mhurhangee/patent-ind-claim-en huggingface dataset:
A process for production of a magnetic thin film , comprising: a coating process of coating a film-formation target with a coating liquid containing magnetic particles formed of epsilon-type iron-oxide-based compounds which have insulation properties and which serve as a permanent magnet, wherein the magnetic particles contain equal to or greater than 99 wt% of the epsilon-type iron-oxide-based compounds, wherein the magnetic particles are each in a rod-like shape having a long-axis size of equal to or greater than several hundred nanometers and a magnetic domain wall is produced in the magnetic particles having the rod-like shape, wherein the coating liquid is produced from a magnetic material slurry having a ratio of five or less, the ratio being an average particle diameter of the magnetic particles determined by a dynamic light scattering method in relation to an average particle diameter of the magnetic particles observed by a transmission electron microscope observation; and a formation process of letting the coating liquid cure while applying an external magnetic field with a predetermined intensity to the coating liquid applied to the film-formation target , and forming a magnetic thin film . a coating process of coating a film-formation target with a coating liquid containing magnetic particles formed of epsilon-type iron-oxide-based compounds which have insulation properties and which serve as a permanent magnet, wherein the magnetic particles contain equal to or greater than 99 wt% of the epsilon-type iron-oxide-based compounds, wherein the magnetic particles are each in a rod-like shape having a long-axis size of equal to or greater than several hundred nanometers and a magnetic domain wall is produced in the magnetic particles having the rod-like shape, wherein the coating liquid is produced from a magnetic material slurry having a ratio of five or less, the ratio being an average particle diameter of the magnetic particles determined by a dynamic light scattering method in relation to an average particle diameter of the magnetic particles observed by a transmission electron microscope observation; and a formation process of letting the coating liquid cure while applying an external magnetic field with a predetermined intensity to the coating liquid applied to the film-formation target , and forming a magnetic thin film .
An alternating current (AC) power cable, comprising a conductor surrounded by at least an inner semiconductive layer comprising a first semiconductive composition, an insulation layer comprising a polymer composition, an outer semiconductive layer comprising a second semiconductive composition and optionally a jacketing layer comprising a jacketing composition, in that order, wherein the polymer composition of the insulation layer comprises a polyolefin and a crosslinking agent, wherein the polyolefin is an LDPE copolymer; wherein the polymer composition of the insulation layer has a dielectric loss expressed as tan δ (50 Hz) of 12.0 x 10 -4 or less, when measured at 25 kV/mm and 130°C according to "Test for Tan δ measurements on 10kV cables" as described in the description part under "Determination methods"; and wherein the polyolefin of the polymer composition is obtained by a high pressure process comprising (a) compressing one or more monomer(s) under pressure in a compressor, using a mineral oil compressor lubricant for lubrication, (b) polymerising a monomer optionally together with one or more comonomer(s) in a polymerisation zone, (c) separating the obtained polyolefin from the unreacted products and recovering the separated polyolefin in a recovery zone. wherein the polymer composition of the insulation layer comprises a polyolefin and a crosslinking agent, wherein the polyolefin is an LDPE copolymer; wherein the polymer composition of the insulation layer has a dielectric loss expressed as tan δ (50 Hz) of 12.0 x 10 -4 or less, when measured at 25 kV/mm and 130°C according to "Test for Tan δ measurements on 10kV cables" as described in the description part under "Determination methods"; and wherein the polyolefin of the polymer composition is obtained by a high pressure process comprising (a) compressing one or more monomer(s) under pressure in a compressor, using a mineral oil compressor lubricant for lubrication, (b) polymerising a monomer optionally together with one or more comonomer(s) in a polymerisation zone, (c) separating the obtained polyolefin from the unreacted products and recovering the separated polyolefin in a recovery zone. (a) compressing one or more monomer(s) under pressure in a compressor, using a mineral oil compressor lubricant for lubrication, (b) polymerising a monomer optionally together with one or more comonomer(s) in a polymerisation zone, (c) separating the obtained polyolefin from the unreacted products and recovering the separated polyolefin in a recovery zone.
