mhurhangee/ep-ind-claims huggingface dataset:
A method for managing dynamic program changes in a digital video broadcasting system, the method comprising: providing a program descriptor indicating: an interruption of the broadcast of a program which is currently being broadcast on a first channel; and a start time of a subsequent continuation of the broadcast of the program; detecting the presence of the program descriptor; and changing a digital video recorder recording instruction associated with the program to record the program in accordance with a parameter of the program descriptor. providing a program descriptor indicating: an interruption of the broadcast of a program which is currently being broadcast on a first channel; and a start time of a subsequent continuation of the broadcast of the program; an interruption of the broadcast of a program which is currently being broadcast on a first channel; and a start time of a subsequent continuation of the broadcast of the program; detecting the presence of the program descriptor; and changing a digital video recorder recording instruction associated with the program to record the program in accordance with a parameter of the program descriptor.
A particle detection apparatus comprising: a channel including an inlet and at least one channel wall defining a channel path configured to be provided with at least one particle therein, the inlet permitting introduction of light into the channel, which is shaped to guide the light to propagate along the channel path for illuminating the at least one particle in the channel path, the channel being configured to let scattered light pass through the or each channel wall; and a light source configured to introduce light into the channel via the inlet for illuminating at least one particle located in the channel path, which creates scattered light; and a monitoring device configured to detect the scattered light that leaves the channel by passing through the or each channel wall, the particle detection apparatus being characterised in that the or each channel wall encloses a sub-wavelength bore defining the channel path through which the light propagates. a channel including an inlet and at least one channel wall defining a channel path configured to be provided with at least one particle therein, the inlet permitting introduction of light into the channel, which is shaped to guide the light to propagate along the channel path for illuminating the at least one particle in the channel path, the channel being configured to let scattered light pass through the or each channel wall; and a light source configured to introduce light into the channel via the inlet for illuminating at least one particle located in the channel path, which creates scattered light; and a monitoring device configured to detect the scattered light that leaves the channel by passing through the or each channel wall, the particle detection apparatus being characterised in that the or each channel wall encloses a sub-wavelength bore defining the channel path through which the light propagates.
Water supply system with a house connection which is connected to a public drinking water supply, a hot water supply system which is downstream of the house connection in the direction of flow and which supplies at least one consumer with hot drinking water with a hot water supply pipe that is connected to a hot water heat exchanger for heating the drinking water and communicates with a hot water circulation conduit that feeds the hot drinking water from the hot water supply pipe back to the hot water heat exchanger, a cold water supply system which is arranged downstream of the house connection in the direction of flow and which supplies at least one consumer with cold drinking water with a cold water supply pipe that communicates with a cold water circulation conduit, and a heat exchanger device which extracts heat from the cold drinking water and supplies this heat to the hot drinking water, wherein the heat exchanger device is a heat pump that transfers heat between the cold water circulation conduit and the hot water circulation conduit, characterised in that the cold water supply system has a cold water heat exchanger with a cold water heat exchanger pump integrated into its primary circuit, and that the primary circuit of the cold water heat exchanger is thermally coupled to the primary circuit of the hot water heat exchanger via the heat exchanger device.
An electronic device, comprising: a display module, wherein the display module comprises a first substrate, a second substrate and a wiring structure, the first substrate and the second substrate are stacked, the wiring structure is disposed on a surface of the second substrate facing the first substrate, and the wiring structure is provided with a first light-passing hole; and a camera module, wherein the camera module comprises a camera body and a light-shielding layer, the camera body is provided with a light-entrance hole, the second substrate is located between the first substrate and the camera body, characterized in that the light-shielding layer is disposed on a surface of the second substrate facing the camera body, the light-shielding layer is provided with a second light-passing hole; the first light-passing hole, the second light-passing hole and the light-entrance hole are arranged in an optical axis direction of the camera module, an orthographic projection of the second light-passing hole on a plane perpendicular to the optical axis direction is within an orthographic projection of the light-entrance hole on the plane perpendicular to the optical axis direction, and the orthographic projection of the second light-passing hole on the plane perpendicular to the optical axis direction is within an orthographic projection of the first light-passing hole on the plane perpendicular to the optical axis direction. a display module, wherein the display module comprises a first substrate, a second substrate and a wiring structure, the first substrate and the second substrate are stacked, the wiring structure is disposed on a surface of the second substrate facing the first substrate, and the wiring structure is provided with a first light-passing hole; and a camera module, wherein the camera module comprises a camera body and a light-shielding layer, the camera body is provided with a light-entrance hole, the second substrate is located between the first substrate and the camera body, characterized in that the light-shielding layer is disposed on a surface of the second substrate facing the camera body, the light-shielding layer is provided with a second light-passing hole; the first light-passing hole, the second light-passing hole and the light-entrance hole are arranged in an optical axis direction of the camera module, an orthographic projection of the second light-passing hole on a plane perpendicular to the optical axis direction is within an orthographic projection of the light-entrance hole on the plane perpendicular to the optical axis direction, and the orthographic projection of the second light-passing hole on the plane perpendicular to the optical axis direction is within an orthographic projection of the first light-passing hole on the plane perpendicular to the optical axis direction.
