mhurhangee/patent-ind-claim-en huggingface dataset:
An electrolytic treatment apparatus for a ship, comprising: an electrolytic tank having a cathode and an anode ; an injecting portion configured to inject a liquid into the electrolytic tank ; at least one diaphragm that partitions an inner space of the electrolytic tank into a cathode-side region including the cathode and an anode-side region including the anode , and is configured to electrically connect a liquid in the cathode-side region and a liquid in the anode-side region ; a cathode-side discharging portion configured to supply a cathode-side solution generated in the cathode-side region by electrolyzing the liquid, to an exhaust gas treatment apparatus ; and an anode-side discharging portion configured to supply an anode-side solution generated in the anode-side region by electrolyzing the liquid, to a sterilizing apparatus , characterized in that : a volume of the cathode-side region and the anode-side region is variable, further comprising a volume control portion configured to control a volume of the cathode-side region and the anode-side region based on whether the ship is at anchor or sailing, wherein: the volume of the anode-side region is increased when the ship is at anchor; and the volume of the cathode-side region is increased when the ship is sailing. an electrolytic tank having a cathode and an anode ; an injecting portion configured to inject a liquid into the electrolytic tank ; at least one diaphragm that partitions an inner space of the electrolytic tank into a cathode-side region including the cathode and an anode-side region including the anode , and is configured to electrically connect a liquid in the cathode-side region and a liquid in the anode-side region ; a cathode-side discharging portion configured to supply a cathode-side solution generated in the cathode-side region by electrolyzing the liquid, to an exhaust gas treatment apparatus ; and an anode-side discharging portion configured to supply an anode-side solution generated in the anode-side region by electrolyzing the liquid, to a sterilizing apparatus , characterized in that : a volume of the cathode-side region and the anode-side region is variable, further comprising a volume control portion configured to control a volume of the cathode-side region and the anode-side region based on whether the ship is at anchor or sailing, wherein: the volume of the anode-side region is increased when the ship is at anchor; and the volume of the cathode-side region is increased when the ship is sailing. a volume of the cathode-side region and the anode-side region is variable, further comprising a volume control portion configured to control a volume of the cathode-side region and the anode-side region based on whether the ship is at anchor or sailing, wherein: the volume of the anode-side region is increased when the ship is at anchor; and the volume of the cathode-side region is increased when the ship is sailing. the volume of the anode-side region is increased when the ship is at anchor; and the volume of the cathode-side region is increased when the ship is sailing.
Safety device with a safety switch , which comprises a reader unit and a retaining element , and with an actuator , which comprises a transponder and a receptacle , wherein in a closed setting of the actuator controlled by means of the reader unit and the transponder the retaining element is introducible into the receptacle whereby retention is produced, wherein signals of the transponder are detected by the reader unit only within a response range thereof, characterised in that setting means, by way of which the size of the response range is predetermined in dependence on whether or not the retention is produced, are provided, wherein the response range of the reader unit when retention is not produced is smaller than the response range of the reader unit when retention is produced, and when retention is not produced the response range is reduced in such a way that the reader unit detects signals of the transponder only when the receptacle of the retaining unit is physically associated therewith in such a way that the retaining unit can be introduced into the receptacle , wherein when retention is produced the retaining element is movable within the receptacle and the response range when retention is produced is so dimensioned that when these movements occur the transponder remains within the response range , wherein the receptacle has a mechanical dimensioning which is larger than the mechanical dimensioning of the retaining element so that the retaining element when retention is produced is mounted with play in the receptacle , and the response range when retention is produced is adapted to this play.
