mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication, comprising: determining channel state information, CSI, for a communication link that uses a first transmission time interval, TTI, duration in a system that supports operation with the first TTI duration and a second TTI duration that is greater than the first TTI duration; identifying resources of an unscheduled uplink channel on which to transmit a report with the determined CSI, wherein the resources of the unscheduled uplink channel are accessed based on contention and wherein identifying the resources of the unscheduled uplink channel comprises selecting the resources from a set of resources reserved for uplink control information, UCI, wherein the set of resources reserved for UCI is based at least on a number of UEs for which the set of resources reserved for UCI is allocated and wherein the set of resources is periodically allocated to different UEs from the number of UEs; and user equipment, UE, initiated transmitting of the report on the identified resources. determining channel state information, CSI, for a communication link that uses a first transmission time interval, TTI, duration in a system that supports operation with the first TTI duration and a second TTI duration that is greater than the first TTI duration; identifying resources of an unscheduled uplink channel on which to transmit a report with the determined CSI, wherein the resources of the unscheduled uplink channel are accessed based on contention and wherein identifying the resources of the unscheduled uplink channel comprises selecting the resources from a set of resources reserved for uplink control information, UCI, wherein the set of resources reserved for UCI is based at least on a number of UEs for which the set of resources reserved for UCI is allocated and wherein the set of resources is periodically allocated to different UEs from the number of UEs; and user equipment, UE, initiated transmitting of the report on the identified resources.
A mechanical separator for separating a fluid into first and second phases within a collection container, comprising: a separator body comprising: a float , having a first density; and a ballast , having a second density greater than the first density, wherein a portion of the float is connected to a portion of the ballast , and wherein at least a portion of the separator body is adapted for deformation upon applied rotational force characterized in that the separator body has a through-hole defined therethrough, the through-hole comprising a first opening and a second opening and adapted to allow fluid to pass through the separator body , and upon application of a rotational force to the collection container containing the separator , the separator is adapted to rotate from a first initial position in which the through-hole is oriented in an open position for allowing fluid to pass through the through-hole and into the collection container to a second sealing position in which the separator body provides a seal with an inner surface of the collection container preventing fluid from being received through the through-hole and around the separator . a separator body comprising: a float , having a first density; and a ballast , having a second density greater than the first density, wherein a portion of the float is connected to a portion of the ballast , and a float , having a first density; and a ballast , having a second density greater than the first density, wherein a portion of the float is connected to a portion of the ballast , and wherein at least a portion of the separator body is adapted for deformation upon applied rotational force characterized in that the separator body has a through-hole defined therethrough, the through-hole comprising a first opening and a second opening and adapted to allow fluid to pass through the separator body , and upon application of a rotational force to the collection container containing the separator , the separator is adapted to rotate from a first initial position in which the through-hole is oriented in an open position for allowing fluid to pass through the through-hole and into the collection container to a second sealing position in which the separator body provides a seal with an inner surface of the collection container preventing fluid from being received through the through-hole and around the separator .
- A ramjet-propelled projectile, the projectile comprising an outer body and a deployable tail unit , the projectile comprising, inside the body, a chamber in which is housed a block of ablatable annular solid-propellant and an casing enclosing a military load, the outer body comprising an air inlet for allowing air to enter the chamber , the body also comprising a rear opening on which a nozzle is positioned, the projectile bring characterised in that it comprises a control module arranged axially and that extends through the air inlet , the control module being able to be moved axially by a motor means , during the flight of the projectile and at a defined instant on a trajectory, referred to as instant of extinction, from a rear position in which it does not close the air inlet toward a forward position in which it closes the air inlet , the control module enclosing at least two canard controls which are deployable outside the projectile after closing the air inlet .
