mhurhangee/ep-ind-claims huggingface dataset:
A marine route verifying apparatus, comprising: a display for displaying a user-scheduled route on a map, the user-scheduled route being defined by one or more ship positions input by the user; a user interface for accepting input of a travel starting time and date and a travel ending time and date on the route; memory that stores maritime caution information that is associated with ship position, time and date so as to define a range of ship positions, time periods and associated maritime caution levels, wherein the maritime caution levels include prohibited travel and travel caution; and a control unit executing a maritime caution information reading portion that is configured to extract maritime caution information, the extracted maritime caution information being associated with a defined range of ship positions and time periods on the user-scheduled route, and wherein the control unit further executes a route verifying portion that is configured to verify whether the user-scheduled route can be traveled based on the defined range of ship positions and time periods on the user-scheduled route and based on the extracted maritime caution information in correspondence with one or more ship positions on the route and the time points and dates that have been input via the user interface, wherein the display is configured to display the extracted associated maritime caution information, including the associated maritime caution level. a display for displaying a user-scheduled route on a map, the user-scheduled route being defined by one or more ship positions input by the user; a user interface for accepting input of a travel starting time and date and a travel ending time and date on the route; memory that stores maritime caution information that is associated with ship position, time and date so as to define a range of ship positions, time periods and associated maritime caution levels, wherein the maritime caution levels include prohibited travel and travel caution; and a control unit executing a maritime caution information reading portion that is configured to extract maritime caution information, the extracted maritime caution information being associated with a defined range of ship positions and time periods on the user-scheduled route, and wherein the control unit further executes a route verifying portion that is configured to verify whether the user-scheduled route can be traveled based on the defined range of ship positions and time periods on the user-scheduled route and based on the extracted maritime caution information in correspondence with one or more ship positions on the route and the time points and dates that have been input via the user interface, wherein the display is configured to display the extracted associated maritime caution information, including the associated maritime caution level.
Method for producing a manhole base liner for a wastewater manhole, having a base body which preferably has a tread surface and at least one pipe connection opening, having the following method steps: a) creating a negative form of the manhole base liner, b) wrapping the negative form with a flexible film at least in certain areas, and c) creating the base body by molding a polymer in a liquid or pasty state onto the surface of the negative form covered with the flexible film, characterized in that the film consists of a highly elastically deformable plastic, and in that at least one bonding bridge is bonded to the base body during process step c). a) creating a negative form of the manhole base liner, b) wrapping the negative form with a flexible film at least in certain areas, and c) creating the base body by molding a polymer in a liquid or pasty state onto the surface of the negative form covered with the flexible film,
A cooling device comprising - a door, - more than one support member disposed on the inner surface of the door, arranged one below the other and spaced apart along the vertical direction, - a height adjustable shelf mounted on the support members and - a locking mechanism disposed on the shelf, having a first position wherein the locking mechanism enables the height of the shelf to be fixed by interacting with the support member and a second position wherein the locking mechanism dislodges from the support member, enabling the shelf to move on the support members in the vertical direction, characterized by - the locking mechanism having a button that is actuated in the vertical direction, enabling a translatory movement of the button and the locking mechanism to be changed from the first position to the second position when the height of the shelf is desired to be changed, - the locking mechanism comprising a cam element that is rotatably mounted on the shelf and a rib extending outwards from the cam element, moving together with the cam element, seated on the support member in the first position, and enabling the shelf to move by being separated from the support member in the second position, - the locking mechanism comprising a first gear extending downwards from the lower surface of the button and that enables the translatory movement of the button to be transmitted as rotational movement to the cam element and a second gear situated on the cam element and connected functionally to the first gear. - a door, - more than one support member disposed on the inner surface of the door, arranged one below the other and spaced apart along the vertical direction, - a height adjustable shelf mounted on the support members and - a locking mechanism disposed on the shelf, having a first position wherein the locking mechanism enables the height of the shelf to be fixed by interacting with the support member and a second position wherein the locking mechanism dislodges from the support member, enabling the shelf to move on the support members in the vertical direction, - the locking mechanism having a button that is actuated in the vertical direction, enabling a translatory movement of the button and the locking mechanism to be changed from the first position to the second position when the height of the shelf is desired to be changed, - the locking mechanism comprising a cam element that is rotatably mounted on the shelf and a rib extending outwards from the cam element, moving together with the cam element, seated on the support member in the first position, and enabling the shelf to move by being separated from the support member in the second position, - the locking mechanism comprising a first gear extending downwards from the lower surface of the button and that enables the translatory movement of the button to be transmitted as rotational movement to the cam element and a second gear situated on the cam element and connected functionally to the first gear.
