mhurhangee/patent-ind-claim-en huggingface dataset:
A biomaterial fabrication process for the manufacture of a collagen based fabric for an aligned collagen fiber network, the process comprising: a. providing a collagen-polymer composition comprising a polymer and collagen, the polymer selected from the group consisting of dextran, hydroxypropyl cellulose, poly(2-ethyl-2-oxazoline), poly(4-styrenesulfonic acid-co-maleic acid), poly(acrylic acid), poly(diallyldimethyl ammonium chloride), poly(methacrylic acid), poly(methyl vinyl ether-alt-maleic acid), poly(vinyl alcohol) and poly(vinylpyrrolidone); b. applying the collagen-polymer composition to a first surface of a first substrate; c. contacting the collagen-polymer composition with a first surface of a second substrate, thereby interposing the collagen-polymer composition between the first substrate and the second substrate; d. forming a plurality of elongated collagen-polymer fibers by pressing and separating the first and second substrates along a horizontal axis thereby elongating the collagen-polymer composition and forming the plurality of elongated collagen-polymer fibers; e. placing the elongated collagen-polymer fibers onto a positionable stage thereby forming a collagen-polymer fiber layer or collagen-polymer fabric of collected collagen-polymer fibers; and f. contacting the collagen-polymer fiber layer or collagen-polymer fabric with a solvent to dissolve the polymer in the collagen-polymer fiber layer or collagen-polymer fabric thereby forming the collagen-based fabric. a. providing a collagen-polymer composition comprising a polymer and collagen, the polymer selected from the group consisting of dextran, hydroxypropyl cellulose, poly(2-ethyl-2-oxazoline), poly(4-styrenesulfonic acid-co-maleic acid), poly(acrylic acid), poly(diallyldimethyl ammonium chloride), poly(methacrylic acid), poly(methyl vinyl ether-alt-maleic acid), poly(vinyl alcohol) and poly(vinylpyrrolidone); b. applying the collagen-polymer composition to a first surface of a first substrate; c. contacting the collagen-polymer composition with a first surface of a second substrate, thereby interposing the collagen-polymer composition between the first substrate and the second substrate; d. forming a plurality of elongated collagen-polymer fibers by pressing and separating the first and second substrates along a horizontal axis thereby elongating the collagen-polymer composition and forming the plurality of elongated collagen-polymer fibers; e. placing the elongated collagen-polymer fibers onto a positionable stage thereby forming a collagen-polymer fiber layer or collagen-polymer fabric of collected collagen-polymer fibers; and f. contacting the collagen-polymer fiber layer or collagen-polymer fabric with a solvent to dissolve the polymer in the collagen-polymer fiber layer or collagen-polymer fabric thereby forming the collagen-based fabric.
A motor apparatus having a motor , comprising: a fan that is rotatably supported by a shaft member of the motor , and sends, in a centrifugal direction by rotation, gas taken from an axial direction of the shaft member ; and a cover member that covers the fan so as to allow the gas sent in the centrifugal direction from the fan to flow along an outer surface of the motor , wherein the cover member has a blowout port that blows out some of the gas sent in the centrifugal direction from the fan in the centrifugal direction to cool an external mechanism (10b 2 ) of the motor apparatus , and wherein the motor includes a motor case that stores a stator and a rotor , characterized in that the motor case has a protruding part that protrudes in the axial direction between the fan and the cover member so as to surround the side in the centrifugal direction of the fan , and the protruding part has an opening between the fan and the blowout port of the cover member . a fan that is rotatably supported by a shaft member of the motor , and sends, in a centrifugal direction by rotation, gas taken from an axial direction of the shaft member ; and a cover member that covers the fan so as to allow the gas sent in the centrifugal direction from the fan to flow along an outer surface of the motor , wherein the cover member has a blowout port that blows out some of the gas sent in the centrifugal direction from the fan in the centrifugal direction to cool an external mechanism (10b 2 ) of the motor apparatus , and wherein the motor includes a motor case that stores a stator and a rotor , characterized in that the motor case has a protruding part that protrudes in the axial direction between the fan and the cover member so as to surround the side in the centrifugal direction of the fan , and the protruding part has an opening between the fan and the blowout port of the cover member .