An ultrasonic sensor comprising: a cylindrical case having a bottom plate ; and a piezoelectric vibrating element mounted on the bottom plate inside the case , wherein the case has an internal space that is a recess extending downward toward the bottom plate ; when viewed in a direction perpendicular to the bottom plate , the internal space is of a shape that is longer in one direction than in a direction perpendicular to that direction, having a longitudinal direction parallel to the bottom plate ; the case includes a first portion having a cylindrical shape extending from the bottom plate in the direction perpendicular to the bottom plate , the first portion having a first length (D1) being an outside diameter along the longitudinal direction, and a second portion disposed on a side of the first portion remote from the bottom plate , having a cylindrical shape concentric with the first portion , and having a second length (D2) being an outside diameter along the longitudinal direction , the second length (D2) being greater than the first length (D1); and a maximum length of a part of the internal space inside the second portion along the longitudinal direction is greater than a maximum length of a part of the internal space inside the first portion along the longitudinal direction ; wherein the first portion and the second portion meet at a stepped portion , and the vibrating surface of the ultrasonic sensor comprises the bottom plate and a portion comprising part of the outer wall of the first portion , and a part of the stepped portion parallel to the bottom plate . a cylindrical case having a bottom plate ; and a piezoelectric vibrating element mounted on the bottom plate inside the case , wherein the case has an internal space that is a recess extending downward toward the bottom plate ; when viewed in a direction perpendicular to the bottom plate , the internal space is of a shape that is longer in one direction than in a direction perpendicular to that direction, having a longitudinal direction parallel to the bottom plate ; the case includes a first portion having a cylindrical shape extending from the bottom plate in the direction perpendicular to the bottom plate , the first portion having a first length (D1) being an outside diameter along the longitudinal direction, and a second portion disposed on a side of the first portion remote from the bottom plate , having a cylindrical shape concentric with the first portion , and having a second length (D2) being an outside diameter along the longitudinal direction , the second length (D2) being greater than the first length (D1); and a maximum length of a part of the internal space inside the second portion along the longitudinal direction is greater than a maximum length of a part of the internal space inside the first portion along the longitudinal direction ; wherein the first portion and the second portion meet at a stepped portion , and the vibrating surface of the ultrasonic sensor comprises the bottom plate and a portion comprising part of the outer wall of the first portion , and a part of the stepped portion parallel to the bottom plate .
Picking robot with a suction gripper for gripping an article , including at least one 3D camera for detecting a target container and a controller for determining a trajectory of the suction gripper for picking up an article from a source container and for depositing the article in the target container , wherein the controller is designed to determine, from the data of the 3D camera with the aid of image processing software, a deposit location of the article in the target container and at least one vertical boundary wall in the target container , characterised in that the controller is further designed to determine the trajectory such that the article - moves vertically downwards in a lowering section and in so doing maintains a horizontal lowering distance (A) from the boundary wall , so that, in the lowering section , the article is offset horizontally by the lowering distance (A) relative to the deposit location, and - approaches the boundary wall in an end section of the trajectory , which follows the lowering section , or that the article touches the boundary wall in a stabilising section of the trajectory , - to determine a height of the boundary wall and a height H of the article and to determine a starting point of the end section as a function of the height of the boundary wall and the height H of the article such that it lies at or below the height of the boundary wall . - moves vertically downwards in a lowering section and in so doing maintains a horizontal lowering distance (A) from the boundary wall , so that, in the lowering section , the article is offset horizontally by the lowering distance (A) relative to the deposit location, and - approaches the boundary wall in an end section of the trajectory , which follows the lowering section , or that the article touches the boundary wall in a stabilising section of the trajectory , - to determine a height of the boundary wall and a height H of the article and to determine a starting point of the end section as a function of the height of the boundary wall and the height H of the article such that it lies at or below the height of the boundary wall .
A method for performing infrared analysis for measuring hydrocarbon contamination in water, comprising: providing light from a light source , the light including a near infrared-, NIR-, radiation output in a range between about 5700 cm -1 and 6300 cm -1 ; directing light from the light source through an experimental water sample; detecting the light transmitted from the experimental water sample; determining the light loss through the experimental water sample in the range between about 5700 cm -1 and 6300 cm -1 ; determining a level of hydrocarbon contamination in the experimental water sample based on the light loss only in the range between about 5700 cm -1 and 6300 cm -1 ; and generating an output indicating the level of hydrocarbon contamination in the experimental water sample. providing light from a light source , the light including a near infrared-, NIR-, radiation output in a range between about 5700 cm -1 and 6300 cm -1 ; directing light from the light source through an experimental water sample; detecting the light transmitted from the experimental water sample; determining the light loss through the experimental water sample in the range between about 5700 cm -1 and 6300 cm -1 ; determining a level of hydrocarbon contamination in the experimental water sample based on the light loss only in the range between about 5700 cm -1 and 6300 cm -1 ; and generating an output indicating the level of hydrocarbon contamination in the experimental water sample.