A method comprising: maintaining, in a cache of data comprising data that is also stored in a database, a data item (117 1C) and metadata (119 1C) associated with the data item (117 1C), wherein the metadata (119 1C) indicates when the data item (117 1C) was last marked as in sync with the database; receiving, from a data consumer, a policy that indicates a cutoff point, wherein a data item (117 1C) last marked, according to the metadata (119 1C), as in sync with the database at any particular point before the cutoff point is deemed invalid and a data item (117 1C) last marked, according to the metadata (119 1C), as in sync with the database at any particular point after the cutoff point is deemed valid; processing a request received from the data consumer for a plurality of data items comprising the data item (117 1C), wherein: the cutoff point is before a particular time that the request was received, and according to the policy, return of the data item (117 1C) from the cache is conditional upon evaluation of the cutoff point relative to the metadata (119 1C) associated with the data item (117 1C); comparing the metadata (119 1C) associated with the data item (117 1C) to the cutoff point to determine whether the data item (117 1C) is valid; and in response to determining that the data item (117 1C) in the cache is valid, returning the data item (117 1C) from the cache. maintaining, in a cache of data comprising data that is also stored in a database, a data item (117 1C) and metadata (119 1C) associated with the data item (117 1C), wherein the metadata (119 1C) indicates when the data item (117 1C) was last marked as in sync with the database; receiving, from a data consumer, a policy that indicates a cutoff point, wherein a data item (117 1C) last marked, according to the metadata (119 1C), as in sync with the database at any particular point before the cutoff point is deemed invalid and a data item (117 1C) last marked, according to the metadata (119 1C), as in sync with the database at any particular point after the cutoff point is deemed valid; processing a request received from the data consumer for a plurality of data items comprising the data item (117 1C), wherein: the cutoff point is before a particular time that the request was received, and according to the policy, return of the data item (117 1C) from the cache is conditional upon evaluation of the cutoff point relative to the metadata (119 1C) associated with the data item (117 1C); the cutoff point is before a particular time that the request was received, and according to the policy, return of the data item (117 1C) from the cache is conditional upon evaluation of the cutoff point relative to the metadata (119 1C) associated with the data item (117 1C); comparing the metadata (119 1C) associated with the data item (117 1C) to the cutoff point to determine whether the data item (117 1C) is valid; and in response to determining that the data item (117 1C) in the cache is valid, returning the data item (117 1C) from the cache.
A vehicle side door latch apparatus comprising: a latch that has a half-latching step that defines a half-latched position and a fully-latching step that defines a fully-latched position and that is rotated from an unlatched position toward the fully-latched position by engaging a striker; a ratchet that engages the half-latching step and the fully-latching step in order to prevent the latch from being rotated in a releasing direction; a door opening link that is moved in a door opening direction from a waiting position in order to abut against the ratchet in order to allow the ratchet to be disengaged from the latch; a motor that moves the door opening link in the door opening direction from the waiting position; a door key lever that is connected to the door opening link with play in the door opening direction, wherein the door key lever moves the door opening link in the door opening direction from the waiting position by being rotated in a door opening direction by a key plate; and a power transmission path that does not have disconnecting means thereof and that always transmits power of the motor to the door opening link. a latch that has a half-latching step that defines a half-latched position and a fully-latching step that defines a fully-latched position and that is rotated from an unlatched position toward the fully-latched position by engaging a striker; a ratchet that engages the half-latching step and the fully-latching step in order to prevent the latch from being rotated in a releasing direction; a door opening link that is moved in a door opening direction from a waiting position in order to abut against the ratchet in order to allow the ratchet to be disengaged from the latch; a motor that moves the door opening link in the door opening direction from the waiting position; a door key lever that is connected to the door opening link with play in the door opening direction, wherein the door key lever moves the door opening link in the door opening direction from the waiting position by being rotated in a door opening direction by a key plate; and a power transmission path that does not have disconnecting means thereof and that always transmits power of the motor to the door opening link.
A cryopreserved vial comprising a therapeutic composition comprising pooled and cultured Mesenchymal Stem Cells of passage 5, Human Serum Albumin, PlasmaLyte A and Dimethyl Sulphoxide (DMSO), and optionally along with a pharmaceutically acceptable additive, wherein the Mesenchymal Stem Cells in the composition range from about 25 million to 200 million cells; the Human Serum Albumin has a concentration ranging from about 1% to 6%; the PlasmaLyte A has a concentration ranging from about 80% to 90%; and the Dimethyl Sulfoxide has a concentration ranging from about 5% to 10%, wherein the Mesenchymal Stem Cells are pooled from multiple donors; and the composition is frozen into the vial.
