mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld, low-level laser apparatus comprising: a laser diode configured to generate a near infrared (NIR) laser emission having an astigmatism and propagating along a laser path ; one or more corrective lens positioned in the laser path and configured to receive the NIR laser emission therethrough, the one or more corrective lens being further configured alone or in combination to correct the astigmatism of the NIR laser emission and to collimate the NIR laser emission; a divergence lens positioned in the laser path after the one or more corrective lens and configured to receive the NIR laser emission therethrough and to diverge the NIR laser emission after the NIR laser emission passes through the one or more corrective lens ; a front lens positioned in the laser path after the divergence lens and configured to receive the NIR laser emission therethrough and to collimate the NIR laser emission after the NIR laser emission passes through the divergence lens ; another laser diode configured to generate a visible laser emission having an astigmatism and propagating along another laser path , the one or more corrective lens , the divergence lens , and the front lens being configured to receive the visible laser emission therethrough; and a controller programmed to activate the laser diode and the other laser diode in a time-sharing duty cycle such that they are not simultaneously activated. a laser diode configured to generate a near infrared (NIR) laser emission having an astigmatism and propagating along a laser path ; one or more corrective lens positioned in the laser path and configured to receive the NIR laser emission therethrough, the one or more corrective lens being further configured alone or in combination to correct the astigmatism of the NIR laser emission and to collimate the NIR laser emission; a divergence lens positioned in the laser path after the one or more corrective lens and configured to receive the NIR laser emission therethrough and to diverge the NIR laser emission after the NIR laser emission passes through the one or more corrective lens ; a front lens positioned in the laser path after the divergence lens and configured to receive the NIR laser emission therethrough and to collimate the NIR laser emission after the NIR laser emission passes through the divergence lens ; another laser diode configured to generate a visible laser emission having an astigmatism and propagating along another laser path , the one or more corrective lens , the divergence lens , and the front lens being configured to receive the visible laser emission therethrough; and a controller programmed to activate the laser diode and the other laser diode in a time-sharing duty cycle such that they are not simultaneously activated.
An engineered polypeptide comprising an amino acid sequence with at least 80% sequence identity to a reference sequence of SEQ ID NO:6 and at least one of the following features: (i) two or more residue differences as compared to the reference sequence of SEQ ID NO:6 selected from X153Y and one or more of X283V, X82P, X141W, X154F, X259I/L/M, X274L/M, and X296N/V; or (ii) a residue difference as compared to the reference sequence of SEQ ID NO:6 selected from X153E/F; wherein the polypeptide has at least 1.2 fold the imine reductase activity as compared to the reference engineered polypeptide of SEQ ID NO: 6. (i) two or more residue differences as compared to the reference sequence of SEQ ID NO:6 selected from X153Y and one or more of X283V, X82P, X141W, X154F, X259I/L/M, X274L/M, and X296N/V; or (ii) a residue difference as compared to the reference sequence of SEQ ID NO:6 selected from X153E/F;
A method for operating a user equipment, UE, device , the method comprising: determining one or more radio measurements to be performed within a plurality of discontinuous reception cycles, individual ones of the one or more radio measurements having a minimum periodicity associated therewith; determining a schedule for performing the one or more radio measurements within the plurality of discontinuous reception cycles; and executing the one or more radio measurements according to the determined schedule, wherein: the one or more radio measurements are distributed over the plurality of discontinuous reception cycles; individual ones of the one or more radio measurements comprise a partial measurement, the partial measurement characterized by a reduced energy consumed by the UE device compared to a complete radio measurement; the performance of the one or more radio measurements provides measurement data achievable with the complete radio measurement; and the executing the one or more radio measurements according to the determined schedule reduces energy consumed by the UE device while obtaining the measurement data. determining one or more radio measurements to be performed within a plurality of discontinuous reception cycles, individual ones of the one or more radio measurements having a minimum periodicity associated therewith; determining a schedule for performing the one or more radio measurements within the plurality of discontinuous reception cycles; and executing the one or more radio measurements according to the determined schedule, wherein: the one or more radio measurements are distributed over the plurality of discontinuous reception cycles; individual ones of the one or more radio measurements comprise a partial measurement, the partial measurement characterized by a reduced energy consumed by the UE device compared to a complete radio measurement; the performance of the one or more radio measurements provides measurement data achievable with the complete radio measurement; and the executing the one or more radio measurements according to the determined schedule reduces energy consumed by the UE device while obtaining the measurement data. the one or more radio measurements are distributed over the plurality of discontinuous reception cycles; individual ones of the one or more radio measurements comprise a partial measurement, the partial measurement characterized by a reduced energy consumed by the UE device compared to a complete radio measurement; the performance of the one or more radio measurements provides measurement data achievable with the complete radio measurement; and the executing the one or more radio measurements according to the determined schedule reduces energy consumed by the UE device while obtaining the measurement data.
