mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a rigid corner reinforcement for reinforced concrete construction, composed of at least two substantially identically shaped U-shaped reinforcement elements, which are formed by substantially rectangular bending the ends projecting beyond the outermost longitudinal struts, of crossbars arranged in a regular grid, of a grating element having substantially more crossbars than longitudinal struts, wherein in a first step a first of the U-shaped reinforcement elements is placed with its closed end in the corner of a corner connection to be reinforced, that the open ends of the U in the direction of the other profile of a first wall or floor section (8, 7) to be connected to the corner joint, in a second step, the second U-shaped reinforcement element is threaded with its longitudinal struts about the longitudinal struts of the first U-shaped reinforcement element, that lies with its closed end in the region of the closed end of the first reinforcement element and runs with its open end in the direction of the profile of a second wall or floor section (8, 7) to be connected to the corner joint and wherein, in a third step, the so nested reinforcement elements are cast in concrete or surrounded by other means.
A broadband light source (300; 400; 500; 600) comprising: an optic coupler (3; 7; 12-15) having a plurality of input branches optically connected to an output branch; and a plurality of light sources (1, 2; 1, 2, 5, 6), coupled to the plurality of input branches of the optical coupler, a first light source of the plurality of light sources is to output light having a different wavelength distribution to at least one other light source (1; 1, 5, 6) of the plurality of light sources, wherein: the first light source comprises an incandescent light operative at low-colour-temperature operation; the arrangement of the optical coupler being such that the outputs of the plurality of light sources (1, 2; 1, 2, 5, 6) shall be caused to be mixed in the output branch of the optic coupler (3; 7; 12-15) so as to combine the spectral outputs of the plurality of light sources; such that they extend the short wavelength end of the spectrum of the incandescent light. an optic coupler (3; 7; 12-15) having a plurality of input branches optically connected to an output branch; and a plurality of light sources (1, 2; 1, 2, 5, 6), coupled to the plurality of input branches of the optical coupler, a first light source of the plurality of light sources is to output light having a different wavelength distribution to at least one other light source (1; 1, 5, 6) of the plurality of light sources, wherein: the first light source comprises an incandescent light operative at low-colour-temperature operation; the arrangement of the optical coupler being such that the outputs of the plurality of light sources (1, 2; 1, 2, 5, 6) shall be caused to be mixed in the output branch of the optic coupler (3; 7; 12-15) so as to combine the spectral outputs of the plurality of light sources; such that they extend the short wavelength end of the spectrum of the incandescent light. the first light source comprises an incandescent light operative at low-colour-temperature operation; the arrangement of the optical coupler being such that the outputs of the plurality of light sources (1, 2; 1, 2, 5, 6) shall be caused to be mixed in the output branch of the optic coupler (3; 7; 12-15) so as to combine the spectral outputs of the plurality of light sources; such that they extend the short wavelength end of the spectrum of the incandescent light.
A process for the preparation of mill dried methylhydroxypropylcellulose (MHPC), in which, as feed material, water- and optionally alcohol-moist methylhydroxypropylcelluloses having a DS (methyl) of from 1.50 to 2.1, an MS (hydroxypropyl) of from 0.40 to 1.5 and a water content of from 25 to 60% by weight are subjected to mill drying.
Method for producing a composite body for a security and/or value document, comprising the steps: - providing a transparent planar substrate layer made of a thermoplastic plastic material; - introducing a plurality of openings into the transparent planar substrate layer; - assembling the substrate layer provided with the openings with at least one other transparent thermoplastic substrate layer into a substrate layer stack, such that the volumes formed by the openings are filled with a gas and are continuously surrounded by thermoplastic substrate layer material; - laminating the substrate layers to the composite body in a high-temperature, high-pressure method, such that a planar composite body with an upper face and a lower face is produced, and the gas-filled volumes remain in the composite body as inclusions, which have a curvature on a boundary surface facing the upper face and/or on a boundary surface facing away from the upper face, characterised in that, during the high-temperature, high-pressure lamination method, the gas enclosures are formed from gas-filled volumes formed in openings of the one substrate layer, which in the substrate layer stack are continuously surrounded by the thermoplastic substrate layer material. - providing a transparent planar substrate layer made of a thermoplastic plastic material; - introducing a plurality of openings into the transparent planar substrate layer; - assembling the substrate layer provided with the openings with at least one other transparent thermoplastic substrate layer into a substrate layer stack, such that the volumes formed by the openings are filled with a gas and are continuously surrounded by thermoplastic substrate layer material; - laminating the substrate layers to the composite body in a high-temperature, high-pressure method, such that a planar composite body with an upper face and a lower face is produced, and the gas-filled volumes remain in the composite body as inclusions, which have a curvature on a boundary surface facing the upper face and/or on a boundary surface facing away from the upper face, characterised in that, during the high-temperature, high-pressure lamination method, the gas enclosures are formed from gas-filled volumes formed in openings of the one substrate layer, which in the substrate layer stack are continuously surrounded by the thermoplastic substrate layer material.
