mhurhangee/ep-ind-claims huggingface dataset:
Pergola comprising an upper frame that in turn comprises at least four longitudinal members (1.1), the pergola also comprises at least two supporting means (2,4,5) connected to the upper frame such that between two of said at least two support means (2,4,5) a lateral space is formed that is covered by an enclosure comprising at least one closing element, whereby each closing element comprises a glass pane with an upper edge (3.11), the pergola being characterised in that each longitudinal member (1.1) comprises at least one lower wall (1.11) from the upper face of which emerges at least one side wall (1.12) and from the lower face of which emerge at least two guide walls (1.13), such that between two adjacent guide walls (1.13) a guide space (1.14) is defined in which the upper edge (3.11) of the closing element can move, such that the lower wall (1.11), the side wall (1.12) and the guide walls (1.13) are integrated arrangements of each longitudinal member (1.1).
A sound absorption panel having a structure including a honeycomb material, a felt-like fiber material, and a perforated plate joined in this order with a water-soluble adhesive (10, 11), characterized in that the adhesive and a tip of a wall forming a cell of the honeycomb material are forced into the felt-like fiber material to change a sectional shape from a flat-plate shape to a U-shape, a portion where a fiber in the felt-like fiber material near the wall forming the cell of the honeycomb material and the adhesive are integrated and solidified forms a composite structure (P, Q, R), thereby reinforcing the cell, and the adhesive for joining the felt-like fiber material and the perforated plate extends over an entire surface of the felt-like fiber material exposed at a hole portion of the perforated plate to fix a fiber near said surface, thereby preventing scattering of the fiber, while air permeability is provided by the presence of a gap between fibers. a honeycomb material, a felt-like fiber material, and a perforated plate joined in this order with a water-soluble adhesive (10, 11), characterized in that the adhesive and a tip of a wall forming a cell of the honeycomb material are forced into the felt-like fiber material to change a sectional shape from a flat-plate shape to a U-shape, a portion where a fiber in the felt-like fiber material near the wall forming the cell of the honeycomb material and the adhesive are integrated and solidified forms a composite structure (P, Q, R), thereby reinforcing the cell, and the adhesive for joining the felt-like fiber material and the perforated plate extends over an entire surface of the felt-like fiber material exposed at a hole portion of the perforated plate to fix a fiber near said surface, thereby preventing scattering of the fiber, while air permeability is provided by the presence of a gap between fibers.
A holding fixture (10, 10B) of a wire harness branch part in which branch wires are branched in a direction which intersects trunk wires of the wire harness from the trunk wires, comprising: a trunk wire guiding part which guides the trunk wires; and special wire branching and guiding parts which make special wires (Wt), which are wires among the branch wires whose minimum bending radius is restricted, to be curved in a direction which intersects the trunk wires, and guide the special wires, wherein the special wire branching and guiding parts are formed by arc-shaped walls which are concave when viewed from outside and which make the special wires to be curved with a predetermined radius of curvature and guide the special wires, the arc-shaped walls are formed by inner surfaces of arc-shaped board walls vertically provided on an upper surface of a board, and a member which prevents the special wires (Wt) which are wired along the inner surfaces of the arc-shaped board walls from moving to a direction of separating from the inner surfaces is provided, characterized in that the member is configured to be removed. a trunk wire guiding part which guides the trunk wires; and special wire branching and guiding parts which make special wires (Wt), which are wires among the branch wires whose minimum bending radius is restricted, to be curved in a direction which intersects the trunk wires, and guide the special wires, wherein the special wire branching and guiding parts are formed by arc-shaped walls which are concave when viewed from outside and which make the special wires to be curved with a predetermined radius of curvature and guide the special wires, the arc-shaped walls are formed by inner surfaces of arc-shaped board walls vertically provided on an upper surface of a board, and a member which prevents the special wires (Wt) which are wired along the inner surfaces of the arc-shaped board walls from moving to a direction of separating from the inner surfaces is provided, characterized in that the member is configured to be removed.
An electrophotographic member comprising: a base material; an elastic layer on the base material; and a surface layer on the elastic layer, wherein the elastic layer comprises silicone rubber, the surface layer comprises fluoro rubber, characterized in that a thickness of the surface layer is 3 μm or more, an elastic deformation power ηIT calculated from a load displacement curve, obtained with a nanoindentation test according to ISO 14577 by bringing a Vickers indenter into contact with an outer surface of the surface layer and setting a test load at 120 μN, is 30 to 50%, and a Martens hardness determined by the nanoindentation test at the outer surface of the surface layer is 12.0 to 18.0 N/mm 2. a base material; an elastic layer on the base material; and a surface layer on the elastic layer, wherein the elastic layer comprises silicone rubber, the surface layer comprises fluoro rubber, characterized in that a thickness of the surface layer is 3 μm or more, an elastic deformation power ηIT calculated from a load displacement curve, obtained with a nanoindentation test according to ISO 14577 by bringing a Vickers indenter into contact with an outer surface of the surface layer and setting a test load at 120 μN, is 30 to 50%, and a Martens hardness determined by the nanoindentation test at the outer surface of the surface layer is 12.0 to 18.0 N/mm 2.