An illumination assembly for an interactive input system, comprising: at least one imaging device capturing image frames of a region of interest; a plurality of illumination sources associated with each imaging device and being located at different positions relative to said imaging device, wherein one illumination source is generally vertically aligned with the at least one imaging device , and at least one other illumination source is positioned on each side of said imaging device , said illumination sources providing illumination to said region of interest; and a controller communicating with said illumination sources, said controller conditioning said illumination sources so that the illumination sources provide illumination to said region of interest in succession, the timing of image frame capture by said imaging device being coordinated with the illumination pattern of said illumination sources, wherein said controller conditions said illumination sources so that for an exposure cycle of said imaging device the imaging device captures: an image frame with each illumination source on and the other illumination sources off and an image frame with all illumination sources off. at least one imaging device capturing image frames of a region of interest; a plurality of illumination sources associated with each imaging device and being located at different positions relative to said imaging device, wherein one illumination source is generally vertically aligned with the at least one imaging device , and at least one other illumination source is positioned on each side of said imaging device , said illumination sources providing illumination to said region of interest; and a controller communicating with said illumination sources, said controller conditioning said illumination sources so that the illumination sources provide illumination to said region of interest in succession, the timing of image frame capture by said imaging device being coordinated with the illumination pattern of said illumination sources, wherein said controller conditions said illumination sources so that for an exposure cycle of said imaging device the imaging device captures: an image frame with each illumination source on and the other illumination sources off and an image frame with all illumination sources off.
An apparatus of a base station in a wireless communication system, the apparatus comprising: a master Field Programmable Gate Array, FPGA; a plurality of slave FPGAs controlled by the master FPGA; and an address masker coupled to the master FPGA and the plurality of slave FPGAs, wherein the address masker is configured to: receive different address bits assigned respectively to the plurality of slave FPGAs by the master FPGA; for the different address bits, mask bit values at a specific position with the same value; and transmit masked address bits corresponding respectively to the plurality of slave FPGAs. a master Field Programmable Gate Array, FPGA; a plurality of slave FPGAs controlled by the master FPGA; and an address masker coupled to the master FPGA and the plurality of slave FPGAs, wherein the address masker is configured to: receive different address bits assigned respectively to the plurality of slave FPGAs by the master FPGA; for the different address bits, mask bit values at a specific position with the same value; and transmit masked address bits corresponding respectively to the plurality of slave FPGAs. receive different address bits assigned respectively to the plurality of slave FPGAs by the master FPGA; for the different address bits, mask bit values at a specific position with the same value; and transmit masked address bits corresponding respectively to the plurality of slave FPGAs.
A livestock stall diverter system for a free stall stable, said system comprising a plurality of stall dividers arranged in one or more rows comprising at least one vertical support member and at least one diverter member extending away from the support member, characterized in that the at least one diverter member is provided a tubular member with a plurality of air apertures , and that said tubular member is connected to an air supply.
Friction element for fixing implant-anchored, removable dental prostheses on implant-holding elements or root caps, wherein the friction element is in one piece, has an external thread and a central recess for receiving an implant holding element or a root cap, wherein the friction element has at least one spring gap , wherein the spring gap is a recess which divides the casing of the friction element into an outer lip and an inner lip , wherein the inner lip will lie at least partially against the implant-holding element or the root cap and the outer lip has the external thread to be in engagement with the dental prosthesis.
A microwave power splitter/combiner , having three ports , comprises a multi-layer laminate including a substrate carrying a resistive layer defining a resistor ; the multi-layer laminate comprising: a first conductive layer defining conductive pads ; a dielectric membrane covering the first conductive layer ; a second conductive layer covering the dielectric membrane , the second conductive layer defining at least part of a microwave circuit that interconnects the three ports; and electrically conductive vias extending through the dielectric membrane between the conductive pads and the second conductive layer to electrically connect two of the three ports across the resistor ; and the first conductive layer is carried by the resistive layer , and the resistive layer comprises a nickel-phosphorus alloy. a first conductive layer defining conductive pads ; a dielectric membrane covering the first conductive layer ; a second conductive layer covering the dielectric membrane , the second conductive layer defining at least part of a microwave circuit that interconnects the three ports; and electrically conductive vias extending through the dielectric membrane between the conductive pads and the second conductive layer to electrically connect two of the three ports across the resistor ; and the first conductive layer is carried by the resistive layer , and the resistive layer comprises a nickel-phosphorus alloy.
