mhurhangee/patent-ind-claim-en huggingface dataset:
A power generation control device of a vessel including an exhaust heat recovery device and a generator , the exhaust heat recovery device recovering exhaust gas energy from an engine and generating electric power using a turbine , the power generation control device, characterized in that the power generation control device comprises: a deriving means for deriving an amount of the electric power generated by the exhaust heat recovery device on the basis of a physical amount of gas at an inlet of the turbine , a physical amount of the gas at an outlet of the turbine , and parameters related to the exhaust heat recovery device; a calculating means for calculating a difference between the amount of the electric power derived by the deriving means and an amount of the electric power needed in the vessel ; a first control means for controlling the exhaust heat recovery device on the basis of the amount of the electric power derived by the deriving means ; and a second control means for controlling the generator on the basis of the difference calculated by the calculating means . a deriving means for deriving an amount of the electric power generated by the exhaust heat recovery device on the basis of a physical amount of gas at an inlet of the turbine , a physical amount of the gas at an outlet of the turbine , and parameters related to the exhaust heat recovery device; a calculating means for calculating a difference between the amount of the electric power derived by the deriving means and an amount of the electric power needed in the vessel ; a first control means for controlling the exhaust heat recovery device on the basis of the amount of the electric power derived by the deriving means ; and a second control means for controlling the generator on the basis of the difference calculated by the calculating means .
A sealing ring for a sealing system suitable for sealing a shaft against liquid media, for example a propeller shaft, an impeller shaft, a rudder stock of a ship, the sealing ring comprising a radially outer clamping section suitable for being accommodated in a clamping space , a radially inner sealing lip suitable for directly or indirectly resting against the shaft , and a connecting web connecting the sealing lip to the clamping section , wherein the clamping section comprises - a first internal circumferential surface and a second internal circumferential surface each extending parallel to a system centre axis , wherein the first and second internal circumferential surfaces are separated from each other by the connecting web and - two opposite edge regions characterised in that the two opposite edge regions are formed by inclined surfaces , each inclined surface being oriented from the corresponding internal circumferential surface radially outwards. - a first internal circumferential surface and a second internal circumferential surface each extending parallel to a system centre axis , wherein the first and second internal circumferential surfaces are separated from each other by the connecting web and - two opposite edge regions
A medical device comprising - a cannula or other part to be positioned subcutaneously when the medical device is in use, - a surface plate provided with a contact surface and an opening through which the cannula or the other subcutaneously positioned part passes when the medical device is in use, and - an adhesive pad secured to the contact surface of the surface plate , providing adhesion of the surface plate to a skin surface, the adhesive pad comprising - a first surface facing the contact surface and having areas unreleasably secured to the contact surface by welding, and - a second surface facing the skin of a patient during use and having areas provided with a skin compatible adhesive which can be releasably secured to the skin of a patient, characterized in that an adhesive part has been placed between the contact surface of the surface plate and the first surface of the adhesive pad in an area where the contact surface and the first surface have not been welded together thereby securing the unwelded areas of the contact surface to the first surface. - a cannula or other part to be positioned subcutaneously when the medical device is in use, - a surface plate provided with a contact surface and an opening through which the cannula or the other subcutaneously positioned part passes when the medical device is in use, and - an adhesive pad secured to the contact surface of the surface plate , providing adhesion of the surface plate to a skin surface, the adhesive pad comprising - a first surface facing the contact surface and having areas unreleasably secured to the contact surface by welding, and - a second surface facing the skin of a patient during use and having areas provided with a skin compatible adhesive which can be releasably secured to the skin of a patient, - a first surface facing the contact surface and having areas unreleasably secured to the contact surface by welding, and - a second surface facing the skin of a patient during use and having areas provided with a skin compatible adhesive which can be releasably secured to the skin of a patient,
A cuff assembly for a sports board leash , comprising: a central section that includes a precurved molded insert configured to connect to a cord of the sports board leash ; a first wing attached to a first side of the central section ; and a second wing attached to a second side of the central section ; characterized in that the central section , has curvilinear upper and lower edges which define convex curves that are shaped to accommodate the outline of the precurved molded insert . a central section that includes a precurved molded insert configured to connect to a cord of the sports board leash ; a first wing attached to a first side of the central section ; and a second wing attached to a second side of the central section ; characterized in that the central section , has curvilinear upper and lower edges which define convex curves that are shaped to accommodate the outline of the precurved molded insert .
