mhurhangee/patent-ind-claim-en huggingface dataset:
A pill dispensing system for monitoring compliant receipt of pills by a patient, comprising a base unit having an area adapted to receive a pill container , a pill container comprising an array of a plurality of pill compartments , at least one pill compartment containing at least one pill and said area comprising an array of a plurality of compartments (18, 180a to 180f) adapted to receive at least one of said pill compartments , said base unit comprising a microprocessor and a power supply , said pill container comprising at least one breakable closure sealing at least one of said pill compartments , some means for detecting the breaking of the breakable closure of a respective one of the pill compartments and for generating a first pill compartment opening signal on the microprocessor upon breaking of the breakable closure of a respective one of the pill compartments , some means for detecting the removal of the at least one pill from one of the pill compartment upon the breaking of the breakable closure of the respective one of the pill compartments and for generating a second pill compartment opening signal on the microprocessor upon the removal of the at least one pill from one of the pill compartments , characterised in that said means for detecting the removal of the at least one pill from one of the pill compartment comprising a plurality of optical detectors , each optical detector comprising an emitter and a receiver and being associated with a respective one of the pill compartments of the pill container when the pill container is received by said base unit . a base unit having an area adapted to receive a pill container , a pill container comprising an array of a plurality of pill compartments , at least one pill compartment containing at least one pill and said area comprising an array of a plurality of compartments (18, 180a to 180f) adapted to receive at least one of said pill compartments , said base unit comprising a microprocessor and a power supply , said pill container comprising at least one breakable closure sealing at least one of said pill compartments , some means for detecting the breaking of the breakable closure of a respective one of the pill compartments and for generating a first pill compartment opening signal on the microprocessor upon breaking of the breakable closure of a respective one of the pill compartments , some means for detecting the removal of the at least one pill from one of the pill compartment upon the breaking of the breakable closure of the respective one of the pill compartments and for generating a second pill compartment opening signal on the microprocessor upon the removal of the at least one pill from one of the pill compartments , characterised in that said means for detecting the removal of the at least one pill from one of the pill compartment comprising a plurality of optical detectors , each optical detector comprising an emitter and a receiver and being associated with a respective one of the pill compartments of the pill container when the pill container is received by said base unit .
Optical system for monitoring a vehicle driver's eye gaze at least comprising: - a first illumination source and a second illumination source for emitting light towards the driver's eye , - a lens , and - an image sensor for detecting an image, wherein the lens is configured to direct light reflected by the driver's eye to the image sensor , and wherein a distance (L2) between the second illumination source and an optical axis (A) of the lens is larger than a distance (L1) between the first illumination source and the optical axis (A), characterized in that the optical system includes a controller that is configured to carry out a method of at least one of claims 4 to 13. - a first illumination source and a second illumination source for emitting light towards the driver's eye , - a lens , and - an image sensor for detecting an image, wherein the lens is configured to direct light reflected by the driver's eye to the image sensor , and wherein a distance (L2) between the second illumination source and an optical axis (A) of the lens is larger than a distance (L1) between the first illumination source and the optical axis (A), characterized in that the optical system includes a controller that is configured to carry out a method of at least one of claims 4 to 13.
A method for detecting frame types in a bitstream comprising a plurality of received frames, comprising: determining that a detection of play time in packet header information of a current frame from the bitstream has failed; if a data amount of the current frame is larger than a first threshold, determining the current frame as an intra coded frame, I-frame, wherein the first threshold is obtained by calculation according to an average data amount of a specified number of consecutive frames and the data amount of a previous I-frame; obtaining a coding type of the bitstream, wherein the coding type comprises open-loop coding and closed-loop coding, wherein the obtaining the coding type of the bitstream comprises, if a specified ratio of determined I-frames are immediately followed by a P-frame, determining that the coding type is closed-loop coding, or otherwise determining that the coding type is open-loop coding; if the frame immediately previous to the current frame is an I-frame and the coding type is open-loop coding and the data amount of the current frame is larger than a fourth threshold, determining the current frame as a unidirectional predicted frame, P-frame, wherein the fourth threshold is an average of an average data amount of P-frames and an average data amount of B-frames in a group of pictures; and if the current frame is neither an I-frame nor a P-frame, determining the current frame as a B-frame. determining that a detection of play time in packet header information of a current frame from the bitstream has failed; if a data amount of the current frame is larger than a first threshold, determining the current frame as an intra coded frame, I-frame, wherein the first threshold is obtained by calculation according to an average data amount of a specified number of consecutive frames and the data amount of a previous I-frame; obtaining a coding type of the bitstream, wherein the coding type comprises open-loop coding and closed-loop coding, wherein the obtaining the coding type of the bitstream comprises, if a specified ratio of determined I-frames are immediately followed by a P-frame, determining that the coding type is closed-loop coding, or otherwise determining that the coding type is open-loop coding; if the frame immediately previous to the current frame is an I-frame and the coding type is open-loop coding and the data amount of the current frame is larger than a fourth threshold, determining the current frame as a unidirectional predicted frame, P-frame, wherein the fourth threshold is an average of an average data amount of P-frames and an average data amount of B-frames in a group of pictures; and if the current frame is neither an I-frame nor a P-frame, determining the current frame as a B-frame.