A method performed by a wireless device for mapping data packets to Data Radio Bearers, DRBs, in a wireless communication network, wherein a Radio Network Node, RNN, and the wireless device are operating in the wireless communications network, and wherein the method is characterized by: - evaluating (201,203) whether or not a data packet to be transmitted to the RNN matches one out of: a packet filter in a first group of packet filters, which first group of packet filters comprises network-configured packet filters configured by the RNN and received from the RNN; and a packet filter in a second group of packet filters, which second group of packet filters comprises reflective packet filters being determined by the wireless device based on one or more data packets received in one or more DRBs from the RNN; and - when the data packet does neither match a network-configured packet filter in the first group of packet filters nor a reflective packet filter in the second group of packet filters, mapping the data packet to a default DRB associated with a packet filter in a third group of packet filters. - evaluating (201,203) whether or not a data packet to be transmitted to the RNN matches one out of: a packet filter in a first group of packet filters, which first group of packet filters comprises network-configured packet filters configured by the RNN and received from the RNN; and a packet filter in a second group of packet filters, which second group of packet filters comprises reflective packet filters being determined by the wireless device based on one or more data packets received in one or more DRBs from the RNN; and a packet filter in a first group of packet filters, which first group of packet filters comprises network-configured packet filters configured by the RNN and received from the RNN; and a packet filter in a second group of packet filters, which second group of packet filters comprises reflective packet filters being determined by the wireless device based on one or more data packets received in one or more DRBs from the RNN; and - when the data packet does neither match a network-configured packet filter in the first group of packet filters nor a reflective packet filter in the second group of packet filters, mapping the data packet to a default DRB associated with a packet filter in a third group of packet filters.
A quick-change device for a filling adapter for filling vehicles on assembly lines in the automotive industry, on which assembly line circuits and tanks of the vehicles are filled with service fluids, which are fed into the corresponding circuits and tanks from a filling system through hose sets having pneumatic and hydraulic lines and through a filling adapter, wherein a separate connection plate is arranged at the point of separation of the hose set from the filling system, to which all pneumatic and hydraulic lines, which are connected to the filling system through bores and seals, are attached, wherein a connection block is formed on the filling system as a functional counterpart to the connection plate and wherein the connection plate and the connection block have a congruent bore pattern so that, in the assembled state, flow paths with the same contour are formed in the connection region of the connection plate and the connection block, characterized in that the connection block has, along its central longitudinal axis, a channel structure extending all the way through, in which a pull rod is arranged, and in that an assembly having a pneumatic cylinder is positioned at the end of the connection block opposite the connection plate, wherein the pull rod is encased by a spring set, whose two ends are fixedly supported on the pull rod over a portion of its axial extent in the channel structure by means of one fastening element in each case; wherein the pneumatic cylinder has a piston surface by means of which the upper end of the pull rod can be acted upon; wherein the pull rod has, on its end opposite the pneumatic cylinder, a holding geometry in the form of a cylinder screw; and wherein the connection plate has a holding geometry in the form of a slotted hole, such that the connection plate can be hooked on the pull rod, since that holding geometry transitions, with respect to the longitudinal axis of the pull rod, from a portion having a first open cross-section in the shape of the holding geometry formed as a cylinder screw onto the pull rod, in the radial direction, into a portion having a second open cross-section which has a narrower contour opening than the first open cross-section and has an undercut, and wherein the inner installation space of the undercut has a contour in the form of the cylinder screw formed on the pull rod.
Wet rotor pump with a single-phase permanent magnet synchronous machine, comprising at least one stator winding, a laminated stator pack having two pole limbs and a two-pole permanent magnet rotor, which is arranged between the pole limbs, forming a magnetic gap, the pole limbs each having exactly one substantially part-cylindrical cutout with a cylinder axis extending parallel to the rotor axis at a defined position, in such a way that the magnetic gap is enlarged at the aforesaid points, and the gap being unchanged in the circumferential direction on both sides of the cutouts, characterized in that the plane formed by the axes of the centres of gravity of the cutouts and the rotor axis forms an angle α of less than 80°, preferably less than 70°, with the mid-plane between the pole limbs.
