mhurhangee/ep-ind-claims huggingface dataset:
A control entity for a communication network, comprising: a controller configured to generate a downlink control signal scheduling one or more downlink subframes (117, 117a, 117b) in which downlink data resources are provided; wherein the controller is configured to provide the downlink control signal over a downlink control resource in an earlier subframe which is chronologically earlier than the one or more downlink subframes (117, 117a, 117b) in which the downlink data resources are provided; wherein the downlink control signal comprises a downlink index, and wherein the one or more downlink subframes(117, 117a, 117b), in which the downlink data resources are provided, are indicated by the downlink index, wherein the downlink index represents at least one state; wherein each state of the downlink index corresponds to a combination of the one or more downlink subframes (117, 117a, 117b) in which the downlink data resources are provided. a controller configured to generate a downlink control signal scheduling one or more downlink subframes (117, 117a, 117b) in which downlink data resources are provided; wherein the controller is configured to provide the downlink control signal over a downlink control resource in an earlier subframe which is chronologically earlier than the one or more downlink subframes (117, 117a, 117b) in which the downlink data resources are provided; wherein the downlink control signal comprises a downlink index, and wherein the one or more downlink subframes(117, 117a, 117b), in which the downlink data resources are provided, are indicated by the downlink index, wherein the downlink index represents at least one state; wherein each state of the downlink index corresponds to a combination of the one or more downlink subframes (117, 117a, 117b) in which the downlink data resources are provided.
A method tor vehicle navigation comprising the acts ot: receiving, by a vehicle server, destination information over a network from an Internet mapping service center in response to a user request from a user computer (110 i) coupled to the network to automatically send the destination information to a vehicle, wherein the user request is made via a graphical user interface of the Internet Mapping service center over the network; receiving, by the vehicle server, user identification information over the network from the user computer (110 i); identifying, by the vehicle server, said vehicle based on the user identification information; retrieving vehicle-specific communication information based on the user identification information from a vehicle database; sending the destination information to an in-vehicle navigation system of the vehicle based on the vehicle-specific communication information. receiving, by a vehicle server, destination information over a network from an Internet mapping service center in response to a user request from a user computer (110 i) coupled to the network to automatically send the destination information to a vehicle, wherein the user request is made via a graphical user interface of the Internet Mapping service center over the network; receiving, by the vehicle server, user identification information over the network from the user computer (110 i); identifying, by the vehicle server, said vehicle based on the user identification information; retrieving vehicle-specific communication information based on the user identification information from a vehicle database; sending the destination information to an in-vehicle navigation system of the vehicle based on the vehicle-specific communication information.
Moulding device for forming lenses by moulding, said moulding device comprising: - a moulding element comprising indentations formed in a face of the moulding element, - a transparent plate held with respect to the moulding element so as to form, with the indentations, a cavity intended to allow the formation of a plurality of lenses, - at least one injection passage intended to allow moulding product to be introduced into the cavity, the injection passage being arranged between the transparent plate and the moulding element, - a moulding product injector arranged so as to allow moulding product to be introduced into the injection passage, - characterized in that the injector is removable with respect to the moulding element, and in that - said moulding device is configured so as to allow the injector to be removed while at the same time keeping the transparent plate held with respect to the moulding element, - said at least one injection passage is delimited by the moulding element and the transparent plate. - a moulding element comprising indentations formed in a face of the moulding element, - a transparent plate held with respect to the moulding element so as to form, with the indentations, a cavity intended to allow the formation of a plurality of lenses, - at least one injection passage intended to allow moulding product to be introduced into the cavity, the injection passage being arranged between the transparent plate and the moulding element, - a moulding product injector arranged so as to allow moulding product to be introduced into the injection passage, - characterized in that the injector is removable with respect to the moulding element, and in that - said moulding device is configured so as to allow the injector to be removed while at the same time keeping the transparent plate held with respect to the moulding element, - said at least one injection passage is delimited by the moulding element and the transparent plate.
