mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for diagnosing mastitis in a lactating and preferably bovine animal, the method comprising: - recording data, the data having been obtained from analyzing a series of milk samples, the series of milk samples in turn having been obtained by periodically milking an animal, the data including total leukocyte count (TLC) or somatic cell count (SCC) as well as differential leukocyte counts and changes in these counts between subsequent samples, wherein the differential leukocyte counts include the lymphocyte count (L), the macrophage count (M) and the neutrophil count (N); and - evaluating the recorded data to obtain information on the presence of mastitis, on the microorganism responsible for mastitis and, optionally, on the stage of mastitis; wherein evaluating the recorded data includes: determining mean values and confidence intervals for the TLC or SCC and each of the differential leukocyte counts L, M and N; assigning the samples to threshold groups based on the mean value of the TLC or the SCC; evaluating whether the TLC or SCC of a new sample enters a higher threshold group and, if applicable, which threshold group has been entered; and evaluating whether a threshold group has been exceeded and, if so, evaluating the recorded data to obtain information on the microorganism responsible for mastitis, wherein the prediction of a specific microorganism is made based on information regarding peak TLC or SCC in previous samples, length of the plateau before the TLC or SCC decreases, and the change in percentages of N, M and L during a number of previous samplings. - recording data, the data having been obtained from analyzing a series of milk samples, the series of milk samples in turn having been obtained by periodically milking an animal, the data including total leukocyte count (TLC) or somatic cell count (SCC) as well as differential leukocyte counts and changes in these counts between subsequent samples, wherein the differential leukocyte counts include the lymphocyte count (L), the macrophage count (M) and the neutrophil count (N); and - evaluating the recorded data to obtain information on the presence of mastitis, on the microorganism responsible for mastitis and, optionally, on the stage of mastitis; determining mean values and confidence intervals for the TLC or SCC and each of the differential leukocyte counts L, M and N; assigning the samples to threshold groups based on the mean value of the TLC or the SCC; evaluating whether the TLC or SCC of a new sample enters a higher threshold group and, if applicable, which threshold group has been entered; and evaluating whether a threshold group has been exceeded and, if so, evaluating the recorded data to obtain information on the microorganism responsible for mastitis, wherein the prediction of a specific microorganism is made based on information regarding peak TLC or SCC in previous samples, length of the plateau before the TLC or SCC decreases, and the change in percentages of N, M and L during a number of previous samplings.
A method of a user equipment, UE, including an edge enabler client, EEC, in a communication system supporting an edge computing service using an edge data network including an edge enabler server, EES, and an edge application server, EAS, exchanging, with the UE, application data traffic, the method comprising: transmitting , by the EEC, a service provisioning request to an edge configuration server, ECS, providing configuration information for a connection with the EES; and receiving , by the EEC from the ECS, a service provisioning response including information of one or more data network access identifiers, DNAIs, associated with the EES in response to transmitting the service provisioning request, wherein the information of the one or more DNAIs is mapped to the EES accessible via a user plane function, UPF. transmitting , by the EEC, a service provisioning request to an edge configuration server, ECS, providing configuration information for a connection with the EES; and receiving , by the EEC from the ECS, a service provisioning response including information of one or more data network access identifiers, DNAIs, associated with the EES in response to transmitting the service provisioning request, wherein the information of the one or more DNAIs is mapped to the EES accessible via a user plane function, UPF.
A lamp for a vehicle , comprising: a lens ; a first light source disposed behind the lens ; a first reflector configured to reflect a first light, generated by the first light source , toward the lens ; a second light source disposed behind the lens ; a second reflector configured to reflect a second light, generated by the second light source , toward the lens , a third reflector configured to reflect the second light reflected from the second reflector , and a transparent display disposed on said third reflector and configured to form specific content, wherein the transparent display is configured to allow some or all of the second light to pass therethrough, wherein the first light source is configured to output the first light in a generally upward or downward direction, and the second light source is configured to output the second light in the same direction as the first light source, and wherein the second light reflected from the third reflector passes through the lens to form a second beam pattern . a lens ; a first light source disposed behind the lens ; a first reflector configured to reflect a first light, generated by the first light source , toward the lens ; a second light source disposed behind the lens ; a second reflector configured to reflect a second light, generated by the second light source , toward the lens , a third reflector configured to reflect the second light reflected from the second reflector , and a transparent display disposed on said third reflector and configured to form specific content, wherein the transparent display is configured to allow some or all of the second light to pass therethrough, wherein the first light source is configured to output the first light in a generally upward or downward direction, and the second light source is configured to output the second light in the same direction as the first light source, and wherein the second light reflected from the third reflector passes through the lens to form a second beam pattern .
