mhurhangee/ep-ind-claims huggingface dataset:
A portable pill dispenser (100, 200), comprising: a container configured to house at least one pill therein; a housing attachable to the container; a dispensing mechanism disposed within the housing, wherein the dispensing mechanism comprises an oscillating member configured to oscillate back-and-forth about a pivot point to dispense the at least one pill from the container, wherein the oscillating member comprises an elongated platform configured to oscillate about the pivot point, and wherein the elongated platform comprises a forward lip and a rear lip disposed on opposite sides of the pivot point at opposite ends of the elongated platform, wherein the forward lip and the rear lip rise up-and-down as the elongated platform oscillates back-and-forth; a ramp comprising an inlet and an outlet disposed within the housing configured to direct the at least one pill to the dispensing mechanism, wherein the forward lip moves up-and-down about the outlet and the rear lip moves up-and-down through an opening in the ramp; an actuator in mechanical communication with the elongated platform on a first side of the pivot point about the rear lip; and a spring in mechanical communication with the elongated platform on a second side of the pivot point about the forward lip, wherein the forward lip is biased by the spring in the upward position to prevent the pills from being dispensed, and wherein the actuator pivots the elongated platform to overcome the spring. a container configured to house at least one pill therein; a housing attachable to the container; a dispensing mechanism disposed within the housing, wherein the dispensing mechanism comprises an oscillating member configured to oscillate back-and-forth about a pivot point to dispense the at least one pill from the container, wherein the oscillating member comprises an elongated platform configured to oscillate about the pivot point, and wherein the elongated platform comprises a forward lip and a rear lip disposed on opposite sides of the pivot point at opposite ends of the elongated platform, wherein the forward lip and the rear lip rise up-and-down as the elongated platform oscillates back-and-forth; a ramp comprising an inlet and an outlet disposed within the housing configured to direct the at least one pill to the dispensing mechanism, wherein the forward lip moves up-and-down about the outlet and the rear lip moves up-and-down through an opening in the ramp; an actuator in mechanical communication with the elongated platform on a first side of the pivot point about the rear lip; and a spring in mechanical communication with the elongated platform on a second side of the pivot point about the forward lip, wherein the forward lip is biased by the spring in the upward position to prevent the pills from being dispensed, and wherein the actuator pivots the elongated platform to overcome the spring.
A neural network image processing apparatus arranged to acquire one or more images from an image sensor, the apparatus being configured to: identify at least one region of interest containing a face region in at least one of said one or more images; determine at plurality of facial landmarks in a face region within one of said at least one region of interest; use said plurality of said facial landmarks to transform said face region within said region of interest into a face region having a given pose; use transformed landmarks within said transformed face region to identify a pair of eye regions (27L,27R) within said transformed face region; feed each identified eye region of said pair of eye regions to a respective first and second convolutional neural network (40L,40R), each network configured to produce a respective feature vector (42L,42R) comprising a plurality of numerical values; feed each feature vector to respective eyelid opening level neural networks (44L, 44R) to obtain respective measures of eyelid opening for each eye region; and feed the feature vectors either as a concatenated vector or as separate input maps to a gaze angle neural network to generate gaze yaw and pitch values with the eyelid opening values, wherein said first and second convolutional neural network (40L,40R), first and second eyelid opening and gaze angle neural networks are jointly trained based on a common training set. identify at least one region of interest containing a face region in at least one of said one or more images; determine at plurality of facial landmarks in a face region within one of said at least one region of interest; use said plurality of said facial landmarks to transform said face region within said region of interest into a face region having a given pose; use transformed landmarks within said transformed face region to identify a pair of eye regions (27L,27R) within said transformed face region; feed each identified eye region of said pair of eye regions to a respective first and second convolutional neural network (40L,40R), each network configured to produce a respective feature vector (42L,42R) comprising a plurality of numerical values; feed each feature vector to respective eyelid opening level neural networks (44L, 44R) to obtain respective measures of eyelid opening for each eye region; and feed the feature vectors either as a concatenated vector or as separate input maps to a gaze angle neural network to generate gaze yaw and pitch values with the eyelid opening values, wherein said first and second convolutional neural network (40L,40R), first and second eyelid opening and gaze angle neural networks are jointly trained based on a common training set.
