mhurhangee/ep-ind-claims huggingface dataset:
Fastening means for fastening to each other at least two construction elements (2, 3), for instance a beam and an upright of a wooden connection, in particular for instance a sill and a jamb of a frame, comprising: - a plastic non-deformable plug with a cylindrical hollow body for receiving therein without deformation a screw or bolt, wherein the body has at its one end a screw or bolt insertion opening and at its other end a screw or bolt outlet opening, which plug is provided over a part of the length of its body with a number of engaging elements, preferably barbs with a barb function directed toward the one end, such that in a situation arranged in the construction elements the part provided with engaging elements extends in both construction elements, and wherein the plug is manufactured integrally from a hard form-retaining plastic, and - the screw or bolt configured to be arranged in the plug, which screw or bolt has a greater length than the plug such that the screw or bolt in a situation arranged in the plug protrudes from the plug via the screw or bolt outlet opening for the purpose of providing a screw connection to one of the two construction elements. - a plastic non-deformable plug with a cylindrical hollow body for receiving therein without deformation a screw or bolt, wherein the body has at its one end a screw or bolt insertion opening and at its other end a screw or bolt outlet opening, which plug is provided over a part of the length of its body with a number of engaging elements, preferably barbs with a barb function directed toward the one end, such that in a situation arranged in the construction elements the part provided with engaging elements extends in both construction elements, and wherein the plug is manufactured integrally from a hard form-retaining plastic, and - the screw or bolt configured to be arranged in the plug, which screw or bolt has a greater length than the plug such that the screw or bolt in a situation arranged in the plug protrudes from the plug via the screw or bolt outlet opening for the purpose of providing a screw connection to one of the two construction elements.
A cooking appliance, the appliance including: a controller operatively associated with the heating element to provide for selective delivery of electric power to the heating element to provide a heating profile across the product, with the controller being configured to switch between a first mode and a second mode to alter the electric power to the heating element to vary the heating profile across the product; a control projecting from a generally hollow cuboidal body of the appliance and operatively associated with the controller to alter the electric power to the heating element in both the first mode and the second mode of the controller; an interface releasably mounted to the body, with the interface having an opening through which the control projects when the interface is mounted to the body; wherein the interface is magnetically attracted to the body so as to be removably mounted thereon; characterized in that - the cooking appliance comprises a heating element in the cavity to deliver radiant energy to cook the product, and - the controller is configured to switch from the first mode to the second mode upon mounting the interface to the body, wherein the body includes a sensor operatively associated with the controller, with the sensor being configured to detect a magnetic field of the interface and to switch the controller from the first mode to the second mode upon the sensor detecting the magnetic field of the interface. a controller operatively associated with the heating element to provide for selective delivery of electric power to the heating element to provide a heating profile across the product, with the controller being configured to switch between a first mode and a second mode to alter the electric power to the heating element to vary the heating profile across the product; a control projecting from a generally hollow cuboidal body of the appliance and operatively associated with the controller to alter the electric power to the heating element in both the first mode and the second mode of the controller; an interface releasably mounted to the body, with the interface having an opening through which the control projects when the interface is mounted to the body; wherein the interface is magnetically attracted to the body so as to be removably mounted thereon; characterized in that - the cooking appliance comprises a heating element in the cavity to deliver radiant energy to cook the product, and - the controller is configured to switch from the first mode to the second mode upon mounting the interface to the body, - the cooking appliance comprises a heating element in the cavity to deliver radiant energy to cook the product, and - the controller is configured to switch from the first mode to the second mode upon mounting the interface to the body, wherein the body includes a sensor operatively associated with the controller, with the sensor being configured to detect a magnetic field of the interface and to switch the controller from the first mode to the second mode upon the sensor detecting the magnetic field of the interface.
Energy converter for converting flow energy of a streaming medium into electrical energy, comprising a turbine with a turbine shaft, a pivoted rotatably mounted turbine shaft center hub and several of turbine blades, each with having a first end (6.1) fixed to the turbine shaft center hub, for converting the flow energy of the medium into rotational energy of rotation off the turbine and an electrical generator for converting rotational energy of rotation of the turbine into electrical energy, in wherein the generator has a substantially ring-shaped stator which comprises a metal core and at least one electrical coil with windings which are wound around the metal core, and has a rotor formed by several of permanent magnets attached to the turbine, the turbine shaft is arranged along an axis of symmetry of the stator and the turbine blades each extend from the turbine center shaft hub to the stator, characterized in that the metal core and the windings of all coils are completely casted into a first casting compound, which also forms the outer surface of the stator, and the permanent magnets are arranged in an essentially circular turbine casing which is attached to the second ends (6.2) of the turbine blades facing the stator, in which the turbine casing consists of a second casting compound into which the permanent magnets are completely casted.
