mhurhangee/ep-ind-claims huggingface dataset:
A receiving apparatus comprising: a receiving unit configured to receive a broadcast wave of digital broadcasting being compliant with an MPEG2-Transport Stream, TS, standard; an acquisition unit configured to acquire control data transmitted via broadcasting or communication, based on a descriptor, which is disposed in a Program Map Table, PMT, representing transmission data included in a stream transmitted via the broadcast wave, and in which information about hybrid delivery using broadcasting and communication is described; and a control unit configured to control a function of each unit for performing processing of acquiring content transmitted via broadcasting or communication, based on the acquired control data, characterized in that said control data is a Media Presentation Description, MPD, or an Application Information Table, AIT, and wherein the descriptor is a hybrid service control descriptor and includes at least type information of the control data representing a control data type indicating whether the control data is an AIT or an MPD, and location information of the control data. a receiving unit configured to receive a broadcast wave of digital broadcasting being compliant with an MPEG2-Transport Stream, TS, standard; an acquisition unit configured to acquire control data transmitted via broadcasting or communication, based on a descriptor, which is disposed in a Program Map Table, PMT, representing transmission data included in a stream transmitted via the broadcast wave, and in which information about hybrid delivery using broadcasting and communication is described; and a control unit configured to control a function of each unit for performing processing of acquiring content transmitted via broadcasting or communication, based on the acquired control data, characterized in that said control data is a Media Presentation Description, MPD, or an Application Information Table, AIT, and wherein the descriptor is a hybrid service control descriptor and includes at least type information of the control data representing a control data type indicating whether the control data is an AIT or an MPD, and location information of the control data.
A packaging material for a power storage device, the packaging material comprising a structure in which at least a substrate protective layer, a substrate layer, an adhesive layer, a metal foil layer, a sealant adhesive layer, and a sealant layer are laminated in this order, wherein the substrate protective layer is a cured product of a raw material containing a polyester resin or an acrylic resin, and a curing agent, the polyester resin or the acrylic resin has reactive groups reactive with the curing agent at a terminal position and/or in a side chain, the curing agent contains an isocyanate other than an alicyclic isocyanate, and an alicyclic isocyanate, and the ratio ([a]/[b]) of the weight of the isocyanate other than an alicyclic isocyanate [a] to the weight of the alicyclic isocyanate [b] is 99/1 to 80/20, wherein the ratio ( /) of the number of moles of reactive groups of the curing agent to the number of moles of reactive groups of the polyester resin or the acrylic resin is 5 to 60.
Method for examining a laser system which provides a focused laser beam and has a controllable deflection arrangement for the transverse or/and longitudinal location control of the beam focus, wherein the method comprises the following steps: - directing the laser beam, or a partial beam that is split therefrom downstream of the deflection arrangement, onto an optically nonlinear medium for producing frequency-multiplied radiation (14"), the wavelength of which corresponds to an odd higher harmonic of the wavelength of the laser beam, wherein the laser beam or the partial beam is focused onto the nonlinear medium, - activating the deflection arrangement, wherein the activation of the deflection arrangement comprises an oscillating adjustment of at least one deflection component (42, 44) of the deflection arrangement and furthermore changing the oscillation frequency or/and the oscillation stroke of the at least one deflection component (42, 44) and/or changing an activation pattern of the deflection arrangement, wherein each activation pattern corresponds to a different movement figure of the beam focus, - measuring a power of the frequency-multiplied radiation in the case of an activated deflection arrangement, and - outputting a temporal profile or/and a frequency spectrum of the measured power on an output device. - directing the laser beam, or a partial beam that is split therefrom downstream of the deflection arrangement, onto an optically nonlinear medium for producing frequency-multiplied radiation (14"), the wavelength of which corresponds to an odd higher harmonic of the wavelength of the laser beam, wherein the laser beam or the partial beam is focused onto the nonlinear medium, - activating the deflection arrangement, wherein the activation of the deflection arrangement comprises an oscillating adjustment of at least one deflection component (42, 44) of the deflection arrangement and furthermore changing the oscillation frequency or/and the oscillation stroke of the at least one deflection component (42, 44) and/or changing an activation pattern of the deflection arrangement, wherein each activation pattern corresponds to a different movement figure of the beam focus, - measuring a power of the frequency-multiplied radiation in the case of an activated deflection arrangement, and - outputting a temporal profile or/and a frequency spectrum of the measured power on an output device.
