mhurhangee/ep-ind-claims huggingface dataset:
Hanging system for an extractor hood comprising a frame structure with one or more profiles (4, 11, 13) for supporting an extractor hood, and the hanging system comprising hanging cables for hanging the frame structure from an overlying structure, characterized in that the hanging system comprises, in addition to said profiles, at least three encasement profiles, wherein each encasement profile is a hollow profile that extends in a longitudinal direction and comprises a passage for encasing one of said hanging cables, wherein this passage extends from a first end to a second end in the longitudinal direction of the encasement profile, wherein each hanging cable is connected to the frame structure and at least partially extends through the passage of the respective encasement profile and that each encasement profile is coupled by its second end to the frame structure and this is achieved with the aid of a coupling piece that, in use, allows movement between the encasement profile and the frame structure between a rest position of the hanging system, wherein the longitudinal direction of the encasement profile extends virtually vertically in a first rest direction and the longitudinal direction of a profile of the frame structure, which extends at the location of the coupling of the encasement profile and the frame structure, extends in a second rest direction and one or more other positions, wherein at least the longitudinal direction of the encasement profile or the longitudinal direction of the last said profile of the frame structure extends in a direction (A', B') that differs from the respective rest direction (A, B),_wherein the coupling piece comprises an intermediate piece that is intended to extend between the encasement profile and an opening for the hanging cable, which opening opens out at the top in use and provides access to an interior space of said profile of the frame structure.
A printing press with several printing mechanisms (02; 03; 04), together printing a print substrate, wherein at least one of these printing mechanisms is formed as a printing mechanism that prints information, that is changing during an ongoing printing process, on a particular target area on the print substrate, wherein, viewed in the transport direction of the substrate, before of said printing mechanism, that is formed as the printing mechanism printing the changing information on the print substrate, a positioning device is provided, making adjustments in its position transverse to its provided transport path, wherein a position of the respective target area, that is provided for printing of changing information on the print substrate in the ongoing printing process, is adjusted or at least is adjustable by a positioning of the print substrate relative to the respective printing mechanism, printing the changing information, the positioning being performed, or at least performable, by means of the positioning device during the ongoing printing process the, wherein the positioning device adjusting the print substrate in its position is controlled by a control unit in response to a specification of the position of the target area, which is provided on the print substrate for the changing information, wherein the specification for the respective changing information to be printed on the print substrate is stored in a database, cooperating with the control unit, and is provided by this database, characterized in that the printing mechanism that is formed as the printing mechanism printing the changing information on the print substrate, is arranged in a branch of a track dividing device, wherein the database cooperating with the control unit is formed as a database of a production planning system, wherein the printing process to be performed by the printing press is controlled by the production planning system.
A method in a first node of conveying precoding information in a control message to a second node, the control message containing information that describes properties of an associated wireless data transmission between the first and second nodes employing spatial multiplexing and precoding information for sending codewords corresponding to transport blocks in said wireless data transmission, comprising the steps of: - determining precoding parameters to be included in said control message to the second node, - encoding precoding information in at least one precoding information field of the control message according to the determined precoding parameters by means of values in payload size related TBS, Transport Block Size, fields in the control message, wherein said values are set to determine the interpretation of said precoding information in the at least one precoding information field, and - sending said control message with said precoding information and TBS fields to the second node. - determining precoding parameters to be included in said control message to the second node, - encoding precoding information in at least one precoding information field of the control message according to the determined precoding parameters by means of values in payload size related TBS, Transport Block Size, fields in the control message, wherein said values are set to determine the interpretation of said precoding information in the at least one precoding information field, and - sending said control message with said precoding information and TBS fields to the second node.
