mhurhangee/patent-ind-claim-en huggingface dataset:
Sound-absorbing textile composite comprising a) at least one open-pore carrier ply comprising coarse staple fibres having a linear density of 3 dtex to 12 dtex in a proportion of - 10% by weight to 90% by weight if the carrier ply does not contain any binder fibres, or in a proportion of - 10% by weight to 85% by weight if the carrier ply does contain binder fibres as further fibres, and fine staple fibres having a linear density of 0.5 dtex to 2.5 dtex as scaffold fibres in a proportion of - 10% by weight to 90% by weight if the carrier ply does not contain any binder fibres, or in a proportion of - 10% by weight to 80% by weight if the carrier ply does contain binder fibres as further fibres, and b) a microporous flow ply which is disposed on the carrier ply and comprises microfibres having a fibre diameter below 10 μm, where the flow resistance of the sound-absorbing textile composite is from 250 Ns/m 3 to 5000 Ns/m 3 , especially from 250 Ns/m 3 to 2000 Ns/m 3 , characterized in that the carrier ply has a volume ratio of air to fibre of 75:1 to 250:1. a) at least one open-pore carrier ply comprising coarse staple fibres having a linear density of 3 dtex to 12 dtex in a proportion of - 10% by weight to 90% by weight if the carrier ply does not contain any binder fibres, or in a proportion of - 10% by weight to 85% by weight if the carrier ply does contain binder fibres as further fibres, and fine staple fibres having a linear density of 0.5 dtex to 2.5 dtex as scaffold fibres in a proportion of - 10% by weight to 90% by weight if the carrier ply does not contain any binder fibres, or in a proportion of - 10% by weight to 80% by weight if the carrier ply does contain binder fibres as further fibres, and - 10% by weight to 90% by weight if the carrier ply does not contain any binder fibres, or in a proportion of - 10% by weight to 85% by weight if the carrier ply does contain binder fibres as further fibres, and - 10% by weight to 90% by weight if the carrier ply does not contain any binder fibres, or in a proportion of - 10% by weight to 80% by weight if the carrier ply does contain binder fibres as further fibres, and b) a microporous flow ply which is disposed on the carrier ply and comprises microfibres having a fibre diameter below 10 μm, where
A tuning device for a musical instrument , the instrument having: a body ; a neck extending out from the instrument's body ; the neck having a free end comprising a headstock ; the headstock comprising: an anterior instrument face; a posterior instrument face essentially opposite to the anterior instrument face, and at least one tuning key disposed on the posterior instrument face, the tuning device comprising a tuning display ; means for engaging the tuning device with one or more of the at least one tuning key ; and the tuning device being characterized by having a shape comprising a right-angled triangle fused to an oblong , wherein: the base of the triangle is contiguous with a long side of the oblong ; a side of the triangle normal to the base is fused to a short side of the oblong and is longer than or equal to the short side of the oblong ; and the tuning display is disposed on the hypotenuse of the triangle , wherein the tuning display is positioned on the tuning device such as to essentially face the instrument's body when the tuning device is both engaged with the one or more tuning key , and entirely disposed above the posterior surface. a body ; a neck extending out from the instrument's body ; the neck having a free end comprising a headstock ; the headstock comprising: an anterior instrument face; a posterior instrument face essentially opposite to the anterior instrument face, and at least one tuning key disposed on the posterior instrument face, an anterior instrument face; a posterior instrument face essentially opposite to the anterior instrument face, and at least one tuning key disposed on the posterior instrument face, the tuning device comprising a tuning display ; means for engaging the tuning device with one or more of the at least one tuning key ; and the tuning device being characterized by having a shape comprising a right-angled triangle fused to an oblong , wherein: the base of the triangle is contiguous with a long side of the oblong ; a side of the triangle normal to the base is fused to a short side of the oblong and is longer than or equal to the short side of the oblong ; and the tuning display is disposed on the hypotenuse of the triangle , the base of the triangle is contiguous with a long side of the oblong ; a side of the triangle normal to the base is fused to a short side of the oblong and is longer than or equal to the short side of the oblong ; and the tuning display is disposed on the hypotenuse of the triangle , wherein the tuning display is positioned on the tuning device such as to essentially face the instrument's body when the tuning device is both engaged with the one or more tuning key , and entirely disposed above the posterior surface.
