mhurhangee/patent-ind-claim-en huggingface dataset:
A motorcycle tyre comprising: a pair of bead portions each with a bead core therein, the pair of bead portions comprising a pair of rim contact surfaces that comes into contact with a standard wheel rim (R) under a standard-rim mounted condition in which the tyre is mounted onto the standard wheel rim (R) and inflated to a standard pressure, wherein each rim contact surface comprises a bead bottom surface located inwardly in a tyre radial direction of the bead core and extending in a tyre axial direction, a bead side surface located outwardly in the tyre axial direction of the bead core and extending in the tyre radial direction, and a bead heel surface connecting the bead bottom surface and the bead side surface , characterized in that under a virtual-rim mounted condition in which the tyre is not mounted onto a rim (R) but an axial width of the bead side surfaces of the pair of bead portions is held at a rim width of the standard wheel rim (R), in at least one of the pair of bead portions , a diameter (D2) of an intersection of a virtual first straight line that is expanded outwardly in the tyre axial direction from the bead bottom surface and a virtual second straight line that is expanded inwardly in the radial direction from the bead side surface is 99.0% to 99.6% of a rim diameter (D1) of the standard wheel rim (R); wherein at a tyre radial location of a center in the tyre radial direction of the bead core , a rubber thickness that is located outwardly in the tyre axial direction of the bead core is equal to or less than 3.0 mm. each rim contact surface comprises a bead bottom surface located inwardly in a tyre radial direction of the bead core and extending in a tyre axial direction, a bead side surface located outwardly in the tyre axial direction of the bead core and extending in the tyre radial direction, and a bead heel surface connecting the bead bottom surface and the bead side surface , under a virtual-rim mounted condition in which the tyre is not mounted onto a rim (R) but an axial width of the bead side surfaces of the pair of bead portions is held at a rim width of the standard wheel rim (R), in at least one of the pair of bead portions , a diameter (D2) of an intersection of a virtual first straight line that is expanded outwardly in the tyre axial direction from the bead bottom surface and a virtual second straight line that is expanded inwardly in the radial direction from the bead side surface is 99.0% to 99.6% of a rim diameter (D1) of the standard wheel rim (R); wherein at a tyre radial location of a center in the tyre radial direction of the bead core , a rubber thickness that is located outwardly in the tyre axial direction of the bead core is equal to or less than 3.0 mm.
A chemically tempered glass-ceramic article for an electronic device cover plate, comprising, as a predominant crystalline phase, lithium silicate and a quartz crystalline phase, and having a composition comprising in weight percent following components: SiO 2 : 70-76%, Al 2 O 3 : 4-10%, Li 2 O: 8-12.5%, ZrO 2 : 1-5%, P 2 O 5 : 1-3%, K 2 O: 0-3%, MgO: 0.3-2%, ZnO: 0-3%, Na 2 O: 0-1%, Sb 2 O 3 : 0-1%, SnO 2 : 0-1%, SnO: 0-1%, CeO 2 : 0-1%, SrO: 0-5%, BaO: 0-5%, TiO 2 : 0-5%, Y 2 O 3 : 0-5%, B 2 O 3 : 0-3%, and a fining agent: 0-2%, wherein one or more of the components Sb 2 O 3 , SnO 2 , SnO and CeO 2 are introduced as the fining agent, and wherein : - (SiO 2 +Al 2 O 3 +Li 2 O+ZrO 2 )/P 2 O 5 is 48-80, - (Al 2 O 3 +Li 2 O)/P 2 O 5 is 8.5-14; - (SiO 2 +Li 2 O)/P 2 O 5 is 45-60, - (SiO 2 +Li 2 O)/Al 2 O 3 is 8.5-12, - (K 2 O+MgO)/ZrO 2 is 0.8-1.0 - Li 2 O/K 2 O+ZrO 2 ) is 2.8 to 3.3 and a falling ball test height wherein the ball is 132g is 700 mm or more. - (SiO 2 +Al 2 O 3 +Li 2 O+ZrO 2 )/P 2 O 5 is 48-80, - (Al 2 O 3 +Li 2 O)/P 2 O 5 is 8.5-14; - (SiO 2 +Li 2 O)/P 2 O 5 is 45-60, - (SiO 2 +Li 2 O)/Al 2 O 3 is 8.5-12, - (K 2 O+MgO)/ZrO 2 is 0.8-1.0 - Li 2 O/K 2 O+ZrO 2 ) is 2.8 to 3.3 and a falling ball test height wherein the ball is 132g is 700 mm or more.
