mhurhangee/patent-ind-claim-en huggingface dataset:
A scleral contact lens having a posterior surface comprising a central zone and a peripheral zone , wherein: the diameter of said scleral contact lens is proportioned to extend beyond the cornea to the sclera of the eye; said peripheral zone is defined by an angle; said angle is formed by an intersection of a line and a cross-dimensional chord ; said line connects a hinge point at the junction of a next most central zone and said peripheral zone , and a most peripheral point of said peripheral zone , said hinge point and said most peripheral point both being located on a semi-meridian of said scleral contact lens ; said cross-dimensional chord passes through said hinge point ; and wherein said peripheral zone is curved such that it is convex toward the sclera of the eye in one or more regions of said peripheral zone that covers a portion of the sclera of the eye. the diameter of said scleral contact lens is proportioned to extend beyond the cornea to the sclera of the eye; said peripheral zone is defined by an angle; said angle is formed by an intersection of a line and a cross-dimensional chord ; said line connects a hinge point at the junction of a next most central zone and said peripheral zone , and a most peripheral point of said peripheral zone , said hinge point and said most peripheral point both being located on a semi-meridian of said scleral contact lens ; said cross-dimensional chord passes through said hinge point ; and wherein said peripheral zone is curved such that it is convex toward the sclera of the eye in one or more regions of said peripheral zone that covers a portion of the sclera of the eye.
Multiple disc brake for a motor vehicle, with a disc pack arranged in a disc chamber of a brake housing on an axle body with at least one brake disc , with a spring , by which, in order to close the multiple disc brake, the disc pack is compressible and with a piston which bears against the spring and is arranged displaceably in a cylinder space , which piston , in order to release the multiple disc brake, can be acted upon with a pressure counter to the force of the spring and via which the disc pack is compressible directly or indirectly by the spring , with a mechanical emergency release device , by which the piston , in order to release the multiple disc brake, can be acted upon counter to the force of the spring, characterized in that a recess is formed in the brake housing , which recess extends inclined at an angle <90° to the axle body from the radially outer shell surface of the brake housing to the cylinder space and opens into the cylinder space on its end wall closest to the disc pack , wherein an adjusting bolt is arranged in the recess , which adjusting bolt is adjustable with its cylinder room-side end between a position protruding into the cylinder space and a position not protruding into the cylinder space in the recess .
A vegetable oil comprising a polyunsaturated fatty acid having at least 20 carbon atoms (LC-PUFA), which oil has (a) an anisidine value (AnV) of less than 25; (b) a peroxide value (POV) of less than 10; (c) a triglyceride content of greater than 90%; and (d) an Oil Stability Index (OSI) of greater than 5 hours at 80 °C, wherein the LC-PUFA is arachidonic acid (ARA), and wherein the vegetable oil comprises ARA at a concentration > 15 wt.% with respect to the total fatty acids in the oil. (a) an anisidine value (AnV) of less than 25; (b) a peroxide value (POV) of less than 10; (c) a triglyceride content of greater than 90%; and (d) an Oil Stability Index (OSI) of greater than 5 hours at 80 °C,
An antenna module , comprising: an antenna and a Radiated Spurious Emission, RSE, improvement component ; wherein: the antenna comprises a feed source , a ground point , and at least one radiation arm ; the RSE improvement component is coupled to the antenna configured to suppress high order harmonics generated by the antenna when the antenna operates in a target frequency band; wherein the RSE improvement component comprises a filter circuit and a control switch, the filter circuit is configured to suppress the high order harmonics, and the control switch is configured to control a working state of the filter circuit; characterised in that the filter circuit is a band stop filter circuit ; wherein the band stop filter circuit is connected in series into the at least one target radiation arm of the antenna; wherein the at least one target radiation arm is a radiation arm by which the antenna radiates the high order harmonics outward; wherein the control switch is connected in parallel with the band stop filter circuit. the antenna comprises a feed source , a ground point , and at least one radiation arm ; the RSE improvement component is coupled to the antenna configured to suppress high order harmonics generated by the antenna when the antenna operates in a target frequency band; wherein the RSE improvement component comprises a filter circuit and a control switch, the filter circuit is configured to suppress the high order harmonics, and the control switch is configured to control a working state of the filter circuit; characterised in that the filter circuit is a band stop filter circuit ; wherein the band stop filter circuit is connected in series into the at least one target radiation arm of the antenna; wherein the at least one target radiation arm is a radiation arm by which the antenna radiates the high order harmonics outward; wherein the control switch is connected in parallel with the band stop filter circuit.
