mhurhangee/ep-ind-claims huggingface dataset:
Push bar for a tube rail cart, whereby the push bar is intended for pushing forward or pulling backward the tube rail cart by a user using their hip or hand whereby the push bar consists of two parts, namely a mounting part that can be rigidly connected to the tube rail cart and a contact part that is connected to the mounting part by means of a spring-loaded element, whereby the mounting part and the contact part are at least partially formed by hollow profiles, whereby the spring-loaded element under the influence of a force exercised by the user on the push bar, bends or elastically deforms from a free and unloaded resting position whereby no force is exercised on the push bar, to maximum an end position, whereby in said end position an end stop prevents the at least one spring-loaded element from bending or elastically deforming further and whereby the exercised force can be transferred to the tube rail cart without elastic effect, characterised in that the spring-loaded element comprises a spring and a stop element, whereby a first end of the stop element is slid into the hollow profile of the mounting part and a second end is slid into the hollow profile of the contact part, whereby the spring is mounted around the stop element, all this such that a first end of the spring presses against a free end of the hollow profile of the mounting part and a second end of the spring presses against a free end of the hollow profile of the contact part.
A battery degradation evaluation system comprising: an acquisition section (22, 30) configured to acquire a state quantity of a battery; a correction section configured, in a case in which the state quantity acquired by the acquisition section (22, 30) correlates with a physical quantity relating to a temperature of the battery, to correct the state quantity; and an evaluation section configured to evaluate degradation of the battery based on the state quantity corrected by the correction section; wherein in a case in which the state quantity does not correlate with the physical quantity, the evaluation section is configured to evaluate degradation of the battery based on the state quantity acquired by the acquisition section (22, 30). an acquisition section (22, 30) configured to acquire a state quantity of a battery; a correction section configured, in a case in which the state quantity acquired by the acquisition section (22, 30) correlates with a physical quantity relating to a temperature of the battery, to correct the state quantity; and an evaluation section configured to evaluate degradation of the battery based on the state quantity corrected by the correction section; wherein in a case in which the state quantity does not correlate with the physical quantity, the evaluation section is configured to evaluate degradation of the battery based on the state quantity acquired by the acquisition section (22, 30).
A branched conjugated diene copolymer prepared by copolymerizing a branched conjugated diene compound represented by the general formula: wherein R 1 is an aliphatic hydrocarbon having 6 to 11 carbon atoms, and a conjugated diene compound represented by the general formula: wherein R 2 and R 3 are the same or different and each is a hydrogen atom, an aliphatic hydrocarbon group having 1 to 3 carbon atoms or a halogen atom, wherein a copolymerization ratio of the branched conjugated diene compound is 1 to 99% by weight, and a copolymerization ratio (m) of the conjugated diene compound is 99 to 1% by weight, and the branched conjugated diene compound is farnesene, or myrcene and farnesene.
Device (1, 100) for preparing a dose of material, the device (1, 100) comprising: - a reservoir (2, 102, 202) containing the material, the reservoir (2, 102, 202) being in fluidic communication with a chamber (3, 103, 203) for dosing the material, the chamber (3, 103, 203) being in fluidic communication with a container (4, 104, 204) adapted for receiving the dose of material, so that the material to be dosed passes through the chamber (3, 103, 203) between the reservoir (2, 102, 202) and the container (4, 104, 204), - the device (1, 100) comprising a vacuum source (16, 116, 216) for establishing an initial pressure Pi in the chamber (3, 103, 203), and a pressure sensor (20, 120, 220) for measuring the pressure in the chamber (3, 103, 203), the material entry in the chamber (3, 103, 203) inducing a pressure variation in the chamber (3, 103, 203) from the initial pressure Pi to a finale pressure Pf, corresponding to, at constant temperature, the dose of material, - the device (1, 100) comprising a command module (19, 119, 219) connected to the pressure sensor (20, 120, 220). characterized in that said module (19, 119, 219) controls the fluidic communication between the chamber (3, 103, 203) and the reservoir (2, 102, 202), so as to regulate the entry of material in the chamber (3, 103, 203), according to the pressure in the chamber (3, 103, 203) measured by means of the pressure sensor (20, 120, 220), wherein the command module limits the introduction of material in the chamber to the amount necessary for varying the pressure in the chamber (3, 103, 203) from the initial pressure Pi to the final pressure Pf, and wherein the command module controls the material entry to adjust the pressure in the chamber at the final pressure Pf. - a reservoir (2, 102, 202) containing the material, the reservoir (2, 102, 202) being in fluidic communication with a chamber (3, 103, 203) for dosing the material, the chamber (3, 103, 203) being in fluidic communication with a container (4, 104, 204) adapted for receiving the dose of material, so that the material to be dosed passes through the chamber (3, 103, 203) between the reservoir (2, 102, 202) and the container (4, 104, 204), - the device (1, 100) comprising a vacuum source (16, 116, 216) for establishing an initial pressure Pi in the chamber (3, 103, 203), and a pressure sensor (20, 120, 220) for measuring the pressure in the chamber (3, 103, 203), the material entry in the chamber (3, 103, 203) inducing a pressure variation in the chamber (3, 103, 203) from the initial pressure Pi to a finale pressure Pf, corresponding to, at constant temperature, the dose of material, - the device (1, 100) comprising a command module (19, 119, 219) connected to the pressure sensor (20, 120, 220).