A spool valve arrangement comprising a spool having a spool end, the spool arranged for linear movement within a bore to regulate flow of fluid through the bore according to the linear position of the spool relative to the bore, the spool end arranged to be engaged, in use, by an eccentric drive member to cause the linear movement, the spool valve arrangement further comprising a sliding block component moveably attached to the spool end and arranged to engage with the eccentric drive member, in use, such that the eccentric drive member engages with the spool end via the sliding block component and the sliding block component moves relative to the spool to compensate for nonlinear movement of the eccentric drive member, characterised in that the sliding block component has a plane to plane contact area with the spool end.
Front-mounting comb-type side delivery rake comprising a hitch device for the connection to a transport means and a single comb-type windrowing assembly hinged to the hitch device, so that the windrowing assembly is laterally orientable with respect to a travel direction between a work position, in which the windrowing assembly has a greater lateral size with respect to the travel direction, and a transport position, in which the windrowing assembly has a smaller lateral size with respect to the travel direction; wherein the windrowing assembly comprises: a supporting structure hinged to the hitch device; a first rotating support and a second rotating support connected to the supporting structure, with the second rotating support more forward with respect to the first rotating support with respect to the travel direction; and wherein the first rotating support is more forward with respect to the travel direction in the work position than in the transport position and the second rotating support is more forward with respect to the travel direction in the transport position than in the work position; characterized in that the first rotating support and the second rotating support are connected to the supporting structure with respective rotation axes (A1, A2) parallel to each other; and wherein the windrowing assembly is rotatable with respect to the hitch device about a hinge axis perpendicular to a first reference plane containing the rotation axes (A1, A2) of the first rotating support and of the second rotating support. a supporting structure hinged to the hitch device; a first rotating support and a second rotating support connected to the supporting structure, with the second rotating support more forward with respect to the first rotating support with respect to the travel direction; and wherein the first rotating support is more forward with respect to the travel direction in the work position than in the transport position and the second rotating support is more forward with respect to the travel direction in the transport position than in the work position; characterized in that the first rotating support and the second rotating support are connected to the supporting structure with respective rotation axes (A1, A2) parallel to each other; and wherein the windrowing assembly is rotatable with respect to the hitch device about a hinge axis perpendicular to a first reference plane containing the rotation axes (A1, A2) of the first rotating support and of the second rotating support.
A double tube sheet system (1; 101), comprising an outer tube sheet (2; 102) and an inner tube sheet (3; 103) surrounded by the outer tube sheet (2; 102), wherein the outer tube sheet (2; 102) comprises a first outer tube sheet section (4; 104) and a second outer tube sheet section (5; 105), which are connected to one another via an outer sheet section (6; 106), wherein the inner tube sheet (3; 103) comprises a first inner tube sheet section (7; 107) and a second inner tube sheet section (8; 108) which are connected to one another via an inner sheet section (9; 109), wherein the first outer tube sheet section (4; 104) and the first inner tube sheet section (7; 107) are arranged concentrically to a first longitudinal axis, wherein the second outer tube sheet section (5; 105) and the second inner tube sheet section (8; 108) are arranged concentrically to a second longitudinal axis and wherein the outer tube sheet (2; 102) and the inner tube sheet (3; 103) are connected to one another via a form-fit connection, characterized in that the form-fit connection is a latching connection, which comprises at least two fixing webs (22a, 22b, 23a, 23b; 122a, 122b) which extend radially from the inner side of the outer tube sheet (2; 102) and at least in the direction of the first longitudinal axis and at least two insertion pockets (25a, 25b; 125a, 125b) which extend radially from the outer side of the inner tube sheet (3; 103) and at least in the direction of the first longitudinal axis, wherein a respective fixing web (22a, 22b, 23a, 23b; 122a, 122b) is inserted into an associated insertion pocket (25a, 25b; 125a, 125b) and is in form-fit engagement with this.
