mhurhangee/patent-ind-claim-en huggingface dataset:
A system for forming a structural member, comprising: a first collimated light source ; a reservoir containing a volume of photo-monomer resin wherein the first collimated light source is positioned spaced apart from the photo-monomer resin; a first face sheet structure defining at least one bore which extends through the first face sheet structure wherein a portion of the first face sheet structure is positioned under a surface of the volume of photo-monomer resin such that photo-monomer resin is positioned within the bore; characterised in that the system comprises an ultraviolet (UV) transparent sheet positioned between the first collimated light source and the first face sheet structure. a first collimated light source ; a reservoir containing a volume of photo-monomer resin wherein the first collimated light source is positioned spaced apart from the photo-monomer resin; a first face sheet structure defining at least one bore which extends through the first face sheet structure wherein a portion of the first face sheet structure is positioned under a surface of the volume of photo-monomer resin such that photo-monomer resin is positioned within the bore; characterised in that the system comprises an ultraviolet (UV) transparent sheet positioned between the first collimated light source and the first face sheet structure.
A support bracket comprising a support portion configured to be attached to, when in use, a first furniture member , a first mounting portion , and a second mounting portion , the first and second mounting portions being configured to, when in use, be attached to a second furniture member by fastening means , characterized in that the first mounting portion extends from the support portion with a first angle (A1) being between 91-110 degrees, and the second mounting portion extends from the first mounting portion with a second angle (A2) being between 160-179 degrees. a support portion configured to be attached to, when in use, a first furniture member , a first mounting portion , and a second mounting portion , the first and second mounting portions being configured to, when in use, be attached to a second furniture member by fastening means , characterized in that the first mounting portion extends from the support portion with a first angle (A1) being between 91-110 degrees, and the second mounting portion extends from the first mounting portion with a second angle (A2) being between 160-179 degrees.
A mounting system for mounting a marine electronics unit having a screen to a boat console panel and comprising: a base to be connected to the boat console panel and aligned with a mounting hole in the boat console panel; an actuator connected to the base; a mounting plate connected to the actuator; and at least one pivot mount connected to the mounting plate to be connected to the marine electronics unit; wherein the actuator is configured to move the mounting plate between a stowed position where the marine electronics unit is flush with a front side of the boat console panel with the screen viewable at a fixed viewing angle, and an extended position in which the marine electronics unit is spaced apart from the front side of the boat console panel and pivotable using the at least one pivot mount to orient the screen at different viewing angles; and a sealing gasket carried by the mounting plate and configured to seal the mounting plate with a back side of the boat console panel when the mounting plate is in the extended position. a base to be connected to the boat console panel and aligned with a mounting hole in the boat console panel; an actuator connected to the base; a mounting plate connected to the actuator; and at least one pivot mount connected to the mounting plate to be connected to the marine electronics unit; wherein the actuator is configured to move the mounting plate between a stowed position where the marine electronics unit is flush with a front side of the boat console panel with the screen viewable at a fixed viewing angle, and an extended position in which the marine electronics unit is spaced apart from the front side of the boat console panel and pivotable using the at least one pivot mount to orient the screen at different viewing angles; and a sealing gasket carried by the mounting plate and configured to seal the mounting plate with a back side of the boat console panel when the mounting plate is in the extended position.
An antibacterial composition comprising at least (a) a bacteriophage having lytic activity to a Pseudomonas aeruginosa ( P. aeruginosa ) strain and having a genome comprising the nucleotide sequence of SEQ ID NO: 5 or a sequence having at least 97% identity over the entire length thereto; and (b) a bacteriophage having lytic activity to a Pseudomonas aeruginosa ( P. aeruginosa ) strain selected from the bacteriophages having a genome comprising a nucleotide sequence of any one of SEQ ID NOs: 1 to 4 and 6 to 13 or a sequence having at least 97% identity over the entire length thereto.