A spinal implant for placement between first and second vertebral bodies, the spinal implant having a first end (106, 130) and a second end (108, 132), comprising a first member having a first surface for engaging a first vertebral body; a second member having a second surface for engaging a second vertebral body; at least one extendable support element connected between the first and second members (13, 11), the extendable support element being actuatable by a fluid to induce movement of the entire first member away from the second member; wherein a connecting member (110, 134, 142) positioned at the second end (108, 132) of the implant, the connecting member connected to both the first member and the second member at the second end of the implant, the connecting member configured to guide movement of the first member away from the second member such that, when movement of the first member away from the second member is induced by the extendable support element, the first member moves away from the second member by a larger distance at the first end (106, 130) of the implant than at the second end (108, 132) of the implant. a first member having a first surface for engaging a first vertebral body; a second member having a second surface for engaging a second vertebral body; at least one extendable support element connected between the first and second members (13, 11), the extendable support element being actuatable by a fluid to induce movement of the entire first member away from the second member; wherein a connecting member (110, 134, 142) positioned at the second end (108, 132) of the implant, the connecting member connected to both the first member and the second member at the second end of the implant, the connecting member configured to guide movement of the first member away from the second member such that, when movement of the first member away from the second member is induced by the extendable support element, the first member moves away from the second member by a larger distance at the first end (106, 130) of the implant than at the second end (108, 132) of the implant.
Method for protecting a program interpreted by a virtual machine, said program comprising a series of instructions and each instruction being translated into a sequence of operations carried out by the machine when the program is being executed, the method comprising the following steps: - obtaining a digest of the program; and - introducing, into the sequences of operations which correspond respectively to at least some of the program instructions, additional operations to be carried out while these instructions are being carried out, said additional operations not participating in a result of the program being executed and being selected as a function of the program digest so that said additional operations that are introduced are constant between two successive executions of said program. - obtaining a digest of the program; and - introducing, into the sequences of operations which correspond respectively to at least some of the program instructions, additional operations to be carried out while these instructions are being carried out, said additional operations not participating in a result of the program being executed and being selected as a function of the program digest so that said additional operations that are introduced are constant between two successive executions of said program.
An osteosynthesis device comprising a plate intended to be applied on a bone and at least one threaded rod intended to ensure the maintenance of the plate on the bone, said rod having a first threading intended to ensure the anchoring of said rod in a bone and a second thread intended to cooperate with a threaded tapping arranged in said plate, the thread of the first threading having a first pitch, the second threading having a second pitch smaller than or equal to said first pitch, the crest of said second threading defining a cone trunk and said threaded tapping having a crest defining a second cone trunk, characterized in that the thread bottom of said second threading defines a cylindrical body.
A transaction card, comprising: a housing component having a first surface and a second surface opposite the first surface, wherein the periphery of the first surface extends above a central portion of the first surface so as to define a recess for receiving an inlay component; and an inlay component configured to fit within the recess defined by the periphery of the first surface of the housing component, the inlay component comprising: a fabric material; and a backer layer configured to support the fabric material; the inlay component being fitted within the recess defined by the periphery of the first surface of the housing component and joined to the first surface of the housing component via the backer layer. a housing component having a first surface and a second surface opposite the first surface, wherein the periphery of the first surface extends above a central portion of the first surface so as to define a recess for receiving an inlay component; and an inlay component configured to fit within the recess defined by the periphery of the first surface of the housing component, the inlay component comprising: a fabric material; and a backer layer configured to support the fabric material; a fabric material; and a backer layer configured to support the fabric material;
A method for aggregating a microblog single message, comprising: receiving a user instruction; characterized by sending a triggering message to aggregate the microblog single message (101, 301) to a server, according to the user instruction; receiving or obtaining aggregation data of the microblog single message from the server; and displaying the aggregation data of the microblog single message; wherein when the microblog single message comprises a relaying message, displaying the aggregation data of the microblog single message comprises: displaying a relaying process of the relaying message, according to relaying time sequence of the relaying message being relayed by each user focused on by the user, by using an identifier of each user focused on by the user. receiving a user instruction; characterized by sending a triggering message to aggregate the microblog single message (101, 301) to a server, according to the user instruction; receiving or obtaining aggregation data of the microblog single message from the server; and displaying the aggregation data of the microblog single message; wherein when the microblog single message comprises a relaying message, displaying the aggregation data of the microblog single message comprises: displaying a relaying process of the relaying message, according to relaying time sequence of the relaying message being relayed by each user focused on by the user, by using an identifier of each user focused on by the user.
