mhurhangee/ep-ind-claims huggingface dataset:
A process for forming boxes starting with a flat paper or cardboard blank having at least two free edges, comprising the following steps: - folding the blank until the free edges are drawn near and adjacent to each other and forming an intermediate area between the edges available for the creation of a reciprocal gluing bead; - distributing a quantity of hot-melt glue to create said bead; - cooling the hot-melt glue until said free edges are stably joined together, characterised in that the distributing phase is successive to the folding phase, wherein the free edges are drawn near each other with a corner in contact, the two edges forming a predetermined angle of amplitude (alpha), and wherein the blank has a polygonal base joined to a plurality lateral faces and the folding step comprises a step (b) of folding the lateral faces to form a polygonal box with one or more open corners at the free edges of said faces, the distributing step comprising a distribution (c) of hot-melt glue by glue dispensing nozzles positioned at the open corners and able to move relative to the box in a direction parallel with the corners. - folding the blank until the free edges are drawn near and adjacent to each other and forming an intermediate area between the edges available for the creation of a reciprocal gluing bead; - distributing a quantity of hot-melt glue to create said bead; - cooling the hot-melt glue until said free edges are stably joined together, characterised in that the distributing phase is successive to the folding phase, wherein the free edges are drawn near each other with a corner in contact, the two edges forming a predetermined angle of amplitude (alpha), and wherein the blank has a polygonal base joined to a plurality lateral faces and the folding step comprises a step (b) of folding the lateral faces to form a polygonal box with one or more open corners at the free edges of said faces, the distributing step comprising a distribution (c) of hot-melt glue by glue dispensing nozzles positioned at the open corners and able to move relative to the box in a direction parallel with the corners.
Method for determining an estimated motor rotation angle (φ b) of an electric motor by signal evaluation of the motor current signal (I m) and/or motor voltage signal (U m), in which motor parameters are only available after a certain time period after switching on the motor and a provisional motor rotation angle is determined during this time period with the aid of motor parameters estimated from previous motor runs, characterized by an error calculation, in which an error angle (φ error) between the provisional motor rotation angle (φ b), determined with the aid of motor parameters estimated from previous motor runs, and an estimated motor rotation angle (φ new), determined after the specific time period on the basis of the motor parameters then available, is calculated and is used for the correction of the provisional motor rotation angle (φ b).
A cross-linkable rubber composition, the cross-linkable rubber composition comprising, per hundred parts by weight of rubber (phr): 100 phr of a diene-based elastomer component with an average molecular weight Mn in a range of ≥ 100000 to ≤ 5000000 g/mol and a homopolymer of polybutadiene, characterised in that the homopolymer of polybutadiene has an average molecular weight Mn in a range of ≥ 10000 to ≤ 45000 g/mol and a glass transition temperature Tg in a range of ≥ -110 °C to ≤ -60 °C, wherein the rubber composition comprises ≥ 5 to ≤ 15 phr of the homopolymer of polybutadiene, and wherein the diene-based elastomer component comprises ≥ 40 phr to ≤ 90 phr of a styrene-butadiene rubber component comprising a first styrene-butadiene rubber and a second styrene-butadiene rubber which is different from the first styrene-butadiene rubber and ≥ 10 phr to ≤ 60 phr of a combination of a natural rubber and a butadiene rubber. 100 phr of a diene-based elastomer component with an average molecular weight Mn in a range of ≥ 100000 to ≤ 5000000 g/mol and a homopolymer of polybutadiene, characterised in that the homopolymer of polybutadiene has an average molecular weight Mn in a range of ≥ 10000 to ≤ 45000 g/mol and a glass transition temperature Tg in a range of ≥ -110 °C to ≤ -60 °C, wherein the rubber composition comprises ≥ 5 to ≤ 15 phr of the homopolymer of polybutadiene, and wherein the diene-based elastomer component comprises ≥ 40 phr to ≤ 90 phr of a styrene-butadiene rubber component comprising a first styrene-butadiene rubber and a second styrene-butadiene rubber which is different from the first styrene-butadiene rubber and ≥ 10 phr to ≤ 60 phr of a combination of a natural rubber and a butadiene rubber.
