mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for identifying content in stereoscopic videos, the method comprising: receiving, from a user device, a video content item for uploading to a content provider; selecting a frame from a plurality of frames of the video content item for generating one or more fingerprints corresponding to the video content item; generating a first fingerprint corresponding to the selected frame, a second fingerprint corresponding to a first encoded portion of the selected frame, and a third fingerprint corresponding to a second encoded portion of the selected frame; comparing each of the first fingerprint, the second fingerprint, and the third fingerprint to a plurality of reference fingerprints corresponding to reference video content items; determining whether at least one of the first fingerprint, the second fingerprint, and the third fingerprint match a reference fingerprint of the plurality of reference fingerprints; and in response to determining that at least one of the first fingerprint, the second fingerprint, and the third fingerprint match the reference fingerprint, causing an indication of the match to be presented on the user device, wherein the first encoded portion of the selected frame and the second encoded portion of the selected frame correspond to a first image to be presented to a left eye of a viewer and a second image to be presented to a right eye of the viewer when the video content item is presented stereoscopically. receiving, from a user device, a video content item for uploading to a content provider; selecting a frame from a plurality of frames of the video content item for generating one or more fingerprints corresponding to the video content item; generating a first fingerprint corresponding to the selected frame, a second fingerprint corresponding to a first encoded portion of the selected frame, and a third fingerprint corresponding to a second encoded portion of the selected frame; comparing each of the first fingerprint, the second fingerprint, and the third fingerprint to a plurality of reference fingerprints corresponding to reference video content items; determining whether at least one of the first fingerprint, the second fingerprint, and the third fingerprint match a reference fingerprint of the plurality of reference fingerprints; and in response to determining that at least one of the first fingerprint, the second fingerprint, and the third fingerprint match the reference fingerprint, causing an indication of the match to be presented on the user device, wherein the first encoded portion of the selected frame and the second encoded portion of the selected frame correspond to a first image to be presented to a left eye of a viewer and a second image to be presented to a right eye of the viewer when the video content item is presented stereoscopically.
A method for manufacturing molded articles consisting of two or more molded article layers (6, 6', 6"), comprising the steps a) A layer carrier is made available for accommodating at least one molded article layer ; b) A molded article layer is applied onto a printing plate , wherein the molded article layer is applied by a shaping tool onto the printing plate ; c) Positioning of printing plate and/or layer carrier with respect to an older molded article layer and relative to one another, in particular contacting the molded article layer to the layer carrier or to an older molded article layer ; d) Curing of the molded article layer so that it becomes an older molded article layer itself or forms a composite with such a one and transfer of the molded article layer(s) from the printing plate onto the layer carrier ; e) Possibly making the printing plate available for accommodating other molded article layers (6',6") and repetition of the steps b) to d). a) A layer carrier is made available for accommodating at least one molded article layer ; b) A molded article layer is applied onto a printing plate , wherein the molded article layer is applied by a shaping tool onto the printing plate ; c) Positioning of printing plate and/or layer carrier with respect to an older molded article layer and relative to one another, in particular contacting the molded article layer to the layer carrier or to an older molded article layer ; d) Curing of the molded article layer so that it becomes an older molded article layer itself or forms a composite with such a one and transfer of the molded article layer(s) from the printing plate onto the layer carrier ; e) Possibly making the printing plate available for accommodating other molded article layers (6',6") and repetition of the steps b) to d).
A removable vacuum pump for creating a vacuum within a prosthetic socket comprising: an elastomeric housing having an inner fluid channel , an upper exterior surface , and an exterior sealing element; a spring member , a first one-way valve preventing backflow of air, and a second one-way valve preventing backflow of air, wherein the spring member, first one-way valve, and second one-way valve are disposed within said inner fluid channel ; characterised in that said elastomeric housing further comprises a triangular void . an elastomeric housing having an inner fluid channel , an upper exterior surface , and an exterior sealing element; a spring member , a first one-way valve preventing backflow of air, and a second one-way valve preventing backflow of air, wherein the spring member, first one-way valve, and second one-way valve are disposed within said inner fluid channel ; characterised in that said elastomeric housing further comprises a triangular void .