An oral composition for freshening breath, the oral composition comprising 0.001% to 5% by weight of a magnolia extract and 0.001% to 10.0% by weight of a hydrocarbon, wherein the hydrocarbon is selected from the group consisting of hexadecane, a terpene, and combinations thereof.
Use of a primer composition for preparing beer bottle label paper, wherein the primer composition comprises a crosslinkable acrylate polymer composition comprising a first polymer and a second polymer, wherein the crosslinkable acrylate polymer composition has an acid number of 1-30 mg KOH/g, calculated according to the equation given in the description, and at least one of the first polymer and the second polymer of the crosslinkable acrylate polymer comprises 0.1-5 wt% of monomer units having a crosslinkable functional group based on the weight of the composition, and wherein the first polymer and the second polymer of the crosslinkable acrylate polymer each independently comprises monomer units derived from methyl acrylic acid, acrylic acid, itaconic acid, butenoic acid, pentenoic acid, or combination thereof, and wherein the first polymer of the crosslinkable acrylate polymer composition comprises 40-100 wt% hard monomer units and 0-60 wt% soft monomer units and the second polymer of the crosslinkable acrylate polymer composition comprises 5-35 wt% hard monomer units and 65-95 wt% soft monomer units, said hard monomer units being derived from the group consisting of styrene, methyl methacrylate, alpha methyl styrene, n-butyl methacrylate and ethyl methacrylate and said soft monomer units being derived from the group consisting of butyl acrylate, 2-ethyl hexylacrylate, ethyl acrylate and n-propyl acrylate, and wherein the crosslinkable acrylate polymer composition comprises a crosslinking agent. and at least one of the first polymer and the second polymer of the crosslinkable acrylate polymer comprises 0.1-5 wt% of monomer units having a crosslinkable functional group based on the weight of the composition, and wherein the first polymer and the second polymer of the crosslinkable acrylate polymer each independently comprises monomer units derived from methyl acrylic acid, acrylic acid, itaconic acid, butenoic acid, pentenoic acid, or combination thereof, and wherein the first polymer of the crosslinkable acrylate polymer composition comprises 40-100 wt% hard monomer units and 0-60 wt% soft monomer units and the second polymer of the crosslinkable acrylate polymer composition comprises 5-35 wt% hard monomer units and 65-95 wt% soft monomer units, said hard monomer units being derived from the group consisting of styrene, methyl methacrylate, alpha methyl styrene, n-butyl methacrylate and ethyl methacrylate and said soft monomer units being derived from the group consisting of butyl acrylate, 2-ethyl hexylacrylate, ethyl acrylate and n-propyl acrylate, and wherein the crosslinkable acrylate polymer composition comprises a crosslinking agent.
A floor panel comprising a core and a decorative surface comprising a pattern (BP) of wear resistant particles , characterised in that the wear resistant particles are arranged in a raster pattern with pre-determined distances (D1, D2) between the wear resistant particles , the distance between the wear resistant particles being about 0.2-0.6 mm. the wear resistant particles are arranged in a raster pattern with pre-determined distances (D1, D2) between the wear resistant particles , the distance between the wear resistant particles being about 0.2-0.6 mm.
An aqueous solution comprising water and an effective amount of a macromolecular heparin conjugate, wherein the heparin conjugate is a conjugate comprising a main chain of an inert aliphatic compound and 50 or more but 100 or less heparin chains linked to the main chain wherein each heparin is bound terminally and by only a single bond to the main chain; wherein the aqueous solution is a buffer solution said conjugate being dissolved in said buffer solution, for use in the treatment of blood vessel damages or diseases in a patient, wherein said macromolecular heparin conjugate is administered systemically to said patient. wherein the aqueous solution is a buffer solution said conjugate being dissolved in said buffer solution, for use in the treatment of blood vessel damages or diseases in a patient, wherein said macromolecular heparin conjugate is administered systemically to said patient.