Generator with an inspecting device for inspecting a wedge surface of a wedge for fixing a stator bar of the generator , in particular for measuring the deflection of the wedge surface ; wherein the generator has an axis and comprises an inner rotor and an outer stator provided with a plurality of axial grooves for housing in a recessed position stator bars kept in position by wedges , an airgap being present between the inner rotor and the outer stator ; the inspecting device comprises a vehicle having a size suitable for being inserted in the generator air gap in presence of the rotor and for axially running along the rotor axis facing the wedge surface to be measured; the vehicle being provided with a contactless sensor device configured for inspecting the wedge surface; wherein the contactless sensor device supported by the vehicle comprises: - a laser emitter configured for projecting an angled laser beam with resect to the wedge surface to be measured; - an image sensing source configured for receiving the laser beam reflected from the wedge surface to be measured; characterized in that the laser emitter is configured for emitting a laser beam having a circumferential size so that it illuminates not only the wedge surface but also at least a portion of the lateral wall of the groove housing the wedge . the vehicle being provided with a contactless sensor device configured for inspecting the wedge surface; wherein the contactless sensor device supported by the vehicle comprises: - a laser emitter configured for projecting an angled laser beam with resect to the wedge surface to be measured; - an image sensing source configured for receiving the laser beam reflected from the wedge surface to be measured; - a laser emitter configured for projecting an angled laser beam with resect to the wedge surface to be measured; - an image sensing source configured for receiving the laser beam reflected from the wedge surface to be measured; characterized in that the laser emitter is configured for emitting a laser beam having a circumferential size so that it illuminates not only the wedge surface but also at least a portion of the lateral wall of the groove housing the wedge .
A vacuum adiabatic body comprising: a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different than the first temperature; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first and second temperatures and is in a vacuum state; an exhaust port through which a gas in the third space is ejected; a support provided in the third space to maintain a gap in the third space ; a thermal insulator that reduces heat transfer between the first plate and the second plate ; a peripheral adiabatic mold provided adjacent to a distal end portion of the third space to improve adiabatic performance at the distal end of the third space , wherein the peripheral adiabatic mold is provided as a separate adiabatic member than the third space in a vacuum state formed by the first plate and the second plate ; an inner panel provided adjacent at least a portion of the peripheral adiabatic mold and providing a boundary to an inner portion of the peripheral adiabatic mold ; and a basket mounted on the inner panel . a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different than the first temperature; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first and second temperatures and is in a vacuum state; an exhaust port through which a gas in the third space is ejected; a support provided in the third space to maintain a gap in the third space ; a thermal insulator that reduces heat transfer between the first plate and the second plate ; a peripheral adiabatic mold provided adjacent to a distal end portion of the third space to improve adiabatic performance at the distal end of the third space , wherein the peripheral adiabatic mold is provided as a separate adiabatic member than the third space in a vacuum state formed by the first plate and the second plate ; an inner panel provided adjacent at least a portion of the peripheral adiabatic mold and providing a boundary to an inner portion of the peripheral adiabatic mold ; and a basket mounted on the inner panel .
A sensor management module comprising a connector to connect to a sensor in a sensor device , the sensor management module comprising: a sensor ID reader configured to acquire sensor identification information for identifying the sensor from the sensor ; and a sensor manager configured to store module identification information for identifying the sensor management module , characterized in that if the sensor ID reader has acquired the sensor identification information, the sensor manager is configured to store the sensor identification information acquired by the sensor ID reader and the module identification information in association with each other, and if the sensor ID reader has not acquired the sensor identification information, the sensor manager is configured to output a failure notification indicating that the sensor identification information has not been acquired, configured to newly generate a unique new identification information for identifying the sensor as the sensor identification information based on a sensor replacement command input into the sensor management module in accordance with the failure notification, and configured to store the new identification information and the module identification information in association with each other. a sensor ID reader configured to acquire sensor identification information for identifying the sensor from the sensor ; and a sensor manager configured to store module identification information for identifying the sensor management module , characterized in that if the sensor ID reader has acquired the sensor identification information, the sensor manager is configured to store the sensor identification information acquired by the sensor ID reader and the module identification information in association with each other, and if the sensor ID reader has not acquired the sensor identification information, the sensor manager is configured to output a failure notification indicating that the sensor identification information has not been acquired, configured to newly generate a unique new identification information for identifying the sensor as the sensor identification information based on a sensor replacement command input into the sensor management module in accordance with the failure notification, and configured to store the new identification information and the module identification information in association with each other.