An additive manufacturing system, comprising: an uptake manifold ; an intake manifold comprising: a body defining a flow channel therein, the body including: an inlet end defining an inlet configured to intake gas and/or particles from a build area of the additive manufacturing system; and an outlet end defining an outlet that is fluidly connected to the inlet through the flow channel , the outlet configured to be in fluid communication with an uptake manifold of the additive manufacturing system; and at least one mount extending from the outlet end of the body and configured to rotatably mount the body to the uptake manifold. an uptake manifold ; an intake manifold comprising: a body defining a flow channel therein, the body including: an inlet end defining an inlet configured to intake gas and/or particles from a build area of the additive manufacturing system; and an outlet end defining an outlet that is fluidly connected to the inlet through the flow channel , the outlet configured to be in fluid communication with an uptake manifold of the additive manufacturing system; and at least one mount extending from the outlet end of the body and configured to rotatably mount the body to the uptake manifold. an inlet end defining an inlet configured to intake gas and/or particles from a build area of the additive manufacturing system; and an outlet end defining an outlet that is fluidly connected to the inlet through the flow channel , the outlet configured to be in fluid communication with an uptake manifold of the additive manufacturing system; and at least one mount extending from the outlet end of the body and configured to rotatably mount the body to the uptake manifold.
Sanitary outlet unit which can be fitted to the water outlet of a sanitary outlet fitting, having a sleeve-like and single- or multi-part outlet mouthpiece , which has a thread or similar fastening means for fastening to a counterpart thread or similar countering means on the water outlet of the sanitary outlet fitting, and having at least one sanitary insert part, which can be inserted from an inflow-side sleeve opening of the outlet mouthpiece into the latter until the at least one insert part bears on a support on the sleeve inner circumference of the outlet mouthpiece , wherein the outflow-side outlet face edge of the outlet mouthpiece is arranged with a spacing after the outlet face side of the sanitary insert part in the throughflow direction, and wherein the clear sleeve cross section of the outlet mouthpiece is, at least in the sub-region following the outlet face side of the insert part in the throughflow direction, larger than the clear outlet cross section of the insert part and the insert housing thereof, characterized in that the outlet unit has, at least in an outflow-side sub-region of the outlet mouthpiece , an anti-bacterial surface, and in that the spacing between the outlet face side and the outlet face edge measures more than 5 mm.
A catalyst system for producing cyclic carbonates from carbon dioxide (CO 2 ) and epoxide-based compounds comprising: a pre-catalyst; and a co-catalyst wherein said pre-catalyst is BiCl 3 and said co-catalyst is selected from tetra-n-butylammonium bromide (TBAB), tetra-n-butylammonium iodide (TBAI), tetra-n-butylphosphonium bromide (PBu 4 Br), tetra-n-butylphosphonium iodide (PBu 4 I) or mixtures thereof. a pre-catalyst; and a co-catalyst wherein said pre-catalyst is BiCl 3 and said co-catalyst is selected from tetra-n-butylammonium bromide (TBAB), tetra-n-butylammonium iodide (TBAI), tetra-n-butylphosphonium bromide (PBu 4 Br), tetra-n-butylphosphonium iodide (PBu 4 I) or mixtures thereof.
