mhurhangee/ep-ind-claims huggingface dataset:
An alarm system controller, comprising: an interface connectable to receive data originating from an entity located outside of a monitored premises, the data providing information detailing an impending request for temporary access of the monitored premises; and an access module configured to use the data from the interface to determine a predefined access plan to allow the temporary access to a predefined sub-area of the premises without triggering an alarm event, and to implement the predefined access plan at a time of receipt of an actual request for the temporary access, wherein the alarm system controller is an alarm panel, wherein the alarm panel receives and stores delivery data from an alarm panel company server, including at least: delivery company identifier, shipping company, delivery number, estimated delivery date, time-of-day delivery window, number of delivery items, and estimated time length of access for the subject delivery, wherein the alarm panel considers some of the delivery data to determine whether to set its own maximum length of access time for the subject delivery to provide an extra buffer of access time to avoid a situation where an inadvertent alarm event is triggered by the access time running out before the access is complete. an interface connectable to receive data originating from an entity located outside of a monitored premises, the data providing information detailing an impending request for temporary access of the monitored premises; and an access module configured to use the data from the interface to determine a predefined access plan to allow the temporary access to a predefined sub-area of the premises without triggering an alarm event, and to implement the predefined access plan at a time of receipt of an actual request for the temporary access, wherein the alarm system controller is an alarm panel, wherein the alarm panel receives and stores delivery data from an alarm panel company server, including at least: delivery company identifier, shipping company, delivery number, estimated delivery date, time-of-day delivery window, number of delivery items, and estimated time length of access for the subject delivery, wherein the alarm panel considers some of the delivery data to determine whether to set its own maximum length of access time for the subject delivery to provide an extra buffer of access time to avoid a situation where an inadvertent alarm event is triggered by the access time running out before the access is complete.
A curved two-dimensional array transducer comprising: a layer of backing material; a layer of integrated circuitry overlaying the backing material; and a layer of piezoelectric material overlaying and electrically coupled to the layer of integrated circuitry, wherein the layer of piezoelectric material is diced in first and second (80,82) orthogonal directions and the layer of integrated circuitry is diced in the second direction characterized in that the layer of backing material is curved in the first direction. a layer of backing material; a layer of integrated circuitry overlaying the backing material; and a layer of piezoelectric material overlaying and electrically coupled to the layer of integrated circuitry, wherein the layer of piezoelectric material is diced in first and second (80,82) orthogonal directions and the layer of integrated circuitry is diced in the second direction
A method for mitigating degradation of a wooden piece immersed in water, wherein the degradation is caused by the presence of microorganisms in the water, the method comprising: driving into a surface exposable to water of said wooden piece a large number of staples made of a material comprising iron, said staples having at least one prong (24, 26), and being distributed on said surface with a homogeneous density, whereby the homogeneous density of staples and the deepness of driving of the staples on said surface in said wood piece are adjusted to produce, by means of a chemical reaction between the water and the iron of the staples when the water immerses said surface, a homogeneous ferrous oxide barrier on and underneath said surface over a certain thickness into the wooden piece to protect the wooden piece against degradation caused by the presence of microorganisms in the water, characterized in that: i) the homogeneous density of staples on said surface of the wooden post ranges between 2100 and 6000 staples per square meter; and ii) the deepness of driving of staples on said surface in said wood piece is given by the length of the prongs (24, 26), said length ranging between 25-50 mm. driving into a surface exposable to water of said wooden piece a large number of staples made of a material comprising iron, said staples having at least one prong (24, 26), and being distributed on said surface with a homogeneous density, whereby the homogeneous density of staples and the deepness of driving of the staples on said surface in said wood piece are adjusted to produce, by means of a chemical reaction between the water and the iron of the staples when the water immerses said surface, a homogeneous ferrous oxide barrier on and underneath said surface over a certain thickness into the wooden piece to protect the wooden piece against degradation caused by the presence of microorganisms in the water, characterized in that: i) the homogeneous density of staples on said surface of the wooden post ranges between 2100 and 6000 staples per square meter; and ii) the deepness of driving of staples on said surface in said wood piece is given by the length of the prongs (24, 26), said length ranging between 25-50 mm. i) the homogeneous density of staples on said surface of the wooden post ranges between 2100 and 6000 staples per square meter; and ii) the deepness of driving of staples on said surface in said wood piece is given by the length of the prongs (24, 26), said length ranging between 25-50 mm.
