mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a first plate having a first side; a first plurality of fins integral with the first side of the first plate and protruding perpendicularly therefrom, the first plurality of fins arranged in first concentric circles separated radially by a first distance; a second plate having a first side and a second side opposite the first side, wherein the second plate is rotatably coupled to the first plate, wherein the second side is fixedly connectable to a heat source to maintain thermal contact between the second plate and the heat source, wherein the heat source comprises an electronic device ; and a second plurality of fins integral with the first side of the second plate and protruding perpendicularly therefrom, the second plurality of fins arranged in second concentric circles separated radially by the first distance, wherein each fin of the second plurality of fins interposes between adjacent fins of the first plurality of fins to transfer heat from the heat source between the second plate and the first plate; and a chamber defined between the first side of the first plate, the first side of the second plate, and innermost fins of the first plurality of fins and the second plurality of fins; and a rotary transformer disposed within the chamber wherein the rotary transformer is configured to provide wireless power to the electronic device, the rotary transformer comprising a primary winding connected to the first plate, and a secondary winding connected to the second plate. a first plate having a first side; a first plurality of fins integral with the first side of the first plate and protruding perpendicularly therefrom, the first plurality of fins arranged in first concentric circles separated radially by a first distance; a second plate having a first side and a second side opposite the first side, wherein the second plate is rotatably coupled to the first plate, wherein the second side is fixedly connectable to a heat source to maintain thermal contact between the second plate and the heat source, wherein the heat source comprises an electronic device ; and a second plurality of fins integral with the first side of the second plate and protruding perpendicularly therefrom, the second plurality of fins arranged in second concentric circles separated radially by the first distance, wherein each fin of the second plurality of fins interposes between adjacent fins of the first plurality of fins to transfer heat from the heat source between the second plate and the first plate; and a chamber defined between the first side of the first plate, the first side of the second plate, and innermost fins of the first plurality of fins and the second plurality of fins; and a rotary transformer disposed within the chamber wherein the rotary transformer is configured to provide wireless power to the electronic device, the rotary transformer comprising a primary winding connected to the first plate, and a secondary winding connected to the second plate.
A quiet-opening wrapper for a sheet-like hygiene product provided with an adhesive on one side, which product is based on a web-like packaging material made of a plastic film, and wherein the noise generated when opening the wrapper corresponds to an energy-equivalent continuous sound level LAeq ≤ 60 dB, measured according to the method specified in the description, characterized in that the plastic film comprises a) at least one heat-sealable layer consisting of a mixture of LDPE and LLDPE, which consists predominantly of LDPE, and of 3 to a maximum of 30% by weight, based on the total weight of layer a), polybutylene and optionally up to 20% by weight, based on the total weight of layer a), color pigments and/or fillers; and b) if necessary, a layer of polyethylene with a density of 0.88 - 0.94 g/cm 3 , wherein layer a) has a release coating at least in the portions which face the regions of the hygiene product provided with the adhesive and are detachably connected thereto, and otherwise has no release coating at least in the partial regions of the wrapper which are connected by heat sealing to form strip-shaped edge closures. a) at least one heat-sealable layer consisting of a mixture of LDPE and LLDPE, which consists predominantly of LDPE, and of 3 to a maximum of 30% by weight, based on the total weight of layer a), polybutylene and optionally up to 20% by weight, based on the total weight of layer a), color pigments and/or fillers; and b) if necessary, a layer of polyethylene with a density of 0.88 - 0.94 g/cm 3 ,
A method comprising: detecting a threat event in an access zone of a monitored facility; identifying the access zone by determining the GPS coordinates of a first GPS device located in the access zone; identifying a plurality of other devices geographically located in the access zone; collecting data relevant to the threat event from the first GPS device and the plurality of other devices; and transmitting the data relevant to the threat event to a mobile device of an authority figure dispatched to the monitored facility. detecting a threat event in an access zone of a monitored facility; identifying the access zone by determining the GPS coordinates of a first GPS device located in the access zone; identifying a plurality of other devices geographically located in the access zone; collecting data relevant to the threat event from the first GPS device and the plurality of other devices; and transmitting the data relevant to the threat event to a mobile device of an authority figure dispatched to the monitored facility.
