mhurhangee/ep-ind-claims huggingface dataset:
Method for setting up a shared secret ( K ABCD) in a communication system (10, A-D) having a first node, a second node, a third node and a medium jointly used by the nodes, characterized by the following features: - in a first arbitration phase, the first node sends (75, 95) a first bit sequence, the second node sends (76, 96) a second bit sequence and the first node and the second node synchronously detect an effective third bit sequence, produced by virtue of the first bit sequence and the second bit sequence overlapping in places on the medium, - in a second arbitration phase, the first node sends the first bit sequence in a form inverted in places, the second node sends the second bit sequence in a form inverted in places and the first node and the second node synchronously detect an effective fourth bit sequence, produced by virtue of the inverted first bit sequence and the inverted second bit sequence overlapping, - the first node and the second node dis-junctively combine the third bit sequence with the fourth bit sequence in places to produce a fifth bit sequence, and - the first node and the second node ascertain a first secret ( K AB) by virtue of the first node deleting bits of the first bit sequence and the second node deleting corresponding bits of the second bit sequence that are concordant in terms of digit value according to the fifth bit sequence. - in a first arbitration phase, the first node sends (75, 95) a first bit sequence, the second node sends (76, 96) a second bit sequence and the first node and the second node synchronously detect an effective third bit sequence, produced by virtue of the first bit sequence and the second bit sequence overlapping in places on the medium, - in a second arbitration phase, the first node sends the first bit sequence in a form inverted in places, the second node sends the second bit sequence in a form inverted in places and the first node and the second node synchronously detect an effective fourth bit sequence, produced by virtue of the inverted first bit sequence and the inverted second bit sequence overlapping, - the first node and the second node dis-junctively combine the third bit sequence with the fourth bit sequence in places to produce a fifth bit sequence, and - the first node and the second node ascertain a first secret ( K AB) by virtue of the first node deleting bits of the first bit sequence and the second node deleting corresponding bits of the second bit sequence that are concordant in terms of digit value according to the fifth bit sequence.
A liner-label, comprising: a liner substrate; a label substrate; a partially perforated inner label within the label substrate; and wherein a backside of the partially perforated inner label is coated with an adhesive, wherein a first portion of the backside area of the partially perforated inner label includes adhesive deadener applied over the adhesive, and wherein a second portion of the backside area of the partially perforated inner label includes no adhesive deadener, thereby retaining the adhesive, and characterized in that the second portion represents a pattern of discontinuous adhesive patches along a periphery of the backside of the partially perforated inner label where the backside area remains uncoated by the adhesive deadener, and in that the partially perforated inner label includes two parallel perforated edges (137, 138) and two opposite edges (134, 136) that are not perforated, the opposite edges (134, 136) being offset from the adhesive patches. a liner substrate; a label substrate; a partially perforated inner label within the label substrate; and wherein a backside of the partially perforated inner label is coated with an adhesive, wherein a first portion of the backside area of the partially perforated inner label includes adhesive deadener applied over the adhesive, and wherein a second portion of the backside area of the partially perforated inner label includes no adhesive deadener, thereby retaining the adhesive, and characterized in that the second portion represents a pattern of discontinuous adhesive patches along a periphery of the backside of the partially perforated inner label where the backside area remains uncoated by the adhesive deadener, and in that the partially perforated inner label includes two parallel perforated edges (137, 138) and two opposite edges (134, 136) that are not perforated, the opposite edges (134, 136) being offset from the adhesive patches.
Hand-held suction appliance, comprising a housing device, a suction blower device for generating a suction flow, said suction blower device being arranged in a housing of the housing device, a suctioned material container, which is removably arranged on the housing device and which has an interior space that is able to be acted upon with the suction flow of the suction blower device, a holder for a battery device, and a handle, characterized in that the suctioned material container is supported downward on the holder for the battery device.
A method for producing nickel microparticle, characterized in that the method uses at least two fluids to be processed, of these, at least one fluid to be processed is a nickel compound fluid in which a nickel compound is dissolved in a solvent, the nickel compound fluid contains a sulfate ion, at least one fluid to be processed other than the foregoing fluid to be processed is a reducing agent fluid in which a reducing agent is dissolved in a solvent, at least any one fluid to be processed of the nickel compound fluid and the reducing agent fluid contains a polyol, these fluids to be processed are mixed to form a thin film fluid between at least two processing surfaces which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, whereby the nickel microparticle is separated, and pH of the nickel compound fluid which is introduced into between the at least two processing surfaces and also a molar ratio of the sulfate ion relative to the nickel contained in the nickel compound fluid are controlled, whereby controlling a ratio of d/D, a ratio of crystallite's diameter (d) of the nickel microparticle relative to a particle diameter of the nickel microparticle, wherein the pH of the nickel compound fluid at room temperature is acidic and, wherein the molar ratio of the sulfate ion relative to the nickel contained in the nickel compound fluid is more than 1.00.