A coated film comprising: a polyester film having a first side and a second side, the polyester film having been biaxially stretched; and a coating on the first side of the polyester film, the coating comprising a polymer component and a cross-linking agent, the polymer component comprising an alkylene carboxylic acid copolymer, preferably an ethylene acrylic acid copolymer or an ethylene methacrylic acid copolymer or a phenoxy resin, the cross-linking agent comprising an oxazoline polymer wherein the polyester film contains white pigment particles comprising barium sulfate, sufficient to provide the film with a white color. a polyester film having a first side and a second side, the polyester film having been biaxially stretched; and a coating on the first side of the polyester film, the coating comprising a polymer component and a cross-linking agent, the polymer component comprising an alkylene carboxylic acid copolymer, preferably an ethylene acrylic acid copolymer or an ethylene methacrylic acid copolymer or a phenoxy resin, the cross-linking agent comprising an oxazoline polymer wherein the polyester film contains white pigment particles comprising barium sulfate, sufficient to provide the film with a white color.
Device to preheat a tape suitable to be used to seal containing compartments with a sealing tape, in a sealing zone between a heated metal roller, or sealing roller, and drawing and/or contrast means, for example a roller, which comprises a heated and/or heating panel suitable to be disposed near the sealing zone of the sealing tape by the sealing roller, said panel being suitable to supply heat energy at least to the sealing tape and having a sliding surface for the sealing tape which acts as a heat exchange surface, characterized in that said sliding surface has divarication means disposed converging from one side and the other with respect to a center line of the sliding surface, said divarication means being able to act in a direction transverse to the direction of feed of the sealing tape, said divarication means comprising profiles in relief, protruding with respect to the sliding surface.
A transport conveyor curve comprising a multitude of separate parallel curved conveyor tracks (7A-7C); wherein the separate parallel curved conveyor tracks (7A-7C) are driven by a conical drive (23, 24), wherein the contact angle of each of the individual conveyor tracks (7A-7C) with a conical drum or with a series of drive gears or sprockets (24A-24F) with a, towards the direction of the outside ascending diameter of the conical drive (23, 24) is substantially equal in comparison to the contact angle of the other individual conveyor tracks (7A-7C) to move the individual conveyor tracks (7A-7C) with a corresponding angular speed through the curve, characterised in that the separate parallel curved conveyor tracks (7A-7C) comprise wedge-shaped links (8A-8C, 26, 27), wherein the angle of the wedge of the wedge-shaped links (8A-8C, 26, 27) is smaller of an outer conveyor track, when compared with the angle of the wedge of the wedge shaped link (8A-8C, 26, 27) of a more inner conveyor track (7A or 7B), and wherein the returns of the transport conveyor curve comprise a series of idlers (17A-17C, 18A-18C, 21A- 21C, 22A-22C) or guiders (40A-40H), wherein each parallel conveyor track (7A-7C) comprises its own set of idlers (17A-17C, 18A- 18C, 21A- 21C, 22A-22C) or guiders (40A-40H). wherein the separate parallel curved conveyor tracks (7A-7C) are driven by a conical drive (23, 24), wherein the contact angle of each of the individual conveyor tracks (7A-7C) with a conical drum or with a series of drive gears or sprockets (24A-24F) with a, towards the direction of the outside ascending diameter of the conical drive (23, 24) is substantially equal in comparison to the contact angle of the other individual conveyor tracks (7A-7C) to move the individual conveyor tracks (7A-7C) with a corresponding angular speed through the curve, characterised in that the separate parallel curved conveyor tracks (7A-7C) comprise wedge-shaped links (8A-8C, 26, 27), wherein the angle of the wedge of the wedge-shaped links (8A-8C, 26, 27) is smaller of an outer conveyor track, when compared with the angle of the wedge of the wedge shaped link (8A-8C, 26, 27) of a more inner conveyor track (7A or 7B), and wherein the returns of the transport conveyor curve comprise a series of idlers (17A-17C, 18A-18C, 21A- 21C, 22A-22C) or guiders (40A-40H), wherein each parallel conveyor track (7A-7C) comprises its own set of idlers (17A-17C, 18A- 18C, 21A- 21C, 22A-22C) or guiders (40A-40H).
