mhurhangee/patent-ind-claim-en huggingface dataset:
Irisin for the use in the prevention of the dysfunction and death of beta-cells of the Langerhans islets induced by one or more cytotoxic stimuli in pancreas diseases or dysmetabolic conditions, wherein a pancreas damage occurs.
A method of wireless communications by a user equipment, UE, in a network, the method comprising: receiving , from the network, signaling indicating, for a set of uplink subframes, a first configuration for transmitting a number of SRS transmissions of a first type and a second configuration for transmitting a number of SRS transmissions of a second type; receiving from a base station a trigger indication indicating that the number of SRS transmissions of the first type and the number of SRS transmissions of the second type are allowed to be transmitted in a same uplink subframe; reducing the number of SRS transmissions of the first type to transmit by the number of SRS transmissions of the second type configured for transmission in the same uplink subframe; and transmitting , within the same uplink subframe, the reduced number of SRS transmissions of the first type and the number of SRS transmissions of the second type based at least in part on the trigger indication.. receiving , from the network, signaling indicating, for a set of uplink subframes, a first configuration for transmitting a number of SRS transmissions of a first type and a second configuration for transmitting a number of SRS transmissions of a second type; receiving from a base station a trigger indication indicating that the number of SRS transmissions of the first type and the number of SRS transmissions of the second type are allowed to be transmitted in a same uplink subframe; reducing the number of SRS transmissions of the first type to transmit by the number of SRS transmissions of the second type configured for transmission in the same uplink subframe; and transmitting , within the same uplink subframe, the reduced number of SRS transmissions of the first type and the number of SRS transmissions of the second type based at least in part on the trigger indication..
A method for designing a pseudophakic intraocular ophthalmic lens for an eye, wherein the shape of the ophthalmic lens is biconvex or convex-plano, and wherein the ophthalmic lens comprises a diffractive part and a refractive part comprising an aspheric surface, the method comprising: measuring spherical aberration provided to a wavefront from the cornea of the eye; configuring an aspheric surface of the lens to compensate a passing wavefront at least partly for the spherical aberration introduced by the cornea of the eye; measuring the chromatic aberration provided to a wavefront from at least one of the optical parts of the eye, the optical parts of the eye being at least one of the cornea and the vitreous; configuring a diffractive part of the lens to compensate a passing wavefront at least partly for the measured chromatic aberration introduced by the at least one of the optical parts of the eye and by the refractive part of the lens; measuring the refractive error of the eye; and dimensioning said refractive and diffractive parts such that they together compensate at least partly for the refractive error of the eye. measuring spherical aberration provided to a wavefront from the cornea of the eye; configuring an aspheric surface of the lens to compensate a passing wavefront at least partly for the spherical aberration introduced by the cornea of the eye; measuring the chromatic aberration provided to a wavefront from at least one of the optical parts of the eye, the optical parts of the eye being at least one of the cornea and the vitreous; configuring a diffractive part of the lens to compensate a passing wavefront at least partly for the measured chromatic aberration introduced by the at least one of the optical parts of the eye and by the refractive part of the lens; measuring the refractive error of the eye; and dimensioning said refractive and diffractive parts such that they together compensate at least partly for the refractive error of the eye.
An augmented reality head-mounted display device for displaying an image for viewing by a user when wearing the augmented reality head-mounted display device, the augmented reality head-mounted display device comprising: an optical waveguide mount to which an optical waveguide of the augmented reality head-mounted display device is mounted, the optical waveguide mount comprising: a body segment arranged to receive and engage the optical waveguide ; a first surface and a second surface disposed on the body segment , the first surface and the second surface being arranged to receive and engage the optical waveguide ; and at least one compliance joint disposed in the body segment , the at least one compliance joint being formed as an elongated circle or ellipse, the elongated circle or ellipse having an opening disposed therein, the at least one compliance joint being disposed between the first surface and the second surface such that the first surface and the second surface are respectively disposed on opposite sides of the opening , the at least one compliance joint and opening allowing the body segment to have an elasticity or compliance in a first direction of the body segment between the first surface and the second surface , the elasticity or compliance being arranged to mitigate bowing and/or warping of the optical waveguide due to stress experienced by the optical waveguide mount and/or the optical waveguide . a body segment arranged to receive and engage the optical waveguide ; a first surface and a second surface disposed on the body segment , the first surface and the second surface being arranged to receive and engage the optical waveguide ; and at least one compliance joint disposed in the body segment , the at least one compliance joint being formed as an elongated circle or ellipse, the elongated circle or ellipse having an opening disposed therein, the at least one compliance joint being disposed between the first surface and the second surface such that the first surface and the second surface are respectively disposed on opposite sides of the opening , the at least one compliance joint and opening allowing the body segment to have an elasticity or compliance in a first direction of the body segment between the first surface and the second surface , the elasticity or compliance being arranged to mitigate bowing and/or warping of the optical waveguide due to stress experienced by the optical waveguide mount and/or the optical waveguide .
