mhurhangee/patent-ind-claim-en huggingface dataset:
A method for analysing a urine sample from a subject comprising a. exposing the urine sample to a lysis buffer that is capable of releasing an Mcm protein from cells in the urine sample, wherein the lysis buffer comprises: (i) a detergent which comprises or consists of triton X-100; and (ii) a buffer component which comprises or consists of Tris or Trizma buffer; and b. performing an assay to detect the presence of the Mcm protein in the urine sample. a. exposing the urine sample to a lysis buffer that is capable of releasing an Mcm protein from cells in the urine sample, wherein the lysis buffer comprises: (i) a detergent which comprises or consists of triton X-100; and (ii) a buffer component which comprises or consists of Tris or Trizma buffer; and b. performing an assay to detect the presence of the Mcm protein in the urine sample.
A method of adjusting a transmit power for sounding reference signals in a wireless communication system, performed by a user equipment , the method comprising: determining (S510) a plurality of transmit powers used for transmitting a plurality of sounding reference signals, SRSs, in a sounding reference symbol, wherein each of the plurality of SRSs corresponds to a respective serving cell; and characterized by : if a total transmit power for the plurality of SRSs exceeds a maximum transmit power (S520), scaling (S530) each of the plurality of transmit powers with a same scaling factor to decrease each of the plurality of transmit powers. determining (S510) a plurality of transmit powers used for transmitting a plurality of sounding reference signals, SRSs, in a sounding reference symbol, wherein each of the plurality of SRSs corresponds to a respective serving cell; and characterized by : if a total transmit power for the plurality of SRSs exceeds a maximum transmit power (S520), scaling (S530) each of the plurality of transmit powers with a same scaling factor to decrease each of the plurality of transmit powers.
Load hooking device for a lifting apparatus, including a return system , a housing and a load hook mounted so as to pivot relative to the housing, the return system including an elastic means mounted between a rod secured to said housing and a crank pin fixed to said load hook, said return system being capable of exerting a return force on the load hook in order to allow said load hook to be closed, characterised in that said return system includes a device for adjusting the return force of the elastic means .
A method for creating a three-dimensional virtual reality or augmented reality rendering of an object from a 3D object, the method comprising: determining an object type based on the 3D object; creating or receiving a set of masks based on the object type, each mask representing a unique 3D portion of the object; assigning each mask in the set of masks: i) a plurality of voxels from the 3D object that corresponds to the respective mask's unique portion, and ii) a unique visual marker; determining an outer mask of the set of masks; creating a 3D mesh from the outer mask; for each vertex in an inner wall of the 3D mesh of the outer mask: a) determining a geodesic distance for each voxel in each mask, except for the outer mask, to a respective current voxel associated with the vertex, and b) modifying a respective visual marker of the vertex to have the same visual marker as the voxel with the shortest geodesic distance to the vertex; and creating the 3D virtual reality or augmented reality rendering of the object based on the outer mask and the respective unique visual marker of all of the masks. determining an object type based on the 3D object; creating or receiving a set of masks based on the object type, each mask representing a unique 3D portion of the object; assigning each mask in the set of masks: i) a plurality of voxels from the 3D object that corresponds to the respective mask's unique portion, and ii) a unique visual marker; i) a plurality of voxels from the 3D object that corresponds to the respective mask's unique portion, and ii) a unique visual marker; determining an outer mask of the set of masks; creating a 3D mesh from the outer mask; for each vertex in an inner wall of the 3D mesh of the outer mask: a) determining a geodesic distance for each voxel in each mask, except for the outer mask, to a respective current voxel associated with the vertex, and b) modifying a respective visual marker of the vertex to have the same visual marker as the voxel with the shortest geodesic distance to the vertex; and a) determining a geodesic distance for each voxel in each mask, except for the outer mask, to a respective current voxel associated with the vertex, and b) modifying a respective visual marker of the vertex to have the same visual marker as the voxel with the shortest geodesic distance to the vertex; and creating the 3D virtual reality or augmented reality rendering of the object based on the outer mask and the respective unique visual marker of all of the masks.