A liquid nutritional product comprising an aqueous solution of a food grade biopolymer in a concentration of from at least 0,01 wt% to 25 wt%, providing to the liquid nutritional product: - a shear viscosity of less than 100 mPas, preferably of less than 50 mPas, when measured at a shear rate of 50s -1 and at a temperature of 20° C, and - a relaxation time, determined by a Capillary Breakup Extensional Rheometry (CaBER) experiment, of more than 10 ms (milliseconds) at a temperature of 20° C, wherein the food grade biopolymer is selected from the group consisting of botanical hydrocolloids selected from the group consisting of plant-extracted gums, plant-derived mucilages, and combinations thereof. - a shear viscosity of less than 100 mPas, preferably of less than 50 mPas, when measured at a shear rate of 50s -1 and at a temperature of 20° C, and - a relaxation time, determined by a Capillary Breakup Extensional Rheometry (CaBER) experiment, of more than 10 ms (milliseconds) at a temperature of 20° C, wherein the food grade biopolymer is selected from the group consisting of botanical hydrocolloids selected from the group consisting of plant-extracted gums, plant-derived mucilages, and combinations thereof.
A method for transforming a plurality of input video images captured from a scene through at least one ultra wide-angle lens, wherein the at least one UWA lens is characterized by a corresponding lens transformation that maps 3D object space onto a plane that displays the plurality of input video images, said method comprising: (a) obtaining the plurality of input video images data captured through the at least one UWA lens; and said method being characterized by comprising the following steps: (b) constructing a 2D surface envelope that fully encompasses the field of view of the at least one UWA lens; (c) constructing an envelope transformation, independently from the corresponding UWA lens transformation, that maps an output image plane onto the surface envelope uniquely for every point in the output image plane; (d) concatenating the corresponding UWA lens transformation for the at least one UWA lens and the envelope transformation to obtain a zero-content-loss transformation, that provides a content preserving mapping between the input and output image planes, and wherein the UWA lens transformation is independent of image content; and (e) applying the zero-content-loss transformation to the plurality of input video image data to obtain a plurality of output video images; wherein at least one of the surface envelope and the envelope transformation is modified to locally adjust for perspective corrections in at least one selected region of interest of the scene; and wherein the envelope transformation is modifiable without change to the surface envelope. (a) obtaining the plurality of input video images data captured through the at least one UWA lens; (b) constructing a 2D surface envelope that fully encompasses the field of view of the at least one UWA lens; (c) constructing an envelope transformation, independently from the corresponding UWA lens transformation, that maps an output image plane onto the surface envelope uniquely for every point in the output image plane; (d) concatenating the corresponding UWA lens transformation for the at least one UWA lens and the envelope transformation to obtain a zero-content-loss transformation, that provides a content preserving mapping between the input and output image planes, and wherein the UWA lens transformation is independent of image content; and (e) applying the zero-content-loss transformation to the plurality of input video image data to obtain a plurality of output video images;
A valve sleeve for a barrel of the CT40 type operating in association with a detonating assembly to actuate a firing pin, said valve sleeve including receiving means (2, 3, 7) to ensure the mechanical support for the firing pin of the barrel during firing events, said receiving means (2, 3, 7) being of revolution and consisting of a firing pin sleeve body of substantially cylindrical shape, a firing pin valve and a firing pin assembly inserted into said cylindrical sleeve body and the firing pin inserted into both the valve and the firing pin assembly, characterised in that a bushing is interposed between the valve and the firing pin assembly, said bushing being connected to the valve by a cylindrical pin and being capable of sliding relative to the valve.
Insulation screw adapted to be inserted by a mounting device into insulation material, where the insulation screw comprises a body provided with at least one thread, where the tip of the body is pointed, and where the cross section of the head is equal to or smaller than the cross section of the body, characterized in that the lead pitch of the at least one thread of the insulation screw is at least 30 millimetres.