Block polymer comprising a first block and a second block, - the first block comprising monomer units of a first aromatic α-mono-olefin, the first aromatic α-mono-olefin being of formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group, - the second block comprising monomer units of a second 1,3-diene and monomer units of a second olefin selected from the group consisting of ethylene, α-mono-olefins and their mixtures, provided that, if the second block is a copolymer chain of a 1,3-diene and of an aromatic α-mono-olefin of formula CH 2 =CH-Ar', Ar' representing a substituted or unsubstituted aromatic group, the diene units of trans-1,4- structure in the second block represent more than 80 mol% of the diene units of 1,4- structure of the second block, which block polymer contains 1,2-cyclohexanediyl units. - the first block comprising monomer units of a first aromatic α-mono-olefin, the first aromatic α-mono-olefin being of formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group, - the second block comprising monomer units of a second 1,3-diene and monomer units of a second olefin selected from the group consisting of ethylene, α-mono-olefins and their mixtures, provided that, if the second block is a copolymer chain of a 1,3-diene and of an aromatic α-mono-olefin of formula CH 2 =CH-Ar', Ar' representing a substituted or unsubstituted aromatic group, the diene units of trans-1,4- structure in the second block represent more than 80 mol% of the diene units of 1,4- structure of the second block, which block polymer contains 1,2-cyclohexanediyl units.
A pump comprising: a housing defining an internal volume ; an impeller disposed in the internal volume of the housing , wherein the impeller comprises a magnetic element and at least a portion of the surface of the impeller conforms to a logarithmic spiral, wherein the impeller comprises a central aperture that extends through the impeller for fluid flow therethrough, wherein the fluid passing around the impeller creates a fluid bearing within the housing , and wherein the fluid not directed through the fluid bearing between the housing and impeller passes through the central aperture ; and a drive element adapted to magnetically couple with the magnetic element of the impeller , wherein the impeller comprises a hub and a blade extending from the hub , wherein the central aperture extends through the impeller , passing through the hub and the blade , wherein the blade includes at least two vanes which have a shape, when viewed along the axis of rotation of the impeller , that corresponds to the logarithmic spiral. a housing defining an internal volume ; an impeller disposed in the internal volume of the housing , wherein the impeller comprises a magnetic element and at least a portion of the surface of the impeller conforms to a logarithmic spiral, wherein the impeller comprises a central aperture that extends through the impeller for fluid flow therethrough, wherein the fluid passing around the impeller creates a fluid bearing within the housing , and wherein the fluid not directed through the fluid bearing between the housing and impeller passes through the central aperture ; and a drive element adapted to magnetically couple with the magnetic element of the impeller , wherein the impeller comprises a hub and a blade extending from the hub , wherein the central aperture extends through the impeller , passing through the hub and the blade , wherein the blade includes at least two vanes which have a shape, when viewed along the axis of rotation of the impeller , that corresponds to the logarithmic spiral.
An exercise apparatus for the performance of hamstring eccentrics and/or concentrics comprising: a) a collapsible frame comprising: i. a main support spar running centrally the length of the apparatus with an extended horizontal bar substantially perpendicular to the main support spar attached at its centre to the lower end of the main support spar , and ii. an extended vertical bar , substantially perpendicular both to the main support spar and to the horizontal bar , attached somewhere along its length to the upper end of the main support spar , so as to fix the main support spar in position, the vertical bar having a horizontal bar attached perpendicularly to its lower end, such that, in combination with the horizontal bar at the opposite end of the main support spar , a stable platform for the apparatus is formed; the apparatus characterized by b) a kneeling pad fixed to the upper surface of the main support spar ; and c) a foot anchor attached to the upper end of the vertical bar , proximal to the upper end of the kneeling pad , the foot anchor being linked to the frame in such a manner as to allow it to be height adjusted with respect to the kneeling pad ; wherein the main support spar is fixable in an inclined position making an angle with respect to the horizontal which ranges between 5° to 20°. a) a collapsible frame comprising: i. a main support spar running centrally the length of the apparatus with an extended horizontal bar substantially perpendicular to the main support spar attached at its centre to the lower end of the main support spar , and ii. an extended vertical bar , substantially perpendicular both to the main support spar and to the horizontal bar , attached somewhere along its length to the upper end of the main support spar , so as to fix the main support spar in position, the vertical bar having a horizontal bar attached perpendicularly to its lower end, such that, in combination with the horizontal bar at the opposite end of the main support spar , a stable platform for the apparatus is formed; the apparatus characterized by i. a main support spar running centrally the length of the apparatus with an extended horizontal bar substantially perpendicular to the main support spar attached at its centre to the lower end of the main support spar , and ii. an extended vertical bar , substantially perpendicular both to the main support spar and to the horizontal bar , attached somewhere along its length to the upper end of the main support spar , so as to fix the main support spar in position, the vertical bar having a horizontal bar attached perpendicularly to its lower end, such that, in combination with the horizontal bar at the opposite end of the main support spar , a stable platform for the apparatus is formed; b) a kneeling pad fixed to the upper surface of the main support spar ; and c) a foot anchor attached to the upper end of the vertical bar , proximal to the upper end of the kneeling pad , the foot anchor being linked to the frame in such a manner as to allow it to be height adjusted with respect to the kneeling pad ;