A self-adhesive ambulatory phototherapy treatment device for therapeutic and/or cosmetic treatments, wherein the device comprises: a treatment head comprising at least one LED light source, a battery and control electronics, a double-sided self-adhesive layer which is capable of attaching itself to a patient to be treated, the self-adhesive layer located over the at least one LED source and being substantially transparent to wavelength of light used for the phototherapy treatment; and a flexible cuff extending around the treatment head to contain the light and prevent light leakage during application of light to a patient's skin area. a treatment head comprising at least one LED light source, a battery and control electronics, a double-sided self-adhesive layer which is capable of attaching itself to a patient to be treated, the self-adhesive layer located over the at least one LED source and being substantially transparent to wavelength of light used for the phototherapy treatment; and a flexible cuff extending around the treatment head to contain the light and prevent light leakage during application of light to a patient's skin area.
Method for producing a web which can be elongated in the cross direction, in particular a paper or cardboard web which can be elongated in the cross direction, in which the web coming from a predrying section of the relevant production machine is brought into contact with a heated, water vapour-impermeable and smooth rotating cylinder and is guided together with a water vapour-impermeable circumferential elastic band over a predetermined or predeterminable wrap angle lying between the elastic band and the heated cylinder above the heated cylinder and is pushed by the elastic band against the latter, characterized in that the elastic band is subjected to a variably adjustable and/or controllable pretensioning in the cross direction before bringing it into contact with the web , and the pretensioning of the elastic band generated in the cross direction is reduced again after the formation of a vapour cushion between the web and the heated cylinder so that the web shrinks in the cross direction sliding over the vapour cushion on the heated cylinder with the elastic band .
An input/output (I/O) apparatus comprising: an input/output connector wherein the input/output connector comprises both electrical and optical input/output interfaces, an optical lens to allow optical interfacing at the connector , a jumper housing , optical fibers being captured by said jumper housing for conveying light, said optical fibers further interfacing with lenses of said optical lens , a lens component housing , and a lens component disposable within the lens component housing , wherein the jumper housing is attachable to the lens component , wherein the jumper housing is attached to the lens component through a jumper latch , and wherein the connector and the lens component housing are arranged on a printed circuit board, PCB, at a distance from one another. an input/output connector wherein the input/output connector comprises both electrical and optical input/output interfaces, an optical lens to allow optical interfacing at the connector , a jumper housing , optical fibers being captured by said jumper housing for conveying light, said optical fibers further interfacing with lenses of said optical lens , a lens component housing , and a lens component disposable within the lens component housing , wherein the jumper housing is attachable to the lens component , wherein the jumper housing is attached to the lens component through a jumper latch , and wherein the connector and the lens component housing are arranged on a printed circuit board, PCB, at a distance from one another.
A device for measuring voltage and temperature in a power supply , the device comprising: a pin to be coupled to a temperature measuring circuit and power inputs of the power supply; a first current source internally coupled to the pin; a second current source coupled to a switch and the switch internally coupled to the pin; a first comparator internally coupled to the pin and to a first reference voltage source producing a first voltage reference; a second comparator internally coupled to the pin and to a second voltage reference source producing a second voltage reference, wherein the second comparator produces a control signal to indicate over temperature when a voltage at the pin remains below the second reference voltage for a period of time; and a controller coupled to an output of the first comparator and to a tracking register , wherein the tracking register is coupled to the first current source, wherein the controller is configured to increment a value in the tracking register when the voltage at the pin exceeds the first voltage reference, and wherein a current generated by the first current source corresponds to the value stored in the tracking register . a pin to be coupled to a temperature measuring circuit and power inputs of the power supply; a first current source internally coupled to the pin; a second current source coupled to a switch and the switch internally coupled to the pin; a first comparator internally coupled to the pin and to a first reference voltage source producing a first voltage reference; a second comparator internally coupled to the pin and to a second voltage reference source producing a second voltage reference, wherein the second comparator produces a control signal to indicate over temperature when a voltage at the pin remains below the second reference voltage for a period of time; and a controller coupled to an output of the first comparator and to a tracking register , wherein the tracking register is coupled to the first current source, wherein the controller is configured to increment a value in the tracking register when the voltage at the pin exceeds the first voltage reference, and wherein a current generated by the first current source corresponds to the value stored in the tracking register .
