mhurhangee/ep-ind-claims huggingface dataset:
Use of a combination of additives comprising at least two of the following compounds: - an antioxidant according to formula: wherein R 1, R 2, R 3, R 4 and R 5 independently are H, or non-substituted or substituted aliphatic or aromatic hydrocarbyl radicals which may comprise heteroatoms, - an antioxidant according to formula: wherein ∘ R 6, R 7 and R 8 independently are non-substituted or substituted aliphatic or aromatic hydrocarbyl radicals which may comprise OH-groups; ∘ X 1, X 2, and X 3 independently are H or OH, with the provisio that at least one of X 1, X 2 and X 3 is OH; and ∘ the entire molecule does not comprise an ester group; and, - carbon black; for reducing taste and/or odour in a polyolefin composition comprising an ethylene homo- or copolymer having an MFR 5 (5.00 kg, 190 °C, ISO 1133) of not more than 0.50 g/10 min. - an antioxidant according to formula: wherein R 1, R 2, R 3, R 4 and R 5 independently are H, or non-substituted or substituted aliphatic or aromatic hydrocarbyl radicals which may comprise heteroatoms, - an antioxidant according to formula: wherein ∘ R 6, R 7 and R 8 independently are non-substituted or substituted aliphatic or aromatic hydrocarbyl radicals which may comprise OH-groups; ∘ X 1, X 2, and X 3 independently are H or OH, with the provisio that at least one of X 1, X 2 and X 3 is OH; and ∘ the entire molecule does not comprise an ester group; and, ∘ R 6, R 7 and R 8 independently are non-substituted or substituted aliphatic or aromatic hydrocarbyl radicals which may comprise OH-groups; ∘ X 1, X 2, and X 3 independently are H or OH, with the provisio that at least one of X 1, X 2 and X 3 is OH; and ∘ the entire molecule does not comprise an ester group; - carbon black; for reducing taste and/or odour in a polyolefin composition comprising an ethylene homo- or copolymer having an MFR 5 (5.00 kg, 190 °C, ISO 1133) of not more than 0.50 g/10 min.
Inductive angle sensor comprising a measuring body, which can be positioned about an axis of rotation inside an angle measuring range in different angular positions, and a coil that is at a distance from the measuring body, wherein the surface of the measuring body is at a different distance from the coil in each angular position within the angle measuring range, characterized in that the inductive angle sensor comprises a circuit embodied as an LC gate oscillator, wherein the latter, on the basis of the inductance of a coil designed as a planar coil, generates an output signal having a frequency dependent on the inductance by means of a parallel resonant circuit.
A method for detecting a target RNA polynucleotide, comprising the following steps: (i) providing an RNA polynucleotide, wherein the target RNA polynucleotide is an mRNA comprising a poly A-tail; (ii) annealing one or more catcher polynucleotides which are complementary to at least a portion of the target RNA polynucleotide to obtain a hybrid of said target RNA polynucleotide and said catcher polynucleotide, wherein said catcher polynucleotide is immobilized on a surface or connected to a bead; (iii) annealing a mature crRNA (CRISPR RNA) molecule to a specific target sequence on the target RNA polynucleotide; (iv) binding a catalytically-inactive crRNA-guided RNA-binding protein to the complex of step (iii) to obtain a protein-RNA polynucleotide complex; (v) removing unbound mature crRNA molecule and unbound catalytically inactive crRNA-guided RNA-binding protein; (vi) binding of an antibody to said protein-RNA polynucleotide-complex of step (iv); (vii) removing unbound antibody; and (viii) detecting the antibody-bound protein-RNA polynucleotide-complex of step (vi). (i) providing an RNA polynucleotide, wherein the target RNA polynucleotide is an mRNA comprising a poly A-tail; (ii) annealing one or more catcher polynucleotides which are complementary to at least a portion of the target RNA polynucleotide to obtain a hybrid of said target RNA polynucleotide and said catcher polynucleotide, wherein said catcher polynucleotide is immobilized on a surface or connected to a bead; (iii) annealing a mature crRNA (CRISPR RNA) molecule to a specific target sequence on the target RNA polynucleotide; (iv) binding a catalytically-inactive crRNA-guided RNA-binding protein to the complex of step (iii) to obtain a protein-RNA polynucleotide complex; (v) removing unbound mature crRNA molecule and unbound catalytically inactive crRNA-guided RNA-binding protein; (vi) binding of an antibody to said protein-RNA polynucleotide-complex of step (iv); (vii) removing unbound antibody; and (viii) detecting the antibody-bound protein-RNA polynucleotide-complex of step (vi).
A laminate comprising at least a heat-sensitive adhesive layer, a substrate layer, and a protective layer in this order, wherein the substrate layer has a thermoplastic resin film, the heat-sensitive adhesive layer contains a higher fatty acid amide, and the protective layer contains a silicone-based release agent.