A spinning frame configured to wind yarn spun from roved yarn on a roved yarn bobbin around a bobbin to form a yarn supply bobbin , the spinning frame comprising: a state acquisition unit configured to acquire a first state in which the roved yarn bobbin around which the roved yarn is wound has run out of the roved yarn and/or a second state corresponding to a predetermined timing before finishing winding the yarn for performing doffing of the yarn supply bobbin around which the yarn is being wound; a plurality of roller pairs configured to draft the roved yarn ; a plurality of drive units configured to drive at least one roller of the roller pair in each of the roller pairs ; and a control unit configured to control at least one of the drive units such that the yarn after spinning becomes thick, when the state acquisition unit acquires the first state being reached or the second state being reached. a state acquisition unit configured to acquire a first state in which the roved yarn bobbin around which the roved yarn is wound has run out of the roved yarn and/or a second state corresponding to a predetermined timing before finishing winding the yarn for performing doffing of the yarn supply bobbin around which the yarn is being wound; a plurality of roller pairs configured to draft the roved yarn ; a plurality of drive units configured to drive at least one roller of the roller pair in each of the roller pairs ; and a control unit configured to control at least one of the drive units such that the yarn after spinning becomes thick, when the state acquisition unit acquires the first state being reached or the second state being reached.
A method for preparing a dental treatment appliance comprising a tray molded to cover a patient's teeth, the method comprising: injection overmolding a thermoplastic material with a thermoplastic elastomer material to form a chemically bonded material; and thermoforming the injection overmolded chemically bonded material to form the tray. injection overmolding a thermoplastic material with a thermoplastic elastomer material to form a chemically bonded material; and thermoforming the injection overmolded chemically bonded material to form the tray.
A filling, coating or spread for use in food applications comprising a structured fat system, wherein the structured fat system comprises from 10 w/w% to 90 w/w% of a lipid and from 10 w/w% to 90 w/w% of an edible porous particle, wherein the lipid is present as a continuous phase in said structured fat system, wherein the edible porous particle is a pregelatinized porous starch particle having an oil absorption capacity of from 5 to 50%.
A pond filter arrangement comprising: a pond filter comprising a housing having a fluid inlet and a fluid outlet , a chamber within the housing for receiving a plurality of filter media elements and which is disposed in a flow path between the inlet and the outlet , and an agitation member disposed in the chamber for agitating carried filter media elements in a cleaning process and a plurality of filter media elements provided in the chamber, wherein the filter media elements are compressible open celled foam portions which, under action of the agitation member , are free to change location within the chamber and move relative to one another, wherein the agitation member is arranged for rotation, about an axis, within the chamber, and at least one side wall of the chamber for receiving a plurality of filter media elements is provided with projecting elongate portions which extend on the side wall transversely to a rotation direction of the agitation member about the axis for resisting rotation of the filter media elements. a pond filter comprising a housing having a fluid inlet and a fluid outlet , a chamber within the housing for receiving a plurality of filter media elements and which is disposed in a flow path between the inlet and the outlet , and an agitation member disposed in the chamber for agitating carried filter media elements in a cleaning process and a plurality of filter media elements provided in the chamber, wherein the filter media elements are compressible open celled foam portions which, under action of the agitation member , are free to change location within the chamber and move relative to one another, wherein the agitation member is arranged for rotation, about an axis, within the chamber, and at least one side wall of the chamber for receiving a plurality of filter media elements is provided with projecting elongate portions which extend on the side wall transversely to a rotation direction of the agitation member about the axis for resisting rotation of the filter media elements.
