mhurhangee/ep-ind-claims huggingface dataset:
A journal bearing structure comprising: a journal bearing (21,22) that has a first inner circumferential surface and a first outer circumferential surface that are formed in a cylindrical shape extending in an axis line for supporting a rotary shaft by the first inner circumferential surface; and a bearing housing that has a second inner circumferential surface formed in a cylindrical shape extending in the axis line and holds the first outer circumferential surface of the journal bearing (21,22) by the second inner circumferential surface, wherein the journal bearing (21,22) has a first oil supply hole through which the first inner circumferential surface and the first outer circumferential surface communicate with each other, wherein the bearing housing has a second oil supply hole opened to the second inner circumferential surface, and wherein an oil supply groove extending in a circumferential direction about the axis line and configured to guide a lubricant discharged from the second oil supply hole to the first oil supply hole is formed in at least one of the second inner circumferential surface of the bearing housing and the first outer circumferential surface of the journal bearing (21,22), wherein the journal bearing (21, 22) is pressed into the bearing housing and thereby attached to the bearing housing, characterized in that a width in the axis line direction of the oil supply groove is smaller than or equal to a width in the axis line direction of the second oil supply hole. a journal bearing (21,22) that has a first inner circumferential surface and a first outer circumferential surface that are formed in a cylindrical shape extending in an axis line for supporting a rotary shaft by the first inner circumferential surface; and a bearing housing that has a second inner circumferential surface formed in a cylindrical shape extending in the axis line and holds the first outer circumferential surface of the journal bearing (21,22) by the second inner circumferential surface, wherein the journal bearing (21,22) has a first oil supply hole through which the first inner circumferential surface and the first outer circumferential surface communicate with each other, wherein the bearing housing has a second oil supply hole opened to the second inner circumferential surface, and wherein an oil supply groove extending in a circumferential direction about the axis line and configured to guide a lubricant discharged from the second oil supply hole to the first oil supply hole is formed in at least one of the second inner circumferential surface of the bearing housing and the first outer circumferential surface of the journal bearing (21,22), wherein the journal bearing (21, 22) is pressed into the bearing housing and thereby attached to the bearing housing, characterized in that a width in the axis line direction of the oil supply groove is smaller than or equal to a width in the axis line direction of the second oil supply hole.
A method for providing a web service of a user terminal device, the method comprising: connecting the user terminal device to a plurality of IoT devices and a web server which provides a plurality of web services; setting at the user terminal device, at least one of the plurality of web services provided by the web server based on a received user command; identifying at least one IoT device of the plurality of IoT devices based on the set web service; transmitting, from the user terminal device, address information of the set web service to the identified IoT device; downloading, by the IOT device, based on the received address information, script information corresponding to the set web service, wherein the script information includes information on a predetermined state of the identified IoT device and URL information corresponding to the predetermined state of the identified IoT device, receiving, from the identified IoT device, by the user terminal device, the URL information corresponding to the predetermined state from the IoT device in response to sensing the predetermined state based on the script information by the IoT device; and providing, by the user terminal device, the set web service based on the received URL information connecting the user terminal device to a plurality of IoT devices and a web server which provides a plurality of web services; setting at the user terminal device, at least one of the plurality of web services provided by the web server based on a received user command; identifying at least one IoT device of the plurality of IoT devices based on the set web service; transmitting, from the user terminal device, address information of the set web service to the identified IoT device; downloading, by the IOT device, based on the received address information, script information corresponding to the set web service, wherein the script information includes information on a predetermined state of the identified IoT device and URL information corresponding to the predetermined state of the identified IoT device, receiving, from the identified IoT device, by the user terminal device, the URL information corresponding to the predetermined state from the IoT device in response to sensing the predetermined state based on the script information by the IoT device; and providing, by the user terminal device, the set web service based on the received URL information
A cache data control method, applied to a first edge cache node, wherein the method comprises: receiving a data obtaining request sent from a terminal device, wherein the data obtaining request comprises an identification of to-be-requested data; when the first edge cache node does not comprise the to-be-requested data, obtaining the to-be-requested data from a target cache node that comprises the to-be-requested data; the method comprises further that the target cache node is determined in an edge cache node set corresponding to the first edge cache node and a central cache node corresponding to the first edge cache node; and wherein every two edge cache nodes in the edge cache node set can directly communicate with each other. receiving a data obtaining request sent from a terminal device, wherein the data obtaining request comprises an identification of to-be-requested data; when the first edge cache node does not comprise the to-be-requested data, obtaining the to-be-requested data from a target cache node that comprises the to-be-requested data; the method comprises further that the target cache node is determined in an edge cache node set corresponding to the first edge cache node and a central cache node corresponding to the first edge cache node; and wherein every two edge cache nodes in the edge cache node set can directly communicate with each other.