A method for testing the severity of an illness, that can determine the severity of an illness in real time, the method comprising the following steps A) to-D): A) a step of measuring adenosine triphosphate level in a sample; B) a step of measuring lactic acid level in the sample; C) a step of calculating lactic acid level / adenosine triphosphate level which is a ratio of the lactic acid level measured in step B to the adenosine triphosphate level measured in step A; and D) a step of using the ratio calculated in step C as an index for the severity of the illness. A) a step of measuring adenosine triphosphate level in a sample; B) a step of measuring lactic acid level in the sample; C) a step of calculating lactic acid level / adenosine triphosphate level which is a ratio of the lactic acid level measured in step B to the adenosine triphosphate level measured in step A; and D) a step of using the ratio calculated in step C as an index for the severity of the illness.
A method comprising contacting an organic substrate having at least one alcohol moiety with a mixture of (a) at least one hydrosilane (b) sodium hydroxide and/or potassium hydroxide, in (c) a polar aprotic solvent selected from tetrahydrofuran, 1,2-dimethoxyethane, and dimethyl formamide, acetonitrile, dimethylacetamide, dimethyl formamide, dimethylsulfoxide, glycols and polyglycols optionally substituted dioxanes, dialkyl ethers (e.g., diethyl, dimethyl ether), hexamethylphosphoramide (HMPA), optionally substituted tetrahydrofurans (e.g., 2-methyltetrahydrofuran), furans, N-methylpyrrolidone or mixture thereof, the contacting resulting in the formation of a dehydrogenatively coupled silyl ether, wherein the contacting is done in the absence of a crown ether, and wherein the hydrosilane has a structure of Formula or of Formula: 3-m Si m+1 2-m m+1 Si-Si 3-m m wherein m is independently 0, 1, or 2; and each R is independently an optionally substituted C 1-24 alkyl or heteroalkyl, an optionally substituted linear or branched C 2-24 alkenyl, an optionally substituted C 2-24 alkynyl, an optionally substituted 6 to 18 ring membered aryl or 5 to 18 ring membered heteroaryl, an optionally substituted 6 to 18 ring-membered alkaryl or 5 to 18 ring-membered heteroalkaryl, an optionally substituted 6 to 18 ring-membered aralkyl or 5 to 18 ring-membered heteroaralkyl, an optionally substituted -O-C 1-24 alkyl or heteroalkyl, an optionally substituted 6 to 18 ring-membered aryloxy or 5 to 18 ring-membered heteroaryloxy, an optionally substituted 6 to 18 ring-membered alkaryloxy or 5 to 18 ring-membered heteroalkaryloxy, or an optionally substituted 6 to 18 ring-membered aralkoxy or 5 to 18 ring-membered heteroaralkoxy, and, if substituted, the substituents may be phosphonato, phosphoryl, phosphanyl, phosphino, sulfonato, C 1 -C 20 alkylsulfanyl, C 5 -C 20 arylsulfanyl, C 1 -C 20 alkylsulfonyl, C 5 -C 20 arylsulfonyl, C 1 -C 20 alkylsulfinyl, 5 to 12 ring-membered arylsulfinyl, sulfonamido, amino, amido, imino, nitro, nitroso, hydroxyl, C 1 -C 20 alkoxy, C 5 -C 20 aryloxy, C 2 -C 20 alkoxycarbonyl, C 5 -C 20 aryloxycarbonyl, carboxyl, carboxylato, mercapto, formyl, C 1 -C 20 thioester, cyano, cyanato, thiocyanato, isocyanate, thioisocyanate, carbamoyl, epoxy, styrenyl, silyl, silyloxy, silanyl, siloxazanyl, boronato, boryl, or halogen, or a metal-containing or metalloid-containing group, where the metalloid is Sn or Ge, where the substituents optionally provide a tether to an insoluble or sparingly soluble support media comprising alumina, silica, or carbon.
X-ray diffraction apparatus, comprising: an X-ray source with a target having an atomic number Z less than 50 for emitting a beam of X-rays; an energy resolving X-ray detector; and a sample holder for holding a sample such that the beam of X-rays from the X-ray source are incident on the sample and are diffracted onto the X-ray detector; wherein the X-ray diffraction apparatus further comprises a K-beta radiation multilayer mirror for selecting the K-beta radiation from the X-ray source and for reflecting the K-beta radiation onto the sample and wherein the energy resolution of the X-ray detector is sufficient to select for K-beta radiation over K-alpha radiation with a sensitivity to K-beta radiation of at least 10 times the sensitivity to K-alpha radiation. an X-ray source with a target having an atomic number Z less than 50 for emitting a beam of X-rays; an energy resolving X-ray detector; and a sample holder for holding a sample such that the beam of X-rays from the X-ray source are incident on the sample and are diffracted onto the X-ray detector; wherein the X-ray diffraction apparatus further comprises a K-beta radiation multilayer mirror for selecting the K-beta radiation from the X-ray source and for reflecting the K-beta radiation onto the sample and wherein the energy resolution of the X-ray detector is sufficient to select for K-beta radiation over K-alpha radiation with a sensitivity to K-beta radiation of at least 10 times the sensitivity to K-alpha radiation.