A collapsible transport box, particularly for transporting small animals, with a base to which two end walls (2, 3) and two side walls (4, 5) are pivotably fastened, wherein the end walls (2, 3) and the side walls (4, 5) in a collapsed condition of the transport box, are folded substantially into the base whilst, in an erected condition of the transport box, they are aligned, starting from the base, substantially upwardly, wherein the side walls (4, 5) are releasably connected together, in the erected condition of the transport box at their upper side in order to close the transport box at the top and wherein at least one side wall is releasable from the end walls (2, 3) and is pivotable outwardly in order to open the transport box in the erected condition, characterised in that the side walls (4, 5) are of one-piece construction and are provided with edge regions which are bent, in the erected condition of the transport box, towards the end walls (2, 3) wherein the side walls (4, 5) have different dimensions so that, in the erected condition of the transport box, the edge regions of one of the two side walls engage the inner sides of the end walls (2, 3) whilst the edge regions of the other of the two side walls engage the outer sides of the end walls (2, 3).
A method for managing mobile device applications, the method comprising: accessing a list that identifies mobile device applications that are disapproved by an operator of a wireless network for use on the wireless network; and by operation of an application manager at a wireless network operator system, preventing the mobile device applications that are identified in the list from establishing a communication link on the wireless network; wherein the list is accessed at the wireless network operator system in response to receiving a request, from a mobile device application for an assignment of wireless network resources, and preventing the identified mobile device applications from establishing a communication link includes denying the assignment of the wireless network resources to the requesting application. accessing a list that identifies mobile device applications that are disapproved by an operator of a wireless network for use on the wireless network; and by operation of an application manager at a wireless network operator system, preventing the mobile device applications that are identified in the list from establishing a communication link on the wireless network; wherein the list is accessed at the wireless network operator system in response to receiving a request, from a mobile device application for an assignment of wireless network resources, and preventing the identified mobile device applications from establishing a communication link includes denying the assignment of the wireless network resources to the requesting application.
A method for controlling functions in a mobile device, the method comprising: displaying screen data (step 401); determining whether a proximity input is detected (step 405) by a proximity sensing module and whether a touch input is detected (steps 407, 421) by a touch screen; if a proximity input is detected and no touch input is detected, performing a function according to the proximity signal (step 409), if no proximity input is detected and a touch input is detected, performing a corresponding operation according to the touch input (step 425), wherein while the corresponding operation is performed, if a proximity input is detected, (step 427) stopping executing the corresponding operation; determining whether the touch input is to a single object or to multiple objects (step 413), if the touch input is to a single object, performing a first function (step 415); if the touch input is to multiple objects, performing a second function (step 417). displaying screen data (step 401); determining whether a proximity input is detected (step 405) by a proximity sensing module and whether a touch input is detected (steps 407, 421) by a touch screen; if a proximity input is detected and no touch input is detected, performing a function according to the proximity signal (step 409), if no proximity input is detected and a touch input is detected, performing a corresponding operation according to the touch input (step 425), wherein while the corresponding operation is performed, if a proximity input is detected, (step 427) stopping executing the corresponding operation; determining whether the touch input is to a single object or to multiple objects (step 413), if the touch input is to a single object, performing a first function (step 415); if the touch input is to multiple objects, performing a second function (step 417).
A bra comprising: a double-knit front portion comprising a Y-shaped region and a first breast-contacting region, the Y-shaped region having an upper right portion, an upper left portion, and a lower central portion; characterized in that the double-knit front portion comprises: a plurality of front courses formed by a first yarn; a plurality of back courses formed by a second yarn; and a plurality of intermediate courses formed by a third yarn interlooping with the plurality of front courses and the plurality of back courses, one or more intermediate courses of the plurality of intermediate courses having one or more tuck stitches and one or more float stitches, wherein the one or more intermediate courses of the plurality of intermediate courses each has a first ratio of float stitches to tuck stitches within the Y-shaped region and a second ratio of float stitches to tuck stitches within the first breast-contacting region, the first ratio being greater than the second ratio.
