mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a device, wherein a graphical user interface is generated and displayed on a display area; wherein the user interface comprises at least one operating object (21, 22, 23, 24) which is assigned to an application program for controlling the device; by means of the application program, output data are generated and displayed in the region of the assigned operating object (21, 22, 23, 24); wherein the application program has a function having exactly two activatable program states, namely a first and a second program state; wherein the first program state is activated; wherein the output data are generated on the basis of the activated program state; and an input gesture is detected on the basis of the user interface; wherein the operating object (21, 22, 23, 24) has a first region (21.1, 22.1) and a second region (21.2, 22.2); and the input gesture is assigned to the first region (21.1, 22.1) or to the second region (21.2, 22.2); wherein if the input gesture has been assigned to the first region (21.1, 22.1) and comprises a gesture of a first gesture type, the second program state is activated; and the application program furthermore has at least two selectable functional parameters; wherein a first functional parameter is selected and the output data are furthermore generated on the basis of the selected functional parameters; characterized in that if the input gesture has been assigned to the second region and comprises a gesture of the first gesture type, a full image representation of the application program is generated and displayed, and if the input gesture comprises a gesture of a second gesture type, a further functional parameter is selected.
A cooking device comprising an oven cavity wherein the objects to be cooked are placed, a door providing access into the oven cavity, an outer panel forming the surface of the door in contact with the outer environment, an inner panel forming the surface of the door in contact with the oven cavity and a frame located between the outer panel and the inner panel, at one side of which the outer panel is disposed and at the other side the inner panel so as to be parallel to each other, having profiles with quadrangular cross-sections forming at least three edges of the door, one of them being the upper edge, two of them side edges, and said cooking device further comprising a covering member having a body entirely covering the upper edges of the frame and the inner panel and preferably one skirt extending from the body towards the inner panel, wherein - the covering member further comprises two additional skirts extending oppositely to each other from the body towards the side edges; - the covering member is adhered to the inner panel and has a slit that is disposed on the skirt thereof extending towards the side edges and that facilitates the assembly thereof to the door. - the covering member further comprises two additional skirts extending oppositely to each other from the body towards the side edges; - the covering member is adhered to the inner panel and has a slit that is disposed on the skirt thereof extending towards the side edges and that facilitates the assembly thereof to the door.
A method comprising: collecting information from a radio frequency readable tag of a first electrical device using a radio frequency tag reader in a portable device; launching a control application on the portable device in response to the collected information; presenting a graphical user interface on the portable device display; setting control parameters for the first electrical device in response to inputs to the graphical user interface; and receiving second data from a near field communication tag associated with a second electrical device, the second data providing information related to the second electrical device; characterized by setting functions that pair the first electrical device to the second electrical device to allow cooperative operation of the paired first and second electrical devices (130, 131); in response to an input to the graphical user interface, selecting at least one control parameter from a plurality of control parameters presented in the graphical user interface for controlling the paired first electrical device and the second electrical device; and in response to a control signal generated by the portable device and intended to control a first operation related to the first electrical device, transmitting control signals to the first electrical device to perform the first operation and to the second electrical device to perform a second operation that is different from the first operation and based on the selected control parameter. collecting information from a radio frequency readable tag of a first electrical device using a radio frequency tag reader in a portable device; launching a control application on the portable device in response to the collected information; presenting a graphical user interface on the portable device display; setting control parameters for the first electrical device in response to inputs to the graphical user interface; and receiving second data from a near field communication tag associated with a second electrical device, the second data providing information related to the second electrical device;
A multi-battery assembly comprising at least three banks of connected batteries (12 to 23) comprising two end banks (1, 4) and at least one intermediate bank (2, 3), each bank being connected to at least one adjacent bank, extending in a first direction, and comprising at least one level (36 to 38) of several connected batteries (12 to 23), each of said levels (36 to 38) extending in the first direction characterized in that at least each intermediate bank is a movable bank which is movable relative to an adjacent bank in a second direction substantially perpendicular to said first direction, and is connected to said adjacent bank by one of the batteries (12 to 23) of one of its levels and one of the batteries of any one of the levels (36 to 38) of said adjacent bank by means of a connecting member (60 to 63), said connecting member (60 to 63) being configured to maintain the connection between the movable bank and the adjacent bank while allowing movement of the movable bank with respect to an adjacent bank in said second direction, so as to allow the creation of at least a temporary corridor between the said movable bank and the adjacent bank without disconnection.