A cable assembly comprising: a cable including a covered electrical wire for differential signal transmission in a jacket and having an exposed portion of the covered electrical wire formed therein, the exposed portion being not covered with the jacket and exposing an outer face of a covering of the covered electrical wire ; and a connection module comprising: a rest portion for resting thereon the exposed portion of the covered electrical wire ; a first assembly comprising the rest portion ; and a second assembly having a presser portion provided therein for pressing the exposed portion rested on the rest portion against the rest portion , a presser face of the presser portion coming into contact with the exposed portion has a shape along a contour of the exposed portion and covers at least a portion of the exposed portion , wherein a position of the exposed portion is determined by combining the first assembly and the second assembly with each other, characterised in that the presser portion has springiness for pressing in an elastically-deformed state the exposed portion rested on the rest portion against the rest portion . a cable including a covered electrical wire for differential signal transmission in a jacket and having an exposed portion of the covered electrical wire formed therein, the exposed portion being not covered with the jacket and exposing an outer face of a covering of the covered electrical wire ; and a connection module comprising: a rest portion for resting thereon the exposed portion of the covered electrical wire ; a first assembly comprising the rest portion ; and a second assembly having a presser portion provided therein for pressing the exposed portion rested on the rest portion against the rest portion , a presser face of the presser portion coming into contact with the exposed portion has a shape along a contour of the exposed portion and covers at least a portion of the exposed portion , wherein a position of the exposed portion is determined by combining the first assembly and the second assembly with each other, characterised in that the presser portion has springiness for pressing in an elastically-deformed state the exposed portion rested on the rest portion against the rest portion . a rest portion for resting thereon the exposed portion of the covered electrical wire ; a first assembly comprising the rest portion ; and a second assembly having a presser portion provided therein for pressing the exposed portion rested on the rest portion against the rest portion , a presser face of the presser portion coming into contact with the exposed portion has a shape along a contour of the exposed portion and covers at least a portion of the exposed portion , wherein a position of the exposed portion is determined by combining the first assembly and the second assembly with each other, characterised in that the presser portion has springiness for pressing in an elastically-deformed state the exposed portion rested on the rest portion against the rest portion .
Mounting bracket for mounting a cladding to a wall comprising a wall plate arranged to be fixed to the wall substantially in parallel with said wall and a first and a second bracket arm extending substantially transversely from said wall plate wherein a connection of said first bracket arm to the wall plate is substantially in parallel with and spaced apart from a connection of said second bracket arm to said wall plate such that a beam receiving space is present between said two bracket arms , wherein the first bracket arm and the second bracket arm have a substantially triangular shape or a substantially truncated triangular shape, providing a relatively broad attachment basis of the first and second bracket arm to the wall plate , characterized in that the mounting bracket is made of plastic and in that at least one of the bracket arms is provided with a substantially triangular cut-out , having a basis that is in common with part of the basis of the corresponding bracket arm .
A mode scrambler comprising: a plurality of bobbins , arranged in a radial direction and bundled together at intervals; and a multimode optical fiber wound around the bobbins wherein the bobbins are rotated about an arranged direction thereof as an axis (R) to form a twisted portion between the bobbins, and the twisted portion formed by the rotation of the bobbins comprises twisted portions of the multimode optical fiber that form the twisted portion and are twisted while being entangled with each other. a plurality of bobbins , arranged in a radial direction and bundled together at intervals; and a multimode optical fiber wound around the bobbins wherein the bobbins are rotated about an arranged direction thereof as an axis (R) to form a twisted portion between the bobbins, and the twisted portion formed by the rotation of the bobbins comprises twisted portions of the multimode optical fiber that form the twisted portion and are twisted while being entangled with each other.
A recording medium in which are recorded a video stream of standard-luminance range, and a video stream of high-luminance range that is a broader luminance range than the standard-luminance range, a subtitle stream of the standard-luminance range, and a subtitle stream of the high-luminance range, and a playlist file storing playback control information of a content, and including a management region and an extended region, wherein the management region stores first playback control information specifying that the video stream of the high-luminance range and the subtitle stream of the high-luminance range are to be played in combination, wherein the extended region stores second playback control information specifying that the video stream of the standard-luminance range and the subtitle stream of the standard-luminance range are to be played in combination.