A work machine for processing a work target object, the work machine comprising: a base body ; a swivel body which is swivelable with respect to the base body ; a working unit ; a working arm which has a first arm portion whose one end is rotatably coupled with the swivel body and a second arm portion whose one end is coupled with another end of the first arm portion rotatably with respect to the first arm portion and whose other end is coupled with the working unit , which is displaceable with respect to the base body and performs a processing action on the work target object; an operation accepting unit which accepts an operation for the working unit ; a controller which controls displacement and the processing action of the working unit in accordance with an operation accepted by the operation accepting unit and an operation amount of the operation; and a distance acquisition unit which acquires a distance between the working unit and one region defined based on a position of the work target object, wherein the controller adjusts a displacement amount and an action amount of the processing action of the working unit with respect to the operation amount in accordance with the distance. a base body ; a swivel body which is swivelable with respect to the base body ; a working unit ; a working arm which has a first arm portion whose one end is rotatably coupled with the swivel body and a second arm portion whose one end is coupled with another end of the first arm portion rotatably with respect to the first arm portion and whose other end is coupled with the working unit , which is displaceable with respect to the base body and performs a processing action on the work target object; an operation accepting unit which accepts an operation for the working unit ; a controller which controls displacement and the processing action of the working unit in accordance with an operation accepted by the operation accepting unit and an operation amount of the operation; and a distance acquisition unit which acquires a distance between the working unit and one region defined based on a position of the work target object, wherein the controller adjusts a displacement amount and an action amount of the processing action of the working unit with respect to the operation amount in accordance with the distance.
A system for simulating a breast deformation of a subject, the system comprising: - a mobile device comprising a display and an orientation sensor , the orientation sensor being configured for sensing an orientation of the mobile device with respect to a direction of gravity; - an input interface for receiving model data , the model data defining a biomechanical model of a breast of the subject for enabling simulation of the breast deformation; - a simulation subsystem configured for: - obtaining the sensor data of the orientation sensor of the mobile device comprising the display , the sensor data indicating the orientation of the mobile device ; - determining, using the biomechanical model, a gravitational breast deformation by applying a gravitational force to the biomechanical model so as to obtain a deformed model , wherein the gravitational force is applied to the biomechanical model in a force direction which is defined based on the orientation of the mobile device comprising the display ; and - generating output data for displaying the deformed model on the display . - a mobile device comprising a display and an orientation sensor , the orientation sensor being configured for sensing an orientation of the mobile device with respect to a direction of gravity; - an input interface for receiving model data , the model data defining a biomechanical model of a breast of the subject for enabling simulation of the breast deformation; - a simulation subsystem configured for: - obtaining the sensor data of the orientation sensor of the mobile device comprising the display , the sensor data indicating the orientation of the mobile device ; - determining, using the biomechanical model, a gravitational breast deformation by applying a gravitational force to the biomechanical model so as to obtain a deformed model , wherein the gravitational force is applied to the biomechanical model in a force direction which is defined based on the orientation of the mobile device comprising the display ; and - generating output data for displaying the deformed model on the display .
A lyophilized pharmaceutical formulation comprising: a. copanlisib salt b. a bulking agent selected from lactose or trehalose a. copanlisib salt b. a bulking agent selected from lactose or trehalose
A non-therapeutic method for increasing muscular volume of a muscle in a human, comprising injecting a composition comprising hyaluronic acid (HA) intramuscularly into one or more than one location thereby increasing the muscular volume as compared to the muscular volume prior to the step of injecting, wherein the muscle injected is selected from the group consisting of an arm muscle, a leg muscle, a chest muscle, a back muscle, a buttock muscle, and a latissimus dorsi of the upper back, and wherein the diameters of gel particles of the HA in the composition are from 50 μm to 1000 μm.