A color calibration system comprising: a calibration target generation engine to print a calibration target foreground comprising a foreground color patch and a calibration target background comprising a background color patch on a non-opaque media, the calibration target foreground being printed directly on the calibration target background, wherein color for the background color patch is selected based on the color of the foreground color patch, and the color of the background color patch is a color which is known to optimize at least one of a dynamic range and a monotonicity of a set of color measurements measurement of the calibration target foreground; a color measurement engine to perform a color measurement of the calibration target foreground, the color measurement representing an amount of light reflected by the calibration target foreground; and a color calibration engine that calibrates a printer based on the color measurement. a calibration target generation engine to print a calibration target foreground comprising a foreground color patch and a calibration target background comprising a background color patch on a non-opaque media, the calibration target foreground being printed directly on the calibration target background, wherein color for the background color patch is selected based on the color of the foreground color patch, and the color of the background color patch is a color which is known to optimize at least one of a dynamic range and a monotonicity of a set of color measurements measurement of the calibration target foreground; a color measurement engine to perform a color measurement of the calibration target foreground, the color measurement representing an amount of light reflected by the calibration target foreground; and a color calibration engine that calibrates a printer based on the color measurement.
Capsule comprising a preferably rotationally symmetrical capsule body, which forms a cavity with an opening for receiving at least one substance for the preparation of a liquid food, wherein, in order to convey a liquid through the capsule, an outflow nozzle is arranged inside the cavity and is oriented in the direction of the opening, and wherein the outflow nozzle is in particular closed by a cover that covers the opening, wherein the capsule body forms a transition region and the cavity is fluidically connected to the outflow nozzle via the transition region, and a filter element is arranged in the transition region, characterized in that the capsule body and the outflow nozzle are formed in one piece.
An aerosol delivery device configured to yield an inhalable substance, the aerosol delivery device comprising: a control body having a closed distal end and an open engaging end; a heating member; a control component located within the control body and configured to control the heating member; a power source located within the control body and configured to provide power to the control component; and a removable aerosol source member that includes an inhalable substance medium, the aerosol source member being configured to be inserted into the engaging end of the control body and defining a heated end and a mouth end, the heated end configured, when inserted into the control body, to be positioned proximate the heating member, wherein the heating member is configured to provide heat to at least a portion of the aerosol source member so as to form an inhalable aerosol, the aerosol configured to be drawn through the aerosol source member, and wherein the heating member comprises a flexible heating member that surrounds a heating cylinder located within a portion of the engaging end of the control body, wherein the flexible heating member is planar when in an unwrapped, flattened state, and wherein the flexible heating member is wrapped around the heating cylinder; wherein the flexible heating member comprises at least one heater circuit, and wherein the heating member extends a full length of the inhalable substance medium of the aerosol source member. a control body having a closed distal end and an open engaging end; a heating member; a control component located within the control body and configured to control the heating member; a power source located within the control body and configured to provide power to the control component; and a removable aerosol source member that includes an inhalable substance medium, the aerosol source member being configured to be inserted into the engaging end of the control body and defining a heated end and a mouth end, the heated end configured, when inserted into the control body, to be positioned proximate the heating member, wherein the heating member is configured to provide heat to at least a portion of the aerosol source member so as to form an inhalable aerosol, the aerosol configured to be drawn through the aerosol source member, and wherein the heating member comprises a flexible heating member that surrounds a heating cylinder located within a portion of the engaging end of the control body, wherein the flexible heating member is planar when in an unwrapped, flattened state, and wherein the flexible heating member is wrapped around the heating cylinder; wherein the flexible heating member comprises at least one heater circuit, and wherein the heating member extends a full length of the inhalable substance medium of the aerosol source member.
Induction device, in particular an induction hob device, with at least one induction unit (12a-c), with at least one sensor unit (14a-c), which is provided to detect at least one sensor parameter, and with at least one control unit (16a-c), which is provided to analyse the sensor parameter, wherein in a mounted position the sensor unit (14a-c) is arranged above the induction unit (12a-c) and has a plurality of presence sensor elements (18a-c) arranged in a distributed manner, which are provided to detect at least one sensor parameter in the form of a presence parameter of at least one object (20a-c), characterised in that the sensor unit (14a-c) has a plurality of activity sensor elements (24a-c) arranged in a distributed manner, which are provided to detect at least one sensor parameter in the form of an activity parameter of the induction unit (12a-c), wherein at least one of the activity sensor elements (24a-c) and at least one of the presence sensor elements (18a-c) are configured as a single piece with one another.
