mhurhangee/ep-ind-claims huggingface dataset:
A card- or coin-operated lock, which consists of a casing and a lock tab that can move left/right; characterized in that: a) the casing is provided with a slot for insertion of a card (t); said card (t) having a matrix (mz-1) of perforations b) the lock tab is provided with a window that defines a slot and one or several lateral projection-ramps. c) Placed between the card (t) and the tab there is a card retainer that consists of c1) Side ends that are retained in the casing, preventing the left/right movement of the card retainer c2) a protuberance that fits into the slot of the window of the lock tab c3) a matrix (mz-2) of pins conjugated with the matrix (mz-1) of perforations of the card (t) c4) one or several windows in which the lateral projection/ramps fit, so that, with the left/right movement of the lock tab, the projections/ramps are dislodged from the windows, projecting the card retainer perpendicularly, which causes the dislodging of the protuberance of the window of the lock tab and the fitting of the matrix (mz-2) of pins in the matrix (mz-1) of perforations of the card (t). a) the casing is provided with a slot for insertion of a card (t); said card (t) having a matrix (mz-1) of perforations b) the lock tab is provided with a window that defines a slot and one or several lateral projection-ramps. c) Placed between the card (t) and the tab there is a card retainer that consists of c1) Side ends that are retained in the casing, preventing the left/right movement of the card retainer c2) a protuberance that fits into the slot of the window of the lock tab c3) a matrix (mz-2) of pins conjugated with the matrix (mz-1) of perforations of the card (t) c4) one or several windows in which the lateral projection/ramps fit, so that, with the left/right movement of the lock tab, the projections/ramps are dislodged from the windows, projecting the card retainer perpendicularly, which causes the dislodging of the protuberance of the window of the lock tab and the fitting of the matrix (mz-2) of pins in the matrix (mz-1) of perforations of the card (t). c1) Side ends that are retained in the casing, preventing the left/right movement of the card retainer c2) a protuberance that fits into the slot of the window of the lock tab c3) a matrix (mz-2) of pins conjugated with the matrix (mz-1) of perforations of the card (t) c4) one or several windows in which the lateral projection/ramps fit, so that, with the left/right movement of the lock tab, the projections/ramps are dislodged from the windows, projecting the card retainer perpendicularly, which causes the dislodging of the protuberance of the window of the lock tab and the fitting of the matrix (mz-2) of pins in the matrix (mz-1) of perforations of the card (t).
A composition comprising D-allose as an active ingredient for use in the treatment or prevention of retina ischemia-reperfusion injury, skin-flap ischemia-reperfusion injury, renal ischemia-reperfusion injury or brain ischemia-reperfusion injury by administering said composition to said patient.
A method of forming a multilayer woven object with off-axis reinforcement, the method comprising the steps of: interweaving a first preform with warp fibers aligned substantially parallel with the 0° direction and fill fibers aligned substantially parallel with the 90° (hoop) direction; interweaving one or more additional preforms with warp fibers aligned substantially parallel with the 0° direction and fill fibers aligned substantially parallel with the 90° (hoop) direction; twisting said first preform in a first direction by restraining a first portion of said first preform in relation to a second portion of said first preform, wherein said twisting allows the warp fibers to twist off the 0° direction in a negative direction while the fill or hoop fibers remain substantially parallel to the 90° direction; twisting said one or more additional preforms in a second direction by restraining a first portion of said one or more additional preforms in relation to a second portion of said one or more additional preforms, wherein said twisting allows the warp fibers to twist off the 0° direction in a positive direction while the fill or hoop fibers remain substantially parallel to the 90° direction; and layering said one or more additional preforms with said first preform. interweaving a first preform with warp fibers aligned substantially parallel with the 0° direction and fill fibers aligned substantially parallel with the 90° (hoop) direction; interweaving one or more additional preforms with warp fibers aligned substantially parallel with the 0° direction and fill fibers aligned substantially parallel with the 90° (hoop) direction; twisting said first preform in a first direction by restraining a first portion of said first preform in relation to a second portion of said first preform, wherein said twisting allows the warp fibers to twist off the 0° direction in a negative direction while the fill or hoop fibers remain substantially parallel to the 90° direction; twisting said one or more additional preforms in a second direction by restraining a first portion of said one or more additional preforms in relation to a second portion of said one or more additional preforms, wherein said twisting allows the warp fibers to twist off the 0° direction in a positive direction while the fill or hoop fibers remain substantially parallel to the 90° direction; and layering said one or more additional preforms with said first preform.