A method of making an optically-activated system comprising a complex of at least one fluorescent compound that is riboflavin and at least one substrate for the fluorescent compound, said method comprising affixing the at least one fluorescent compound to the at least one substrate for the at least one fluorescent compound by covalent bonding, hydrogen bonding, Van der Waals forces, or a combination thereof, wherein the at least one fluorescent compound in the complex is activated by absorption of light in the UV to visible region of the electromagnetic spectrum and re-emits visible light of longer wavelength, wherein the at least one substrate is selected from methyl cellulose, polymethylmethacrylate (PMMA), and nylon.
A process for synthesis of a product by reaction of at least a first reactant comprising a hydrogen species with a second reactant, the process comprising: (i) providing a hydrogen species selectively permeable solid membrane (HSPM) formed from a hydrogen permeable material selected from the group consisting of palladium, titanium and nickel, an alloy of palladium, titanium, vanadium, zirconium, niobium, tantalum or alloys of one or more from this group with silver, copper, chromium, iron, nickel or cobalt, and a cermet thereof, having a hydrogen species receiving side and a product synthesis side; (ii) providing a hydrogen species source at the hydrogen species receiving side; (iii) providing a second reactant source at the product synthesis side; (iv) providing a concentration gradient or a partial pressure differential of the hydrogen species source across the HSPM such that the concentration of hydrogen is lower on the product synthesis side than on the hydrogen species receiving side to thereby effect migration of the hydrogen species through the HSPM for reaction with the second reactant at or near the surface of the product synthesis side; wherein at least the product synthesis side of the HSPM has a surface modification comprising a layer that is porous to the second reactant and contains a plurality of reactive sites comprising a metal species and a catalyst for promoting a reaction within the outer layer between the first and second reactants to form the product; and wherein the surface modification comprises a coating comprising a catalyst and a hydrogen species permeable metal, metal alloy, cermet or metal oxide thereof selected from the group consisting of palladium, titanium, vanadium, zirconium, niobium, tantalum or alloys of one or more from this group with silver, copper, chromium, iron, nickel or cobalt. (i) providing a hydrogen species selectively permeable solid membrane (HSPM) formed from a hydrogen permeable material selected from the group consisting of palladium, titanium and nickel, an alloy of palladium, titanium, vanadium, zirconium, niobium, tantalum or alloys of one or more from this group with silver, copper, chromium, iron, nickel or cobalt, and a cermet thereof, having a hydrogen species receiving side and a product synthesis side; (ii) providing a hydrogen species source at the hydrogen species receiving side; (iii) providing a second reactant source at the product synthesis side; (iv) providing a concentration gradient or a partial pressure differential of the hydrogen species source across the HSPM such that the concentration of hydrogen is lower on the product synthesis side than on the hydrogen species receiving side to thereby effect migration of the hydrogen species through the HSPM for reaction with the second reactant at or near the surface of the product synthesis side;
A process for printing comprising: selecting eight or fewer process colors from a known process ink color set; providing eight or fewer color channels comprising the selected process colors from the known process ink color set; providing two or more color channels comprising spot colors, wherein one or more of the spot colors correspond to a non-selected process color of the known process ink color set; applying two or more ink limits to each color channel comprising the one or more spot colors; applying two or more linearizations to each color channel comprising the one or more spot colors; and printing an image, wherein each color channel comprising the one or more spot colors is configured to operate as the spot color or the non-selected process color of the known process ink color set according to the applied ink limit and the applied linearization, wherein a first ink limit and a first linearization are applied to each color channel comprising the one or more spot colors to produce a color set including the non-selected process color of the known process ink color set, and wherein a second ink limit and a second linearization are applied to each color channel comprising the one or more spot colors to produce a color set including the spot color. selecting eight or fewer process colors from a known process ink color set; providing eight or fewer color channels comprising the selected process colors from the known process ink color set; providing two or more color channels comprising spot colors, wherein one or more of the spot colors correspond to a non-selected process color of the known process ink color set; applying two or more ink limits to each color channel comprising the one or more spot colors; applying two or more linearizations to each color channel comprising the one or more spot colors; and printing an image, wherein each color channel comprising the one or more spot colors is configured to operate as the spot color or the non-selected process color of the known process ink color set according to the applied ink limit and the applied linearization, wherein a first ink limit and a first linearization are applied to each color channel comprising the one or more spot colors to produce a color set including the non-selected process color of the known process ink color set, and wherein a second ink limit and a second linearization are applied to each color channel comprising the one or more spot colors to produce a color set including the spot color.