A paper sheet processing device comprising: an accommodating part that accommodates a paper sheet; and a sliding stage part that is provided within the accommodating part and supports the paper sheet accommodated within the accommodating part, the sliding stage part sliding with respect to the accommodating part to cause a portion of the sliding stage part to protrude to outside of the accommodating part, and the sliding stage part sliding with respect to the accommodating part to push the paper sheet to the outside of the accommodating part and cause a leading end of the paper sheet to protrude to the outside of the accommodating part, characterized in that the accommodating part includes: an upper surface that supports a side of the paper sheet; and a high friction member that is fixed to the upper surface, is in contact with the side of the paper sheet, and has a higher friction coefficient than that of the upper surface. an accommodating part that accommodates a paper sheet; and a sliding stage part that is provided within the accommodating part and supports the paper sheet accommodated within the accommodating part, the sliding stage part sliding with respect to the accommodating part to cause a portion of the sliding stage part to protrude to outside of the accommodating part, and the sliding stage part sliding with respect to the accommodating part to push the paper sheet to the outside of the accommodating part and cause a leading end of the paper sheet to protrude to the outside of the accommodating part, characterized in that the accommodating part includes: an upper surface that supports a side of the paper sheet; and a high friction member that is fixed to the upper surface, is in contact with the side of the paper sheet, and has a higher friction coefficient than that of the upper surface. an upper surface that supports a side of the paper sheet; and a high friction member that is fixed to the upper surface, is in contact with the side of the paper sheet, and has a higher friction coefficient than that of the upper surface.
Elastomer laminate comprising at least two adjacent layers: - the first layer consisting of a rubber composition based on: ∘ 20 to 100 phr of at least one copolymer comprising ethylene units and units of a 1,3-diene of formula, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; ∘ 0 to 80 phr of at least one diene elastomer having a weight content of diene units of greater than 50%; ∘ 10 to 100 phr of a plasticizing system comprising at least one plasticizing resin having a glass transition temperature above 20°C and/or at least one plasticizer that is liquid at 23°C; ∘ a reinforcing filler; and ∘ a crosslinking system, - the second layer consisting of a rubber composition based on a diene elastomer having a weight content of diene units of greater than 50% and a crosslinking system. - the first layer consisting of a rubber composition based on: ∘ 20 to 100 phr of at least one copolymer comprising ethylene units and units of a 1,3-diene of formula, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; ∘ 0 to 80 phr of at least one diene elastomer having a weight content of diene units of greater than 50%; ∘ 10 to 100 phr of a plasticizing system comprising at least one plasticizing resin having a glass transition temperature above 20°C and/or at least one plasticizer that is liquid at 23°C; ∘ a reinforcing filler; and ∘ a crosslinking system, ∘ 20 to 100 phr of at least one copolymer comprising ethylene units and units of a 1,3-diene of formula, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; ∘ 0 to 80 phr of at least one diene elastomer having a weight content of diene units of greater than 50%; ∘ 10 to 100 phr of a plasticizing system comprising at least one plasticizing resin having a glass transition temperature above 20°C and/or at least one plasticizer that is liquid at 23°C; ∘ a reinforcing filler; and ∘ a crosslinking system, - the second layer consisting of a rubber composition based on a diene elastomer having a weight content of diene units of greater than 50% and a crosslinking system.
A method for Serial Peripheral Interface operating-mode synchronization between an SPI host and an SPI device (102, 300) that communicate over an SPI bus, the method comprising: predefining, in the SPI device (102, 300), one or more values on the SPI bus as indicative of an error caused by the SPI host and the SPI device (102, 300) operating in different SPI modes; and in response to receiving any of the predefined values in the SPI device (102, 300), initiating a re-synchronization process that causes the SPI device to operate in the same SPI operating mode, wherein the one or more predefined values comprise one or more SPI instruction operating codes or SPI address operating codes in which a predefined group of bits is at a defined logic state, wherein one or more wires of the SPI bus are connected to pull-up or pull-down devices that force the one or more wires to a defined logic state, and wherein the one or more values indicative of the error comprise the one or more values in which the one or more wires are at the defined logic state, wherein the pull-up or pull-down devices is pull-up or pull-down resistor. predefining, in the SPI device (102, 300), one or more values on the SPI bus as indicative of an error caused by the SPI host and the SPI device (102, 300) operating in different SPI modes; and in response to receiving any of the predefined values in the SPI device (102, 300), initiating a re-synchronization process that causes the SPI device to operate in the same SPI operating mode, wherein the one or more predefined values comprise one or more SPI instruction operating codes or SPI address operating codes in which a predefined group of bits is at a defined logic state, wherein one or more wires of the SPI bus are connected to pull-up or pull-down devices that force the one or more wires to a defined logic state, and wherein the one or more values indicative of the error comprise the one or more values in which the one or more wires are at the defined logic state, wherein the pull-up or pull-down devices is pull-up or pull-down resistor.