A thermoplastic elastomer composition (I) comprising: a cross-linked product of an ethylene·α-olefin-nonconjugated polyene copolymer (A) (provided that the α-olefin has 3 to 20 carbon atoms) with a phenolic resin cross-linking agent (E), the composition (I) further comprising: 360 to 460 parts by mass of a crystalline polyolefin (B), 70 to 140 parts by mass of a softener (C), and 2 to 6 parts by mass of a lubricant (D) (provided that an amount of the copolymer (A) is 100 parts by mass). 360 to 460 parts by mass of a crystalline polyolefin (B), 70 to 140 parts by mass of a softener (C), and 2 to 6 parts by mass of a lubricant (D) (provided that an amount of the copolymer (A) is 100 parts by mass).
Valve system comprising a first valve and a second valve , wherein the two valves each have a housing with a plurality of housing apertures (10 through 24; A to F), each for flow-conducting connection with an external flow channel (30 through 44) for a fluid and a valve body arranged in the housing to be rotatable around a rotation axis with at least one connecting channel (54 through 66; 54, 56) for flow-conducting connection of at least two of the housing apertures (10 through 24; A through F) of the housing , and wherein a seal is arranged between the housing and the valve body with seal apertures corresponding to the housing apertures (10 through 24; A through F) in the housing for sealing the flow-conducting connections towards a free environment, and wherein the valve body of the first valve and the valve body of the second valve can be coupled mechanically to each other by means of a coupling device of the valve system , wherein the coupling device is formed in such a way that the valve bodies in a first operating state of the valve system are rotatable together by means of the coupling device and in a second operating state of the valve system are rotatable independently of each other by means of the coupling device , and wherein the coupling device features a free-running arrangement which is designed such that the valve bodies are not connected in a torque-transmitting manner in a free-running state of the free-running arrangement when the valve body (50 52) is rotated about the respective rotation axis in a rotation angle range previously specified in terms of amount, characterized in that the valve body and the housing of the first and/or second valve feature latching means corresponding to each other, the latching means being formed in such a way that this valve body is latched to this housing in the free-running state of the free-running arrangement and in a force-transmitting state of the free-running arrangement in which a torque can be transmitted between the two valve bodies by means of the coupling device the latching of the latching means is disengaged.
A unit exchanging device configured to automatically exchange a component supply unit between multiple component mounting machines in which multiple component supply units for supplying components are detachably installed, comprising: a gripping portion configured to grip the component supply unit ; a moving section configured to move the gripping portion along a predetermined direction between a position for attaching/detaching the component supply unit to and from the component mounting machine and a standby position within the unit exchanging device ; and a control section configured to control the gripping and release of the gripping of the component supply unit by the gripping portion and the moving of the gripping portion by the moving section , characterized by the control section being configured to control the moving section to change the standby position in accordance with the gripping state of the component supply unit by the gripping portion such that the movement amount of the gripping portion moved by the moving section is minimized. a gripping portion configured to grip the component supply unit ; a moving section configured to move the gripping portion along a predetermined direction between a position for attaching/detaching the component supply unit to and from the component mounting machine and a standby position within the unit exchanging device ; and a control section configured to control the gripping and release of the gripping of the component supply unit by the gripping portion and the moving of the gripping portion by the moving section , characterized by the control section being configured to control the moving section to change the standby position in accordance with the gripping state of the component supply unit by the gripping portion such that the movement amount of the gripping portion moved by the moving section is minimized.