Compressor having a housing and having a rotor , wherein the rotor has a first compressor wheel at least on one side, wherein the rotor has a second compressor wheel on a second side, wherein a compressor chamber is formed in each case between the compressor wheels and the housing , wherein the rotor is mounted so as to be rotatable about an axis of rotation , wherein an annular sealing channel is formed between the rotor and the housing , wherein the sealing channel is routed from the second compressor chamber to the first compressor chamber having a lower pressure , wherein a throttle portion is provided in the sealing channel , wherein the throttle portion is arranged closer to the low-pressure region of the first compressor chamber than to the second compressor chamber , wherein the first compressor wheel is formed on a first side of the rotor , wherein the second compressor wheel is formed on a second side of the rotor , wherein the first compressor wheel and the second compressor wheel represent a first compressor stage and a second compressor stage, wherein, starting from a high-pressure side , the cross-sectional area of the sealing channel continuously decreases in the flow direction in the direction of the throttle portion and, downstream of the throttle portion , the cross-sectional area of the sealing channel continuously increases in the direction of a low-pressure side .
A method of processing video data, the method comprising: determining first and second partitions for a current block of the video data coded in geometric partition mode; determining a first prediction block of the video data based on a first motion vector for the first partition and a second prediction block of the video data based on a second motion vector for the second partition ; blending the first prediction block and the second prediction block based on weights indicative of an amount to scale samples in the first prediction block and an amount to scale samples in the second prediction block to generate a final prediction block for the current block; dividing the current block into a plurality of sub-blocks ; determining a set of sub-blocks that each include at least one sample that corresponds to a respective prediction sample in the final prediction block that was generated based on equal weighting of a sample in the first prediction block and a sample in the second prediction block; and storing respective bi-prediction motion vectors for each sub-block in the determined set of sub-blocks; wherein the method further comprises storing a table of weights for a slope of a partition line that partitions the current block into the first partition and the second partition, and wherein determining the set of sub-blocks comprises determining the set of sub-blocks based on the stored table and an offset into the table. determining first and second partitions for a current block of the video data coded in geometric partition mode; determining a first prediction block of the video data based on a first motion vector for the first partition and a second prediction block of the video data based on a second motion vector for the second partition ; blending the first prediction block and the second prediction block based on weights indicative of an amount to scale samples in the first prediction block and an amount to scale samples in the second prediction block to generate a final prediction block for the current block; dividing the current block into a plurality of sub-blocks ; determining a set of sub-blocks that each include at least one sample that corresponds to a respective prediction sample in the final prediction block that was generated based on equal weighting of a sample in the first prediction block and a sample in the second prediction block; and storing respective bi-prediction motion vectors for each sub-block in the determined set of sub-blocks; wherein the method further comprises storing a table of weights for a slope of a partition line that partitions the current block into the first partition and the second partition, and wherein determining the set of sub-blocks comprises determining the set of sub-blocks based on the stored table and an offset into the table.
Preparation comprising - one or more hydroxyester(s) of the formula (I), wherein in each case one of the two moieties R a or R b represents hydrogen and the other moiety R a or R b in each case represents a straight-chain or branched acyl moiety having 2 to 10 carbon atoms, and - one or more further compounds, wherein the preparation is an O/W emulsion, for which particle size distribution the following applies: D(v, 0.9) = 40 μm or less, wherein in the preparation the total quantity of the hydroxyester(s) of the formula (I) is selected in such a way that the O/W emulsion, compared to a comparison emulsion which having an otherwise identical composition does not comprise any hydroxyester of the formula (I), has an increased emulsion stability, and/or wherein the preparation is a surfactant-containing preparation comprising one or more anionic surfactants and the total quantity of the hydroxyester(s) of the formula (I) in the preparation is selected in such a way that the preparation, compared to a comparison preparation which having an otherwise identical composition does not comprise a hydroxyester of the formula (I), has an increased viscosity at 22.7 °C. - one or more hydroxyester(s) of the formula (I), wherein in each case one of the two moieties R a or R b represents hydrogen and the other moiety R a or R b in each case represents a straight-chain or branched acyl moiety having 2 to 10 carbon atoms, and - one or more further compounds,
Device for driving a fixing element into a substrate in a driving direction, having a receptacle for the fixing element, from which the fixing element is driven into the substrate, having a magazine for feeding fixing elements to the receptacle in a transport direction, wherein the magazine has a slot which extends in the transport direction on its side pointing in the driving direction, characterized in that the magazine has a dust deflector , which covers the slot .
