mhurhangee/ep-ind-claims huggingface dataset:
A housing assembly, comprising: a main body, comprising a side edge; a metal frame, wherein the metal frame comprises a bezel portion and a carrying portion, the bezel portion being connected to the side edge and extending along a thickness direction of the main body, the bezel portion and the main body cooperatively defining an accommodating portion, the carrying portion being located in the accommodating portion and disposed along the bezel portion, the carrying portion comprising a metal arm, and the carrying portion being connected to the bezel portion and the main body; and a first groove defined between the metal arm and the bezel portion, and a second groove defined between the metal arm and the main body, wherein the first groove is connected to the second groove, the metal arm being configured to form an antenna radiator, characterized in that, a recess is defined between the carrying portion and the bezel portion, wherein the first groove has a same width as the recess. a main body, comprising a side edge; a metal frame, wherein the metal frame comprises a bezel portion and a carrying portion, the bezel portion being connected to the side edge and extending along a thickness direction of the main body, the bezel portion and the main body cooperatively defining an accommodating portion, the carrying portion being located in the accommodating portion and disposed along the bezel portion, the carrying portion comprising a metal arm, and the carrying portion being connected to the bezel portion and the main body; and a first groove defined between the metal arm and the bezel portion, and a second groove defined between the metal arm and the main body, wherein the first groove is connected to the second groove, the metal arm being configured to form an antenna radiator, characterized in that, a recess is defined between the carrying portion and the bezel portion, wherein the first groove has a same width as the recess.
Dental device for allowing to fill temporarily the toothless gap following the extraction of a tooth, this device being arranged so as to be put in place in a space located between two adjacent teeth (30, 40) bordering said toothless gap and comprising a central block carrying two arms (12, 13) opposite to each other, extensible between a retracted position and an extended position, each of these arms carrying at their free end at least one support (14, 15) adapted for resting respectively on a surface of said adjacent teeth when the arms are in extended position, and said central block including an adjusting mechanism arranged for bringing said opposite arms in said extended position, characterised in that said adjusting mechanism comprises a reverse-lock device (20, 21, 22) comprising at least one toothed wheel cooperating with pawls (20, 21) and in that said adjusting mechanism comprises two loop-shaped straps (16, 17) respectively associated with the two supports and arranged to surround respectively said adjacent teeth (30, 40) when said arms (12, 13) are in said extended position, and in that said dental device comprises locking means (21, 22) for said straps (16, 17) when said arms are in the extended position.
A battery, comprising: a rectangular lid plate for closing an opening portion of a rectangular box-shaped battery container; terminals (4, 5) mounted to the rectangular lid plate; a power generating element being an elliptic cylindrical winding element, being housed in the battery container and comprising layers of metal foil, the metal foils being substrates of electrodes (1a, 1b), the metal foils comprising oppositely protruding uncoated portions (1d, 1e) not coated with an active material, each of the uncoated portions comprising an edge portion and an outer side portion; and current collecting connectors (2, 3) having terminal connecting portions (2a, 3a) extending parallel to a lower face of the lid plate and being connected to the terminals (4, 5), wherein each of the current collecting connectors (2, 3) comprises a first plate portion (2b, 3b), which is bent down from the terminal connecting portion (2a, 3a) and comes in contact with or is close to the edge portion, and one second plate portion (2c, 3c) protruding from only one side edge of the first plate portion (2b, 3b) toward the power generating element and disposed along the outer side portion of the uncoated portion (1d, 1e), and the outer side portions of the uncoated portions (1d, 1e) are joined to the second plate portions (2c, 3c). a rectangular lid plate for closing an opening portion of a rectangular box-shaped battery container; terminals (4, 5) mounted to the rectangular lid plate; a power generating element being an elliptic cylindrical winding element, being housed in the battery container and comprising layers of metal foil, the metal foils being substrates of electrodes (1a, 1b), the metal foils comprising oppositely protruding uncoated portions (1d, 1e) not coated with an active material, each of the uncoated portions comprising an edge portion and an outer side portion; and current collecting connectors (2, 3) having terminal connecting portions (2a, 3a) extending parallel to a lower face of the lid plate and being connected to the terminals (4, 5), wherein each of the current collecting connectors (2, 3) comprises a first plate portion (2b, 3b), which is bent down from the terminal connecting portion (2a, 3a) and comes in contact with or is close to the edge portion, and one second plate portion (2c, 3c) protruding from only one side edge of the first plate portion (2b, 3b) toward the power generating element and disposed along the outer side portion of the uncoated portion (1d, 1e), and the outer side portions of the uncoated portions (1d, 1e) are joined to the second plate portions (2c, 3c).
