mhurhangee/ep-ind-claims huggingface dataset:
Method for producing of a form part, especially of a plane thin-walled fiber composite part, in a mould, comprising the steps: a) Providing of the mould, wherein the mould comprises a cavity with a nominal form volume for inserting of a reactive mixture, wherein the cavity comprises at least one cavity wall section, which is delimiting the cavity, which cavity wall section is designed to deform elastically during inserting of the reactive mixture, wherein the modulus of compressibility of the cavity is between 2.000 x 10 5 Pa (2.000 bar) and 10.000 x 10 5 Pa (10,000 bar); b) Inserting of the reactive mixture into the cavity, wherein the reactive mixture is inserted under pressure into the cavity so that the cavity volume is increased during the insertion of the reactive mixture due to elastic deformation of the at least one cavity wall section above the nominal form volume; c) Letting solidify of the reactive mixture in the cavity; d) Demoulding of the finished form part from the mould. a) Providing of the mould, wherein the mould comprises a cavity with a nominal form volume for inserting of a reactive mixture, wherein the cavity comprises at least one cavity wall section, which is delimiting the cavity, which cavity wall section is designed to deform elastically during inserting of the reactive mixture, wherein the modulus of compressibility of the cavity is between 2.000 x 10 5 Pa (2.000 bar) and 10.000 x 10 5 Pa (10,000 bar); b) Inserting of the reactive mixture into the cavity, wherein the reactive mixture is inserted under pressure into the cavity so that the cavity volume is increased during the insertion of the reactive mixture due to elastic deformation of the at least one cavity wall section above the nominal form volume; c) Letting solidify of the reactive mixture in the cavity; d) Demoulding of the finished form part from the mould.
Software delivery apparatus comprising a controller operable: to receive a request originating from a terminal, said request identifying a software element for delivery to said terminal; to determine a configuration of said terminal; to determine, based on the configuration of said terminal, whether said requested software element is appropriate for delivery; to be responsive to determining that said requested software element is not appropriate for delivery to identify one or more additional software elements required by said terminal to enable said terminal to support said requested software element; and to source said one or more additional software elements and said requested software element for delivery to said terminal. to receive a request originating from a terminal, said request identifying a software element for delivery to said terminal; to determine a configuration of said terminal; to determine, based on the configuration of said terminal, whether said requested software element is appropriate for delivery; to be responsive to determining that said requested software element is not appropriate for delivery to identify one or more additional software elements required by said terminal to enable said terminal to support said requested software element; and to source said one or more additional software elements and said requested software element for delivery to said terminal.
A dosing device (10, 210) comprising: - a dosing chamber having an inlet through which product can enter from a container; - an outlet into which product flows from the chamber and through which product flows out of the device (10, 210); - a siphon member located around the outlet - a vent opening in the chamber - a container-side vent which opens into the container, in which: - the siphon member terminates at a level L1 with respect to the outlet - the outlet opens into the chamber at a level L2 - such that in use product flows into the chamber through the inlet and fills the chamber until L2 is reached and then product is siphoned from the chamber into the outlet by the siphon member, the siphoning continuing until product in the chamber reaches L1, whereupon: - air entering the vent opening interrupts the siphoning; and - air vents into the container through the container-side vent such that thereafter recharging of the chamber repeats, in which - a chicane is provided for preventing leakage of product through the outlet; characterised in that the outlet is generally cylindrical with a generally circular section, in that the siphon member extends around the outlet, and in that the siphon member has a section having a generally figure-of-eight outline, or an elliptical section. - a dosing chamber having an inlet through which product can enter from a container; - an outlet into which product flows from the chamber and through which product flows out of the device (10, 210); - a siphon member located around the outlet - a vent opening in the chamber - a container-side vent which opens into the container, - the siphon member terminates at a level L1 with respect to the outlet - the outlet opens into the chamber at a level L2 - such that in use product flows into the chamber through the inlet and fills the chamber until L2 is reached and then product is siphoned from the chamber into the outlet by the siphon member, the siphoning continuing until product in the chamber reaches L1, - air entering the vent opening interrupts the siphoning; and - air vents into the container through the container-side vent such that thereafter recharging of the chamber repeats, in which - a chicane is provided for preventing leakage of product through the outlet;
Stage light fixture comprising: • a plurality of light sources configured to emit respective light beams along respective optical axes (01, 02, 03,..On); • a plurality of lenses, each of which is configured to modify the direction of the rays defining the light beam of a respective light source; • at least one light source of the plurality of light sources and the respective optical lens of the plurality of lenses being movable one with respect to the other along a direction transversal to the optical axis (01, 02, 03,..On) of the light source; the stage light fixture being characterized in that each light source is coupled to a respective mixer device which is arranged between the respective light source and the respective lens and is configured to collect the light beam emitted by the respective light source and to mix it appropriately so as to generate a mixed and concentrated light beam. • a plurality of light sources configured to emit respective light beams along respective optical axes (01, 02, 03,..On); • a plurality of lenses, each of which is configured to modify the direction of the rays defining the light beam of a respective light source; • at least one light source of the plurality of light sources and the respective optical lens of the plurality of lenses being movable one with respect to the other along a direction transversal to the optical axis (01, 02, 03,..On) of the light source; the stage light fixture being characterized in that each light source is coupled to a respective mixer device which is arranged between the respective light source and the respective lens and is configured to collect the light beam emitted by the respective light source and to mix it appropriately so as to generate a mixed and concentrated light beam.