A device for executing an operation of a cryptographic scheme, said operation being applied to a given current state of a data block of original data, said operation being defined in a basis ring corresponding to the quotient of a starting ring by a basis ideal generated by at least one element of the starting ring, wherein said device comprises : - a first execution unit configured to execute the operation from a state derived from said current state of the data block, in at least one reference ring, which provides a reference value for each reference ring, each reference ring being the quotient of said starting ring by a reference ideal, and - a second execution unit configured to execute the operation from said state derived from said current state of the data block in at least one extended ring corresponding to one or more of said reference rings, which provides at least one extension value for each extended ring, each extension value comprises one or more bytes, each extended ring corresponding to one or more reference rings being the quotient of the starting ring by the product of the basis ideal and of the reference ideals of said one or more corresponding reference rings, the device being configured to determine the result of said operation from at least one of the reference values and/or of the extension values depending on the verification of a condition between the reference value obtained for each reference ring and the extension values obtained for the extended rings corresponding to said reference ring, the device being further configured to map each byte of said at least one extension value to an element of the basis ring, in response to the verification of said condition, for at least one extension value, which provides a mapped value corresponding to said at least one extension value. - a first execution unit configured to execute the operation from a state derived from said current state of the data block, in at least one reference ring, which provides a reference value for each reference ring, each reference ring being the quotient of said starting ring by a reference ideal, and - a second execution unit configured to execute the operation from said state derived from said current state of the data block in at least one extended ring corresponding to one or more of said reference rings, which provides at least one extension value for each extended ring, each extension value comprises one or more bytes, each extended ring corresponding to one or more reference rings being the quotient of the starting ring by the product of the basis ideal and of the reference ideals of said one or more corresponding reference rings,
A bolt-nut comprising: a nut to be threaded onto a bolt, the nut including: a nut body in a substantially cylindrical shape; plural nut divided bodies formed by dividing said nut body in a circumferential direction; a cover body in a substantially cylindrical shape for covering the nut body ; a cover-side tapered portion formed such that an inner diameter of an inner wall of the cover body is gradually reduced toward one end portion of said cover body ; a nut-side tapered portion formed such that an outer diameter of an outer wall of the nut body is reduced toward one end portion thereof so as to correspond to said cover-side tapered portion ; a spring that is accommodated together with the nut body in the cover body and is disposed on another end portion side of the cover body ; and a lid body that covers the other end portion of the cover body , characterized in that a bolt screw as a ridge of the bolt and a nut screw as a ridge of the nut body have unequal pitches that are different from each other. a nut to be threaded onto a bolt, the nut including: a nut body in a substantially cylindrical shape; plural nut divided bodies formed by dividing said nut body in a circumferential direction; a cover body in a substantially cylindrical shape for covering the nut body ; a cover-side tapered portion formed such that an inner diameter of an inner wall of the cover body is gradually reduced toward one end portion of said cover body ; a nut-side tapered portion formed such that an outer diameter of an outer wall of the nut body is reduced toward one end portion thereof so as to correspond to said cover-side tapered portion ; a spring that is accommodated together with the nut body in the cover body and is disposed on another end portion side of the cover body ; and a lid body that covers the other end portion of the cover body , characterized in that a nut body in a substantially cylindrical shape; plural nut divided bodies formed by dividing said nut body in a circumferential direction; a cover body in a substantially cylindrical shape for covering the nut body ; a cover-side tapered portion formed such that an inner diameter of an inner wall of the cover body is gradually reduced toward one end portion of said cover body ; a nut-side tapered portion formed such that an outer diameter of an outer wall of the nut body is reduced toward one end portion thereof so as to correspond to said cover-side tapered portion ; a spring that is accommodated together with the nut body in the cover body and is disposed on another end portion side of the cover body ; and a lid body that covers the other end portion of the cover body , characterized in that a bolt screw as a ridge of the bolt and a nut screw as a ridge of the nut body have unequal pitches that are different from each other.
Air conditioning system for an aircraft comprising a turbine engine comprising at least one radial turbine and a compressor, said radial turbine extending along a central axis and comprising a wheel equipped with vanes mounted so as to be able to rotate about said central axis , a nozzle arranged at the periphery of said wheel comprising a plurality of variable-pitch blades arranged around said central axis , and a volute comprising an air inlet and an air outlet opening onto said plurality of variable-pitch blades , said variable-pitch blades being arranged around said central axis between two nozzle casing walls delimiting an air passage section of said nozzle between them, each variable-pitch blade further comprising: - means for axial displacement of the blade between the two casing walls , - means for pivoting the blade about a pivot axis between the two casing walls . characterized in that the said means for pivoting and said means for axial displacement are coordinated in such a way as to be able to modify the cross-section of air flow from upstream to downstream of the distributor by defining a greater clearance at the blade base than at the blade head for small blade openings, a greater clearance at the blade head than at the blade base for large blade openings, and a clearance distributed between the blade head and the blade base for intermediate openings between small openings and large openings, the ratio of air passage cross-section between a small opening and a large opening being 1 to 4. - means for axial displacement of the blade between the two casing walls , - means for pivoting the blade about a pivot axis between the two casing walls .