A signal processing system , for transferring analog signals from a probe for imaging applications to a remote processing unit, comprising: a first ASIC at the probe, adapted to receive an analog probe signal acquired from a subject, wherein the first ASIC comprises: an asynchronous sigma-delta modulator , wherein the asynchronous sigma-delta modulator is adapted to: receive the analog probe signal; and output a binary bit-stream comprising asynchronous time-domain pulses; a second ASIC at the remote processing unit, adapted to receive the binary bit-stream, and wherein: the asynchronous sigma-delta modulator comprises: a time gain function circuit adapted to alter a time gain function of the asynchronous sigma-delta modulator over time, wherein the time gain function is adapted to: control a feedback gain of the asynchronous sigma-delta modulator, thereby controlling a dynamic range of the asynchronous sigma-delta modulator; and alter a time gain function of the asynchronous sigma-delta modulator based on a user input relating to an imaging depth of the probe. a first ASIC at the probe, adapted to receive an analog probe signal acquired from a subject, wherein the first ASIC comprises: an asynchronous sigma-delta modulator , wherein the asynchronous sigma-delta modulator is adapted to: receive the analog probe signal; and output a binary bit-stream comprising asynchronous time-domain pulses; receive the analog probe signal; and output a binary bit-stream comprising asynchronous time-domain pulses; a second ASIC at the remote processing unit, adapted to receive the binary bit-stream, and wherein: the asynchronous sigma-delta modulator comprises: a time gain function circuit adapted to alter a time gain function of the asynchronous sigma-delta modulator over time, wherein the time gain function is adapted to: control a feedback gain of the asynchronous sigma-delta modulator, thereby controlling a dynamic range of the asynchronous sigma-delta modulator; and alter a time gain function of the asynchronous sigma-delta modulator based on a user input relating to an imaging depth of the probe.
Device for separation of particles from a flow of gas, comprising a first cyclone generator comprising a first cyclone tube with a length axis and a first blocking means arranged so that an annular first inlet is arranged between the first cyclone tube and the first blocking means , and a first vortex generator arranged in the annular first inlet , a further cyclone generator comprising a further cyclone tube with a length axis and a further blocking means arranged so that an annular further inlet is arranged between the further cyclone tube and the further blocking means, and a further vortex generator arranged in the annular further inlet at a distance from the first vortex generator , and an outlet tube comprising an outlet and a length axis , which outlet tube is arranged concentric in relation to the further cyclone tube, wherein the first cyclone tube encloses the further cyclone tube at a distance from the further cyclone tube, wherein the first blocking means overlaps the further inlet seen in the direction of the length axis so that the particles after the passage of the vortex generator in the first cyclone generator must be moved inwards towards the length axis in order to be able to be conveyed into the inlet to the following cyclone generator and in that the further blocking means essentially has the same extension as the outlet seen in the direction of the length axis towards the outlet , and that the further cyclone generator is arranged between the first cyclone generator and the outlet .
A diverter sub with an inlet and outlet each of which is able to be connected to a drill pipe so as to form a continuous conduit, down which mud can be pumped axially, the diverter sub comprising a side mud port through which mud can be pumped and a diverter valve mounted within the diverter sub, which diverter valve , in its open position, closes the side mud port and allows mud to be pumped from the inlet down axially through the diverter sub and through the outlet down the drill pipe and which, in its closed position, closes the inlet and opens the side mud port so that mud can be pumped through the side mud port into the diverter sub down through the outlet down the drill pipe, and characterized by a sealing means around the side mud port, which sealing means seals against the exterior of the diverter sub, around or above and below the said side mud port , thereby enabling drilling fluid pressure to be applied to the exterior of the side mud port .
System comprising a hob and an extractor hood for extracting vapours above the hob , wherein the hob comprises at least one hob control which is connected to a hob controller of the hob in a signal-transmitting manner and has at least one control element (10, 12, 14, 16, 18, 20; 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30) for switching on the hob and adjusting hob parameters, wherein the extractor hood has an illumination means and an illumination-means control connected to the illumination means in a signal-transmitting manner for switching on or for switching on and adjusting the illumination means , wherein the hob control is simultaneously designed as the illumination-means control, wherein the hob control and the hob controller are designed and configured such that the hob can be switched on by means of a hob switch-on operation by a user and that the illumination means can be switched on by means of an illumination-means switch-on operation by the user which is different from the hob switch-on operation, wherein the illumination means can be switched on independently of the hob , characterised in that the illumination means can also be switched on without the hob being put into an operating state by means of a hob switch-on operation, in which operating state hob parameters can be selected or adjusted. wherein the hob comprises at least one hob control which is connected to a hob controller of the hob in a signal-transmitting manner and has at least one control element (10, 12, 14, 16, 18, 20; 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30) for switching on the hob and adjusting hob parameters, wherein the extractor hood has an illumination means and an illumination-means control connected to the illumination means in a signal-transmitting manner for switching on or for switching on and adjusting the illumination means , wherein the hob control is simultaneously designed as the illumination-means control, wherein the hob control and the hob controller are designed and configured such that the hob can be switched on by means of a hob switch-on operation by a user and that the illumination means can be switched on by means of an illumination-means switch-on operation by the user which is different from the hob switch-on operation, wherein the illumination means can be switched on independently of the hob , characterised in that the illumination means can also be switched on without the hob being put into an operating state by means of a hob switch-on operation, in which operating state hob parameters can be selected or adjusted.