A method of obtaining path information of an Unmanned Aerial Vehicle, UAV, being applicable to a base station, and comprising: receiving (S11) indication information from a UAV, wherein the indication information indicates whether the UAV has a capability of sending path information; in response to that the UAV has the capability of sending the path information according to the indication information, sending (S12) configuration information to the UAV, wherein an information element of the configuration information indicates whether the UAV is allowed to send the path information to the base station; and in response to that the UAV is allowed to send the path information to the base station, receiving (S13) the path information from the UAV receiving (S11) indication information from a UAV, wherein the indication information indicates whether the UAV has a capability of sending path information; in response to that the UAV has the capability of sending the path information according to the indication information, sending (S12) configuration information to the UAV, wherein an information element of the configuration information indicates whether the UAV is allowed to send the path information to the base station; and in response to that the UAV is allowed to send the path information to the base station, receiving (S13) the path information from the UAV
A display unit comprising an optical member extending along a first plane and having a thickness in a first direction perpendicular to the first plane, and a light-emitting device , the optical member comprising n-number of inclined surfaces (S), the n-number of inclined surfaces (S) including first to n-th inclined surfaces (S), the first to n-th inclined surfaces (S) being positioned in respective regions other than regions overlapping each other in the first direction, the first to n-th inclined surfaces (S) each being inclined at an angle A m with respect to the first plane and allowing entering light to pass therethrough, the angle A m being smaller than 90 degrees, wherein the following conditional expression and the following conditional expression are satisfied, WA ≥ A m − A m − 1 A n > A n − 1 ⋯ > A m > A m − 1 > ⋯ A 2 > A 1 where "WA" is an angle corresponding to a value equal to or smaller than a half-width of a light distribution of the entering light, "A m " is an angle of an m-th inclined surface with respect to the first plane, "A m-1 " is an angle of an (m-1)-th inclined surface with respect to the first plane, "n" is a natural number that is equal to or greater than 2, and "m" is any natural number that is equal to or smaller than "n", wherein all of the n-number of inclined surfaces (S) are contiguous and the n-number of inclined surfaces (S) comprise respective side surfaces of n-number of cones (C), the n-number of cones (C) each having a height in the first direction.
Shaft arrangement having a shaft covering frame and a shaft tube made of a synthetic material, wherein the shaft covering frame has a tubular insertion section , which can be inserted into a first tube opening of the shaft tube , characterised in that at least one clamping means is arranged on the insertion section , which clamping means elastically enlarges an inner cross-section of the shaft tube in the region of the clamping means , and elastically reduces this in the region of the retaining projection , when the shaft arrangement is in the assembled state, wherein the retaining projection is moulded into an inner surface of the shaft tube and in the assembled state is connected positively to the shaft tube by plastic deformation of the shaft tube .
A connection method for a multimedia playing device of a multimedia playing system, the multimedia playing system comprising a plurality of multimedia playing devices, the plurality of multimedia playing devices communicating with each other through a private network, the method being applied in a target multimedia playing device which being one of the plurality of multimedia playing devices and comprising: receiving selection information based on a playing device information list from a control terminal , wherein the playing device information list contains names of the plurality of multimedia playing devices; determining a multimedia playing device to be connected in accordance with the selection information; acquiring wireless connection information of the particular type of wireless connection function of the multimedia playing device to be connected from the playing device to be connected ; and transmitting the wireless connection information acquired to the control terminal, wherein the wireless connection information is configured for the control terminal to establish a particular type of wireless communication connection with the multimedia playing device to be connected in accordance with the wireless connection information . receiving selection information based on a playing device information list from a control terminal , wherein the playing device information list contains names of the plurality of multimedia playing devices; determining a multimedia playing device to be connected in accordance with the selection information; acquiring wireless connection information of the particular type of wireless connection function of the multimedia playing device to be connected from the playing device to be connected ; and transmitting the wireless connection information acquired to the control terminal, wherein the wireless connection information is configured for the control terminal to establish a particular type of wireless communication connection with the multimedia playing device to be connected in accordance with the wireless connection information .
An energy storage device comprising: a current collector ; an insulating member that abuts on the current collector ; an electrode assembly ; and a leading plate that connects the electrode assembly and the current collector , wherein the current collector is sandwiched between the insulating member and the leading plate , the insulating member is in contact with the surface on the opposite side to the surface, that is in contact with the leading plate , of the current collector , the leading plate includes an engaging unit that engages the insulating member or the current collector , and the insulating member or the current collector includes an engaged unit that the engaging unit of the leading plate engages, wherein the engaged unit is a projection , and the engaging unit is a notch engaging the projection . a current collector ; an insulating member that abuts on the current collector ; an electrode assembly ; and a leading plate that connects the electrode assembly and the current collector , wherein the current collector is sandwiched between the insulating member and the leading plate , the insulating member is in contact with the surface on the opposite side to the surface, that is in contact with the leading plate , of the current collector , the leading plate includes an engaging unit that engages the insulating member or the current collector , and the insulating member or the current collector includes an engaged unit that the engaging unit of the leading plate engages, wherein the engaged unit is a projection , and the engaging unit is a notch engaging the projection .