Pneumatic vehicle tyre for commercial vehicles, having a profiled tread with profile strips (5, 6) which extend in the circumferential direction U of the pneumatic vehicle tyre and are bounded towards the outside in a radial direction R by a lateral surface, forming the ground contact surface, of the pneumatic vehicle tyre, and having grooves (2, 3, 4) which each separate two adjacent profile strips (5, 6) from one another and are bounded towards the inside in the radial direction R of the pneumatic vehicle tyre by a groove bottom, and having sipes (9, 18, 19, 14, 15) in profile strips (5, 6) bounded by such grooves (2, 3, 4), which extend inwards, in the radial direction R of the pneumatic vehicle tyre, starting from the lateral surface, down to a depth T 3 in a first radial extension region, as sipes which have a sipe width B 3, and, starting from the depth T 3, are formed, in a second radial extension region, as an expanded channel with a channel width B and a channel height H measured in the radial direction R, wherein the second radial extension region of these sipes (9, 18, 19, 14, 15) in a profile strip (5, 6) extends inwards in the radial direction R as far as a position beneath the groove bottom of the groove (2, 3, 4) bounding the profile strip (5, 6), characterized in that wear indicators are formed in one or more - in particular in all - of these grooves (2, 3, 4) in order to indicate a minimum profile depth of the pneumatic vehicle tyre in normal operation of the pneumatic vehicle tyre, and the first radial extension region of the sipe ends in each case towards the inside in the radial direction R of the tyre in a position at a radial spacing T 2 ≥0 mm above the minimum profile depth indicated by the wear indicator in the groove arranged closest, in normal operation.
An apparatus comprising: a flow cache module that is arranged and configured to construct a custom stack and to derive, at runtime, a custom sequence of code segments for packets belonging to a specific connection using a first packet of the specific connection; and a parser module that is arranged and configured to identify packets as belonging to the specific connection using an Internet Protocol, IP, tuple of the packets, wherein the flow cache module is arranged and configured to use the custom stack and to apply the custom sequence of code segments to the identified packets; wherein the parser module is further arranged and configured to inspect headers of the packets; and the flow cache module is further arranged and configured to exclude certain packet types as belonging to the specific connection based on the inspected headers. a flow cache module that is arranged and configured to construct a custom stack and to derive, at runtime, a custom sequence of code segments for packets belonging to a specific connection using a first packet of the specific connection; and a parser module that is arranged and configured to identify packets as belonging to the specific connection using an Internet Protocol, IP, tuple of the packets, wherein the flow cache module is arranged and configured to use the custom stack and to apply the custom sequence of code segments to the identified packets; wherein the parser module is further arranged and configured to inspect headers of the packets; and the flow cache module is further arranged and configured to exclude certain packet types as belonging to the specific connection based on the inspected headers.