A device comprising a top housing , a bottom housing , and one or two sliders movably positioned between the top housing and the bottom housing , a) said top housing having a plurality of nests , and also having a handle with an open window and slider retention notches , and b) said one or two sliders having slider tabs , a plurality of sequential whole number markings equivalent to the plurality of nests and a plurality of tablet blocking ribs , wherein slider movement is regulated by the slider retention notches , and wherein the plurality of nests and the plurality of whole number markings are a same number and wherein the number of tablet blocking ribs is one less than the number of sequential whole number markings and one less than the number of nests . a) said top housing having a plurality of nests , and also having a handle with an open window and slider retention notches , and b) said one or two sliders having slider tabs , a plurality of sequential whole number markings equivalent to the plurality of nests and a plurality of tablet blocking ribs ,
A drive unit for driving a carriage travelable along a transport path having a barrel cam which is drivable to make a rotational movement and which has a drive groove for an engagement of a follower arranged at the carriage , and having a control device for controlling the drive of the carriage , wherein the barrel cam has a first barrel section and a second barrel section which is separate therefrom and which in particular directly adjoins the first barrel section ; wherein the barrel sections are drivable independently of one another; and wherein the control device is configured to accelerate the carriage after a takeover from a separate drive unit by means of the first barrel section and to supply the accelerated carriage to the second barrel section , characterized in that the drive groove comprises a straight section extending in parallel with a direction of transport (T) and/or in parallel with an axis of rotation (D) of the barrel cam and a spirally extending section adjoining it in the region of the first barrel section , with the first barrel section being driven to make a rotational movement and being accelerated in so doing until the speed of rotation of the first barrel section corresponds to the speed of rotation of the second barrel section and an outlet region of the section and an inlet region of the part of the drive groove provided at the barrel section merge into one another.
A composition comprising at least a mixture of molecules extracted from Chrysanthellum indicum, Cynara scolymus and Lycium barbarum.
An elevator load bearing member , comprising a plurality of load bearing wires , characterized by : a polymer-based conductive adhesive coating on each of the plurality of the wires ; and a jacket surrounding the wires, wherein the jacket is adhered to the wires by the polymer-based conductive adhesive coating . a polymer-based conductive adhesive coating on each of the plurality of the wires ; and a jacket surrounding the wires, wherein the jacket is adhered to the wires by the polymer-based conductive adhesive coating .
Tyre with a radial carcass reinforcement , comprising a crown reinforcement , itself capped radially by a tread , the said tread being joined to two beads via two sidewalls, the crown reinforcement having at least one layer of circumferential reinforcing elements , the said tread having at least one layer of polymeric compound forming a tread surface intended to come into contact with a roadway, characterized in that the thermal conductivity of the said layer of polymeric compound forming the tread surface is strictly less than 0.270 W/(m.K) and in that the said layer of polymeric compound forming the tread surface is formed of a rubber composition based on at least one elastomer matrix predominantly comprising a copolymer that is based on styrene and butadiene and has a glass transition temperature Tg strictly greater than -65°C and less than or equal to -30°C, and at least one reinforcing filler predominantly comprising an inorganic reinforcing filler.
A method for determining the weight (G) of a vehicle while it is travelling on a section of road by means of at least one weigh-in-motion (WIM) sensor , wherein when the vehicle travels along this section of road both the wheel loads (F i (t)) of all the individual wheels or twin wheels (i), and the speed (v i (t)) of the vehicle during the entire passing are acquired as time functions, and during evaluation of the data for determining the weight (G) the speeds (v i (t)) and their change over time are used as weighting of the simultaneously determined wheel loads (F i (t)), whereas in the direction of travel the weigh-in-motion (WIM) sensor is narrower than the length of the footprint of a vehicle wheel.