mhurhangee/ep-ind-claims huggingface dataset:
Charging station for supplying electrical energy for an electrically operable vehicle, comprising a device housing, comprising a plug element directly or indirectly connectable to a counter plug element assigned to the vehicle, comprising a charging line which leads to the plug element and via which the electrical energy is supplied, comprising a switching element assigned to the charging station for activating and/or deactivating the charging process, comprising an energy meter for the electrical energy supplied via the charging line, comprising a central control unit operatively connected to the switching element and having a central processor, and comprising an actuation means, the actuation means being configured to receive an actuation signal, the central control unit being configured to switch the switching element in such a way that the charging process is activated and/or deactivated as a function of the actuation signal, the energy meter being configured as a gauged energy meter and a security module being provided in the device housing, characterised in that the security module provides a separate security housing, a security data store arranged in the security housing, a security processor arranged in the security housing, a data display means assigned to the security housing, a first data line interface assigned to the security housing, and a second data line interface assigned to the security housing, as well as an input means configured to receive a test signal to be passed on to the security processor, the first data line interface of the security module being connected to the energy meter via a secured data line and serving to receive a present meter state of the energy meter, the second data line interface of the security module being connected to the central control unit via a control line and the connection of the security module to the central control unit being configured to be free from feedback effects.
Trapping device for frugivorous insects comprising [a] a chamber for confining insects and [b] at least one side hole from which a side duct to said chamber starts, having an entrance mouth and an exit mouth, [c] said chamber comprising at least one opaque first zone and a translucent upper second zone through which direct outside light can enter said chamber, and [d] said side duct being transverse with respect to the vertical direction, according to an angle between 0 and 20o with respect to the horizontal direction, characterised in that said side duct is opaque. [a] a chamber for confining insects and [b] at least one side hole from which a side duct to said chamber starts, having an entrance mouth and an exit mouth, [c] said chamber comprising at least one opaque first zone and a translucent upper second zone through which direct outside light can enter said chamber, and [d] said side duct being transverse with respect to the vertical direction, according to an angle between 0 and 20o with respect to the horizontal direction,
A downhole tool for performing an operation downhole, the downhole tool comprising: a bore comprising: a first bore portion; and a second bore portion; a ball disposed between the first bore portion and the second bore portion and adapted to pivot between a first position and a second position; the ball having an internal bore extending from a first opening of the internal bore to a second opening of the internal bore; characterised by the first opening being larger than the second opening and the first opening encompassing an opening defined by the first bore portion over a range of pivot of the ball. a bore comprising: a first bore portion; and a second bore portion; a first bore portion; and a second bore portion; a ball disposed between the first bore portion and the second bore portion and adapted to pivot between a first position and a second position; the ball having an internal bore extending from a first opening of the internal bore to a second opening of the internal bore; characterised by the first opening being larger than the second opening and the first opening encompassing an opening defined by the first bore portion over a range of pivot of the ball.
A device configured for being aligned with respect to a medical system by means of a light source, characterized in that the device comprises at least one optical fiber, wherein the at least one optical fiber extends from an alignment position to an indicator position and wherein the at least one optical fiber is configured to guide light provided by the light source from the alignment position to the indicator position in case the device is correctly aligned with respect to the medical system and light source.
A method for measuring activity of hydroxylamine oxidoreductase which comprises bringing HAO from ammonia oxidizing bacteria into contact with hydroxylamine in the presence of a resazurin salt, wherein measurement is carried out at pH 4.6 to 7.6.