A method for inspecting a person by using a detector, the detector including a gate and an image capturing device for imaging the person passing through the gate, the method comprising: - imaging the person when said person is passing through the gate, - buffering the images taken by the image capturing device, and - detecting a suspect item, wherein the detection of a suspect item sets off an automatic recording of relevant images among the buffered images corresponding to an interval of time starting before the detection of the suspect item and ending after said detection, and wherein the relevant images and the data corresponding to the suspect item detected during the detection step are automatically matched and sent together to an operator in a single output. - imaging the person when said person is passing through the gate, - buffering the images taken by the image capturing device, and - detecting a suspect item,
A containment structure for containing current-sensor means to be used in protection apparatuses for electrical networks, said sensor means comprising at least: - a substantially toroidal core, enveloped by corresponding protection covers; - a primary winding, comprising two or more primary conductors passing inside the toroidal core; and - a secondary winding, wound on the outside of said protection covers of said toroidal core; said containment structure comprising at least a first containment element, coupled to a second containment element via corresponding coupling means; said containment elements (40, 50) comprising inside them said sensor means and comprising first openings and second openings for enabling terminals of said primary conductors and terminals of said secondary winding, respectively, to come out, characterized in that said first containment element comprises externally a bottom resting surface, a front surface, a first side wall and a second side wall, a top surface opposite to said bottom surface, and a rear surface opposite to said front surface, said second openings being made on at least one of said side surfaces (47, 48) belonging to said first containment element. - a substantially toroidal core, enveloped by corresponding protection covers; - a primary winding, comprising two or more primary conductors passing inside the toroidal core; and - a secondary winding, wound on the outside of said protection covers of said toroidal core;
A wireless communication apparatus comprising: a first wireless communication unit for performing first wireless communication; a second wireless communication unit for performing second wireless communication that consumes less power than the first wireless communication; and a control unit configured to switch between a first operation mode and a second operation mode consuming less power than the first operation mode, wherein the control unit is configured to switch between the first operation mode and the second operation mode on a basis of a search result of searching for another apparatus performed in the second wireless communication, characterized in that in a case in which the second wireless communication unit detects the other apparatus during the second operation mode, the control unit is configured to determine a distance to the detected apparatus according to a radio signal strength of the detected apparatus and to switch the second operation mode to the first operation mode on a basis of the distance. a first wireless communication unit for performing first wireless communication; a second wireless communication unit for performing second wireless communication that consumes less power than the first wireless communication; and a control unit configured to switch between a first operation mode and a second operation mode consuming less power than the first operation mode, wherein the control unit is configured to switch between the first operation mode and the second operation mode on a basis of a search result of searching for another apparatus performed in the second wireless communication, characterized in that in a case in which the second wireless communication unit detects the other apparatus during the second operation mode, the control unit is configured to determine a distance to the detected apparatus according to a radio signal strength of the detected apparatus and to switch the second operation mode to the first operation mode on a basis of the distance.