Order system for tools, machine parts and the like, using RFID chips (3, 7) which cooperate via a reading device with a computer system, having a base (1, 5) on which the contours (2, 6) of the ordered tools, machine parts and the like are represented, characterized in that the RFID chips (3, 7) are arranged within the contours (2, 6) of the base (1, 5) and an identification of the respective tool, machine part and the like is stored thereon, and in that the reading device is adapted to read and transfer the identifications from the RFID chips (3, 7) of the contours (2, 6) to the computer system.
A composition for oral care, the composition comprising (based on mass %): isopropyl myristate: 67.5% propylene glycol: 20% lecithin: 12,5% isopropyl myristate: 67.5% propylene glycol: 20% lecithin: 12,5%
An insect trap comprising: an exothermic body configured to comprise exothermic powder enclosed in an inner bag that is air permeable, wherein the exothermic powder contains iron powder that releases heat when oxidized; and a layered body configured with layers of plate-like elements, wherein the layered body comprises gaps as pathways of entry for an insect pest, and wherein a housing space to house the exothermic body is arranged inside the layered body, wherein the layered body and the inner bag are made of a biodegradable raw material, wherein the layered body has a layered structure comprising cardboard sheets (2, 3, 4; 12, 13, 14; 32, 33, 34, 35, 36; 52, 53, 54), wherein the cardboard sheets has a structure comprising the gaps that extend parallel to one another, wherein entries to the gaps are open at an end surface of each of the cardboard sheets, and wherein the cardboard sheets, adjoining in the layered body, each have a direction of extension of the gaps oriented to be orthogonal to each other when viewed from a layered direction of the cardboard sheets. an exothermic body configured to comprise exothermic powder enclosed in an inner bag that is air permeable, wherein the exothermic powder contains iron powder that releases heat when oxidized; and a layered body configured with layers of plate-like elements, wherein the layered body comprises gaps as pathways of entry for an insect pest, and wherein a housing space to house the exothermic body is arranged inside the layered body, wherein the layered body and the inner bag are made of a biodegradable raw material, wherein the layered body has a layered structure comprising cardboard sheets (2, 3, 4; 12, 13, 14; 32, 33, 34, 35, 36; 52, 53, 54), wherein the cardboard sheets has a structure comprising the gaps that extend parallel to one another, wherein entries to the gaps are open at an end surface of each of the cardboard sheets, and wherein the cardboard sheets, adjoining in the layered body, each have a direction of extension of the gaps oriented to be orthogonal to each other when viewed from a layered direction of the cardboard sheets.
An elbow prosthesis comprising: a capitellar implant (10, 110, 310) including an articulating head (12, 112, 312) and a stem (14, 114, 314), the articulating head having a first articulating surface (18, 118) generally between a lateral side (30, 130, 330) and a medial side (32, 132, 332), wherein a passage (24, 124, 324) extends through the articulating head from the lateral side to the medial side, characterized by the articulating head defining a counterbore (26, 126, 326) formed at the lateral side and that connects with the passage (24, 124, 324); and by a bone screw (200, 200') having a threaded shank (214, 214') and a head (212, 212'), the threaded shank having a length greater than the passage through the articulating head such that the head nests in the counterbore (26, 126, 326) and at least a portion of the threaded shank extends proud from the medial side (32, 132, 332) of the articulating head (12, 112, 312) in an implanted position. a capitellar implant (10, 110, 310) including an articulating head (12, 112, 312) and a stem (14, 114, 314), the articulating head having a first articulating surface (18, 118) generally between a lateral side (30, 130, 330) and a medial side (32, 132, 332), wherein a passage (24, 124, 324) extends through the articulating head from the lateral side to the medial side, characterized by the articulating head defining a counterbore (26, 126, 326) formed at the lateral side and that connects with the passage (24, 124, 324); and by a bone screw (200, 200') having a threaded shank (214, 214') and a head (212, 212'), the threaded shank having a length greater than the passage through the articulating head such that the head nests in the counterbore (26, 126, 326) and at least a portion of the threaded shank extends proud from the medial side (32, 132, 332) of the articulating head (12, 112, 312) in an implanted position.