A retainer which is intended to fix a control device to, for example, a pressure tank or similar container and which is fitted/fastened by means of a straplike element wherein the retainer is provided with a hollow forming a first limb and a second limb , at least one of which limbs (10a,b) is resilient relative to the other in such a way that the outer end portions of the limbs (10a,b) are pressed towards one another when the straplike element is tightened, thereby reducing the width of the hollow and preventing the control device inserted in the hollow from sliding out of the retainer characterised in that the retainer is provided with a channel which runs through one of the retainer's limbs , the channel being intended for the straplike element .
A method of preparing a negative electrode for a lithium secondary battery, comprising: forming a negative electrode mixture layer on a negative electrode current collector, wherein the negative electrode mixture layer comprises a negative electrode active material; disposing lithium metal powder on at least a part of the negative electrode mixture layer in two or more pattern shapes, wherein each pattern shape is spaced apart from the other pattern shapes; pressing the negative electrode mixture layer on which the lithium metal powder is disposed; wetting the pressed negative electrode mixture layer with a first electrolyte solution; and drying the wet negative electrode mixture layer; wherein the area in which the lithium metal powder is disposed on the negative electrode mixture layer is 50 to 70% with respect to a total area of the surface of the negative electrode mixture layer. forming a negative electrode mixture layer on a negative electrode current collector, wherein the negative electrode mixture layer comprises a negative electrode active material; disposing lithium metal powder on at least a part of the negative electrode mixture layer in two or more pattern shapes, wherein each pattern shape is spaced apart from the other pattern shapes; pressing the negative electrode mixture layer on which the lithium metal powder is disposed; wetting the pressed negative electrode mixture layer with a first electrolyte solution; and drying the wet negative electrode mixture layer; wherein the area in which the lithium metal powder is disposed on the negative electrode mixture layer is 50 to 70% with respect to a total area of the surface of the negative electrode mixture layer.
An identity authentication system comprising: an identity authentication device in which first data including biometric information of a user is stored; an identity authentication request device configured to generate second data by sensing a body part of the user; and a server configured to receive the second data and select personal information of the user corresponding to the second data among pieces of pre-stored personal information of a plurality of users through machine learning of the second data, wherein the identity authentication request device transmits the second data to the identity authentication device which is identified on the basis of the personal information of the user received from the server, and the identity authentication device determines whether the first data corresponds to the second data and transmits authentication data to the identity authentication request device as a result of the determination. an identity authentication device in which first data including biometric information of a user is stored; an identity authentication request device configured to generate second data by sensing a body part of the user; and a server configured to receive the second data and select personal information of the user corresponding to the second data among pieces of pre-stored personal information of a plurality of users through machine learning of the second data, wherein the identity authentication request device transmits the second data to the identity authentication device which is identified on the basis of the personal information of the user received from the server, and the identity authentication device determines whether the first data corresponds to the second data and transmits authentication data to the identity authentication request device as a result of the determination.
A wireless communication network comprising radio nodes comprising a first radio node and a second radio node , wherein the nodes are configured to provide a bi-directional radio communication between each other and wherein the nodes are configured to receive a software-distribution package, characterized in that after the nodes have received the package, the first node is further configured to send to at least the second node a timer frame indicating timing information, which indicates a moment of time when the intended nodes in the network start to execute the received package for simultaneously updating a software of the intended nodes.
