mhurhangee/patent-ind-claim-en huggingface dataset:
An articulated arm CMM system comprising: an articulated arm comprising a plurality of articulated arm members, a coordinate acquisition member at a distal end, and a base at a proximal end; a first handle comprising electronics the first handle being removably connected to the coordinate acquisition member , characterized by at least one additional handle comprising electronics distinct from the electronics of the first handle , the at least one additional handle being removably connectable to the coordinate acquisition member, wherein a user can change the functionality of the coordinate acquisition member by replacing the first handle with the at least one additional handle. an articulated arm comprising a plurality of articulated arm members, a coordinate acquisition member at a distal end, and a base at a proximal end; a first handle comprising electronics the first handle being removably connected to the coordinate acquisition member , characterized by at least one additional handle comprising electronics distinct from the electronics of the first handle , the at least one additional handle being removably connectable to the coordinate acquisition member, wherein a user can change the functionality of the coordinate acquisition member by replacing the first handle with the at least one additional handle.
A composition comprising in weight percent based on the weight of the composition: (A) 95 to 99.9% of an ethylene-based polymer; (B) 0.2 to 2.5% peroxide; (C) 0.01 to 0.5% of a sulfur-containing first antioxidant having at least one -S(CH 2 ) 2 CO 2 R group, wherein R is C6 to C20 alkyl; (D) 0.001 to 0.009% of a sulfur-containing second antioxidant that does not contain a -S(CH 2 ) 2 CO 2 R group, wherein R is a C6 to C20 alkyl; (E) Optionally, an organic nitrogenous base; and (F) a phenolic third antioxidant that is selected from 1,3,5-tris(4-tert-butyl-3-hydroxy-2,6-dimethyl benzyl)-1,3,5-triazine-2,4,6- -trione (CYANOXTM 1790) or tetrakis[methylene(3,5-di-tert-butyl-4-hydroxyhydrocinnamate)]methane (IRGANOXTM 1010). (A) 95 to 99.9% of an ethylene-based polymer; (B) 0.2 to 2.5% peroxide; (C) 0.01 to 0.5% of a sulfur-containing first antioxidant having at least one -S(CH 2 ) 2 CO 2 R group, wherein R is C6 to C20 alkyl; (D) 0.001 to 0.009% of a sulfur-containing second antioxidant that does not contain a -S(CH 2 ) 2 CO 2 R group, wherein R is a C6 to C20 alkyl; (E) Optionally, an organic nitrogenous base; and (F) a phenolic third antioxidant that is selected from 1,3,5-tris(4-tert-butyl-3-hydroxy-2,6-dimethyl benzyl)-1,3,5-triazine-2,4,6- -trione (CYANOXTM 1790) or tetrakis[methylene(3,5-di-tert-butyl-4-hydroxyhydrocinnamate)]methane (IRGANOXTM 1010).
Method for configuring a communication network by a gateway acting as an intermediary between a plurality of smart fluid meters and an information system responsible for collecting metering index readings made by said smart fluid meters , the gateway being connected to the information system by a first communication network , the gateway being connected to first smart fluid meters among said plurality by means of a second long-range radio communication network , said first smart fluid meters being able to act as relays for second smart fluid meters by means of a third short-range radio communication network , wherein the gateway performs the following steps: - obtaining , via the second long-range radio communication network , battery charge levels of the first smart fluid meters ; - selecting one or more first smart fluid meters as relays , according to the battery charge levels obtained, favouring the first smart fluid meters the battery charge level of which is the highest; - configuring the second long-range radio communication network , instructing the first smart fluid meters selected as relays to activate their relay functionality and instructing any former relays that have not once again been selected as relays to deactivate their relay functionality; - monitoring the battery charge levels of the first smart fluid meters and re-evaluating the configuration of the second long-range radio communication network accordingly. - obtaining , via the second long-range radio communication network , battery charge levels of the first smart fluid meters ; - selecting one or more first smart fluid meters as relays , according to the battery charge levels obtained, favouring the first smart fluid meters the battery charge level of which is the highest; - configuring the second long-range radio communication network , instructing the first smart fluid meters selected as relays to activate their relay functionality and instructing any former relays that have not once again been selected as relays to deactivate their relay functionality; - monitoring the battery charge levels of the first smart fluid meters and re-evaluating the configuration of the second long-range radio communication network accordingly.