A conotoxin peptide, comprising the formula of SEQ ID NO:23, SEQ ID NO: 24, SEQ ID NO:25, SEQ ID NO: 26, SEQ ID NO: 29, SEQ ID NO:3, SEQ ID NO:5, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:9, SEQ ID N0:10, SEQ ID NO:11, SEQ ID NO:13, SEQ ID NO:14, SEQ ID NO:15, SEQ ID NO:16, SEQ ID NO:17, or SEQ ID NO:18.
Audio coding system comprising: a linear prediction (LP) unit for analyzing frames of a fixed first length of an audio signal to determine a sequence of LPC polynomials; an adaptive length transformation unit for transforming frames of a variable second length of the audio signal into frames of Modified Discrete Cosine Transform (MDCT) coefficients; a gain curve generation unit for generating MDCT-domain gain curves for the frames of MDCT coefficients based on magnitude responses determined from the sequence of LPC polynomials, wherein generating MDCT-domain gain curves comprises mapping, by a mapping unit , the LPC polynomials to corresponding frames of MDCT coefficients; a gain curve application unit for applying the MDCT-domain gain curves to the frames of MDCT coefficients to generate frames of gain adjusted MDCT coefficients; and a quantization unit for quantizing the frames of gain adjusted MDCT coefficients. a linear prediction (LP) unit for analyzing frames of a fixed first length of an audio signal to determine a sequence of LPC polynomials; an adaptive length transformation unit for transforming frames of a variable second length of the audio signal into frames of Modified Discrete Cosine Transform (MDCT) coefficients; a gain curve generation unit for generating MDCT-domain gain curves for the frames of MDCT coefficients based on magnitude responses determined from the sequence of LPC polynomials, wherein generating MDCT-domain gain curves comprises mapping, by a mapping unit , the LPC polynomials to corresponding frames of MDCT coefficients; a gain curve application unit for applying the MDCT-domain gain curves to the frames of MDCT coefficients to generate frames of gain adjusted MDCT coefficients; and a quantization unit for quantizing the frames of gain adjusted MDCT coefficients.
A zinc alloy plated steel material having excellent corrosion resistance after being processed, comprising: a base steel; a zinc alloy plating layer formed on the base steel; and an inhibition layer formed between the base steel and the zinc alloy plating layer, wherein the zinc alloy plating layer comprises, by wt%, 0.5% to 3.5% of magnesium (Mg), 0.5% to 11.0% of aluminum (Al), 10 ppm to 350 ppm of silicon (Si), a remainder of zinc (Zn) and inevitable impurities, and the inhibition layer comprises a Si-enrichment layer, and wherein the number of Mg 2 Si phase between the base steel and the zinc alloy plating layer, having a diameter greater than 1000 nm per 100 μm, is 5 or less. a base steel; a zinc alloy plating layer formed on the base steel; and an inhibition layer formed between the base steel and the zinc alloy plating layer, wherein the zinc alloy plating layer comprises, by wt%, 0.5% to 3.5% of magnesium (Mg), 0.5% to 11.0% of aluminum (Al), 10 ppm to 350 ppm of silicon (Si), a remainder of zinc (Zn) and inevitable impurities, and the inhibition layer comprises a Si-enrichment layer, and wherein the number of Mg 2 Si phase between the base steel and the zinc alloy plating layer, having a diameter greater than 1000 nm per 100 μm, is 5 or less.