An acoustic structure presenting a front surface and a back surface, the acoustic structure comprising: a backing layer comprising the back surface; a honeycomb core comprising a thickness defined between a back and a front, and a plurality of walls that define a plurality of honeycomb cells , wherein the plurality of honeycomb cells extend through the thickness of the honeycomb core opening out toward at least the front, and wherein the back of the honeycomb core is affixed to the backing layer with a first adhesive layer ; a mesh layer affixed to the front of the honeycomb core with a second adhesive layer ; and a knit fabric layer affixed to the mesh layer with a third adhesive layer and conforming to the front surface of the acoustic structure , wherein the second adhesive layer and the third adhesive layer are formed as non-continuous patterned layers, such that they overlie only the plurality of walls , and do not overlie the plurality of honeycomb cells . a backing layer comprising the back surface; a honeycomb core comprising a thickness defined between a back and a front, and a plurality of walls that define a plurality of honeycomb cells , wherein the plurality of honeycomb cells extend through the thickness of the honeycomb core opening out toward at least the front, and wherein the back of the honeycomb core is affixed to the backing layer with a first adhesive layer ; a mesh layer affixed to the front of the honeycomb core with a second adhesive layer ; and a knit fabric layer affixed to the mesh layer with a third adhesive layer and conforming to the front surface of the acoustic structure , wherein the second adhesive layer and the third adhesive layer are formed as non-continuous patterned layers, such that they overlie only the plurality of walls , and do not overlie the plurality of honeycomb cells .
A dialyzer housing manufacturing system comprising: an injection molding device configured to mold a dialyzer housing , wherein the injection molding device comprises an injection mold that includes two mold halves and an alignment pin coupled to a first of the halves, wherein the alignment pin remains partially inserted into a second of the halves when the injection mold is opened after molding the dialyzer housing; and a tool coupled to a robotic arm and configured to retrieve the dialyzer housing from the molding device after the dialyzer housing is molded, the tool comprising: a frame ; a first suction cup connected to a first portion of the frame; and a second suction cup connected to a second portion of the frame, the second suction cup being oriented about 70 degrees to about 110 degrees relative to the first suction cup. an injection molding device configured to mold a dialyzer housing , wherein the injection molding device comprises an injection mold that includes two mold halves and an alignment pin coupled to a first of the halves, wherein the alignment pin remains partially inserted into a second of the halves when the injection mold is opened after molding the dialyzer housing; and a tool coupled to a robotic arm and configured to retrieve the dialyzer housing from the molding device after the dialyzer housing is molded, the tool comprising: a frame ; a first suction cup connected to a first portion of the frame; and a second suction cup connected to a second portion of the frame, the second suction cup being oriented about 70 degrees to about 110 degrees relative to the first suction cup. a frame ; a first suction cup connected to a first portion of the frame; and a second suction cup connected to a second portion of the frame, the second suction cup being oriented about 70 degrees to about 110 degrees relative to the first suction cup.
An external preparation comprising lactic acid salt of lidocaine and diclofenac or a salt thereof, wherein lactic acid salt of lidocaine is contained in an amount of 2-5 moles per mole of diclofenac or a salt thereof.
A method for selecting a carrier set for device-to-device, D2D, multi-carrier aggregation, comprising: receiving (S201), by the base station, a D2D communication request from the terminal, wherein the communication request includes expected frequency point information; if the terminal can support carrier aggregation in broadcast mode or carrier aggregation in unicast mode, the communication request also includes an indication of support for carrier aggregation in broadcast mode or an indication of support for carrier aggregation in unicast mode; sending (S201, S302), by the base station, according to the D2D communication request, carrier frequency information pre-configured for carrier set measurement and a reporting condition to the terminal, receiving (S201), by a base station, reporting information from a terminal, the reporting information comprising a plurality of carriers meeting the reporting condition by the terminal after measurement; and selecting (S202, S305), by the base station, according to a resource status of the plurality of carriers in the reporting information, a carrier set for carrier aggregation used for D2D communication of the terminal from the plurality of carriers. receiving (S201), by the base station, a D2D communication request from the terminal, wherein the communication request includes expected frequency point information; if the terminal can support carrier aggregation in broadcast mode or carrier aggregation in unicast mode, the communication request also includes an indication of support for carrier aggregation in broadcast mode or an indication of support for carrier aggregation in unicast mode; sending (S201, S302), by the base station, according to the D2D communication request, carrier frequency information pre-configured for carrier set measurement and a reporting condition to the terminal, receiving (S201), by a base station, reporting information from a terminal, the reporting information comprising a plurality of carriers meeting the reporting condition by the terminal after measurement; and selecting (S202, S305), by the base station, according to a resource status of the plurality of carriers in the reporting information, a carrier set for carrier aggregation used for D2D communication of the terminal from the plurality of carriers.