A sealing ring , which is mountable to an annular groove provided on an outer circumference of a shaft , for sealing an annular gap between the shaft and a housing that rotate relative to each other to maintain fluid pressure of a region to be sealed that is configured such that the fluid pressure thereof changes, wherein the sealing ring is configured to slide against a side wall surface on a low pressure side of the annular groove, characterized in that a dynamic pressure generating groove which includes a first groove having a constant width in a radial direction and extending in a circumferential direction and a second groove extending from a center position of the first groove in the circumferential direction to an inner circumferential surface and guiding a fluid to be sealed into the first groove is provided on a sliding surface side which is configured to slide against the side wall surface , and the first groove is provided at a position within a sliding region (X) which is configured to slide against the side wall surface .
A discontinuous reception method, comprising: starting, by a first apparatus, a first timer associated with a first sidelink hybrid automatic repeat request, HARQ, process in the first time unit after a HARQ feedback occasion of the first sidelink HARQ process; starting, by the first apparatus, a second timer associated with the first sidelink HARQ process after the expiry of the first timer, if a HARQ feedback of the first sidelink HARQ process is negative acknowledgement, NACK, wherein the HARQ feedback being NACK indicates that a first data associated with the first sidelink HARQ process is not successfully decoded by a second appratus; and monitoring, by the first apparatus, a physical downlink control channel, PDCCH, during running of the second timer, wherein a sidelink is established between the first apparatus and the second apparatus; the first sidelink HARQ process is used by the first apparatus for the first data transmission to the second apparatus; the HARQ feedback occasion is used by the first apparatus to send the HARQ feedback of the first sidelink HARQ process to a network device; the HARQ feedback is used to indicate whether the first data associated with the first sidelink HARQ process is successfully decoded by the second apparatus. starting, by a first apparatus, a first timer associated with a first sidelink hybrid automatic repeat request, HARQ, process in the first time unit after a HARQ feedback occasion of the first sidelink HARQ process; starting, by the first apparatus, a second timer associated with the first sidelink HARQ process after the expiry of the first timer, if a HARQ feedback of the first sidelink HARQ process is negative acknowledgement, NACK, wherein the HARQ feedback being NACK indicates that a first data associated with the first sidelink HARQ process is not successfully decoded by a second appratus; and monitoring, by the first apparatus, a physical downlink control channel, PDCCH, during running of the second timer, wherein a sidelink is established between the first apparatus and the second apparatus; the first sidelink HARQ process is used by the first apparatus for the first data transmission to the second apparatus; the HARQ feedback occasion is used by the first apparatus to send the HARQ feedback of the first sidelink HARQ process to a network device; the HARQ feedback is used to indicate whether the first data associated with the first sidelink HARQ process is successfully decoded by the second apparatus.
A method for generating control data (BSD, PSD) for a device for additive manufacturing of a manufactured product in a manufacturing process in which build-up material is built up and selectively solidified, wherein, for solidifying on a build field , irradiating of the build-up material with at least one energy beam (AL) takes place, wherein an impingement surface of the energy beam (AL) on the build field is moved in order to melt the build-up material in a target area (Γ Z ) in and around the impingement surface , wherein for generating the control data (BSD, PSD) for at least one irradiation mode, optimization criteria (OK) and/or secondary and/or boundary conditions (WB) relating to a local target temperature distribution (TV) in the target area (Γ Z ) of the build-up material are defined, at which temperature distribution a melting of the build-up material within the target area (Γ Z ) is effected as heat conduction welding and on the basis of the optimization criteria (OK) and/or secondary and/or boundary conditions (WB) within the scope of an optimization process, at least one optimized intensity profile (IO) of the energy beam (AL) is determined, wherein the optimized intensity profile (IO) of the energy beam (AL) at the impingement surface on the build field is substantially non-rotationally symmetric with respect to a beam axis (R) running coaxially to the direction of incidence of the energy beam (AL), and wherein the control data (BSD, PSD) are generated such that upon activating the device for additive manufacturing in the irradiation mode, the irradiation of the build-up material with an energy beam (AL) having substantially the determined optimized intensity profile (IO) occurs. wherein for generating the control data (BSD, PSD) for at least one irradiation mode, optimization criteria (OK) and/or secondary and/or boundary conditions (WB) relating to a local target temperature distribution (TV) in the target area (Γ Z ) of the build-up material are defined, at which temperature distribution a melting of the build-up material within the target area (Γ Z ) is effected as heat conduction welding and on the basis of the optimization criteria (OK) and/or secondary and/or boundary conditions (WB) within the scope of an optimization process, at least one optimized intensity profile (IO) of the energy beam (AL) is determined, wherein the optimized intensity profile (IO) of the energy beam (AL) at the impingement surface on the build field is substantially non-rotationally symmetric with respect to a beam axis (R) running coaxially to the direction of incidence of the energy beam (AL), and wherein the control data (BSD, PSD) are generated such that upon activating the device for additive manufacturing in the irradiation mode, the irradiation of the build-up material with an energy beam (AL) having substantially the determined optimized intensity profile (IO) occurs.