A mixing apparatus for a syringe, the mixing apparatus comprising: a dock configured to receive the syringe and having an agitation component actuator integral to the dock configured for magnetically coupling to an agitation component of a magnetic material located within a chamber of said syringe, and configured for manipulation of said agitation component within said chamber when coupled; such that the actuator is coupled to said agitation component when said syringe is received by the dock, wherein the actuator is in the form of a drum having a series of magnets attached thereto offset in relation to one another so as to manipulate said agitation component in a reciprocating motion upon rotation of the drum, wherein said chamber defines a longitudinal axis, and the actuator is configured to rotate an agitation component about said longitudinal axis; and characterised in that the series of magnets are configured such that opposing poles are proximal one another to induce spinning of the agitation component. a dock configured to receive the syringe and having an agitation component actuator integral to the dock configured for magnetically coupling to an agitation component of a magnetic material located within a chamber of said syringe, and configured for manipulation of said agitation component within said chamber when coupled; such that the actuator is coupled to said agitation component when said syringe is received by the dock, wherein the actuator is in the form of a drum having a series of magnets attached thereto offset in relation to one another so as to manipulate said agitation component in a reciprocating motion upon rotation of the drum, wherein said chamber defines a longitudinal axis, and the actuator is configured to rotate an agitation component about said longitudinal axis; and characterised in that the series of magnets are configured such that opposing poles are proximal one another to induce spinning of the agitation component.
Cage welding machine for producing a reinforcing body, wherein the reinforcing body has a plurality of longitudinal rods and a winding wire, wherein, when in use, the cage welding machine is configured to connect the longitudinal rods to the winding wire during the production of the reinforcing body, wherein the cage welding machine predefines a central longitudinal axis, and wherein, when in use, the cage welding machine is configured to move the longitudinal rods along the central longitudinal axis through the cage welding machine in a conveying direction V during the production of the reinforcing body, wherein the cage welding machine has a mount which is configured to predefine a spacing of a longitudinal rod relative to the central longitudinal axis, wherein the mount comprises a frame and a main wheel, wherein the main wheel is provided in a rotatably movable manner on the frame, characterized in that the cage welding machine comprises a resistance welding system and an inert gas welding system, wherein, when in use, the resistance welding system is configured to connect the winding wire and a longitudinal rod of the reinforcing body to one another, wherein, when in use, the inert gas welding system is configured to connect the winding wire and a longitudinal rod of the reinforcing body to one another.
A method of performing logged measurement in a wireless communication system, the method comprising: receiving, by a user equipment, UE, (10, 60) a Minimization of Driving Tests, MDT, configuration for MDT measurement from a Base Station, BS, (20, 50), wherein the MDT configuration is received along with a UE selection parameter via a Radio Resource Control, RRC, message, wherein the UE selection parameter comprises an identifier of a UE group to which the MDT configuration will be applied; determining, by the UE, whether or not to apply the MDT configuration based on the UE selection parameter; starting a validity timer if it is determined to apply the MDT configuration; logging, by the UE, a measurement based on the MDT configuration if it is determined to apply the MDT configuration, wherein while the validity timer operates, the UE in the RRC idle mode logs a measurement based on the MDT configuration in order to collect a logged measurement, and wherein when the validity timer expires, the logged measurement is maintained while the MDT configuration is discarded; entering, by the UE, into an RRC connected mode; and sending, by the UE in the RRC connected mode, a logging indicator indicating an availability for reporting of the logged measurement to the BS, wherein the logging indicator is included in a RRC setup complete message. receiving, by a user equipment, UE, (10, 60) a Minimization of Driving Tests, MDT, configuration for MDT measurement from a Base Station, BS, (20, 50), wherein the MDT configuration is received along with a UE selection parameter via a Radio Resource Control, RRC, message, wherein the UE selection parameter comprises an identifier of a UE group to which the MDT configuration will be applied; determining, by the UE, whether or not to apply the MDT configuration based on the UE selection parameter; starting a validity timer if it is determined to apply the MDT configuration; logging, by the UE, a measurement based on the MDT configuration if it is determined to apply the MDT configuration, wherein while the validity timer operates, the UE in the RRC idle mode logs a measurement based on the MDT configuration in order to collect a logged measurement, and wherein when the validity timer expires, the logged measurement is maintained while the MDT configuration is discarded; entering, by the UE, into an RRC connected mode; and sending, by the UE in the RRC connected mode, a logging indicator indicating an availability for reporting of the logged measurement to the BS, wherein the logging indicator is included in a RRC setup complete message.