A drug delivery device, comprising: - a housing ; - a piston rod arranged in the housing and adapted to be moved along an axial direction to dispense a fluid; - a drive member arranged in the housing , operatively coupled to the piston rod and adapted to set a dose of fluid for dispense in response to a first movement of the drive member in a proximal direction and to move the piston rod along the axial direction to dispense the dose in response to a second movement of the drive member in a distal direction; characterised by - a pre-dispensing spring member operatively coupled to the drive member and the housing and adapted to move at least the drive member by a pre-dispensing distance between the first and second movement, wherein the pre-dispensing spring member is adapted to exert a force upon the drive member after the first movement, said force at least partly directed towards the direction of the second movement and causing the movement of the drive member by the pre-dispensing distance . - a housing ; - a piston rod arranged in the housing and adapted to be moved along an axial direction to dispense a fluid; - a drive member arranged in the housing , operatively coupled to the piston rod and adapted to set a dose of fluid for dispense in response to a first movement of the drive member in a proximal direction and to move the piston rod along the axial direction to dispense the dose in response to a second movement of the drive member in a distal direction; - a pre-dispensing spring member operatively coupled to the drive member and the housing and adapted to move at least the drive member by a pre-dispensing distance between the first and second movement, wherein the pre-dispensing spring member is adapted to exert a force upon the drive member after the first movement, said force at least partly directed towards the direction of the second movement and causing the movement of the drive member by the pre-dispensing distance .
A coil part , comprising: - a no-cut magnetic core of a closed magnetic path; - a coil formed by a wire; - an annular case which houses the no-cut magnetic core ; - a bobbin comprising: a cylindrical portion around which the wire of the coil is wound, inner flanges provided at opposite ends of the cylindrical portion, wherein the coil is provided between the inner flanges , outer flanges provided at opposite ends of the cylindrical portion on an outer side of the inner flanges with respect to a center position of the cylindrical portion in an axial direction and with a space being left between the outer flanges and the inner flanges containing a wire end portion, and a gear portion provided on an outer side of at least one of the outer flanges for receiving rotational force, the bobbin being rotatably supported on a linear portion of the annular case at the cylindrical portion, an outside diameter of the outer flanges is greater than an outside diameter of an addendum circle of the gear portion, and the inner flanges and the outer flanges have a recessed portion where the wire end portions of the coil are passing. - a no-cut magnetic core of a closed magnetic path; - a coil formed by a wire; - an annular case which houses the no-cut magnetic core ; - a bobbin comprising: a cylindrical portion around which the wire of the coil is wound, inner flanges provided at opposite ends of the cylindrical portion, wherein the coil is provided between the inner flanges , outer flanges provided at opposite ends of the cylindrical portion on an outer side of the inner flanges with respect to a center position of the cylindrical portion in an axial direction and with a space being left between the outer flanges and the inner flanges containing a wire end portion, and a gear portion provided on an outer side of at least one of the outer flanges for receiving rotational force, the bobbin being rotatably supported on a linear portion of the annular case at the cylindrical portion, an outside diameter of the outer flanges is greater than an outside diameter of an addendum circle of the gear portion, and the inner flanges and the outer flanges have a recessed portion where the wire end portions of the coil are passing. a cylindrical portion around which the wire of the coil is wound, inner flanges provided at opposite ends of the cylindrical portion, wherein the coil is provided between the inner flanges , outer flanges provided at opposite ends of the cylindrical portion on an outer side of the inner flanges with respect to a center position of the cylindrical portion in an axial direction and with a space being left between the outer flanges and the inner flanges containing a wire end portion, and a gear portion provided on an outer side of at least one of the outer flanges for receiving rotational force, the bobbin being rotatably supported on a linear portion of the annular case at the cylindrical portion, an outside diameter of the outer flanges is greater than an outside diameter of an addendum circle of the gear portion, and the inner flanges and the outer flanges have a recessed portion where the wire end portions of the coil are passing.
A vehicle trim part with a rear carrier element which is designed to be attached to the vehicle, a surface layer which forms an outer surface of the vehicle trim part , and, in normal use, a visible side (S) of the vehicle trim part opposite the carrier element , wherein a layer of electronic paper is arranged between the carrier element and the surface layer via which variable displays can be generated on the visible side (S) of the vehicle trim part , characterized in that the layer of electronic paper is laminated onto a plastic film, wherein a metal layer is arranged between the layer of electronic paper and the carrier element , wherein the plastic film is laminated onto the metal layer with the layer of electronic paper , and wherein the metal layer is embodied as a circuit board with electronic components for controlling the electronic paper .