Method for the production of a multilayer substrate, in particular as a print carrier such as a security paper, comprising at least one first paper layer (10, 202), as well as one plastic layer of at least one thermoplastic polymer material attached to the paper layer (10, 202), wherein the multilayer substrate comprises on at least one first side at least first areas, in which the surface is given by freely accessible paper layer (10, 202) as well as second areas, in which the freely accessible surface is given by freely accessible plastic layer, characterized in that, the paper layer (10, 202) and the plastic layer are brought together and/or the plastic layer is embedded into the plastic layer (10, 202), and in that subsequently the formed multilayer substrate is treated on the first side at least in the second areas in a continuous process with a flame treatment and/or a hot air treatment.
An overhead storage system for use in an aircraft, the overhead storage system comprising: an overhead support structure coupled to an interior of an aircraft fuselage; and an overhead storage bin having a first panel and a cavity configured to receive a load, the overhead storage bin being movably coupled to the overhead support structure such that the overhead storage bin is selectively moveable from a closed position, in which a first edge of the first panel is positioned adjacent the overhead support structure, thereby closing the cavity off from the interior of the aircraft fuselage, to an initial open position in which the first edge of the first panel is spaced apart from the overhead support structure by a first distance and the cavity is open to the interior of the aircraft fuselage via an opening, characterised in that the overhead storage bin is further selectively moveable from the initial open position to a second open position, wherein, in the second open position, the first edge of the first panel is spaced apart from the overhead support structure by a second distance, the second distance being greater than the first distance, and wherein the overhead storage bin is configured such that application of a force to the overhead storage bin is required to move the overhead storage bin from the initial open position to the second open position. an overhead support structure coupled to an interior of an aircraft fuselage; and an overhead storage bin having a first panel and a cavity configured to receive a load, the overhead storage bin being movably coupled to the overhead support structure such that the overhead storage bin is selectively moveable from a closed position, in which a first edge of the first panel is positioned adjacent the overhead support structure, thereby closing the cavity off from the interior of the aircraft fuselage, to an initial open position in which the first edge of the first panel is spaced apart from the overhead support structure by a first distance and the cavity is open to the interior of the aircraft fuselage via an opening, characterised in that the overhead storage bin is further selectively moveable from the initial open position to a second open position, wherein, in the second open position, the first edge of the first panel is spaced apart from the overhead support structure by a second distance, the second distance being greater than the first distance, and wherein the overhead storage bin is configured such that application of a force to the overhead storage bin is required to move the overhead storage bin from the initial open position to the second open position.
A disinfecting solution for a nonionic soft contact lens, which solution contains polylysine as a disinfectant, characterized in that: the disinfecting solution further contains 0.1-1.0% by weight of a component which is an acidic tonicity agent having at least one carboxyl group and a molecular weight of not larger than 200, 0.10-1.25% by weight of a component which is a basic tonicity agent having an amino group and a molecular weight of not larger than 200, and 0.1-2.0% by weight of a component which is at least one of a nonionic tonicity agent and an amphoteric tonicity agent each of which has a molecular weight of not larger than 200, wherein a ratio (α/β) of a molar concentration (α) of said component to a molar concentration (β) of said component is not larger than 1.2; and the disinfecting solution has a pH of 6.5-8.0, an osmotic pressure of 250-330mOsm/kg and an electric conductivity of 130-750mS/m. the disinfecting solution further contains 0.1-1.0% by weight of a component which is an acidic tonicity agent having at least one carboxyl group and a molecular weight of not larger than 200, 0.10-1.25% by weight of a component which is a basic tonicity agent having an amino group and a molecular weight of not larger than 200, and 0.1-2.0% by weight of a component which is at least one of a nonionic tonicity agent and an amphoteric tonicity agent each of which has a molecular weight of not larger than 200, wherein a ratio (α/β) of a molar concentration (α) of said component to a molar concentration (β) of said component is not larger than 1.2; and the disinfecting solution has a pH of 6.5-8.0, an osmotic pressure of 250-330mOsm/kg and an electric conductivity of 130-750mS/m.
