mhurhangee/patent-ind-claim-en huggingface dataset:
A method for predicting eye movement in a head mounted display, HMD, the method comprising: tracking movement of an eye of a user with a gaze tracking system disposed in the HMD at a plurality of sample points, sample points being points in time at which a tracking information is collected, while the user is viewing a sequence of video frames; determining velocity of the movement based on the tracking; determining that the eye of the user is in a saccade upon the velocity reaching a threshold velocity; predicting a landing point on a display of the HMD corresponding to a direction of the eye for the saccade; characterized in that the method further comprises rendering for display a first video frame having a foveal region centered at the landing point on the display of the HMD; presenting the first video frame having the foveal region on the display of the HMD, wherein the eye is predicted to be oriented towards the landing point upon displaying the first video frame; and terminating rendering of at least one video frame, before the rendering of the frame is completed, during the saccade that is to be rendered before the first video frame. tracking movement of an eye of a user with a gaze tracking system disposed in the HMD at a plurality of sample points, sample points being points in time at which a tracking information is collected, while the user is viewing a sequence of video frames; determining velocity of the movement based on the tracking; determining that the eye of the user is in a saccade upon the velocity reaching a threshold velocity; predicting a landing point on a display of the HMD corresponding to a direction of the eye for the saccade; characterized in that the method further comprises rendering for display a first video frame having a foveal region centered at the landing point on the display of the HMD; presenting the first video frame having the foveal region on the display of the HMD, wherein the eye is predicted to be oriented towards the landing point upon displaying the first video frame; and terminating rendering of at least one video frame, before the rendering of the frame is completed, during the saccade that is to be rendered before the first video frame.
A control circuit (100; 200; 300) for a vapour provision system comprising: a first controller with capability to control a first set of components (34; 50) in the vapour provision system; a second controller with capability to control a second set of components (34; 50) in the vapour provision system, at least one component in the second set being also in the first set; and a communication link between the first controller and the second controller by which at least one controller can monitor operation of the other controller; characterized in that one or both controllers is operable to, via the communication link, detect a fault with the capability of the other controller to control the at least one component and, in response, assume control of the at least one component. a first controller with capability to control a first set of components (34; 50) in the vapour provision system; a second controller with capability to control a second set of components (34; 50) in the vapour provision system, at least one component in the second set being also in the first set; and a communication link between the first controller and the second controller by which at least one controller can monitor operation of the other controller; characterized in that one or both controllers is operable to, via the communication link, detect a fault with the capability of the other controller to control the at least one component and, in response, assume control of the at least one component.
Case system for lead batteries, the case having an essentially six-sided cuboid shape comprising: a) two pairs of parallel sidewalls , perpendicular to each other, and each pair of sidewalls defining two opposite surfaces of the essentially cuboid shape and further defining an interior volume inside the case system; b) a further pair of parallel sidewalls, each of them perpendicular to the sidewalls of a) and each with a surface area larger than that of any one of the surface areas of the sidewalls of a), one being arranged as a separate cover wall for sealing the case system; c) at least one division plane , dividing said interior volume such as to form a plurality of compartments , each for storing an electrical cell , wherein all division planes are perpendicular to the cover wall , characterized in that the compartments are oriented such to hold an electrical cell with lead sheets each, such that the lead sheets are arranged in a horizontal orientation parallel to sidewalls . a) two pairs of parallel sidewalls , perpendicular to each other, and each pair of sidewalls defining two opposite surfaces of the essentially cuboid shape and further defining an interior volume inside the case system; b) a further pair of parallel sidewalls, each of them perpendicular to the sidewalls of a) and each with a surface area larger than that of any one of the surface areas of the sidewalls of a), one being arranged as a separate cover wall for sealing the case system; c) at least one division plane , dividing said interior volume such as to form a plurality of compartments , each for storing an electrical cell , wherein all division planes are perpendicular to the cover wall ,
A prepreg or a resin coated metal foil prepared by using a resin composition comprising an acrylic polymer (A) and a thermosetting resin (B), wherein a phase separation structure of a first phase containing the acrylic polymer (A) and a second phase containing the thermosetting resin (B) is formed, and an average domain size of the second phase determined from a cured product of the resin composition by using a scanning electron microscope as described in the description is 1 to 20 μm, the prepreg being prepared by impregnating a base material with the resin composition and then drying, and the resin coated metal foil being prepared by laminating the resin composition and a metal foil.