A flue gas treatment system comprising: a wet desulfurization apparatus which removes sulfur oxides in flue gas from a boiler ; a mist collection/agglomeration apparatus including a discharge electrode for charging the SO3 mist provided with a high voltage power supply and a low pressure loss filter grounded, which is provided on a downstream side of the desulfurization apparatus and forms agglomerated and bloated mist by causing particles of mist contained in flue gas arriving from the wet desulfurization apparatus to be bonded together and have bloated particle sizes under the action of electrical charging; the mist collection/agglomeration apparatus causes to re-scatter the agglomerated and bloated mist therefrom; a flue gas cooling tower which cools the flue gas containing the agglomerated and bloated mist arriving from the mist collection/agglomeration apparatus ; a CO2 recovery apparatus which is constituted by a CO2 absorption tower having a CO2 absorption unit which removes CO2 contained in the flue gas from the flue gas cooling tower by being brought into contact with a CO2 absorbent and introduces the re-scattered agglomerated and bloated mist to the CO2 absorption unit side to form CO2 absorbent bloated mist bloated by the CO2 absorbent being absorbed by the agglomerated mist , and an absorbent regeneration tower which recovers CO2 by releasing CO2 from the CO2 absorbent having absorbed CO2 and regenerates the CO2 absorbent; and a mist collection unit which is provided on a gas flow downstream side of the CO2 absorption unit and collects the CO2 absorbent bloated mist . a wet desulfurization apparatus which removes sulfur oxides in flue gas from a boiler ; a mist collection/agglomeration apparatus including a discharge electrode for charging the SO3 mist provided with a high voltage power supply and a low pressure loss filter grounded, which is provided on a downstream side of the desulfurization apparatus and forms agglomerated and bloated mist by causing particles of mist contained in flue gas arriving from the wet desulfurization apparatus to be bonded together and have bloated particle sizes under the action of electrical charging; the mist collection/agglomeration apparatus causes to re-scatter the agglomerated and bloated mist therefrom; a flue gas cooling tower which cools the flue gas containing the agglomerated and bloated mist arriving from the mist collection/agglomeration apparatus ; a CO2 recovery apparatus which is constituted by a CO2 absorption tower having a CO2 absorption unit which removes CO2 contained in the flue gas from the flue gas cooling tower by being brought into contact with a CO2 absorbent and introduces the re-scattered agglomerated and bloated mist to the CO2 absorption unit side to form CO2 absorbent bloated mist bloated by the CO2 absorbent being absorbed by the agglomerated mist , and an absorbent regeneration tower which recovers CO2 by releasing CO2 from the CO2 absorbent having absorbed CO2 and regenerates the CO2 absorbent; and a mist collection unit which is provided on a gas flow downstream side of the CO2 absorption unit and collects the CO2 absorbent bloated mist .
A multi-channel stepper motor controller comprising: a first stepper motor control channel ; a second stepper motor control channel ; and each of said first stepper motor control channel and said second stepper motor control channel comprise a solid state switching circuit operable to connect a corresponding stepper motor control channel to a stepper motor, and each of said first stepper motor control channel and said second stepper motor control channel comprising : a stepper motor control circuit for connecting a power source to a stepper motor, a master high side switch connecting a high side of said stepper motor control circuit to said power source, characterised by a master low side switch connecting a low side of said stepper motor control circuit to a ground, and a microprocessor operable to control said stepper motor control circuit. a first stepper motor control channel ; a second stepper motor control channel ; and each of said first stepper motor control channel and said second stepper motor control channel comprise a solid state switching circuit operable to connect a corresponding stepper motor control channel to a stepper motor, and each of said first stepper motor control channel and said second stepper motor control channel comprising : a stepper motor control circuit for connecting a power source to a stepper motor, a master high side switch connecting a high side of said stepper motor control circuit to said power source, characterised by a master low side switch connecting a low side of said stepper motor control circuit to a ground, and a microprocessor operable to control said stepper motor control circuit. a stepper motor control circuit for connecting a power source to a stepper motor, a master high side switch connecting a high side of said stepper motor control circuit to said power source, characterised by a master low side switch connecting a low side of said stepper motor control circuit to a ground, and a microprocessor operable to control said stepper motor control circuit.
A method for supporting a shaft inside a turbine , comprising: a. inserting a support member at least partially inside said turbine ; b. connecting said shaft to said support member by a plurality of nests ; c. connecting a crane to a fulcrum on said support member ; d. lifting said support member and said shaft with said crane ; and e. moving a counterweight on said support member to change a horizontal angle of said support member . a. inserting a support member at least partially inside said turbine ; b. connecting said shaft to said support member by a plurality of nests ; c. connecting a crane to a fulcrum on said support member ; d. lifting said support member and said shaft with said crane ; and e. moving a counterweight on said support member to change a horizontal angle of said support member .