mhurhangee/ep-ind-claims huggingface dataset:
A cutting tool comprising: an insert having a rod shape with a substantially circular transverse cross-section, the insert comprising: a shank portion; and a cutting edge portion, which is formed at an end portion continuous with the shank portion, and in which one end of a cutting edge ridge protrudes toward a periphery of the insert; and a holder to which the insert is secured; characterized in that, when the insert is secured to the holder, the cutting edge ridge has a negative radial rake angle (α). an insert having a rod shape with a substantially circular transverse cross-section, the insert comprising: a shank portion; and a cutting edge portion, which is formed at an end portion continuous with the shank portion, and in which one end of a cutting edge ridge protrudes toward a periphery of the insert; and a holder to which the insert is secured; characterized in that, when the insert is secured to the holder, the cutting edge ridge has a negative radial rake angle (α). a shank portion; and a cutting edge portion, which is formed at an end portion continuous with the shank portion, and in which one end of a cutting edge ridge protrudes toward a periphery of the insert; and a holder to which the insert is secured; characterized in that, when the insert is secured to the holder, the cutting edge ridge has a negative radial rake angle (α).
A radio installation for use in an aircraft, the radio installation comprising: a radio avionics box having a radio frequency processing module for converting at least one radio frequency signal from at least one antenna to at least one intermediate frequency signal; a baseband avionics box having an intermediate frequency processing module located remotely from the radio frequency processing module, for receiving intermediate frequency signals and processing said signals according to at least one communications protocol; and a digital data link for connecting the radio frequency processing module and the intermediate frequency processing module, for transfer of the intermediate frequency signals. a radio avionics box having a radio frequency processing module for converting at least one radio frequency signal from at least one antenna to at least one intermediate frequency signal; a baseband avionics box having an intermediate frequency processing module located remotely from the radio frequency processing module, for receiving intermediate frequency signals and processing said signals according to at least one communications protocol; and a digital data link for connecting the radio frequency processing module and the intermediate frequency processing module, for transfer of the intermediate frequency signals.
A device for producing an airplane fuselage comprising a lamination mandrel defined by an external surface which defines a rotation solid with respect to a symmetry axis; said lamination mandrel is adapted to receive and support a band of impregnated synthetic material which is deposited and wound on the external surface forming a plurality of overlapping layers which are subjected to a high temperature polymerisation process under vacuum for forming a structural section of the airplane; the lamination mandrel comprises a plurality of sectors borne by a support structure which is elongated along said axis, angularly spaced about the axis and mobile along guides borne by the support structure under the thrust of an actuator between: - an expanded lamination position in which the sectors have greater rectilinear edges parallel to the axis and arranged side by side and the external surfaces of the sectors opposite to the axis define together said external surface; and - a contracted disassembling position in which at least part of said sectors approaches the axis moving away from the trace of the surface to reduce the radial dimensions of the mandrel and allow the extraction of the mandrel itself from the structural section of the airplane; each guide comprises a fixed part borne by said support structure and a mobile part which slides along/with respect to the fixed part along a rectilinear direction H, characterised by comprising a positioning device arranged between a portion of each mobile part facing the respective sector and a stiffening structure of a sector; said positioning device allowing the adjustment of the position of the sector with respect to the guide along two directions (x, y) which lie in a plane RP perpendicular to the axis H of the guide itself; said positioning device comprises a central body arranged in a seat obtained in said mobile part and provided with a portion which couples with the support structure of said sector; the position of said central body within said seat being adjustable by positioning within said seat a plurality of catch bodies which abut on side walls of said central body to displace it. - an expanded lamination position in which the sectors have greater rectilinear edges parallel to the axis and arranged side by side and the external surfaces of the sectors opposite to the axis define together said external surface; and - a contracted disassembling position in which at least part of said sectors approaches the axis moving away from the trace of the surface to reduce the radial dimensions of the mandrel and allow the extraction of the mandrel itself from the structural section of the airplane;
A light engine comprising: a mixing chamber element; a driver chamber element; and a connection element, the connection element enabling one or more heat sink modules, one or more power supply modules, one or more driver modules, one or more trim elements and/or one or more fixture elements to be attached to the light engine. characterized in that the mixing chamber element and the driver chamber element are separate structures, and the connection element is located between and attached to the mixing chamber element and the driver chamber element. a mixing chamber element; a driver chamber element; and a connection element, the connection element enabling one or more heat sink modules, one or more power supply modules, one or more driver modules, one or more trim elements and/or one or more fixture elements to be attached to the light engine.