A system comprising: an additive-manufacturing device comprising: a build chamber; a base adjustably coupled to the build chamber; a build platform adjustably coupled to the base and configured to travel, relative to the base and perpendicular to the base, in response to pressure applied to or by a build piece on the build platform; and a blade for transporting and smoothing build material over an upper surface of the build piece. a build chamber; a base adjustably coupled to the build chamber; a build platform adjustably coupled to the base and configured to travel, relative to the base and perpendicular to the base, in response to pressure applied to or by a build piece on the build platform; and a blade for transporting and smoothing build material over an upper surface of the build piece.
A method for supervising an elevator equipment, said equipment comprising at least one load element (2, 3), each load element comprising a car or a counterweight, two pulleys (6, 7) intended to be installed at the respective ends of an elevator shaft, a linear element passing through the pulleys and on which at least one load element is mounted, and a drive motor for driving the movement of this linear element, the method comprising: (a) receiving a measured value of a parameter representative of an engine torque (C") applied by the engine, (b) estimating (202, 205) at least one value of parameter relating to the elevator equipment depending on the value of the parameter representing the engine torque received in step (a), and (c) transmitting a signal developed depending on the estimated value in step (b) to a user interface or to a device for controlling the elevator equipment; characterised in that said at least one parameter relating to the elevator equipment comprises a parameter relating to the linear element (P c, F ERC), and said parameter relating to the linear element is further estimated depending on a current car load value when measuring the engine torque; and in that the linear element forms, with the pulleys and with said at least one load element which is mounted on the linear element, a closed loop. (a) receiving a measured value of a parameter representative of an engine torque (C") applied by the engine, (b) estimating (202, 205) at least one value of parameter relating to the elevator equipment depending on the value of the parameter representing the engine torque received in step (a), and (c) transmitting a signal developed depending on the estimated value in step (b) to a user interface or to a device for controlling the elevator equipment; characterised in that said at least one parameter relating to the elevator equipment comprises a parameter relating to the linear element (P c, F ERC), and said parameter relating to the linear element is further estimated depending on a current car load value when measuring the engine torque; and in that the linear element forms, with the pulleys and with said at least one load element which is mounted on the linear element, a closed loop.
Polymer composition, comprising (a) at least 10 wt.-%, based on the total composition, of a heterophasic propylene copolymer (HPP-1), comprising (i) a polypropylene matrix and (ii) an elastomeric propylene copolymer (b) a mineral filler and (c) at least 0.15 wt.-%, based on the total composition, of an earth alkali fatty acid salt; wherein the heterophasic propylene copolymer (HPP-1) has a melt flow rate MFR 2 (230 °C) measured according to ISO 11.33 in the range of 5 to 50 g/10 min and a total xylene cold soluble content determined at 25 °C according to ISO 16152 of 10 to 50 wt.-%. (a) at least 10 wt.-%, based on the total composition, of a heterophasic propylene copolymer (HPP-1), comprising (i) a polypropylene matrix and (ii) an elastomeric propylene copolymer (i) a polypropylene matrix and (ii) an elastomeric propylene copolymer (b) a mineral filler and (c) at least 0.15 wt.-%, based on the total composition, of an earth alkali fatty acid salt;
A method for the treatment of endoscopes, wherein an endoscope is attached to a compressed-air hose connected to a compressed-air source in an compressed air-tight manner and is supplied with a predefined or predefinable quantity or with a predefined or predefinable pressure of compressed air, configuring a first excess pressure with respect to an ambient pressure, wherein during a measuring period with an interrupted connection to the compressed-air source a drop in compressed air is measured and following the end of the measuring period or after falling below a lower limit pressure, the compressed air is wholly or partially let out again and an imperviousness of the endoscope is determined from a course of the drop in pressure, and the endoscope is subsequently treated by applying a second excess pressure which is lower than the first excess pressure, characterized in that at least one first measurement of the humidity of the compressed air is taken during the inflation of the endoscope or during the treatment of the endoscope and at least one second measurement of the humidity of the compressed air is taken at a later time when the compressed air is let out of the endoscope or during the treatment of the endoscope, and the humidity in the endoscope is established on the basis of a difference or trend in the humidity measurements.
