mhurhangee/patent-ind-claim-en huggingface dataset:
A digital printing enhancement system , comprising one or more printing enhancement modules configured to perform a printing enhancement operation for overprinting on a substrate, wherein the one or more printing enhancement modules comprise one or more inkjets and one or more curing modules , or wherein at least one of the one or more printing enhancement modules is a digital printing module; a drum configured to carry the substrate, said drum is connected to a drum actuation mechanism configured to move the drum at a rotational movement; a processing module coupled to the drum actuation mechanism and to the one or more printing enhancement modules , wherein the processing module sends commands to the drum actuation mechanism to move the drum and sends commands to the one or more printing enhancement modules to dispense materials according to a printing enhancement task; wherein the one or more printing enhancement modules are arranged around a circumference of the drum ; wherein the rotational movement enables to bring the substrate closer to a selected printing enhancement module of the one or more printing enhancement modules , characterized in that the digital printing enhancement system is configured to perform a number of drum revolutions during a print enhancement operation that depends on the number of layers required for a finished product and on the types and order of printing enhancement modules mounted around the circumference of the drum . one or more printing enhancement modules configured to perform a printing enhancement operation for overprinting on a substrate, wherein the one or more printing enhancement modules comprise one or more inkjets and one or more curing modules , or wherein at least one of the one or more printing enhancement modules is a digital printing module; a drum configured to carry the substrate, said drum is connected to a drum actuation mechanism configured to move the drum at a rotational movement; a processing module coupled to the drum actuation mechanism and to the one or more printing enhancement modules , wherein the processing module sends commands to the drum actuation mechanism to move the drum and sends commands to the one or more printing enhancement modules to dispense materials according to a printing enhancement task; wherein the one or more printing enhancement modules are arranged around a circumference of the drum ; wherein the rotational movement enables to bring the substrate closer to a selected printing enhancement module of the one or more printing enhancement modules , characterized in that the digital printing enhancement system is configured to perform a number of drum revolutions during a print enhancement operation that depends on the number of layers required for a finished product and on the types and order of printing enhancement modules mounted around the circumference of the drum .
A method for ascertaining a positional deviation of a rotational body , which is rotatable about a rotation axis and comprises at least one first flat face, relative to a reference surface , characterized in that at least axial perpendicularity and rotational surface runout of the first flat face of the rotational body are ascertained simultaneously, wherein at least two distance sensors that are stationary with respect to the reference surface perform measurements perpendicular to and in the direction of the first flat face of the rotational body , wherein the distance sensors transmit distances from the first flat face of the rotational body ascertained at different points during rotation of the rotational body to an evaluation device , wherein, based on the distances and taking into account the rotation angle of the rotational body about the rotation axis, an axial perpendicularity and a rotational surface runout of the rotational body can be ascertained in the evaluation device.
Tester for testing integrated circuits on a silicon wafer, characterized in that the tester has a single input output connection for testing an integrated circuit and in that the tester has: - means (E71) for transferring a data frame to the integrated circuit via the input output connection, the data frame having a time reference for the data contained in the data frame, a validation field for the time reference and a data field comprising at least one test command for the integrated circuit, the time reference being equal to the duration of one bit of data, - means (E74) for receiving a data frame via the input output connection, the data of the received data frame having a duration equal to an integer multiple of the time reference and greater than or equal to twice the duration of the time reference. - means (E71) for transferring a data frame to the integrated circuit via the input output connection, the data frame having a time reference for the data contained in the data frame, a validation field for the time reference and a data field comprising at least one test command for the integrated circuit, the time reference being equal to the duration of one bit of data, - means (E74) for receiving a data frame via the input output connection, the data of the received data frame having a duration equal to an integer multiple of the time reference and greater than or equal to twice the duration of the time reference.