An aircraft comprising a fuselage , a wing , at least one jet engine at each side of the wing housed in a nacelle attached to the wing and a main landing gear; the wing comprising a load-bearing structure extending in the span direction; the load-bearing structure of the wing being a torsion box comprising forward and rear spars at each side of the wing ; the main landing gear comprising at least a landing gear at each side of the wing having one or more wheels coupled to a driving device arranged for moving them from a stowed position to a deployed position and vice versa, characterized in that : - said nacelles include a well located laterally with respect to the jet engines and configured as a housing space of the one or more wheels of a landing gear in its stowed position; - said driving device comprises a strut attached by one end to the forward spar of the load-bearing structure of the wing in a rotatory manner and by the other end to the one or more wheels . - said nacelles include a well located laterally with respect to the jet engines and configured as a housing space of the one or more wheels of a landing gear in its stowed position; - said driving device comprises a strut attached by one end to the forward spar of the load-bearing structure of the wing in a rotatory manner and by the other end to the one or more wheels .
A method of monitoring a space by a portable sensor device , the portable sensor device comprising a first sensor of a first sensor type for providing first sensor data indicative of first environmental information in the space, and a second sensor of a second sensor type different from the first sensor type for providing second sensor data indicative of second environmental information in the space, the method comprising: - determining a location of the portable sensor device in the space, - transmitting, if the portable sensor device is located at a first location in the space, the first sensor data indicative of the first environmental information via the communication unit to a first device or application of a plurality of devices or applications , the plurality of devices or applications being external to the portable sensor device , and - transmitting, if the portable sensor device is located at a second location in the space different from the first location, the second sensor data indicative of the second environmental information via the communication unit to a second device or application of the plurality of devices or applications . - determining a location of the portable sensor device in the space, - transmitting, if the portable sensor device is located at a first location in the space, the first sensor data indicative of the first environmental information via the communication unit to a first device or application of a plurality of devices or applications , the plurality of devices or applications being external to the portable sensor device , and - transmitting, if the portable sensor device is located at a second location in the space different from the first location, the second sensor data indicative of the second environmental information via the communication unit to a second device or application of the plurality of devices or applications .
Glitter comprising a film comprising cellulose, wherein the glitter is coated with a metal, preferably aluminium, the metal being coated directly onto the film comprising cellulose, the film comprising at least 70% by weight cellulose based on the weight of the film.
A transport packaging unit for transporting a radioactive source in a preferred orientation, the packaging unit comprising an inner retaining element and an outer housing element , the retaining element retained within the housing element and free to rotate about all axes of symmetry, and comprising a retaining means for retaining a radioactive source, the retaining means arranged such that the mass of the radioactive source, when held in the retaining means, biases the retaining element such that the radioactive source is maintained in the preferred orientation.
Method for the injection molding of internally hollow parts (P) by means of an apparatus comprising a mold consisting of a matrix and a cooperating punch , both of which delimiting an inner space communicating, on one side, with a nozzle for the injection of melt (F) of thermoplastic material and with a pressurized gas supplying pipe , controlled by a first valve for supplying nitrogen (N), and on the other side with a connecting duct that places said inner space in communication with a secondary compartment , a second valve acting on the connecting duct for the closure and opening thereof and a perforating element that perforates a part (P) in the connecting duct , the method comprising the steps of: a) injecting melt (F) of thermoplastic material in said inner space between the punch and matrix , b) opening the second valve in order to place said inner space in communication with the secondary compartment , c) stopping the injection of the melt (F) and opening the first valve for supplying nitrogen (N) in said inner space in order to create a cavity , until the passage of the nitrogen (N) in the secondary compartment , d) stopping the supply of nitrogen (N) and perforating the part (P) being molded in the section of the connecting duct by means of the perforating element for the outflow of nitrogen (N) from the mold, e) supplying (A) pressurized air into said gas pipe for washing towards the atmosphere after stopping the supply of nitrogen (N) and the perforation of the part (P) being molded in the section of the connecting duct , characterised in that f) in step (d) the nitrogen (N) flowing out of the mold is collected, and in that in the same step (d), perforating the part (P) being molded by means of the perforating element occurs simultaneously to stopping the supply of nitrogen (N). a) injecting melt (F) of thermoplastic material in said inner space between the punch and matrix , b) opening the second valve in order to place said inner space in communication with the secondary compartment , c) stopping the injection of the melt (F) and opening the first valve for supplying nitrogen (N) in said inner space in order to create a cavity , until the passage of the nitrogen (N) in the secondary compartment , d) stopping the supply of nitrogen (N) and perforating the part (P) being molded in the section of the connecting duct by means of the perforating element for the outflow of nitrogen (N) from the mold, e) supplying (A) pressurized air into said gas pipe for washing towards the atmosphere after stopping the supply of nitrogen (N) and the perforation of the part (P) being molded in the section of the connecting duct , characterised in that f) in step (d) the nitrogen (N) flowing out of the mold is collected, and in that in the same step (d), perforating the part (P) being molded by means of the perforating element occurs simultaneously to stopping the supply of nitrogen (N).