Motor vehicle rear structural assembly comprising: - a rear body portion comprising a boot having a rear opening, and two rear walls that are laterally opposite one another with respect to said opening; - a rear bumper secured to said rear body portion, said rear bumper having two deformable opposite flanks (14, 16) that extend facing said two opposite rear walls; - a corner obstacle warning device located between one of said rear walls and one of said facing flanks; - a support plate that supports said corner obstacle warning device; said support plate being connected to said one of said facing flanks; characterized in that said support plate comprises a free bump stop that stands proud of said support plate, and in that said support plate is connected to said one of said facing flanks in such a way that said free bump stop extends away from said one of said flanks so as to be able to come to be at a distance from said one of said rear walls, said bump stop being designed to press against said one of said rear walls when said one of said flanks deforms towards said one of said rear walls. - a rear body portion comprising a boot having a rear opening, and two rear walls that are laterally opposite one another with respect to said opening; - a rear bumper secured to said rear body portion, said rear bumper having two deformable opposite flanks (14, 16) that extend facing said two opposite rear walls; - a corner obstacle warning device located between one of said rear walls and one of said facing flanks; - a support plate that supports said corner obstacle warning device; said support plate being connected to said one of said facing flanks;
Plug connector for a plurality of electrical conductors, comprising a housing and an insulating body, wherein the insulating body for each electrical conductor has a guide channel with a deflecting bevel or a deflecting rounded portion, and wherein the housing for each electrical conductor has a contact element for making contact with said electrical conductor, wherein these contact elements are provided in each case at at least one end with an insulation displacement terminal, and wherein the insulating body for each insulation displacement terminal has a pocket, which is provided for receiving the corresponding insulation displacement terminal when the insulating body is pushed into the housing, wherein the guide channel intersects the associated pocket in the region of the deflecting bevel or deflecting rounded portion of said guide channel, as a result of which each insulation displacement terminal makes contact with the associated electrical conductor, which is inserted into the respective guide channel and is therefore guided transversely through the pocket, by the insulating body being pushed into the housing, characterized in that the housing has an opening on one side, and in that the insulating body is held captively on the housing in the region of this opening, wherein the insulating body and the housing can be plugged with one another, and in that the insulating body has, on two mutually opposite side faces (21, 21'), in each case one cylindrical pin, and in that the housing has two guide means (22, 22'), into which the two pins engage in each case.
A method, comprising: generating, at a first device (110; 500), a first protocol-specific key for use with a first network communication protocol of a mixed communication network where a plurality of different network communication protocols are used, the first protocol-specific key based at least in part a result of a first hash operation that includes a network key associated with the mixed communication network and first information corresponding to the first network communication protocol; and communicating with a second device (120; 500) in the mixed communication network via the first network communication protocol using the first protocol-specific key. generating, at a first device (110; 500), a first protocol-specific key for use with a first network communication protocol of a mixed communication network where a plurality of different network communication protocols are used, the first protocol-specific key based at least in part a result of a first hash operation that includes a network key associated with the mixed communication network and first information corresponding to the first network communication protocol; and communicating with a second device (120; 500) in the mixed communication network via the first network communication protocol using the first protocol-specific key.
