mhurhangee/ep-ind-claims huggingface dataset:
A method implemented at least in part by a computing device, the method comprising: displaying (110, 210) a first panel (140, 360, 430, 500A) of an icon, the icon being associated with one or more applications; receiving (120, 220) an update to an application of the one or more applications; and based on the update to the application, displaying (130, 230, 740) the icon as rotating in three dimensions until a second panel (142, 380, 450, 500B, 500C) of the icon is displayed, the second panel (142, 380, 450, 500B, 500C) of the icon displaying an indication of the update to the application, wherein the rotating of the icon in three dimensions until the second panel (142, 380, 450, 500B, 500C) of the icon is displayed occurs automatically in response to the application being updated, wherein only one of the said panels (140, 142, 360, 380, 430, 450, 500A, 500B, 500C) is displayed before and after the rotating of the icon, wherein the application is a first application, and wherein the method further comprises: receiving (720, 840) an update to a second application of the one or more applications, the second application being associated with the first panel (140, 360, 430, 500A) of the icon; and determining a priority assigned (730, 820) to the first panel (140, 360, 430, 500A) of the icon and a priority assigned to the second panel (142, 380, 450, 500B, 500C) of the icon, based on said priority assigned to the first panel (140, 360, 430, 500A) and said priority assigned to the second panel (142, 380, 450, 500B, 500C) of the icon, displaying the icon as rotating in three dimensions until the first panel (140, 360, 430, 500A) of the icon is displayed, the first panel (140, 360, 430, 500A) displaying an indication of the update to the second application. displaying (110, 210) a first panel (140, 360, 430, 500A) of an icon, the icon being associated with one or more applications; receiving (120, 220) an update to an application of the one or more applications; and based on the update to the application, displaying (130, 230, 740) the icon as rotating in three dimensions until a second panel (142, 380, 450, 500B, 500C) of the icon is displayed, the second panel (142, 380, 450, 500B, 500C) of the icon displaying an indication of the update to the application, receiving (720, 840) an update to a second application of the one or more applications, the second application being associated with the first panel (140, 360, 430, 500A) of the icon; and determining a priority assigned (730, 820) to the first panel (140, 360, 430, 500A) of the icon and a priority assigned to the second panel (142, 380, 450, 500B, 500C) of the icon, based on said priority assigned to the first panel (140, 360, 430, 500A) and said priority assigned to the second panel (142, 380, 450, 500B, 500C) of the icon, displaying the icon as rotating in three dimensions until the first panel (140, 360, 430, 500A) of the icon is displayed, the first panel (140, 360, 430, 500A) displaying an indication of the update to the second application.
A computer implemented method of storing a data string in a structured form, the method including the steps of: dividing the data string into as many complete subsets of predetermined length as possible with any remainder being designated as a postfix; arranging the subsets of the data string into a tree structure with nodes joined by edges representing one or more of the subsets, wherein the tree structure is a suffix tree; determining, for each edge in said suffix tree, a prefix table which is a list of all possible prefixes for that subset within the data string of lengths less than said predetermined length; and storing the subsets, the suffix tree, the prefix tables and the postfix. dividing the data string into as many complete subsets of predetermined length as possible with any remainder being designated as a postfix; arranging the subsets of the data string into a tree structure with nodes joined by edges representing one or more of the subsets, wherein the tree structure is a suffix tree; determining, for each edge in said suffix tree, a prefix table which is a list of all possible prefixes for that subset within the data string of lengths less than said predetermined length; and storing the subsets, the suffix tree, the prefix tables and the postfix.
A method of annealing glass sheets, comprising: stacking a plurality of glass sheets, each of the glass sheets having two major surfaces (776, 778), so that interfaces are defined between adjacent ones of the glass sheets in the plurality of glass sheets, wherein there is disposed on at least one of the major surfaces that faces one of the interfaces, a surface modification layer; exposing the stack of glass sheets to a time-temperature cycle sufficient to compact each of the glass sheets, wherein the surface modification layer is sufficient to control, throughout the time-temperature cycle, bonding between the adjacent ones of the glass sheets in the stack defining the one of the interfaces; wherein bonding is controlled to be of such a force so that one sheet does not separate from another if one is held and the other subjected to the force of gravity, but so that the sheets may be separated without breaking one of the adjacent ones of the glass sheets into two or more pieces, and there is no outgassing from the interfaces; and wherein the surface modification layer comprises one of: a) a plasma polymerized fluoropolymer; and b) an aromatic silane. stacking a plurality of glass sheets, each of the glass sheets having two major surfaces (776, 778), so that interfaces are defined between adjacent ones of the glass sheets in the plurality of glass sheets, wherein there is disposed on at least one of the major surfaces that faces one of the interfaces, a surface modification layer; exposing the stack of glass sheets to a time-temperature cycle sufficient to compact each of the glass sheets, wherein the surface modification layer is sufficient to control, throughout the time-temperature cycle, bonding between the adjacent ones of the glass sheets in the stack defining the one of the interfaces; wherein bonding is controlled to be of such a force so that one sheet does not separate from another if one is held and the other subjected to the force of gravity, but so that the sheets may be separated without breaking one of the adjacent ones of the glass sheets into two or more pieces, and there is no outgassing from the interfaces; and wherein the surface modification layer comprises one of: a) a plasma polymerized fluoropolymer; and b) an aromatic silane. a) a plasma polymerized fluoropolymer; and b) an aromatic silane.