A biological fluid collection device, comprising: a housing having a receiving port and a puncturing element at least partially disposed within the housing, the puncturing element moveable between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position wherein at least a portion of the puncturing element extends through the housing; and a cartridge removably connectable to the receiving port of the housing, the cartridge defining a flow channel therein, the cartridge having a port in fluid communication with the flow channel for intake and expulsion of a biological fluid sample, wherein the flow channel comprises a sample stabilizer disposed within a portion of the flow channel; characterized by an actuation member in fluid transfer communication with the flow channel, the actuation member transitionable between an initial position in which a multi-component blood sample is stored within the cartridge and an activated position in which at least a portion of the multi-component blood sample is expelled from the port. a housing having a receiving port and a puncturing element at least partially disposed within the housing, the puncturing element moveable between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position wherein at least a portion of the puncturing element extends through the housing; and a cartridge removably connectable to the receiving port of the housing, the cartridge defining a flow channel therein, the cartridge having a port in fluid communication with the flow channel for intake and expulsion of a biological fluid sample, wherein the flow channel comprises a sample stabilizer disposed within a portion of the flow channel; characterized by an actuation member in fluid transfer communication with the flow channel, the actuation member transitionable between an initial position in which a multi-component blood sample is stored within the cartridge and an activated position in which at least a portion of the multi-component blood sample is expelled from the port.
A parametrization method for the parametrization of an n-dimensional random field, n being a natural number equal to or greater than 1, comprising the steps: observing the random field as an n-dimensional image and carrying out a pattern recognition for recognizing patterns in the image, the pattern recognition comprising a blob detection, generating a set of parameters based on the recognized patterns, filtering a discrete signal characterizing the random field by means of a Gaussian filter, for dividing the signal into differently bounded frequency bands in order thus to carry out a transformation into several scales, detecting patterns on different scales, generating the set of parameters based on the patterns detected on different scales, carrying out the steps of filtering and detecting patterns iteratively one after the other for different scales in order thus to obtain parameter sets for different scales, wherein, for an ith scale and a subsequent (i+1)th scale that follows in the iteration, the steps are carried out: a) filtering an input signal E i-1 in order to obtain the ith signal Si of the ith scale, b) generating the parameter set Ti by carrying out a pattern recognition on the ith signal Si, characterized by the steps: c) approximating the ith signal Si using the parameter set Ti, in particular by means of a transformation A that is inverse to the pattern recognition, in order to obtain an approximated signal S̃ i, d) using a difference E i = E i- 1 - S̃ i between the input signal E i-1 and the approximated signal S̃ i as an input signal E i for the (i+1)th scale, and carrying out the steps a) to c) for the (i+1)th scale. observing the random field as an n-dimensional image and carrying out a pattern recognition for recognizing patterns in the image, the pattern recognition comprising a blob detection, generating a set of parameters based on the recognized patterns, filtering a discrete signal characterizing the random field by means of a Gaussian filter, for dividing the signal into differently bounded frequency bands in order thus to carry out a transformation into several scales, detecting patterns on different scales, generating the set of parameters based on the patterns detected on different scales, carrying out the steps of filtering and detecting patterns iteratively one after the other for different scales in order thus to obtain parameter sets for different scales, a) filtering an input signal E i-1 in order to obtain the ith signal Si of the ith scale, b) generating the parameter set Ti by carrying out a pattern recognition on the ith signal Si, c) approximating the ith signal Si using the parameter set Ti, in particular by means of a transformation A that is inverse to the pattern recognition, in order to obtain an approximated signal S̃ i, d) using a difference E i = E i- 1 - S̃ i between the input signal E i-1 and the approximated signal S̃ i as an input signal E i for the (i+1)th scale, and carrying out the steps a) to c) for the (i+1)th scale.
A method of forming a heating element (105,205) for an aircraft heated floor panel, the method comprising: depositing a conductive ink (106; 206) of silver particles in an epoxy resin to create a conductive circuit (101; 201); and heat curing the conductive circuit to achieve a resistivity of the heating element less than 1.68 x 10 -6 ohm·meter; characterised in that the conductive ink is deposited on a dielectric film; a 0.001 inch (50.8 microns) to.004 inch (101.6 microns) thick post-cure layer of the conductive ink is configured to achieve the resistivity of the heating element and be bent around a 1/4 inch (0.635 cm) diameter cylinder rod without experiencing electrical resistance degradation; and the silver loading is between 65% - 95% weight/weight of dry ink. depositing a conductive ink (106; 206) of silver particles in an epoxy resin to create a conductive circuit (101; 201); and heat curing the conductive circuit to achieve a resistivity of the heating element less than 1.68 x 10 -6 ohm·meter; characterised in that the conductive ink is deposited on a dielectric film; a 0.001 inch (50.8 microns) to.004 inch (101.6 microns) thick post-cure layer of the conductive ink is configured to achieve the resistivity of the heating element and be bent around a 1/4 inch (0.635 cm) diameter cylinder rod without experiencing electrical resistance degradation; and the silver loading is between 65% - 95% weight/weight of dry ink.