Method for producing a connection between two components, in particular motor vehicle components, preferably made of plastic, - wherein a connection element having at least one connection means and intended for connecting the two components is first placed and positioned on a surface of the first component, - wherein the connection element is of multi-part design and, prior to the placement of the connection element on the first component, the connection means is connected to a fastening element, which consists of a one-piece plastic injection-moulded part, of the connection element, - wherein the connection means has a connection plate which latches with at least one latching lug arranged on the fastening element, - wherein the at least one latching lug is a constituent part of a latching frame which is injection-moulded onto the fastening element and which is adapted to the contour of the connection plate, - wherein, after the placement, the fastening element forms an inner cavity together with the first component, - wherein an adhesive is subsequently introduced into the cavity through at least one filling opening in the wall of the connection element and produces a cohesive connection between the connection element and the first component, with the result that the connection means is thereby fastened to the first component and is thus available for producing the connection with the second component. - wherein a connection element having at least one connection means and intended for connecting the two components is first placed and positioned on a surface of the first component, - wherein the connection element is of multi-part design and, prior to the placement of the connection element on the first component, the connection means is connected to a fastening element, which consists of a one-piece plastic injection-moulded part, of the connection element, - wherein the connection means has a connection plate which latches with at least one latching lug arranged on the fastening element, - wherein the at least one latching lug is a constituent part of a latching frame which is injection-moulded onto the fastening element and which is adapted to the contour of the connection plate, - wherein, after the placement, the fastening element forms an inner cavity together with the first component, - wherein an adhesive is subsequently introduced into the cavity through at least one filling opening in the wall of the connection element and produces a cohesive connection between the connection element and the first component, with the result that the connection means is thereby fastened to the first component and is thus available for producing the connection with the second component.
A pharmaceutical composition comprising ladostigil or a pharmaceutically active salt thereof for use in inhibiting systemic inflammation in a subject afflicted with an inflammatory disease selected from the group consisting of an inflammatory gastrointestinal disease, an inflammatory metabolic disease and ischemia-associated inflammation, and wherein said ladostigil is administered at a daily dose of 10 to 60 mg.
Latching hook for a retaining device of a slide for automatic latching so as to retain the slide, having: an undercut, which comprises an engagement edge that runs obliquely at a predetermined angle (α) in the range from 10° to 45°, in particular 25° to 35°, for engagement with a mating latching element, and an axis of rotation that is arranged vertically offset from the engagement edge, wherein the engagement edge is oriented tangentially with respect to the axis of rotation so that a rotation of the latching hook about the axis of rotation causes a displacement of the engagement edge along the oblique extent and the latching hook can be released from engagement with the mating latching element without translational relative movement.
Container comprising a chamber with a bottom for receiving a mixing component and an adapter for fixing the chamber to a second container, wherein the adapter - is connected by a first connecting means to the chamber and has a second connecting means for connecting with the second container, - forms a flow-through channel extending between the first and the second connecting means (61, 63) and - has a cutting element in the flow-through channel with a cutting edge facing the bottom of the chamber, characterized in that the first connecting means makes possible a rotation of the chamber relative to the adapter and to the cutting edge, wherein the cutting edge is configured to cut through the bottom of the chamber along its edge when the chamber rotates and wherein the chamber and the adapter are non-detachably connected with each other. - is connected by a first connecting means to the chamber and has a second connecting means for connecting with the second container, - forms a flow-through channel extending between the first and the second connecting means (61, 63) and - has a cutting element in the flow-through channel with a cutting edge facing the bottom of the chamber,
A bendable cover, comprising a first hard plate, a second hard plate, and a flexible substrate, wherein an upper surface of the flexible substrate comprises a first hard area, a second hard area, and a first bending area, the first bending area is located between the first hard area and the second hard area, the first hard area and the second hard area each are adjacent to the first bending area, the first hard plate is bonded to the first hard area by using a first transparent bonding layer, and the second hard plate is bonded to the second hard area by using a second transparent bonding layer; and when a first bending part is bent, a minimum included angle between a planar surface on which an inner surface of a first hard part is located and a planar surface on which an inner surface of a second hard part is located is greater than or equal to 0 degrees and less than 180 degrees, wherein the first bending part is a flexible substrate corresponding to the first bending area, the first hard part and the second hard part each are in a shape of a slab, the first hard part comprises a flexible substrate corresponding to the first hard area, the first hard plate, and the first transparent bonding layer, the second hard part comprises a flexible substrate corresponding to the second hard area, the second hard plate, and the second transparent bonding layer, and the inner surface of the first hard part faces the inner surface of the second hard part; characterised in that an included angle area between an inner wall of the first hard plate and the first bending area has a first gel, the first gel has a side wall, a lower surface, and a second curved surface, the side wall of the first gel is fitted to the inner wall of the first hard plate, the lower surface of the first gel is fitted to the first bending area, the second curved surface is a concave surface, the second curved surface has a first edge and a second edge that are opposite to each other, the first edge of the second curved surface is an intersecting line between the side wall of the first gel and the second curved surface, the second edge of the second curved surface is an intersecting line between the lower surface of the first gel and the second curved surface, the second curved surface is of G2 continuity from the first edge of the second curved surface to the second edge of the second curved surface.