A component comprising - a two-dimensionally extending decorative element having a visible side and a back side, - a layer (5, 5') produced from a first material or a plurality of layers (5, 5') produced from first materials, wherein the one or more layers (5, 5') is/are each arranged on the back side of the two-dimensionally extending decorative element and each has a front side and a rear side, wherein the front side in each case faces the back side of the two-dimensionally extending decorative element, and - a housing produced from a second material and having an inner side and an outer side, wherein the inner side faces the respective rear sides of the one or more layers, - at least one lighting element for coupling light into at least one of the one or more layers (5, 5') and - at least one electric power transmission element for supplying the lighting element with electric power, wherein the first material or materials has/have hardnesses which are in each case different to the hardness of the second material, wherein the housing engages in at least one recess, which is arranged in one of the one or more layers (5, 5'), and wherein the housing has at least one aperture, wherein the inner side of the housing forms an inlet opening of the aperture and the outer side of the housing forms an outlet opening of the aperture, wherein the electric power transmission element extends at least through the aperture from the inner side to the outer side of the housing, characterized in that the housing has, on the inner side, a sealing element pointing in the direction of the rear sides of the one or more layers (5, 5'), wherein the sealing element engages in the recess or in one of the recesses, wherein the sealing element at least partially, preferably completely, forms the inlet opening of the aperture. - a two-dimensionally extending decorative element having a visible side and a back side, - a layer (5, 5') produced from a first material or a plurality of layers (5, 5') produced from first materials, wherein the one or more layers (5, 5') is/are each arranged on the back side of the two-dimensionally extending decorative element and each has a front side and a rear side, wherein the front side in each case faces the back side of the two-dimensionally extending decorative element, and - a housing produced from a second material and having an inner side and an outer side, wherein the inner side faces the respective rear sides of the one or more layers, - at least one lighting element for coupling light into at least one of the one or more layers (5, 5') and - at least one electric power transmission element for supplying the lighting element with electric power,
Process for monitoring a state and movement sequence in an aseptic work chamber of a containment located in an installation room, having at least one work glove ( 1,2) which projects into the work chamber and is worn by an operator, wherein: a) the respective work glove ( 1,2) can be extended in the work chamber as far as a maximum gripping range ( R1, R2) in the three spatial axes ( x,y,z); and b) a tracking system (C1-C3) is installed, the recordings of which are used for continuous three-dimensional localization of the at least one work glove ( 1,2) and are stored in a computer unit, characterized by the following steps: c) definition of at least one three-dimensional or two-dimensional prohibited region ( V1, V2) in the work chamber; d) at least some individual surface sections of the containment are defined as a prohibited region ( V1,V2); e) a prohibited region (V1,V2) is arranged set up around machines which are installed in the work chamber and which represent a hazard for the operator; f) the coordinates of the at least one prohibited region (V1,V2) are stored in the computer unit; g) the operator is warned when intervening with the at least one work glove ( 1,2) into the at least one prohibited region ( V1,V2). a) the respective work glove ( 1,2) can be extended in the work chamber as far as a maximum gripping range ( R1, R2) in the three spatial axes ( x,y,z); and b) a tracking system (C1-C3) is installed, the recordings of which are used for continuous three-dimensional localization of the at least one work glove ( 1,2) and are stored in a computer unit, characterized by the following steps: c) definition of at least one three-dimensional or two-dimensional prohibited region ( V1, V2) in the work chamber; d) at least some individual surface sections of the containment are defined as a prohibited region ( V1,V2); e) a prohibited region (V1,V2) is arranged set up around machines which are installed in the work chamber and which represent a hazard for the operator; f) the coordinates of the at least one prohibited region (V1,V2) are stored in the computer unit; g) the operator is warned when intervening with the at least one work glove ( 1,2) into the at least one prohibited region ( V1,V2).
Hand-held power tool in the form of a lawn trimmer or brush cutter, having a handle unit and a treatment unit which are connected to one another, and spaced apart from one another, via a distance unit, wherein the distance unit has a central axis or longitudinal axis, and wherein the treatment unit has an axis of rotation about which an insert tool, in particular a cutting line or cutting blade, can rotate, wherein, at least in a horizontal cutting configuration (58, 400) of the lawn trimmer or brush cutter, the central or longitudinal axis and the axis of rotation have an axis offset from one another and/or do not intersect, characterized in that the handle unit has a V-shaped arrangement with an opening angle, wherein an angle bisector of the opening angle that is projected onto the horizontal cutting plane (82, 83) is oriented parallel to a main cutting direction of the cutting head, or in that at least an angle bisector of the opening angle that is projected onto the horizontal cutting plane (82, 83) specifies a main cutting direction axis, wherein the cutting head has a parallel offset from the main cutting direction axis, in particular a parallel offset from the main cutting direction axis of ≥ 1/2 times the handle spacing or ≥ 1/2 times a shoulder width of a user and/or ≥ 100 mm, in particular ≥ 150 mm, particularly preferably ≥ 200 mm and/or that increases with increasing telescopic length of the telescope unit, characterized in that the central axis or longitudinal axis intersects the treatment unit.