A cell selecting method, at a serving radio network controller, RNC, for scheduling a packet data service, the method comprising: receiving information on a cell to be added to an active set from a terminal; in response to the information on the cell to be added to the active set, transmitting configuration information for the packet data service to a target base station and allowing the target base station to establish a radio link; sending to the terminal a command for requesting a change in the active set, and for setting configuration information for the packet data service; after receiving, from the terminal, a response message indicating the completion of the setting of the configuration for the packet data service, receiving information on a change in a best cell from the terminal, wherein the information on the change in best cell indicates that the target base station is a best cell; and in response to the information on the change in the best cell, allowing the target base station to perform packet data service scheduling for the terminal, and allowing a source base station to stop the packet data service scheduling for the terminal. receiving information on a cell to be added to an active set from a terminal; in response to the information on the cell to be added to the active set, transmitting configuration information for the packet data service to a target base station and allowing the target base station to establish a radio link; sending to the terminal a command for requesting a change in the active set, and for setting configuration information for the packet data service; after receiving, from the terminal, a response message indicating the completion of the setting of the configuration for the packet data service, receiving information on a change in a best cell from the terminal, wherein the information on the change in best cell indicates that the target base station is a best cell; and in response to the information on the change in the best cell, allowing the target base station to perform packet data service scheduling for the terminal, and allowing a source base station to stop the packet data service scheduling for the terminal.
Hob having a hob plate, having a light-injecting element (19, 20) and a lighting apparatus, which has at least one light source which is arranged such that light from the light source can be injected into the hob plate across a lateral edge of the hob plate, wherein the light-injecting element (19, 20) for injecting light into the hob plate has an injection surface facing the light source, characterised in that the injection surface is arranged at an angle unequal to 90° relative to a lower side of the hob plate and the injection surface is embodied so that the injected light is refracted toward the lower side of the hob plate, wherein the light-injecting element is embodied integrated into the hob plate or the light-injecting element is embodied separately from the hob plate and is arranged so as to rest directly against the edge.
An IPTV, Internet Protocol Television, receiving apparatus comprising: an Ethernet driver configured to receive a broadcast signal including first header data and second header data, extract first header information from the received broadcast signal, extract a data packet by removing the first header data, and store the extracted data packet in a memory; an IP tuner configured to extract second header information from the extracted data packet stored in the memory, process the extracted data packet by removing the second header data, and store the processed data in a specific region of the memory; a decoder configured to access the processed data, stored in the specific region of the memory and from which the second header data has been removed, to perform broadcast reproduction, the specific region of the memory being assigned to the decoder; and an output unit configured to output the reproduction data decoded by the decoder, wherein the first header data consists of the UDP, User Datagram Protocol, and the IP, Internet Protocol, headers, and the second header data is the RTP, Real-time Transport Protocol, header. an Ethernet driver configured to receive a broadcast signal including first header data and second header data, extract first header information from the received broadcast signal, extract a data packet by removing the first header data, and store the extracted data packet in a memory; an IP tuner configured to extract second header information from the extracted data packet stored in the memory, process the extracted data packet by removing the second header data, and store the processed data in a specific region of the memory; a decoder configured to access the processed data, stored in the specific region of the memory and from which the second header data has been removed, to perform broadcast reproduction, the specific region of the memory being assigned to the decoder; and an output unit configured to output the reproduction data decoded by the decoder, wherein the first header data consists of the UDP, User Datagram Protocol, and the IP, Internet Protocol, headers, and the second header data is the RTP, Real-time Transport Protocol, header.
An amplifier arrangement comprising N amplifier stages (10 1 to 10 N), wherein N is an integer equal or greater than five; the amplifier arrangement comprising: a cascade of quarter wavelength transmission line segments (11 1 to 11 M) coupled between an output of an amplifier of a first amplifier stage (10 1) and an output node of the amplifier arrangement; wherein at least one intermediate junction in the cascade of quarter wavelength transmission line segments comprises: a first amplifier coupled directly to the intermediate junction; and a second amplifier coupled to the same intermediate junction via a connecting quarter wavelength transmission line (13 1). a cascade of quarter wavelength transmission line segments (11 1 to 11 M) coupled between an output of an amplifier of a first amplifier stage (10 1) and an output node of the amplifier arrangement; wherein at least one intermediate junction in the cascade of quarter wavelength transmission line segments comprises: a first amplifier coupled directly to the intermediate junction; and a second amplifier coupled to the same intermediate junction via a connecting quarter wavelength transmission line (13 1). a first amplifier coupled directly to the intermediate junction; and a second amplifier coupled to the same intermediate junction via a connecting quarter wavelength transmission line (13 1).