Device for supplying fluid comprising a tap for pressurised fluid, with or without built-in pressure reducing valve, comprising a body , a circuit for fluid housed at least partially in the body , the circuit having an upstream end intended to be connected with a reserve of pressurised fluid and a downstream end intended to be connected with a receiving device, the circuit comprising at least one member for controlling the flow in the circuit , the tap comprising an actuating member for controlling at least one member for controlling the flow, with the at least one controlling member comprising a fixed or adjustable flow regulator , with the flow regulator being located in a portion of the fluid circuit housed in a regulation module removably mounted on the body , the circuit housed in the body comprising a first end opening onto the body on a first orifice , with the portion of fluid circuit of the regulation module being provided with an upstream end comprising a first fluid connector configured to connect in a sealed manner at the level of the first orifice when the module is in mounted position on the body such that the flow regulator regulates the flow of fluid passing into the circuit upstream of the downstream end , characterised in that the circuit for fluid located in the body comprises a first portion extending between the upstream end and the first orifice and a second portion extending between a second orifice opening onto the body and the downstream end , the portion of the circuit of the regulation module comprising a downstream end comprising a second fluid connector configured to connect in a sealed manner at the level of the second orifice when the regulation module is in mounted position on the body , such that, when the regulation module is in mounted position on the body , the portion of the circuit of the regulation module provides a fluidic connection between the first portion and the second portion of the circuit of the body and the regulation of the flow of fluid via the flow regulator .
A non-resonance photo-neutralizer for neutral beam injectors comprising first and second mirrors having opposing mirror surfaces forming a photon trap, wherein the mirror surface of the first mirror is concave, and the mirror surface of the second mirror is flat, characterised in that the first mirror comprises a mirror assembly including a central mirror and first and second outer mirrors coupled to the central mirror,-wherein the central mirror is cylindrically shaped and the outer mirrors are conically shaped.
A semiconductor device comprising: a memory control circuit configured to control a DDR type SDRAM ; and an access-requesting circuit (10-14) operable to make a request for an access to the SDRAM to the memory control circuit ; wherein the memory control circuit is configured to issue an access command to respond to an access request from the access-requesting circuit (10-14), a refresh command to make a request for a refresh operation for reproducing stored information of the SDRAM based on a set refresh cycle, and a calibration command to make a request for a calibrating operation for correcting a termination resistance of the SDRAM based on a set calibration cycle, wherein the memory control circuit includes a first register (TCALRZ) which specifies a period during which the issue of the calibration command is suppressed after the issue of the refresh command, and wherein the memory control circuit includes a first counter (rzcnt) which counts a period set on the first register (TCALRZ), and restricts the issue of the calibration command until a count value of the first counter (rzcnt) exceeds the period set on the first register (TCALRZ) after the issue of the refresh command. a memory control circuit configured to control a DDR type SDRAM ; and an access-requesting circuit (10-14) operable to make a request for an access to the SDRAM to the memory control circuit ; wherein the memory control circuit is configured to issue an access command to respond to an access request from the access-requesting circuit (10-14), a refresh command to make a request for a refresh operation for reproducing stored information of the SDRAM based on a set refresh cycle, and a calibration command to make a request for a calibrating operation for correcting a termination resistance of the SDRAM based on a set calibration cycle, wherein the memory control circuit includes a first register (TCALRZ) which specifies a period during which the issue of the calibration command is suppressed after the issue of the refresh command, and wherein the memory control circuit includes a first counter (rzcnt) which counts a period set on the first register (TCALRZ), and restricts the issue of the calibration command until a count value of the first counter (rzcnt) exceeds the period set on the first register (TCALRZ) after the issue of the refresh command.
Scraper chamber support of a printing machine for fastening a scraper chamber which in a printing operation position interacts with a metering roller, wherein at the scraper chamber support are provided fastening means which hold the scraper chamber form-fittingly against the scraper chamber support with the exception of a degree of freedom, and wherein the one degree of freedom can be acted on with at least one switchable and reversible bolt such that the bolt optionally holds the scraper chamber at a distance from the scraper chamber support or fixes it against the scraper chamber support , wherein the bolt can be operated with a cylinder . wherein at the scraper chamber support are provided fastening means which hold the scraper chamber form-fittingly against the scraper chamber support with the exception of a degree of freedom, and wherein the one degree of freedom can be acted on with at least one switchable and reversible bolt such that the bolt optionally holds the scraper chamber at a distance from the scraper chamber support or fixes it against the scraper chamber support , wherein the bolt can be operated with a cylinder .
