mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a via plating in a carrier film printed on both sides with conductor tracks, wherein the carrier film comprises a first side and a second side, wherein the method comprises the following steps: - Printing of the first side of the carrier film with electrically conductive material, whereby the area of the intended via plating is covered, - Introduction of at least one through hole into the carrier film in the region of the intended via plating by means of a laser using at least one diffractive optics, and - Printing of the second side of the carrier film with electrically conductive material, wherein the at least one through hole is filled with electrically conductive material, characterized in that the at least one through hole has the shape of a ring in a plan view. wherein the method comprises the following steps: - Printing of the first side of the carrier film with electrically conductive material, whereby the area of the intended via plating is covered, - Introduction of at least one through hole into the carrier film in the region of the intended via plating by means of a laser using at least one diffractive optics, and - Printing of the second side of the carrier film with electrically conductive material, wherein the at least one through hole is filled with electrically conductive material, - Printing of the first side of the carrier film with electrically conductive material, whereby the area of the intended via plating is covered, - Introduction of at least one through hole into the carrier film in the region of the intended via plating by means of a laser using at least one diffractive optics, and - Printing of the second side of the carrier film with electrically conductive material, wherein the at least one through hole is filled with electrically conductive material, characterized in that the at least one through hole has the shape of a ring in a plan view.
A method comprising: displaying on a mobile device (300, 500) (i) a playlist (1002, 1016) identifying one or more media items that are playable by the mobile device, while the playlist is being played back by the mobile device, and (ii) a connected state indicator (1010, 1020) indicating that the mobile device is in a connected state with one or more zones in a network media system (860, 870); receiving at the mobile device, via an interface comprising an indication of at least one media item in the playlist and playback controls for controlling playback of the playlist by the mobile device, a first input to extend the playlist to the one or more zones in the network media system (860, 870) to which the mobile device is connected, wherein the first input corresponds to a selection of the connected state indicator; upon receiving the first input, displaying on the mobile device a zone representation that identifies at least one zone from the one or more zones in the network media system, wherein each of the at least one zone includes at least one playback device and is associated with a playback queue; receiving at the mobile device a second input indicating a selection of one of the at least one zone; and responsively, causing the playback queue associated with the selected zone to be populated with at least one media item corresponding to at least one of the one or more media items identified by the playlist of the mobile device. displaying on a mobile device (300, 500) (i) a playlist (1002, 1016) identifying one or more media items that are playable by the mobile device, while the playlist is being played back by the mobile device, and (ii) a connected state indicator (1010, 1020) indicating that the mobile device is in a connected state with one or more zones in a network media system (860, 870); receiving at the mobile device, via an interface comprising an indication of at least one media item in the playlist and playback controls for controlling playback of the playlist by the mobile device, a first input to extend the playlist to the one or more zones in the network media system (860, 870) to which the mobile device is connected, wherein the first input corresponds to a selection of the connected state indicator; upon receiving the first input, displaying on the mobile device a zone representation that identifies at least one zone from the one or more zones in the network media system, wherein each of the at least one zone includes at least one playback device and is associated with a playback queue; receiving at the mobile device a second input indicating a selection of one of the at least one zone; and responsively, causing the playback queue associated with the selected zone to be populated with at least one media item corresponding to at least one of the one or more media items identified by the playlist of the mobile device.
A composite liftgate system, comprising an inner panel; a plurality of structural channels (24, 26, 28, 30, 32, 33) molded into the inner panel to manage loading paths applied to the inner panel; and a plurality of composite preforms operable to connect to the inner panel to add structure and strength where needed in predetermined locations; characterized in that the plurality of structural channels (24, 26, 28, 30, 32, 33) comprise: a first pair of channels extending horizontally below an opening for a rear liftgate window formed in the inner panel; a second pair of channels extending substantially in diagonal directions away from each other with the largest distance apart being toward the opening; a third pair of channels extending substantially along a side of each channel of the second pair of channels; and a fourth pair of channels extending substantially vertically between the first pair of channels. an inner panel; a plurality of structural channels (24, 26, 28, 30, 32, 33) molded into the inner panel to manage loading paths applied to the inner panel; and a plurality of composite preforms operable to connect to the inner panel to add structure and strength where needed in predetermined locations; characterized in that the plurality of structural channels (24, 26, 28, 30, 32, 33) comprise: a first pair of channels extending horizontally below an opening for a rear liftgate window formed in the inner panel; a second pair of channels extending substantially in diagonal directions away from each other with the largest distance apart being toward the opening; a third pair of channels extending substantially along a side of each channel of the second pair of channels; and a fourth pair of channels extending substantially vertically between the first pair of channels. a first pair of channels extending horizontally below an opening for a rear liftgate window formed in the inner panel; a second pair of channels extending substantially in diagonal directions away from each other with the largest distance apart being toward the opening; a third pair of channels extending substantially along a side of each channel of the second pair of channels; and a fourth pair of channels extending substantially vertically between the first pair of channels.