Brazing alloy wire formed from a composite comprising a sheath of at least one ductile first phase and a core comprising particles of a different composition to the sheath, in which:- • the sheath has an annealing temperature in degrees K • the particles have a melting point at least 20% above the annealing temperature of the sheath • the particles have a size distribution in which 25% by weight or less comprise particles less than 25μm in size • the particles are discrete • the particles have a free metal content of less than 10% by volume • the particles have a convexity greater than 0.7 • the particles have an aspect ratio of less than 4:1 the overall composition of the composite being equivalent to a low ductility alloy composition. • the sheath has an annealing temperature in degrees K • the particles have a melting point at least 20% above the annealing temperature of the sheath • the particles have a size distribution in which 25% by weight or less comprise particles less than 25μm in size • the particles are discrete • the particles have a free metal content of less than 10% by volume • the particles have a convexity greater than 0.7 • the particles have an aspect ratio of less than 4:1
Cylinder head for a combustion engine made out of at least two sections (2, 3) of which the first section forming the combustion chamber-side end of the cylinder head is precast from a mechanically and/or thermally highly loadable metallic light metal material and of which the second section is precast from a less highly loadable light metal cast material, characterised in that the two sections (2, 3) are connected to each other in a materially-bonded manner via a metallic intermediate layer extending flat between the sections (2, 3) and also consisting of a metallic material, in that the first section having a higher loadability is cast from a silicone-free, high-strength alloy of the AlCu type, while the second section having a lower loadability is cast from an alloy of the AlSi type and in that the material of the metallic intermediate layer is related to the materials of the first section and of the second section.
A process, for converting a reactant composition comprising Hand CO to a product comprising at least one aliphatic hydrocarbon having at least 5 carbon atoms, the process comprising: flowing the reactant composition in a microchannel reactor in contact with a Fischer-Tropsch catalyst and converting the reactant composition in the microchannel reactor to the product, the catalyst comprising Co supported on a support, the Co loading being at least 25% by weight, the microchannel reactor comprising a plurality of process microchannels containing the catalyst, the catalyst being in the form of a fixed bed of particulate solids packed inside the process microchannels, a median particle diameter of the particulate solids in the range of 1 to 1000 μm; transferring heat from the process microchannels to a heat exchanger, the heat exchanger comprising a plurality of heat exchange channels, the heat exchange channels being adjacent to the process microchannels, the heat exchange channels containing a heat exchange fluid, a temperature of the reactant composition at an entrance of the process microchannels within 200°C of a temperature of the product at an exit of the process microchannels; and removing the product from the microchannel reactor; the process producing at least 0.5 gram of aliphatic hydrocarbon having at least 5 carbon atoms per gram of catalyst per hour; and the selectivity to methane in the product being less than 25%. flowing the reactant composition in a microchannel reactor in contact with a Fischer-Tropsch catalyst and converting the reactant composition in the microchannel reactor to the product, the catalyst comprising Co supported on a support, the Co loading being at least 25% by weight, the microchannel reactor comprising a plurality of process microchannels containing the catalyst, the catalyst being in the form of a fixed bed of particulate solids packed inside the process microchannels, a median particle diameter of the particulate solids in the range of 1 to 1000 μm; transferring heat from the process microchannels to a heat exchanger, the heat exchanger comprising a plurality of heat exchange channels, the heat exchange channels being adjacent to the process microchannels, the heat exchange channels containing a heat exchange fluid, a temperature of the reactant composition at an entrance of the process microchannels within 200°C of a temperature of the product at an exit of the process microchannels; and removing the product from the microchannel reactor; the process producing at least 0.5 gram of aliphatic hydrocarbon having at least 5 carbon atoms per gram of catalyst per hour; and the selectivity to methane in the product being less than 25%.