A head-wearable hearing device comprising: a housing , a microphone arrangement configured to generate a microphone signal in response to incoming sound, a digital signal processor configured to process the microphone signal in accordance with one or more audio processing algorithms to generate a processed output signal, a miniature loudspeaker comprising a signal input connected to the processed output signal to generate a corresponding processed sound signal for transmission to the user's ear canal, an impact sensor responsive to mechanical impact of the housing to generate a corresponding impact pulse , characterized by : a reset circuit configured to generate, and apply, a reset signal to the digital signal processor to place the digital signal processor in a predetermined logic state, wherein said reset circuit is configured to generate the reset signal in response to the impact pulse generated by the impact sensor , wherein the impact sensor is embodied as the miniature loudspeaker such that a diaphragm and an electrodynamic motor drive of the miniature loudspeaker function as the impact sensor a housing , a microphone arrangement configured to generate a microphone signal in response to incoming sound, a digital signal processor configured to process the microphone signal in accordance with one or more audio processing algorithms to generate a processed output signal, a miniature loudspeaker comprising a signal input connected to the processed output signal to generate a corresponding processed sound signal for transmission to the user's ear canal, an impact sensor responsive to mechanical impact of the housing to generate a corresponding impact pulse , characterized by : a reset circuit configured to generate, and apply, a reset signal to the digital signal processor to place the digital signal processor in a predetermined logic state, wherein said reset circuit is configured to generate the reset signal in response to the impact pulse generated by the impact sensor , wherein the impact sensor is embodied as the miniature loudspeaker such that a diaphragm and an electrodynamic motor drive of the miniature loudspeaker function as the impact sensor a reset circuit configured to generate, and apply, a reset signal to the digital signal processor to place the digital signal processor in a predetermined logic state, wherein said reset circuit is configured to generate the reset signal in response to the impact pulse generated by the impact sensor , wherein the impact sensor is embodied as the miniature loudspeaker such that a diaphragm and an electrodynamic motor drive of the miniature loudspeaker function as the impact sensor
A medical implant detachment mechanism for holding and releasing a medical implant in an introducer assembly , the detachment mechanism having a longitudinal axis, a proximal end and a distal end , and including: a jaw unit including a plurality of jaw elements located at the distal end of the device, the jaw elements having a closed configuration and an open configuration and being configured to be in the closed configuration when unbiased, the jaw elements forming a medical implant coupling chamber designed to receive a coupling element of a medical implant , the jaw unit including an enclosure separate from the coupling chamber and disposed proximally of the coupling chamber ; a jaw opening element disposed in the enclosure of the jaw unit , the jaw opening element having a first, non-biasing, position maintaining the jaw elements in the closed configuration and being longitudinally movable from the first position to a second position, wherein in the second position the jaw opening element biases the jaw elements from the closed configuration to the open configuration; wherein the jaw opening element includes a head member disposed within the enclosure and the jaw unit of the enclosure including at least one rounded or tapering inner wall against which the head member is able to press when longitudinally moved to bias the jaw elements into the open configuration; wherein the second position of the jaw opening element is proximal of the first position, and the jaw opening element is retracted proximally in the longitudinal direction to open the jaw elements . a jaw unit including a plurality of jaw elements located at the distal end of the device, the jaw elements having a closed configuration and an open configuration and being configured to be in the closed configuration when unbiased, the jaw elements forming a medical implant coupling chamber designed to receive a coupling element of a medical implant , the jaw unit including an enclosure separate from the coupling chamber and disposed proximally of the coupling chamber ; a jaw opening element disposed in the enclosure of the jaw unit , the jaw opening element having a first, non-biasing, position maintaining the jaw elements in the closed configuration and being longitudinally movable from the first position to a second position, wherein in the second position the jaw opening element biases the jaw elements from the closed configuration to the open configuration; wherein the jaw opening element includes a head member disposed within the enclosure and the jaw unit of the enclosure including at least one rounded or tapering inner wall against which the head member is able to press when longitudinally moved to bias the jaw elements into the open configuration;
A virtualized network function, VNF, instantiation method, wherein the method is performed by a network functions virtualization orchestrator, NFVO, or a virtualized network function manager, VNFM, and comprises: receiving a virtualized network function, VNF, instantiation request message; obtaining deployment information of a container service instance that needs to be invoked for VNF instantiation; wherein the deployment information of the container service instance comprises a name of a specified container as service sites, CaaS, cluster; determining (303 the CaaS cluster, based on the deployment information of the container service instance, and sending a container service instance creation request to a container as service sites, CaaS, manager, in the CaaS cluster; performing , by the CaaS manager in the CaaS Cluster a container service instantiation operation; and receiving a container service instance creation success message from the CaaS manager. receiving a virtualized network function, VNF, instantiation request message; obtaining deployment information of a container service instance that needs to be invoked for VNF instantiation; wherein the deployment information of the container service instance comprises a name of a specified container as service sites, CaaS, cluster; determining (303 the CaaS cluster, based on the deployment information of the container service instance, and sending a container service instance creation request to a container as service sites, CaaS, manager, in the CaaS cluster; performing , by the CaaS manager in the CaaS Cluster a container service instantiation operation; and receiving a container service instance creation success message from the CaaS manager.