A slide assembly comprising: a first rail having a first elongate body; and a second rail being longitudinally slidable relative to the first rail and having a second elongate body, wherein at least one of the first elongate body and the second elongate body has an opening; characterized in that the slide assembly further comprises at least one positioning device and a fixing member, the at least one positioning device having a support member and a dowel, wherein the support member has a fixing portion and a resilient arm connected to the fixing portion, in which the fixing portion is fixed to the at least one of the first elongate body and the second elongate body, while at least one portion of the resilient arm is fitted within the opening and supported by an inner wall of the opening, the dowel is disposed on the at least one portion of the resilient arm, and the fixing member transversely extending through the resilient arm of the support member and being securely fixed to the dowel. a first rail having a first elongate body; and a second rail being longitudinally slidable relative to the first rail and having a second elongate body, wherein at least one of the first elongate body and the second elongate body has an opening; characterized in that the slide assembly further comprises at least one positioning device and a fixing member, the at least one positioning device having a support member and a dowel, wherein the support member has a fixing portion and a resilient arm connected to the fixing portion, in which the fixing portion is fixed to the at least one of the first elongate body and the second elongate body, while at least one portion of the resilient arm is fitted within the opening and supported by an inner wall of the opening, the dowel is disposed on the at least one portion of the resilient arm, and the fixing member transversely extending through the resilient arm of the support member and being securely fixed to the dowel.
An internal combustion engine oil ring comprising an oil ring main body having a generally I-shape in cross-section in an oil ring axial direction and a coil expander arranged on the inner periphery side of the oil ring main body, the oil ring main body being composed of a first rail sliding on a cylinder inner wall surface, a second rail, and a web having a plurality of oil return holes for letting oil scraped from the cylinder inner wall surface by the first rail and second rail flow down to an underside of a piston, the oil ring main body including, along an inner peripheral surface, a coil expander receiving recess having a generally semicircular shape in cross-section in the oil ring axial direction, the inner peripheral surface of the coil expander receiving recess having an oil return groove formed along an inner peripheral direction for smoothly returning scraped oil to the underside of the piston, a cross-section shape of the oil return groove being composed of a straight line and a curved line continuous with the straight line in cross-section in the oil ring axial direction.
A nozzle head for a powder jet device for use in applying dental material, the nozzle head comprising: a first portion and a second portion transitioning into one another; the first portion adjacent a first end of the nozzle head having a coupling for removably connecting the nozzle head to a hand piece of the powder jet device; the second portion adjacent a second end of the nozzle head forming a nozzle outlet for the dental material; the second portion comprising at least a first fluid channel which is formed between the nozzle outlet and a channel inlet; wherein the channel inlet is arranged at the transition between the first portion and the second portion between the nozzle outlet and the coupling; wherein the first portion extends along a first longitudinal axis and the second portion is angled relative to the first longitudinal axis, and wherein the first portion and the second portion are formed in one piece, characterized in that the second portion further comprises at least a second fluid channel and a third fluid channel, and in that the second fluid channel and the third fluid channel are arranged side by side with the first fluid channel therebetween; and in that the second portion comprises a first annular space arranged coaxially to the first fluid channel; and in that the second fluid channel and the third fluid channel open into the first annular space; and in that the first portion comprises a fourth fluid channel and a fifth fluid channel; and in that the fourth fluid channel is in fluid communication with the second fluid channel and the fifth fluid channel is in fluid communication with the third fluid channel, and in that the first annular space is in fluid communication with a fluid outlet which is arranged coaxially and around the nozzle outlet.
A method for detecting a signal activity on a bus (180, 480, 880) of a receiver system using a controller (130, 431, 432, 433, 83, 83-1, 83-2), the controller (130, 431, 432, 433, 83, 83-1, 83-2) being configured to apply a supply voltage as long as no data signal is transmitted to the bus (180, 480, 880) and to apply a transmission voltage while data signals are transmitted to the bus (180, 480, 880), the method comprising: changing a level of a voltage applied to the bus by the controller (130, 431, 432, 433, 83, 83-1, 83-2) to a value in a range from the supply voltage to the transmission voltage, thereafter, measuring by the controller (130, 83, 83-1, 83-2, 431, 432, 433) a current on the bus; and determining a signal activity based on the measured current. changing a level of a voltage applied to the bus by the controller (130, 431, 432, 433, 83, 83-1, 83-2) to a value in a range from the supply voltage to the transmission voltage, thereafter, measuring by the controller (130, 83, 83-1, 83-2, 431, 432, 433) a current on the bus; and determining a signal activity based on the measured current.
