mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the manufacture of a plastic component, in particular a cushioning element for sports apparel, comprising: a. loading a mold (no) with a first material which comprises particles of an expanded material; and b. fusing the surfaces of the particles by supplying energy, c. wherein the energy is supplied in the form of at least one electromagnetic field (130; 135; 140), wherein d. the particles further comprise an energy absorbing material, which absorbs the energy supplied by the at least one electromagnetic field (130; 135; 140) such that the energy absorbing material contributes to the fusing of the surfaces of the particles , and characterized in that e. the average amount of energy absorbing material per particle varies within the mold . a. loading a mold (no) with a first material which comprises particles of an expanded material; and b. fusing the surfaces of the particles by supplying energy, c. wherein the energy is supplied in the form of at least one electromagnetic field (130; 135; 140), wherein d. the particles further comprise an energy absorbing material, which absorbs the energy supplied by the at least one electromagnetic field (130; 135; 140) such that the energy absorbing material contributes to the fusing of the surfaces of the particles , and characterized in that e. the average amount of energy absorbing material per particle varies within the mold .
A variable focus lens comprising an elastically deformable optical element and a circumferential mechanism to transfer a rotational movement to an axial movement, wherein said mechanism comprises a ball bearing system and an outer thread ring with a helical thread , which thread ring is supported on a fixed element via a ball bearing comprised by the ball bearing system so that the thread ring is rotatable with respect to the fixed element about the axial direction, wherein the lens comprises at least one ring-shaped elastic spring element applying a preloading force in a primarily axial direction (A), avoiding axial play within a helical thread , minimizing optical hysteresis in a focal length thereof, wherein the lens comprises a container element , which comprises a container ring , wherein the container ring comprises an outer thread that meshes with the helical thread so that the container element is moved axially in the axial direction (A) when the thread ring is rotated about the axial direction (A), and wherein either the elastic spring element is integrated in the container ring or the container ring is made of several components, wherein the container ring comprises a first ring and a second ring which both form said outer thread of the container ring , wherein the spring element is arranged between the first ring and the second ring and is configured to push said rings apart, so as to reduce an axial play of the helical thread .
A method of fabricating an electrochromic device comprising one or more material layers having an electrochromic layer, the one or more material layers sandwiched between a first conductor layer and a second conductor layer, the method comprising, in order: (i) receiving a substrate with the first conductor layer over its surface ; (ii) removing a first width of the first conductor layer in a region along between 50% and 90% of the perimeter of the substrate while leaving a pad of the first conductor layer extending to the perimeter edge and coextensive with the first width along the perimeter edge of the substrate such that the pad of the first conductor layer is along between 50% and 90% of the perimeter ; (iii) depositing the one or more material layers of the electrochromic device and the second conductor layer over the surface of the substrate ; and (iv) removing by laser edge deletion (LED), a second width of the one or more material layers , the first conductor layer, and the second conductor layer along the entire perimeter of the substrate, wherein the depth of removal of the second width is at least sufficient to remove the first conductor layer, and wherein the second width is sufficient to remove the pad, wherein at least one of the first and second conductor layers is transparent. (i) receiving a substrate with the first conductor layer over its surface ; (ii) removing a first width of the first conductor layer in a region along between 50% and 90% of the perimeter of the substrate while leaving a pad of the first conductor layer extending to the perimeter edge and coextensive with the first width along the perimeter edge of the substrate such that the pad of the first conductor layer is along between 50% and 90% of the perimeter ; (iii) depositing the one or more material layers of the electrochromic device and the second conductor layer over the surface of the substrate ; and (iv) removing by laser edge deletion (LED), a second width of the one or more material layers , the first conductor layer, and the second conductor layer along the entire perimeter of the substrate, wherein the depth of removal of the second width is at least sufficient to remove the first conductor layer, and wherein the second width is sufficient to remove the pad,
A curable composition comprising: a) at least one (meth)acrylate monomer or oligomer; b) at least one mono-functional (meth)acrylate monomer comprising a polycyclic moiety having at least three rings that are fused or condensed; and wherein a) and b) are different and wherein,: - the a) at least one (meth)acrylate monomer or oligomer is present in the composition from 10% to 90% by weight and the b) at least one mono-functional (meth)acrylate monomer is present in the composition from 10% to 90% by weight, - the b) at least one mono-functional (meth)acrylate monomer comprises a tricyclodecyl group. a) at least one (meth)acrylate monomer or oligomer; b) at least one mono-functional (meth)acrylate monomer comprising a polycyclic moiety having at least three rings that are fused or condensed; and wherein a) and b) are different and - the a) at least one (meth)acrylate monomer or oligomer is present in the composition from 10% to 90% by weight and the b) at least one mono-functional (meth)acrylate monomer is present in the composition from 10% to 90% by weight, - the b) at least one mono-functional (meth)acrylate monomer comprises a tricyclodecyl group.