A foldable stroller , comprising: a foldable chassis movable between an unfolded condition and a folded condition; a foldable bassinet or seat supported by the foldable chassis and movable between an unfolded condition and a folded condition, and which has a support surface on which a passenger may recline or sit when the foldable bassinet or seat is in its unfolded condition; and a first locking mechanism (51; 151) which when engaged prevents the foldable bassinet or seat from moving from its unfolded condition to its folded condition and which when released permits the foldable bassinet or seat to move from its unfolded condition to its folded condition, wherein movement of the foldable chassis from its unfolded condition towards its folded condition releases the first locking mechanism (51; 151), wherein the stroller further comprises a second locking mechanism (121; 123A) which when engaged prevents the foldable chassis from moving from its unfolded condition to its folded condition and which when released permits the foldable chassis to move from its unfolded condition to its folded condition, wherein the stroller further comprises a handle attached to the foldable chassis , and wherein the handle is movable between an extended condition and a compact condition, characterised in that : moving the handle from its extended condition towards its compact condition releases the second locking mechanism. a foldable chassis movable between an unfolded condition and a folded condition; a foldable bassinet or seat supported by the foldable chassis and movable between an unfolded condition and a folded condition, and which has a support surface on which a passenger may recline or sit when the foldable bassinet or seat is in its unfolded condition; and a first locking mechanism (51; 151) which when engaged prevents the foldable bassinet or seat from moving from its unfolded condition to its folded condition and which when released permits the foldable bassinet or seat to move from its unfolded condition to its folded condition, wherein movement of the foldable chassis from its unfolded condition towards its folded condition releases the first locking mechanism (51; 151), wherein the stroller further comprises a second locking mechanism (121; 123A) which when engaged prevents the foldable chassis from moving from its unfolded condition to its folded condition and which when released permits the foldable chassis to move from its unfolded condition to its folded condition, wherein the stroller further comprises a handle attached to the foldable chassis , and wherein the handle is movable between an extended condition and a compact condition, characterised in that : moving the handle from its extended condition towards its compact condition releases the second locking mechanism.
A method of coding audio signals, said method comprising: quantizing a first input vector (V10a) derived from the audio signal that has a first direction by selecting a corresponding one among a plurality of first codebook vectors (Sk) of a first codebook; generating a rotation matrix (Rk) that is based on the selected first codebook vector (Sk); calculating a product of: a second input vector (V10b) that corresponds to the first input vector (V10a) or is a normalized version of the first input vector (V10a) and that has the first direction; and, the rotation matrix (Rk), to produce a rotated vector (r) that has a second direction that is different than the first direction; quantizing the rotated vector (r) by selecting a corresponding one among a plurality of second codebook vectors (Sn) of a second codebook; and outputting the first codebook vector (Sk) and the second codebook vector (Sn). quantizing a first input vector (V10a) derived from the audio signal that has a first direction by selecting a corresponding one among a plurality of first codebook vectors (Sk) of a first codebook; generating a rotation matrix (Rk) that is based on the selected first codebook vector (Sk); calculating a product of: a second input vector (V10b) that corresponds to the first input vector (V10a) or is a normalized version of the first input vector (V10a) and that has the first direction; and, the rotation matrix (Rk), to produce a rotated vector (r) that has a second direction that is different than the first direction; a second input vector (V10b) that corresponds to the first input vector (V10a) or is a normalized version of the first input vector (V10a) and that has the first direction; and, the rotation matrix (Rk), to produce a rotated vector (r) that has a second direction that is different than the first direction; quantizing the rotated vector (r) by selecting a corresponding one among a plurality of second codebook vectors (Sn) of a second codebook; and outputting the first codebook vector (Sk) and the second codebook vector (Sn).
Front module for a passenger car, with an adapter element , whereby a trim part of the front module is supported on a front module structure located behind, wherein the adapter element is supported towards the bottom by an associated supporting element , characterised in that the supporting element is U-shaped in design, having a lower leg extending in the transverse direction of the vehicle and respective lateral legs , wherein the supporting element is supported with the lower leg on the top of the bending crossmember of a bumper assembly, and wherein the adapter element is thus also supported towards the bottom on the bending crossmember by way of the lateral legs , and in that an adjustable covering device of a cooling opening of a cooling device of the passenger car is integrated into the adapter element .