A preform for a composite blade, obtained by three-dimensional weaving, comprising a first longitudinal section, configured to form a blade root, and a second longitudinal section, extending from the first longitudinal section, configured to form a portion of an airfoil, wherein the first longitudinal section has a first thickness at its upper end and, wherein the second longitudinal section includes at least one set-back zone, forming a recess in the lateral surface of the preform, having a thickness at least three times less than the first thickness, the total surface of the set-back zone occupying at least 50% of the surface of the second longitudinal section. a first longitudinal section, configured to form a blade root, and a second longitudinal section, extending from the first longitudinal section, configured to form a portion of an airfoil, wherein the first longitudinal section has a first thickness at its upper end and, wherein the second longitudinal section includes at least one set-back zone, forming a recess in the lateral surface of the preform, having a thickness at least three times less than the first thickness, the total surface of the set-back zone occupying at least 50% of the surface of the second longitudinal section.
A method for reporting uplink control information, UCI, on a user equipment (104, 204, 304, 404, 604, 1104), comprising: coding the UCI using a first block coder and a second block coder to obtain an output bit sequence; scrambling the output bit sequence to obtain a scrambled signal; generating a block of complex-valued modulation symbols from the scrambled signal for physical uplink control channel, PUCCH, Format 3; wherein the first block coder and the second block coder use a Reed-Muller code; and in a case that a collision between a hybrid automatic repeat request acknowledgement, HARQ-ACK, and a channel quality indicator/precoding matrix index/rank indication, CQI/PMI/RI, is detected, dropping the CQI/PMI/RI. coding the UCI using a first block coder and a second block coder to obtain an output bit sequence; scrambling the output bit sequence to obtain a scrambled signal; generating a block of complex-valued modulation symbols from the scrambled signal for physical uplink control channel, PUCCH, Format 3; wherein the first block coder and the second block coder use a Reed-Muller code; and in a case that a collision between a hybrid automatic repeat request acknowledgement, HARQ-ACK, and a channel quality indicator/precoding matrix index/rank indication, CQI/PMI/RI, is detected, dropping the CQI/PMI/RI.
Process for producing crustless sandwich bread, which comprises the steps of: - preparing a dough for sandwich bread; - forming semifinished products of said dough and depositing them in moulds; - oven-baking said semifinished products, obtaining corresponding loaves of sandwich bread; - cooling the loaves of sandwich bread and removing the crust from all the sides thereof; characterized in that the oven-baking step is performed in an oven at a temperature of 145-175°C for a time period comprised between 50 and 70 minutes. - preparing a dough for sandwich bread; - forming semifinished products of said dough and depositing them in moulds; - oven-baking said semifinished products, obtaining corresponding loaves of sandwich bread; - cooling the loaves of sandwich bread and removing the crust from all the sides thereof;
A water-dispersible polyurethane in the presence of at least one zinc carboxylate or at least one titanium alcoholate or mixtures thereof, with an essentially linear backbone composed of alternating hydrophilic and hydrophobic sections, where a. the two terminal sections are hydrophobic and at least one of the two hydrophobic terminal sections T is a branched alkyl radical; b. each section T is directly attached to a hydrophilic section, c. each section S is directly attached to at least one hydrophobic section on at least one side, and d. where at least one hydrophilic section is present, where at least one hydrophobic section D separates two sections P if more than one section P is present, and the polyurethane comprises at least three hydrophilic sections, and the ratio of the molecular weights of each hydrophilic section S to the molecular weight of each hydrophilic section P is from 1:1.4 to 1:140, the at least two hydrophobic sections D are aliphatic diisocyanate radicals and the at least one hydrophilic section P is a polyether radical with a number-average molecular weight of at least 1500 g/mol, or a mixture of different polyurethanes PU as described above. a. the two terminal sections are hydrophobic and at least one of the two hydrophobic terminal sections T is a branched alkyl radical; b. each section T is directly attached to a hydrophilic section, c. each section S is directly attached to at least one hydrophobic section on at least one side, and d. where at least one hydrophilic section is present, where at least one hydrophobic section D separates two sections P if more than one section P is present,