A solar roof covering for mounting on a roof support structure, in particular for forming a rainproof solar roof, comprising: - a plurality of solar roof tiles, which respectively comprise a photovoltaic cell or a photovoltaic module, and - a plurality of mounting blocks, wherein, in order to mount the solar roof covering on the roof support structure, the mounting blocks are connectable to the roof support structure and the solar roof tiles are connectable to the mounting blocks, wherein, in order to mount the solar roof covering on the roof support structure, at least a part of the solar roof tiles is connectable to the mounting blocks in such a manner that two solar roof tiles respectively form a mechanical and electrical connection with the same mounting block, wherein at least a part of the solar roof tiles respectively comprises at least one mechanical connecting element (7, 71, 72) and at least one retaining device arranged on the side opposite the photovoltaic cell or the photovoltaic module, wherein the retaining device is configured to be engaged with a roof slat and/or an edge of another solar roof tile, wherein at least a part of the mounting blocks respectively comprise at least one mechanical connecting element (18, 181, 182), wherein, for the mechanical connection of a solar roof tile and a mounting block, the at least one mechanical connecting element (7, 71, 72) of the solar roof tile and the at least one mechanical connecting element (18, 181, 182) of the mounting block interact, wherein the mechanical connecting elements (7, 71, 72, 18, 181, 182) are plug-in connecting elements and/or snap-in connecting elements. - a plurality of solar roof tiles, which respectively comprise a photovoltaic cell or a photovoltaic module, and - a plurality of mounting blocks, wherein, in order to mount the solar roof covering on the roof support structure, at least a part of the solar roof tiles is connectable to the mounting blocks in such a manner that two solar roof tiles respectively form a mechanical and electrical connection with the same mounting block, wherein at least a part of the solar roof tiles respectively comprises at least one mechanical connecting element (7, 71, 72) and at least one retaining device arranged on the side opposite the photovoltaic cell or the photovoltaic module, wherein the retaining device is configured to be engaged with a roof slat and/or an edge of another solar roof tile, wherein at least a part of the mounting blocks respectively comprise at least one mechanical connecting element (18, 181, 182), wherein, for the mechanical connection of a solar roof tile and a mounting block, the at least one mechanical connecting element (7, 71, 72) of the solar roof tile and the at least one mechanical connecting element (18, 181, 182) of the mounting block interact, wherein the mechanical connecting elements (7, 71, 72, 18, 181, 182) are plug-in connecting elements and/or snap-in connecting elements.
An improved amine based additive composition for controlling and inhibiting polymerization of aromatic vinyl monomers including styrene comprising: one or more quinone methide or derivatives thereof, one or more phenolic compounds, and characterized in that the said composition further comprises: at least one amine comprising aliphatic tertiary amine containing -OH group in the alkyl chain; wherein the quinone methide or derivatives thereof comprises benzyl quinone methide, preferably 4-benzylidene,2,6-di-tert-butyl cyclohexa-2,5-dienone; wherein the phenolic compound comprises 2,6-di-tert-butyl phenol (2,6 DTBP), butylated hydroxy anisole, butylated hydroxy toluene, or a mixture thereof; and wherein the aliphatic tertiary amine comprises tri-isopropanol amine or tris(2-hydroxypropyl)amine (TIPA), N,N,N',N'-Tetrakis (2-hydroxyethyl) ethylene-diamine (THEED), N,N,N',N'-Tetrakis (2-hydroxypropyl) ethylene-diamine (Quadrol®), or mixture thereof. one or more quinone methide or derivatives thereof, one or more phenolic compounds, and
A bearing assembly comprising: a housing having a tapered interior bore; a ball bearing element; a ball bearing retainer disposed within the housing, wherein the ball bearing retainer has an interior bore for receiving the ball bearing element, wherein sides of the ball bearing retainer comprise a plurality of slots defining a plurality of fingers; wherein the ball bearing element is disposed within the interior bore of the ball bearing retainer; a spring mechanism for maintaining a prescribed tension of the ball bearing element within the interior bore of the ball bearing retainer disposed within the tapered interior bore of the housing; and a locking mechanism for retaining the ball bearing element, the ball bearing retainer and the spring mechanism within the tapered interior bore of the housing; characterised in that said ball bearing retainer comprises a generally cylindrical body structure including said interior bore therethrough for receiving said ball bearing element therein; wherein, during final assembly, said plurality of the slots allow said ball bearing retainer to snap over said ball bearing element for easy assembly, and said tapered interior bore compresses the plurality of fingers of said ball bearing retainer around said ball bearing element when ball bearing retainer is inserted into said tapered interior bore of said housing. a housing having a tapered interior bore; a ball bearing element; a ball bearing retainer disposed within the housing, wherein the ball bearing retainer has an interior bore for receiving the ball bearing element, wherein sides of the ball bearing retainer comprise a plurality of slots defining a plurality of fingers; wherein the ball bearing element is disposed within the interior bore of the ball bearing retainer; a spring mechanism for maintaining a prescribed tension of the ball bearing element within the interior bore of the ball bearing retainer disposed within the tapered interior bore of the housing; and a locking mechanism for retaining the ball bearing element, the ball bearing retainer and the spring mechanism within the tapered interior bore of the housing; characterised in that said ball bearing retainer comprises a generally cylindrical body structure including said interior bore therethrough for receiving said ball bearing element therein; wherein, during final assembly, said plurality of the slots allow said ball bearing retainer to snap over said ball bearing element for easy assembly, and said tapered interior bore compresses the plurality of fingers of said ball bearing retainer around said ball bearing element when ball bearing retainer is inserted into said tapered interior bore of said housing.