A method for generating an encoded version of an audio signal, wherein the encoded version of the audio signal is generated by encoding a low-band portion of the audio signal, and from high-band side information for reconstructing a high-band portion of the audio signal, the method comprising: determining, at a speech encoder, first gain shape parameters based on a high-band residual signal associated with the high-band portion of the audio signal; generating a high-band excitation signal based on a harmonically extended signal and the first gain shape parameters, wherein the harmonically extended signal is based on a low-band excitation signal generated from the low-band portion of the audio signal; performing a linear prediction synthesis operation on the high-band excitation signal to generate a synthesized high-band signal; determining second gain shape parameters based on the synthesized high-band signal and based on the high-band portion of the audio signal; and inserting at least the first gain shape parameters and the second gain shape parameters into the encoded version of the audio signal to enable gain adjustment during reproduction of the audio signal from the encoded version of the audio signal. determining, at a speech encoder, first gain shape parameters based on a high-band residual signal associated with the high-band portion of the audio signal; generating a high-band excitation signal based on a harmonically extended signal and the first gain shape parameters, wherein the harmonically extended signal is based on a low-band excitation signal generated from the low-band portion of the audio signal; performing a linear prediction synthesis operation on the high-band excitation signal to generate a synthesized high-band signal; determining second gain shape parameters based on the synthesized high-band signal and based on the high-band portion of the audio signal; and inserting at least the first gain shape parameters and the second gain shape parameters into the encoded version of the audio signal to enable gain adjustment during reproduction of the audio signal from the encoded version of the audio signal.
A ring seal (100, 300A, 300B, 300C) for a reciprocating piston comprising a split ring with an outer circumferential surface (116, 216) defining a width of said split ring which forms a seal with a cylinder bore when installed in a seal groove associated with said piston and an inner circumferential surface, opposite said outer circumferential surface (116, 216) and facing said piston, said split ring comprising overlapping first and second end segments (112/212/312; 114/214/314) defining a split surface (110, 210, 310) therebetween, said split surface (110, 210, 310) being transverse to the direction in which said piston moves when reciprocating within said cylinder bore and extending from said inner circumferential surface to said outer circumferential surface (116, 216) wherein said first end segment (112, 212, 312) is associated with a leading lateral surface (120, 220, 320) of said ring seal that faces a compression chamber associated with said piston, and said second end segment (114, 214, 314) is associated with a trailing lateral surface (122, 222, 322) of said ring seal that is opposite to said leading lateral surface (120, 220, 320), spacing between said split surface (110, 210, 310) and said leading lateral surface (120, 220, 320) is different from spacing from said split surface (110, 210, 310) and said trailing lateral surface (122, 222, 322) and wherein said split surface (110, 210, 310) is spaced further from said leading lateral surface (120, 220, 320) than spaced from said trailing lateral surface (122, 222, 322), characterized in that said split ring is made of a polymer or a polymer composite.
A vehicle control system comprising: an image sensor operable to be disposed at the vehicle so as to have a field of view exterior of the vehicle, and configured to capture image data; a first processor configured to process at least one of the image data captured by the image sensor; at least one sensor capable of being disposed in the vehicle and configured to detect vehicle behavior information of the vehicle; a second processor configured to process the vehicle behavior information detected by the at least one sensor; one or more actuators capable of being disposed in the vehicle to execute behavior of the vehicle; and a vehicle communication system disposed in the vehicle and configured to communicate with the first processor and the second processor, wherein the vehicle communication system transmits vehicle information acquired from the first processor and the second processor to an external electronic control unit present inside or outside the vehicle, receives a vehicle control signal for controlling the behavior of the vehicle from the external electronic control unit, and outputs the received vehicle control signal such that the one or more actuators are executed by the received vehicle control signal characterised in that the vehicle control signal received from the external electronic control unit by the vehicle communication system is a control signal that is generated by the external electronic control unit and also generated by correcting, through external electronic control unit behavior information, a control signal generated based on the vehicle information. an image sensor operable to be disposed at the vehicle so as to have a field of view exterior of the vehicle, and configured to capture image data; a first processor configured to process at least one of the image data captured by the image sensor; at least one sensor capable of being disposed in the vehicle and configured to detect vehicle behavior information of the vehicle; a second processor configured to process the vehicle behavior information detected by the at least one sensor; one or more actuators capable of being disposed in the vehicle to execute behavior of the vehicle; and a vehicle communication system disposed in the vehicle and configured to communicate with the first processor and the second processor, wherein the vehicle communication system transmits vehicle information acquired from the first processor and the second processor to an external electronic control unit present inside or outside the vehicle, receives a vehicle control signal for controlling the behavior of the vehicle from the external electronic control unit, and outputs the received vehicle control signal such that the one or more actuators are executed by the received vehicle control signal
A security tag, comprising: a housing (46, 48); a latching element disposed within the housing and positionable in a lock position and in an unlock position, the latching element including a pivot axis and a bias element, the bias element releasably positioning the latching element in the lock position; characterized in the latching element having a substantially balanced rotational response about the pivot axis when exposed to an external physical mechanical impulse. a housing (46, 48); a latching element disposed within the housing and positionable in a lock position and in an unlock position, the latching element including a pivot axis and a bias element, the bias element releasably positioning the latching element in the lock position; characterized in the latching element having a substantially balanced rotational response about the pivot axis when exposed to an external physical mechanical impulse.