An apparatus for flexographic printing of a web of packaging material with printing ink, the apparatus comprising: an ink chamber; an anilox roll rotary at least partly inside the ink chamber for picking up and transferring printing ink from the ink chamber to an impression cylinder which is rotary in transfer contact with the anilox roll, wherein the ink chamber is elongated and extends axially along the anilox roll, and the ink chamber has a first axial end and a second axial end opposite the first axial end, characterized in that the apparatus further comprises a first printing ink inlet arranged at the first axial end of the ink chamber and a second printing ink inlet arranged at the second axial end of the ink chamber; and the first printing ink inlet is arranged to direct printing ink at least partly towards the second printing ink inlet, and the second printing ink inlet is arranged to direct printing ink at least partly towards the first printing ink inlet. an ink chamber; an anilox roll rotary at least partly inside the ink chamber for picking up and transferring printing ink from the ink chamber to an impression cylinder which is rotary in transfer contact with the anilox roll, wherein the ink chamber is elongated and extends axially along the anilox roll, and the ink chamber has a first axial end and a second axial end opposite the first axial end, characterized in that the apparatus further comprises a first printing ink inlet arranged at the first axial end of the ink chamber and a second printing ink inlet arranged at the second axial end of the ink chamber; and the first printing ink inlet is arranged to direct printing ink at least partly towards the second printing ink inlet, and the second printing ink inlet is arranged to direct printing ink at least partly towards the first printing ink inlet.
A system for producing a laser light pulse, said system including a ring laser incorporating a gain medium, said system including: a continuous wave master laser generating a seed beam for injection seeding; polarizing means (3, 11, 6, 23) configured for introducing substantially polarized radiation having a first polarization state into said ring laser from the seed beam; output coupling means configured to substantially output couple radiation having an output polarization state from said ring laser; polarization changing means incorporated into an optical path of said ring laser configured for changing the polarization of radiation having said first polarization state to a seeding polarization state, wherein radiation with said seeding polarization state seeds said gain medium for producing said laser light pulse; and radiation intensity modulation means including variable polarization changing means incorporated into the optical path of said ring laser configured for modulating an intensity of radiation in said ring laser to vary the feedback of said radiation into said gain medium, wherein said variable polarization changing means is configured to vary the feedback of radiation into the gain medium and the amount of output coupling of said radiation with respect to said output coupling means to dynamically shape in real time the laser light pulse produced by the system to customise the duration, shape and peak power of the laser light pulse. a continuous wave master laser generating a seed beam for injection seeding; polarizing means (3, 11, 6, 23) configured for introducing substantially polarized radiation having a first polarization state into said ring laser from the seed beam; output coupling means configured to substantially output couple radiation having an output polarization state from said ring laser; polarization changing means incorporated into an optical path of said ring laser configured for changing the polarization of radiation having said first polarization state to a seeding polarization state, wherein radiation with said seeding polarization state seeds said gain medium for producing said laser light pulse; and radiation intensity modulation means including variable polarization changing means incorporated into the optical path of said ring laser configured for modulating an intensity of radiation in said ring laser to vary the feedback of said radiation into said gain medium,
A method for forming a silicone-based cured film on an ink discharge surface of a nozzle plate for an inkjet printer, the method characterised by comprising: a step of preparing a condensation-type silicone composition comprising at least one compound selected from the group consisting of bismuth compounds and cyclic amidine compounds, a step of applying the condensation-type silicone composition to the ink discharge surface of the nozzle plate to form a coating film, and a step of heating and curing the coating film. a step of preparing a condensation-type silicone composition comprising at least one compound selected from the group consisting of bismuth compounds and cyclic amidine compounds, a step of applying the condensation-type silicone composition to the ink discharge surface of the nozzle plate to form a coating film, and a step of heating and curing the coating film.
Moulded interconnect device, MID, having a surface formed by at least one first insulating portion and by at least one second portion defining one or more electrical tracks of an electronic circuit, the second surface portion comprising at least one electrically conductive metal layer, wherein the electronic circuit comprises at least one electronic component, for example a light source, characterized in that at least one electrically connecting means of the electronic component is covered with said metal layer of the MID.