A two-section semiconductor laser device comprising: a laser cavity formed by a plurality of semiconductor layers defining at least one active region extending throughout the laser cavity, the laser cavity consisting of only a gain section and a grating section, the gain section without a diffraction grating and the grating section with a diffraction grating, wherein the laser cavity is configured to produce chirp less than 30MHz / mA when the gain section is modulated at frequencies of 1.2 GHz or greater, and wherein the laser cavity is configured to lase at a fixed channel wavelength in a range of 1530 to 1570 nm; a gain electrode located on an outer portion of the semiconductor layers in the gain section and electrically coupled to the active region in the gain section for driving the gain section with a DC bias and with a modulated RF signal to modulate the gain section; and a grating electrode located on an outer portion of the semiconductor layers in the grating section and electrically coupled to the active region in the grating section for driving the grating section only with a DC bias independent of modulation of the gain section. a laser cavity formed by a plurality of semiconductor layers defining at least one active region extending throughout the laser cavity, the laser cavity consisting of only a gain section and a grating section, the gain section without a diffraction grating and the grating section with a diffraction grating, wherein the laser cavity is configured to produce chirp less than 30MHz / mA when the gain section is modulated at frequencies of 1.2 GHz or greater, and wherein the laser cavity is configured to lase at a fixed channel wavelength in a range of 1530 to 1570 nm; a gain electrode located on an outer portion of the semiconductor layers in the gain section and electrically coupled to the active region in the gain section for driving the gain section with a DC bias and with a modulated RF signal to modulate the gain section; and a grating electrode located on an outer portion of the semiconductor layers in the grating section and electrically coupled to the active region in the grating section for driving the grating section only with a DC bias independent of modulation of the gain section.
A preparation method of a light-emitting device comprising: forming a composite transition layer between a cathode and a quantum dot light-emitting layer, the composite transition layer including: a first transition layer arranged on one side close to the cathode, the first transition layer including a metal halide, a second transition layer arranged on a surface of the first transition layer away from the cathode and including a hydrogen halide, and a third transition layer arranged on a surface of the second transition layer away from the first transition layer and including an ester compound; and forming an anode on a surface of the quantum dot light-emitting layer away from the cathode. forming a composite transition layer between a cathode and a quantum dot light-emitting layer, the composite transition layer including: a first transition layer arranged on one side close to the cathode, the first transition layer including a metal halide, a second transition layer arranged on a surface of the first transition layer away from the cathode and including a hydrogen halide, and a third transition layer arranged on a surface of the second transition layer away from the first transition layer and including an ester compound; and forming an anode on a surface of the quantum dot light-emitting layer away from the cathode.
A thrust bearing comprising: a retainer having a plurality of pockets arranged radially, a plurality of rolling elements arranged so as to freely rotate inside the plurality of pockets , and at least one race having a circular plate-shaped race part in which the plurality of rolling elements moves, wherein the race has a hook curl part formed to have a circular frustum shape by bending the circular plate-shaped race part from an outer-diameter-side periphery of the circular plate-shaped race part toward an inner-diameter-side acutely in a radial direction, characterized in that an outer peripheral surface of the retainer has a conical surface (13b1) formed to be substantially parallel to an inner peripheral surface of the hook curl part , wherein the outer peripheral surface of the retainer has a cylindrical surface (13b2) adjacent to a large-diameter-side part of the conical surface (13b1) and provided to prevent interference with the outer-diameter-side periphery of the circular plate-shaped race part , and wherein the inner peripheral surface of the hook curl part is configured to hold the retainer without separating therefrom by contacting the outer peripheral surface of the retainer in a sliding manner, wherein when a radial displacement is applied to the thrust bearing , the conical surface (13b1) of the retainer and the inner peripheral surface of the hook curl part contact in a sliding manner. a retainer having a plurality of pockets arranged radially, a plurality of rolling elements arranged so as to freely rotate inside the plurality of pockets , and at least one race having a circular plate-shaped race part in which the plurality of rolling elements moves, wherein the race has a hook curl part formed to have a circular frustum shape by bending the circular plate-shaped race part from an outer-diameter-side periphery of the circular plate-shaped race part toward an inner-diameter-side acutely in a radial direction, characterized in that an outer peripheral surface of the retainer has a conical surface (13b1) formed to be substantially parallel to an inner peripheral surface of the hook curl part , wherein the outer peripheral surface of the retainer has a cylindrical surface (13b2) adjacent to a large-diameter-side part of the conical surface (13b1) and provided to prevent interference with the outer-diameter-side periphery of the circular plate-shaped race part , and wherein the inner peripheral surface of the hook curl part is configured to hold the retainer without separating therefrom by contacting the outer peripheral surface of the retainer in a sliding manner, wherein when a radial displacement is applied to the thrust bearing , the conical surface (13b1) of the retainer and the inner peripheral surface of the hook curl part contact in a sliding manner.