A personal care cleaning device , comprising: a housing dimensioned to be grasped be a user; a resonant drive actuator , comprising: a rotor having a first moment of inertia (J r ) and disposed within and extending through a stator , said stator having a second moment of inertia (J s ) and disposed within said housing; a first plurality of leaf spring elements having a first spring constant (k rh ), each leaf spring element of the first plurality of leaf spring elements being connected to the housing and to the rotor such that each leaf spring element of the first plurality of leaf spring elements extends radially from the rotor to the housing and is configured to elastically deform to permit the rotor to rotate with respect to the housing ; and a second plurality of leaf spring elements having a second spring constant (k sh ), each leaf spring element of the second plurality of leaf spring elements being connected to the housing and to the stator , each leaf spring element extending axially along at least a portion of the length of the stator and being configured to elastically deform to permit the stator to rotate with respect to the housing, wherein a ratio of the first spring constant (k rh ) and the second spring constant (k sh ) is sufficiently similar to a ratio of the first moment of inertia (J r ) and the second moment of inertia (J s ) such that there is substantially no resulting torque transmitted to the housing during operation. a housing dimensioned to be grasped be a user; a resonant drive actuator , comprising: a rotor having a first moment of inertia (J r ) and disposed within and extending through a stator , said stator having a second moment of inertia (J s ) and disposed within said housing; a rotor having a first moment of inertia (J r ) and disposed within and extending through a stator , said stator having a second moment of inertia (J s ) and disposed within said housing; a first plurality of leaf spring elements having a first spring constant (k rh ), each leaf spring element of the first plurality of leaf spring elements being connected to the housing and to the rotor such that each leaf spring element of the first plurality of leaf spring elements extends radially from the rotor to the housing and is configured to elastically deform to permit the rotor to rotate with respect to the housing ; and a second plurality of leaf spring elements having a second spring constant (k sh ), each leaf spring element of the second plurality of leaf spring elements being connected to the housing and to the stator , each leaf spring element extending axially along at least a portion of the length of the stator and being configured to elastically deform to permit the stator to rotate with respect to the housing, wherein a ratio of the first spring constant (k rh ) and the second spring constant (k sh ) is sufficiently similar to a ratio of the first moment of inertia (J r ) and the second moment of inertia (J s ) such that there is substantially no resulting torque transmitted to the housing during operation.
One or more hardware-based non-transitory computer-readable memory devices storing computer-executable instructions which, upon execution by one or more processors in a top of rack, TOR, switch, cause the TOR switch to: receive a stream of data packets at the TOR switch , in which the data packet stream has an associated line rate, wherein the data packets are captured at the line rate; at the TOR switch , identify the received data packets to a network interface controller, NIC, that is disposed in a computing device having a memory for processing using remote direct memory access, RDMA, wherein identifying the received data packets to the network interface controller comprises manipulating the received data packets to transform them into RDMA data packets, wherein manipulating the received data packets comprises adding an RDMA header to one or more of the received data packets; from the TOR switch , transmit the identified data packets to the computing device so that the NIC writes the data to the memory using RDMA for packet capture at the line rate. receive a stream of data packets at the TOR switch , in which the data packet stream has an associated line rate, wherein the data packets are captured at the line rate; at the TOR switch , identify the received data packets to a network interface controller, NIC, that is disposed in a computing device having a memory for processing using remote direct memory access, RDMA, wherein identifying the received data packets to the network interface controller comprises manipulating the received data packets to transform them into RDMA data packets, wherein manipulating the received data packets comprises adding an RDMA header to one or more of the received data packets; from the TOR switch , transmit the identified data packets to the computing device so that the NIC writes the data to the memory using RDMA for packet capture at the line rate.