A jewelry necklace comprising: at least two adjoining links (10, 12), each of said links comprising an undulating silhouette; at least one of said links comprising a gate permitting an adjoining link to be connected to said link through said gate structure; and said undulating silhouette for said links forming a substantially flat rear plane for the links when joined together, at least the second of said two adjoining links further comprise a latch structure connected between adjoining links preventing said adjoining links from substantially rotating with respect to each other and forming said substantially flat rear plane, characterized in that it comprises at least an additional intermediate link, said intermediate link comprising both gate and latch structures to enable said intermediate link to be connected between said at least two adjoining links, with said latch of said intermediate link substantially preventing rotation of said intermediate link with respect to a first of said at least two adjoining links and being connected to at least a second of said two adjoining links through said gate. at least two adjoining links (10, 12), each of said links comprising an undulating silhouette; at least one of said links comprising a gate permitting an adjoining link to be connected to said link through said gate structure; and said undulating silhouette for said links forming a substantially flat rear plane for the links when joined together, at least the second of said two adjoining links further comprise a latch structure connected between adjoining links preventing said adjoining links from substantially rotating with respect to each other and forming said substantially flat rear plane, characterized in that it comprises at least an additional intermediate link, said intermediate link comprising both gate and latch structures to enable said intermediate link to be connected between said at least two adjoining links, with said latch of said intermediate link substantially preventing rotation of said intermediate link with respect to a first of said at least two adjoining links and being connected to at least a second of said two adjoining links through said gate.
A drill assembly that includes only one drill and a displacement unit, characterised in that: - the displacement unit includes a guide unit and a channel unit, where the channel unit includes a guide channel, and said guide unit includes one or more guides adapted to engage with said guide channel, said guide channel being a circumferential channel that follows a wave or wave like path; - the drill includes a drill bit and/or a drill flight attached to a central shaft, wherein the drill bit and/or drill flight co-terminate at a first terminal end of the drill; - said first terminal end is the terminal end of the drill that is configured to enter the ground first; - the central shaft is a thin elongate member that extends between the longitudinally separated terminal ends of the drill; and - the drill is releasably or permanently attached to the displacement unit such that when the drill is engaged with the displacement unit, interaction between the guides and the guide channel causes the drill to oscillate along its longitudinal axis. - the displacement unit includes a guide unit and a channel unit, where the channel unit includes a guide channel, and said guide unit includes one or more guides adapted to engage with said guide channel, said guide channel being a circumferential channel that follows a wave or wave like path; - the drill includes a drill bit and/or a drill flight attached to a central shaft, wherein the drill bit and/or drill flight co-terminate at a first terminal end of the drill; - said first terminal end is the terminal end of the drill that is configured to enter the ground first; - the central shaft is a thin elongate member that extends between the longitudinally separated terminal ends of the drill; and - the drill is releasably or permanently attached to the displacement unit such that when the drill is engaged with the displacement unit, interaction between the guides and the guide channel causes the drill to oscillate along its longitudinal axis.
A method for a wireless device for operating in a wireless communication system, the method comprising: triggering a buffer status reporting, BSR, based on expected uplink data, wherein the expected uplink data is data not generated yet and expected to be generated within a certain time period; triggering a scheduling request, SR; receiving a first uplink grant in response to the SR; transmitting the BSR on the first uplink grant, wherein the BSR includes a size of the expected uplink data; receiving a second uplink grant in response to the BSR; and transmitting uplink data on the second uplink grant based on the uplink data being generated, characterised in that the triggered BSR further includes information informing that the triggered BSR is for the expected uplink data, and the SR includes information informing that the SR is triggered by the BSR which is for the expected uplink data. triggering a buffer status reporting, BSR, based on expected uplink data, wherein the expected uplink data is data not generated yet and expected to be generated within a certain time period; triggering a scheduling request, SR; receiving a first uplink grant in response to the SR; transmitting the BSR on the first uplink grant, wherein the BSR includes a size of the expected uplink data; receiving a second uplink grant in response to the BSR; and transmitting uplink data on the second uplink grant based on the uplink data being generated, characterised in that the triggered BSR further includes information informing that the triggered BSR is for the expected uplink data, and the SR includes information informing that the SR is triggered by the BSR which is for the expected uplink data.