A surgical clip applier, comprising: a housing having a trigger movably coupled thereto and an elongate shaft extending therefrom with opposed jaws formed on a distal end thereof; an advancer assembly (40, 40') coupled to the trigger, disposed within the elongate shaft and configured to advance one of a plurality of clips disposed within the elongate shaft into the opposed jaws, the advancer assembly being movable between a proximal position and a distal position; and a feeder shoe disposed within the elongate shaft characterised in that the feeder shoe comprises a tang configured to engage the advancer assembly to lock the advancer assembly, and thus the trigger, in respective partially advanced positions to prevent the advancer assembly from moving to the proximal position, and thus to prevent the trigger from moving to a fully opened position, after the advancer assembly has moved to the distal position to advance a proximal-most clip into the opposed jaws. a housing having a trigger movably coupled thereto and an elongate shaft extending therefrom with opposed jaws formed on a distal end thereof; an advancer assembly (40, 40') coupled to the trigger, disposed within the elongate shaft and configured to advance one of a plurality of clips disposed within the elongate shaft into the opposed jaws, the advancer assembly being movable between a proximal position and a distal position; and a feeder shoe disposed within the elongate shaft characterised in that the feeder shoe comprises a tang configured to engage the advancer assembly to lock the advancer assembly, and thus the trigger, in respective partially advanced positions to prevent the advancer assembly from moving to the proximal position, and thus to prevent the trigger from moving to a fully opened position, after the advancer assembly has moved to the distal position to advance a proximal-most clip into the opposed jaws.
A light emitting device package comprising: a housing including a cavity; a semiconductor light emitting device positioned in the cavity; a lead frame including a first section electrically connected to the light emitting device in the cavity, a second section, which penetrates the housing, extending from the first section and a third section, which is exposed to outside air, extending from the second section; and a sealant for blocking an area from outside air which is defined by a gap between the housing and the second section of the lead frame, wherein the sealant is made of a material having the same heat expansion coefficient as the housing or the lead frame. a housing including a cavity; a semiconductor light emitting device positioned in the cavity; a lead frame including a first section electrically connected to the light emitting device in the cavity, a second section, which penetrates the housing, extending from the first section and a third section, which is exposed to outside air, extending from the second section; and a sealant for blocking an area from outside air which is defined by a gap between the housing and the second section of the lead frame, wherein the sealant is made of a material having the same heat expansion coefficient as the housing or the lead frame.
A liquid cartridge (30, 230, 330) comprising: a casing including a liquid chamber capable of storing liquid therein, the liquid chamber being configured such that an internal pressure of the liquid chamber is reduced in accordance with outflow of liquid from the liquid chamber; a liquid supply portion configured to allow liquid stored in the liquid chamber to flow out of the liquid chamber; a deformable member having an internal space that is in communication with the liquid chamber, the deformable member being elastically deformable such that a dimension of the deformable member in a cross direction that crosses a forward direction and a rearward direction, the forward direction and the rearward direction being defined based on an attached posture of the liquid cartridge, becomes smaller in accordance with the reduction in the internal pressure of the liquid chamber; a movable member including a detection portion that is configured to be detectable from an exterior of the liquid cartridge, the movable member being supported to the casing and movable in the forward direction and the rearward direction relative to the casing, characterized by an urging member, an urging force of which urging the movable member toward the deformable member so that the movable member being in contact with the deformable member in one of the forward direction and the rearward direction; wherein the deformable member protruding from the casing in the cross direction. a casing including a liquid chamber capable of storing liquid therein, the liquid chamber being configured such that an internal pressure of the liquid chamber is reduced in accordance with outflow of liquid from the liquid chamber; a liquid supply portion configured to allow liquid stored in the liquid chamber to flow out of the liquid chamber; a deformable member having an internal space that is in communication with the liquid chamber, the deformable member being elastically deformable such that a dimension of the deformable member in a cross direction that crosses a forward direction and a rearward direction, the forward direction and the rearward direction being defined based on an attached posture of the liquid cartridge, becomes smaller in accordance with the reduction in the internal pressure of the liquid chamber; a movable member including a detection portion that is configured to be detectable from an exterior of the liquid cartridge, the movable member being supported to the casing and movable in the forward direction and the rearward direction relative to the casing, characterized by an urging member, an urging force of which urging the movable member toward the deformable member so that the movable member being in contact with the deformable member in one of the forward direction and the rearward direction; wherein the deformable member protruding from the casing in the cross direction.