A motorcycle comprising: a main frame extending backward from a head pipe; a seat frame connected to a rear portion of the main frame and extending backward to support a seat; an auxiliary frame provided under the main frame and having a rear end connected to the seat frame to reinforce the seat frame; and an acceleration sensor configured to detect an acceleration, the acceleration sensor being supported at a position under the seat frame and above the auxiliary frame in a side view, and side surfaces of the acceleration sensor being covered with a vehicle body cover; characterised in that the acceleration sensor is supported by a bracket (61, 62) extending from the seat frame or the auxiliary frame; and in that the bracket includes: an arm portion extending in a vehicle longitudinal direction; a cross portion extending in a vehicle width direction and connected to an end of the arm portion; and sensor support portions at the two ends of the cross portion in which tubular elastic members are fitted. a main frame extending backward from a head pipe; a seat frame connected to a rear portion of the main frame and extending backward to support a seat; an auxiliary frame provided under the main frame and having a rear end connected to the seat frame to reinforce the seat frame; and an acceleration sensor configured to detect an acceleration, the acceleration sensor being supported at a position under the seat frame and above the auxiliary frame in a side view, and side surfaces of the acceleration sensor being covered with a vehicle body cover; characterised in that the acceleration sensor is supported by a bracket (61, 62) extending from the seat frame or the auxiliary frame; and in that the bracket includes: an arm portion extending in a vehicle longitudinal direction; a cross portion extending in a vehicle width direction and connected to an end of the arm portion; and sensor support portions at the two ends of the cross portion in which tubular elastic members are fitted. an arm portion extending in a vehicle longitudinal direction; a cross portion extending in a vehicle width direction and connected to an end of the arm portion; and sensor support portions at the two ends of the cross portion in which tubular elastic members are fitted.
Tire tread comprising shoulder blocks (6, 10) and comprising at least one groove (26, 28, 30) and at least one rib (14,18, 22) providing an outer contact surface, further comprising a first radially outer layer made of an outer tread rubber compound, further comprising a radially inner layer made of an inner tread compound, wherein said inner layer reaches radially through said at least one outer layer to said contact surface at least in one outer contact region of said outer contact surface in an unworn state of said tire tread in such a way that said outer contact surface comprises at least one region of said outer layer and at least one region of said inner layer, characterized in that a second outer layer is provided which is arranged in said respective shoulder block (6, 10) and/or in said respective rib (14, 18, 22) and which is made of an outer tread rubber compound which is different from the outer tread rubber compound of said first outer layer, whereby the respective outer tread compound has Shore A between 55 and 75 degrees and/or has rebound at 23° C between 15 and 30 % and/or has rebound at 100° C between 45 and 65 % and/or has module 300% between 8 and 14 MPa and/or has tan delta at 60° C between 0.080 and 0.155.
A method for performing virtual segmentation to service an endpoint device, the method comprising: by a virtual repeater located between the endpoint device and a cable headend: designating, by the virtual repeater, a plurality of channels within a range of frequencies, wherein each of the plurality of channels comprises a separate respective sub-band of frequency within the range of frequencies; designating, by the virtual repeater, a first subset of the plurality of channels as upstream channels and a second subset of the plurality of channels as downstream channels for the virtual segmentation; performing, by the virtual repeater, communications between a network controller and the endpoint device through a coaxial cable by utilizing the plurality of channels, wherein the first subset of the plurality of channels are designated as upstream channels and the second subset of the plurality of channels are designated as downstream channels based at least in part on upstream and downstream channel demand; the method characterized in that it further comprises: dynamically re-designating, by the virtual repeater, a new first subset of the plurality of channels as upstream channels and a new second subset of the plurality of channels as downstream channels based at least in part on one or more of: current traffic conditions; and a signal-to-interference-plus-noise-ratio, SINR associated with the communications between the network controller and the endpoint device. designating, by the virtual repeater, a plurality of channels within a range of frequencies, wherein each of the plurality of channels comprises a separate respective sub-band of frequency within the range of frequencies; designating, by the virtual repeater, a first subset of the plurality of channels as upstream channels and a second subset of the plurality of channels as downstream channels for the virtual segmentation; performing, by the virtual repeater, communications between a network controller and the endpoint device through a coaxial cable by utilizing the plurality of channels, wherein the first subset of the plurality of channels are designated as upstream channels and the second subset of the plurality of channels are designated as downstream channels based at least in part on upstream and downstream channel demand; the method characterized in that it further comprises: dynamically re-designating, by the virtual repeater, a new first subset of the plurality of channels as upstream channels and a new second subset of the plurality of channels as downstream channels based at least in part on one or more of: current traffic conditions; and a signal-to-interference-plus-noise-ratio, SINR associated with the communications between the network controller and the endpoint device. current traffic conditions; and a signal-to-interference-plus-noise-ratio, SINR associated with the communications between the network controller and the endpoint device.