A device (140, 160) comprising: an elastic tubular stent extending in a longitudinal direction, the elastic tubular stent comprising: a plurality of struts forming a plurality of closed cells arranged in rows around the elastic tubular stent in a circumferential direction, wherein each of the closed cells is a diamond-shaped quadrilateral cell, wherein each row has two to four closed cells, the device being characterized in that the closed cells, in a relaxed state, each has a width in the circumferential direction greater than a length in the longitudinal direction. a plurality of struts forming a plurality of closed cells arranged in rows around the elastic tubular stent in a circumferential direction, wherein each of the closed cells is a diamond-shaped quadrilateral cell, wherein each row has two to four closed cells, the device being characterized in that the closed cells, in a relaxed state, each has a width in the circumferential direction greater than a length in the longitudinal direction.
Method for producing a large transmission gearwheel (1; 31; 36) consisting of a plurality of individual components, said method comprising the successive steps of: f) providing the individual components which comprise at least one hub (2; 32; 37), a disk wheel (3, 4; 18, 19; 22; 24; 27; 33, 34; 38, 39) and a toothed ring (5; 20; 21; 23; 26; 35; 40) produced from case-hardened steel, g) at least partially mechanically soft machining the individual components, h) joining the individual components using a beam welding method, i) case hardening the individual components which have been joined to one another and j) hard machining at least the toothed ring (5; 20; 21; 23; 26; 35; 40), in which the disk wheel (3, 4; 18, 19; 22; 24; 27; 33, 34) is configured asymmetrically. f) providing the individual components which comprise at least one hub (2; 32; 37), a disk wheel (3, 4; 18, 19; 22; 24; 27; 33, 34; 38, 39) and a toothed ring (5; 20; 21; 23; 26; 35; 40) produced from case-hardened steel, g) at least partially mechanically soft machining the individual components, h) joining the individual components using a beam welding method, i) case hardening the individual components which have been joined to one another and j) hard machining at least the toothed ring (5; 20; 21; 23; 26; 35; 40),
Disc brake for a commercial vehicle, comprising a brake calliper having an accommodation space for functional parts, wherein an installation opening of the accommodation space is closed by a closing plate, through which at least one actuating spindle passes and which is non-destructively and releasably secured to the brake calliper by bolting, characterised in that the closing plate is bolted to the brake calliper in a first sub-region and has angled lugs in a second sub-region, each of which lugs positively engages with a web into notches of the brake calliper.
A virtualized network function resource management method, comprising: sending, by a virtualized network function manager, VNFM, device (800, 900, 1000), a preprocessing request message to a manager device, wherein the preprocessing request message is used to request the manager device to perform resource pre-scaling in on a virtualized network function, VNF, instance, and the resource pre-scaling in comprises a migrating service carried in a virtualization container on which resource pre-scaling in needs to be performed; and performing, by the VNFM device (800, 900, 1000), resource scaling in on the VNF instance after determining that the manager device completes the resource pre-scaling in, characterized in that the manager device is an element manager, EM, device, and the performing, by the VNFM device (800, 900, 1000), resource scaling in on the VNF instance after determining that the EM device completes the resource pre-scaling in comprises: receiving, by the VNFM device (800, 900, 1000), a preprocessing acknowledgment message sent by the EM device, wherein the preprocessing acknowledgment message is used to notify the VNFM device that the resource pre-scaling in has been completed; and performing, by the VNFM device (800, 900, 1000), the resource scaling in on the VNF instance based on the preprocessing acknowledgment message. sending, by a virtualized network function manager, VNFM, device (800, 900, 1000), a preprocessing request message to a manager device, wherein the preprocessing request message is used to request the manager device to perform resource pre-scaling in on a virtualized network function, VNF, instance, and the resource pre-scaling in comprises a migrating service carried in a virtualization container on which resource pre-scaling in needs to be performed; and performing, by the VNFM device (800, 900, 1000), resource scaling in on the VNF instance after determining that the manager device completes the resource pre-scaling in, characterized in that the manager device is an element manager, EM, device, and the performing, by the VNFM device (800, 900, 1000), resource scaling in on the VNF instance after determining that the EM device completes the resource pre-scaling in comprises: receiving, by the VNFM device (800, 900, 1000), a preprocessing acknowledgment message sent by the EM device, wherein the preprocessing acknowledgment message is used to notify the VNFM device that the resource pre-scaling in has been completed; and performing, by the VNFM device (800, 900, 1000), the resource scaling in on the VNF instance based on the preprocessing acknowledgment message. receiving, by the VNFM device (800, 900, 1000), a preprocessing acknowledgment message sent by the EM device, wherein the preprocessing acknowledgment message is used to notify the VNFM device that the resource pre-scaling in has been completed; and performing, by the VNFM device (800, 900, 1000), the resource scaling in on the VNF instance based on the preprocessing acknowledgment message.