A sheathed V-belt having a belt body of a radically cross linked elastomeric composition and having an abrasion-resistant sheathed , characterized in that the total rubber content of the elastomeric compound of EPM, EPDM or a mixture of these components each having an ethylene content of less than 50 % by weight and that the elastomeric compound consist of (a) 100 phr of ethylene-propylene-copolymers (EPM) and/or ethylene-propylene-diene-terpolymer (EPDM); (b) up to 100 phr of a reinforcing filler; (c) 10 to 50 phr of an ionic activator; and (d) 2 to 20 phr reinforcing fibres up to max. 6 mm in length and optionally a proportion of additives and auxiliaries, the abrasion-resistant sheathing being a textile sheathing. (a) 100 phr of ethylene-propylene-copolymers (EPM) and/or ethylene-propylene-diene-terpolymer (EPDM); (b) up to 100 phr of a reinforcing filler; (c) 10 to 50 phr of an ionic activator; and (d) 2 to 20 phr reinforcing fibres up to max. 6 mm in length
A process for the synthesis of magnesium containing attrition resistant precursor used to prepare procatalyst to produce high bulk density polymer resin comprising: (i) reacting magnesium metal granules having a particle size of in the range of 50-1000 micrometers with a mixture of alcohols in the presence of iodine by maintaining the reaction temperature in the range of 40°C to 90°C for a period of 6 - 12 hours and under agitation at power consumption per unit volume from 0.1 to 30 kW/ m 3 ; (ii) condensing the vapours which are so produced in step (i) in an overhead condenser and venting off the hydrogen gas produced which is vented off; (iii) separating the remaining mixture of alcohols left after the reaction for reuse, to obtain the final product. (i) reacting magnesium metal granules having a particle size of in the range of 50-1000 micrometers with a mixture of alcohols in the presence of iodine by maintaining the reaction temperature in the range of 40°C to 90°C for a period of 6 - 12 hours and under agitation at power consumption per unit volume from 0.1 to 30 kW/ m 3 ; (ii) condensing the vapours which are so produced in step (i) in an overhead condenser and venting off the hydrogen gas produced which is vented off; (iii) separating the remaining mixture of alcohols left after the reaction for reuse, to obtain the final product.
An optical system (1-100), comprising: a fixed assembly (1-FA), having a main axis (1-AX); a movable element (1-103), movable relative to the fixed assembly (1-FA) and having a movable element surface (1-103S) facing a first optical element (1-OE), wherein the first optical element is a liquid lens element, and the movable element (1-103) is configured to be connected to the first optical element (1-OE) through a deforming member (1-101); a driving module (1-DM), configured to drive the movable element (1-103) to move relative to the fixed assembly (1-FA); a movable assembly (1-MA), including a first movable member (1-1081) to a fourth movable member (1-1084); and a connecting assembly (1-CA), including a first connecting member (1-1051) to a fourth connecting member (1-1051), wherein each of the first connecting member to the fourth connecting member has an elastic portion, and the elastic portion has a plate-shaped structure; wherein the first movable member (1-1081) to the fourth movable member (1-1084) are connected to the movable element (1-103) via the elastic portions of the first connecting member (1-1051) to the fourth connecting member, respectively, wherein the driving module (1-DM) includes a first driving assembly (1-DA1) to a fourth driving assembly (1-DA4), configured to independently move the first movable member (1-1081) to the fourth movable member (1-1084), respectively, thereby driving the movable element (1-103) to drive the deforming member (1-101) to push a bottom of the first optical element (1-OE) so that optical properties of the liquid lens element is changed. a fixed assembly (1-FA), having a main axis (1-AX); a movable element (1-103), movable relative to the fixed assembly (1-FA) and having a movable element surface (1-103S) facing a first optical element (1-OE), wherein the first optical element is a liquid lens element, and the movable element (1-103) is configured to be connected to the first optical element (1-OE) through a deforming member (1-101); a driving module (1-DM), configured to drive the movable element (1-103) to move relative to the fixed assembly (1-FA); a movable assembly (1-MA), including a first movable member (1-1081) to a fourth movable member (1-1084); and a connecting assembly (1-CA), including a first connecting member (1-1051) to a fourth connecting member (1-1051), wherein each of the first connecting member to the fourth connecting member has an elastic portion, and the elastic portion has a plate-shaped structure; wherein the first movable member (1-1081) to the fourth movable member (1-1084) are connected to the movable element (1-103) via the elastic portions of the first connecting member (1-1051) to the fourth connecting member, respectively, wherein the driving module (1-DM) includes a first driving assembly (1-DA1) to a fourth driving assembly (1-DA4), configured to independently move the first movable member (1-1081) to the fourth movable member (1-1084), respectively, thereby driving the movable element (1-103) to drive the deforming member (1-101) to push a bottom of the first optical element (1-OE) so that optical properties of the liquid lens element is changed.
A management device configured to communicate with a mobile terminal , the management device characterized by comprising: an acquisition unit configured to acquire position information of the mobile terminal, and a tracking unit configured to acquire images from cameras (300-1, to 300-N), wherein the tracking unit is configured to extract a moving object different from a holder of the mobile terminal from the acquired images, as a tracking target candidate based on the acquired position information. an acquisition unit configured to acquire position information of the mobile terminal, and a tracking unit configured to acquire images from cameras (300-1, to 300-N), wherein the tracking unit is configured to extract a moving object different from a holder of the mobile terminal from the acquired images, as a tracking target candidate based on the acquired position information.