Busbar , in particular a laminated busbar , configured for mounting an electronic component on the busbar , in particular a passive electronic component, wherein the busbar comprises at least one plug-in region configured for inserting a contact element of the electronic component, in particular a pin of the electronic component, into the busbar , wherein the busbar comprises a first conductive layer , wherein said first conductive layer which is assigned to the plug-in region extends in a first plane and the plug-in region extends in a second plane , wherein the first plane and the second plane are spaced from each other in a direction extending perpendicular to the first plane and the second plane for forming a recessed plug-in region , characterized in that the plug-in region is at least partially surrounded by at least one recess , wherein the recess extends between the first plane and the second plane .
A user equipment, UE , comprising: a physical downlink control channel, PDCCH, receiving unit configured to monitor a first PDCCH with a first downlink control information, DCI, format, the first PDCCH with the first DCI format scheduling a physical uplink shared channel, PUSCH; and a PUSCH transmitting unit configured to transmit the PUSCH, the first DCI format including a PUSCH trigger A field and a Transmitter Power Control, TPC, command field, wherein the PDCCH receiving unit is further configured to, in a case that the PUSCH trigger A field is set to 1, monitor a second PDCCH with a second DCI format in a valid duration, the second DCI format including a PUSCH trigger B field, and in a case that the PUSCH trigger A field is set to 1, the TPC command field applies in a case that the second PDCCH with the second DCI format of which the PUSCH trigger B field set to 1 is detected. a physical downlink control channel, PDCCH, receiving unit configured to monitor a first PDCCH with a first downlink control information, DCI, format, the first PDCCH with the first DCI format scheduling a physical uplink shared channel, PUSCH; and a PUSCH transmitting unit configured to transmit the PUSCH, the first DCI format including a PUSCH trigger A field and a Transmitter Power Control, TPC, command field, wherein the PDCCH receiving unit is further configured to, in a case that the PUSCH trigger A field is set to 1, monitor a second PDCCH with a second DCI format in a valid duration, the second DCI format including a PUSCH trigger B field, and in a case that the PUSCH trigger A field is set to 1, the TPC command field applies in a case that the second PDCCH with the second DCI format of which the PUSCH trigger B field set to 1 is detected.
A cochlear implant comprising an external coil , an internal component having a housing , an internal coil , and a ceramic body arranged between the external coil and the internal coil , the external coil and the internal coil being spatially separated coil units and comprised by the housing of the internal component , the spatial separation being along a thickness (T) of the housing, and where a proximal surface of the ceramic body acts as a substrate for positioning the external coil, and where the proximal surface of the ceramic body is the side that is closer to skin of the patient when the cochlear implant is in implanted position, a storage component configured to receive an additional energy, an insulated wire following shape of the housing to connect the external coil to a hermetically sealed electronic circuitry comprised within the housing , wherein that following shape of the housing comprises the insulated wire running from the external coil along an inner periphery, corresponding to thickness (T) of the housing, to the hermetically sealed electronic circuitry , and wherein one of the external coil or the internal coil is adapted to receive energy from a transmitter coil connected to a power supply; and another of the external coil or the internal coil is adapted to receive the additional energy from the transmitter coil . an external coil , an internal component having a housing , an internal coil , and a ceramic body arranged between the external coil and the internal coil , the external coil and the internal coil being spatially separated coil units and comprised by the housing of the internal component , the spatial separation being along a thickness (T) of the housing, and where a proximal surface of the ceramic body acts as a substrate for positioning the external coil, and where the proximal surface of the ceramic body is the side that is closer to skin of the patient when the cochlear implant is in implanted position, a storage component configured to receive an additional energy, an insulated wire following shape of the housing to connect the external coil to a hermetically sealed electronic circuitry comprised within the housing , wherein that following shape of the housing comprises the insulated wire running from the external coil along an inner periphery, corresponding to thickness (T) of the housing, to the hermetically sealed electronic circuitry , and wherein one of the external coil or the internal coil is adapted to receive energy from a transmitter coil connected to a power supply; and another of the external coil or the internal coil is adapted to receive the additional energy from the transmitter coil .