A pharmaceutical composition comprising an oil-in-water emulsion, comprising an emulsifier which is a non-gelled branched polymer, wherein the ends of at least some of the chains of said polymer terminate in an alkyl chain of 5 carbon atoms or more, and wherein the oil-in-water emulsion takes the form of particles having a z-average diameter of no greater than about 1000 nm.
Weaving machine shooting lever with a base body , characterised in that the base body is produced at least partially in a 3D print process, is at least partially embodied as a bounding volume and comprises at least one access opening , which is at least partially arranged in a shaft accommodation region of the base body .
An illumination system for use in a stereolithography apparatus , comprising: - a planar support supporting a two-dimensional array of individually controllable wide-angle light-emitting diodes LEDs ; and - a multilens projector array arranged relative to the array , and adapted to project a focussed image of the LEDs onto a work area ; - wherein said multilens projector array has an edge area focus error which is smaller than a central area focus error. - a planar support supporting a two-dimensional array of individually controllable wide-angle light-emitting diodes LEDs ; and - a multilens projector array arranged relative to the array , and adapted to project a focussed image of the LEDs onto a work area ; - wherein said multilens projector array has an edge area focus error which is smaller than a central area focus error.
A saddle for bicycles, comprising: • an upper, inflatable soft part comprising at least one air valve (6', 6"), • a lower, rigid support part , wherein the support part is attached, preferably screwed or glued, to the underside of the soft part , wherein the soft part comprises at least one first air chamber in the front saddle region and at least one second air chamber (1") in the rear saddle region, wherein the soft part has a wedge-shaped recess on the underside between the at least one first air chamber and the at least one second air chamber (1"), • a rigid base part , wherein the base part is connected to a saddle strut for connection to a saddle support, wherein the support part may be detachably fixed to the base part by means of a coupling mechanism, characterized in that the base part and the support part comprise connecting means , which cooperate in the manner of a snap connection. • an upper, inflatable soft part comprising at least one air valve (6', 6"), • a lower, rigid support part , wherein the support part is attached, preferably screwed or glued, to the underside of the soft part , wherein the soft part comprises at least one first air chamber in the front saddle region and at least one second air chamber (1") in the rear saddle region, wherein the soft part has a wedge-shaped recess on the underside between the at least one first air chamber and the at least one second air chamber (1"), • a rigid base part , wherein the base part is connected to a saddle strut for connection to a saddle support, wherein the support part may be detachably fixed to the base part by means of a coupling mechanism, • a rigid base part , wherein the base part is connected to a saddle strut for connection to a saddle support, wherein the support part may be detachably fixed to the base part by means of a coupling mechanism, characterized in that the base part and the support part comprise connecting means , which cooperate in the manner of a snap connection.
A guitar, the guitar comprising: a body , the body having a bottom and sides; a top , an outer perimeter of the top attached to an upper rim of the sides; and a neck extending from the body ; wherein an upper surface of the top is in tension due to bending of the top into a substantially domed shape and wherein a thickness of the top is thinner in an area of the outer perimeter than a central portion, thereby reducing the tension in the upper surface of the top in the area of the outer perimeter, characterized in that the top is thinner in the area of the outer perimeter due to material removal from the upper surface of the top after attachment of the top to the body . a body , the body having a bottom and sides; a top , an outer perimeter of the top attached to an upper rim of the sides; and a neck extending from the body ; wherein an upper surface of the top is in tension due to bending of the top into a substantially domed shape and wherein a thickness of the top is thinner in an area of the outer perimeter than a central portion, thereby reducing the tension in the upper surface of the top in the area of the outer perimeter, characterized in that the top is thinner in the area of the outer perimeter due to material removal from the upper surface of the top after attachment of the top to the body .