Egg laying device for flies, the device comprising: - a fly cage comprising a container comprising: - a base wall which defines a base surface which is orientated towards the interior of the cage, and - a lateral wall which surrounds the base surface and which defines a lateral surface which is orientated towards the interior of the cage, and - a laying nest which is fixed to the cage and which is intended to receive eggs laid by flies which are enclosed in the cage, in which device the base surface and/or the lateral surface has/have, over more than 90% of the area(s) thereof, a radius of curvature greater than 0.5 cm, wherein the base surface extends in a plane in an uninterrupted manner as far as a junction zone defined between the base surface and the lateral surface, wherein the base surface does not have any raised portions or depressions, the height of which measured perpendicularly to the general plane of the base surface being greater than 10 mm, characterized in that the junction zone defined between the lateral surface and the base surface, has at any point a radius of curvature greater than 1 cm and in that the lateral wall comprises a plurality of planar faces, a junction zone between two adjacent faces having at any point a radius of curvature greater than 1 cm. - a fly cage comprising a container comprising: - a base wall which defines a base surface which is orientated towards the interior of the cage, and - a lateral wall which surrounds the base surface and which defines a lateral surface which is orientated towards the interior of the cage, and - a base wall which defines a base surface which is orientated towards the interior of the cage, and - a lateral wall which surrounds the base surface and which defines a lateral surface which is orientated towards the interior of the cage, and - a laying nest which is fixed to the cage and which is intended to receive eggs laid by flies which are enclosed in the cage, in which device the base surface and/or the lateral surface has/have, over more than 90% of the area(s) thereof, a radius of curvature greater than 0.5 cm, wherein the base surface extends in a plane in an uninterrupted manner as far as a junction zone defined between the base surface and the lateral surface, wherein the base surface does not have any raised portions or depressions, the height of which measured perpendicularly to the general plane of the base surface being greater than 10 mm, characterized in that the junction zone defined between the lateral surface and the base surface, has at any point a radius of curvature greater than 1 cm and in that the lateral wall comprises a plurality of planar faces, a junction zone between two adjacent faces having at any point a radius of curvature greater than 1 cm.
A first device configured to display an object related to content reproduced by a second device, the first device comprising: a sensor configured to sense an exit of the first device from a service zone of the second device during reproduction of the content by the second device; a communication device configured to: transmit, to a management server, a request for the object related to the content at a point of time when the sensor senses the exit of the first device from the service zone of the second device; and receive the object related to the content from the management server; and a controller configured to control a display to display the received object related to the content on a predetermined screen of the first device; wherein the request for the object comprises information about the second device or information about the service zone of the second device; wherein the service zone of the second device comprises a communication area where the first device communicates with the second device; and wherein the object comprises a resume item for allowing the content to be reproduced by the first device after the point of time when the sensor senses exit of the first device from the service zone of the second device. a sensor configured to sense an exit of the first device from a service zone of the second device during reproduction of the content by the second device; a communication device configured to: transmit, to a management server, a request for the object related to the content at a point of time when the sensor senses the exit of the first device from the service zone of the second device; and receive the object related to the content from the management server; and transmit, to a management server, a request for the object related to the content at a point of time when the sensor senses the exit of the first device from the service zone of the second device; and receive the object related to the content from the management server; and a controller configured to control a display to display the received object related to the content on a predetermined screen of the first device; wherein the request for the object comprises information about the second device or information about the service zone of the second device; wherein the service zone of the second device comprises a communication area where the first device communicates with the second device; and wherein the object comprises a resume item for allowing the content to be reproduced by the first device after the point of time when the sensor senses exit of the first device from the service zone of the second device.
Method for inerting at least one fuel tank of an aircraft, via at least one generator of inerting gas, characterised in that the generator of inerting gas is started so as to inject inerting gas into the fuel tank when at least one oxygen sensor present in the tank measures an oxygen concentration greater than an upper threshold value, and the generator of inerting gas is stopped so as to stop the injection of inerting gas into the fuel tank when the oxygen concentration measured is less than a lower threshold value allowing to stop the generator of inerting gas for a certain duration before the oxygen concentration goes back up to the upper threshold value.
Reinforcement cord for elastomeric articles of manufacture, in particular for a carcase ply and/or for a belt bandage of a pneumatic vehicle tyre, consisting of two or more mutually cable-twisted yarns of non-metallic materials, wherein at least one yarn consists of the material PET and wherein the PET is recycled PET, characterized in that at least one yarn of the cord consists not of recycled PET, but of PA such as preferably PA6.6, PA6, aramid, Arselon, PEEK or POK, more preferably of viscose or natural fibres.