A light emitting device, comprising: - a light emitting device chip comprising an insulating substrate , a light emitting semiconductor layer with a light emitting region and electrical contacts , wherein the light emitting semiconductor layer is on the substrate and the electrical contacts are on a side of the light emitting semiconductor layer facing away from the substrate ; - a board comprising at least one heat dissipation region and a plurality of contact pads connected to the electrical contacts , wherein the heat dissipation region comprises at least one isolated heat sink pad and wherein the light emitting device chip is mounted on the board with the side of the light emitting semiconductor layer facing away from the substrate; - sidewall metallisations on the sidewalls of the light emitting device chip , the sidewall metallisations being electrically isolated from the light emitting semiconductor layer ; and - a heat transfer element comprising metal, wherein the heat transfer element is in contact with the sidewall metallisations and covers the at least one isolated heat sink pad of the heat dissipation region of the board. - a light emitting device chip comprising an insulating substrate , a light emitting semiconductor layer with a light emitting region and electrical contacts , wherein the light emitting semiconductor layer is on the substrate and the electrical contacts are on a side of the light emitting semiconductor layer facing away from the substrate ; - a board comprising at least one heat dissipation region and a plurality of contact pads connected to the electrical contacts , wherein the heat dissipation region comprises at least one isolated heat sink pad and wherein the light emitting device chip is mounted on the board with the side of the light emitting semiconductor layer facing away from the substrate; - sidewall metallisations on the sidewalls of the light emitting device chip , the sidewall metallisations being electrically isolated from the light emitting semiconductor layer ; and - a heat transfer element comprising metal, wherein the heat transfer element is in contact with the sidewall metallisations and covers the at least one isolated heat sink pad of the heat dissipation region of the board.
A radio node , comprising: a reception section configured to receive configuration information for a Distributed Unit, DU; and a control section configured to configure a slot format for the DU based on the configuration information for the DU, characterized in that the configuration information for the DU includes a first parameter for collectively configuring a resource type of "hard," "soft," or "Not-available" to Downlink symbols within one slot. a reception section configured to receive configuration information for a Distributed Unit, DU; and a control section configured to configure a slot format for the DU based on the configuration information for the DU, characterized in that the configuration information for the DU includes a first parameter for collectively configuring a resource type of "hard," "soft," or "Not-available" to Downlink symbols within one slot.
An apparatus comprising: a syringe housing ; a plunger slidably received within the syringe housing ; such plunger comprising a shaft ; a potentiometer housing ; a potentiometer disposed within the potentiometer housing ; characterized in that the apparatus comprises at least one plunger magnet secured to the shaft of the plunger ; said potentiometer housing is fixed to the syringe housing; and in that a wiper magnet is slidably received within the potentiometer housing, wherein a movement of the at least one plunger magnet causes a corresponding movement of the wiper magnet ; and, in that such at least one plunger magnet is oriented such that said at least one plunger magnet remains within the magnetic field of the wiper magnet and vice versa, even during axial rotation of the plunger. a syringe housing ; a plunger slidably received within the syringe housing ; such plunger comprising a shaft ; a potentiometer housing ; a potentiometer disposed within the potentiometer housing ; characterized in that the apparatus comprises at least one plunger magnet secured to the shaft of the plunger ; said potentiometer housing is fixed to the syringe housing;
A crystalline Form of brigatinib which is crystalline Form A characterized by an x-ray powder diffraction pattern having at least two peaks chosen from 6.1, 8.6, 9.6, 10.8, 11.3, 13.5, 14.3, 15.9, 17.2, 18.9, 19.4, 20.1, 21.8, 22.6, 23.1, 23.9, and 27.7 °2θ, with a variance of ±0.3 °2θ.
A method of fabricating an airfoil cluster , the method comprising: providing an airfoil cluster including a pair of spaced-apart airfoils that extend from a common platform wall , which preferably is, prior to the dividing, a monolithic piece; dividing the airfoil cluster through the common platform wall to provide separate first and second airfoil segments (S1, S2); forming at least one cooling hole in at least one of the first and second airfoil segments (S1, S2); and metallurgically fusing the first and second airfoil segments (S1, S2) together in a distinct metallurgical joint in the common platform wall . providing an airfoil cluster including a pair of spaced-apart airfoils that extend from a common platform wall , which preferably is, prior to the dividing, a monolithic piece; dividing the airfoil cluster through the common platform wall to provide separate first and second airfoil segments (S1, S2); forming at least one cooling hole in at least one of the first and second airfoil segments (S1, S2); and metallurgically fusing the first and second airfoil segments (S1, S2) together in a distinct metallurgical joint in the common platform wall .