Winding shaft arrangement for an awning, preferably a vertical awning, having a winding shaft which can be rotatably supported between two side parts and to which an awning cloth can be fastened by its one end, wherein the winding shaft has a bearing journal at its one end and an electric drive at its other end and is supportable thereon on the side parts, and wherein the winding shaft is designed as a hollow shaft and the electric drive is designed as a tubular motor which is inserted into the winding shaft and has a stationary section (9, 10) which can be attached in a rotationally fixed manner to the associated side part and a rotary section which engages from the inside on the winding shaft and co-rotates with the winding shaft, wherein a connecting element (12, 14; 32) is provided which electrically conductively connects the stationary section (9, 10) to the rotatable winding shaft, characterized in that the stationary section (9,10) has a connection possibility for connecting an earthing line, so that an electrostatic charge can be discharged from the winding shaft via the stationary section (9, 10) and the earthing line, wherein the connection element (12, 14; 32) is attached to the winding shaft in a co-rotating and electrically conductive manner and is in electrically conductive sliding contact with the stationary section (9, 10).
A folding lock having an automatic function, comprising a lock body which accommodates a latching mechanism; and a jointed bar hoop which has a plurality of jointed bars pivotably connected to one another and a closing bar, wherein a first end of the jointed bar hoop is permanently fastened to the lock body and a second end of the jointed bar hoop has the closing bar; wherein the jointed bar hoop is foldable together into a yardstick configuration in which the jointed bars and the closing bar extend in parallel with one another; wherein the lock body has a reception opening; and wherein the closing bar is automatically latchable to the lock body by means of the latching mechanism by introducing the closing bar into the reception opening, characterized in that the closing bar is only partly introduced into the reception opening of the lock body in the yardstick configuration of the jointed bar hoop without the closing bar being latched to the lock body.
An audio signal rendering method comprising: receiving flag information, and multichannel signals including a height input channel signal and a horizontal input channel signal; obtaining a first downmix matrix for three-dimensional, 3D, rendering over an output layout; obtaining a second downmix matrix for two-dimensional, 2D, rendering over the output layout; and selecting one downmix matrix between the first downmix matrix and the second downmix matrix based on the flag information; rendering the multichannel signals including the height input channel signal and the horizontal input channel signal, using the selected downmix matrix, so as to provide a sound image having a sense of elevation via a plurality of output channel signals according to the output layout, wherein the output layout is 5.1 channel format, wherein the first downmix matrix and the second downmix matrix are for different elevation rendering for the height input channel signal, and the multichannel signals include a first frame which has an applause sound characteristic or a second frame which has a general sound characteristic, wherein the flag information is received per frame, wherein the first frame is 2D rendered using the second downmix matrix in case that the flag information of the first frame indicates the applause sound characteristic, and wherein the second frame is 3D rendered using the first downmix matrix in case that the flag information of the second frame indicates the general sound characteristic. receiving flag information, and multichannel signals including a height input channel signal and a horizontal input channel signal; obtaining a first downmix matrix for three-dimensional, 3D, rendering over an output layout; obtaining a second downmix matrix for two-dimensional, 2D, rendering over the output layout; and selecting one downmix matrix between the first downmix matrix and the second downmix matrix based on the flag information; rendering the multichannel signals including the height input channel signal and the horizontal input channel signal, using the selected downmix matrix, so as to provide a sound image having a sense of elevation via a plurality of output channel signals according to the output layout, wherein the output layout is 5.1 channel format, wherein the first downmix matrix and the second downmix matrix are for different elevation rendering for the height input channel signal, and the multichannel signals include a first frame which has an applause sound characteristic or a second frame which has a general sound characteristic, wherein the flag information is received per frame, wherein the first frame is 2D rendered using the second downmix matrix in case that the flag information of the first frame indicates the applause sound characteristic, and wherein the second frame is 3D rendered using the first downmix matrix in case that the flag information of the second frame indicates the general sound characteristic.
Door device for the interior of a passenger transport vehicle, comprising a double-leaf sliding door having a first door leaf and having a second door leaf in one plane, wherein the door device comprises an upper guide for the first door leaf and an upper guide for the second door leaf, which guides are arranged in parallel to one another, characterized in that at least the upper guide for the first door leaf is arranged offset with respect to the plane of the first and second door leaf (1, 2). the door device comprises an upper guide for the first door leaf and an upper guide for the second door leaf, which guides are arranged in parallel to one another, characterized in that at least the upper guide for the first door leaf is arranged offset with respect to the plane of the first and second door leaf (1, 2).
