mhurhangee/ep-ind-claims huggingface dataset:
A sieve, comprising vertically, in sieving direction oriented plates with upper enlarged edges and, transversely oriented, curved profiles which have tangents on their upper ends defining a sieve plane parallel to the sieving direction, the free distance between adjacent plates and adjacent profiles, respectively defining the sieve width, characterized in that: a) The distance between the sieve plane and the upper edge of the enlarged edges is at least 30 % of the sieve width, preferably at least 50 % of the sieve width and, especially preferred at least 100 % of the sieve width; b) The radius of curvature ® of the curved profiles is at least 30 % of the sieve width, preferably at least 60 % of the sieve width and, especially preferred at least 100 % of the sieve width, and, if applicable, c) End segments (5, 9) of the profiles which are designed linearly extend tangentially from the curved section. a) The distance between the sieve plane and the upper edge of the enlarged edges is at least 30 % of the sieve width, preferably at least 50 % of the sieve width and, especially preferred at least 100 % of the sieve width; b) The radius of curvature ® of the curved profiles is at least 30 % of the sieve width, preferably at least 60 % of the sieve width and, especially preferred at least 100 % of the sieve width, and, if applicable, c) End segments (5, 9) of the profiles which are designed linearly extend tangentially from the curved section.
An article of footwear comprising: a sole (302,402) including a heel receiver (346,446) having a fixed hook portion (348,448), a movable hook portion (350,450) disposed opposite the fixed hook portion, and an actuator (352,452) configured to move the movable hook portion between a retracted position and an extended position, wherein the actuator and the movable hook portion are formed as a single piece and are guided and retained against a bottom of the sole by a pair of side guides (356,456) and a retainer bar (358,458); and a first heel portion (304,404) and a second heel portion (306,406), each of the first and second heel portions having a first lip (376A,376B,476A,476B) configured to engage the fixed hook portion and a second lip (378A,378B,478A,478B) configured to engage the movable hook portion; wherein the article of footwear is transitionable between a first configuration, in which the first heel portion is secured to the heel receiver of the sole, and a second configuration, in which the second heel portion is secured to the heel receiver of the sole. a sole (302,402) including a heel receiver (346,446) having a fixed hook portion (348,448), a movable hook portion (350,450) disposed opposite the fixed hook portion, and an actuator (352,452) configured to move the movable hook portion between a retracted position and an extended position, wherein the actuator and the movable hook portion are formed as a single piece and are guided and retained against a bottom of the sole by a pair of side guides (356,456) and a retainer bar (358,458); and a first heel portion (304,404) and a second heel portion (306,406), each of the first and second heel portions having a first lip (376A,376B,476A,476B) configured to engage the fixed hook portion and a second lip (378A,378B,478A,478B) configured to engage the movable hook portion; wherein the article of footwear is transitionable between a first configuration, in which the first heel portion is secured to the heel receiver of the sole, and a second configuration, in which the second heel portion is secured to the heel receiver of the sole.
Method of access control by a client entity to a service in a communication network, processing modules (PM-1, PM-2) being intended to be interconnected in said network for the purpose of providing the service to the client entity, a processing module implementing an elementary function of a chain of elementary functions associated with said service, said method comprising the following steps implemented by an access control device (IF-OPAC, 100) associated with an access node to said service (SBN-1, SBN-N), called the main device: - a step of receiving from said access node a request for control of access to at least one processing module of a chain of processing modules, said chain being comprised in the request; - a step of sending to an access control device (S-OPAC1, S-OPAC2, S-OPAC), called a secondary device, associated with a processing module of the chain, a request (M8-1, M8-2, M8-3) for access to the processing module in question, said request comprising an access token negotiated between the main device and the client entity; - a step of receiving from the secondary device a response (M9-1, M9-2, M9-3) to the access request; - a step of sending a notification to said access node comprising at least the response received from the secondary device. - a step of receiving from said access node a request for control of access to at least one processing module of a chain of processing modules, said chain being comprised in the request; - a step of sending to an access control device (S-OPAC1, S-OPAC2, S-OPAC), called a secondary device, associated with a processing module of the chain, a request (M8-1, M8-2, M8-3) for access to the processing module in question, said request comprising an access token negotiated between the main device and the client entity; - a step of receiving from the secondary device a response (M9-1, M9-2, M9-3) to the access request; - a step of sending a notification to said access node comprising at least the response received from the secondary device. - a step of receiving from the secondary device a response (M9-1, M9-2, M9-3) to the access request; - a step of sending a notification to said access node comprising at least the response received from the secondary device.