A determination method for determining reliability of a selective binding of an amount of a substance to be examined, the substance to be examined being a sample directly or indirectly obtained from a cell or a tissue, obtained as detection intensity of a label when a labeled substance to be examined binds to a selective binding substance fixed as a spot on a carrier, the carrier being one of a DNA chip or microarray, the determination method comprising: a pixel group extracting step of determining a position of the spot in image data obtained by imaging the detection intensity in the carrier and extracting a pixel group corresponding to the spot; a median calculating step of calculating a ratio or a difference between a) a median value of the detection intensity of the pixel group extracted at the pixel group extracting step and b) a median value of the detection intensity of the pixel group excluding a certain top proportion of and/or a certain bottom proportion of pixels; and a reliability determining step of determining the reliability based on the ratio or the difference calculated at the median calculating step and a certain reference value. a pixel group extracting step of determining a position of the spot in image data obtained by imaging the detection intensity in the carrier and extracting a pixel group corresponding to the spot; a median calculating step of calculating a ratio or a difference between a) a median value of the detection intensity of the pixel group extracted at the pixel group extracting step and b) a median value of the detection intensity of the pixel group excluding a certain top proportion of and/or a certain bottom proportion of pixels; and a reliability determining step of determining the reliability based on the ratio or the difference calculated at the median calculating step and a certain reference value.
An autonomous robot lawnmower comprising: a chassis having a front and a back connected by first and second lateral sides (112R, 112L); a drive supporting the chassis above a lawn and configured to maneuver the robot lawnmower about the lawn; a motorized lawn cutting assembly comprising one or more blades (104; 104L; 104R); a first blade guard movably mounted to the first lateral side of the chassis and extending from the chassis toward the lawn, the first blade guard being movable toward the one or more blades of the cutting assembly such that a portion of the first blade guard is positioned between a first portion of the one or more blades of the cutting assembly and the lawn when an inwardly directed force is applied to the first blade guard; and characterized by: a second blade guard movably mounted to the second lateral side of the chassis and extending from the chassis toward the lawn, the second blade guard being movable toward the one or more blades of the cutting assembly such that a portion of the second blade guard is positioned between a second portion of the one or more blades of the cutting assembly and the lawn when an inwardly directed force is applied to the second blade guard. a chassis having a front and a back connected by first and second lateral sides (112R, 112L); a drive supporting the chassis above a lawn and configured to maneuver the robot lawnmower about the lawn; a motorized lawn cutting assembly comprising one or more blades (104; 104L; 104R); a first blade guard movably mounted to the first lateral side of the chassis and extending from the chassis toward the lawn, the first blade guard being movable toward the one or more blades of the cutting assembly such that a portion of the first blade guard is positioned between a first portion of the one or more blades of the cutting assembly and the lawn when an inwardly directed force is applied to the first blade guard; and characterized by: a second blade guard movably mounted to the second lateral side of the chassis and extending from the chassis toward the lawn, the second blade guard being movable toward the one or more blades of the cutting assembly such that a portion of the second blade guard is positioned between a second portion of the one or more blades of the cutting assembly and the lawn when an inwardly directed force is applied to the second blade guard.
Use of a biodegradable pressure-sensitive adhesive in a single- or double-sided adhesive tape, characterized in that the pressure-sensitive adhesive consists of amorphous polylactide.
A method of completing a well, having a cased wellbore section, the method comprising: placing a first metallic tubing member in the wellbore, hanging the first metallic tubing member in the cased wellbore at a subterranean location; thereafter placing a second metallic tubing member in the wellbore with a portion of the second metallic tubing member telescoped into the first metallic tubing member with a portion of the outer surface of the second metallic tubing member adjacent to a portion of the inner surface of the first metallic tubing member; forming a plurality of metallic annular protrusions on one of the adjacent surfaces prior to insertion of the metallic tubing members into the wellbore; and expanding the second metallic tubing member until the protrusions are at least in contact with the adjacent surface of the other metallic tubing member, characterised in that the step of expanding the protrusions into contact comprises forming metallic annular seals between the adjacent surfaces of the metallic tubing members, and a gap is formed between the internal surface of the first metallic tubing member and the external surface of the second metallic tubing member. placing a first metallic tubing member in the wellbore, hanging the first metallic tubing member in the cased wellbore at a subterranean location; thereafter placing a second metallic tubing member in the wellbore with a portion of the second metallic tubing member telescoped into the first metallic tubing member with a portion of the outer surface of the second metallic tubing member adjacent to a portion of the inner surface of the first metallic tubing member; forming a plurality of metallic annular protrusions on one of the adjacent surfaces prior to insertion of the metallic tubing members into the wellbore; and expanding the second metallic tubing member until the protrusions are at least in contact with the adjacent surface of the other metallic tubing member, characterised in that the step of expanding the protrusions into contact comprises forming metallic annular seals between the adjacent surfaces of the metallic tubing members, and a gap is formed between the internal surface of the first metallic tubing member and the external surface of the second metallic tubing member.
