mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: - a dispensing device having an exit mouth which is conformed as a slit for dispensing a continuous flat structure from which a dose can be severed, so that the continuous flat structure leaves the dispensing device along an exit direction; - a mould provided with a pair of elements (8, 9), at least one of said elements (8, 9) being movable towards the other in a moulding direction, so as to compression mould an object from the dose; - a transport device for carrying the dose towards the mould, the transport device comprising at least one transport element which is movable along a path directed from a collecting position, in which the dose is collected by the transport element, towards a release position, in which the dose is released into the mould by the transport element; characterized in that the exit direction is substantially vertical and in that the apparatus further comprises means for modifying orientation of the dose while the dose is being transported by the transport device, the means for modifying orientation of the dose being configured for rotating the transport element by about 90° during the path from the collecting position to the release position, so that the dose is introduced into the mould while the dose is lying in a plane arranged transversely to the moulding direction. - a dispensing device having an exit mouth which is conformed as a slit for dispensing a continuous flat structure from which a dose can be severed, so that the continuous flat structure leaves the dispensing device along an exit direction; - a mould provided with a pair of elements (8, 9), at least one of said elements (8, 9) being movable towards the other in a moulding direction, so as to compression mould an object from the dose; - a transport device for carrying the dose towards the mould, the transport device comprising at least one transport element which is movable along a path directed from a collecting position, in which the dose is collected by the transport element, towards a release position, in which the dose is released into the mould by the transport element;
Household refrigeration device having a thermally insulated carcass with an inner container, which delimits a coolable interior provided for the purpose of storing groceries, a refrigeration appliance for cooling the coolable interior, a door leaf, which is provided to close the coolable interior in the closed state and to render it accessible in the opened state, and an interior lighting system fastened at least indirectly to the inner container and comprising at least one lamp for lighting the coolable interior when the door leaf is opened, wherein the interior lighting system has an optical lens and a single-part carrier, which has a first fastening apparatus, by means of which the interior lighting system is fastened at least indirectly to the inner container, a second fastening apparatus (13, 14), by means of which the at least one lamp is fastened to the carrier, and a first side facing the coolable interior, and the optical lens comprises a first side coupled optically to the at least one lamp and a second side for uncoupling light, and is arranged between the at least one lamp and the first side of the carrier, characterised in that in the region of its first side the carrier has a wall with an opening, through which the light coupled out by the optical lens is able to radiate, the optical lens extends up to the wall of the carrier and the optical lens is clamped between the at least one lamp and the wall of the carrier.
Device for residue use in livestock farming, comprising - a conveyor device for conveying animal excrement along a conveyor section, - wherein the conveyor section has a larva-introducing portion for metering in larvae and/or larva eggs, an excrement-introducing portion for metering in animal excrement depending on one or more process parameters, and a larva-separating portion for separating the larvae, - a separating device comprising a light source and a larva bridge (620a, 620b), characterized in that the light source is arranged and/or designed to illuminate the larva bridge (620a, 620b). - a conveyor device for conveying animal excrement along a conveyor section, - wherein the conveyor section has a larva-introducing portion for metering in larvae and/or larva eggs, an excrement-introducing portion for metering in animal excrement depending on one or more process parameters, and a larva-separating portion for separating the larvae, - a separating device comprising a light source and a larva bridge (620a, 620b),
A communication control apparatus comprising: a detection section (20, 21) adapted to detect at least one of a radio environment, comprising a radio communication field intensity and a modulation scheme for radio communication or a network environment in a layer below a transport layer, comprising identification information of a network with which the communication control apparatus is associated and a communication condition of the network, and characterized by comprising a lower layer management section adapted to store information of the detected radio environment or network environment, and monitor whether or not a change has occurred in the radio environment or in the network environment and to provide a monitoring result to an application layer, without the result being conveyed through the transport layer; and a control section adapted to perform communication service control in the application layer, based upon the monitoring result received from the lower layer management section without the result being conveyed through the transport layer. a detection section (20, 21) adapted to detect at least one of a radio environment, comprising a radio communication field intensity and a modulation scheme for radio communication or a network environment in a layer below a transport layer, comprising identification information of a network with which the communication control apparatus is associated and a communication condition of the network, and characterized by comprising a lower layer management section adapted to store information of the detected radio environment or network environment, and monitor whether or not a change has occurred in the radio environment or in the network environment and to provide a monitoring result to an application layer, without the result being conveyed through the transport layer; and a control section adapted to perform communication service control in the application layer, based upon the monitoring result received from the lower layer management section without the result being conveyed through the transport layer.