System for guiding electrode placement on a scalp comprising - a first strip arrangement comprising: - a first flexible LED strip ; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a control module connected to the first strip arrangement; wherein the control module is configured for setting a first cranial landmark at one end of the first flexible LED strip, setting a second cranial landmark where a physical touch is detected by the touch sensor means and illuminating the first flexible LED strip at least at one location for guiding electrode placement, based on the distance between the two cranial landmarks and an electrode placement scheme previously set. - a first strip arrangement comprising: - a first flexible LED strip ; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a first flexible LED strip ; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a control module connected to the first strip arrangement;
A PLA polymer article comprising: an expanded PLA polymer comprising a beta crystal phase and having nodes and fibrils.
Assembly comprising a product packaging and application system and a protection device for protecting the said system, the said system comprising a container for storing the said product and an applicator mounted so that it can be moved between a pickup position for picking up product contained in the said container and an application position in which the applicator is separated from the said container , the protection device comprising a sleeve inside which the packaging and application system is mounted in such a way that it can move axially between a storage position and a usage position in which at least the applicator extends partly projecting out of the sleeve, the assembly further comprising a device for releasing the packaging and application system, provided with means immobilizing the said system relative to the sleeve in the storage position, and with an actuating means for rendering the immobilizing means inactive and detaching the said system and the said sleeve by actuating the said actuating means , and an elastic preload member applying elastic load to the packaging and application system for the passage of the said system from the storage position to the usage position when the immobilizing means are in the inactive position, wherein the release device further comprises retaining means for restraining the said system relative to the sleeve in the usage position and which are configured to oppose the movement of the said system towards the storage position, the release device comprising a ring axially secured to the sleeve of the protection device, mounted around the storage container of the application and storage system and comprising at least the immobilizing means and the actuating means for actuating the said immobilizing means, characterized in that the actuating means of the release device being able to move radially in order to render the immobilizing means of the said device inactive.
A system for providing audio content and haptic sensations to a user, the system comprising: a device comprising a first set of transducers and a second set of transducers , wherein the device is configured to be integrated into a neck worn device or a shoulder worn device or is configured to be integrated into or attached to an article of clothing, and wherein the second set of transducers form an ultrasonic transducer array that is configured to generate ultrasonic waves that travel towards a particular body part of the user such that when the ultrasonic wave interacts with the user's skin, the user feels a haptic sensation; and a processor coupled to the first set of transducers and the second set of transducers , the processor being configured to: determine a sound tone and a haptic sensation to deliver to the user; select a first location at which to deliver audio output corresponding to the sound tone and a second location to which to deliver haptic output corresponding to the haptic sensation; configure the first set of transducers to deliver the audio output to the first location; and configure the second set of transducers to generate the haptic output for delivery to the second location, wherein the second location differs from a location of the second set of transducers. a device comprising a first set of transducers and a second set of transducers , wherein the device is configured to be integrated into a neck worn device or a shoulder worn device or is configured to be integrated into or attached to an article of clothing, and wherein the second set of transducers form an ultrasonic transducer array that is configured to generate ultrasonic waves that travel towards a particular body part of the user such that when the ultrasonic wave interacts with the user's skin, the user feels a haptic sensation; and a processor coupled to the first set of transducers and the second set of transducers , the processor being configured to: determine a sound tone and a haptic sensation to deliver to the user; select a first location at which to deliver audio output corresponding to the sound tone and a second location to which to deliver haptic output corresponding to the haptic sensation; configure the first set of transducers to deliver the audio output to the first location; and configure the second set of transducers to generate the haptic output for delivery to the second location, wherein the second location differs from a location of the second set of transducers. determine a sound tone and a haptic sensation to deliver to the user; select a first location at which to deliver audio output corresponding to the sound tone and a second location to which to deliver haptic output corresponding to the haptic sensation; configure the first set of transducers to deliver the audio output to the first location; and configure the second set of transducers to generate the haptic output for delivery to the second location, wherein the second location differs from a location of the second set of transducers.