A method for electrically contacting a plurality of battery cells of a battery block, comprising the following steps: - a first connection point is produced by a bonding tool being heated directly and a first connection contact surface of a first battery cell and/or a connection conductor being heated in any case locally indirectly by a laser beam directed onto the bonding tool and provided by a laser, by the connection conductor being pressed against the first connection contact surface of the first battery cell by means of the bonding tool, and by the bonding tool being excited to ultrasonic vibrations, the ultrasonic vibrations being transmitted from the bonding tool to the connection conductor; - a second connection point is produced by the connection conductor being pressed by the bonding tool against a second connection contact surface of a second battery cell of the battery block or a collective connection contact of the battery block and being excited to ultrasonic vibrations. - a first connection point is produced by a bonding tool being heated directly and a first connection contact surface of a first battery cell and/or a connection conductor being heated in any case locally indirectly by a laser beam directed onto the bonding tool and provided by a laser, by the connection conductor being pressed against the first connection contact surface of the first battery cell by means of the bonding tool, and by the bonding tool being excited to ultrasonic vibrations, the ultrasonic vibrations being transmitted from the bonding tool to the connection conductor; - a second connection point is produced by the connection conductor being pressed by the bonding tool against a second connection contact surface of a second battery cell of the battery block or a collective connection contact of the battery block and being excited to ultrasonic vibrations.
An adhesive bin for storing and moving adhesive particulate to an adhesive melter, the adhesive bin comprising: a supply hopper having a sidewall defining an interior space , said interior space configured for storing adhesive particulate therein; a transfer pump having an inner pump housing defining an inlet , said transfer pump operatively connected to said supply hopper such that said inner pump housing extends from said sidewall into said interior space of said supply hopper , said transfer pump operable to generate a vacuum at said inlet to actuate removal of the adhesive particulate from said supply hopper ; characterized by a shroud connected to said sidewall and extending from said sidewall into said interior space of said supply hopper, said shroud surrounding at least a portion of said inlet for maintaining a consistent minimized depth of adhesive particulate located directly above said inlet , wherein the shroud includes a cover panel vertically above the pump inlet , a medial panel connected on each side of the cover panel for further widening the shroud above the inner pump housing , a side panel extends downward from each of the medial panels , and a bottom panel extends between the pair of side panels , wherein the bottom panel also includes a recess to help assist the adhesive particulate in filling up and covering the pump inlet during use. a supply hopper having a sidewall defining an interior space , said interior space configured for storing adhesive particulate therein; a transfer pump having an inner pump housing defining an inlet , said transfer pump operatively connected to said supply hopper such that said inner pump housing extends from said sidewall into said interior space of said supply hopper , said transfer pump operable to generate a vacuum at said inlet to actuate removal of the adhesive particulate from said supply hopper ; characterized by a shroud connected to said sidewall and extending from said sidewall into said interior space of said supply hopper, said shroud surrounding at least a portion of said inlet for maintaining a consistent minimized depth of adhesive particulate located directly above said inlet , wherein the shroud includes a cover panel vertically above the pump inlet , a medial panel connected on each side of the cover panel for further widening the shroud above the inner pump housing , a side panel extends downward from each of the medial panels , and a bottom panel extends between the pair of side panels , wherein the bottom panel also includes a recess to help assist the adhesive particulate in filling up and covering the pump inlet during use.
A method for manufacturing a protective sheath for a fan blade leading edge comprising: generating a preform plate from an input stock plate , the preform plate having a flat surface and an inclined surface , the inclined surface having a spike extending away from the inclined surface , the preform plate further including a first side and a second side flanking the spike ; bending the first side and the second side away from the spike to generate a sheath intermediate , wherein the sheath intermediate is generated from the preform plate without discarding any material of the preform plate ; and generating the protective sheath from the sheath intermediate by shaping an outer surface and an inner surface of the sheath intermediate to match the contour of the fan blade leading edge. generating a preform plate from an input stock plate , the preform plate having a flat surface and an inclined surface , the inclined surface having a spike extending away from the inclined surface , the preform plate further including a first side and a second side flanking the spike ; bending the first side and the second side away from the spike to generate a sheath intermediate , wherein the sheath intermediate is generated from the preform plate without discarding any material of the preform plate ; and generating the protective sheath from the sheath intermediate by shaping an outer surface and an inner surface of the sheath intermediate to match the contour of the fan blade leading edge.