An implantable pump comprising: a drug reservoir, a cannula for conducting liquid from the reservoir; means (112, 124, 134) for forcing the liquid from the reservoir through the cannula characterised by a sensor for monitoring at least one parameter indicative of liquid flowing through the cannula; and circuitry for adjusting the forcing means based on the monitored parameter. a drug reservoir, a cannula for conducting liquid from the reservoir; means (112, 124, 134) for forcing the liquid from the reservoir through the cannula characterised by a sensor for monitoring at least one parameter indicative of liquid flowing through the cannula; and circuitry for adjusting the forcing means based on the monitored parameter.
A firestop apparatus for fire stopping a bus duct (22, 30, 42, 58) that passes through an opening in a division (28, 40, 56, 72), said apparatus comprising: a boot seal (24, 34, 50, 60) comprising an insulating material, the boot seal (24, 34, 50, 60) having a first end and a second end distal from the first end; the first end defining a first opening and positioned to surround the bus duct (22, 30, 42, 58); a first bracket (32, 46) positioned to surround the bus duct (22, 30, 42, 58) and attach the first end to the bus duct (22, 30, 42, 58); a gasket (36, 44, 59) positioned to surround the bus duct (22, 30, 42, 58); the boot seal (24, 34, 50, 60), the first bracket (32, 46) and the gasket (36, 44, 59) arranged at the first end in accordance with a sequence comprising the boot seal (24, 34, 50, 60) as a radially outermost element, the gasket (36, 44, 59) as a radially innermost element sealing against the bus duct (22, 30, 42, 58), and the first bracket (32, 46) disposed between the boot seal (24, 34, 50, 60) and the gasket (36, 44, 59); the second end defining a second opening larger than the first opening, the second end positioned to surround the bus duct (22, 30, 42, 58) and attach to the division (28, 40, 56, 72); wherein the boot seal (24, 34, 50, 60) is made of flexible material to allow for movement of the bus duct (22, 30, 42, 58) relative to the division (28, 40, 56, 72) due to vibration. a boot seal (24, 34, 50, 60) comprising an insulating material, the boot seal (24, 34, 50, 60) having a first end and a second end distal from the first end; the first end defining a first opening and positioned to surround the bus duct (22, 30, 42, 58); a first bracket (32, 46) positioned to surround the bus duct (22, 30, 42, 58) and attach the first end to the bus duct (22, 30, 42, 58); a gasket (36, 44, 59) positioned to surround the bus duct (22, 30, 42, 58); the boot seal (24, 34, 50, 60), the first bracket (32, 46) and the gasket (36, 44, 59) arranged at the first end in accordance with a sequence comprising the boot seal (24, 34, 50, 60) as a radially outermost element, the gasket (36, 44, 59) as a radially innermost element sealing against the bus duct (22, 30, 42, 58), and the first bracket (32, 46) disposed between the boot seal (24, 34, 50, 60) and the gasket (36, 44, 59); the second end defining a second opening larger than the first opening, the second end positioned to surround the bus duct (22, 30, 42, 58) and attach to the division (28, 40, 56, 72); wherein the boot seal (24, 34, 50, 60) is made of flexible material to allow for movement of the bus duct (22, 30, 42, 58) relative to the division (28, 40, 56, 72) due to vibration.
Vehicle body shell comprising an opening, at least one door provided on said opening, able to close or open said body shell, as well as at least one device for locking the door in a closed position, said device for locking the door being integral with the body shell or with the door and comprising a locking member mobile between a locked position P1 and an unlocked position P2, interacting at locking or at unlocking with a corresponding locking element integral with the other, with the body shell or with the door, an electromagnetic means in order to move the locking member from said locked position P1 to said unlocked position P2, and resilient means in order to stress the locking member from said unlocked position P2 to said locked position P1, the device for locking of the door in a closed position comprising supporting means, which, on the one hand, are mobile at least between a first released position P3, wherein the locking member is in said locked position P1, to a second engaged position P4, stable, wherein said supporting means interact with the locking member in said unlocked position P2 in such a way as to counter the stress of the resilient means by mechanically maintaining the locking member in said unlocked position P2, and on the other hand, are able to be retracted by the action of the locking element during the movement of the door, said supporting means being stressed from said first released position P3 to said second engaged position P4 via spring means characterised in that the locking member provides temporary control and in that said supporting means are able to maintain the locking member in said unlocked position P2 while the door is in a closed position and in that when the locking member is actuated by said electromagnetic means from said locked position P1 to said unlocked position P2, the action of the spring means causes the simultaneous moving of the supporting means from the first released position P3 to said second engaged position P4, while the door is in a closed position.