A device for positioning track treatment apparatuses on the track (4, 46), having 1.1. at least two carrier modules (29, 30), each with 1.1.1. at least one apparatus carrier (31a, 31b) for carrying at least one track treatment apparatus, and 1.1.2. a horizontal positioning device, to which the at least one apparatus carrier (31a, 31b) is attached, for displacing the at least one apparatus carrier (31a, 31b) along a horizontal direction (33a, 33b, 33c), 1.2. a turning device for rotatory displacement of the at least two carrier modules (29, 30), 1.2.1. wherein the turning device has at least two turning units (25, 26) for rotatory displacement of the at least two carrier modules (29, 30) independently of each other, and 1.3. a first transverse positioning device for linear displacement of the at least two carrier modules (29, 30) along the horizontal direction (33a, 33b, 33c) and at an angle of at least 45° to the longitudinal direction of the track (4, 46). 1.1. at least two carrier modules (29, 30), each with 1.1.1. at least one apparatus carrier (31a, 31b) for carrying at least one track treatment apparatus, and 1.1.2. a horizontal positioning device, to which the at least one apparatus carrier (31a, 31b) is attached, for displacing the at least one apparatus carrier (31a, 31b) along a horizontal direction (33a, 33b, 33c), 1.1.1. at least one apparatus carrier (31a, 31b) for carrying at least one track treatment apparatus, and 1.1.2. a horizontal positioning device, to which the at least one apparatus carrier (31a, 31b) is attached, for displacing the at least one apparatus carrier (31a, 31b) along a horizontal direction (33a, 33b, 33c), 1.2. a turning device for rotatory displacement of the at least two carrier modules (29, 30), 1.2.1. wherein the turning device has at least two turning units (25, 26) for rotatory displacement of the at least two carrier modules (29, 30) independently of each other, and 1.3. a first transverse positioning device for linear displacement of the at least two carrier modules (29, 30) along the horizontal direction (33a, 33b, 33c) and at an angle of at least 45° to the longitudinal direction of the track (4, 46).
An obstetrics simulation system, comprising: an articulating maternal birthing simulator including a cavity; an eclampsia simulation component in said cavity of said maternal birthing simulator, said eclampsia simulation component comprising: a motor, a drive shaft connected to said motor, a cam connected to said drive shaft, wherein said cam engages and agitates said aperture within said cavity, wherein a center of said cam is offset with respect to a center of said aperture, and wherein rotation of said drive shaft moves said cam, and wherein movement of said cam shakes said cavity of said maternal birthing simulator laterally from side-to-side. an articulating maternal birthing simulator including a cavity; an eclampsia simulation component in said cavity of said maternal birthing simulator, said eclampsia simulation component comprising: a motor, a drive shaft connected to said motor, a cam connected to said drive shaft, wherein said cam engages and agitates said aperture within said cavity, wherein a center of said cam is offset with respect to a center of said aperture, and wherein rotation of said drive shaft moves said cam, and wherein movement of said cam shakes said cavity of said maternal birthing simulator laterally from side-to-side. a motor, a drive shaft connected to said motor, a cam connected to said drive shaft, wherein said cam engages and agitates said aperture within said cavity, wherein a center of said cam is offset with respect to a center of said aperture, and wherein rotation of said drive shaft moves said cam, and wherein movement of said cam shakes said cavity of said maternal birthing simulator laterally from side-to-side.