A method for cooling a liquid containing a volatile component and a surfactant by supplying the liquid to a cooling tank containing an atmosphere having a pressure which is lower than or equal to the saturated vapor pressure of the volatile component and thereby vaporizing at least a portion of the volatile component, characterized in that a flying time of the liquid defined as a value obtained by dividing a flying distance of the liquid by an initial speed of the liquid represented by: the liquid initial speed = a volume flow rate of the liquid during supply / a supply area of the liquid is 0.030 sec or more, with the flying distance of the liquid being the linear distance over which the liquid flies in the cooling tank.
A method for assisting a user equipment in measuring, comprising: detecting, by the user equipment, UE, a discovery reference signal, DRS, sent by a second base station; receiving, by the UE after detecting the DRS, a radio resource management reference signal, RRM-RS, sent by the second base station; performing, by the UE, measurement according to the RRM-RS to obtain a measurement result; and sending, by the UE, the measurement result to a first base station;, wherein the DRS comprises identity information of a cell formed by the second base station, frequency channel number information of the second base station, and frequency domain information, time domain information, and sequence information of the RRM-RS. detecting, by the user equipment, UE, a discovery reference signal, DRS, sent by a second base station; receiving, by the UE after detecting the DRS, a radio resource management reference signal, RRM-RS, sent by the second base station; performing, by the UE, measurement according to the RRM-RS to obtain a measurement result; and sending, by the UE, the measurement result to a first base station;, wherein the DRS comprises identity information of a cell formed by the second base station, frequency channel number information of the second base station, and frequency domain information, time domain information, and sequence information of the RRM-RS.
A three-dimensional bouquet comprising an outer layer and one or more inner layer:, with the inner layer(s) located within the outer layer, such that the outer layer surrounds and forms a three-dimensional cavity; the cavity wall has at least two symmetrical creases (103, 104) and symmetrically positioned through-holes (201, 202) on the left and right sides; the cavity wall is equipped with connecting components (101, 102) with one end passing through the through-holes in the cavity wall and fixed on the inner side of the cavity wall, characterized by the other end having matching latches (1011, 1012) or fasteners; the left and right connecting components can enclose the outer surface of the three-dimensional bouquet and securely lock it into place.
A single-axis solar tracker comprising a support structure comprising a plurality of support elements adapted to be constrained to the ground and defining a substantially vertical direction and at least one tubular element for the support of one or more photovoltaic panels placed side-by-side, said tubular element extending along a longitudinal direction substantially parallel to the installation ground, said solar tracker comprising also connection means of said tubular element to said support elements configured to allow the rotation of said tubular element about an axis substantially parallel to the longitudinal direction, wherein said connection means comprise at least one substantially plate-shaped connection element (14, 14', 14") associated with said tubular element and support and guide means (15, 15a, 15a', 15a", 15c, 15d) integrally associated with said support element, said at least one connection element (14, 14', 14'') comprising in turn at least one guide element (14a, 14a', 14a'') integral with said connection element (14, 14', 14"), said guide element defining at least one outer guide surface and at least one inner guide surface each of which abuts said support and guide means (15, 15a, 15a', 15a", 15c, 15d) said guide element (14a, 14a', 14a") being slidably associated with said support and guide means (15, 15a, 15a', 15a", 15c, 15d), characterized in that said guide element (14a, 14a', 14a")comprises at least one stretch extending in direction substantially orthogonal to and projects from the plane on which lies said plate-shaped connection element (14, 14', 14") and in that said support and guide means comprise sliding shoes (15c, 15d).
A thermoplastic composite material comprising a polymer matrix material, expandable graphite, vermiculite and halloysite, characterized in that it comprises: - 30%-70% by weight of the polymer matrix material having a Vicat softening point below 50 °C (determined as described in PN-EN ISO 3146:2002 Method A); - 10-30% by weight of expandable graphite; - 10-40% by weight of vermiculite; and - 5-10% by weight of halloysite. - 30%-70% by weight of the polymer matrix material having a Vicat softening point below 50 °C (determined as described in PN-EN ISO 3146:2002 Method A); - 10-30% by weight of expandable graphite; - 10-40% by weight of vermiculite; and - 5-10% by weight of halloysite.