A horizontal shaft impact crusher comprising a crusher housing having an inlet for material to be crushed, an outlet for material that has been crushed, an impeller being mounted on a horizontal shaft in the crusher housing and being operative for rotating around a horizontal axis, a curtain (28; 30) against which material accelerated by the impeller may be crushed, and an adjustment bar (44; 62) for adjusting the position of said curtain (28; 30) relative to the impeller, the crusher being further provided with a cross beam (84; 184) to which said adjustment bar (44; 62) is connected, said crossbeam (84; 184) being adjustable relative to the impeller and extends parallel to the rotational axis of the impeller, said cross beam (84; 184) is slidably arranged to the crusher housing provided with at least two guide rails to which said crossbeam is slidably connected, characterised in that it comprises retaining means (92, 100; 120, 132, 100; 120', 132, 138) which is arranged to hold, with a predetermined holding force, said cross beam in a crusher operation position relative to the guide rails, an adjustment device comprising a supporting structure, in the form of the cross beam, and two connection portions, in the form of V-shaped guide blocks which are arranged in the opposite horizontal ends of the cross beam, each of the guide blocks being received in a respective guide rail mounted on the housing and extending away from the housing, whereby each guide rail is provided with a V-shaped groove forming a V-shaped receiving portion, and a curtain position indicator device (85, 85', 185) indicating the position of the cross beam (84; 184) relative to the impeller, thereby indicating the position of the curtain (28; 30) relative to the impeller wherein said position indicator device comprises a pointer (87,187) mounted at one end of the cross beam (84, 184) and a reading scale arranged on the guide rail.
A method of operating a time-to-digital converter, comprising: - providing a time-to-digital converter with a measurement period for registration of events, - selecting time intervals of independent durations, each of the durations being independent of the registration of events, and - at each registration of an event, blocking the time-to-digital converter for one of the time intervals of independent durations, and then resetting the time-to-digital converter asynchronously with respect to the measurement period. - providing a time-to-digital converter with a measurement period for registration of events, - selecting time intervals of independent durations, each of the durations being independent of the registration of events, and - at each registration of an event, blocking the time-to-digital converter for one of the time intervals of independent durations, and then resetting the time-to-digital converter asynchronously with respect to the measurement period.
An axial flow fan, comprising: an impeller mounted on a rotating shaft of a rotary drive device; and a venturi casing surrounding an outer periphery of the impeller in a radial direction and including a suction port and a discharge port which face each other in an axial direction of the rotating shaft, wherein a leading edge of a rotating blade of the impeller is formed in an arc recessed in a direction opposite to a rotating direction (r) of the impeller, and an angle (θ1) where an extended line of the recessed arc of the leading edge meets another extended line of a curve of a side edge is set in an acute angle in a front view such that a leading tip of the rotating blade is projected in the rotating direction, and an opening angle (θ3) of a suction-side slant portion of the venturi casing is set in a range of 12 to 17 degrees characterized in that the acute angle is of 30 to 37 degrees, and an opening angle (θ4) of a discharge-side slant portion of the venturi casing is set in a range of 30 to 35 degrees. an impeller mounted on a rotating shaft of a rotary drive device; and a venturi casing surrounding an outer periphery of the impeller in a radial direction and including a suction port and a discharge port which face each other in an axial direction of the rotating shaft, wherein a leading edge of a rotating blade of the impeller is formed in an arc recessed in a direction opposite to a rotating direction (r) of the impeller, and an angle (θ1) where an extended line of the recessed arc of the leading edge meets another extended line of a curve of a side edge is set in an acute angle in a front view such that a leading tip of the rotating blade is projected in the rotating direction, and an opening angle (θ3) of a suction-side slant portion of the venturi casing is set in a range of 12 to 17 degrees characterized in that the acute angle is of 30 to 37 degrees, and an opening angle (θ4) of a discharge-side slant portion of the venturi casing is set in a range of 30 to 35 degrees.
A method for securing transmission of digital data in a communication network (Net), the network comprising a central station and at least a first device and a second device (D1, D2, D3) monitored by the central station via the network, the first and second device each comprising a secure non-volatile memory and being configured to communicate with each other, the first device being configured to produce and to transmit a digital data stream to the central station, the method comprising: receiving information specific to the first device, and storing said information into the secure non-volatile memory of the first device; providing the device specific information of the first device to the second device; providing device specific information of the second device to the first device; storing, by each of the first and second device, the device specific information of the first and second device in the secure non-volatile memory of the first and second device; forming, by the first device, a data block based on at least the device specific information stored in the secure non-volatile memory of the first device; merging, by the first device, additional data with the digital data stream produced by said device, the additional data comprising at least the previously formed data block, obtaining a modified digital data stream; and transmitting, by the first device, the modified digital data stream to the central station. receiving information specific to the first device, and storing said information into the secure non-volatile memory of the first device; providing the device specific information of the first device to the second device; providing device specific information of the second device to the first device; storing, by each of the first and second device, the device specific information of the first and second device in the secure non-volatile memory of the first and second device; forming, by the first device, a data block based on at least the device specific information stored in the secure non-volatile memory of the first device; merging, by the first device, additional data with the digital data stream produced by said device, the additional data comprising at least the previously formed data block, obtaining a modified digital data stream; and transmitting, by the first device, the modified digital data stream to the central station.