An apparatus comprising: means for determining a type of message being acknowledged; means for assigning a channel identification based upon the message type, wherein means for assigning a channel identification comprises means for assigning an acknowledgement resource to an acknowledgement for the message based upon the message type, wherein each acknowledgement resource is assigned to a traffic channel from a set of traffic channels, each traffic channel in the set of traffic channels having a channel identification associated therewith, wherein the channel identification comprises a numerical identifier of one of a plurality of numerical identifiers that range from a lowest to a highest numerical value said lowest identifier corresponding to a largest traffic channel in the set of traffic channels; means for generating the acknowledgement for transmission via a communication channel; and means for mapping the acknowledgment, based upon the channel identification, to resources for a signalling channel that punctures traffic channels, wherein the highest available channel identification is assigned to acknowledgements of assignment messages. means for determining a type of message being acknowledged; means for assigning a channel identification based upon the message type, wherein means for assigning a channel identification comprises means for assigning an acknowledgement resource to an acknowledgement for the message based upon the message type, wherein each acknowledgement resource is assigned to a traffic channel from a set of traffic channels, each traffic channel in the set of traffic channels having a channel identification associated therewith, wherein the channel identification comprises a numerical identifier of one of a plurality of numerical identifiers that range from a lowest to a highest numerical value said lowest identifier corresponding to a largest traffic channel in the set of traffic channels; means for generating the acknowledgement for transmission via a communication channel; and means for mapping the acknowledgment, based upon the channel identification, to resources for a signalling channel that punctures traffic channels, wherein the highest available channel identification is assigned to acknowledgements of assignment messages.
A method of laser induced modification of a material (14, 136), comprising: providing a material having a first interface (20, 70) and at least a second interface (22, 64, 72) spaced from the first interface to define a material volume (14, 138, 140), applying at least one laser pulse (12, 112, 114, 118, 162) to the material such that the at least one laser pulse is incident on the first interface at a preselected angle of incidence (148, 152, 166), wherein an optical interference pattern (18, 68, 160, 172, 176) is generated from Fresnel reflections between the first interface and the at least second interface, such that a thin interaction volume (24, 26, 28, 30) at a site of at least one intensity maximum of the optical interference pattern is characterized by a laser intensity above a threshold value to responsively produce the laser induced cleavage (32, 36, 38, 54) along the at least one intensity maximum (24, 26, 28, 30) at a site between the first interface and the at least second interface. providing a material having a first interface (20, 70) and at least a second interface (22, 64, 72) spaced from the first interface to define a material volume (14, 138, 140), applying at least one laser pulse (12, 112, 114, 118, 162) to the material such that the at least one laser pulse is incident on the first interface at a preselected angle of incidence (148, 152, 166), wherein an optical interference pattern (18, 68, 160, 172, 176) is generated from Fresnel reflections between the first interface and the at least second interface, such that a thin interaction volume (24, 26, 28, 30) at a site of at least one intensity maximum of the optical interference pattern is characterized by a laser intensity above a threshold value to responsively produce the laser induced cleavage (32, 36, 38, 54) along the at least one intensity maximum (24, 26, 28, 30) at a site between the first interface and the at least second interface.
A tensioning system comprising: a base; an idler support assembly slidably retained on the base, the idler support assembly including a support element having a surface at a first end; a spring loaded handle assembly including a bar, and a handle mounted to the bar, an engagement element (42, 142), and a biasing element intermediate the engagement element (42, 142) and the handle; wherein the handle assembly is configured to rotate between a first position and a second position, wherein the engagement element (42, 142) disengages the surface (64, 164) in the first position and the engagement element (42, 142) engages the surface (64, 164) in the second position; the system being characterized in that said surface is a cam surface, said bar is a tension bar rotatably mounted to the base, and said handle is longitudinally adjustably mounted to the bar. a base; an idler support assembly slidably retained on the base, the idler support assembly including a support element having a surface at a first end; a spring loaded handle assembly including a bar, and a handle mounted to the bar, an engagement element (42, 142), and a biasing element intermediate the engagement element (42, 142) and the handle; wherein the handle assembly is configured to rotate between a first position and a second position, wherein the engagement element (42, 142) disengages the surface (64, 164) in the first position and the engagement element (42, 142) engages the surface (64, 164) in the second position;
A splitflow valve comprising: a tubular body defining a through hole, the tubular body having at least one lateral bypass port; a valve element moveable in the through hole along a first direction between a first position and a second position, the bypass port being closed by the valve element in the first position, the bypass port being open in the second position, the valve element defining a flow restriction; a lock maintaining the valve element in the second position wherein the a flow of fluid entering the through hole of the tubular body is split into a first flow portion passing the flow restriction and a second flow portion exiting the at least one bypass port; the lock being deactivatable to allow the valve element to return to the first position; wherein the tubular body comprises a protrusion protruding over a neighboring outer surface of the tubular body; and wherein the bypass port extends at least partially through the protrusion. a tubular body defining a through hole, the tubular body having at least one lateral bypass port; a valve element moveable in the through hole along a first direction between a first position and a second position, the bypass port being closed by the valve element in the first position, the bypass port being open in the second position, the valve element defining a flow restriction; a lock maintaining the valve element in the second position wherein the a flow of fluid entering the through hole of the tubular body is split into a first flow portion passing the flow restriction and a second flow portion exiting the at least one bypass port; the lock being deactivatable to allow the valve element to return to the first position; wherein the tubular body comprises a protrusion protruding over a neighboring outer surface of the tubular body; and wherein the bypass port extends at least partially through the protrusion.