Method for determining an operating state (128a-136a) of an internal combustion engine , comprising the steps of: a) determining a time profile of at least one phase signal of an electrical machine which is coupled to the internal combustion engine ; b) determining the time profile of a rotation speed of the electrical machine from the phase signal ; c) determining at least one rotation speed pattern (128-136), which is caused by the internal combustion engine , from the time profile of the rotation speed ; d) determining at least one operating state (128a-136a) of the internal combustion engine on the basis of the at least one determined rotation speed pattern (128-136); characterized by the step of e) regulating the field current (I Err ) of the electrical machine on the basis of the respectively determined operating state of the internal combustion engine in such a way that the braking torque of the electrical machine is increased or reduced. a) determining a time profile of at least one phase signal of an electrical machine which is coupled to the internal combustion engine ; b) determining the time profile of a rotation speed of the electrical machine from the phase signal ; c) determining at least one rotation speed pattern (128-136), which is caused by the internal combustion engine , from the time profile of the rotation speed ; d) determining at least one operating state (128a-136a) of the internal combustion engine on the basis of the at least one determined rotation speed pattern (128-136); characterized by the step of e) regulating the field current (I Err ) of the electrical machine on the basis of the respectively determined operating state of the internal combustion engine in such a way that the braking torque of the electrical machine is increased or reduced.
A method for manufacturing an aircraft water tank provided with a hollow body and a fiber-reinforced resin layer covering the hollow body , the method comprising, in the following sequence: a blow molding step of blow molding a polyolefin resin to obtain the hollow body ; a surface treatment step of surface-treating the entirety of a surface of the hollow body to improve adhesiveness across the entirety of the surface; a step of mounting a mouthpiece on the hollow body by being bonded using adhesive to the openings 16 in the hollow body 12, and a filament winding step of winding reinforcing fibers impregnated with a thermosetting resin around the surface of the hollow body following the surface treatment step and heating the fibers to cure the thermosetting resin and form the fiber-reinforced resin layer on the surface of the hollow body , characterised in that the surface treatment step is either a plasma discharge treatment or a treatment introducing a silane compound into a fuel gas in order to form a flame and using the flame to treat the surface, thereby forming a nano-level silicon oxide film. a blow molding step of blow molding a polyolefin resin to obtain the hollow body ; a surface treatment step of surface-treating the entirety of a surface of the hollow body to improve adhesiveness across the entirety of the surface; a step of mounting a mouthpiece on the hollow body by being bonded using adhesive to the openings 16 in the hollow body 12, and a filament winding step of winding reinforcing fibers impregnated with a thermosetting resin around the surface of the hollow body following the surface treatment step and heating the fibers to cure the thermosetting resin and form the fiber-reinforced resin layer on the surface of the hollow body , characterised in that the surface treatment step is either a plasma discharge treatment or a treatment introducing a silane compound into a fuel gas in order to form a flame and using the flame to treat the surface, thereby forming a nano-level silicon oxide film.
A method for authenticating a user, performed on a server, wherein the server stores a corresponding relationship between a user identification of a user, a wearable device identification of a wearable device of the user, and a server authentication key of the user, the method comprising: receiving a request from the user on a terminal for a service, from the server, requiring identity authentication; receiving an authentication request sent by the terminal according to an operation of the user, the authentication request carrying the user identification and/or the wearable device identification ; acquiring downlink authentication information, and issuing to the terminal a detection instruction that carries the downlink authentication information and the wearable device identification of the user ; receiving a detection acknowledgment, returned by the terminal, which carries uplink authentication information, the uplink authentication information being generated, by a wearable device designated in the detection instruction, according to a device authentication key and the downlink authentication information, and the device authentication key being the same as or corresponding to the server authentication key ; matching the downlink authentication information with the uplink authentication information by using the server authentication key of the user, to determine a user authentication result for the user, wherein the user passes the authentication if the matching succeeds ; sending, to the terminal, the user authentication result; and performing the requested service for the user on the terminal if the user passes the authentication. receiving a request from the user on a terminal for a service, from the server, requiring identity authentication; receiving an authentication request sent by the terminal according to an operation of the user, the authentication request carrying the user identification and/or the wearable device identification ; acquiring downlink authentication information, and issuing to the terminal a detection instruction that carries the downlink authentication information and the wearable device identification of the user ; receiving a detection acknowledgment, returned by the terminal, which carries uplink authentication information, the uplink authentication information being generated, by a wearable device designated in the detection instruction, according to a device authentication key and the downlink authentication information, and the device authentication key being the same as or corresponding to the server authentication key ; matching the downlink authentication information with the uplink authentication information by using the server authentication key of the user, to determine a user authentication result for the user, wherein the user passes the authentication if the matching succeeds ; sending, to the terminal, the user authentication result; and performing the requested service for the user on the terminal if the user passes the authentication.