A computer program for troubleshooting a control program , the control program comprised of instructions , the instructions receiving input data from variables of the control program and measurements of physical inputs from an industrial process , and providing output data to variables of the control program and output signals controlling the industrial process, the computer program stored in a non-transient computer readable medium for execution on an electronic computer to: output, on a display in communication with the electronic computer, a representation of a first instruction of the control program, the representation of the first instruction showing a value of output or input data for the first instruction at a first time; accept a step instruction from a user changing the output on the display of the first instruction to jump to a second time showing the input data for the first instruction at the second time, wherein the second time is limited to times of change of output data by a second instruction of the control program that provides its output data to the first instruction, wherein the computer program communicates with a program log providing a list of events recording changes of physical inputs from the industrial process only at times of change of the physical inputs, and wherein the events of the list are linked to the second instruction providing the change of the output data. output, on a display in communication with the electronic computer, a representation of a first instruction of the control program, the representation of the first instruction showing a value of output or input data for the first instruction at a first time; accept a step instruction from a user changing the output on the display of the first instruction to jump to a second time showing the input data for the first instruction at the second time, wherein the second time is limited to times of change of output data by a second instruction of the control program that provides its output data to the first instruction, wherein the computer program communicates with a program log providing a list of events recording changes of physical inputs from the industrial process only at times of change of the physical inputs, and wherein the events of the list are linked to the second instruction providing the change of the output data.
Method for determining changes of the longitudinal dynamic behaviour, in particular of an undercarriage of a rail vehicle, in order to identify a current travelling condition of the rail vehicle, characterised in that by means of a cybernetic observer , from an input signal (u) that is known or that has been determined by measurement technology and at least one measurement signal (y) of the rail vehicle observed as an observed real reference system , variables that cannot be measured by a system model of the rail vehicle and that characterise the longitudinal dynamic behaviour are reconstructed and evaluated, wherein the said at least one measurement signal (y) of the rail vehicle observed and a correspondingly reconstructed measurement signal (ŷ) of the system model are compared, and the deviation determined by way of the comparison is recursively tracked with a regulator so as to minimise the deviation determined.
Rotary machine (M), in particular rotary filling machine (F), at least for continually sealing single film bags (B) by ultrasonic welding between an anvil and a sonotrode in at least one welding station (S) allocated to a rotary-driven carousel , wherein each film bag is positioned during a rotation by holders , and wherein the rotary machine (M) comprises at least one welding station (S), which comprises at least one sonotrode (S) placed stationarily relative to the rotation direction of the carousel , and has anvils which rotate consecutively and with intermediate distances in rotary direction past the sonotrode , at which anvils the film bags (B) are positioned, characterized in that in the carousel in the intermediate distances between the anvils dummy-anvils are provided such that they rotate with the anvils , that each dummy-anvil has a contour (K') facing a welding side of the sonotrode , the contour of the dummy-anvil equaling a contour (K) of an outer side of the anvil with a film bag (B) positioned at the outer side and facing the sonotrode , and that the anvils and the dummy-anvils are arranged such that their contours (K', K) are aligned in rotary direction .
Method for cleaning a molding surface of a reusable lens mold , in particular of a reusable lens mold for molding ophthalmic lenses such as soft contact lenses, the method comprising the steps of: - generating a jet of deionized water, - exposing the molding surface of the reusable lens mold to the jet of deionized water, characterized in that the jet of deionized water has a circular full cone spray pattern and impinges on the molding surface of the reusable lens mold , and wherein the circular full cone spray pattern has a uniform distribution of the volume flow of deionized water over the base of the cone of the circular full cone spray pattern. - generating a jet of deionized water, - exposing the molding surface of the reusable lens mold to the jet of deionized water,
A rechargeable metal-air battery comprising: a) a negative electrode capable of taking and releasing active metal ions; b) a porous positive electrode using oxygen as an electroactive material; c) an electrolyte configured to conduct ions between the negative and positive electrodes and comprising one or more phases, wherein at least one phase comprises a liquid and at least partially fills the pores of the positive electrode , wherein the liquid is a polar, aprotic solvent and comprises an oxygen evolving catalyst soluble in the liquid that partially fills the positive electrode , wherein the oxygen evolving catalyst is configured to evolve oxygen gas by oxidizing during the charge of the battery a metal oxide discharge product formed in the positive electrode during the discharge of the battery, characterized in that the oxygen evolving catalyst comprises a halide, and in that the oxygen evolving catalyst has a solubility in the liquid greater than or equal to 0.05 M. a) a negative electrode capable of taking and releasing active metal ions; b) a porous positive electrode using oxygen as an electroactive material; c) an electrolyte configured to conduct ions between the negative and positive electrodes and comprising one or more phases,