A method of reducing an impact of an unbalanced short circuit event in a wind turbine, the wind turbine including a polyphase permanent magnet generator having a plurality of phase legs, a converter that converts electric power produced by the generator for use in a power grid, and a short circuiting switch between the generator and the converter, the short circuiting switch including a plurality of switches (232, 234, 236) each of which is coupled between a different pair of the phase legs, the method comprising: detecting an unbalanced short circuit event in the generator of the wind turbine; and in response to detecting the unbalanced short circuit event, controlling selected ones of the switches (232, 234, 236) so as to short respective ones of the phase legs of the generator at the short circuiting switch to create a balanced short circuit in the generator. detecting an unbalanced short circuit event in the generator of the wind turbine; and in response to detecting the unbalanced short circuit event, controlling selected ones of the switches (232, 234, 236) so as to short respective ones of the phase legs of the generator at the short circuiting switch to create a balanced short circuit in the generator.
A cooking device having a display device having a display field for graphically displaying the care state of the cooking device, which is in operative connection with a control or regulating device of the cooking device, wherein • the control or regulating device is in operative connection with at least one first sensor device for the care state of the cooking device, which records the degree of contamination and the degree of calcification and/or the degree of corrosion of at least one component of the cooking device for determining and displaying the care state of the cooking device, and • the control or regulating device is in operative connection with at least one second sensor device for recording at least one characteristic variable e for a cleaning operation of the component of the cooking device, so that the care state d is corrected as a function of the variable e to a corrected care state dd and the corrected care state dd is displayed, wherein the variable e is determined by the frequency f with which a cleaning operation is performed, the nature g of the last cleaning operation performed, the time which has elapsed since the last cleaning operation h and/or compliance i with a cleaning request. • the control or regulating device is in operative connection with at least one first sensor device for the care state of the cooking device, which records the degree of contamination and the degree of calcification and/or the degree of corrosion of at least one component of the cooking device for determining and displaying the care state of the cooking device, and • the control or regulating device is in operative connection with at least one second sensor device for recording at least one characteristic variable e for a cleaning operation of the component of the cooking device, so that the care state d is corrected as a function of the variable e to a corrected care state dd and the corrected care state dd is displayed, wherein the variable e is determined by the frequency f with which a cleaning operation is performed, the nature g of the last cleaning operation performed, the time which has elapsed since the last cleaning operation h and/or compliance i with a cleaning request.
An organic light-emitting diode (OLED) display device, comprising: a thin film transistor on a display area of a substrate; an OLED connected to the thin film transistor; a planarization layer formed on the display area in which the thin film transistor is formed; a plurality of pad electrodes (226p, 227p) comprising at least a first pad electrode layer (226pa, 227pa) formed of MoTi, a second pad electrode layer (226pb, 227pb) formed of Cu and a third pad electrode layer (226pc, 227pc) formed of MoTi on a pad area of the substrate, the pad area being meant to be coupled to a flexible printed circuit board; and a fourth pad electrode layer (216p, 217p) formed of a low-resistant opaque conductive material below the first pad electrode layer (226pa, 227pa), and contacted with the first pad electrode layer (226pa, 227pa), wherein the first pad electrode layer (226pa, 227pa) is an adhesion promoting layer that is formed of a material that increases the adhesion between the second pad electrode layer (226pb, 227pb) and the fourth pad electrode layer (216p, 217p), wherein the third pad electrode layer (226pc, 227pc) above the second pad electrode layer (226pb, 227pb) serves the purpose of an etch stopper for the second pad electrode layer (226pb, 227pb) and is the uppermost layer of the pad electrode being externally exposed to be connected to an external driver. a thin film transistor on a display area of a substrate; an OLED connected to the thin film transistor; a planarization layer formed on the display area in which the thin film transistor is formed; a plurality of pad electrodes (226p, 227p) comprising at least a first pad electrode layer (226pa, 227pa) formed of MoTi, a second pad electrode layer (226pb, 227pb) formed of Cu and a third pad electrode layer (226pc, 227pc) formed of MoTi on a pad area of the substrate, the pad area being meant to be coupled to a flexible printed circuit board; and a fourth pad electrode layer (216p, 217p) formed of a low-resistant opaque conductive material below the first pad electrode layer (226pa, 227pa), and contacted with the first pad electrode layer (226pa, 227pa), wherein the first pad electrode layer (226pa, 227pa) is an adhesion promoting layer that is formed of a material that increases the adhesion between the second pad electrode layer (226pb, 227pb) and the fourth pad electrode layer (216p, 217p), wherein the third pad electrode layer (226pc, 227pc) above the second pad electrode layer (226pb, 227pb) serves the purpose of an etch stopper for the second pad electrode layer (226pb, 227pb) and is the uppermost layer of the pad electrode being externally exposed to be connected to an external driver.