A stirrer of a machine for making and dispensing ice cream products, rotating about an axis and characterized in that it comprises: - a first end element and a second end element; - longitudinal elements extending along the axis between the first end element and second end element; - scraping elements removably couplable to the longitudinal elements, the scraping elements having a portion that is partly helical in shape, wherein: - the scraping elements are provided with first engagement elements configured to allow the scraping elements and longitudinal elements to be coupled to each other. - the first engagement elements are formed on opposite sides of the portion. - the first engagement elements are defined by a plurality of elastically deformable locking elements adapted to allow the scraping element to be held at a predetermined position when it has been removably coupled to the longitudinal elements. - a first end element and a second end element; - longitudinal elements extending along the axis between the first end element and second end element; - scraping elements removably couplable to the longitudinal elements, the scraping elements having a portion that is partly helical in shape, wherein: - the scraping elements are provided with first engagement elements configured to allow the scraping elements and longitudinal elements to be coupled to each other. - the first engagement elements are formed on opposite sides of the portion. - the first engagement elements are defined by a plurality of elastically deformable locking elements adapted to allow the scraping element to be held at a predetermined position when it has been removably coupled to the longitudinal elements.
A hearing aid having a hearing device interface for a wired connection between the hearing aid and an external device being either an accessory or a programming device, wherein the hearing device interface constitutes a programming interface and an accessory connection merged into one interface, which hearing device interface comprises a first group of electrically conducting contact pins extending parallel to each other and being configured to engage with a corresponding plug of the external device provided with plug slots, wherein the first group of contact pins is four contact pins that are arranged in a square formation, wherein the first group of contact pins is adapted to engage with a standard CS44 connector plug, wherein the first group of contact pins thereby constitutes the programming interface, wherein the hearing device interface further comprises a second electrically conducting contact pin extending parallel to the first group of electrically conducting contact pins and wherein the second electrically conducting contact pin is arranged outside the square formation formed by the first group of electrically conducting contact pins, and wherein three of the first group of electrically conducting contact pins are used for both the programming interface and for the accessory connection.
Centrifuge in which a flowable starting product can be clarified of solids F in a continuous operation in a centrifugal field in a rotating drum, wherein the drum has a drum top part and a drum bottom part, and wherein the drum top part or the drum bottom part has a movable piston valve through which outlet openings in the drum can be opened or closed, wherein furthermore one or more wear protection elements are provided for protection against abrasive wear, characterized by one or both of the following features a) or b) and by feature c): a. the drum is provided with two or more first wear protection elements on an axial annular surface of the drum top part or the drum bottom part, wherein the first wear protection elements have the shape of circular ring segments, and/or b. the piston valve is provided with two or more second wear protection elements on a corresponding axial annular surface, wherein the second wear protection elements are in the shape of circular ring segments, c. wherein each of the wear protection elements (16 or 17), together with one or two respectively adjacent wear protection elements (16 or 17), has a respective abutting edge, so that a joint is formed between abutting edges resting against one another. a. the drum is provided with two or more first wear protection elements on an axial annular surface of the drum top part or the drum bottom part, wherein the first wear protection elements have the shape of circular ring segments, and/or b. the piston valve is provided with two or more second wear protection elements on a corresponding axial annular surface, wherein the second wear protection elements are in the shape of circular ring segments, c. wherein each of the wear protection elements (16 or 17), together with one or two respectively adjacent wear protection elements (16 or 17), has a respective abutting edge, so that a joint is formed between abutting edges resting against one another.