A chiller system comprising: a controller configured to control and set thresholds for one or more parameters of the chiller system, wherein the chiller system includes one or more cooling towers, one or more pumps, and one or more water chillers; one or more sensors operably coupled to the controller, wherein the one or more sensors are configured to measure values for one or more parameters; and a processor coupled to the controller, wherein the processor is configured to generate a coordination map based on the measured values and the thresholds for the one or more parameters, configure an operating setpoint for the chiller system based on the coordination map, and control the chiller system based at least in part on the configured operating setpoint; characterized in that: the operating setpoint is at least one of a chilled water supply temperature setpoint or a condenser water supply temperature setpoint. a controller configured to control and set thresholds for one or more parameters of the chiller system, wherein the chiller system includes one or more cooling towers, one or more pumps, and one or more water chillers; one or more sensors operably coupled to the controller, wherein the one or more sensors are configured to measure values for one or more parameters; and a processor coupled to the controller, wherein the processor is configured to generate a coordination map based on the measured values and the thresholds for the one or more parameters, configure an operating setpoint for the chiller system based on the coordination map, and control the chiller system based at least in part on the configured operating setpoint; characterized in that: the operating setpoint is at least one of a chilled water supply temperature setpoint or a condenser water supply temperature setpoint.
A polymeric polyol composition comprising the reaction product(s) of: (i) a polyamine initiator composition which is the reaction product(s) of the polymerization of aminoethylpiperazine comprising one or more of the compounds represented by the structures: where n is from 1 to 10; where n is from 0 to 10 and o is from 1 to 10 with the proviso that n + o is equal to or less than 10; and (ii) at least one epoxide compound having the structure VI: or at least one glycidyl ether compound having the structure VII: or a combination thereof; wherein R 1 is hydrogen, phenyl, cyclohexyl, or a C 1 to C 18 linear or branched alkyl and R 2 is hydrogen, phenyl, a C 1 to C 6 linear or branched alkyl-substituted phenyl, or a C 1 -C 18 linear or branched alkyl. (i) a polyamine initiator composition which is the reaction product(s) of the polymerization of aminoethylpiperazine comprising one or more of the compounds represented by the structures: where n is from 1 to 10; where n is from 0 to 10 and o is from 1 to 10 with the proviso that n + o is equal to or less than 10; and (ii) at least one epoxide compound having the structure VI: or at least one glycidyl ether compound having the structure VII: or a combination thereof; wherein R 1 is hydrogen, phenyl, cyclohexyl, or a C 1 to C 18 linear or branched alkyl and R 2 is hydrogen, phenyl, a C 1 to C 6 linear or branched alkyl-substituted phenyl, or a C 1 -C 18 linear or branched alkyl. wherein R 1 is hydrogen, phenyl, cyclohexyl, or a C 1 to C 18 linear or branched alkyl and R 2 is hydrogen, phenyl, a C 1 to C 6 linear or branched alkyl-substituted phenyl, or a C 1 -C 18 linear or branched alkyl.
Suction gripper device, comprising - a suction body which, when used as intended, is subjected to use-related wear, at least in portions, - a wear detection device for detecting a wear state of the suction body, comprising: o a magnetic field device for providing a test magnetic field, wherein the magnetic field device is designed in such a way that the provided test magnetic field changes depending on progressive use-related wear of the suction body; o a sensor device, in particular comprising at least one magnetic field sensor, for detecting the test magnetic field. - a suction body which, when used as intended, is subjected to use-related wear, at least in portions, - a wear detection device for detecting a wear state of the suction body, comprising: o a magnetic field device for providing a test magnetic field, wherein the magnetic field device is designed in such a way that the provided test magnetic field changes depending on progressive use-related wear of the suction body; o a sensor device, in particular comprising at least one magnetic field sensor, for detecting the test magnetic field. o a magnetic field device for providing a test magnetic field, wherein the magnetic field device is designed in such a way that the provided test magnetic field changes depending on progressive use-related wear of the suction body; o a sensor device, in particular comprising at least one magnetic field sensor, for detecting the test magnetic field.
A process for preserving biomass material comprising pectin, the process comprising: contacting the biomass material with a preserving composition comprising alcohol to form a preserved biomass material; and storing the preserved biomass material for at least 24 hours; wherein alcohol is present in the preserving composition in an amount from 40 to 100% by weight of the preserving composition and the preserving composition is in an amount of at least 40% by weight of the biomass material. contacting the biomass material with a preserving composition comprising alcohol to form a preserved biomass material; and storing the preserved biomass material for at least 24 hours; wherein alcohol is present in the preserving composition in an amount from 40 to 100% by weight of the preserving composition and the preserving composition is in an amount of at least 40% by weight of the biomass material.