A reinforced thermoplastic product comprising: (i) a cylindrical shaped main body formed via centrifugal casting a reactive thermoplastic resin within a mold, the cylindrical shaped main body having a hollow interior and a wall that is formed via polymerization of the reactive thermoplastic resin, the wall having an inner diameter and an outer diameter that define a wall thickness measured radially between the inner and outer diameter; and (ii) a pre-impregnated fabric reinforcing sheet positioned within the wall of the cylindrical shaped main body , the pre-impregnated fabric reinforcing sheet extending at least partially along an axial length of the cylindrical shaped main body and extending circumferentially around the cylindrical shaped main body so as to form a reinforcing layer within the wall of the cylindrical shaped main body , the pre-impregnated fabric reinforcing sheet including: - a plurality of fiber bundles that are oriented along a first direction and a second direction, the second direction having an angled orientation relative to the first direction; and - a polymerized thermoplastic material that is saturated within the pre-impregnated fabric reinforcing sheet such that the polymerized thermoplastic material fully impregnates each fiber bundle of the plurality of fiber bundles. (i) a cylindrical shaped main body formed via centrifugal casting a reactive thermoplastic resin within a mold, the cylindrical shaped main body having a hollow interior and a wall that is formed via polymerization of the reactive thermoplastic resin, the wall having an inner diameter and an outer diameter that define a wall thickness measured radially between the inner and outer diameter; and (ii) a pre-impregnated fabric reinforcing sheet positioned within the wall of the cylindrical shaped main body , the pre-impregnated fabric reinforcing sheet extending at least partially along an axial length of the cylindrical shaped main body and extending circumferentially around the cylindrical shaped main body so as to form a reinforcing layer within the wall of the cylindrical shaped main body , the pre-impregnated fabric reinforcing sheet including: - a plurality of fiber bundles that are oriented along a first direction and a second direction, the second direction having an angled orientation relative to the first direction; and - a polymerized thermoplastic material that is saturated within the pre-impregnated fabric reinforcing sheet such that the polymerized thermoplastic material fully impregnates each fiber bundle of the plurality of fiber bundles. - a plurality of fiber bundles that are oriented along a first direction and a second direction, the second direction having an angled orientation relative to the first direction; and - a polymerized thermoplastic material that is saturated within the pre-impregnated fabric reinforcing sheet such that the polymerized thermoplastic material fully impregnates each fiber bundle of the plurality of fiber bundles.
Use of a low molecular weight amino polyol as plasticizer in polyvinyl alcohol containing compositions for the production of pharmaceutical formulations in form of amorphous solid dispersions of active pharmaceutical ingredients processed by hot melt extrusion or melt extrusion processes, wherein the amino polyol is an amino sugar, selected from the group D-glucosamine, D-galactosamine, mannosamine, D-fucosamine, N-acetyl-D-fucosamine, N-acetyl-D-glucosamine, N-acetyllactosamine, N-acetylmannosamine, meglumine (D-(-)-N-methylglucamine) and sialic acid and wherein the amino polyol reduces the glass transition temperature T g and the melting temperature T m of the polyvinyl alcohol containing compositions in hot melt extrusion or melt extrusion processes.
A system for performing an off-axis tissue manipulation procedure, the system comprising: an access cannula having a distal end for positioning in the tissue; and a steerable assembly comprising a steerable instrument and a deformable conduit , the steerable instrument capable of being removably and at least partially disposed in the deformable conduit, the steerable instrument comprising a control element and a deflectable portion operatively connected to the control element, the steerable instrument capable of assuming at least a substantially straight configuration and a curved configuration when the deflectable portion protrudes from the distal end of the access cannula, wherein the steerable instrument is actuatable to move the deflectable portion of the steerable instrument away from a longitudinal axis (A) of the access cannula in order to deform the deformable conduit so that the deformable conduit occupies a deformed position, characterized in that the steerable instrument is capable of being retracted from the deformable conduit after the deformable conduit occupies the deformed position, and an implant or other treatment device is deliverable through the deformable conduit to a tissue location after the deformable conduit occupies the deformed position. an access cannula having a distal end for positioning in the tissue; and a steerable assembly comprising a steerable instrument and a deformable conduit , the steerable instrument capable of being removably and at least partially disposed in the deformable conduit, the steerable instrument comprising a control element and a deflectable portion operatively connected to the control element, the steerable instrument capable of assuming at least a substantially straight configuration and a curved configuration when the deflectable portion protrudes from the distal end of the access cannula, wherein the steerable instrument is actuatable to move the deflectable portion of the steerable instrument away from a longitudinal axis (A) of the access cannula in order to deform the deformable conduit so that the deformable conduit occupies a deformed position, characterized in that the steerable instrument is capable of being retracted from the deformable conduit after the deformable conduit occupies the deformed position, and an implant or other treatment device is deliverable through the deformable conduit to a tissue location after the deformable conduit occupies the deformed position.