Method for galvanic metal deposition on a substrate using an anode and an electrolyte, wherein from each of a plurality of electrolyte nozzles a locally confined electrolyte stream is directed towards a part of a substrate surface which is to be treated, wherein a relative movement is carried out between the substrate and the electrolyte stream during deposition, characterized in that a first movement is carried out along a first path, wherein at least along a part of the first path a second movement is carried out along a second path, and wherein the first and the second movement each are relative movements between the electrolyte stream and the substrate; wherein the first movement is non-continuous, wherein the second movement is carried out when the first movement is stopped; wherein the first path comprises stop points (SP, SP1 to SP9) at which the first movement is stopped and then, at the stop points (SP, SP1 to SP9), the second movement is carried out, wherein the stop points (SP, SP1 to SP9) are arranged in a geometrical pattern; and wherein the stop points (SP, SP1 to SP9) are arranged in rows and columns, such that the geometrical pattern is an array with rows and columns.
A liquid enzyme-containing cleaning agent in a water-soluble packaging, containing from 25 to 45 wt.% of polyhydric alcohols, characterized in that (a) it has a viscosity of at least 4000 mPa·s (Brookfield Viscometer DV-II+Pro, spindle 25, 30 rpm, 20°C); (b) it does not contain any boric acid or boric acid derivatives; (c) it contains a mixture of glycerol and 1,2-propylene glycol, the glycerol being used in an amount of from 1 to 10 wt.%, preferably from 3 to 7 wt.%, and the 1,2-propylene glycol being used in an amount of from 15 to 35 wt.%, preferably from 20 to 30 wt.%, based in each case on the total amount of the cleaning agent, and the total amount of glycerol and 1,2-propylene glycol being from 25 to 45 wt.%, in particular from 28 to 40 wt.%, most particularly from 28.5 to 32.0 wt.%; (d) it contains at least one sulfopolymer. (a) it has a viscosity of at least 4000 mPa·s (Brookfield Viscometer DV-II+Pro, spindle 25, 30 rpm, 20°C); (b) it does not contain any boric acid or boric acid derivatives; (c) it contains a mixture of glycerol and 1,2-propylene glycol, the glycerol being used in an amount of from 1 to 10 wt.%, preferably from 3 to 7 wt.%, and the 1,2-propylene glycol being used in an amount of from 15 to 35 wt.%, preferably from 20 to 30 wt.%, based in each case on the total amount of the cleaning agent, and the total amount of glycerol and 1,2-propylene glycol being from 25 to 45 wt.%, in particular from 28 to 40 wt.%, most particularly from 28.5 to 32.0 wt.%; (d) it contains at least one sulfopolymer.
Method for following an audiovisual programme between at least a first and a second broadcasting apparatus (21, 22, 23) which are connected via a router and able to at least partially broadcast the audiovisual programme, characterized in that the broadcasting apparatuses communicate with one another and share audio/video data streams and events, each of the broadcasting apparatuses comprising a computing processor, a memory and at least one interface for following a connected device associated with a user and in that the method comprises the following operations: - the first broadcasting apparatus detecting that the connected device is receding from said first broadcasting apparatus, - the first broadcasting apparatus sending a recession message to all the broadcasting apparatuses connected to the router, this recession message comprising a datum for delaying the audiovisual programme, - each of the broadcasting apparatuses connected to the router checking whether the connected device is approaching, - the second broadcasting apparatus detecting that the connected device associated with the user is approaching, - the second broadcasting apparatus broadcasting the audiovisual programme in accordance with the delay datum transmitted by the first broadcasting apparatus in the recession message, and - the second broadcasting apparatus transmitting an acknowledgement message to all the broadcasting apparatuses. - the first broadcasting apparatus detecting that the connected device is receding from said first broadcasting apparatus, - the first broadcasting apparatus sending a recession message to all the broadcasting apparatuses connected to the router, this recession message comprising a datum for delaying the audiovisual programme, - each of the broadcasting apparatuses connected to the router checking whether the connected device is approaching, - the second broadcasting apparatus detecting that the connected device associated with the user is approaching, - the second broadcasting apparatus broadcasting the audiovisual programme in accordance with the delay datum transmitted by the first broadcasting apparatus in the recession message, and - the second broadcasting apparatus transmitting an acknowledgement message to all the broadcasting apparatuses.