Light with a body, in the interior space of which lighting means are mounted, wherein the lighting means radiate light by way of at least one light output surface, and with suspension means by way of which the body is fixed to at least one mounting surface, wherein elements of the suspension means form power feed means by way of which a current feed to electrical and/or electronic elements in the body takes place, and wherein the suspension means comprises a plurality of wires, which form current feed means and which are each fixed at one end to the body and fixed at the other end to a mount at the mounting surface, characterised inn that the respective other end of a wire is guided in an encapsulation, which consists of electrically insulating material, and is positionally fixed there, and that the wire is led through the bore of a circuitboard and the encapsulation is mounted on one side of the circuitboard.
Calibrating device for a network analyser with a plurality of ports, exhibiting a calibrating circuit which is connected by means of in each case a connecting port (3 1 to 3 n) with in each case one of the plurality of ports of the network analyser, wherein in each case a first transistor (20 1 to 20 n) and in each case a second transistor (21 1 to 21 n) are connected in series to each connecting port (3 1 to 3n), wherein both transistors (20 1 to 20 n and 21 1 to 21 n) are connected at their common connection (24 1 to 24n) with the connecting port (3 1 to 3 n), wherein just one first transistor (20 1 to 20 n) and just one second transistor (21 1 to 21 n) within the calibrating circuit are available for each of the plurality of ports of the network analyser, wherein the first transistors (20 1 to 20 n) are operated as adjustable loads, wherein the adjustable loads of the first transistors (20 1 to 20 n) are adjustable by applying a gate voltage or a base current to the latter by means of a voltage source or current source of the calibrating device, wherein the voltage source or current source is adjusted in such a way that one of the adjustable loads is a resistive intermediate state, wherein the respective transistor (20 1 to 20 n) is not driven to saturation point so that a separate terminating resistor can be omitted.
A plant for manufacturing and printing cup-shaped bodies, comprising an apparatus for manufacturing cup-shaped bodies comprising at least a portion made of plastics, a device for positioning said cup-shaped bodies manufactured by said apparatus on a transfer device that can move along a longitudinal transfer direction, said cup-shaped bodies resting with their lower edge on a resting surface that is defined by said transfer device and with their concavities directed toward said resting surface, said plant comprising, along the extension of said longitudinal transfer direction, a device for the digital printing of said cup-shaped bodies, control means being provided for controlling the position of the top edge of said cup-shaped bodies, on said resting surface, said control means being connected functionally to said digital printing device characterized in that the cup-shaped bodies are stoppers, and in that said control means comprises at least one sensor adapted to detect the position of the top edge of the stoppers that rest on said resting surface to control said printing device, the stoppers having at least a temperature that is higher than the ambient temperature, preferably above 40°C, wherein said control means further comprises at least one longitudinal abutment, which is extended substantially parallel to said longitudinal transfer direction, intended to arrange said stoppers rested on said resting surface in a transverse position that corresponds to the transverse position of action of said digital printing device, wherein the transfer device comprises a conveyor belt, and wherein said conveyor belt is associated with a device for controlling its movement and its speed along said longitudinal transfer direction in order to ensure perfect registration in the application of colors by said digital printing device and wherein upstream of said digital printing station, the plant comprises a station for the surface treatment of the stoppers that is intended to perform a treatment of the corona type or of the plasma type.
A corn cell with stably integrated, recombinant DNA comprising a promoter that is functional in plant cells and that is operably linked to DNA from a plant, bacteria or yeast that encodes a protein with at least 90% identity to SEQ ID NO:130; wherein said corn cell is selected from a population of corn cells with said recombinant DNA by screening plants that are regenerated from corn cells in said population and that express said protein for an enhanced trait as compared to control plants that do not have said recombinant DNA; and wherein said enhanced trait is increased yield or enhanced nitrogen use efficiency.