A programmable acoustic sensor comprising: a MEMS transducer; a programmable circuitry coupled to the MEMS transducer, wherein, the programmable circuitry includes a power pin and a ground pin; and a communication channel enabling data exchange between the programmable circuitry and a host system; wherein the power pin is configured to be utilized for the data exchange and is configured to receive data from the host system. a MEMS transducer; a programmable circuitry coupled to the MEMS transducer, wherein, the programmable circuitry includes a power pin and a ground pin; and a communication channel enabling data exchange between the programmable circuitry and a host system; wherein the power pin is configured to be utilized for the data exchange and is configured to receive data from the host system.
A display device for a vehicle comprising a display panel and a supporting member on which the display panel is mounted, the supporting member including a panel supporting portion that supports the display panel and a base portion that supports the panel supporting portion, the supporting member further includes a preferential fracturing portion that is formed between the panel supporting portion and the base portion, characterized in that a connecting metallic plate formed of a leaf spring metallic material and that extends from the base portion to the panel supporting portion is provided at the supporting member, and the connecting metallic plate is secured to the base portion at a first securing section, is secured to the panel supporting portion at a second securing section, and is elastically deformable in a bending direction, and the connecting metallic plate includes a bend portion that reduces a distance along a plate surface of the metallic plate excluding the bend portion between the first securing section and the second securing section, and the connecting metallic plate is separated from the supporting member at a portion where the preferential fracturing portion is formed.
Cutting apparatus for cutting a cap, comprising: - an advancement path travelable by said cap; - a cutting zone (40, 50) arranged on said advancement path; - a spindle which is movable along said advancement path and rotatable around a rotation axis, said spindle being configured to rotate said cap around said rotation axis; - a support which is movable along said advancement path together with said spindle and which is configured so that said cap is holdable between said support and said spindle; and - a cutting device (4, 5) for making a score in said cap when said spindle is in said cutting zone (40, 50); characterized in that said spindle comprises an engaging portion (22, 24) facing said support so as to interact in contact with said cap arranged on said support, said engaging portion (22, 24) being rotatable together with said spindle, said engaging portion (22, 24) comprising a projection protruding axially from a peripheral region of said engaging portion (22, 24) towards said support, where "axially" is intended with reference to said rotation axis, said projection comprising at least one abutting surface (21a, 21b) configured to abut on a portion of said cap in a circumferential abutting direction, where "circumferential" is intended with reference to said rotation axis, so as to stop a relative rotation between said cap and said spindle in a preset position so as to orient said cap with respect to said cutting device (4, 5), said engaging portion (22, 24) comprising a contact surface arranged in a central region of said engaging portion (22, 24) so as to be able to contact said cap and hold axially said cap on said support, said central region being traversed by said rotation axis, said peripheral region being further from said rotation axis than said central region, said contact surface and said at least one abutting surface (21a, 21b) being movable in axial direction relative to each other so as to be able to take a phased angular orientation configuration, in which said contact surface does not hold said cap on said support and in which said at least one abutting surface (21a, 21b) abuts on said portion of said cap in said circumferential abutting direction, and an axial holding configuration, in which said contact surface holds axially said cap on said support and in which said at least one abutting surface (21a, 21b) abuts on said portion of said cap in said circumferential abutting direction. - an advancement path travelable by said cap; - a cutting zone (40, 50) arranged on said advancement path; - a spindle which is movable along said advancement path and rotatable around a rotation axis, said spindle being configured to rotate said cap around said rotation axis; - a support which is movable along said advancement path together with said spindle and which is configured so that said cap is holdable between said support and said spindle; and - a cutting device (4, 5) for making a score in said cap when said spindle is in said cutting zone (40, 50);
A method of transmitting an uplink signal by a user equipment, UE, the method comprising: determining a first transmission power, PPUSCH_cell1, for a physical uplink shared channel, PUSCH, allocated to a subframe n on a first cell, a first cell PUSCH, configured in a licensed band and a second transmission power, PPUSCH-cell2, for a PUSCH allocated to the subframe n on a second cell, a second cell PUSCH, configured in an unlicensed band, wherein, when a sum of PPUSCH_cell1 and PPUSCH_cell2 exceeds a maximum power, P_max, configured for the UE, and the first cell PUSCH does not contain uplink control information, UCI, reducing the determined PPUSCH_cell1; and transmitting the first cell PUSCH on the first cell in the subframe n at the reduced PPUSCH_cell1 or dropping a transmission of the first cell PUSCH in the subframe n. determining a first transmission power, PPUSCH_cell1, for a physical uplink shared channel, PUSCH, allocated to a subframe n on a first cell, a first cell PUSCH, configured in a licensed band and a second transmission power, PPUSCH-cell2, for a PUSCH allocated to the subframe n on a second cell, a second cell PUSCH, configured in an unlicensed band, wherein, when a sum of PPUSCH_cell1 and PPUSCH_cell2 exceeds a maximum power, P_max, configured for the UE, and the first cell PUSCH does not contain uplink control information, UCI, reducing the determined PPUSCH_cell1; and transmitting the first cell PUSCH on the first cell in the subframe n at the reduced PPUSCH_cell1 or dropping a transmission of the first cell PUSCH in the subframe n.