A composition comprising an ethylene/alpha-olefin/non-conjugated polyene, and wherein the ethylene/alpha-olefin/non-conjugated polyene comprises the following property: a "13C NMR % iCB Peak Area," which is the {[(13C NMR peak area from 34.4 ppm to 34.6 ppm) divided by (the 13C NMR sum integral area from 160.0 to 100.0 and from 60.0 ppm to 0.00 ppm (whole spectra excluding tetrachloroethane solvent))] × 100}, that is > 0.010%, as determined by 13C NMR.
A variant of a parent polypeptide comprising a Fc region, which variant exhibits increased binding to FcRn as compared to said parent polypeptide and comprises at least two amino acid modifications, the said at least two amino acid modifications comprising : (i) one amino acid modification which is 434Y, and (ii) at least amino acid modification which is 307P, of the Fc region, wherein the numbering of the amino acids in the Fc region is that of the EU index as in Kabat. (i) one amino acid modification which is 434Y, and (ii) at least amino acid modification which is 307P, of the Fc region, wherein the numbering of the amino acids in the Fc region is that of the EU index as in Kabat.
A power semiconductor module arrangement comprising: a semiconductor substrate arranged in a housing , the semiconductor substrate having one or more elements mounted thereon; an electronic board or metal sheet arranged in the housing distant from the semiconductor substrate , wherein the electronic board or metal sheet is arranged in parallel to the semiconductor substrate ; and at least one electrical connection , configured to electrically couple the electronic board or metal sheet to the semiconductor substrate or to one of the elements mounted thereon, wherein each of the at least one electrical connection comprises a first end and a second end , and an intermediate section extending between the first end and the second end , and wherein the first end and the second end of each electrical connection are mechanically coupled to the electronic board or metal sheet , and a middle section of the intermediate section is mechanically coupled to the semiconductor substrate or to one of the elements mounted thereon, characterized in that the electronic board or metal sheet forms a cover of the housing . a semiconductor substrate arranged in a housing , the semiconductor substrate having one or more elements mounted thereon; an electronic board or metal sheet arranged in the housing distant from the semiconductor substrate , wherein the electronic board or metal sheet is arranged in parallel to the semiconductor substrate ; and at least one electrical connection , configured to electrically couple the electronic board or metal sheet to the semiconductor substrate or to one of the elements mounted thereon, wherein each of the at least one electrical connection comprises a first end and a second end , and an intermediate section extending between the first end and the second end , and wherein the first end and the second end of each electrical connection are mechanically coupled to the electronic board or metal sheet , and a middle section of the intermediate section is mechanically coupled to the semiconductor substrate or to one of the elements mounted thereon, characterized in that the electronic board or metal sheet forms a cover of the housing .
Device for collecting a specimen in a fluid in a vessel, the device comprising an elongated body (110; 710) and a plurality of substantially continuous barriers (120; 720), radially extending from the body relative to the longitudinal axis from a surface of the body and provided along at least a part of the length of the body.
A modular conveyor belt comprising: a series of rows of one or more belt modules hingedly linked together at hinge joints between consecutive rows , wherein the rows are arranged in a repeating pattern of belt sections along a belt travel direction , each belt section including: a first region formed by one or more first rows of first belt modules having a flat top surface made of a first high-friction material having a first hardness durometer; a second region formed by one or more second rows of second belt modules having a textured top surface made of a second high-friction material having a second hardness durometer; a third region formed by one or more third rows of third belt modules disposed between the first and second regions and having a low-friction flat top surface recessed below the levels of the flat top surface of the first region and the textured top surface of the of the second region ; a fourth region formed by consecutive fourth rows of the third belt modules disposed between the second region and the first region of a consecutive belt section ; characterized in that the first hardness durometer is greater than the second hardness durometer. a first region formed by one or more first rows of first belt modules having a flat top surface made of a first high-friction material having a first hardness durometer; a second region formed by one or more second rows of second belt modules having a textured top surface made of a second high-friction material having a second hardness durometer; a third region formed by one or more third rows of third belt modules disposed between the first and second regions and having a low-friction flat top surface recessed below the levels of the flat top surface of the first region and the textured top surface of the of the second region ; a fourth region formed by consecutive fourth rows of the third belt modules disposed between the second region and the first region of a consecutive belt section ; characterized in that the first hardness durometer is greater than the second hardness durometer.
