turbine blade with the plurality of second hoisting devices ; disconnecting the plurality of first hoisting devices from the wind turbine blade ; and lowering the wind turbine blade to the ground, with the second hoisting devices .
Heat exchanger comprising : • a shell extending in a longitudinal direction D from a first end to a second end and comprising a mantle extending from the first end to the second end , and • a solid inner core made of a core material and located inside the shell , the core extending in direction D from a first extremity towards the first end to a second extremity towards the second end , whereby: • at least one first flow path is provided inside the core , each first flow path extending from the first extremity to the second extremity of the core , • n circuitous second flow paths extend through the core and/or between the core and the mantle , so that the at least one first flow path is surrounded by the n second flow paths over a non-zero rectilinear distance ΔL in direction D, n being an integer greater than 1, the heat exchanger being characterized in that each second flow path has an outer wall which: • is formed by the core material when said second flow path extends through the core and • is formed by combination of the core material and the mantle of the shell when said second flow path extends between the core and the mantle . • a shell extending in a longitudinal direction D from a first end to a second end and comprising a mantle extending from the first end to the second end , and • a solid inner core made of a core material and located inside the shell , the core extending in direction D from a first extremity towards the first end to a second extremity towards the second end , • at least one first flow path is provided inside the core , each first flow path extending from the first extremity to the second extremity of the core , • n circuitous second flow paths extend through the core and/or between the core and the mantle , so that the at least one first flow path is surrounded by the n second flow paths over a non-zero rectilinear distance ΔL in direction D, n being an integer greater than 1, the heat exchanger being characterized in that each second flow path has an outer wall which: • is formed by the core material when said second flow path extends through the core and • is formed by combination of the core material and the mantle of the shell when said second flow path extends between the core and the mantle . • is formed by the core material when said second flow path extends through the core and • is formed by combination of the core material and the mantle of the shell when said second flow path extends between the core and the mantle .