A connection element of a vehicle seat comprising a body on which a backrest and a seat cushion of the seat are intended to be mounted, the body defining a first edge and at least one first through slot extending longitudinally in a first direction from the first edge and defining a first inner end, the connection element furthermore comprising a first bridge extending along at least part of the first edge opposite the first slot, the first bridge having a curved shape, characterized in that the first bridge closes the first through slot and in that the first bridge forms one end of the first through slot opposite the first lower end. the connection element furthermore comprising a first bridge extending along at least part of the first edge opposite the first slot, the first bridge having a curved shape, characterized in that the first bridge closes the first through slot and in that the first bridge forms one end of the first through slot opposite the first lower end.
A tank comprising a liner, and an FRP layer including hoop layers and helical layers alternately formed by winding fiber bundles around the outer periphery of the liner, characterized in that in at least one of a plurality of helical layers positioned in an inner layer of the FRP layer, a sectional area of the fiber bundle constituting the helical layer positioned in the inner layer of the FRP layer is smaller than that of the fiber bundle constituting another layer formed outside the helical layer positioned in the inner layer, wherein a tensile force onto the fiber bundle constituting the helical layer positioned in the inner layer is increased to decrease a thickness of the fiber bundle in a laminating direction of the FRP layer.
A synthetic rod for creating enclosures, for decoration and for making screens by being bound together with a number of other rods of the same or different kind, characterised in that the rod comprises a body extruded from a composition consisting of unplasticised PVC which has been foamed and wood sawdust filler, wherein said rod has a single hollow interior which extends along its whole length.
Rotor blade of a wind turbine, with a blade root for fastening to a rotor hub, a blade tip which is averted from the rotor hub, and a rotor blade longitudinal axis which extends from the blade root to the blade tip, comprising - a rotor blade inner part which faces the blade hub and comprises in particular the blade root, and - a rotor blade outer part which is averted from the blade hub and comprises in particular the blade tip, wherein the rotor blade inner part and the rotor blade outer part are connected to each other in a connecting region and the connecting region forms a thickened portion in the rotor blade, wherein an outer and an inner row of threaded rods is provided to fasten the rotor blade inner part to the rotor blade outer part, wherein the threaded rods extend essentially parallel to one another and the outer row is arranged closer to the blade surface and the inner row towards the blade interior, characterized in that some threaded rods or all of the threaded rods of the outer row have an inclination relative to the outer blade surface in the region of 0,5°-5°. - a rotor blade inner part which faces the blade hub and comprises in particular the blade root, and - a rotor blade outer part which is averted from the blade hub and comprises in particular the blade tip, wherein the rotor blade inner part and the rotor blade outer part are connected to each other in a connecting region and the connecting region forms a thickened portion in the rotor blade, wherein an outer and an inner row of threaded rods is provided to fasten the rotor blade inner part to the rotor blade outer part, wherein the threaded rods extend essentially parallel to one another and the outer row is arranged closer to the blade surface and the inner row towards the blade interior, characterized in that some threaded rods or all of the threaded rods of the outer row have an inclination relative to the outer blade surface in the region of 0,5°-5°.
A module for holding a sliding door with a case having an upper end and a lower end and a first side wall and a second side wall that are each disposed opposite of each other, a guiding device for the sliding door, wherein the guiding device is attached to the upper end of the case and forms an enclosure of the case, wherein the case forms an opening such that a cavity for receiving the sliding door is formed in the case, characterized in that at least one support member disposed in the case supports a trench-shaped seal, the base of which is at the opening of the case on a plane of a middle floor layer. a case having an upper end and a lower end and a first side wall and a second side wall that are each disposed opposite of each other, a guiding device for the sliding door, wherein the guiding device is attached to the upper end of the case and forms an enclosure of the case, at least one support member disposed in the case supports a trench-shaped seal, the base of which is at the opening of the case on a plane of a middle floor layer.