A chassis cooling device (100, 400, 500), comprising: a manifold (102-1... 102-N, 302-1... 302-N) within the chassis, the manifold (102-1... 102-N, 302-1... 302-N) configured to distribute a cooling resource among a cooling loop (104-1... 104-N) and a heat exchanger, the manifold (102-1... 102-N, 302-1... 302-N) comprising a cooling loop return portion and a cooling loop supply portion; a first plurality of pumps (108-1, 108-2), coupled to the cooling loop return portion of the manifold (102-1... 102-N, 302-1... 302-N), arranged in parallel in the chassis and configured to pump the cooling resource; and a second plurality of pumps (108-3, 108-N), coupled to the cooling loop supply portion of the manifold (102-1... 102-N, 302-1... 302-N), arranged in parallel in the chassis and configured to pump the cooling resource, wherein the second plurality of pumps (108-3, 108-N) are arranged in series with the first plurality of pumps (108-1, 108-2), wherein each pump of the first plurality of pumps (108-1, 108-2) and the second plurality of pumps (108-3, 108-N) is individually mate-able and removable to the manifold (102-1... 102-N, 302-1... 302-N). a manifold (102-1... 102-N, 302-1... 302-N) within the chassis, the manifold (102-1... 102-N, 302-1... 302-N) configured to distribute a cooling resource among a cooling loop (104-1... 104-N) and a heat exchanger, the manifold (102-1... 102-N, 302-1... 302-N) comprising a cooling loop return portion and a cooling loop supply portion; a first plurality of pumps (108-1, 108-2), coupled to the cooling loop return portion of the manifold (102-1... 102-N, 302-1... 302-N), arranged in parallel in the chassis and configured to pump the cooling resource; and a second plurality of pumps (108-3, 108-N), coupled to the cooling loop supply portion of the manifold (102-1... 102-N, 302-1... 302-N), arranged in parallel in the chassis and configured to pump the cooling resource, wherein the second plurality of pumps (108-3, 108-N) are arranged in series with the first plurality of pumps (108-1, 108-2), wherein each pump of the first plurality of pumps (108-1, 108-2) and the second plurality of pumps (108-3, 108-N) is individually mate-able and removable to the manifold (102-1... 102-N, 302-1... 302-N).
A method for the manufacture of a thin grain split and a meat split split off of an animal skin, wherein the following successive method steps are carried out: - providing the animal skin containing a papillary layer on the grain side; - applying a solidifying layer on the grain side and/or on the flesh side, which confers additional mechanical strength to the animal skin upon splitting; - splitting off a thin meat split of the grain split of the animal skin; - tanning the split thin meat split. - providing the animal skin containing a papillary layer on the grain side; - applying a solidifying layer on the grain side and/or on the flesh side, which confers additional mechanical strength to the animal skin upon splitting; - splitting off a thin meat split of the grain split of the animal skin; - tanning the split thin meat split.
Chain lock, having two link bows (2, 3) which can be coupled by means of the legs thereof, and having a locking element which can be inserted transversely between the legs, wherein the locking element is formed by two locking components (15, 16) which can be inserted from opposite sides and which are secured by a screw which passes through these in the transverse direction of the chain lock, characterised in that at least one fixing pin is arranged in a locking component, said fixing pin protruding towards a front surface in the transverse direction, and that the fixing pin engages with a recess of the opposite locking component, wherein the fixing pin is arranged with a press fit in a locking component, and that the recess is formed as a clearance fit in the opposite locking component.
A gas barrier laminate comprising a base, a gas barrier layer and a protective layer laminated directly or via another layer in this order, wherein: a content rate of oxygen atoms is 20 to 70%, a content rate of nitrogen atoms is 0 to 30% and a content rate of silicon atoms is 25 to 50% relative to the total content of oxygen atoms, nitrogen atoms and silicon atoms in a surface layer part on a protective layer side of the gas barrier layer; a Young's modulus at 25°C of the protective layer is not less than 5 × 10 9 Pa and not more than 1 × 10 12 Pa; and characterized in that: at least one material comprised in the protective layer is a silicon-containing polymer compound. a content rate of oxygen atoms is 20 to 70%, a content rate of nitrogen atoms is 0 to 30% and a content rate of silicon atoms is 25 to 50% relative to the total content of oxygen atoms, nitrogen atoms and silicon atoms in a surface layer part on a protective layer side of the gas barrier layer; a Young's modulus at 25°C of the protective layer is not less than 5 × 10 9 Pa and not more than 1 × 10 12 Pa; and characterized in that: at least one material comprised in the protective layer is a silicon-containing polymer compound.