An ultrasound imaging system, comprising: a transmit transducer array configured for insonifying a selected object and/or area of living tissue from a first acoustic window with a plurality of directional ultrasound pulses; at least one receive transducer configured for detecting and recording ultrasound echo returns from a second acoustic window, wherein said transducer is relatively non-directional in a plane of scan; and a computer in electronic communication with said transmit transducer array and said receive transducer(s), said computer having hardware and software configured for digitizing and storing each ultrasound echo in a line of computer memory, determining the location of said transmit transducer in relation to said receive transducer(s), reconstructing scan lines as lines on a reconstructed image based on the determination of the location of the receive transducer(s) relative to that of the transmit transducer and the average speed of ultrasound in the tissue object, and image processing to fill in gaps between scan lines and optionally correct distortions caused by the point spread function of the system, characterized in that the transmit transducer array and the at least one receive transducer are linked together with an articulating mechanical linkage configured to ensure that the plane of scan of the transmit transducer array and the at least one receive transducer includes the other while the distance between the transmit transducer array and the at least one receive transducer is unconstrained. a transmit transducer array configured for insonifying a selected object and/or area of living tissue from a first acoustic window with a plurality of directional ultrasound pulses; at least one receive transducer configured for detecting and recording ultrasound echo returns from a second acoustic window, wherein said transducer is relatively non-directional in a plane of scan; and a computer in electronic communication with said transmit transducer array and said receive transducer(s), said computer having hardware and software configured for digitizing and storing each ultrasound echo in a line of computer memory, determining the location of said transmit transducer in relation to said receive transducer(s), reconstructing scan lines as lines on a reconstructed image based on the determination of the location of the receive transducer(s) relative to that of the transmit transducer and the average speed of ultrasound in the tissue object, and image processing to fill in gaps between scan lines and optionally correct distortions caused by the point spread function of the system, characterized in that the transmit transducer array and the at least one receive transducer are linked together with an articulating mechanical linkage configured to ensure that the plane of scan of the transmit transducer array and the at least one receive transducer includes the other while the distance between the transmit transducer array and the at least one receive transducer is unconstrained.
A panel assembly for a composite skin of an aircraft wing, the panel assembly comprising: a panel made from a fibre-reinforced composite material; a stringer comprising a stringer foot and an upstanding stringer web , wherein the stringer foot comprises a flange which extends in a widthwise direction between the stringer web and a lateral edge and in a lengthwise direction alongside the stringer web , wherein the stringer extends in the lengthwise direction between a pair of ends and wherein one of the ends of the stringer comprises a foot run-out which extends in the lengthwise direction between the flange and a tip of the stringer foot, wherein the foot run-out is bonded to the panel at a foot run-out interface ; and reinforcement elements which pass through the foot run-out interface , wherein at least some of the reinforcement elements are inclined at an oblique angle of inclination relative to the foot run-out interface and in a direction of inclination which is either towards or away from the tip of the stringer foot and defines an angle of azimuth relative to the lengthwise direction, wherein the angle of azimuth is between -45° and +45°. a panel made from a fibre-reinforced composite material; a stringer comprising a stringer foot and an upstanding stringer web , wherein the stringer foot comprises a flange which extends in a widthwise direction between the stringer web and a lateral edge and in a lengthwise direction alongside the stringer web , wherein the stringer extends in the lengthwise direction between a pair of ends and wherein one of the ends of the stringer comprises a foot run-out which extends in the lengthwise direction between the flange and a tip of the stringer foot, wherein the foot run-out is bonded to the panel at a foot run-out interface ; and reinforcement elements which pass through the foot run-out interface , wherein at least some of the reinforcement elements are inclined at an oblique angle of inclination relative to the foot run-out interface and in a direction of inclination which is either towards or away from the tip of the stringer foot and defines an angle of azimuth relative to the lengthwise direction, wherein the angle of azimuth is between -45° and +45°.