A pasteurization apparatus comprising a line through a heater , a pump , a holding tube , a temperature sensor at or downstream of an outlet of the dwell tube, a controller , a first product sensor (CS1) at or near an inlet of the holding tube, and a second product sensor (CS2) at or near an outlet of the holding tube, wherein the controller is configured to perform a method comprising a dwell time test by: pumping a liquid product through the heater and then through the holding tube at an elevated temperature for a target dwell time period, detecting a first time stamp upon passage of the product at the start of the holding tube by way of sensing of the product by the first sensor (CS1), detecting a second time stamp upon passage of the product at the end of the holding tube by way of sensing of the product by the second sensor (CS2), and calculating a dwell time according to time difference between the time stamps; characterized in that , the controller is configured to: perform the dwell time test without interruption between initial purging of the line with water and the start of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product, and perform the dwell time test without interruption between completion of product pasteurizing and purging of the line with water at the end of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product. pumping a liquid product through the heater and then through the holding tube at an elevated temperature for a target dwell time period, detecting a first time stamp upon passage of the product at the start of the holding tube by way of sensing of the product by the first sensor (CS1), detecting a second time stamp upon passage of the product at the end of the holding tube by way of sensing of the product by the second sensor (CS2), and calculating a dwell time according to time difference between the time stamps; characterized in that , the controller is configured to: perform the dwell time test without interruption between initial purging of the line with water and the start of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product, and perform the dwell time test without interruption between completion of product pasteurizing and purging of the line with water at the end of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product. perform the dwell time test without interruption between initial purging of the line with water and the start of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product, and perform the dwell time test without interruption between completion of product pasteurizing and purging of the line with water at the end of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product.
Laundry care appliance with a removable storage container , wherein the removable storage container has a container interior for receiving a liquid , wherein the removable storage container comprises a displaceable closing element for closing off an opening in the removable storage container , and with a liquid coupling for supplying the liquid from the removable storage container , through the opening and into a dosing device of the laundry care appliance , characterised in that , wherein the liquid coupling is embodied to displace the displaceable closing element from a first position for closing off the opening into a second position for unblocking the opening , wherein the liquid coupling has a first electrode and a second electrode , wherein the first and second electrode are in contact with the container interior in the second position of the displaceable closing contact , wherein a voltage is able to be applied to the first and second electrode in the second position of the displaceable closing element , wherein the laundry care appliance has a controller, which is electrically connected to the first and second electrode and is embodied, on the basis of a change in the current flow induced by the voltage, to detect a fill level of the liquid in the removable storage container , so that, when the liquid coupling is fluidically connected to the removable storage container , the liquid coupling then displaces the displaceable closing element from the first position for closing off the opening into the second position for unblocking the opening , so that the liquid is able to be fed, through the liquid coupling , out of the removable storage container and to the dosing device, wherein the two electrodes are in contact with the container interior , in particular with the liquid in the container interior , in the second position of the displaceable closing element , wherein the two electrodes are arranged at a defined height on the removable storage container , so that the controller, with a current flow occurring through the liquid , is able to detect that the fill level of the liquid in the removable storage container is arranged above the electrodes , and so that the controller, with a drop in the current flow through the liquid , is likewise able to detect that the fill level of the liquid in the removable storage container falls below the height of the two electrodes , whereby it is possible to detect a falling fill level of the liquid in the removable storage container , wherein the second electrode , in the second position of the displaceable closing element , is arranged on the opening , in order to be in contact with the container interior in the second position of the displaceable closing element , characterised in that the removable storage container has a further opening , wherein the further opening is able to be closed off by the displaceable closing element in the first position and unblocked in the second position, and that the first electrode is arranged on the further opening in the second position.
A wearable system for mounting against the skin of a subject, the wearable system comprising: a base layer ; a top layer , and a flexible circuit board sandwiched between the base layer and the top layer , the flexible circuit board comprising: a first end pad having a first contact area facing the base layer ; a second end pad having a second contact area facing the base layer ; and a flexible meander section between the first end pad and the second end pad ; wherein the base layer and the top layer are bonded together by a bonding layer which has a meander opening around the flexible meander section , whereby the flexible meander section is in a non-bonded region and is not constrained by the bonding. a base layer ; a top layer , and a flexible circuit board sandwiched between the base layer and the top layer , the flexible circuit board comprising: a first end pad having a first contact area facing the base layer ; a second end pad having a second contact area facing the base layer ; and a flexible meander section between the first end pad and the second end pad ; a first end pad having a first contact area facing the base layer ; a second end pad having a second contact area facing the base layer ; and a flexible meander section between the first end pad and the second end pad ; wherein the base layer and the top layer are bonded together by a bonding layer which has a meander opening around the flexible meander section , whereby the flexible meander section is in a non-bonded region and is not constrained by the bonding.