A method of making a sole for an article of footwear, the method comprising: disposing a winding onto a substrate , wherein the winding comprises a first material and defines a plurality of receptacles; and extruding a second material into a plurality of the receptacles; characterised in that the first and second materials are non-ink, thixotropic materials. disposing a winding onto a substrate , wherein the winding comprises a first material and defines a plurality of receptacles; and extruding a second material into a plurality of the receptacles; characterised in that the first and second materials are non-ink, thixotropic materials.
A Li-containing silicon oxide powder for use in a negative electrode material of a lithium ion secondary battery, with the Li-containing silicon oxide powder undergoing Li-doping, the Li-containing silicon oxide powder exhibiting peaks observed by X-ray diffractometry using CuKα ray that include a height of peak attributed to Li 2 Si 2 O 5 , P1, exhibited at a diffraction angle 2θ ranging from 24.4 to 25.0°; a height of peak attributed to Li 2 SiO 3 , P2, exhibited at a diffraction angle 2θ ranging from 18.6 to 19.2°; and a height of peak attributed to crystalline Si, P3, exhibited at a diffraction angle 2θ ranging from 27.4 to 29.4°, which fulfill Requirement : P2/P1 < 1 and P3/P1 < 0.5.
Status display device of a firing system, wherein the status display device comprises a first transponder having at least one antenna , wherein, in the display situation in a safe state and/or an armed state of the firing system, the first transponder is connected via a connecting element , with the result that the state of the firing system can be transmitted in a contactless manner and without an optical display to an assignable reading module by means of the first transponder having the antenna, and the status display device comprises a second transponder having a second antenna, with the result that, in the display situation, a safe state of the firing system is transmitted by one of the two transponders or an armed state of the firing system is transmitted by the other of the two transponders, wherein depending on the state of the firing system, the transponder for the safe state or the transponder for the armed state is connected via the connecting element.
A lighting device for a motor vehicle designed for generating a signal function, comprising numerous light sources , wherein the light sources can each be activated individually or at least in one or more light source groups, comprising a portion of the light sources , which has numerous primary lenses dedicated to each of the respective light sources for focusing the light emitted by the respective light sources , and has a secondary optics element for projecting the focused light onto a lighting plane, which has numerous light entry surfaces dedicated to each respective light source and one light exit surface , wherein there is a grid downstream of the light exit surface on the secondary optics element in the exit direction of the light, for segmenting the light exiting the light exit surface , wherein a respective grid segment of the grid is dedicated to a respective light source, characterized in that each primary lens focuses the light emitted from a light source, in a preferential direction, wherein the preferential direction is a direction between the norm of the plane in which the light source is located, and a direction in or counter to the direction of travel for a motor vehicle and wherein the secondary optics element refracts the light beam entering the light entry surface at the light exit surface in a direction in or counter to the direction of travel for a motor vehicle, or in a lateral direction in relation to the motor vehicle, and wherein the grid comprises a bowed or curved shape.
A microalgae preparation that is enriched in silicon in a water-soluble form, characterised in that the proportion of total silicon in said preparation is between 0.05 % and 10 % of the dry mass of microalgae, silicon being detectable in the intracellular compartment of said microalgae.
An apparatus for insertion into an eye comprising: two rings coupled by a link , wherein the apparatus is fabricated of formed sheet material; the apparatus is configured to transform from a first configuration to a second configuration; the first configuration includes the apparatus rolled into the shape of a tube and the second configuration includes the apparatus unfurled; the rings are substantially concentric in the second configuration; the second configuration is configured to exert a clamping force on a tissue membrane when tissue membrane is disposed between the rings . two rings coupled by a link , wherein the apparatus is fabricated of formed sheet material; the apparatus is configured to transform from a first configuration to a second configuration; the first configuration includes the apparatus rolled into the shape of a tube and the second configuration includes the apparatus unfurled; the rings are substantially concentric in the second configuration; the second configuration is configured to exert a clamping force on a tissue membrane when tissue membrane is disposed between the rings .