A process for producing an alumina coating composed mainly of α-type crystal structure on a sintered cBN base material composed of a binder phase and a cubic boron nitride dispersed layer, comprising oxidizing the surface of said sintered cBN base material, and then forming an alumina coating.
Sandwich composite element with a first outer layer and with a second outer layer with, arranged between the first outer layer and the second outer layer, a polyurethane foam core, characterized in that - arranged between the foam core and at least one of the outer layers (10, 11) there is a sub-outer layer (13, 14) for mechanical reinforcement of the composite element, where the reinforcement is achieved via a supported effect on the outer layer (10, 11) by virtue of a modulus of subgrade reaction greater than that of a configuration without polyurethane sub-outer layer (13, 14), in that - the at least one sub-outer layer (10, 11) is composed of a polyurethane where the density (ρ2) of the polyurethane sub-outer layer (13, 14) is higher than the density (ρ1) of the polyurethane foam core, where - the at least one sub-outer layer (13, 14) made of a first reaction mixture (16, 17) has been applied by a first mixing head and rake applicator or spray head separately from a second reaction mixture applied by a second mixing head and rake applicator or spray head to form the polyurethane foam core, and where - the reaction mixture (16, 17) to form the polyurethane sub-outer layers (13, 14) has been foamed with a smaller quantity of blowing agent than the reaction mixture to form the polyurethane foam core, and where - the thickness of the polyurethane sub-outer layer (13, 14) is 3% to 20% of the thickness of the sandwich composite element, where the thickness of the sandwich composite element is 30 mm to 250 mm. - arranged between the foam core and at least one of the outer layers (10, 11) there is a sub-outer layer (13, 14) for mechanical reinforcement of the composite element, where the reinforcement is achieved via a supported effect on the outer layer (10, 11) by virtue of a modulus of subgrade reaction greater than that of a configuration without polyurethane sub-outer layer (13, 14), in that - the at least one sub-outer layer (10, 11) is composed of a polyurethane where the density (ρ2) of the polyurethane sub-outer layer (13, 14) is higher than the density (ρ1) of the polyurethane foam core, where - the at least one sub-outer layer (13, 14) made of a first reaction mixture (16, 17) has been applied by a first mixing head and rake applicator or spray head separately from a second reaction mixture applied by a second mixing head and rake applicator or spray head to form the polyurethane foam core, and where - the reaction mixture (16, 17) to form the polyurethane sub-outer layers (13, 14) has been foamed with a smaller quantity of blowing agent than the reaction mixture to form the polyurethane foam core, and where - the thickness of the polyurethane sub-outer layer (13, 14) is 3% to 20% of the thickness of the sandwich composite element, where the thickness of the sandwich composite element is 30 mm to 250 mm.
Automated system for breeding insects at their imaginal stage, comprising: - at least one mating cage having at least one door or hatch the closing and opening of which is automated and through which said mating cage can be connected to at least one emergence chamber having at least one door or hatch the closing and opening of which is automated; - a filling system adapted to fill the at least one mating cage with a population of newly emerged insects during a first time interval T1 and to automatically close successively or simultaneously the at least one door or hatch of the mating cage and the at least one door or hatch of the at least one emergence chamber when connected to the at least one mating cage once a wished population has entered the mating cage and or/after a predefined connection time; - a provision system adapted to provide conditions within the at least one mating cage suitable for promoting mating and/or oocytes maturation and/or ovipositing during a second time interval T2; - a terminating system adapted to stop ovipositing during a third time interval T3, the time between the beginning of a filling of the at least one mating cage and the beginning of said stopping of the oviposition in said at least one mating cage being shorter than the life expectancy of the adult insects after emergence. - at least one mating cage having at least one door or hatch the closing and opening of which is automated and through which said mating cage can be connected to at least one emergence chamber having at least one door or hatch the closing and opening of which is automated; - a filling system adapted to fill the at least one mating cage with a population of newly emerged insects during a first time interval T1 and to automatically close successively or simultaneously the at least one door or hatch of the mating cage and the at least one door or hatch of the at least one emergence chamber when connected to the at least one mating cage once a wished population has entered the mating cage and or/after a predefined connection time; - a provision system adapted to provide conditions within the at least one mating cage suitable for promoting mating and/or oocytes maturation and/or ovipositing during a second time interval T2; - a terminating system adapted to stop ovipositing during a third time interval T3, the time between the beginning of a filling of the at least one mating cage and the beginning of said stopping of the oviposition in said at least one mating cage being shorter than the life expectancy of the adult insects after emergence.