An evaporator assembly for an ice maker comprising: an evaporator pan comprising a back wall and left, right, top and bottom sidewalls extending from the back wall; a freeze plate located within the evaporator pan; a serpentine tubing thermally coupled to the back wall of the evaporator pan opposite the left, right, top and bottom sidewalls; a first layer of insulation formed on the serpentine tubing; an evaporator housing attached to the evaporator pan and covering the serpentine tubing and the first layer of insulation, the evaporator housing comprising: housing left, right, top and bottom sidewalls , wherein each sidewall comprises a groove ; and a housing back wall seated into the grooves of the sidewalls, the housing back wall comprising a raised edge melted flat in an ultrasonic welding process to seal the housing back wall to the housing left, right, top and bottom sidewalls. an evaporator pan comprising a back wall and left, right, top and bottom sidewalls extending from the back wall; a freeze plate located within the evaporator pan; a serpentine tubing thermally coupled to the back wall of the evaporator pan opposite the left, right, top and bottom sidewalls; a first layer of insulation formed on the serpentine tubing; an evaporator housing attached to the evaporator pan and covering the serpentine tubing and the first layer of insulation, the evaporator housing comprising: housing left, right, top and bottom sidewalls , wherein each sidewall comprises a groove ; and a housing back wall seated into the grooves of the sidewalls, the housing back wall comprising a raised edge melted flat in an ultrasonic welding process to seal the housing back wall to the housing left, right, top and bottom sidewalls. housing left, right, top and bottom sidewalls , wherein each sidewall comprises a groove ; and a housing back wall seated into the grooves of the sidewalls, the housing back wall comprising a raised edge melted flat in an ultrasonic welding process to seal the housing back wall to the housing left, right, top and bottom sidewalls.
Hand for indicating seconds or fractions of a second for a timepiece comprising a fixing part intended to be mounted on a spindle and a rod made of glass or sapphire extending from the fixing part , a hand in which, over at least a section of the rod , the upper surface of the rod is facetted or has, in cross-section, a domed shape or a semi-oblong shape, i.e. a straight segment with curved ends.
An electrical connector comprising: a housing having a receptacle that is configured to receive an electrical wire therein along an insertion axis , the housing comprising a slot ; and an electrical contact held by the housing, the electrical contact comprising a contact beam that includes a wire interface that is configured to engage the electrical wire, the contact beam being movable between a closed position and an open position, the wire interface being configured to engage the electrical wire when the contact beam is in the closed position, the wire interface being configured to be disengaged from the electrical wire when the contact beam is in the open position, wherein the contact beam is configured to be slidably engaged by an actuator along an actuation direction that is non-perpendicular to the insertion axis to move the contact beam from the closed position to the open position, wherein the contact beam is a first contact beam and the wire interface is a first wire interface , the electrical contact comprising a second contact beam that includes a second wire interface that opposes the first wire interface, the first and second contact beams being configured to receive the actuator therebetween to spread the first and second contact beams apart when the actuator is moved in the actuation direction, the contact beams including inner sides that oppose each other, the contact beams being configured to be slidably engaged by the actuator at the inner sides and wire interfaces of the contact beams, wherein the receptacle is configured to receive the electrical wire therein along the insertion axis between the slot and a base of the electrical contact , characterized in that the slot is configured to moveably receive the actuator in the form of a credit card or debit card therein such that the actuator moves along the length of the slot to move the contact beams from the closed position to the open position.
A protective system for an articulated vehicle provided with a plurality of carriages connected by an articulated joint, comprising: - a frame provided with a first receiving seat extending along a longitudinal direction (X); - a coupling element comprising a first portion (P1) shaped for coupling to the receiving seat and a second portion (P2) in which a housing seat is made; - a tubular member configured to be inserted into the housing cavity in such a way as to be coupled to the coupling element ; - a laminar member defining a bellows and stably connected in use, directly or indirectly, to the tubular member ; - a locking device which can be coupled to said frame and configured to hold in position said coupling element at the frame ; wherein at least one between the first portion (P1) of the coupling element and said first receiving seat is at least partly tapered so that said first portion (P1) is configured to be automatically centred during the coupling with the first receiving seat and characterized in that the first portion (P1) has a truncated cone shape and the first seat has a groove shaped to match the truncated cone shape of the first portion (P1), wherein said first receiving seat comprises a protuberance which extends away from the frame and said first portion (P1) of the coupling element comprises a cavity, so that said protuberance of the first receiving seat is inserted inside the cavity of the first portion (P1). - a frame provided with a first receiving seat extending along a longitudinal direction (X); - a coupling element comprising a first portion (P1) shaped for coupling to the receiving seat and a second portion (P2) in which a housing seat is made; - a tubular member configured to be inserted into the housing cavity in such a way as to be coupled to the coupling element ; - a laminar member defining a bellows and stably connected in use, directly or indirectly, to the tubular member ; - a locking device which can be coupled to said frame and configured to hold in position said coupling element at the frame ; wherein at least one between the first portion (P1) of the coupling element and said first receiving seat is at least partly tapered so that said first portion (P1) is configured to be automatically centred during the coupling with the first receiving seat and characterized in that the first portion (P1) has a truncated cone shape and the first seat has a groove shaped to match the truncated cone shape of the first portion (P1), wherein said first receiving seat comprises a protuberance which extends away from the frame and said first portion (P1) of the coupling element comprises a cavity, so that said protuberance of the first receiving seat is inserted inside the cavity of the first portion (P1).