A hydraulic assembly with an inlet branch , with a circulation pump assembly (6; 78), with at least one heating circuit feed branch which is situated downstream of the circulation pump assembly and with a service water heat exchanger , wherein a mixing valve is arranged upstream of the circulation pump assembly, said mixing valve being connected with an outlet to the circulation pump assembly (6; 78), being connected with a first inlet to the inlet branch and being connected with a second inlet to a heating circuit return branch , and a switch-over valve is arranged downstream of the circulation pump assembly (6; 78), said switch-over valve being connected with an inlet to the circulation pump assembly (6; 78), being connected with a first outlet to the at least one heating circuit feed branch and being connected with a second outlet to the service water heat exchanger , characterised in that the mixing valve and the switch-over valve have a mechanically identical construction.
Rubberized reinforcing ply for articles made of elastomeric material, preferably for tyres, where the reinforcing ply comprises a large number of reinforcement elements arranged parallel and at a distance from one another, where each reinforcement element consists of polyamide 6.6 and has x1 structure, i.e. is a twisted multifilament yarn made of polyamide 6.6, characterized in that the tenacity of the raw yarn made of polyamide 6.6 is in the range 1.35 cN/dtex to 1.60 cN/dtex at 4% elongation, that the tenacity of the twisted, dipped and hot-drawn multifilament yarn is in the range 2.0 cN/dtex to 2.8 cN/dtex at 4% elongation and that the heat shrinkage of the multifilament yarn at 177°C is in the range 4.0%-7.0%, where tenacity is determined in accordance with ASTM D885-16 and heat shrinkage is determined at 177°C with 0.045 g/dtex pretension and exposure time two minutes.
A gear pump for pumping fluid, wherein the gear pump comprises: - a motor for diving a rotatable drive shaft ; - a drive gear that is operable to be driven by the drive shaft ; - an idler gear which meshes with the drive gear ; - an annular magnet disposed coaxially with the drive shaft and operable to rotate therewith; - a sensor for sensing rotation of the annular magnet and generating an output signal corresponding to a rotational position of the drive shaft ; characterized in that the gear pump further comprises: - a controller that is operable to calculate the rotation position of the drive shaft based upon the output signal and to control the motor based upon the calculated rotational position to ensure that a controlled volume of fluid is pumped, wherein the controller employs a PID control algorithm to cope with backlash, and wherein, to avoid backlash, the idler gear is provided with viscous drag so that the idler gear always follows motion of the drive gear . - a motor for diving a rotatable drive shaft ; - a drive gear that is operable to be driven by the drive shaft ; - an idler gear which meshes with the drive gear ; - an annular magnet disposed coaxially with the drive shaft and operable to rotate therewith; - a sensor for sensing rotation of the annular magnet and generating an output signal corresponding to a rotational position of the drive shaft ; characterized in that the gear pump further comprises: - a controller that is operable to calculate the rotation position of the drive shaft based upon the output signal and to control the motor based upon the calculated rotational position to ensure that a controlled volume of fluid is pumped, - a controller that is operable to calculate the rotation position of the drive shaft based upon the output signal and to control the motor based upon the calculated rotational position to ensure that a controlled volume of fluid is pumped,
A device for delivering electroporation, the device comprising: a lead comprising a first electrode, a second electrode, and a third electrode, wherein the electrodes are positioned linearly along a length of the lead and configured for placement in or around a heart of a patient; a memory that is capable of storing computer executable instructions; and a processor that is configured to facilitate execution of the executable instructions stored in memory, wherein the instructions cause the processor to: measure cardiac signals from the first electrode on the lead, wherein the measuring cardiac signals comprises measuring a first electrocardiogram between the first electrode and the second electrode; and generate stimulation delivered to the heart via the first electrode. a lead comprising a first electrode, a second electrode, and a third electrode, wherein the electrodes are positioned linearly along a length of the lead and configured for placement in or around a heart of a patient; a memory that is capable of storing computer executable instructions; and a processor that is configured to facilitate execution of the executable instructions stored in memory, wherein the instructions cause the processor to: measure cardiac signals from the first electrode on the lead, wherein the measuring cardiac signals comprises measuring a first electrocardiogram between the first electrode and the second electrode; and generate stimulation delivered to the heart via the first electrode. measure cardiac signals from the first electrode on the lead, wherein the measuring cardiac signals comprises measuring a first electrocardiogram between the first electrode and the second electrode; and generate stimulation delivered to the heart via the first electrode.