A casing drilling system, comprising: a combination conduit comprising a casing and a pipe inside the casing; a first adapter having a flow diverter to redirect at least flow of drilling fluid returning from a bottom of a wellbore to an interior of the pipe; a second adapter having a flow diverter to redirect flow of drilling fluid into an upper end of the combination conduit through the annular space between the pipe and the casing, the second adapter having a rotatable fluid connection between at least one of the interior of the pipe and the annular space and a rotationally fixed fluid outlet for the returning drilling fluid; characterized in that the system further comprises a casing chuck of hollow cylindrical construction connecting the second adapter to the combination conduit, the chuck having releasable gripping elements to support axial loading of the casing and being slidable, following release of the gripping elements, relative to the second adapter to expose a connection between the second adapter and an uppermost end of the pipe. a combination conduit comprising a casing and a pipe inside the casing; a first adapter having a flow diverter to redirect at least flow of drilling fluid returning from a bottom of a wellbore to an interior of the pipe; a second adapter having a flow diverter to redirect flow of drilling fluid into an upper end of the combination conduit through the annular space between the pipe and the casing, the second adapter having a rotatable fluid connection between at least one of the interior of the pipe and the annular space and a rotationally fixed fluid outlet for the returning drilling fluid; characterized in that the system further comprises a casing chuck of hollow cylindrical construction connecting the second adapter to the combination conduit, the chuck having releasable gripping elements to support axial loading of the casing and being slidable, following release of the gripping elements, relative to the second adapter to expose a connection between the second adapter and an uppermost end of the pipe.
Tyre for a rolling assembly comprising a rim and a tyre, the said tyre comprising at least one carcass reinforcement surmounted radially on the outside by a crown reinforcement, itself radially on the inside of a tread having two axially outermost ends, the said crown reinforcement being made up of at least one layer of reinforcing elements, the said tread being connected to two beads by two sidewalls, the said beads being intended to come into contact with a rim having rim flange tops, each bead comprising at least one circumferential reinforcing element, the said sidewalls comprising, on their exterior surface, a series of protuberances alternating with voids, each protuberance being positioned at the surface of the sidewall, regularly or irregularly and continuously between a point A and a point E, the said tread comprising, at least at one axially outermost end, a circumferential groove, characterized in that - the said point A is arranged at the intersection of the radially exterior surface of the tread and of the sidewall, with a radial axis ZZ' distant from the equatorial plane AA' by a length L A of between 1⁄2 (L-60 mm) and 1⁄2 (L-10 mm), L being the external section width, and - the said point E is arranged, according to choice, at a radius in the range: ∘ R 2 < E < (0.75 R 1 + 0.25R 2), R 2 being the radius at the top of the rim flange and R 1 being the radius at the external section width - (interval I), or in the range ∘ 0.95R 1 < E < (0.75R A + 0.25 R 1), R 1 being the radius at the external section width and R A being the radius at the point A (interval II), in that at least one protuberance partially or completely interrupts or does not interrupt the said circumferential groove, in that at least two protuberances have different lengths from one another, in that each protuberance has a mean height of between 3 and 10 mm, in that two adjacent protuberances are spaced apart by a mean distance less than or equal to twice the mean width of a protuberance, and in that each protuberance has a mean width of between 4 and 12 mm. - the said point A is arranged at the intersection of the radially exterior surface of the tread and of the sidewall, with a radial axis ZZ' distant from the equatorial plane AA' by a length L A of between 1⁄2 (L-60 mm) and 1⁄2 (L-10 mm), L being the external section width, and - the said point E is arranged, according to choice, at a radius in the range: ∘ R 2 < E < (0.75 R 1 + 0.25R 2), R 2 being the radius at the top of the rim flange and R 1 being the radius at the external section width - (interval I), or in the range ∘ 0.95R 1 < E < (0.75R A + 0.25 R 1), R 1 being the radius at the external section width and R A being the radius at the point A (interval II), ∘ R 2 < E < (0.75 R 1 + 0.25R 2), R 2 being the radius at the top of the rim flange and R 1 being the radius at the external section width - (interval I), or in the range ∘ 0.95R 1 < E < (0.75R A + 0.25 R 1), R 1 being the radius at the external section width and R A being the radius at the point A (interval II),
Flange seal ring having a centrally arranged through opening comprising an integrated thermoelectric measuring device, wherein the measuring device comprises a first electrically conducting disk element (2, 2') and a second electrically conducting disk element (10, 10', 10"), wherein the first disk element (2, 2') and the second disk element (10, 10', 10") completely enclose the through opening and wherein the first disk element (2, 2') and the second disk element (10, 10', 10") are electrically connected to one another only by at least one contact point arranged on the inner side facing the through opening, wherein between the inner side of the two disk elements (2, 2', 10, 10', 10") and the through opening there remains a spacing at which the measuring device is covered by a sealing structure (1, 1', 20), characterized in that the sealing structure is either formed by two sealing overlays combined with a metal sleeve or the sealing structure is formed from a solid sealing moulding, wherein the sealing moulding has an outwardly open groove in the radial direction in which the thermoelectric measuring device (2, 2', 10, 10', 10") is inserted.