A neurostimulation system for promoting subject recovery from a brain lesion, comprising: a. at least one electrode ; and b. an operations system in electrical communication with the at least one electrode , characterised in that the at least one electrode and the operations system are constructed and arranged to: a. record low frequency oscillations from a perilesional region of the subject; and b. apply alternating current stimulation across the brain of the subject in phase with the recorded perilesional low frequency oscillations in the range of 0.1 to 4 Hz. a. at least one electrode ; and b. an operations system in electrical communication with the at least one electrode , characterised in that the at least one electrode and the operations system are constructed and arranged to: a. record low frequency oscillations from a perilesional region of the subject; and b. apply alternating current stimulation across the brain of the subject in phase with the recorded perilesional low frequency oscillations in the range of 0.1 to 4 Hz. a. record low frequency oscillations from a perilesional region of the subject; and b. apply alternating current stimulation across the brain of the subject in phase with the recorded perilesional low frequency oscillations in the range of 0.1 to 4 Hz.
An electrical switch comprising: a first fixed contact , a second fixed contact , a movable knife contact comprising at least one longitudinal pair of blades , said blades being flexibly connected to each other, whereby the blades form, in a switching event, contact with contact portions of the first and/or the second fixed contact , characterized in that opposite surfaces of the contact portions of the first and the second fixed contact , which in a switching event are seated between the blades , comprise a roughened area and the inner surface of each blade in the pair of blades comprises a from the surface protruding area , which in a switching event glide over the roughened area , or opposite surfaces of the contact portions of the first and the second fixed contact , which in a switching event are seated between the blades , comprise a from the surface protruding area and the inner surface of each blade in the pair of blades comprises a roughened area, which in a switching event glide over the protruding area. a first fixed contact , a second fixed contact , a movable knife contact comprising at least one longitudinal pair of blades , said blades being flexibly connected to each other, whereby the blades form, in a switching event, contact with contact portions of the first and/or the second fixed contact , characterized in that opposite surfaces of the contact portions of the first and the second fixed contact , which in a switching event are seated between the blades , comprise a roughened area and the inner surface of each blade in the pair of blades comprises a from the surface protruding area , which in a switching event glide over the roughened area , or opposite surfaces of the contact portions of the first and the second fixed contact , which in a switching event are seated between the blades , comprise a from the surface protruding area and the inner surface of each blade in the pair of blades comprises a roughened area, which in a switching event glide over the protruding area.
A composite material containing a matrix and a fibrous reinforcement, in particular a textile embedded in said matrix, characterised in that said matrix comprises a poly(phospho-sialate) type geopolymer of the following empirical formula II: (II) w SiO 2 :Al 2 O 3 : x P 2 O 5 : y ZrO 2 wherein: w is equal to or greater than 1.00 and equal to or less than 3.00; x is equal to or greater than 0.20 and equal to or less than 2.00; y is equal to or greater than 0.02 and equal to or less than 0.30 and in that said matrix has a melting temperature which is greater than 700°C, in particular equal to or greater than 1200°C.
A composition for detackifying paint, comprising: a cationized starch; a solution of sodium aluminate; and caustic soda; wherein a concentration of chloride in the composition is less than or equal to 30,000 ppm, and wherein one of: a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.4 to 1.7; or a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.6 to 2.5. a cationized starch; a solution of sodium aluminate; and caustic soda; wherein a concentration of chloride in the composition is less than or equal to 30,000 ppm, and wherein one of: a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.4 to 1.7; or a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.6 to 2.5. a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.4 to 1.7; or a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.6 to 2.5.