A method for exposing a cell, excluding human embryonic stem cells, to a variety of cell culture conditions, comprising the steps of: (a) providing a first set of groups of cell units each comprising one or more cells, wherein the cell units are adhered to a microcarrier or a bead, confined within a medium permeable barrier or entrapped and exposing said groups to desired culture conditions; (b) pooling two or more of said groups to form at least one second pool; (c) subdividing the second pool to create a further set of groups of cell units; (d) exposing said further groups to different desired culture conditions; and (e) optionally, repeating steps (b)-(d) iteratively as required. (a) providing a first set of groups of cell units each comprising one or more cells, wherein the cell units are adhered to a microcarrier or a bead, confined within a medium permeable barrier or entrapped and exposing said groups to desired culture conditions; (b) pooling two or more of said groups to form at least one second pool; (c) subdividing the second pool to create a further set of groups of cell units; (d) exposing said further groups to different desired culture conditions; and (e) optionally, repeating steps (b)-(d) iteratively as required.
A carry-over meter comprising: a sight glass having a first inlet and a second inlet, the sight glass having a first outlet in fluid communication with the first inlet, a second outlet in fluid communication with the second inlet, and a tube extending between the first inlet and the second inlet with at least a portion of the tube being transparent to light in a visible range of wavelengths; a first densitometer connected to the first outlet and a second densitometer connected to the second outlet, with the first and second densitometers (62, 64) in fluid communication with the sight glass, the first and second densitometers (62, 64) being positioned relative to the sight glass, such that the first densitometer may be filled with a separated gas from the sight glass and the second densitometer may be filled with a separated liquid from the sight glass, characterized in that a first valve is arranged between the first densitometer and the first outlet of the sight glass and a second valve between the second densitometer and the second outlet, and wherein the first and second valves operate in combination to isolate the first and second densitometer from fluid communication with the sight glass. a sight glass having a first inlet and a second inlet, the sight glass having a first outlet in fluid communication with the first inlet, a second outlet in fluid communication with the second inlet, and a tube extending between the first inlet and the second inlet with at least a portion of the tube being transparent to light in a visible range of wavelengths; a first densitometer connected to the first outlet and a second densitometer connected to the second outlet, with the first and second densitometers (62, 64) in fluid communication with the sight glass, the first and second densitometers (62, 64) being positioned relative to the sight glass, such that the first densitometer may be filled with a separated gas from the sight glass and the second densitometer may be filled with a separated liquid from the sight glass, characterized in that a first valve is arranged between the first densitometer and the first outlet of the sight glass and a second valve between the second densitometer and the second outlet, and wherein the first and second valves operate in combination to isolate the first and second densitometer from fluid communication with the sight glass.
A medical device for body cavity, comprising a main stent body and a sheet-shaped member having pores and covering at least part of the main stent body, characterized in that the sheet-shaped member is fixed only to the most distal region of the main stent body at one point.
A method for locating an instrumented object (OB 1) transported along a path by a conveyor machine, said object (OB 1) being provided with a measurement system for measuring at least one given physical quantity, including a step of measuring, by the measurement system, the time evolution of said physical quantity during the transportation of the object (OB 1) along the conveyance path, a step of recognizing a plurality of indicia, each indicium corresponding to a path characteristic in the time evolution of the measured physical quantity, a step of determining a timeline of path characteristics (C_OB 1) corresponding to a sequence of recognized indicia and a step of locating the object (OB 1) during which a correspondence is determined between the determined timeline of path characteristics and a predetermined spatial representation relating to the conveyor machine.
A method of preparing a solar cell, comprising: forming a first electrode on a substrate; forming a light absorbing layer on the first electrode, said light absorbing layer being a Cu compound or Cd compound; and forming a second electrode on the light absorbing layer, forming an impurity material layer including an impurity element such that in the solar cell the impurity material layer is formed on the light absorbing layer and adjacent to any one side or both sides between the two electrodes and the light absorbing layer, and forming a doping layer by diffusing the impurity element of said impurity material layer into a portion of the light absorbing layer, wherein said Cu compound or Cd compound has a binary composition, and characterized in that the impurity material layer is composed of a metal oxide, and formed by physical vapor deposition, chemical vapor deposition, or atomic layer deposition, and wherein the impurity material is a composite oxide of Cu and Ti, or a composite oxide of Cu and Si, and wherein a p-n junction is formed in the Cu compound or Cd compound by the doping layer. forming a first electrode on a substrate; forming a light absorbing layer on the first electrode, said light absorbing layer being a Cu compound or Cd compound; and forming a second electrode on the light absorbing layer, forming an impurity material layer including an impurity element such that in the solar cell the impurity material layer is formed on the light absorbing layer and adjacent to any one side or both sides between the two electrodes and the light absorbing layer, and forming a doping layer by diffusing the impurity element of said impurity material layer into a portion of the light absorbing layer, wherein said Cu compound or Cd compound has a binary composition, and characterized in that the impurity material layer is composed of a metal oxide, and formed by physical vapor deposition, chemical vapor deposition, or atomic layer deposition, and wherein the impurity material is a composite oxide of Cu and Ti, or a composite oxide of Cu and Si, and wherein a p-n junction is formed in the Cu compound or Cd compound by the doping layer.