A child car seat comprising a housing surrounding a backrest and a seat, and a handle for guiding the car seat, the child car seat comprising: a) at least two wheels, each of them being mounted on an axle around which it can rotate, the axle extending at least partly through the car seat housing, b) the handle is elongated, mounted with one of its ends to the car seat, and provided at its another, free end with a grip for pushing the car seat in front of oneself on the ground, the handle being configured and located relative to the axle so that in normal use the centre of gravity of the car seat with a handle is located between the grip and the axle, whereby the handle is mounted to the car seat housing, characterised in that the handle is mounted to the bottom part of the housing below the seat, wherein the handle is formed as a single stick-shaped element and is mounted to the seat of the car seat, from below, further away from the backrest and directed in this direction. a) at least two wheels, each of them being mounted on an axle around which it can rotate, the axle extending at least partly through the car seat housing, b) the handle is elongated, mounted with one of its ends to the car seat, and provided at its another, free end with a grip for pushing the car seat in front of oneself on the ground,
A system, comprising: a base module having at least one segment of a controlled compliant flow path and at least one pair of jumpered ports configured on the base module; a cleaning manifold and a therapy cassette having connections connectable to the jumpered ports of the base module to provide for fluid communication between the segment of the controlled compliant flow path in the base module and a flow path defined by the cleaning manifold and therapy cassette wherein the cleaning manifold and therapy cassette are detachable from the base module; characterized in that the base module is configured to be selectably connectable to the cleaning manifold and the therapy cassette, and that when connected to the therapy cassette, the base module defines a flow path configurable for carrying out in part at least one function performed during any one of hemodialysis, hemodiafiltration or hemofiltration, and that when connected to the cleaning manifold, the base module defines a different flow path for performing a cleaning and/or disinfection process; and wherein the therapy cassette includes one or more of an extracorporeal flow path, a sodium chloride cartridge, a bicarbonate cartridge, a concentrate reservoir, a control reservoir, a sensor, and a sorbent cartridge. a base module having at least one segment of a controlled compliant flow path and at least one pair of jumpered ports configured on the base module; a cleaning manifold and a therapy cassette having connections connectable to the jumpered ports of the base module to provide for fluid communication between the segment of the controlled compliant flow path in the base module and a flow path defined by the cleaning manifold and therapy cassette wherein the cleaning manifold and therapy cassette are detachable from the base module; characterized in that the base module is configured to be selectably connectable to the cleaning manifold and the therapy cassette, and that when connected to the therapy cassette, the base module defines a flow path configurable for carrying out in part at least one function performed during any one of hemodialysis, hemodiafiltration or hemofiltration, and that when connected to the cleaning manifold, the base module defines a different flow path for performing a cleaning and/or disinfection process; and wherein the therapy cassette includes one or more of an extracorporeal flow path, a sodium chloride cartridge, a bicarbonate cartridge, a concentrate reservoir, a control reservoir, a sensor, and a sorbent cartridge.
An organic-inorganic adhesive composition suitable for improving adhesion between an inorganic gas barrier layer and various organic materials used in a device, containing a silane compound having an acryloxy group, a silane compound having an amino group and an isocyanate-based compound; wherein the isocyanate-based compound comprises at least one or more selected from a group consisting of a monomer, an oligomer, or a polymer which has an isocyanate group.
Shoe, especially sports shoe, which comprises a sole element and a shoe upper part, wherein the sole element and the shoe upper part are thereby held together that a wire-like connection element is guided through eye- or tube-like sections (5, 6) at the sole element and at the shoe upper part, wherein the eye- or tube-like sections are arranged in a lateral outer region of the sole element and wherein the eye- or tube-like sections are arranged in a lateral outer region of the shoe upper part, characterized in that the shoe upper part is designed at least partially as an at least two-layer structure and comprises an outer part and an inner part, wherein the inner part is a lining and is designed circumferential around the bottom side of the shoe upper part and lays on the sole element at connected sole element and shoe upper part.
A sound-attenuation element of the type comprising a plurality of panels (10, 20) connected together, comprising panels in contact with each other having a groove running along the whole perimeter of their edges, the spaces generated by the corresponding grooves at the edges of the adjacent panels in contact being occupied by battens, characterised in that the battens and the panels have a manufacturing dimensional tolerance such that a pressure is generated between the panels and the battens when fitted, and in that the batten has further at least one intermediate layer of elastomer material to ensure that there is a contact pressure between the batten and panel, and in that the panels comprise U-shaped profiles running round their perimeter in such a way that the U of the profile matches the groove mentioned and two sheets forming the inner and outer faces of the panel (10,20), the U-shaped profiles and the sheets forming an inner space which contains materials for acoustic insulation.