A system comprising: a leadless pacing device comprising: a stimulation module configured to generate pacing pulses; a sensing module; a processing module; a housing comprising a conductive portion, wherein the housing is configured to be implanted within a chamber of a heart of a patient and encloses the stimulation module, the sensing module, and the processing module; and a first electrode electrically coupled to the sensing module and the stimulation module; and a sensing extension extending from the housing and comprising: a self-supporting body extending from the housing; a curved proximal portion; and a second electrode located at a proximal end of and carried by the self-supporting body electrically connected to the sensing module and the stimulation module via the conductive portion of the housing, wherein the processing module is configured to control the sensing module to sense electrical cardiac activity via the second electrode, the system further comprising an eyelet at a proximal end of the sensing extension. a leadless pacing device comprising: a stimulation module configured to generate pacing pulses; a sensing module; a processing module; a housing comprising a conductive portion, wherein the housing is configured to be implanted within a chamber of a heart of a patient and encloses the stimulation module, the sensing module, and the processing module; and a first electrode electrically coupled to the sensing module and the stimulation module; and a stimulation module configured to generate pacing pulses; a sensing module; a processing module; a housing comprising a conductive portion, wherein the housing is configured to be implanted within a chamber of a heart of a patient and encloses the stimulation module, the sensing module, and the processing module; and a first electrode electrically coupled to the sensing module and the stimulation module; and a sensing extension extending from the housing and comprising: a self-supporting body extending from the housing; a curved proximal portion; and a second electrode located at a proximal end of and carried by the self-supporting body electrically connected to the sensing module and the stimulation module via the conductive portion of the housing, a self-supporting body extending from the housing; a curved proximal portion; and a second electrode located at a proximal end of and carried by the self-supporting body electrically connected to the sensing module and the stimulation module via the conductive portion of the housing, wherein the processing module is configured to control the sensing module to sense electrical cardiac activity via the second electrode, the system further comprising an eyelet at a proximal end of the sensing extension.
A method of ink jet printing on a multi-layer media sheet having a porous outer layer and parallel internal passages that are bounded on one side by the porous layer and are open at an edge of the sheet, the method comprising the steps of: - placing the sheet on a perforated print surface of a flatbed printing system with the porous layer facing the print surface, the print surface being constituted by a top wall of a suction box; and - applying a suction pressure to the suction box so as to attract the sheet to the print surface while the sheet is scanned with a print head, the method being characterized by allowing air to enter into the suction box through a vent hole in a side wall along a lateral side of the suction box only after the sheet has been fully attracted to the print surface and while a carriage moves over the sheet for printing an image on said sheet. - placing the sheet on a perforated print surface of a flatbed printing system with the porous layer facing the print surface, the print surface being constituted by a top wall of a suction box; and - applying a suction pressure to the suction box so as to attract the sheet to the print surface while the sheet is scanned with a print head,
A wind turbine tower made of modularized wood, being a three legged structure characterized in that each leg (2, 3) comprises a single wooded and double wooded modularized column (4, 5), whereby one of said three legs is tiltable in order to allow erection of said tower,and wherein the wind turbine tower further comprises a top column, said top column being connected to top sections (2a, 3a) of said three legs (2, 3) integrated in an A-shaped module for the connection of a wind turbine.
Sensor device which is used to provide a control device with at least one operating parameter of an oscillating conveyor, the control device being used to control a drive device for exciting oscillation of an oscillating rail on the basis of the operating parameter, the sensor device comprising at least one sensor element for recording at least one measured value from which the operating parameter can be determined, and the sensor device comprising at least one communication device for wirelessly transmitting the operating parameter to the control device and an energy supply device for supplying the sensor device with operating energy, the energy supply device being used to convert a vibration generated by the drive device and/or electromagnetic radiation into the operating energy, the sensor device comprising a processing device for determining the operating parameter from the measured value, the processing device being designed to control the communication device to transmit the respectively determined operating parameter at predefined intervals or at intervals dependent on the measured value, characterized in that the operating parameter describes a phase of an oscillation of the oscillating rail, and/or in that a temporal profile of the measured value for an interval of time determined from the measured values is transmitted as the operating parameter or a temporal profile of a value determined from the measured value for an interval of time determined from the measured values is transmitted as the operating parameter.