A method for estimating a relative position and location of a target object in relation to an origin object, wherein the method comprises: - acquiring a plurality of sensor points by scanning a surface of the target object by means of at least one sensor; - carrying out an optimization method, in which the acquired sensor points are iteratively assigned to a model point of a constant approximation model for the target object in each case, until a total deviation of the acquired sensor points from the model points respectively assigned to them is minimized or is below a predetermined limit; and - estimating the relative position and location of the target object on the basis of an assignment of the sensor points resulting from the optimization method; wherein the approximation model comprises target object points as model points, in which the approximation model corresponds to a precisely known surface region of the target object, and approximation points (22, 22'), in which the approximation model is known to be uncertain, characterized in that the optimization method additionally comprises a single or repeated modification of the approximation model by changing at least a portion of its approximation points (22, 22') whilst keeping to the target object points. - acquiring a plurality of sensor points by scanning a surface of the target object by means of at least one sensor; - carrying out an optimization method, in which the acquired sensor points are iteratively assigned to a model point of a constant approximation model for the target object in each case, until a total deviation of the acquired sensor points from the model points respectively assigned to them is minimized or is below a predetermined limit; and - estimating the relative position and location of the target object on the basis of an assignment of the sensor points resulting from the optimization method; characterized in that the optimization method additionally comprises a single or repeated modification of the approximation model by changing at least a portion of its approximation points (22, 22') whilst keeping to the target object points.
Assembly for a drug delivery device comprising a needle mounting feature, a needle detector, a housing and a movable feature which is movable with respect to the housing between a first position and a second position different from the first position, wherein the needle detector is configured to detect whether a needle is mounted to the needle mounting feature, wherein the assembly is configured such that when a needle is mounted to the needle mounting feature, the movable feature is in the second position and when the needle is not mounted to the needle mounting feature, the movable feature is in the first position, wherein the assembly is configured such that during mounting of the needle to the needle mounting feature, the movable feature is moved from the first position to the second position, and wherein the assembly comprises a cap, characterised in that the cap is configured such that in the first position of the movable feature the cap is securable to the assembly in a first mounting position, and in the second position of the movable feature the cap is securable to the assembly in a second mounting position being different from the first mounting position, wherein in the second position of the movable feature, the movable feature prevents the cap from being secured in the first mounting position.
A method of paging user equipments, UEs, on a shared communication medium, comprising: obtaining a set of paging messages for transmission to a paging group that includes a set of UEs associated with different coverage levels; transmitting a common enhanced Physical Downlink Control Channel, ePDCCH, that starts a Paging Occurrence Window, POW, with a duration that is extended from a legacy POW used by one or more legacy UEs; transmitting, after the transmission of the common ePDCCH, a paging ePDCCH; and repetitively transmitting the set of paging messages over a plurality of PDSCH subframes in accordance with the paging ePDCCH. obtaining a set of paging messages for transmission to a paging group that includes a set of UEs associated with different coverage levels; transmitting a common enhanced Physical Downlink Control Channel, ePDCCH, that starts a Paging Occurrence Window, POW, with a duration that is extended from a legacy POW used by one or more legacy UEs; transmitting, after the transmission of the common ePDCCH, a paging ePDCCH; and repetitively transmitting the set of paging messages over a plurality of PDSCH subframes in accordance with the paging ePDCCH.
A composition comprising at least one biological control agent which is Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and at least one fungicide selected from the group consisting of dimethomorph and iprovalicarb in a synergistically effective amount, wherein the weight ratio of biological control agent and fungicide is in the range of 1:0.0005 to 1:0.5.
An appliance for ironing clothes and similar, comprising a body adapted to support a soleplate (1.1) and fixed to a handgrip; articulation means arranged inside said handgrip to allow said rotation of said handgrip with respect to said body; heating means arranged within said body and connectable to an electricity network for the heating of said plate (1.1); and means (4,5,5.1) for generating steam connected to a water tank and to said plate (1.1) to diffuse steam towards the outside via first and second holes arranged on said plate (1.1); said body being mounted rotatable around an axis of lateral rotation passing through said handgrip; said axis passing through said handgrip at the front portion of the handgrip and being inclined by an angle (β) with respect to said handgrip so as to allow a user of the appliance to move said body and said plate (1.1) between a first operating position for ironing said clothes in direct contact with said plate (1.1), and a second operating position for vertical steam ironing of said clothes also not directly in contact with the clothes; wherein at said second operating position for vertical ironing said plate (1.1) is arranged in a position rotated by 180° around said axis with respect to the position assumed by said plate (1.1) in said first operating position; characterized in that said articulation means comprise a mechanical articulation adapted to control a hydraulic diverter with double shaped disc, and a channel inside said plate (1.1); said mechanical articulation being formed of an upper joint (11.1) angularly constrained to said handgrip and adapted, by means of a T-end shaft (11.2), to determine the angular rotation of a lower joint (11.3) to control the position of said hydraulic diverter.