Cover plate for a hotplate , with a flat planar base section , which spans a plane (E), which is defined by a first spatial direction (x) and a second spatial direction (y) which differs from the first spatial direction (x), two reinforcing sections , which are bent out from the flat planar base section , and which are provided on two mutually opposing edge sections of the base section , wherein the base section and the reinforcing sections are formed from a shaped flat planar sheet metal blank, and a reinforcing element separated from the base section and attached hereto, wherein the reinforcing section and the reinforcing element are arranged so that the cover plate is reinforced in the first spatial direction (x) with the aid of the reinforcing section and in the second spatial direction (y) which differs from the first spatial direction (x) with the aid of the reinforcing element such that the reinforcing section prevents the cover plate from bending about the first spatial direction (x) as a bending axis and that the reinforcing element prevents the cover plate from bending about the second spatial direction (y) as a bending axis, wherein the reinforcing section is provided on an edge section of the base section , and wherein the reinforcing element is attached to a cutting edge of the base section arranged at right angles to the edge section .
Ceiling system, in particular clean room ceiling system, with at least one ceiling element (12a, 12a'; 12b, 12b'), with at least one ceiling profile (14a, 14a', 14a"; 14b), which comprises at least one contact region (16a, 17a; 16b, 17b) for a supporting accommodation of the ceiling element (12a, 12a'; 12b, 12b'), and with at least one sealing element (18a, 18a'; 18b, 18b') which is configured for sealing a gap (20a, 20a'; 20b) between the ceiling element (12a, 12a'; 12b, 12b') and the ceiling profile (14a, 14a'; 14a"; 14b), wherein in a mounted state the at least one sealing element (18a, 18a'; 18b, 18b') is configured to be adjacent, in a sealing manner, to a front side (22; 22b) of the ceiling element (12a, 12a'; 12b, 12b') and to a front side (24a; 24b) of the ceiling profile (14a, 14a', 14a"; 14b), wherein the at least one ceiling element (18a, 18a'; 18b, 18b') is at least partially embodied as a labyrinth seal, wherein the at least one sealing element (18a, 18a'; 18b, 18b') forms at least one cavity (28a; 28b) which is at least substantially enclosed by the sealing element (18a, 18a'; 18b, 18b'), characterised in that in a mounted state of the ceiling element (12a, 12a'; 12b, 12b') the cavity (28a; 28b) is at least partially spatially arranged between the front side (22a; 22b) of the at least one ceiling element (12a, 12a'; 12b, 12b') and the front side (24a; 24b) of the at least one ceiling profile (14a, 14a', 14a"; 14b), wherein in a mounted state an underside (36a; 36b) of the at least one ceiling element (12a, 12a'; 12b, 12b') ends at least substantially flush with an underside (38a; 38b) of the contact area (16a, 17a; 16b, 17b) of the at least one ceiling profile (14a, 14a', 14a"; 14b).
A cooking device comprising a cooking cavity wherein the foodstuffs to be cooked are placed; a body in the form of a box with the front side open which surrounds the cooking cavity ; a panel which is disposed on the body ; a steam generator which is disposed on the body ; a water tank which is disposed on the body and which enables water to be delivered to the steam generator by means of a water delivery line ; and an opening which is arranged on the panel and which provides access to the water tank , characterized by a lid having a mouth portion which provides the connection of the water delivery line to the water tank , a housing which clamps down the mouth portion , at least one channel which is provided on the mouth portion and at least one protrusion which is provided on the housing surface in contact with the mouth portion so as to align with said at least one channel , wherein the protrusion is adapted to be seated into the channel so as to fix the housing to the mouth portion .