Composite glass pane, comprising a) a substrate glass with a thickness of 0.3 mm to 25 mm, b) at least one layer structure applied on the substrate glass, c) at least one polymeric layer with a layer thickness of 0.2 mm to 10 mm applied on the layer structure, d) a cover glass with a thickness of 1.3 mm to 25 mm on the polymeric layer, wherein in the temperature range from -40 °C to +90 °C, the maximum mechanical stress of the composite glass pane is less than or equal to 7 MPa and wherein the substrate glass is a borosilicate glass with a mean coefficient of thermal expansion of 44 x 10 -7 K -1, and wherein the cover glass is a borosilicate glass with a mean coefficient of thermal expansion of 50 x 10 -7 K -1. a) a substrate glass with a thickness of 0.3 mm to 25 mm, b) at least one layer structure applied on the substrate glass, c) at least one polymeric layer with a layer thickness of 0.2 mm to 10 mm applied on the layer structure, d) a cover glass with a thickness of 1.3 mm to 25 mm on the polymeric layer,
A camera lens comprising at least one focus ring to manually adjust a focus of said lens and at least one locking ring comprising an outer ring, wherein the locking ring is adapted to be adjusted to lock the focus ring in a specific position, characterized in that in order to lock the focus ring in the specific position - the outer ring is adapted to be moved in an axial direction towards the focus ring of the camera lens to fix the focus ring through a friction connection or a form fit between the outer ring and the focus ring or - said at least one locking ring further comprises an inner ring, wherein the outer ring is adapted to be rotated in order to move said inner ring in a direction towards said at least one focus ring in order to provide a preferably frictional connection between said inner ring and said at least on focus ring. - the outer ring is adapted to be moved in an axial direction towards the focus ring of the camera lens to fix the focus ring through a friction connection or a form fit between the outer ring and the focus ring or - said at least one locking ring further comprises an inner ring, wherein the outer ring is adapted to be rotated in order to move said inner ring in a direction towards said at least one focus ring in order to provide a preferably frictional connection between said inner ring and said at least on focus ring.
An electrical apparatus capable of being mounted on an attachment rail, this electrical apparatus including: - a casing, comprising a central part and a side cover mounted on the central part; - a bistable locking device, including: • a tab translatable along a first axis between locked position, suitable for keeping the electrical apparatus attached on an attachment rail, and an unlocked position, suitable for allowing the movement of the electrical apparatus relative to the attachment rail; • a resiliently deformable blade (161, 162) that connects the tab to the central part of the casing and that is suitable for exerting a first resilient return force on the tab from the unlocked position toward the locked position; the tab further includes a locking member arranged on a side face of the tab and that protrudes relative to this side face along a second axis perpendicular to the first axis, this second axis forming a transverse axis of the apparatus; the electrical apparatus includes, arranged on an inner face of the cover, a retaining wall that delimits at least part of a housing with a shape complementary to the locking member, the inner face facing the locking member and the housing being situated across from the locking member, and the locking member is movable, by undergoing a resilient travel in a direction of travel perpendicular to the first axis and the second axis, between a retained position inside the housing, in which the retaining wall keeps the tab in the locked position, by preventing a movement of the locking member in translation along the first axis, and a released position outside the housing, in which the locking member allows a translational movement of the tab along the first axis. - a casing, comprising a central part and a side cover mounted on the central part; - a bistable locking device, including: • a tab translatable along a first axis between locked position, suitable for keeping the electrical apparatus attached on an attachment rail, and an unlocked position, suitable for allowing the movement of the electrical apparatus relative to the attachment rail; • a resiliently deformable blade (161, 162) that connects the tab to the central part of the casing and that is suitable for exerting a first resilient return force on the tab from the unlocked position toward the locked position; • a tab translatable along a first axis between locked position, suitable for keeping the electrical apparatus attached on an attachment rail, and an unlocked position, suitable for allowing the movement of the electrical apparatus relative to the attachment rail; • a resiliently deformable blade (161, 162) that connects the tab to the central part of the casing and that is suitable for exerting a first resilient return force on the tab from the unlocked position toward the locked position;
Method for pasteurising a liquid product by heating it to a pasteurisation temperature which results in any product-harming micro-organisms and/or germs being killed and by maintaining the product at this temperature in a treatment chamber (2.1) over a holding time, wherein the length of the treatment segment is controlled or regulated as a function of the product throughput, characterised in that the product volume inside the treatment chamber is controlled or regulated by changing the height level of the product surface level in the treatment chamber, by introducing or removing a sterile gaseous and/or vaporous medium in a part chamber (2.2) of the treatment chamber, formed above the product surface level, and/or by changing the height level of the product outlet in the treatment chamber.