A method for operating a hemming head for hemming metal sheets of the type comprising a supporting structure carrying a first roller and a second roller, which, during operation, set themselves in opposed positions with respect to the edge of the metal sheet to be bent and which are freely rotatable about a first axis and a second axis, respectively, which are both contained in one and the same plane, said method envisaging the steps of: - guiding said first and second rollers (101, 102) in contact with said edge of the metal sheet along one and the same pre-set path or along substantially corresponding multiple paths, for a pre-set number of passes; and - varying, between at least one pass and the next one, the inclination of said first roller with respect to said second roller in such a way that the inclination of said first roller will be different in the two passes, in particular will be smaller in the next pass; said method being characterized in that it envisages, during one or more of said passes, variation of the position of said second roller with respect to said first roller, in a direction transverse to said second axis and to said path, as a function of a signal indicating the force exerted by said second roller on said metal sheet and/or as a function of a signal indicating the position of said head along said path. - guiding said first and second rollers (101, 102) in contact with said edge of the metal sheet along one and the same pre-set path or along substantially corresponding multiple paths, for a pre-set number of passes; and - varying, between at least one pass and the next one, the inclination of said first roller with respect to said second roller in such a way that the inclination of said first roller will be different in the two passes, in particular will be smaller in the next pass;
An instrument panel beam that extends in a width direction of an automobile, the instrument panel beam comprising: a large-diameter hollow tube having a hollow cylindrical shape; and a small-diameter hollow tube having a diameter that is smaller than that of the large-diameter hollow tube and having a hollow cylindrical shape, wherein the large-diameter hollow tube and the small-diameter hollow tube are joined to each other in an axial direction, the small-diameter hollow tube comprises at least two flat plates (310a-310d) that extend in a longitudinal direction and at least two bends (320a-320d) that are curved in a circumferential direction, the flat plates (310a-310d) and the bends (320a-320d) being alternately arranged in the circumferential direction, the large-diameter hollow tube comprises at least two flat plates (210a-210d) that extend in a longitudinal direction and at least two bends (220a-220d) that are curved in a circumferential direction, the flat plates (210a-210d) and the bends (220a-220d) being alternately arranged in the circumferential direction, and each flat plate (310a-310d) of the small-diameter hollow tube has a width that is greater than that of each flat plate (210a-210d) of the large-diameter hollow tube. a large-diameter hollow tube having a hollow cylindrical shape; and a small-diameter hollow tube having a diameter that is smaller than that of the large-diameter hollow tube and having a hollow cylindrical shape, wherein the large-diameter hollow tube and the small-diameter hollow tube are joined to each other in an axial direction, the small-diameter hollow tube comprises at least two flat plates (310a-310d) that extend in a longitudinal direction and at least two bends (320a-320d) that are curved in a circumferential direction, the flat plates (310a-310d) and the bends (320a-320d) being alternately arranged in the circumferential direction, the large-diameter hollow tube comprises at least two flat plates (210a-210d) that extend in a longitudinal direction and at least two bends (220a-220d) that are curved in a circumferential direction, the flat plates (210a-210d) and the bends (220a-220d) being alternately arranged in the circumferential direction, and each flat plate (310a-310d) of the small-diameter hollow tube has a width that is greater than that of each flat plate (210a-210d) of the large-diameter hollow tube.
A method for detecting an interception of a communications session established by a user over a network, comprising the steps of: i) monitoring communications sessions by the user over a first profile time period to capture information identifying distinct communications to one or more identified network addresses and their timing over said first profile time period; ii) monitoring communications sessions over said first profile period to capture information characterising the content of transactions initiated in respect of said one or more network addresses; iii) using the captured information to generate a profile characterising communications sessions established in respect of said one or more network addresses over said first profile time period; and iv) monitoring communications sessions with said one or more network addresses over a configurable detection time period to determine one or more measures of deviation from the profile generated at step iii) thereby to detect the presence of an interception occurring within the detection time period, characterised in that the generated profile includes characterising information relating to a user's transition between network addresses within any such profile time period, the information including: a previous network address; and a given destination network address. i) monitoring communications sessions by the user over a first profile time period to capture information identifying distinct communications to one or more identified network addresses and their timing over said first profile time period; ii) monitoring communications sessions over said first profile period to capture information characterising the content of transactions initiated in respect of said one or more network addresses; iii) using the captured information to generate a profile characterising communications sessions established in respect of said one or more network addresses over said first profile time period; and iv) monitoring communications sessions with said one or more network addresses over a configurable detection time period to determine one or more measures of deviation from the profile generated at step iii) thereby to detect the presence of an interception occurring within the detection time period, a previous network address; and a given destination network address.