A catheter (10,90) comprising: an elongated body (14,94); an expandable member (22,110) extending from a first end (24,112) to a second end (26,114), the first end (24,112) of the expandable member (22,110) being mechanically connected to the elongated body (14,94), wherein the expandable member is configured to expand radially outward away from the elongated body (14,94) from a collapsed configuration to an expanded configuration; and an expandable retainer (32,118) configured to overlap the second end of the expandable member (22,110) to hold the expandable member (22,110) in the collapsed configuration, wherein the expandable retainer (32,62,118) is configured as a balloon, and wherein the expandable retainer (32,62,118) is expandable to release the second end (26,66,114) of the expandable member (22,62,110) to enable the expandable member (22,62,110) to expand from the collapsed configuration to the expanded configuration. an elongated body (14,94); an expandable member (22,110) extending from a first end (24,112) to a second end (26,114), the first end (24,112) of the expandable member (22,110) being mechanically connected to the elongated body (14,94), wherein the expandable member is configured to expand radially outward away from the elongated body (14,94) from a collapsed configuration to an expanded configuration; and an expandable retainer (32,118) configured to overlap the second end of the expandable member (22,110) to hold the expandable member (22,110) in the collapsed configuration, wherein the expandable retainer (32,62,118) is configured as a balloon, and wherein the expandable retainer (32,62,118) is expandable to release the second end (26,66,114) of the expandable member (22,62,110) to enable the expandable member (22,62,110) to expand from the collapsed configuration to the expanded configuration.
Harness comprising a belt, a pair of thigh straps and a ventral suspension point, the ventral suspension point comprising: • a connector positioned on the belt, the connector comprising a connecting ring fitted movable in rotation with respect to the belt by means of a rod of longitudinal axis AA, characterized in that the rod comprises a first end and a second end opposite the first end along the axis of rotation of the connecting ring, and characterized in that the ventral suspension point comprises: • a first attachment part and a second attachment part able to be connected to an external device, the first attachment part and the second attachment part being placed on the connector along the axis of rotation of the connecting ring and outside the connecting ring. • a connector positioned on the belt, the connector comprising a connecting ring fitted movable in rotation with respect to the belt by means of a rod of longitudinal axis AA, • a first attachment part and a second attachment part able to be connected to an external device, the first attachment part and the second attachment part being placed on the connector along the axis of rotation of the connecting ring and outside the connecting ring.
A luminaire with a luminaire housing, which has an elongated light exit opening, wherein in the luminaire housing lighting means are arranged extending in the longitudinal direction of the light exit opening, to which lighting means an optical system for influencing the light emitted via the light exit opening is assigned, and wherein the optical system comprises: • a reflector, which is arranged and designed with regard to the lighting means in such a manner that only light beams reflected on the reflector are emitted via the light exit opening, as well as • a grid system arranged in the light path upstream of the reflector, which grid system is effective in the longitudinal direction of the light exit opening, wherein the lighting means are LEDs, which are arranged one behind another parallel to the longitudinal direction of the light exit opening, and wherein the LEDs are arranged on a board, which is arranged at an angle of approximately 30° to 60° to the plane of the light exit opening in such a manner that the LEDs emit light in a direction facing away from the light exit opening, and wherein the housing is designed for arrangement on the end face of another luminaire housing and the luminaire is designed as an additional luminaire. • a reflector, which is arranged and designed with regard to the lighting means in such a manner that only light beams reflected on the reflector are emitted via the light exit opening, as well as • a grid system arranged in the light path upstream of the reflector, which grid system is effective in the longitudinal direction of the light exit opening,
A ferrite carrier core material for an electrophotographic developer, comprising 13 to 27% by weight of Mn, 1.0 to 3.0% by weight of Mg, 0.3 to 1.5% by weight of Ti and 40 to 60% by weight of Fe.
Device for temporarily accommodating product holders, particularly product holders for supporting dough products, which device is provided with at least two adjacently positioned lift compartments, wherein a first lift compartment serves for intermittent upward conveyance of the product holders and a second lift compartment serves for intermittent downward conveyance of the product holders, and with a transfer device (18, 19, 22) for at the upper side of the lift compartments (1, 2) transferring the product holders from the first to the second lift compartment, characterized in that the device has an inlet opening (16a, 19a, 22b) both at the upper side and at the lower side for supplying product holders into the device, and wherein the device has an outlet opening (17a, 18a, 22a) both at the upper side and at the lower side for discharging product holders from the device, wherein the transfer device (18, 19, 22) is adapted for at the upper side introducing product holders via the inlet opening at the upper side and for at the upper side discharging product holders via the outlet opening at the upper side.