An arrangement for dampening the vibration of a movably arranged roll assembly of a fibrous web machine, wherein said roll assembly of the fibrous web machine acts as a support member for web rolls (14, 34) and is supported by and arranged movably in relation to the body structure of the fibrous web machine (10, 30) by its support structure, and the roll assembly comprising a positioning means forming a connection between the support member and the body structure as foundations of the fibrous web machine, by means of which position of the roll assembly, and simultaneously the force exerted by the positioning means, can be changed during the operation, and the roll assembly and/or its support structure being provided with a vibration dampening arrangement, wherein the roll assembly is guided by a guide supported by the body structure in both ends/sides of the fibrous web machine, the vibration dampening arrangement comprises at least two separate connections with dedicated vibration dampening means from the roll assembly or its support structure to the body structure, characterized in that the connections comprising means for selectably allowing, limiting or preventing the movement of the connections and a change of the working length of the vibration dampening means.
An insulated cabinet comprising: an outer plate constituting an outer box; an inner plate constituting an inner box provided inside the outer box and forming a storage compartment surrounded by the inner box; a vacuum insulation panel interposed between the outer plate and the inner plate and formed by decompressing an interior of an enclosure with a core material being enclosed in the enclosure and by sealing an open end of the enclosure; and a limiting member which limits invasion of a fluid from the sealed part of the enclosure of the vacuum insulation panel into the enclosure, characterized by a fluid invadable region (46, 47, 48, 49, 61, 62) provided between the storage compartment and the vacuum insulation panel so that a fluid is invadable therethrough. an outer plate constituting an outer box; an inner plate constituting an inner box provided inside the outer box and forming a storage compartment surrounded by the inner box; a vacuum insulation panel interposed between the outer plate and the inner plate and formed by decompressing an interior of an enclosure with a core material being enclosed in the enclosure and by sealing an open end of the enclosure; and a limiting member which limits invasion of a fluid from the sealed part of the enclosure of the vacuum insulation panel into the enclosure, characterized by a fluid invadable region (46, 47, 48, 49, 61, 62) provided between the storage compartment and the vacuum insulation panel so that a fluid is invadable therethrough.
Appliance for the measuring of a stream of water through a channel leading through the appliance between two connections, wherein a rotor arrangement is arranged in the channel and an electronics unit, which interacts with the rotor, is arranged in a chamber separate from the channel, wherein a first housing part forms the channel and, at the opposite ends thereof, channel openings (01, 02) and a first and second connection as well as a chamber-defining pocket, which is open on one side in the axial direction, as seen in relation to the longitudinal axis of the channel, characterized in that the pocket is delimited by the first housing part and a second housing part, which can be joined together in the axial direction, as seen in relation to the longitudinal axis of the channel, wherein the second housing part covers the opening of the pocket and engages, at least in part, in the pocket and forms a carrier for an electronics device, and in that a fixing element, which secures the second housing part relative to the first housing part, can be screwed to the first connection, which is spatially assigned to the opening of the pocket, wherein the two housing parts (EK, GK) can be released from one another for maintenance purposes in a non-destructive manner and preferably manually, without the use of any tools.
An electronic device comprising: a transparent member (510, 610, 710, 810, 910, 1010, 1110, 1310); a display panel (410, 520, 620, 720, 820, 920, 1020, 1120, 1320) disposed under the transparent member; and an ultrasonic sensor (430, 540, 640, 740, 840, 940, 1040, 1170, 1200a-f, 1300b, 1340) disposed under the display panel and configured to acquire biometric information from an external object touched on the transparent member by using an ultrasonic wave having been transmitted through the display panel and the transparent member; characterized in that the electronic device further comprises a light absorbing member (420, 530, 630, 730, 830, 930, 1030, 1130, 1330) disposed between the display panel and the ultrasonic sensor, and configured to absorb at least a part of external light incident into the ultrasonic sensor through the transparent member and the display panel, wherein the ultrasonic sensor includes an ultrasonic wave receiver for receiving the ultrasonic wave reflected from the external object, and at least a part of the ultrasonic wave receiver is disposed in close contact with the light absorbing member. a transparent member (510, 610, 710, 810, 910, 1010, 1110, 1310); a display panel (410, 520, 620, 720, 820, 920, 1020, 1120, 1320) disposed under the transparent member; and an ultrasonic sensor (430, 540, 640, 740, 840, 940, 1040, 1170, 1200a-f, 1300b, 1340) disposed under the display panel and configured to acquire biometric information from an external object touched on the transparent member by using an ultrasonic wave having been transmitted through the display panel and the transparent member; characterized in that the electronic device further comprises a light absorbing member (420, 530, 630, 730, 830, 930, 1030, 1130, 1330) disposed between the display panel and the ultrasonic sensor, and configured to absorb at least a part of external light incident into the ultrasonic sensor through the transparent member and the display panel, wherein the ultrasonic sensor includes an ultrasonic wave receiver for receiving the ultrasonic wave reflected from the external object, and at least a part of the ultrasonic wave receiver is disposed in close contact with the light absorbing member.