Method for making a vehicle available, including a step (E3, E4) for sending a message (M2, M3) allowing the unlocking of at least one door of the vehicle from a remote vehicle management server (SDGV), in response to a user request, said user request having formed the subject of an identification of said user and of an authorization of use by said user of said vehicle, said method additionally including a step (E7, E9) for sending a message (M5, M6), independent of said message (M2, M3) allowing said unlocking, authorizing the starting of the vehicle by a control system of said vehicle from said remote vehicle management server (SDGV), said method being characterized in that the identification and authorization of use are carried out by a remote user server which is separate from said remote vehicle management server (SDGV), - said message allowing the unlocking of at least one door being sent by said remote vehicle management server (SDGV) to said vehicle upon reception of an unlock message sent by said remote user server after a step for processing said user request by said remote user server, - said message authorizing the starting of said vehicle being sent by said remote vehicle management server (SDGV) to said vehicle upon reception of an unprotect message sent by said remote user server, said unlock and unprotect messages sent by said remote user server to said remote vehicle management server (SDGV) lacking an identifier of said user. - said message allowing the unlocking of at least one door being sent by said remote vehicle management server (SDGV) to said vehicle upon reception of an unlock message sent by said remote user server after a step for processing said user request by said remote user server, - said message authorizing the starting of said vehicle being sent by said remote vehicle management server (SDGV) to said vehicle upon reception of an unprotect message sent by said remote user server,
A heat transfer system for a product, comprising: a housing having an internal chamber; a baffle separating the internal chamber into upper and lower portions; a spiral pathway (52, 54), comprising: an upper pathway within the upper portion, and a lower pathway within the lower portion; and a gas flow pathway, comprising an upper gas flow across the upper pathway; a lower gas flow across the lower pathway and in counter-flow to the upper gas flow, wherein the upper gas flow and lower gas flow define a circulation loop; and means to induce the upper and lower gas flows along the circulation loop, comprising a drum disposed in the internal chamber and extending between the upper and lower portions and about which is arranged the baffle and the spiral pathway, characterized in that the upper gas flow and the lower gas flow are bifurcated by the drum into separate branches (56, 58) of gas flow to flow around the drum. a housing having an internal chamber; a baffle separating the internal chamber into upper and lower portions; a spiral pathway (52, 54), comprising: an upper pathway within the upper portion, and a lower pathway within the lower portion; and an upper pathway within the upper portion, and a lower pathway within the lower portion; and a gas flow pathway, comprising an upper gas flow across the upper pathway; a lower gas flow across the lower pathway and in counter-flow to the upper gas flow, wherein the upper gas flow and lower gas flow define a circulation loop; and an upper gas flow across the upper pathway; a lower gas flow across the lower pathway and in counter-flow to the upper gas flow, wherein the upper gas flow and lower gas flow define a circulation loop; and means to induce the upper and lower gas flows along the circulation loop, comprising a drum disposed in the internal chamber and extending between the upper and lower portions and about which is arranged the baffle and the spiral pathway, characterized in that the upper gas flow and the lower gas flow are bifurcated by the drum into separate branches (56, 58) of gas flow to flow around the drum.
A length measuring device comprising a vernier caliper, a linear guide in the form of a hollow profile, on which the vernier caliper is displaceably mounted externally so that it is capable of being brought into contact with an object to be measured in terms of its length, an inner slide, which is displaceably mounted inside the hollow profile, a magnet arrangement (5, 7) which couples the vernier caliper and inner slide magnetically, so that the inner slide follows every movement of the vernier caliper along the hollow profile, a measuring means for measuring the position of the inner slide along the hollow profile, and a display, visible in the surrounding space of the hollow profile, of the length determined by the measuring means in accordance with the measured position of the inner slide, wherein the hollow profile is provided with an end wall on at least one end and the inner slide substantially covers the cross section of the hollow profile in order to form an acoustic resonator in the interior of the hollow profile between the end wall and the inner slide, characterized in that the measuring means has a loudspeaker and a microphone in the interior of the acoustic resonator and a control and evaluation unit connected thereto, which is configured to cause the loudspeaker to issue an acoustic pulse, to record the pulse response of the acoustic resonator with the microphone, to determine from this the basic frequency (f 0) of the acoustic resonator and to determine the length of the resonator and therefore the position of the inner slide along the hollow profile from the basic frequency.