A system for verifying the integrity, continuity, and availability (ICA) of information displayed on an uncertified aircraft display device , the system comprising a server that is certified as a high integrity device, the server comprising one or more processors configured by programming instructions on computer readable media and an application module configured to generate high integrity data for display, the system further comprising an adapter device configured with an annunciation screen configured to annunciate a message indicating a loss of ICA when a loss of ICA is identified, the system configured to: create, on the high integrity server , application data for display on the uncertified aircraft display device ; transmit the application data to the uncertified aircraft display device for display; cause the uncertified aircraft display device to capture, using a screen capture feature on the uncertified aircraft display device , an image of the display screen of the uncertified aircraft display device ; determine, at the high integrity server , an expected display image to be displayed on the uncertified aircraft display device ; compare, at the high integrity server , the captured image of the display to the expected display image; and identify a loss of ICA when one or more frames in the captured image fails the comparison with the expected display image. create, on the high integrity server , application data for display on the uncertified aircraft display device ; transmit the application data to the uncertified aircraft display device for display; cause the uncertified aircraft display device to capture, using a screen capture feature on the uncertified aircraft display device , an image of the display screen of the uncertified aircraft display device ; determine, at the high integrity server , an expected display image to be displayed on the uncertified aircraft display device ; compare, at the high integrity server , the captured image of the display to the expected display image; and identify a loss of ICA when one or more frames in the captured image fails the comparison with the expected display image.
An intermittent catheter system comprising: a catheter shaft extending between a proximal end portion and a distal end portion ; a drainage funnel associated with the distal end portion of the catheter shaft; a hydration device encircling at least a portion of the drainage funnel and defining a hydrating fluid-containing reservoir in fluid communication with at least one fluid-release port ; and a sealed package in which the catheter shaft, the drainage funnel, and the hydration device are removably received, wherein the hydration device is configured to be manipulated while at least partially positioned within the sealed package by a user to move the at least one fluid-release port from a closed condition to an open condition to flow at least a portion of the hydrating fluid out of the reservoir via the at least one fluid-release port for covering at least a portion of the catheter shaft and, after being removed from the package with the catheter shaft and the drainage funnel, to be moved proximally along the catheter shaft for handling the catheter shaft. a catheter shaft extending between a proximal end portion and a distal end portion ; a drainage funnel associated with the distal end portion of the catheter shaft; a hydration device encircling at least a portion of the drainage funnel and defining a hydrating fluid-containing reservoir in fluid communication with at least one fluid-release port ; and a sealed package in which the catheter shaft, the drainage funnel, and the hydration device are removably received, wherein the hydration device is configured to be manipulated while at least partially positioned within the sealed package by a user to move the at least one fluid-release port from a closed condition to an open condition to flow at least a portion of the hydrating fluid out of the reservoir via the at least one fluid-release port for covering at least a portion of the catheter shaft and, after being removed from the package with the catheter shaft and the drainage funnel, to be moved proximally along the catheter shaft for handling the catheter shaft.
A fastener assembly comprising: a nut having an internally threaded portion ; an annulus extending from the nut and configured for receiving the shank of an elongate fastener ; and a compression collar configured for deflecting the annulus to impart a spring bias of the annulus upon tightening of the nut about a working surface ; wherein the compression collar is configured for being compressed between the nut and the working surface ; wherein the annulus defines a shoulder that catches on an internally circumferentially extending rim of the compression collar for permitting the fastener assembly to be one integral portion; and wherein the annulus defines a cutout section along a length thereof for providing a flex point of the annulus about the shank for deflection, the cutout section comprising a slot longitudinally extending from the shoulder of the annulus ; characterized in that the compression collar defines a taper for applying progressively increasing deflection of the annulus when the compression collar is compressed; and wherein the annulus is free of a threaded portion. a nut having an internally threaded portion ; an annulus extending from the nut and configured for receiving the shank of an elongate fastener ; and a compression collar configured for deflecting the annulus to impart a spring bias of the annulus upon tightening of the nut about a working surface ; wherein the compression collar is configured for being compressed between the nut and the working surface ; wherein the annulus defines a shoulder that catches on an internally circumferentially extending rim of the compression collar for permitting the fastener assembly to be one integral portion; and wherein the annulus defines a cutout section along a length thereof for providing a flex point of the annulus about the shank for deflection, the cutout section comprising a slot longitudinally extending from the shoulder of the annulus ; characterized in that the compression collar defines a taper for applying progressively increasing deflection of the annulus when the compression collar is compressed; and wherein the annulus is free of a threaded portion.