Agricultural machine with an electrical vehicle power supply, and at least one energy store (24, 26) for the retrievable storage of electrical energy, wherein the at least one energy store (24, 26) is connected to the vehicle power supply in an electrically conducting manner, at least one electrical connection terminal is provided for connecting an external, electrical energy source, wherein the connection terminal is connected to the at least one energy store (24, 26) in an electrically conducting manner, and has a housing with at least one access opening (46, 48) accessible from outside the machine, which can be covered by a displaceable covering element, characterized in that a first connection element and a second connection element for connection to the external electrical energy source are arranged inside the housing, wherein the housing of the connection terminal has two recesses (50, 52) formed electrically isolated from each other, wherein one connection element (54, 56) is arranged in each recess (50, 52), wherein the connection elements (54, 56) are each mounted in two walls of the recesses (50, 52) arranged opposite and are formed and arranged connecting the latter.
Clamping apparatus for clamping workpieces with different clamping strength of the clamping apparatus, having a housing, a two-arm lever that is pivotable about a pin secured to the housing, wherein one lever arm of the lever is connected in a pivotable manner to a clamping element mounted in a displaceable manner in the housing and the other lever arm of the lever is connected in a pivotable manner to a rod in the region of one end of the rod and the rod is connected in a pivotable manner to an actuating part in the region of the other end, wherein the actuating part is movable by means of an actuator of the clamping apparatus, wherein the rod and the lever arm connected thereto form a toggle-lever mechanism which, with a workpiece clamped in place, is in a position in which the clamping apparatus is prevented from opening without any action by the actuator, wherein a spring device is mounted in the housing, said spring device forming a resilient stop for the actuating part when the workpiece is clamped, depending on the thickness thereof, characterized in that the spring device has a divided spring receptacle with mechanical springs that act on receptacle parts (30, 31), movable relative to one another, of the spring receptacle, wherein means for connecting the two receptacle parts (30, 31) are provided, wherein, when the workpiece is clamped, one receptacle part is supported on the housing and the other receptacle part acts on the actuating part.
A laminate having an easy-to-adhere layer on at least one face of a resin substrate film, and having a heat seal layer on a face, of at least one of the easy-to-adhere layer or layers, which is on a side opposite the resin substrate film therefrom, the laminate being such that a glass transition temperature of a resin that forms the resin substrate film is not less than 90° C; the easy-to-adhere layer is formed from easy-to-adhere agent containing 100 parts by weight of acrylic polymer resin and 3 - 40 parts by weight of crosslinking agent; the acrylic polymer resin has methylol groups present therein in an amount that is 7 - 20 mol% of all monomer units that make up this polymer; the crosslinking agent is at least one crosslinking agent selected from among the group consisting of oxazoline-type crosslinking agent and glycidylamine-type crosslinking agent; and the heat seal layer is a polyolefin-type heat seal layer, thickness of which is less than 300 μm. a glass transition temperature of a resin that forms the resin substrate film is not less than 90° C; the easy-to-adhere layer is formed from easy-to-adhere agent containing 100 parts by weight of acrylic polymer resin and 3 - 40 parts by weight of crosslinking agent; the acrylic polymer resin has methylol groups present therein in an amount that is 7 - 20 mol% of all monomer units that make up this polymer; the crosslinking agent is at least one crosslinking agent selected from among the group consisting of oxazoline-type crosslinking agent and glycidylamine-type crosslinking agent; and the heat seal layer is a polyolefin-type heat seal layer, thickness of which is less than 300 μm.