An inflation/deflation system for a vehicle having a tire/wheel assembly including a first pressure chamber and a second pressure chamber , the vehicle having a source of pressurized fluid separate from the tire/wheel assembly and a connection to atmosphere separate from the tire/wheel assembly , the inflation/deflation system comprising: a valve and fluid passageway arrangement attached to a rim of the tire/wheel assembly or the axle wheel end; a single first fluid passageway extending from the vehicle to the valve and fluid passageway arrangement through a rotary union , the first fluid passageway selectively closed to fluid flow, coupled to the source of pressurized fluid, and coupled to the connection to atmosphere; the valve and fluid passageway arrangement having a first state coupling the first fluid passageway to the first pressure chamber ; a second state coupling the first fluid passageway to the second pressure chamber ; and a third state coupling the second pressure chamber to the first pressure chamber . a valve and fluid passageway arrangement attached to a rim of the tire/wheel assembly or the axle wheel end; a single first fluid passageway extending from the vehicle to the valve and fluid passageway arrangement through a rotary union , the first fluid passageway selectively closed to fluid flow, coupled to the source of pressurized fluid, and coupled to the connection to atmosphere; the valve and fluid passageway arrangement having a first state coupling the first fluid passageway to the first pressure chamber ; a second state coupling the first fluid passageway to the second pressure chamber ; and a third state coupling the second pressure chamber to the first pressure chamber .
A method comprising: dispensing a target amount of a diluent into a container ; and applying at least some of the diluent from the container to a solid chemical product and directing the resulting use solution back into the container until an amount of the use solution in the container satisfies a requested amount, characterised in that the step of applying the diluent to dispense a solid chemical product further comprises; initiating a spray on/off cycle including spraying the solid chemical product with at least some of the diluent from the container for a first predetermined period of time and stopping the spraying of the solid chemical product for a second predetermined period of time, receiving container weight information from a weighing device positioned to measure the weight of the container ; determining a weight of the use solution in the container from the container weight information; comparing the difference between a target weight of the requested use solution and the weight of the use solution in the container with a threshold; and repeating the spray on/off cycle until the threshold is satisfied dispensing a target amount of a diluent into a container ; and applying at least some of the diluent from the container to a solid chemical product and directing the resulting use solution back into the container until an amount of the use solution in the container satisfies a requested amount, characterised in that the step of applying the diluent to dispense a solid chemical product further comprises; initiating a spray on/off cycle including spraying the solid chemical product with at least some of the diluent from the container for a first predetermined period of time and stopping the spraying of the solid chemical product for a second predetermined period of time, receiving container weight information from a weighing device positioned to measure the weight of the container ; determining a weight of the use solution in the container from the container weight information; comparing the difference between a target weight of the requested use solution and the weight of the use solution in the container with a threshold; and repeating the spray on/off cycle until the threshold is satisfied
An internal combustion engine oil ring comprising a generally ring-shaped oil ring main body that slides on a circular cylinder inner wall and a coil expander , an upper end of a web having a plurality of oil return holes for letting oil scraped from the cylinder inner wall surface flow down to an underside of a piston being connected to a lower surface of a first rail located on the upper side of the oil ring main body , a lower end of the web being connected to an upper surface of a second rail located on the lower side of the generally ring-shaped oil ring main body that slides on the circular cylinder inner wall surface , the upper rail , web , and lower rail being integral with each other, wherein a recessed stepped portion is formed at a corner of a sliding surface of an outer peripheral sliding projection in sliding contact with the cylinder inner wall surface of at least one of the first rail and the second rail constituting the oil ring main body , in a shape in vertical cross-section along a sliding direction of the first rail and second rail , and characterized in that a wall surface of the recessed stepped portion has an arcuate surface having a radius (R) of curvature of 0.02 mm to 0.08 mm, and in that the wall surface of the recessed stepped portion includes an extending curved surface (C) extending from the arcuate surface toward a side wall of the outer peripheral sliding projection so as to be continuous with the arcuate surface.