Device for controlling a magnetic bearing comprising at least an axis including first and second electromagnets diametrically opposed, the device comprising two power converters per axis of the magnetic bearing , each power converter being configured to supply one different electromagnet of the first and second electromagnets , the device comprising at least eight power devices disposed on a support of the device, the eight power devices being arranged in a first line and a second line , the first line and a second line being parallel, each of the first and second lines comprising at least four power devices, a first set of four power devices of the said at least eight power devices being connected together to form a first power converter, and a second set of four power devices of the said at least eight power devices being connected together to form a second power converter, characterized in that each of the first and second lines comprises two power devices of the first set and two power devices of the second set, the four power devices of the first and second lines being arranged so that two adjacent power devices belong to different sets and so that the power devices at the extremities of the first line belong to a different set than power devices at the extremities of the second line.
A method for operating a wearable loudspeaker device that is worn on the upper part of the body of a user distant to the user's ears and head, the method comprising: determining sensor data; based on the sensor data, determining at least one parameter, related to the current position of the user's head in relation to the wearable loudspeaker device ; and adapting a filter transfer function of at least one filter unit for the current position of the user's head based on the at least one parameter, wherein an audio output signal (OUT) that is output to at least one loudspeaker of the wearable loudspeaker device depends on the filter transfer function. determining sensor data; based on the sensor data, determining at least one parameter, related to the current position of the user's head in relation to the wearable loudspeaker device ; and adapting a filter transfer function of at least one filter unit for the current position of the user's head based on the at least one parameter, wherein an audio output signal (OUT) that is output to at least one loudspeaker of the wearable loudspeaker device depends on the filter transfer function.
A computer-implemented method for approximating a subset of test results of a virtual test of a device for at least partially autonomously guiding a motor vehicle, having the steps: providing (S1) a dataset (D) defining a state space (Z), each state (Z1, Z2 ... Zn) being formed by a parameter set (P1, P2 ... Pn) of driving situation parameters, for which state (Z1, Z2 ... Zn) one or more actions (A1, A2 ... An) can be performed in order to achieve a further parameter set (P1, P2 ... Pn) from the parameter set (P1, P2 ... Pn), each parameter set (P1, P2 ... Pn) comprising at least one surrounding area parameter (FP1, FP2) describing the surrounding area of the motor vehicle and at least one ego parameter (FP3) describing the state of the motor vehicle; characterized by the following steps: performing an approximating step (S2), wherein a function valve (F1, F2 ... Fn) of at least one further parameter set (P1, P2 ... Pn) is approximated using an artificial neuronal network, wherein if the function value (F1, F2 ... Fn) of the at least one approximated further parameter set (P1, P2 ... Pn) is greater than or equal to a specified threshold value (W), then the at least one further parameter set (P1, P2 ... Pn) is identified as belonging to the subset of test results (S3), wherein if the function value (F1, F2 ... Fn) of the at least one further parameter set (P1, P2 ... Pn) is less than the specified threshold value (W), then the artificial neuronal network (K1) performs at least one further approximating step (S4) starting from the most recently approximated further parameter set (P1, P2 ... Pn) until the function value (F1, F2 ... Fn) of a further parameter set (P1, P2 ... Pn) is greater than or equal to the specified threshold value (W). performing an approximating step (S2), wherein a function valve (F1, F2 ... Fn) of at least one further parameter set (P1, P2 ... Pn) is approximated using an artificial neuronal network, wherein if the function value (F1, F2 ... Fn) of the at least one approximated further parameter set (P1, P2 ... Pn) is greater than or equal to a specified threshold value (W), then the at least one further parameter set (P1, P2 ... Pn) is identified as belonging to the subset of test results (S3), wherein if the function value (F1, F2 ... Fn) of the at least one further parameter set (P1, P2 ... Pn) is less than the specified threshold value (W), then the artificial neuronal network (K1) performs at least one further approximating step (S4) starting from the most recently approximated further parameter set (P1, P2 ... Pn) until the function value (F1, F2 ... Fn) of a further parameter set (P1, P2 ... Pn) is greater than or equal to the specified threshold value (W).