Device for removing a box or box part with a polygonal section from a chuck comprising an upper face , an application face interconnected by lateral faces and an end face , a chuck whereon the box has been previously formed from a blank comprising a series of at least three panels (3 to 6), i.e. two end panels on either side of at least one intermediate panel , said panels being interconnected by parallel folding lines (8 to 10) and provided with lateral flaps (13, 16a to 16d), respectively connected to said panels by folding lines perpendicular to the folding lines (8 to 10) connecting said panels, characterised in that it comprises a plate comprising first gripping means and translatably moveable between a deployed position wherein the plate is near the end face of the chuck whereon the lateral flaps (16a to 16d) are intended to be folded and a folded position wherein the plate is away from the chuck and in that the chuck itself is moveable between a first forming position wherein the outer cross-section thereof corresponds to the inner cross-section of the box or box part and a second retracted position wherein the outer cross-section thereof is smaller than the inner cross-section of the box or box part.
Device for measuring and monitoring tools of a machine tool , wherein the machine tool has a spindle shaft , arranged in a spindle housing , for the tool , wherein an electrically conductive workpiece is able to be machined by way of the tool , wherein the spindle shaft is electrically insulated from the spindle housing , having - a measurement and monitoring system , wherein the measurement and monitoring system measures at least one electrical measured variable dependent on the state of contact between the tool and the workpiece , wherein - a rotary transmitter makes contact with and is electrically connected to the rotating spindle shaft in order to measure the measured variable able to be recorded between the tool and the workpiece , wherein the rotary transmitter is connected in an electrically insulated manner to the spindle housing , characterized in that the measurement and monitoring system has at least one first bleeder resistor that is able to be activated in a state in which the measurement and monitoring system is not measuring such that electrostatic charges are able to be diverted away from the spindle shaft . - a measurement and monitoring system , wherein the measurement and monitoring system measures at least one electrical measured variable dependent on the state of contact between the tool and the workpiece , wherein - a rotary transmitter makes contact with and is electrically connected to the rotating spindle shaft in order to measure the measured variable able to be recorded between the tool and the workpiece ,
An additive manufacturing device for manufacturing an additively manufactured article by preheating a powder material (A) by irradiating the powder material (A) with an electron beam (B) and then melting the powder material (A) by irradiating the powder material (A) with the electron beam (B), the additive manufacturing device comprising: a powder application mechanism supplying the powder material (A); a beam emitting unit emitting the electron beam (B) and irradiating the powder material (A) with the electron beam (B) so as to melt and solidify the powder material (A); a scattering detection unit detecting an occurrence of scattering of the powder material (A); a position detection unit detecting a position of scattering of the powder material (A) when the powder material (A) scatters by being irradiated with the electron beam (B), wherein the position detection unit detects the position of scattering of the powder material (A) when a signal indicating that scattering of the powder material (A) has occurred is provided from the scattering detection unit ; and a control unit ; wherein the control unit is configured to cause the beam emitting unit to emit the electron beam (B) such that a position of irradiation of the electron beam (B) travels reciprocally side to side in the preheating, wherein the control unit is configured to, when the powder material (A) scatters by being irradiated with the electron beam (B), cause the beam emitting unit to emit the electron beam (B) such that a thermal dose of the preheating is increased at the position of scattering in the next preheating after supplying additional powder material onto a portion of an article formed by the melting and solidifying the powder material. a powder application mechanism supplying the powder material (A); a beam emitting unit emitting the electron beam (B) and irradiating the powder material (A) with the electron beam (B) so as to melt and solidify the powder material (A); a scattering detection unit detecting an occurrence of scattering of the powder material (A); a position detection unit detecting a position of scattering of the powder material (A) when the powder material (A) scatters by being irradiated with the electron beam (B), wherein the position detection unit detects the position of scattering of the powder material (A) when a signal indicating that scattering of the powder material (A) has occurred is provided from the scattering detection unit ; and a control unit ; wherein the control unit is configured to cause the beam emitting unit to emit the electron beam (B) such that a position of irradiation of the electron beam (B) travels reciprocally side to side in the preheating, wherein the control unit is configured to, when the powder material (A) scatters by being irradiated with the electron beam (B), cause the beam emitting unit to emit the electron beam (B) such that a thermal dose of the preheating is increased at the position of scattering in the next preheating after supplying additional powder material onto a portion of an article formed by the melting and solidifying the powder material.