Implant device configured to retain a distraction or compression element that consists of a bar which is connected to implants by means of support means, or a plate pierced with holes for implants to pass therethrough, and of the type comprising a threaded shank , and a head provided with a recess for maneuvering the device and which has a spherical or partially spherical portion for engaging with a support part which is capable of pivoting on said head and being immobilized thereon, said support part including means for fastening and locking a distraction or compression element, said threaded shank including two zones , i.e. a distal end zone with a conical profile and a proximal zone with a conical profile of angle (α) with a taper of less than the angle (β) of that of said distal end zone , characterized in that said distal end zone includes a screw thread which is configured for cancellous bone, i.e. it has a thread with wider turns than the screw thread of the proximal zone while its base is concave, and said proximal zone includes a screw thread which is configured for cortical bone, i.e. it has a flat core and thinner threads than those of the screw thread of the distal end zone , forming sharp turns; and in that the two screw threads are of the same pitch. said distal end zone includes a screw thread which is configured for cancellous bone, i.e. it has a thread with wider turns than the screw thread of the proximal zone while its base is concave, and said proximal zone includes a screw thread which is configured for cortical bone, i.e. it has a flat core and thinner threads than those of the screw thread of the distal end zone , forming sharp turns; and in that the two screw threads are of the same pitch.
An implant for attaching to a bone , having bone formfitting sections which are inclined relative to each other to rest on the surface of a bone , wherein two bone formfitting sections are aligned relative to each other in a sub-region of the implant inserted in its original shape such that surrounding of the bone definitely secures the position of the implant abutting on the bone in all three spatial directions, and wherein the implant includes screw seating holes aligned such that they can be used as a boring template for introducing bores into the bone , characterized in that the implant is in the form of a boring template comprising drill guide bushes.
A direct-current interrupter comprising: a current-carrying path for passing a direct current, comprising a first switch , and a second switch connected in series to the first switch and having a withstand voltage lower than a withstand voltage of the first switch ; a commutation circuit connected in parallel to the second switch and configured to inject a current in a direction opposite to a direction of the direct current into the second switch; ; a semiconductor circuit breaker connected in parallel to the current-carrying path ; a non-linear resistor connected in parallel to the current-carrying path , characterised by further comprising at least one of: a voltage suppression circuit connected in parallel to the second switch and including a second capacitor , and a third, non-linear resistor connected in parallel to the second switch . a current-carrying path for passing a direct current, comprising a first switch , and a second switch connected in series to the first switch and having a withstand voltage lower than a withstand voltage of the first switch ; a first switch , and a second switch connected in series to the first switch and having a withstand voltage lower than a withstand voltage of the first switch ; a commutation circuit connected in parallel to the second switch and configured to inject a current in a direction opposite to a direction of the direct current into the second switch; ; a semiconductor circuit breaker connected in parallel to the current-carrying path ; a non-linear resistor connected in parallel to the current-carrying path , characterised by further comprising at least one of: a voltage suppression circuit connected in parallel to the second switch and including a second capacitor , and a third, non-linear resistor connected in parallel to the second switch . a voltage suppression circuit connected in parallel to the second switch and including a second capacitor , and a third, non-linear resistor connected in parallel to the second switch .
Pan support for a gas hob , wherein the pan support has self-supporting arms , which each have a bearing surface for a cooking vessel and gas-outlet openings for supplying a fuel-gas/air mixture for forming a flame beneath the cooking vessel , characterised in that a respective self-supporting arm has a bulge at its free end, wherein the bearing surface for the cooking vessel is realised by a surface of the bulge , wherein the bearing surface has a horizontal segment and a sloping segment .