A system comprising a toilet bowl with at least one chamber, wherein the bowl can be placed below the rim of the toilet and wherein a solid gel-like sanitary means is present in the chamber of the toilet bowl, characterized in that the solid gel sanitizing agent comprising at least a first composition and a second composition, wherein the sanitizing agent adheres to the chamber shell; and the chamber shell is completely closed on at least one side and the agent adheres to the completely closed side of the chamber shell of the toilet bowl; and the first composition differs from the second composition, whereby the first composition is layered on the second composition; the closed side of the chamber shell is spherical. a toilet bowl with at least one chamber, wherein the bowl can be placed below the rim of the toilet and wherein a solid gel-like sanitary means is present in the chamber of the toilet bowl, characterized in that the solid gel sanitizing agent comprising at least a first composition and a second composition, wherein the sanitizing agent adheres to the chamber shell; and the chamber shell is completely closed on at least one side and the agent adheres to the completely closed side of the chamber shell of the toilet bowl; and the first composition differs from the second composition, the solid gel sanitizing agent comprising at least a first composition and a second composition, wherein the sanitizing agent adheres to the chamber shell; and the chamber shell is completely closed on at least one side and the agent adheres to the completely closed side of the chamber shell of the toilet bowl; and the first composition differs from the second composition, whereby the first composition is layered on the second composition; the closed side of the chamber shell is spherical. the first composition is layered on the second composition; the closed side of the chamber shell is spherical.
A dispenser for storing and dispensing hygiene products, the dispenser comprises in a closed state a rear wall, two opposite side walls (4, 5), a front wall and an upper wall, the dispenser further comprises a dispensing opening and an openable cover that may be opened for refill of the dispenser, at least one wall (4-7, 12) of the dispenser comprising a support structure (34-36, 38, 39) made at least mainly of plastic material, wherein an outer thin metal sheet being laminated to an exterior surface of the support structure (34-36, 38, 39), wherein the surface of the metal sheet comprises a curved surface in at least one direction, characterised in that the metal sheet comprises at least one folded side edge, and in that an exterior surface of the metal sheet is flush with any neighbouring exterior surface of the plastic wall (4-7, 12) of the dispenser.
Adapter part which can be arranged in a transition to a storage space of a dispenser, in particular for insertion into a dispenser according to one of the claims 5 to 11 and/or for use with a storage space according to one of the claims 12 to 15, wherein a cover element, on which an opening can be formed, and a sealing wall extending around the cover element with a suitability for sealing cooperation with the dispenser are provided, wherein a cylinder portion is provided, the cylinder outer surface of which is adapted to be connected to a container part of the storage space, wherein furthermore the cylinder outer surface merges into a cylinder base extending substantially at right angles to the cylinder outer surface, wherein on the upper side of the cylinder base, facing away from the storage chamber, a sealing collar is formed in one piece with the cylinder base and the cylinder section (24, materially uniform, the sealing collar having the cylindrical sealing wall which is formed concentrically with the cylinder section, characterized in that the sealing wall, starting from the surface of the cylinder base, extends approximately over the axial extent of the cylinder section surrounding the sealing wall at a radial distance.
An engine control system comprising: a first controller configured to calculate a target rotational frequency of an engine and control an output torque of the engine according to the target rotational frequency; and a second controller configured to calculate an actual rotational frequency of the engine and, if the target rotational frequency calculated by the first controller exceeds a maximum rotational frequency, which is set as an upper limit of the target rotational frequency, and the actual rotational frequency exceeds the maximum rotational frequency, limit the output torque, which is controlled by the first controller, according to a difference between the actual rotational frequency and the maximum rotational frequency, wherein when the target rotational frequency exceeds the maximum rotational frequency a predetermined number of times, the second controller changes the maximum rotational frequency to the actual rotational frequency observed before the target rotational frequency exceeds the maximum rotational frequency, and limits the output torque according to a difference between the actual rotational frequency and the changed maximum rotational frequency. a first controller configured to calculate a target rotational frequency of an engine and control an output torque of the engine according to the target rotational frequency; and a second controller configured to calculate an actual rotational frequency of the engine and, if the target rotational frequency calculated by the first controller exceeds a maximum rotational frequency, which is set as an upper limit of the target rotational frequency, and the actual rotational frequency exceeds the maximum rotational frequency, limit the output torque, which is controlled by the first controller, according to a difference between the actual rotational frequency and the maximum rotational frequency, wherein when the target rotational frequency exceeds the maximum rotational frequency a predetermined number of times, the second controller changes the maximum rotational frequency to the actual rotational frequency observed before the target rotational frequency exceeds the maximum rotational frequency, and limits the output torque according to a difference between the actual rotational frequency and the changed maximum rotational frequency.