Machine for washing impressions (29; 290), comprising a washing fluid circuit and at least one tool (10; 30; 40; 50) for forming patties from a food mass, comprising: • an impression holder (11; 311; 411; 52); • an impression arranged so as to be received in the impression holder, the impression being made of a material that is porous to a fluid and having an inner face delimiting a mould for forming a patty and an outer face separated from the inner face by a thickness of porous material; and • a clamping means (13; 313; 413; 53) for clamping the impression in the impression holder, wherein the clamping means is a clamping nut ; and • a seal interposed between the impression and one out of the impression holder and the clamping means, the seal being arranged so as to force a pressurized fluid, provided on the outer face, to pass through the thickness of porous material, from said outer face to the inner face; and • a fluid intake chamber partially delimited by the outer face of the impression, and delimited by a cavity formed in the impression holder and delimited by a depression formed in the clamping nut ; the machine for washing impressions (29; 290) having the impression in fluidic connection with the washing fluid circuit. • an impression holder (11; 311; 411; 52); • an impression arranged so as to be received in the impression holder, the impression being made of a material that is porous to a fluid and having an inner face delimiting a mould for forming a patty and an outer face separated from the inner face by a thickness of porous material; and • a clamping means (13; 313; 413; 53) for clamping the impression in the impression holder, wherein the clamping means is a clamping nut ; and • a seal interposed between the impression and one out of the impression holder and the clamping means, the seal being arranged so as to force a pressurized fluid, provided on the outer face, to pass through the thickness of porous material, from said outer face to the inner face; and • a fluid intake chamber partially delimited by the outer face of the impression, and delimited by a cavity formed in the impression holder and delimited by a depression formed in the clamping nut ;
Security element for producing valuable documents such as banknotes, cheques or the like, comprising: - a dielectric substrate , - a structure lying in a first plane and having a polarization effect in transmission observation, - a second structure lying in a second plane, which is spaced apart from the first plane, and having a further polarization effect in transmission observation, and characterized in that - the first structure is formed as a first line grating structure , which is periodic with a period of not more than 450 nm in a first spatial direction and comprises grating webs embedded in the substrate and separated from one another in each case by grating gaps formed from the surrounding substrate , and - the second structure is formed as a second line grating structure , which is periodic with a period of not more than 450 nm in a second spatial direction and comprises grating webs embedded in the substrate and separated by grating gaps formed from the surrounding substrate , - wherein each line grating structure is designed to produce a polarization effect manifested as wavelength-dependent polarization filtering, wherein the wavelength-dependent polarization filtering is used to make motifs coloured, and - wherein the first and second spatial directions are at an angle of 40° to 50° with respect to one another and, as a result, the two line grating structures bring about differently spatially oriented wavelength-dependent polarization filterings with regard to TE and TM modes of polarized illumination. - a dielectric substrate , - a structure lying in a first plane and having a polarization effect in transmission observation, - a second structure lying in a second plane, which is spaced apart from the first plane, and having a further polarization effect in transmission observation, and - the first structure is formed as a first line grating structure , which is periodic with a period of not more than 450 nm in a first spatial direction and comprises grating webs embedded in the substrate and separated from one another in each case by grating gaps formed from the surrounding substrate , and - the second structure is formed as a second line grating structure , which is periodic with a period of not more than 450 nm in a second spatial direction and comprises grating webs embedded in the substrate and separated by grating gaps formed from the surrounding substrate , - wherein each line grating structure is designed to produce a polarization effect manifested as wavelength-dependent polarization filtering, wherein the wavelength-dependent polarization filtering is used to make motifs coloured, and - wherein the first and second spatial directions are at an angle of 40° to 50° with respect to one another and, as a result, the two line grating structures bring about differently spatially oriented wavelength-dependent polarization filterings with regard to TE and TM modes of polarized illumination.