A method for receiving media data complying with an omnidirectional media format, the method comprising: receiving, from a server, a media presentation description complying with the MPEG-DASH standard and including (i) a uniform resource identifier of each of one or more segments of media data, (ii) media information describing each of the one or more segments of media data, and (iii) EssentialProperty or SupplementalProperty descriptors, wherein at least one descriptor comprises a '@schemeIdUri' attribute and includes projection type information representing a type of projection of the media data complying with the omnidirectional media format, the '@schemeIdUri' attribute signalling that the media data are omnidirectional media data, and wherein at least another descriptor comprises a '@schemeIdUri' attribute providing spatial relationship description of the media data, sending, to the server, at least one request message to request at least one segment of media data by using at least one of the uniform resource identifiers of the media presentation description, the requested at least one segment being selected as a function of the descriptors; and receiving, from the server, the at least one segment of media data according to the at least one request message. receiving, from a server, a media presentation description complying with the MPEG-DASH standard and including (i) a uniform resource identifier of each of one or more segments of media data, (ii) media information describing each of the one or more segments of media data, and (iii) EssentialProperty or SupplementalProperty descriptors, wherein at least one descriptor comprises a '@schemeIdUri' attribute and includes projection type information representing a type of projection of the media data complying with the omnidirectional media format, the '@schemeIdUri' attribute signalling that the media data are omnidirectional media data, and wherein at least another descriptor comprises a '@schemeIdUri' attribute providing spatial relationship description of the media data, sending, to the server, at least one request message to request at least one segment of media data by using at least one of the uniform resource identifiers of the media presentation description, the requested at least one segment being selected as a function of the descriptors; and receiving, from the server, the at least one segment of media data according to the at least one request message.
Contact-making apparatus for an electrical component or an electrical circuit, in particular for a radiofrequency component or a radiofrequency circuit, wherein the contact-making apparatus substantially consists of flat elements, characterized in that the contact-making apparatus has, on at least one of the two flat sides, a surface coating or surface structure so that electrical resonances produced in the region of the contact-making device above a cutoff frequency f G are damped to a greater extent than the frequencies of the electrical signals below the cutoff frequency f G.
A radio resource allocation method, for use in an LTE/LTE-A cellular wireless communication system configured to partition time/frequency resource blocks amongst a plurality of user equipments of the system and comprising a plurality of Femto base stations (F1, F2, F3) having a first Femto base station providing a first Femto cell and a second base station providing a second Femto cell, in which method the first Femto base station carries out the steps of: allocating orthogonal Zadoff-Chu codes for the transmittal of uplink control information by user equipments in each Femto cell such that only a subset of a set of possible orthogonal Zadoff-Chu codes is allocated to each Femto cell; determining values of one or more parameters, using data derived from the uplink control information on preferred sub-bands transmitted by a first user equipment, served by the second Femto cell, of the plurality of user equipments, which information is overheard and decoded by the first Femto base station; and, if there is conflict between preferred sub-band requests from the said first user equipment and a second user equipment, served by the first Femto cell, of the plurality of user equipments, allocating one or more resource blocks to the said second user equipment on the basis of the determined parameter value or values. allocating orthogonal Zadoff-Chu codes for the transmittal of uplink control information by user equipments in each Femto cell such that only a subset of a set of possible orthogonal Zadoff-Chu codes is allocated to each Femto cell; determining values of one or more parameters, using data derived from the uplink control information on preferred sub-bands transmitted by a first user equipment, served by the second Femto cell, of the plurality of user equipments, which information is overheard and decoded by the first Femto base station; and, if there is conflict between preferred sub-band requests from the said first user equipment and a second user equipment, served by the first Femto cell, of the plurality of user equipments, allocating one or more resource blocks to the said second user equipment on the basis of the determined parameter value or values.