A spacer apparatus to slow the delivery of medication released from an inhaler, the spacer apparatus comprising: a spacer housing defining a spacer chamber wherein the spacer housing comprises a cover configured to provide user access to the inhaler; and a retaining device configured to receive the inhaler, wherein the retaining device is rotatably coupled to the spacer housing, characterized in that the spacer housing is configured to completely conceal the inhaler when the cover is in a closed position, and the retaining device is configured to shift the inhaler from a stored position in which the inhaler is completely contained in the spacer housing to an active position in which the inhaler is able to deliver the medication to the spacer chamber. a spacer housing defining a spacer chamber wherein the spacer housing comprises a cover configured to provide user access to the inhaler; and a retaining device configured to receive the inhaler, wherein the retaining device is rotatably coupled to the spacer housing, characterized in that the spacer housing is configured to completely conceal the inhaler when the cover is in a closed position, and the retaining device is configured to shift the inhaler from a stored position in which the inhaler is completely contained in the spacer housing to an active position in which the inhaler is able to deliver the medication to the spacer chamber.
A dual-jacket assembly comprising: an inner jacket comprising a pocket; an outer jacket configured at least to be worn over the inner jacket and, when not in use, configured to be stowed in the pocket of the inner jacket; characterized by a cable system that couples the outer jacket to the inner jacket, the cable system comprising a plurality of cables (412, 414, 516, 1020), each of the plurality of cables (412, 414, 516, 1020) having a first end (416, 418, 520) and a second end (512, 1022, 514), wherein the first end (416, 418, 520) of each of the plurality of cables (412, 414, 516, 1020) is coupled to the inner jacket, and wherein the second end (512, 1022, 514) of each of the plurality of cables is coupled to the outer jacket, the plurality of cables (412, 414, 516, 1020) configured to be used by a wearer to stow the outer jacket in the pocket of the inner jacket when not in use.
A method of microencapsulating electro-optical fluid comprising: dispersing the electro-optical fluid as discrete droplets in a continuous aqueous phase, said droplets having at least partly solubilized therein crosslinkable polymer precursors, wherein the level of crosslinking monomers within said polymer precursors by weight is ≥ 25%; and thermally initiating free-radical polymerisation of said polymer precursors to microencapsulate droplets of said electro-optical fluid inside respective generally spherical polymer shells, the polymer wall of each shell having a densely-crosslinked, polymer-network structure to provide chemical resistance, and the polymer wall of each shell having spacing within the crosslinks of said densely-crosslinked, polymer network structure to provide mechanical flexibility.
A spinal disc implant suitable for a trans-osseous method, the implant comprising a body comprising a plurality of braided nitinol strands defining a first end, a second end, and an interior cavity; a coating applied to the body to provide an impervious barrier to liquids or gel-like substances from entering the interior cavity; a first fitting coupled to the first end and configured to be embedded in an inferior aspect of a first vertebral body; and a second fitting coupled to the second end and configured to be embedded in a superior aspect of a second vertebral body adjacent to the first vertebral body. a body comprising a plurality of braided nitinol strands defining a first end, a second end, and an interior cavity; a coating applied to the body to provide an impervious barrier to liquids or gel-like substances from entering the interior cavity; a first fitting coupled to the first end and configured to be embedded in an inferior aspect of a first vertebral body; and a second fitting coupled to the second end and configured to be embedded in a superior aspect of a second vertebral body adjacent to the first vertebral body.