A method for producing a monoalkylated aromatic product, the method comprising: (a) contacting benzene and an alkylating agent with an alkylation catalyst in a first alkylation reaction zone under alkylation conditions to produce a first alkylation effluent comprising the monoalkylated aromatic product, polyalkylated aromatic product, unreacted benzene and C 5 , C 6 and/or C 7 non-aromatic compounds; (b) removing a purge stream containing C 5 , C 6 and/or C 7 non-aromatic compounds and unreacted benzene from the first alkylation effluent; (c) contacting at least part of the purge stream with an alkylating agent in a second alkylation reaction zone in the presence of an alkylation catalyst under alkylation conditions to produce a second alkylation effluent comprising monoalkylated aromatic product, polyalkylated aromatic product and C 5 , C 6 and/or C 7 non-aromatic compounds; (d) recovering the monoalkylated aromatic product from the first and second alkylation effluents; and (e) purging at least part of the C 5 , C 6 and/or C 7 non-aromatic compounds in the second alkylation effluent. (a) contacting benzene and an alkylating agent with an alkylation catalyst in a first alkylation reaction zone under alkylation conditions to produce a first alkylation effluent comprising the monoalkylated aromatic product, polyalkylated aromatic product, unreacted benzene and C 5 , C 6 and/or C 7 non-aromatic compounds; (b) removing a purge stream containing C 5 , C 6 and/or C 7 non-aromatic compounds and unreacted benzene from the first alkylation effluent; (c) contacting at least part of the purge stream with an alkylating agent in a second alkylation reaction zone in the presence of an alkylation catalyst under alkylation conditions to produce a second alkylation effluent comprising monoalkylated aromatic product, polyalkylated aromatic product and C 5 , C 6 and/or C 7 non-aromatic compounds; (d) recovering the monoalkylated aromatic product from the first and second alkylation effluents; and (e) purging at least part of the C 5 , C 6 and/or C 7 non-aromatic compounds in the second alkylation effluent.
A one-piece roof bow for a commercial vehicle or trailer superstructure, which is formed by reshaping of a sheet metal component, comprising: - an elongate middle portion with a first bead extending in the longitudinal direction of the middle portion , the elongate middle portion having a first cross-sectional profile perpendicular to the longitudinal direction, and - two mounting portions for mounting on the commercial vehicle or trailer superstructure, which mounting portions are formed integrally with the middle portion on the two ends of the middle portion , each of the two mounting portions comprising: a) a first section facing the middle portion and, in comparison with the first cross-sectional profile , having a flatter second cross-sectional profile perpendicular to the longitudinal direction of the middle portion , and b) a second section facing away from the middle portion and bent substantially perpendicular to the longitudinal direction of the middle portion in the opposite direction of the first bead , characterized in that the first cross-sectional profile is substantially Omega-shaped, and a width (b12) of the first cross-sectional profile increases from the ends of the middle portion in the longitudinal direction toward the center of the middle portion by at least 10 mm. - an elongate middle portion with a first bead extending in the longitudinal direction of the middle portion , the elongate middle portion having a first cross-sectional profile perpendicular to the longitudinal direction, and - two mounting portions for mounting on the commercial vehicle or trailer superstructure, which mounting portions are formed integrally with the middle portion on the two ends of the middle portion , each of the two mounting portions comprising: a) a first section facing the middle portion and, in comparison with the first cross-sectional profile , having a flatter second cross-sectional profile perpendicular to the longitudinal direction of the middle portion , and b) a second section facing away from the middle portion and bent substantially perpendicular to the longitudinal direction of the middle portion in the opposite direction of the first bead , a) a first section facing the middle portion and, in comparison with the first cross-sectional profile , having a flatter second cross-sectional profile perpendicular to the longitudinal direction of the middle portion , and b) a second section facing away from the middle portion and bent substantially perpendicular to the longitudinal direction of the middle portion in the opposite direction of the first bead , the first cross-sectional profile is substantially Omega-shaped, and a width (b12) of the first cross-sectional profile increases from the ends of the middle portion in the longitudinal direction toward the center of the middle portion by at least 10 mm.
Suction head connectable to a vacuuming device , which is suitable in particular for sucking up a fluid (F) and storing it in a reservoir , containing a suction inlet opening with at least a first inlet subsection , a second inlet subsection and a third inlet subsection , the first inlet subsection being connected by means of the second inlet subsection to the third inlet subsection in such a way that a fluid (F) sucked in by the vacuuming device subsequently flows through the first, second and third inlet subsections to the reservoir , a central longitudinal axis (R) of the third inlet subsection being arranged substantially horizontally, so that the fluid (F) flows out of the third inlet subsection into the reservoir substantially horizontally, an inlet opening of the first inlet subsection being positioned at the suction head that can be fitted on the reservoir , characterized in that the central longitudinal axis (R) of the third inlet subsection and a central longitudinal axis (M) of the first inlet subsection lie in a plane.