A cyanobacterial biomass for use in combination with an antiviral agent in the treatment of hepatitis B virus (HBV) infection by reducing the level of the surface antigen of HBV (HBsAg) detectable in a subject suffering from chronic HBV infection, wherein the cyanobacterial biomass is derived from Arthrospira maxima FEM102 strain.
An automatic curved plate forming apparatus, comprising: a bed on which a curved plate is loaded; a rail installed in a lengthwise direction on left and right sides of the bed ; a carrier movably mounted on the two rails ; a guide beam installed across two columns that extend upward from each carrier ; a carriage movably connected to the guide beam ; a rotation axis base mounted on a side of the carriage ; a 6-axis robotic arm including a first arm connected to the rotation axis base rotatably around a first axis (X1); a mount connected to a working terminal of the robotic arm rotatably and pivotably in a vertical direction; and a heating head mounted on a support that extends down from the mount to perform high frequency induction heating, facing the curved plate , characterized in that the first axis (X1) is perpendicular to the side of the carriage on which the rotation axis base is mounted, and the first axis (X1) extends in a direction parallel to a ground. a bed on which a curved plate is loaded; a rail installed in a lengthwise direction on left and right sides of the bed ; a carrier movably mounted on the two rails ; a guide beam installed across two columns that extend upward from each carrier ; a carriage movably connected to the guide beam ; a rotation axis base mounted on a side of the carriage ; a 6-axis robotic arm including a first arm connected to the rotation axis base rotatably around a first axis (X1); a mount connected to a working terminal of the robotic arm rotatably and pivotably in a vertical direction; and a heating head mounted on a support that extends down from the mount to perform high frequency induction heating, facing the curved plate , characterized in that the first axis (X1) is perpendicular to the side of the carriage on which the rotation axis base is mounted, and the first axis (X1) extends in a direction parallel to a ground.
A method for stabilizing a pharmaceutical composition in an aqueous solution form for use as final product comprising a polymeric drug carrier, a bioactive agent entrapped inside the drug carrier, and an aqueous solvent, comprising a step of storing the pharmaceutical composition for at least 6 months under refrigeration at 0°C to 10°C, wherein the polymeric drug carrier comprises (a) a non-ionic amphiphilic block copolymer containing a hydrophilic block and a hydrophobic block, and (b) a polylactic acid including a di- or tri-valent metal ion substituted for a monovalent metal ion which is bound to terminal carboxyl group of the polylactic acid wherein the hydrophilic block is selected from monomethoxypolyethyleneglycol and polyethyleneglycol, and the hydrophobic block is polylactide; and the bioactive agent is one or more selected from the group consisting of paclitaxel, docetaxel, sirolimus, temsirolimus and everolimus.
Transporting station , designed and configured for transporting fish transverse to their longitudinal extent in a transport direction T, comprising a conveying device for transporting individual, separated fish in a lying position along a transport path T L from an entry region E of the conveying device to an exit region A of the conveying device , wherein the conveying device comprises a rotationally driven transport element , wherein the conveying device is assigned a change-over device which is designed and configured and is in operative connection with the conveying device , in such a manner that the fish can be transferred automatically from the lying position on the transport path T L of the conveying device into a suspended position on a transport path T H of the change-over device , characterised in that the change-over device comprises a suspended conveying device , arranged above the conveying device for transport of the fish in a lying position, for transporting the fish suspended along a transport path T H and means for transferring the fish, namely for removing the fish from the conveying device for transport of the fish in a lying position and for holding the fish during suspended transport along the transport path T H wherein the suspended conveying device extends beyond the conveying device in transport direction T, wherein the change-over area for the fish from the conveying device to the suspended conveying device is formed in the overlapping region of the conveying device and the suspended conveying device in transport direction T upstream of the exit region A of the conveying device , wherein the suspended conveying device comprises a rotationally driven transport element on which the means for removing and holding the fish is arranged, wherein the means comprises at least one gripping means for gripping the head of a fish and wherein the means for removing and holding the fish comprises a plurality of gripping means rotating with the transport element of the suspended conveying device , wherein each gripping means has two gripping elements , of which at least one gripping element is provided with at least one spike directed towards the fish to be gripped.
A hydrosilylation-curable silicone composition comprising: a maleate compound; and a hydrosilylation inhibitor other than the maleate compound; and an adhesion promoter; wherein the content of the maleate compound is in an amount of 50 to 6,000 ppm and the content of the hydrosilylation inhibitor is in an amount of 200 to 20,000 ppm, with respect to the composition in terms of mass units, respectively.