A method for determining an optical signal-to-noise ratio, comprising: obtaining a first optical signal on a to-be-measured channel; converting the first optical signal to an electrical signal and extracting different frequency components of the electrical signal, wherein roll-off factors of the different frequency components of the electrical signal are the same as roll-off factors of corresponding frequency components of the first optical signal, and the roll-off factor is a ratio of a signal power of a non-center frequency component to a signal power of a center frequency component on the channel; measuring powers of the different frequency components; and determining an optical signal-to-noise ratio of the to-be-measured channel according to the powers and the roll-off factors of the different frequency components. obtaining a first optical signal on a to-be-measured channel; converting the first optical signal to an electrical signal and extracting different frequency components of the electrical signal, wherein roll-off factors of the different frequency components of the electrical signal are the same as roll-off factors of corresponding frequency components of the first optical signal, and the roll-off factor is a ratio of a signal power of a non-center frequency component to a signal power of a center frequency component on the channel; measuring powers of the different frequency components; and determining an optical signal-to-noise ratio of the to-be-measured channel according to the powers and the roll-off factors of the different frequency components.
A ceramics substrate for mounting a light-emitting element comprising a ceramic sintered body which contains 94 mass% or more of aluminum oxide and a total of 6 mass% or less of silicon oxide and at least one of calcium oxide and magnesium oxide, the ceramics substrate having a mounting section on which the light-emitting element is mounted, in a surface portion on a mounting section side of the ceramics substrate, wherein the ratio out of crystal grains having a crystal grain size of 0.2 μm or more in equivalent circle diameter of the number of crystal grains having a crystal grain size of 0.2 μm to 1.0 μm in equivalent circle diameter is in a range of 45% to 80%, the ratio out of crystal grains having a crystal grain size of 0.2 μm or more in equivalent circle diameter of the number of crystal grains having a crystal grain size of 2.0 μm to 6.0 μm in equivalent circle diameter is in a range of 5% to 15%, and the ratio out of crystal grains having a crystal grain size of 0.2 μm or more in equivalent circle diameter of the number of crystal grains having a crystal grain size of more than 6.0 μm in equivalent circle diameter is 2.7% or less.
An exhaust conditioning system for an internal combustion engine associated with an agricultural implement, the system comprising: an exhaust duct arranged to communicate exhaust emissions from the engine to the agricultural implement; an impeller fan associated with the agricultural implement and arranged to draw a flow of exhaust emissions through the exhaust duct; and a condenser comprising an exhaust passage arranged to be coupled in series with the exhaust duct so as to receive the exhaust emissions therethrough between the engine and the impeller fan; characterized in that the system further comprises a condenser fan arranged to direct cooling air across a surface of the exhaust passage; an exhaust temperature sensor arranged to sense a temperature of the exhaust; and a computer controller arranged to controllably vary a rate of at least one of the condenser fan, the impeller fan or revolutions per minute of the engine responsive to the temperature of the exhaust emissions to maintain the temperature of the exhaust emissions within a selected temperature range. an exhaust duct arranged to communicate exhaust emissions from the engine to the agricultural implement; an impeller fan associated with the agricultural implement and arranged to draw a flow of exhaust emissions through the exhaust duct; and a condenser comprising an exhaust passage arranged to be coupled in series with the exhaust duct so as to receive the exhaust emissions therethrough between the engine and the impeller fan; characterized in that the system further comprises a condenser fan arranged to direct cooling air across a surface of the exhaust passage; an exhaust temperature sensor arranged to sense a temperature of the exhaust; and a computer controller arranged to controllably vary a rate of at least one of the condenser fan, the impeller fan or revolutions per minute of the engine responsive to the temperature of the exhaust emissions to maintain the temperature of the exhaust emissions within a selected temperature range.