A method for single molecule detection comprising: providing a nanopore in an electrically insulating membrane; applying a voltage across the membrane; intermittently monitoring the pattern of variations in current passing through the nanopore as a nucleic acid template having a single-stranded linker connecting sense and antisense strands of a double-stranded polynucleotide is drawn through the nanopore using an enzyme chaperone, wherein the sense strand and an antisense strands of the double-stranded polynucleotide are separated such that the nucleic acid template is single stranded and linear as each of its nucleotides passes through the nanopore, wherein the single-stranded linker connects (i) the 3' end of the sense strand to the 5' end of the antisense strand, or (ii) the 5' end of the sense strand to the 3' end of the antisense strand; analyzing the pattern of variations to determine a nucleotide sequence of the nucleic acid template, wherein the determining step comprises generating sequence information from the sequence read data for at least overlapping portions of the sense and antisense strands obtained from the two ends of the nucleic acid template; and transforming the redundant sequence information generated for the overlapping portions of the sense and antisense strands into a consensus sequence, wherein said data processing is implemented using a software or algorithm. providing a nanopore in an electrically insulating membrane; applying a voltage across the membrane; intermittently monitoring the pattern of variations in current passing through the nanopore as a nucleic acid template having a single-stranded linker connecting sense and antisense strands of a double-stranded polynucleotide is drawn through the nanopore using an enzyme chaperone, wherein the sense strand and an antisense strands of the double-stranded polynucleotide are separated such that the nucleic acid template is single stranded and linear as each of its nucleotides passes through the nanopore, wherein the single-stranded linker connects (i) the 3' end of the sense strand to the 5' end of the antisense strand, or (ii) the 5' end of the sense strand to the 3' end of the antisense strand; analyzing the pattern of variations to determine a nucleotide sequence of the nucleic acid template, wherein the determining step comprises generating sequence information from the sequence read data for at least overlapping portions of the sense and antisense strands obtained from the two ends of the nucleic acid template; and transforming the redundant sequence information generated for the overlapping portions of the sense and antisense strands into a consensus sequence, wherein said data processing is implemented using a software or algorithm.
A measuring device for measuring a reflectivity of a coated optical element for an objective, wherein the metering device comprises the following features: a light-providing device having at least one light source , which device is designed to provide at least two light beams , each having a different defined wavelength, at least one measuring device objective configured to focus the light beams onto the coated optical element , at least one image sensor arranged and designed to sense at least one intensity of the light beams reflected from the optical element , in order to measure reflectivity in response to the sensed intensity of the light beams reflected from the optical element , and an evaluation device designed to determine a positive measurement result if the intensity of at least one reflected light beam does not exceed a threshold value and/or to determine a negative measurement result if the intensity of at least one reflected light beam exceeds a threshold value, and/or to determine a positive measurement result if the intensity of at least one reflected light beam is smaller than a further intensity of a further light beam with a further defined wavelength which was provided by the light-providing device and which was reflected by the optical element . a light-providing device having at least one light source , which device is designed to provide at least two light beams , each having a different defined wavelength, at least one measuring device objective configured to focus the light beams onto the coated optical element , at least one image sensor arranged and designed to sense at least one intensity of the light beams reflected from the optical element , in order to measure reflectivity in response to the sensed intensity of the light beams reflected from the optical element , and an evaluation device designed to determine a positive measurement result if the intensity of at least one reflected light beam does not exceed a threshold value and/or to determine a negative measurement result if the intensity of at least one reflected light beam exceeds a threshold value, and/or to determine a positive measurement result if the intensity of at least one reflected light beam is smaller than a further intensity of a further light beam with a further defined wavelength which was provided by the light-providing device and which was reflected by the optical element .
A reactive polyurethane dispersion, comprising a polymer strand comprising a polymer backbone having two ends terminating at a first capping unit and a second capping unit, wherein the polymer backbone comprises polymerized monomers including: a reactive diol selected from an acrylate-containing diol, a methacrylate-containing diol, a styrene-containing diol, or combination thereof, and a diisocyanate; wherein the first capping unit is a styrene-containing monoalcohol reacted with an isocyanate group of the diisocyanate; and wherein the second capping unit is an ionic stabilizing group. a reactive diol selected from an acrylate-containing diol, a methacrylate-containing diol, a styrene-containing diol, or combination thereof, and a diisocyanate; wherein the first capping unit is a styrene-containing monoalcohol reacted with an isocyanate group of the diisocyanate; and wherein the second capping unit is an ionic stabilizing group.
Dispenser for manually actuated dispensing of at least two components, comprising a dispensing system , which is configured for simultaneous dispensing of the at least two components, and a housing , into which at least two pressurized containers (80; 81), in which in each case one of the components is situated under pressure, can be introduced, wherein the dispensing system has one or more dispensing openings (44; 45) and at least two valve elements (22; 23) for gas-tight connection to a valve (84; 85) of in each case one pressurized container (80; 81), and the dispensing system is configured such that, when a valve (84; 85) is connected to a valve element (22; 23), it produces a conducting connection between said valve element (84; 85) and a dispensing opening (44; 45) of the dispenser , and the dispensing system has a manually actuatable triggering mechanism which is configured to open and to close the valves (84; 85) of the pressurized containers (80; 81), characterized in that the dispensing system has at least one dosing element (70; 71; 72) for dosing the throughflow from a valve element (22; 23) to a dispensing opening (44; 45), in particular a rotary wheel or a slide.