A method of operating a control system for field-updating an individual guidance system of a vehicle, the control system including (i) a first processor of the individual guidance system and (ii) a second processor of a portable computing device, characterized in that the method further comprises: monitoring an online queue associated with a remote server for the presence of updated control software content; in the case of the presence of updated control software content in the online queue, providing data based thereon in an offline queue corresponding to the individual guidance system, wherein the portable computing device includes a storage for the offline queue; waiting for a time period in which a wired communication interface of the portable computing device is attached to a wired interface of the vehicle or a wireless communication interface of the vehicle is in range of a wireless communication interface of the portable computing device; and in the time period, transferring contents of the offline queue to the vehicle, wherein the individual guidance system includes the first processor in a programmable autosteering assembly to distribute update(s) included in the contents to one or more of a plurality of subsystems of the programmable autosteering assembly, wherein the programmable autosteering assembly comprise a GNSS receiver, an actuator assembly, and a steering control module. monitoring an online queue associated with a remote server for the presence of updated control software content; in the case of the presence of updated control software content in the online queue, providing data based thereon in an offline queue corresponding to the individual guidance system, wherein the portable computing device includes a storage for the offline queue; waiting for a time period in which a wired communication interface of the portable computing device is attached to a wired interface of the vehicle or a wireless communication interface of the vehicle is in range of a wireless communication interface of the portable computing device; and in the time period, transferring contents of the offline queue to the vehicle, wherein the individual guidance system includes the first processor in a programmable autosteering assembly to distribute update(s) included in the contents to one or more of a plurality of subsystems of the programmable autosteering assembly, wherein the programmable autosteering assembly comprise a GNSS receiver, an actuator assembly, and a steering control module.
A fire suppressant storage device comprising: a tank having a first port, a second port, and an interior for storing fire suppressant; a discharge assembly mounted to the first port and comprising: a discharge valve; and a discharge conduit at least partially within the interior and having: an interior; and an exterior; and a liquid level measurement assembly mounted to the second port and comprising: a tube at least partially within the interior and having: an interior sealed relative to the surrounding tank interior; and an exterior; a float surrounding the tube and having one or more magnets and having a range of motion; and a plurality of magnetic field sensors (152, 154) along a carrier within the tube interior, the carrier extending from a proximal end to a distal end, wherein the plurality of magnetic field sensors (152, 154) comprise: a first plurality of one dimensional sensors; and at least two three-dimensional sensors distally of the first plurality. a tank having a first port, a second port, and an interior for storing fire suppressant; a discharge assembly mounted to the first port and comprising: a discharge valve; and a discharge conduit at least partially within the interior and having: an interior; and an exterior; and a discharge valve; and a discharge conduit at least partially within the interior and having: an interior; and an exterior; and an interior; and an exterior; and a liquid level measurement assembly mounted to the second port and comprising: a tube at least partially within the interior and having: an interior sealed relative to the surrounding tank interior; and an exterior; a float surrounding the tube and having one or more magnets and having a range of motion; and a plurality of magnetic field sensors (152, 154) along a carrier within the tube interior, the carrier extending from a proximal end to a distal end, a tube at least partially within the interior and having: an interior sealed relative to the surrounding tank interior; and an exterior; an interior sealed relative to the surrounding tank interior; and an exterior; a float surrounding the tube and having one or more magnets and having a range of motion; and a plurality of magnetic field sensors (152, 154) along a carrier within the tube interior, the carrier extending from a proximal end to a distal end, a first plurality of one dimensional sensors; and at least two three-dimensional sensors distally of the first plurality.