An axle system comprising: an axle assembly (120,) including an axle member , a gear coupled with said axle member, and a housing encasing a lubrication fluid and at least a portion of said axle member and said gear therein; and a sensor detecting at least one property of said lubrication fluid; and a control module in communication with said sensor and controlling said device in response to information received from said sensor, characterized in that the axle system further comprises: a device selectively transferring heat from an exhaust system to said lubrication fluid in a heating mode. an axle assembly (120,) including an axle member , a gear coupled with said axle member, and a housing encasing a lubrication fluid and at least a portion of said axle member and said gear therein; and a sensor detecting at least one property of said lubrication fluid; and a control module in communication with said sensor and controlling said device in response to information received from said sensor, characterized in that the axle system further comprises: a device selectively transferring heat from an exhaust system to said lubrication fluid in a heating mode.
Sample tube with a top opening that is surrounded by side walls which merge into a bottom , the bottom of the sample tube comprising an essentially flat downside that is arranged farther to the top opening , wherein the sample tube comprises an identification portion located at the bottom of the sample tube , characterized in that the side walls and bottom of sample tube form an integral body integrally of an opaque polymer material so that the bottom and side walls are integrally of the same opaque polymer material having a first color and the identification portion is composed of: i) the opaque polymer material that is integrally the same material for the side walls and the bottom of the sample tube having the first color, and ii) a transparent cover layer disposed on the essentially flat downside of the bottom , wherein the transparent cover layer comprises a laser sensitive filler that, upon irradiation with a laser marking beam, turns an irradiated area of the transparent cover layer into an opaque area with a second color that is contrasting from the first color. i) the opaque polymer material that is integrally the same material for the side walls and the bottom of the sample tube having the first color, and ii) a transparent cover layer disposed on the essentially flat downside of the bottom , wherein the transparent cover layer comprises a laser sensitive filler that, upon irradiation with a laser marking beam, turns an irradiated area of the transparent cover layer into an opaque area with a second color that is contrasting from the first color.
An apparatus comprising: a housing having a bottom wall , a side wall and an open top, the housing to receive a container , the container comprising a key and having liquid to be used in an automated diagnostic analyzer; a probe extending upward from the bottom wall toward the open top, the probe to drain the liquid from the container when the probe is inserted into the container ; said apparatus characterised in that it comprises a sliding lock slidably disposed within the housing , the sliding lock comprising: an engagement surface ; an opening in the engagement surface to receive the probe therethrough when the sliding lock is moved from a first position in which the engagement surface is above a tip of the probe to a second position in which the engagement surface is below the tip of the probe ; and a key slot in the engagement surface ; and a lockout located below the engagement surface of the sliding lock releaseably coupled to the sliding lock , the lockout movable between a locked position in which the sliding lock is prevented from moving in the housing and an unlocked position in which the sliding lock is movable in the housing , wherein the key slot is to receive a key of the container that is inserted into the housing to move the lockout from the locked position to the unlocked position. a housing having a bottom wall , a side wall and an open top, the housing to receive a container , the container comprising a key and having liquid to be used in an automated diagnostic analyzer; a probe extending upward from the bottom wall toward the open top, the probe to drain the liquid from the container when the probe is inserted into the container ; said apparatus characterised in that it comprises a sliding lock slidably disposed within the housing , the sliding lock comprising: an engagement surface ; an opening in the engagement surface to receive the probe therethrough when the sliding lock is moved from a first position in which the engagement surface is above a tip of the probe to a second position in which the engagement surface is below the tip of the probe ; and a key slot in the engagement surface ; and an engagement surface ; an opening in the engagement surface to receive the probe therethrough when the sliding lock is moved from a first position in which the engagement surface is above a tip of the probe to a second position in which the engagement surface is below the tip of the probe ; and a key slot in the engagement surface ; and a lockout located below the engagement surface of the sliding lock releaseably coupled to the sliding lock , the lockout movable between a locked position in which the sliding lock is prevented from moving in the housing and an unlocked position in which the sliding lock is movable in the housing , wherein the key slot is to receive a key of the container that is inserted into the housing to move the lockout from the locked position to the unlocked position.
Cylinder/piston arrangement for a device for storing energy, having a cylinder which is arranged in a substantially vertical manner and a piston which constitutes a mass which is intended to be lifted, characterised in that below a cylinder base a bowl-like receiving region for a liquid is formed, and in that the cylinder base has a plurality of passages so that liquid can be conveyed from the receiving region into the cylinder below the piston in order to increase the potential energy of the piston mass by lifting the piston .