An electronic device comprising: a wiring board having one or more layers (14, 16, 18, 20, 22, 24, 26, 28, 30); an integrated circuit arranged on a side of the wiring board; an antenna arranged on an opposing side of the wiring board; and a signal path; wherein the integrated circuit is arranged to generate a high frequency signal and to feed it to the signal path, the signal path is arranged to convey the high frequency signal to the antenna, and the antenna is arranged to emit the high frequency signal into an environment of the electronic device; or wherein the antenna is arranged to receive the high frequency signal from said environment and to feed it to the signal path, the signal path is arranged to convey the high frequency signal to the integrated circuit, and the integrated circuit is arranged to process the high frequency signal; wherein the signal path comprises a wave guide that traverses all of said layers (16, 18, 20, 22, 24, 26, 28, 30); wherein the wave guide has a hollow cylindrical inner space, and the wave guide has a first end near the integrated circuit, for conveying the high frequency signal between said first end and said integrated circuit by nonconductive electromagnetic coupling. a wiring board having one or more layers (14, 16, 18, 20, 22, 24, 26, 28, 30); an integrated circuit arranged on a side of the wiring board; an antenna arranged on an opposing side of the wiring board; and a signal path; wherein the integrated circuit is arranged to generate a high frequency signal and to feed it to the signal path, the signal path is arranged to convey the high frequency signal to the antenna, and the antenna is arranged to emit the high frequency signal into an environment of the electronic device; or wherein the antenna is arranged to receive the high frequency signal from said environment and to feed it to the signal path, the signal path is arranged to convey the high frequency signal to the integrated circuit, and the integrated circuit is arranged to process the high frequency signal; wherein the signal path comprises a wave guide that traverses all of said layers (16, 18, 20, 22, 24, 26, 28, 30); wherein the wave guide has a hollow cylindrical inner space, and the wave guide has a first end near the integrated circuit, for conveying the high frequency signal between said first end and said integrated circuit by nonconductive electromagnetic coupling.
An imaging device comprising: a lens; a release button configured to receive a shooting instruction; and a frame portion (3, 20) configured to form a cavity (3d, 20d), at least a portion of the frame portion being an opening and closing member (3b, 20f), said frame portion (3,20) being configured to function as a carabiner and as a see-through finder in a shooting direction, wherein the release button and the opening and closing member (3b, 20f) of the frame portion (3, 20) are disposed so that projections of at least a portion of the opening and closing member and the release button do not overlap each other in the operation direction of the release button, wherein the frame portion (3, 20) is configured to form a portion of the exterior of the imaging device, and wherein the lens is disposed between the frame portion (3, 20) and the release button in a third axis, orthogonal to both a first axis parallel to the operation direction of the release button and a second axis parallel to an optical axis of the lens. a lens; a release button configured to receive a shooting instruction; and a frame portion (3, 20) configured to form a cavity (3d, 20d), at least a portion of the frame portion being an opening and closing member (3b, 20f), said frame portion (3,20) being configured to function as a carabiner and as a see-through finder in a shooting direction, wherein the release button and the opening and closing member (3b, 20f) of the frame portion (3, 20) are disposed so that projections of at least a portion of the opening and closing member and the release button do not overlap each other in the operation direction of the release button, wherein the frame portion (3, 20) is configured to form a portion of the exterior of the imaging device, and wherein the lens is disposed between the frame portion (3, 20) and the release button in a third axis, orthogonal to both a first axis parallel to the operation direction of the release button and a second axis parallel to an optical axis of the lens.
A sealing blade, which includes opposite elongated edges (30, 31) and between them a flat and which is adaptable to a blade holder arranged in a coating applicator of a coating device and into contact with a moving surface, wherein a contact surface, which may be arranged against the moving surface and which is 5 - 15% of the width of the sealing blade, is adapted in the sealing blade, and wherein the sealing blade includes: - a fastening area adapted on the side of a first elongated edge, from which fastening area the sealing blade is adapted to be fastened to said blade holder, - a second elongated edge, which is opposite to the first elongated edge, - flat surfaces (32a, 32b) located on the opposite sides of the sealing blade between the elongated edges (30, 31), to which flat surface said contact surface is adapted on one side, characterized in that the flat of the sealing blade is divided into more than two areas (35.1 - 35.3), from which the contact surface is formed in at least one area (35.1), and the flat of the sealing blade is divided into the more than two areas (35.1 - 35.3) by means of more than one folds (36.1, 36.2). - a fastening area adapted on the side of a first elongated edge, from which fastening area the sealing blade is adapted to be fastened to said blade holder, - a second elongated edge, which is opposite to the first elongated edge, - flat surfaces (32a, 32b) located on the opposite sides of the sealing blade between the elongated edges (30, 31), to which flat surface said contact surface is adapted on one side,