A two-element Traffic Collision Avoidance System (TCAS) antenna (4A, 4B, 34, 104A-104D, 134) comprising: two antenna elements (18A-18D, 22A, 22B, 122A, 122B); a first plurality of bolt holes (24A-24D, 124A-124D); a second plurality of bolt holes (26A-26D, 126A-126D), wherein the first plurality of bolt holes in conjunction with the second plurality of bolt holes enables the TCAS antenna to be mounted to an aircraft (2, 102) in a first orientation; and a third plurality of bolt holes (28A-28D, 128A-128D), wherein the third plurality of bolt holes in conjunction with the second plurality of bolt holes enable the TCAS antenna to be mounted to the aircraft in a second orientation, wherein the second orientation is different than and substantially perpendicular to the first orientation. two antenna elements (18A-18D, 22A, 22B, 122A, 122B); a first plurality of bolt holes (24A-24D, 124A-124D); a second plurality of bolt holes (26A-26D, 126A-126D), wherein the first plurality of bolt holes in conjunction with the second plurality of bolt holes enables the TCAS antenna to be mounted to an aircraft (2, 102) in a first orientation; and a third plurality of bolt holes (28A-28D, 128A-128D), wherein the third plurality of bolt holes in conjunction with the second plurality of bolt holes enable the TCAS antenna to be mounted to the aircraft in a second orientation, wherein the second orientation is different than and substantially perpendicular to the first orientation.
A prosthesis comprising: an inner layer formed from a polyaryletherketone; a first outer layer adjacent to said inner layer formed from a porous polyaryletherketone, at least some of said pores having located therein material to promote osteointegration; and a second outer layer adjacent to said first outer layer formed from a porous polyaryletherketone, characterized by a portion of said pores of said second outer layer being free of material to promote osteointegration. an inner layer formed from a polyaryletherketone; a first outer layer adjacent to said inner layer formed from a porous polyaryletherketone, at least some of said pores having located therein material to promote osteointegration; and a second outer layer adjacent to said first outer layer formed from a porous polyaryletherketone, characterized by a portion of said pores of said second outer layer being free of material to promote osteointegration.
Process for manufacturing a field-effect semiconductor active electronic or optoelectronic device with non-volatile memory comprising a thin film characterised in that said thin film comprises paper based on natural cellulose-based fibres or synthetic cellulose-based fibres, or combinations thereof, in the dielectric of said device, wherein said thin film comprises natural or synthetic cellulose fibres produced by regeneration, dissolution or combinations thereof with the ability of spontaneous electrical polarization, wherein the dielectric has quasi-permanent charges independently stored from any electrical field applied, performing similarly to electrets, wherein the cellulose fibres of said paper are embedded in a resin or ionic glue and said paper has controlled electro-negativity by adding cationic species such as aluminium, wherein the said thin film further acts as a substrate of the said device turning it into a self-supporting device.
A soluble monomeric AMHRII fusion protein which consists of a first chain having an AMHRII extracellular domain comprising an amino acid sequence having at least 80% of identity with the amino acid sequence ranging from the residue at position 18 to the residue at position 145 in SEQ ID NO:1 fused to a Fc domain comprising an amino acid sequence ranging from the residue at position 104 to the residue at position 330 in SEQ ID NO:2 and a second chain consisting of a Fc domain wherein the chains are disulfide bonded within their Fc domains, wherein said soluble monomeric AMHRII fusion protein is soluble in biological fluids, has the ability to bind bioactive cleaved AMH.