A polysaccharide composition comprising hyaluronic acid and an oligosaccharide derivative of chitosan with lactose obtained by a reductive amination reaction of D-glucosamine having a degree of substitution of the amine functional group of the same with lactose of at least 40% for use in tissue repair and/or in prevention of fibrosis and/or adhesions, through the inhibition of cell proliferation, where cell is fibroblast or synoviocyte, while preventing the inhibition of chondrocyte proliferation, which is prodromal to tissue repair.
A disaster shelter for tsunami and other disasters, comprising: a bottom plate foundation which is provided on an installation surface; a side foundation which rises from a peripheral edge of the bottom plate foundation ; a shelter main body which is installed inside the side foundation and on an upper portion of the bottom plate foundation , characterised in that the shelter main body is fixed to the side foundation with a fixing anchor which is extended in a lateral direction so as to connect a side wall of the shelter main body and the side foundation . a bottom plate foundation which is provided on an installation surface; a side foundation which rises from a peripheral edge of the bottom plate foundation ; a shelter main body which is installed inside the side foundation and on an upper portion of the bottom plate foundation , characterised in that the shelter main body is fixed to the side foundation with a fixing anchor which is extended in a lateral direction so as to connect a side wall of the shelter main body and the side foundation .
An extension device (200; 300; 400; 500; 600) comprising: a tubular inner member (202; 302; 402; 502; 602) including a lumen extending therethrough; a tubular outer member (204; 304; 404; 504; 604) including a lumen extending therethrough, the lumen of the tubular outer member (204; 304; 404; 504; 604) configured to receive the tubular inner member (202; 302; 402; 502; 602), the tubular outer member (204; 304; 404; 504; 604) and tubular inner member (202; 302; 402; 502; 602) being slidable relative to each other in a telescoping fashion to a desired position that corresponds to an adjustable length of the extension device (200; 300; 400; 500; 600); a locking assembly (306; 406) configured to fix the tubular outer member (204; 304; 404; 504; 604) and the tubular inner member (202; 302; 402; 502; 602) with respect to each other at the desired position; a proximal connector (310; 510) at a proximal end of the tubular outer member (204; 304; 404; 504; 604) configured to removably connect to a distal end of a first medical device (240; 640); and a distal connector (208; 308; 408; 508; 608) at a distal end of the tubular inner member (202; 302; 402; 502; 602) configured to removably connect to a proximal end of a second medical device (230; 630), wherein the first medical device (240; 640) is a delivery catheter and the second medical device (230; 630) is an endoscope, wherein the delivery catheter is configured to extend through and beyond a distal end of the working channel of the endoscope a predetermined distance to deliver a stent from a distal end of the delivery catheter. a tubular inner member (202; 302; 402; 502; 602) including a lumen extending therethrough; a tubular outer member (204; 304; 404; 504; 604) including a lumen extending therethrough, the lumen of the tubular outer member (204; 304; 404; 504; 604) configured to receive the tubular inner member (202; 302; 402; 502; 602), the tubular outer member (204; 304; 404; 504; 604) and tubular inner member (202; 302; 402; 502; 602) being slidable relative to each other in a telescoping fashion to a desired position that corresponds to an adjustable length of the extension device (200; 300; 400; 500; 600); a locking assembly (306; 406) configured to fix the tubular outer member (204; 304; 404; 504; 604) and the tubular inner member (202; 302; 402; 502; 602) with respect to each other at the desired position; a proximal connector (310; 510) at a proximal end of the tubular outer member (204; 304; 404; 504; 604) configured to removably connect to a distal end of a first medical device (240; 640); and a distal connector (208; 308; 408; 508; 608) at a distal end of the tubular inner member (202; 302; 402; 502; 602) configured to removably connect to a proximal end of a second medical device (230; 630), wherein the first medical device (240; 640) is a delivery catheter and the second medical device (230; 630) is an endoscope, wherein the delivery catheter is configured to extend through and beyond a distal end of the working channel of the endoscope a predetermined distance to deliver a stent from a distal end of the delivery catheter.
Locking system suitable for the end of a cord comprising a hollow tube (1, 1', 1") and an insert , wherein the insert is fastened positioned in an opening of an end of the hollow tube (1, 1', 1") within which the cord is passed, wherein the insert comprises a flat ring and a plurality of ridges which securely retain the cord within the hollow tube (1, 1', 1"); said locking system being characterized in that the opening is a recess made between an outer wall and an inner wall of the hollow tube and in that - inside the opening - said flat ring rests on a surface made between said outer wall and said inner wall , and the ridges are positioned inside the tube remaining spaced apart from each other.