A lighting panel assembly comprising an LED flat lighting panel having a back support panel , a front illuminating panel , and side panels thereinbetween, and having a plurality of LEDs therein to provide illumination through the front illuminating panel, and further comprising a function pod conjoined to the back support panel using an insert and twist arrangement via an aperture in the back support panel, wherein the lighting panel assembly is a ceiling lighting panel, and wherein the aperture allows communication between the function pod to beyond the front illuminating panel, characterised in that the function pod comprises one or more of the following: motion detection sensor ; light sensor ; acoustic detection sensor ; oral detection sensor , and includes one or more of a microwave sensor, a photocell, and light or other electromagnetic sensors and/or detectors.
Anti-noise shim comprising at least a perforated metal layer and at least a high temperature resistant layer faced/coupled together by mechanical bonding wherein the perforated metal layer comprises through holes and mechanical bonding means , and the high temperature resistant layer comprises fibers, a filler and a binder material, said perforated metal layer 110 is characterized by through holes 111 and sharped/pointed mechanical bonding means 112, jointly/united with the perforated metal layer 110 and, where present, located at the edge 113 of the through holes 111 on at least a mechanically bonding surface 114 of the perforated metal layer 110..
A tubular recovery apparatus comprising a recovery tower mounted to a support structure , the recovery tower configured to pull a tubular section along a firing line (L) extending along the recovery tower, the recovery tower comprising a cutting or separating mechanism for separating or decoupling a tubular section from a catenary, a magazine removably mounted to the recovery tower while the apparatus is in use, the magazine being configured for receiving a plurality of recovered tubular sections, and a feed mechanism configured to feed one or more tubular sections from the firing line (L) of the recovery tower to the magazine, wherein at least part of the recovery tower is movable in use between a deployed, pulling position for recovering tubular sections, and a loading position for loading the magazine onto the recovery tower.
A biochemical storage medium, comprising one or more electrospun fibers, wherein the one or more fibers have a uniformdiameter of 10 nm to 2000 nm and provide a dissolvable formulation that encapsulates one or more biologically active components comprising one or more proteins and stabilizes the proteins at room temperature for storage, wherein the one or more fibers are soluble in aqueous solutions, wherein the one or more proteins comprise an enzyme that retains biological activity when the one or more fibers are dissolved, and wherein the fibers comprise a stabilizing factor, the medium being characterised in that : within said fiber(s) are said stabilized proteins which comprise said enzyme in the form of a Taq polymerase which are released upon dissolution of the fiber with their biological activity intact, and retain their enzymatic activity after being stored at room temperature for 7 days, and said stabilizing factor comprises polysucrose having 70 to 400 polymerized sucrose units and comprises bovine serum albumin. within said fiber(s) are said stabilized proteins which comprise said enzyme in the form of a Taq polymerase which are released upon dissolution of the fiber with their biological activity intact, and retain their enzymatic activity after being stored at room temperature for 7 days, and said stabilizing factor comprises polysucrose having 70 to 400 polymerized sucrose units and comprises bovine serum albumin.
Wetting device of floor cleaning cloths, said wetting device being configured to impregnate a floor cleaning cloth with a dose of a cleaning liquid, said wetting device comprising: - a container having a compartment adapted to contain the cleaning fluid; - a tank in fluid communication with the compartment and having an impregnation zone (Z) for the floor cleaning cloth ; - pumping means configured to transfer cleaning liquid from the compartment to the tank ; - a plurality of nozzles placed at the tank and in fluid communication with the pumping means , said nozzles being configured to direct the cleaning liquid towards the impregnation zone (Z); characterized in that : - the tank has a bottom facing the impregnation zone (Z); - at least part of the plurality of nozzles are arranged at the bottom of the tank . - a container having a compartment adapted to contain the cleaning fluid; - a tank in fluid communication with the compartment and having an impregnation zone (Z) for the floor cleaning cloth ; - pumping means configured to transfer cleaning liquid from the compartment to the tank ; - a plurality of nozzles placed at the tank and in fluid communication with the pumping means , said nozzles being configured to direct the cleaning liquid towards the impregnation zone (Z); - the tank has a bottom facing the impregnation zone (Z); - at least part of the plurality of nozzles are arranged at the bottom of the tank .