An electronic device comprising: a housing provided with an external interface; a circuit board arranged in the housing and comprising a grounding metal; a charging interface arranged in the housing and in communication with the external interface, the charging interface comprising a metal casing, the metal casing being provided with a plurality of grounding solder pads, the grounding solder pads being arranged to be separated from the grounding metal; and an antenna unit being coupled with the charging interface, characterized in that the metal casing is not grounded. a housing provided with an external interface; a circuit board arranged in the housing and comprising a grounding metal; a charging interface arranged in the housing and in communication with the external interface, the charging interface comprising a metal casing, the metal casing being provided with a plurality of grounding solder pads, the grounding solder pads being arranged to be separated from the grounding metal; and an antenna unit being coupled with the charging interface, characterized in that the metal casing is not grounded.
A display device having a plurality of semiconductor light-emitting elements on a substrate, wherein the substrate comprises: a base substrate; an insulating layer provided on the base substrate, the insulating layer comprising a surface opposite to the base substrate; a pad formed to protrude from the base substrate beyond the surface of the insulating layer opposite to the base substrate; and one of the semiconductor light-emitting elements assembled on the pad, and wherein the insulating layer comprises inorganic particles, and at least part of the inorganic particles are formed to protrude from the surface of the insulating layer opposite to the base substrate. a base substrate; an insulating layer provided on the base substrate, the insulating layer comprising a surface opposite to the base substrate; a pad formed to protrude from the base substrate beyond the surface of the insulating layer opposite to the base substrate; and one of the semiconductor light-emitting elements assembled on the pad, and wherein the insulating layer comprises inorganic particles, and at least part of the inorganic particles are formed to protrude from the surface of the insulating layer opposite to the base substrate.
An assembly for active laminar flow control, comprising a panel comprising an outer skin, an inner skin and a plurality of plenums (80A, 80B) between the outer skin and the inner skin, each of the plurality of plenums (80A, 80B) fluidly coupled with a respective array of perforations through the outer skin, wherein the panel is constructed from fiber-reinforced composite material, the panel further comprises a plurality of corrugations arranged between the outer skin and the inner skin, and the plurality of corrugations form sidewalls (104, 106) of the plurality of plenums (80A, 80B); characterised in that: the panel further comprises a spacer; a first of the plurality of corrugations is connected directly to one of the outer skin and the inner skin; and a second of the plurality of corrugations is connected indirectly to the one of the outer skin and the inner skin through the spacer. the panel further comprises a spacer; a first of the plurality of corrugations is connected directly to one of the outer skin and the inner skin; and a second of the plurality of corrugations is connected indirectly to the one of the outer skin and the inner skin through the spacer.
A barbecue with spit functionality, the barbecue including: a barbecue body having a first opening and a second opening; a first spit support member mounted in the first opening and settable at a storage position, in which the first spit support member is substantially contained within the barbecue body, or one or more use positions, in which the first spit support member at least partially protrudes from the barbecue body; a second spit support member mounted in the second opening and settable at a storage position, in which the second spit support member is substantially contained within the barbecue body, or one or more use positions, in which the second spit support member at least partially protrudes from the barbecue body; and a spit rod releasably engageable with the first and second spit support members when the first and second spit support members are in their respective use positions, characterized in that the barbecue body includes a top surface, the first support member includes a top surface, and the second support member includes a top surface, the top surfaces of the first and second support members being flush with the top surface of the barbecue body when the first and second support members are in their respective storage positions. a barbecue body having a first opening and a second opening; a first spit support member mounted in the first opening and settable at a storage position, in which the first spit support member is substantially contained within the barbecue body, or one or more use positions, in which the first spit support member at least partially protrudes from the barbecue body; a second spit support member mounted in the second opening and settable at a storage position, in which the second spit support member is substantially contained within the barbecue body, or one or more use positions, in which the second spit support member at least partially protrudes from the barbecue body; and a spit rod releasably engageable with the first and second spit support members when the first and second spit support members are in their respective use positions, characterized in that the barbecue body includes a top surface, the first support member includes a top surface, and the second support member includes a top surface, the top surfaces of the first and second support members being flush with the top surface of the barbecue body when the first and second support members are in their respective storage positions.
An arrangement for railway signaling systems comprising a signal mast and a mast climbing platform having a safety guard, characterized in that the mast climbing platform is supported on the signal mast via rollers, and a hydraulic drive has a hydraulic cylinder in which a piston rod is guided, on the upper end of which a deflection roller is arranged over which a chain is guided, the free end of which engages on the mast climbing platform.