A pillow comprised of: an outer shell having an upper surface and a lower surface ; at least one multi-layered sleep surface on either said upper surface or said lower surface ; and an inner body core having three chambers made of four fabric layers ; wherein said inner body core is enclosed inside said outer shell to provide a pillow that is comfortable and healthy; wherein said sleep surface is at least three layers comprising an air / liquid barrier fabric layer , an airflow enhancement layer and a moisture management fabric layer , wherein said moisture management fabric layer is the top closest to the user; wherein said sleep surface includes a fourth smoothing layer either above and/or below the airflow enhancement layer . an outer shell having an upper surface and a lower surface ; at least one multi-layered sleep surface on either said upper surface or said lower surface ; and an inner body core having three chambers made of four fabric layers ; wherein said inner body core is enclosed inside said outer shell to provide a pillow that is comfortable and healthy; wherein said sleep surface is at least three layers comprising an air / liquid barrier fabric layer , an airflow enhancement layer and a moisture management fabric layer , wherein said moisture management fabric layer is the top closest to the user; wherein said sleep surface includes a fourth smoothing layer either above and/or below the airflow enhancement layer .
A non-slip reusable cotton-lined sanitary pad, comprising: a pad body, configured such that a cotton lining , an absorption pad and a waterproof cover are sequentially stacked, and a pair of wings protruding from both sides of the pad body, wherein the pair of wings protruding from both sides of the pad body includes a fastener so that the wings are fastened together in a folded state on the same surface, wherein a non-slip member is provided on an outer surface of the waterproof cover such that the non-slip member is disposed between the waterproof cover and an underwear , the non-slip member is made of a silicone material, and is thermally fused to the waterproof cover, the fastener includes buttons or hook-and-loop closures, and the waterproof cover is subjected to polyurethane waterproof coating. a pad body, configured such that a cotton lining , an absorption pad and a waterproof cover are sequentially stacked, and a pair of wings protruding from both sides of the pad body, wherein the pair of wings protruding from both sides of the pad body includes a fastener so that the wings are fastened together in a folded state on the same surface, wherein a non-slip member is provided on an outer surface of the waterproof cover such that the non-slip member is disposed between the waterproof cover and an underwear , the non-slip member is made of a silicone material, and is thermally fused to the waterproof cover, the fastener includes buttons or hook-and-loop closures, and the waterproof cover is subjected to polyurethane waterproof coating.
A method for evaluating an earth formation intersected by a borehole, the method comprising: conveying a tool on a carrier in the borehole, the tool comprising a conducting tubular having a transmitter , a first receiver , and a second receiver disposed thereon in a spaced-apart relationship; inducing a current in the earth formation using the transmitter ; measuring with the first receiver a first time-dependent transient electromagnetic (TEM) signal induced by the formation; measuring with a second receiver a second time-dependent TEM signal induced by the formation; and using at least one processor to estimate a corrected time-dependent TEM signal using the first time-dependent TEM signal, the second time-dependent TEM signal, and a correction coefficient (K) estimated as a function of a ratio of distances r b and r m , wherein r b is a distance between the transmitter and the first receiver , and wherein r m is a distance between the transmitter and the second receiver characterized in that : the ratio of distances r b and r m is non-exponentiated, whereby non-exponentiated means raised to a power of 1. conveying a tool on a carrier in the borehole, the tool comprising a conducting tubular having a transmitter , a first receiver , and a second receiver disposed thereon in a spaced-apart relationship; inducing a current in the earth formation using the transmitter ; measuring with the first receiver a first time-dependent transient electromagnetic (TEM) signal induced by the formation; measuring with a second receiver a second time-dependent TEM signal induced by the formation; and using at least one processor to estimate a corrected time-dependent TEM signal using the first time-dependent TEM signal, the second time-dependent TEM signal, and a correction coefficient (K) estimated as a function of a ratio of distances r b and r m , wherein r b is a distance between the transmitter and the first receiver , and wherein r m is a distance between the transmitter and the second receiver