A battery pack for an electric tool, the battery pack comprising - at least one battery cell and a monitoring circuit, which is configured to determine an electrical or thermal measured variable of the battery pack; - a control unit, which is configured - to determine a power drain characteristic of the battery pack depending on a first and/or second time derivative of the electrical or thermal measured variable; - to predict a future power drain characteristic of the battery pack depending on the determined power drain characteristic; - to examine at least one predefined acceptance condition depending on the predicted power drain characteristic; and - to initiate a measure for user information depending on a result of the examination. - at least one battery cell and a monitoring circuit, which is configured to determine an electrical or thermal measured variable of the battery pack; - a control unit, which is configured - to determine a power drain characteristic of the battery pack depending on a first and/or second time derivative of the electrical or thermal measured variable; - to predict a future power drain characteristic of the battery pack depending on the determined power drain characteristic; - to examine at least one predefined acceptance condition depending on the predicted power drain characteristic; and - to initiate a measure for user information depending on a result of the examination.
A method for recovering phosphorus, comprising the following steps: i) thermochemical reaction of a phosphorus-containing material in the presence of calcium-containing particles in a moving bed reactor, ii) separation of fines enriched with phosphorus from the moving bed reactor, wherein the seperation of the fines enriched with phosphorus is carried out from the reactor discharge in one or more separation devices which may be disposed inside or outside the moving bed reactor, wherein the operating temperature of the first separation device is over 400 °C, in order to reduce the quantity of heavy metals and polyaromatic hydrocarbons, and iii) reaction of the fines enriched with phosphorus obtained from step ii) with an acid in order to obtain a phytoavailable phosphorus-enriched useful material. i) thermochemical reaction of a phosphorus-containing material in the presence of calcium-containing particles in a moving bed reactor, ii) separation of fines enriched with phosphorus from the moving bed reactor, wherein the seperation of the fines enriched with phosphorus is carried out from the reactor discharge in one or more separation devices which may be disposed inside or outside the moving bed reactor, wherein the operating temperature of the first separation device is over 400 °C, in order to reduce the quantity of heavy metals and polyaromatic hydrocarbons, and iii) reaction of the fines enriched with phosphorus obtained from step ii) with an acid in order to obtain a phytoavailable phosphorus-enriched useful material.
A dropbox assembly for a transmission of a work vehicle, the dropbox assembly comprising: - a dropbox housing defining an interior; - a gear assembly disposed within the interior of the dropbox housing, the gear assembly comprising an input gear and an output gear; - an output shaft coupled to and rotatable with the output gear, said output gear comprising inner splines; and - a pump mounted to the dropbox housing, the pump comprising a pump housing disposed exterior to the dropbox housing and a pump shaft, the pump shaft coupled to and rotatable with the output shaft and the output shaft comprises a body having an inner surface and an outer surface and extending between a first end and a second end, the body defining a bore extending into the body from the first end, the bore defining the inner surface, the output shaft further comprising a first and a second plurality of outer splines (142, 144) extending from the outer surface and a plurality of inner splines extending from the inner surface and wherein the pump shaft comprises a body having an outer surface and extending between a first end and a second end, the pump shaft further comprising a plurality of outer splines at said second end extending from the outer surface, said second end of the pump shaft extending into the bore of the output shaft so that the outer splines of the pump shaft are meshed with the inner splines of the output shaft and the first plurality of outer splines extending from the outer surface and disposed proximate the first end of the output shaft are coupled to the inner splines of the output gear. - a dropbox housing defining an interior; - a gear assembly disposed within the interior of the dropbox housing, the gear assembly comprising an input gear and an output gear; - an output shaft coupled to and rotatable with the output gear, said output gear comprising inner splines; and - a pump mounted to the dropbox housing, the pump comprising a pump housing disposed exterior to the dropbox housing and a pump shaft, the pump shaft coupled to and rotatable with the output shaft and the output shaft comprises a body having an inner surface and an outer surface and extending between a first end and a second end, the body defining a bore extending into the body from the first end, the bore defining the inner surface, the output shaft further comprising a first and a second plurality of outer splines (142, 144) extending from the outer surface and a plurality of inner splines extending from the inner surface and wherein the pump shaft comprises a body having an outer surface and extending between a first end and a second end, the pump shaft further comprising a plurality of outer splines at said second end extending from the outer surface, said second end of the pump shaft extending into the bore of the output shaft so that the outer splines of the pump shaft are meshed with the inner splines of the output shaft and the first plurality of outer splines extending from the outer surface and disposed proximate the first end of the output shaft are coupled to the inner splines of the output gear.