Fastening insert made of plastic with a T-shaped configuration consisting of an insert disc and a shaft which is fixedly arranged on the insert disc via a fastening section and projects beyond the insert disc on one side or on both sides with a functional section, of which at least the insert disc is positionable in a foam material or a composite material during a component manufacturing and is fastenable therein by the component manufacturing, in which the insert disc comprises: a. two fastening sides (12, 14) arranged opposite one another, each forming at least partially an abutment face for the material layer, and the fastening insert is characterized in that the insert disc further comprises: b. a plurality of passage openings (16, 18) arranged eccentrically about the shaft, which connect the fastening sides (12, 14) to one another and of which at least one passage opening (16, 18) has an edge projection extending circumferentially continuously or circumferentially in sections, which is formed as toothing (22, 24) and extends on one side or on both sides beyond the respective fastening side (12, 14) of the insert disc. a. two fastening sides (12, 14) arranged opposite one another, each forming at least partially an abutment face for the material layer, and the fastening insert is characterized in that the insert disc further comprises: b. a plurality of passage openings (16, 18) arranged eccentrically about the shaft, which connect the fastening sides (12, 14) to one another and of which at least one passage opening (16, 18) has an edge projection extending circumferentially continuously or circumferentially in sections, which is formed as toothing (22, 24) and extends on one side or on both sides beyond the respective fastening side (12, 14) of the insert disc.
A vehicle, comprising: a filter disposed in an exhaust passage that carries an exhaust gas discharged from an internal combustion engine, the filter being configured to collect particulate matter contained in the exhaust gas; a temperature acquisition device that acquires temperature of the filter, an electronic control unit configured to execute PM removal control that removes the particulate matter accumulated on the filter while the internal combustion engine is stopped; characterised in that it further comprises an alarm informing device configured to inform a user of the vehicle of a first alarm when the temperature of the filter acquired by the temperature acquisition device is larger than a specified temperature and when the electronic control unit determines that the user requests start-up of the internal combustion engine in a period from execution of the PM removal control to a lapse of a prescribed time after completion of the PM removal control. a filter disposed in an exhaust passage that carries an exhaust gas discharged from an internal combustion engine, the filter being configured to collect particulate matter contained in the exhaust gas; a temperature acquisition device that acquires temperature of the filter, an electronic control unit configured to execute PM removal control that removes the particulate matter accumulated on the filter while the internal combustion engine is stopped; characterised in that it further comprises an alarm informing device configured to inform a user of the vehicle of a first alarm when the temperature of the filter acquired by the temperature acquisition device is larger than a specified temperature and when the electronic control unit determines that the user requests start-up of the internal combustion engine in a period from execution of the PM removal control to a lapse of a prescribed time after completion of the PM removal control.
A non-aqueous electrolyte secondary battery having a power generating element enclosed inside an outer casing, wherein the power generating element comprises a positive electrode having a positive electrode active material layer formed on a surface of a positive electrode current collector, a negative electrode having a negative electrode active material layer containing an aqueous binder formed on a surface of a negative electrode current collector, and a separator holding an electrolyte solution; characterized in that the ratio value (V 2 /V 1) of a volume V 2 to a volume V 1 of pores of the power generating element is 0.4 to 0.5, and the ratio value (L/V 2) of a volume L of the electrolyte solution injected to the outer casing to the volume V 2 is 0.6 to 0.8, V 2 being the volume of residual space inside the outer casing when the outer casing is swollen at maximum level without burst.
Pharmaceutical composition for use as an oral dosage form for release of a topically active corticosteroid in the small bowel for treating tissue damage from acute radiation injury in the gastrointestinal tract except for oral cavity, wherein the composition comprises an effective amount of the topically active corticosteroid, wherein the topically active corticosteroid is beclomethasone dipropionate or 17-beclomethasone monopropionate.
Connector for fastening a sheet-like element on an undercut T-groove, wherein the connector has a main body and a T-foot which, in a provisional position of the connector, can be inserted into the T-groove, wherein the connector can be transferred, by rotation about an axis of rotation, into a final position in which the connector engages in the T-groove in a form-fitting manner and is held on the T-groove with preloading, wherein, in the final position, an edge end face of the sheet-like element can be brought into abutment with a final abutment surface of the main body, wherein, in the provisional position, the edge end face of the sheet-like element can be brought into abutment with a provisional abutment surface of the main body, characterized in that the two abutment surfaces (2a, 2b) are tangentially connected to one another via a cylindrical abutment portion whose cylinder axis coincides with the axis of rotation.