A helmet comprising: an airbag having an airbag wall surrounding an internal cavity; and one or more tensional reinforcements extending through the internal cavity between different points on the airbag wall; characterised in that the tensional reinforcements are arranged to reduce the rotational energy that would otherwise be transmitted to the head in the event of an impact by controlling the way in which an outer surface of the airbag deforms during an impact, to deform in a predefined way and provide a predefined shape to the outer surface of the airbag. an airbag having an airbag wall surrounding an internal cavity; and one or more tensional reinforcements extending through the internal cavity between different points on the airbag wall; characterised in that the tensional reinforcements are arranged to reduce the rotational energy that would otherwise be transmitted to the head in the event of an impact by controlling the way in which an outer surface of the airbag deforms during an impact, to deform in a predefined way and provide a predefined shape to the outer surface of the airbag.
A light converting device comprising a light converter and a translucent body, wherein a first surface of the translucent body is coupled to a top surface of the light converter, wherein a bottom surface of the light converter is coupled to a reflective bottom layer, wherein the light converting device comprises a light coupling structure, wherein the light coupling structure comprises a hole in the reflective bottom layer and a slot in the light converter configured to receive a light guide, wherein the light coupling structure comprises a light coupling surface for receiving laser light with a laser peak emission wavelength via the light guide, wherein the light coupling surface is arranged such that at least 80% of the laser light passing the light coupling surface is received by the translucent body and wherein the light coupling surface comprises the first surface of the translucent body or is within the translucent body, wherein the translucent body comprises a second surface opposite to the first surface, wherein the second surface of the translucent body is coupled to a reflective top layer for reflecting at least a part of the laser light back to the light converter, wherein the light converter is adapted to convert reflected laser light to converted light, wherein a peak emission wavelength of the converted light is in a longer wavelength range than the laser peak emission wavelength, and wherein the reflective bottom layer is adapted such that at least 80% of the converted light is emitted via the translucent body and the reflective top layer.
A container clamping device comprising: an alignment member (10, 11) comprising a first pin (13 A) configured for protruding into an upper opening (5 A) of a corner fitting (4 A) of a first container and a second pin (13 B) configured for protruding into a lower opening (5 B) of a corner fitting (4 B) of a second container, a first clamping member comprising a flat support, a first projection member configured for protruding into a lateral opening (6 A) of the corner fitting (4 A) of the first container and a second projection member configured for protruding into a lateral opening (6 B) of the corner fitting (4 B) of the second container, the projection members (22, 23) being configured for protruding into the lateral openings (6 B, 6 A) when the first pin (13 A) protrudes into the upper opening (5 A) and the second pin (13 B) protrudes into the lower opening (5 B), and at least one tightening member configured for tightening the first clamping member to the alignment member (10, 11), the clamping device for containers being characterized in that at least one of the projection members (22, 23) comprises a surface that is inclined in relation to a plane perpendicular to the plane of support engaging with the inner surface (8 A) of a lateral opening (6 A) such that the corner fittings (4 A, 4 B) are vertically compressed by contacting the projection members (22, 23) and the inner surfaces of the lateral openings (6 A, 6 B), when tightening the first clamping member to the alignment member (10, 11). an alignment member (10, 11) comprising a first pin (13 A) configured for protruding into an upper opening (5 A) of a corner fitting (4 A) of a first container and a second pin (13 B) configured for protruding into a lower opening (5 B) of a corner fitting (4 B) of a second container, a first clamping member comprising a flat support, a first projection member configured for protruding into a lateral opening (6 A) of the corner fitting (4 A) of the first container and a second projection member configured for protruding into a lateral opening (6 B) of the corner fitting (4 B) of the second container, the projection members (22, 23) being configured for protruding into the lateral openings (6 B, 6 A) when the first pin (13 A) protrudes into the upper opening (5 A) and the second pin (13 B) protrudes into the lower opening (5 B), and at least one tightening member configured for tightening the first clamping member to the alignment member (10, 11), the clamping device for containers being characterized in that at least one of the projection members (22, 23) comprises a surface that is inclined in relation to a plane perpendicular to the plane of support engaging with the inner surface (8 A) of a lateral opening (6 A) such that the corner fittings (4 A, 4 B) are vertically compressed by contacting the projection members (22, 23) and the inner surfaces of the lateral openings (6 A, 6 B), when tightening the first clamping member to the alignment member (10, 11).
Gaseous composition consisting of krypton in a proportion of 15 to 80% by volume and at least one additional gaseous compound chosen from oxygen, nitrogen and the mixtures thereof, for use as an inhalable drug intended to prevent or treat neurointoxication in a human being, wherein the gaseous krypton is the active principle.