An apparatus for an infusion set and infusion pump comprising at least one tube having a tube segment, a distal end secured to said infusion set and a proximal end secured to said infusion pump, the apparatus comprising: a securing member for releasably securing said tube segment between a distal end of said tube and a proximal end of said tube ; the securing member comprising a circular segment of flexible material having an open portion, the circular segment is adapted to deflect to receive the tube segment and contract to secure the tube segment once received; and a securing member base comprising an adhesive layer for adhesively securing said securing member base to a skin surface, wherein said securing member is coupled with said securing member base ; wherein said securing member is coupled to said securing member base with a pin received within the securing member base and captured within an opening extending through the securing member base such that the pin coupling permits 360 degree free rotation of the securing member about the securing member base and said securing member comprises an adhesive cover to adhesively secure said tube segment to said securing member . a securing member for releasably securing said tube segment between a distal end of said tube and a proximal end of said tube ; the securing member comprising a circular segment of flexible material having an open portion, the circular segment is adapted to deflect to receive the tube segment and contract to secure the tube segment once received; and a securing member base comprising an adhesive layer for adhesively securing said securing member base to a skin surface, wherein said securing member is coupled with said securing member base ; wherein said securing member is coupled to said securing member base with a pin received within the securing member base and captured within an opening extending through the securing member base such that the pin coupling permits 360 degree free rotation of the securing member about the securing member base and said securing member comprises an adhesive cover to adhesively secure said tube segment to said securing member .
A multilayer construction for an array of riblets comprising: a first layer composed of material with riblets , the first layer material having shape memory, wherein the riblets comprise a plurality of tips with shape memory, the first layer includes an elastomeric layer engaging the tips, the tips each incorporate a base and each base is embedded in the elastomeric layer ; a second layer composed of a material exhibiting a second characteristic of capability for adherence to a surface, wherein the second layer includes: a polymer layer supporting said shape memory tips in a predetermined spaced relation; and an adhesive layer which extends from the polymer layer opposite the elastomeric layer , said adhesive layer being configured to adhere the multilayer construction to a vehicle surface. a first layer composed of material with riblets , the first layer material having shape memory, wherein the riblets comprise a plurality of tips with shape memory, the first layer includes an elastomeric layer engaging the tips, the tips each incorporate a base and each base is embedded in the elastomeric layer ; a second layer composed of a material exhibiting a second characteristic of capability for adherence to a surface, wherein the second layer includes: a polymer layer supporting said shape memory tips in a predetermined spaced relation; and an adhesive layer which extends from the polymer layer opposite the elastomeric layer , said adhesive layer being configured to adhere the multilayer construction to a vehicle surface. a polymer layer supporting said shape memory tips in a predetermined spaced relation; and an adhesive layer which extends from the polymer layer opposite the elastomeric layer , said adhesive layer being configured to adhere the multilayer construction to a vehicle surface.
A profile transmission method, comprising: when a terminal comprising an embedded universal integrated circuit card eUICC runs a first operating system OS, obtaining , by the terminal, a second OS identifier, wherein a first profile is installed on the first OS, wherein the first profile is provided by a first operator to run on the first OS, wherein the second OS identifier matches a second profile, wherein the second profile is provided by a second operator to run on the second OS,; wherein the obtaining, by the terminal, the second OS identifier comprises: sending, by the terminal, an OS identifier list and a matching identifier to a server, wherein there is a unique correspondence between the matching identifier and the second profile, and receiving, by the terminal, the second OS identifier sent by the server, wherein the second OS identifier is determined by the server from the OS identifier list based on the matching identifier; switching , by the terminal, to a second OS based on the second OS identifier; sending, , by the terminal, a target message to a server, wherein the target message is used to request the second profile; and obtaining , by the terminal, the second profile from the server. sending, by the terminal, an OS identifier list and a matching identifier to a server, wherein there is a unique correspondence between the matching identifier and the second profile, and receiving, by the terminal, the second OS identifier sent by the server, wherein the second OS identifier is determined by the server from the OS identifier list based on the matching identifier; switching , by the terminal, to a second OS based on the second OS identifier; sending, , by the terminal, a target message to a server, wherein the target message is used to request the second profile; and obtaining , by the terminal, the second profile from the server.