A lifting system comprising: - a tower, - a jib arranged on top of the tower for lifting components to an elongated structure, - a plurality of securing members for securing the tower to the elongated structure, and - a lifting device for lifting the securing members and moving the securing members up and down along the tower, wherein the lifting device comprises a platform attached to an upper portion of the tower, protruding on two opposite sides of the tower so that a first portion of the platform is protruding on a first side of the tower and a second portion of the platform is protruding on a second side of the tower, a crane arranged on the first portion of the platform, a winch for operating the crane arranged on the second portion of the platform, and a trolley arranged movable back and forth along the first portion of the platform, wherein the crane is attached to the trolley so that the crane is arranged movable back and forth along the first portion of the platform and the horizontal distance between the tower and the crane can be adjusted. - a tower, - a jib arranged on top of the tower for lifting components to an elongated structure, - a plurality of securing members for securing the tower to the elongated structure, and - a lifting device for lifting the securing members and moving the securing members up and down along the tower, wherein the lifting device comprises a platform attached to an upper portion of the tower, protruding on two opposite sides of the tower so that a first portion of the platform is protruding on a first side of the tower and a second portion of the platform is protruding on a second side of the tower, a crane arranged on the first portion of the platform, a winch for operating the crane arranged on the second portion of the platform, and a trolley arranged movable back and forth along the first portion of the platform, wherein the crane is attached to the trolley so that the crane is arranged movable back and forth along the first portion of the platform and the horizontal distance between the tower and the crane can be adjusted.
An electricity generation and hybrid-electric propulsion system of an aircraft, comprising: a fuselage; a hybrid-electric power generation system operably disposed in the fuselage; and a ram air turbine, RAT, device, which is coupled with the hybrid-electric power generation system, and which is stowable in the fuselage and deployable to an exterior of the fuselage, the RAT device being operable as a RAT when deployed into an airstream that drives rotations of the RAT from which the hybrid-electric power generation system generates electricity, and the RAT device being operable as a propulsor when deployed and driven by the hybrid-electric power generation system; and characterised in that: the hybrid-electric power generation system comprises: first and second drive shafts (321, 322); a gas turbine engine disposed on the first drive shaft; a motor-generator disposed on the first drive shaft for electrically coupling the RAT device and the hybrid-electric power generation system; a power turbine, which is receptive of exhaust from the gas turbine engine; and an electric generator, which is drivable by the power turbine via the second drive shaft. a fuselage; a hybrid-electric power generation system operably disposed in the fuselage; and a ram air turbine, RAT, device, which is coupled with the hybrid-electric power generation system, and which is stowable in the fuselage and deployable to an exterior of the fuselage, the RAT device being operable as a RAT when deployed into an airstream that drives rotations of the RAT from which the hybrid-electric power generation system generates electricity, and the RAT device being operable as a propulsor when deployed and driven by the hybrid-electric power generation system; and characterised in that: the hybrid-electric power generation system comprises: first and second drive shafts (321, 322); a gas turbine engine disposed on the first drive shaft; a motor-generator disposed on the first drive shaft for electrically coupling the RAT device and the hybrid-electric power generation system; a power turbine, which is receptive of exhaust from the gas turbine engine; and an electric generator, which is drivable by the power turbine via the second drive shaft. first and second drive shafts (321, 322); a gas turbine engine disposed on the first drive shaft; a motor-generator disposed on the first drive shaft for electrically coupling the RAT device and the hybrid-electric power generation system; a power turbine, which is receptive of exhaust from the gas turbine engine; and an electric generator, which is drivable by the power turbine via the second drive shaft.