An electronic component package body , comprising a substrate , an electronic component , and first pins , wherein the substrate comprises a bottom surface , a top surface , and a first side surface ; the bottom surface and the top surface are disposed facing away from each other; the first side surface is connected between the bottom surface and the top surface ; the electronic component is packaged inside the substrate; the first pins are embedded in the substrate , penetrate from the bottom surface to the top surface , and are exposed on the first side surface ; and a part of the first pin that is exposed on the bottom surface and a part of the first pin that is exposed on the first side surface are used for soldering with solder, characterized in that a first pad and a second pad are disposed on the top surface , the first pad is spaced from the second pad , the electronic component package body further comprises a bonding wire , and the bonding wire is electrically connected between the first pad and the second pad ; and the electronic component package body further comprises a package body , the package body is located on a side that is of the top surface and that is far away from the bottom surface , the bonding wire is packaged inside the package body , and the package body is made of a magnetic material, wherein the package body covers a partial region of the top surface , and an edge of the top surface is exposed relative to the package body . a first pad and a second pad are disposed on the top surface , the first pad is spaced from the second pad , the electronic component package body further comprises a bonding wire , and the bonding wire is electrically connected between the first pad and the second pad ; and the electronic component package body further comprises a package body , the package body is located on a side that is of the top surface and that is far away from the bottom surface , the bonding wire is packaged inside the package body , and the package body is made of a magnetic material, wherein the package body covers a partial region of the top surface , and an edge of the top surface is exposed relative to the package body .
A manufacturing method of a semiconductor chip, wherein the manufacturing method comprises: providing a substrate ; forming a first patterned block layer on the substrate ; removing a part of the substrate , through the first patterned block layer , to form a fin , wherein the fin comprises a base portion and a protrusion connected with the base portion , the protrusion is projected with respect to an upper surface of the base portion ; forming a second patterned block layer covering the upper surface of the base portion , wherein the second patterned block layer has a hollow portion exposing the protrusion ; thinning the protrusion through the hollow portion , thereby forming a recess, and the recess is recessed with respect to the upper surface of the base portion ; removing the second patterned block layer ; and forming an insulation layer covering the base portion and the protrusion , wherein the protrusion is projected with respect to the insulation layer , wherein in step of removing the part of the substrate , a plurality of the fins are formed, wherein the fins comprises a plurality of edge fins and an inner fin located between the fins and wherein a width (W1) of the inner fin is thinner than a width (W1') of the edge fins ; in step of forming the second patterned block layer covering the upper surface of the base portion , the second patterned block layer has a plurality of the hollow portions , the edge fins are exposed from the hollow portions ; and in step of thinning the fin through the hollow portion , the protrusions of the edge fins are thinned through the hollow portions . providing a substrate ; forming a first patterned block layer on the substrate ; removing a part of the substrate , through the first patterned block layer , to form a fin , wherein the fin comprises a base portion and a protrusion connected with the base portion , the protrusion is projected with respect to an upper surface of the base portion ; forming a second patterned block layer covering the upper surface of the base portion , wherein the second patterned block layer has a hollow portion exposing the protrusion ; thinning the protrusion through the hollow portion , thereby forming a recess, and the recess is recessed with respect to the upper surface of the base portion ; removing the second patterned block layer ; and forming an insulation layer covering the base portion and the protrusion , wherein the protrusion is projected with respect to the insulation layer , wherein in step of removing the part of the substrate , a plurality of the fins are formed, wherein the fins comprises a plurality of edge fins and an inner fin located between the fins and wherein a width (W1) of the inner fin is thinner than a width (W1') of the edge fins ; in step of forming the second patterned block layer covering the upper surface of the base portion , the second patterned block layer has a plurality of the hollow portions , the edge fins are exposed from the hollow portions ; and in step of thinning the fin through the hollow portion , the protrusions of the edge fins are thinned through the hollow portions .
Method of controlling at least one wind turbine having a wind turbine tower and being connected to a utility grid , the method comprising: dynamically filtering an utility grid active power in dependence of a damping signal provided for counteracting an oscillation of the wind turbine tower ; and controlling the wind turbine in dependence of the filtered utility grid active power . dynamically filtering an utility grid active power in dependence of a damping signal provided for counteracting an oscillation of the wind turbine tower ; and controlling the wind turbine in dependence of the filtered utility grid active power .