Apparatus for forming an organized set of plants, wherein the plants are organized in accordance with a predetermined organization and wherein plants of different types are present in the set, which apparatus comprises: - a number of first pick-up devices, preferably at least two, for picking up first plants, - a number of second pick-up devices, preferably at least two, for picking up second plants, characterised in that the first and the second pick-up devices are displaceable in a first direction, along respectively a first shaft and a second shaft, which are arranged at least substantially parallel relative to each other, - a displacing means for setting a mutual distance between the first and the second shaft to a first position and a second position, in which first position the first and the second pick-up devices can pick up plants from one row and/or can place plants in one row; - a controller configured to control the displacing means and to control the first and the second pick-up devices, such that at least one first plant and at least one second plant, which have been picked up from a first row, pass each other, wherein the first plants and the second plants are organized in a second row, wherein the order of the first and second plants in the second row differs from that in the first row. - a number of first pick-up devices, preferably at least two, for picking up first plants, - a number of second pick-up devices, preferably at least two, for picking up second plants, characterised in that the first and the second pick-up devices are displaceable in a first direction, along respectively a first shaft and a second shaft, which are arranged at least substantially parallel relative to each other, - a displacing means for setting a mutual distance between the first and the second shaft to a first position and a second position, in which first position the first and the second pick-up devices can pick up plants from one row and/or can place plants in one row; - a controller configured to control the displacing means and to control the first and the second pick-up devices, such that at least one first plant and at least one second plant, which have been picked up from a first row, pass each other, wherein the first plants and the second plants are organized in a second row, wherein the order of the first and second plants in the second row differs from that in the first row.
A co-polymer consisting of trans-1,3,3,3-tetrafluoropropene units and vinylidene fluoride units, wherein the ratio of trans-1,3,3,3-tetrafluoropropene monomer units versus vinylidene fluoride monomer units in the copolymer is from 90:10 mol% to 10:90 mol%; or from 90:10 mol% to 70:30 mol%; or from 70:30 mol% to 50:50 mol%; or from 50:50 mol% to 30:70 mol%; or from 30:70 mol% to 10:90 mol% from 90:10 mol% to 10:90 mol%; or from 90:10 mol% to 70:30 mol%; or from 70:30 mol% to 50:50 mol%; or from 50:50 mol% to 30:70 mol%; or from 30:70 mol% to 10:90 mol%
Arrangement for breeding Spathius exarator, including - a breeding population of Spathius exarator, - a host population and - a support for the breeding population and the host population, where the host population displays larvae of Stegobium paniceum and/or Lasioderma serricome and the support comprises dried baked goods, in particular bread. - a breeding population of Spathius exarator, - a host population and - a support for the breeding population and the host population,
A tool cartridge for accommodating tool parts of a multi-part processing tool consisting of a stamp and a die for processing of plate-shaped workpieces, wherein the tool cartridge comprises: a cartridge base body, a stamp holder for detachably holding a tool part configured as a processing stamp, and a die holder for detachably holding a tool part configured as a processing die, wherein the stamp holder comprises two cartridge arms pivotable to one another, the cartridge arms respectively comprising a pin for supporting the respective cartridge arm in a pivotable manner, and the cartridge base body comprises two orifices assigned to the pins for rotatably accommodating the pins, wherein the pins are configured as separate components, characterized in that the cartridge arms comprise recesses which are accordingly formed so that the pins in the recesses are tightly connected with the cartridge arms. a cartridge base body, a stamp holder for detachably holding a tool part configured as a processing stamp, and a die holder for detachably holding a tool part configured as a processing die, wherein the stamp holder comprises two cartridge arms pivotable to one another, the cartridge arms respectively comprising a pin for supporting the respective cartridge arm in a pivotable manner, and the cartridge base body comprises two orifices assigned to the pins for rotatably accommodating the pins, wherein the pins are configured as separate components, characterized in that the cartridge arms comprise recesses which are accordingly formed so that the pins in the recesses are tightly connected with the cartridge arms.
A dose setting mechanism for a medicament delivery device comprising, a housing having a longitudinal axis; a locking member rotational and slidably fixed to the housing; characterized by a pinion connected to the locking member and having an axis of rotation offset and parallel to the longitudinal axis; a primary dose member having a gear segment configured to engage the pinion; a secondary dose member having teeth engaged with the pinion; a lead screw configured to slidably engage the primary dose member when the locking member is disengaged from the lead screw; a plunger rod rotationally fixed to the lead screw; a nut threadedly connected to the plunger rod and slidably locked to the lead screw; and a dose knob in clutched engagement with a clutch plate that is rotatably fixed to the primary dose member and to lead screw when the locking member is disengaged.