Sample receptacle for PCR processes, with - a housing that forms a sample chamber for receiving a sample and has at least one annular opening that extends in a channel-like manner into the sample chamber, - and a spherical closure element, wherein the diameter of the closure member exceeds the diameter of the opening channel in at least one (closure) section only to such an extent that the closure member is fixable with its largest circumference in the closure section in a force-fitting manner, wherein the spherical closure member is in direct contact with the housing, and the opening channel forms a projection between the closure section and the inner opening which reduces the opening cross section of the opening channel relative to the opening cross section in the closure section, and the opening channel forms a further projection between the closure section and the outer opening, which reduces the opening cross-section of the opening channel relative to the opening cross-section in the closure section, characterized in that a distance is provided between the further projection and the projection, which allows a maximum positioning tolerance of 5 mm for the closure element. - a housing that forms a sample chamber for receiving a sample and has at least one annular opening that extends in a channel-like manner into the sample chamber, - and a spherical closure element,
A replicable phage vector for the display of a functional, multimeric, interchain disulfide linked protein on the surface of a filamentous phage particle; comprising nucleic acid sequences encoding a phage pIX or pVII protein fused to a polynucleotide sequence encoding a first amino acid sequence derived from an exoprotein, wherein said encoded exoprotein amino acid sequence comprises a hinge region of an immunoglobulin linked to a CH2, and CH3, including at least one cysteine residue, the cysteine residue capable of becoming oxidatively bonded to a cysteine residue on a second polypeptide chain expressed as a exoprotein fusion to pIX or pVII, wherein the second amino acid sequence is the same as or a variant of the first amino acid sequence; and whereby the cysteine bond so formed is an interchain disulfide of the functional multimeric structure being displayed on the surface of the same filamentous phage particle.
A processor, comprising: an instruction cache; an execution engine; an instruction buffer to buffer loop instructions decoded by a decode unit; and a loop predictor that: trains a branch instruction to determine a trained loop count of a loop, wherein the loop comprises a sequence of instructions beginning with a target of the branch instruction and ending with the branch instruction; and determines whether a size of the loop is not greater than a size of the instruction buffer; and wherein, when the size of the loop is not greater than the size of the instruction buffer, the processor: stops fetching from the instruction cache; sends the loop instructions to the execution engine from the instruction buffer without fetching them from the instruction cache; maintains a loop pop count that indicates a number of times the branch instruction is sent to the execution engine from the instruction buffer without being fetched from the instruction cache; and predicts the branch instruction is taken when the loop pop count is less than the trained loop count and otherwise predicts the branch instruction is not taken. an instruction cache; an execution engine; an instruction buffer to buffer loop instructions decoded by a decode unit; and a loop predictor that: trains a branch instruction to determine a trained loop count of a loop, wherein the loop comprises a sequence of instructions beginning with a target of the branch instruction and ending with the branch instruction; and determines whether a size of the loop is not greater than a size of the instruction buffer; and trains a branch instruction to determine a trained loop count of a loop, wherein the loop comprises a sequence of instructions beginning with a target of the branch instruction and ending with the branch instruction; and determines whether a size of the loop is not greater than a size of the instruction buffer; and wherein, when the size of the loop is not greater than the size of the instruction buffer, the processor: stops fetching from the instruction cache; sends the loop instructions to the execution engine from the instruction buffer without fetching them from the instruction cache; maintains a loop pop count that indicates a number of times the branch instruction is sent to the execution engine from the instruction buffer without being fetched from the instruction cache; and predicts the branch instruction is taken when the loop pop count is less than the trained loop count and otherwise predicts the branch instruction is not taken. stops fetching from the instruction cache; sends the loop instructions to the execution engine from the instruction buffer without fetching them from the instruction cache; maintains a loop pop count that indicates a number of times the branch instruction is sent to the execution engine from the instruction buffer without being fetched from the instruction cache; and predicts the branch instruction is taken when the loop pop count is less than the trained loop count and otherwise predicts the branch instruction is not taken.
A method for the manufacture of a compound of general formula, wherein R is fluorosubstituted alkyl or fluorosubstituted alkyloxyalkylene and R' is hydrogen, fluorine, alkyl, fluorosubstituted alkyl or fluorosubstituted alkyloxyalkylene; comprising a step of reacting a compound of general formula, wherein R' has the meaning as given above; with a compound of general formula R-OH or a compound of general formula R-O - M +, wherein R has the meaning as given above and M + is an alkaline metal cation, an alkaline earth metal cation equivalent with one positive charge, an ammonium ion or a guanidinium ion.