A composition consisting essentially of: (i) a silicone-containing matrix, (ii) a filler, and (iii) a filler treating agent; where the filler treating agent comprises a polyorganosiloxane capable of hydrogen bonding, where the polyorganosiloxane is free of condensable silyl groups, and the polyorganosiloxane is selected from a saccharide-siloxane polymer, an amino-functional polyorganosiloxane, or a combination thereof. (i) a silicone-containing matrix, (ii) a filler, and (iii) a filler treating agent; where the filler treating agent comprises a polyorganosiloxane capable of hydrogen bonding, where the polyorganosiloxane is free of condensable silyl groups, and the polyorganosiloxane is selected from a saccharide-siloxane polymer, an amino-functional polyorganosiloxane, or a combination thereof.
Permanent magnet including a stack of ferromagnetic and antiferromagnetic layers the magnetic moment of which per unit surface area is greater than (50 x 10 -2)/ (4π) A, this stack comprising for this purpose: - at least two first ferromagnetic layers (42, 50; 96, 98), the magnetization direction of each first ferromagnetic layer being set, by an exchange coupling, with one of the antiferromagnetic layers of the stack, parallel to and in the same direction as the magnetization directions of the other first ferromagnetic layers, and the stack also comprises at least one second ferromagnetic layer (46; 104, 106; 46, 134), the magnetization direction of each second ferromagnetic layer being pinned only by RKKY (Ruderman-Kittel-Kasuya-Yosida) coupling with at least one of the first ferromagnetic layers or with at least one other of the second ferromagnetic layers, characterized in that there are at least two antiferromagnetic layers. - at least two first ferromagnetic layers (42, 50; 96, 98), the magnetization direction of each first ferromagnetic layer being set, by an exchange coupling, with one of the antiferromagnetic layers of the stack, parallel to and in the same direction as the magnetization directions of the other first ferromagnetic layers,
Method for arranging elongated elements to be used in a process for building tyres for vehicle wheels, comprising: winding in parallel a first elongated element and a second elongated element of a first type on a first initial winding support, wherein the elongated elements of the first type are the same as each other; winding in parallel a third elongated element and a fourth elongated element of a second type on a second initial winding support, wherein the elongated elements of the second type are the same as each other and are different from the elongated elements of the first type; unwinding the first elongated element from the first initial winding support and winding the first elongated element on a first final winding support; unwinding the second elongated element from the first initial winding support and winding the second elongated element on a second final winding support; unwinding the third elongated element from the second initial winding support and winding the third elongated element on the first final winding support; unwinding the fourth elongated element from the second initial winding support and winding the fourth elongated element on the second final winding support. winding in parallel a first elongated element and a second elongated element of a first type on a first initial winding support, wherein the elongated elements of the first type are the same as each other; winding in parallel a third elongated element and a fourth elongated element of a second type on a second initial winding support, wherein the elongated elements of the second type are the same as each other and are different from the elongated elements of the first type; unwinding the first elongated element from the first initial winding support and winding the first elongated element on a first final winding support; unwinding the second elongated element from the first initial winding support and winding the second elongated element on a second final winding support; unwinding the third elongated element from the second initial winding support and winding the third elongated element on the first final winding support; unwinding the fourth elongated element from the second initial winding support and winding the fourth elongated element on the second final winding support.
Mower comprising: - a chassis having in particular a transverse beam and lateral uprights provided with wheels, - a connecting means allowing the said chassis to be connected to a motor vehicle, - at least one harvesting mechanism provided with cutting elements, - a suspension device connecting the said harvesting mechanism to the chassis, allowing a heightwise displacement of the said harvesting mechanism with respect to the chassis, - a lightening device for the said harvesting mechanism, which is constituted by torsion bars (23, 24) characterized in that the torsion bars (23, 24) are connected to the transverse beam of the chassis and are each composed of a tube in the interior of which there is arranged a stem with a first end which is linked to the said tube by means of a sleeve and with a second end which protrudes beyond the said tube and which carries a lever on one of the ends of which there is articulated a rod which is directed towards the harvesting mechanism and which is itself articulated on the said harvesting mechanism or its suspension device. - a chassis having in particular a transverse beam and lateral uprights provided with wheels, - a connecting means allowing the said chassis to be connected to a motor vehicle, - at least one harvesting mechanism provided with cutting elements, - a suspension device connecting the said harvesting mechanism to the chassis, allowing a heightwise displacement of the said harvesting mechanism with respect to the chassis, - a lightening device for the said harvesting mechanism, which is constituted by torsion bars (23, 24)