An image fixing device comprising: an endless fixing belt; a fixing belt holding member that holds the fixing belt; a pressure member that makes a contact with the circumference of the fixing belt; a nip forming member that is disposed inside the fixing belt and forms a nip by making a contact with the pressure member with the fixing belt between the nip forming member and the pressure member; a nip supporting member that supports the nip forming member and that is formed of a sheet metal; a side plate that supports the fixing belt holding member and the nip supporting member; and a pressure mechanism that presses the pressure member against the nip forming member with the fixing belt between the pressure member and the nip forming member, wherein both end surfaces of the nip supporting member are shear surfaces and one of the shear surfaces makes a contact with the nip forming member and the other shear surface is supported by the side plate, characterized in that the nip supporting member includes a first stay, a second stay and a third stay, wherein the second stay is bent midway and the first stay and the second stay are fixed to each other, wherein the top end surface of the first stay is configured to penetrate through the surface of the third stay and the top end surface of the second stay is configured to also penetrate through the surface of the third stay, wherein the top end surfaces of the first stay and the second stay are configured to form pad supporting surfaces. an endless fixing belt; a fixing belt holding member that holds the fixing belt; a pressure member that makes a contact with the circumference of the fixing belt; a nip forming member that is disposed inside the fixing belt and forms a nip by making a contact with the pressure member with the fixing belt between the nip forming member and the pressure member; a nip supporting member that supports the nip forming member and that is formed of a sheet metal; a side plate that supports the fixing belt holding member and the nip supporting member; and a pressure mechanism that presses the pressure member against the nip forming member with the fixing belt between the pressure member and the nip forming member, wherein both end surfaces of the nip supporting member are shear surfaces and one of the shear surfaces makes a contact with the nip forming member and the other shear surface is supported by the side plate, characterized in that the nip supporting member includes a first stay, a second stay and a third stay, wherein the second stay is bent midway and the first stay and the second stay are fixed to each other, wherein the top end surface of the first stay is configured to penetrate through the surface of the third stay and the top end surface of the second stay is configured to also penetrate through the surface of the third stay, wherein the top end surfaces of the first stay and the second stay are configured to form pad supporting surfaces.
Submarine with a device for the concealed deployment of an inflatable boat, the device having a storage region arranged outside the pressure hull of the submarine, wherein the storage area is designed for storing and dispensing a pressure-resistant capsule, wherein the capsule is designed to receive an inflatable boat, wherein the capsule is cylindrical in shape, wherein the capsule has two half-shells, wherein the half-shells have a flat connecting region, wherein the bearing region has a clamping device, wherein the clamping device is designed for fixing the capsule, wherein the clamping device contacts the capsule in the connecting region of the half-shells, wherein the bearing region and the capsule are connected to one another via a retaining cable, wherein the bearing region has a dispensing device for controlled dispensing of the retaining cable.
Printing system for printing a three-dimensional optical component, comprising a printing unit comprising a print head with ejection nozzles for ejecting droplets of printing ink, comprising a measurement unit to measure optical properties of a pre-structure of the three-dimensional optical component characterized in that the measurement unit comprises at least one light source and at least one light detector, further comprising a process control unit for determining the difference between the measured optical properties of the pre-structure and target optical properties of the pre-structure, wherein the measurement accuracy of the measurement unit is adjustable, characterised in that the measurement unit is a schlieren measurement unit and the measured optical properties of the pre-structure are recorded as an actual schlieren image, wherein the schlieren measurement unit comprises at least one light source, at least one imaging screen, at least a first optical element and a second optical element and further comprises a knife edge, wherein the distance between pre-structure and the knife edge can be varied to vary the sensitivity of the schlieren measurement.
Wheel axle suspension for a vehicle, comprising on both sides of the vehicle a trailing arm which extends in the longitudinal direction of the vehicle, a thin walled tubular axle body, which has attachment regions where the axle body is attached to the trailing arms, each trailing arm being hingedly connected at the front, viewed in the direction of travel of the vehicle, to a bearing bracket which is arranged on the vehicle chassis, as well as a pneumatic spring which is operational between each of the trailing arms and the chassis, wherein the wheel axle suspension furthermore comprises clamp bodies (32, 5) for clamping the axle body at the attachment regions thereof so as to attach the axle body to the trailing arms, as well as tensioning elements (8, 9, 11, 12) for providing the clamp force for the clamp bodies (32, 5), wherein the clamp bodies (32, 5) engage the axle body over a certain longitudinal distance of the attachment region and around virtually its entire circumference, wherein the axle body has a substantially circular cross section in the clamping regions and is provided with an indent in each of the clamping regions, characterised in that the indent is of elongated shape and extends in a longitudinal direction of the axle body and wherein at least one of the clamp bodies is provided with a protrusion that engages in the elongated indent, wherein the elongated indent has in cross section a rounded shape, e.g. a circle segment shape, and wherein the protrusion has a rounded cross section, e.g. has in cross section the shape of a circle segment.