mhurhangee/patent-ind-claim-en huggingface dataset:
A MEMS chip comprising: a substrate having an active surface , the active surface including a plurality of MEMS devices ; and a plurality of bond pads arranged alongside a connection edge of the substrate, characterized in that : the MEMS chip has multiple rows of encapsulant-retaining trenches defined in the active surface extending alongside the connection edge, each encapsulant-retaining trench being disposed between the bond pads and the MEMS devices, each encapsulant-retaining trench has a depth in the range of 2 to 10 microns and a width in the range of 2 to 20 microns; and a ratio of an overall thickness of the chip to each encapsulant-retaining trench depth is at least 20:1. a substrate having an active surface , the active surface including a plurality of MEMS devices ; and a plurality of bond pads arranged alongside a connection edge of the substrate, the MEMS chip has multiple rows of encapsulant-retaining trenches defined in the active surface extending alongside the connection edge, each encapsulant-retaining trench being disposed between the bond pads and the MEMS devices, each encapsulant-retaining trench has a depth in the range of 2 to 10 microns and a width in the range of 2 to 20 microns; and a ratio of an overall thickness of the chip to each encapsulant-retaining trench depth is at least 20:1.
A method for arranging a plurality of optical fibre ribbons in concentric circular arcs in a number of layers inside a buffer tube of an optical fibre cable , the method comprising: receiving a plurality of optical fibre ribbons , wherein the plurality of optical fibre ribbons is arranged concentrically by a guide in the buffer tube ; and arranging the plurality of optical fibre ribbons in a plurality of circular arcs in the buffer tube of the optical fibre cable , wherein the plurality of circular arcs are substantially parallel, wherein each circular arc of the plurality of circular arcs is in contact with at least one circular arc of the plurality of circular arcs . receiving a plurality of optical fibre ribbons , wherein the plurality of optical fibre ribbons is arranged concentrically by a guide in the buffer tube ; and arranging the plurality of optical fibre ribbons in a plurality of circular arcs in the buffer tube of the optical fibre cable , wherein the plurality of circular arcs are substantially parallel, wherein each circular arc of the plurality of circular arcs is in contact with at least one circular arc of the plurality of circular arcs .
A process for preparing high-reactivity isobutene homo- or copolymers with a content of terminal vinylidene double bonds per polyisobutene chain end of at least 70 mol%, which comprises polymerizing isobutene or an isobutene-comprising monomer mixture in the presence of at least one Lewis Acid effective as a polymerization catalyst, selected from the group consisting of an aluminum trihalide-donor complex, an alkylaluminum halide-donor complex, an iron trihalide-donor complex, a gallium trihalide-donor complex, a titanium tetrahalide-donor complex, a zinc dihalide-donor complex, a tin dihalide-donor complex, and a tin tetrahalide-donor complex, effective as a polymerization catalyst, said complex comprising, as the donor, a mixture of - at least organic compound (II) comprising at least one oxygen or nitrogen atom with at least one lone electron pair, preferably comprising at least one oxygen atom with at least one lone electron pair, very preferably selected from the group consisting of organic compounds with at least one ether function, organic compounds with at least one carboxylic ester function, organic compounds with at least one aldehyde function, organic compounds with at least one keto function, and organic compounds with at least one nitrogen containing heterocyclic ring, and - at least one ionic liquid. - at least organic compound (II) comprising at least one oxygen or nitrogen atom with at least one lone electron pair, preferably comprising at least one oxygen atom with at least one lone electron pair, very preferably selected from the group consisting of organic compounds with at least one ether function, organic compounds with at least one carboxylic ester function, organic compounds with at least one aldehyde function, organic compounds with at least one keto function, and organic compounds with at least one nitrogen containing heterocyclic ring, and - at least one ionic liquid.
A method of video coding implemented in a processor device for preparing to determine whether a M×M pixel block in a video image, which can be divided into an integer number of N×N blocks, should be coded by means of intra coding, comprising the following steps: - a) calculating DCT coefficients of the N×N blocks by performing a first DCT transform, - b) calculating DC values of the DCT coefficients of the N×N blocks - c) comparing the DCT coefficients of the N×N blocks with a predefined first threshold, - d) if all the DCT coefficients of the N×N blocks are below a predefined first threshold, then assigning a "0", if not, assigning a "1", resulting in a corresponding first assignment for a first (M/N)x(M/N) block, characterized in - e) storing all DC coefficient values of the transformed NxN blocks in a second (M/N)x(M/N) block, where each position in the second (M/N)x(M/N) block contains the DC value of a corresponding NxN block, - f) calculating DCT coefficients of the second (M/N)x(M/N) block by performing a second DCT transform, - g) if all the DCT coefficients of the transformed second (M/N)x(M/N) block are below a predefined second threshold, then assigning a "0", if not, assigning a "1", resulting in a corresponding second assignment for the second (M/N)x(M/N) block, and - h) if the first assignment for the first (M/N)x(M/N) block and the corresponding second assignment for the second (M/N)x(M/N) block are zero, then the M×M pixel block is determined to be coded by means of intra coding. - a) calculating DCT coefficients of the N×N blocks by performing a first DCT transform, - b) calculating DC values of the DCT coefficients of the N×N blocks - c) comparing the DCT coefficients of the N×N blocks with a predefined first threshold, - d) if all the DCT coefficients of the N×N blocks are below a predefined first threshold, then assigning a "0", if not, assigning a "1", resulting in a corresponding first assignment for a first (M/N)x(M/N) block, - e) storing all DC coefficient values of the transformed NxN blocks in a second (M/N)x(M/N) block, where each position in the second (M/N)x(M/N) block contains the DC value of a corresponding NxN block, - f) calculating DCT coefficients of the second (M/N)x(M/N) block by performing a second DCT transform, - g) if all the DCT coefficients of the transformed second (M/N)x(M/N) block are below a predefined second threshold, then assigning a "0", if not, assigning a "1", resulting in a corresponding second assignment for the second (M/N)x(M/N) block, and - h) if the first assignment for the first (M/N)x(M/N) block and the corresponding second assignment for the second (M/N)x(M/N) block are zero, then the M×M pixel block is determined to be coded by means of intra coding.
Method for predicting a development of the profile depth for a vehicle tyre, comprising the following steps: a) providing a multiplicity of wear curves in a data memory, wherein the wear curves are determined for different parameters by measurements of the profile depth in dependence on the mileage or kilometrage of a vehicle tyre, b) measuring at least one profile depth on the vehicle tyre after a particular mileage or kilometrage, c) comparing the measured profile depth with the wear curves provided, characterized in that d) assigning a wear curve to the vehicle tyre, wherein the assignment of the wear curve takes place using the measured profile depth and the mileage or kilometrage, e) predicting the further development of the profile depth for the vehicle tyre using the assigned wear curve. a) providing a multiplicity of wear curves in a data memory, wherein the wear curves are determined for different parameters by measurements of the profile depth in dependence on the mileage or kilometrage of a vehicle tyre, b) measuring at least one profile depth on the vehicle tyre after a particular mileage or kilometrage, c) comparing the measured profile depth with the wear curves provided, characterized in that d) assigning a wear curve to the vehicle tyre, wherein the assignment of the wear curve takes place using the measured profile depth and the mileage or kilometrage, e) predicting the further development of the profile depth for the vehicle tyre using the assigned wear curve.
Method for operating a charging system with multiple charging points for charging electrical consumers , for example electric vehicles, - wherein the charging system is connected to a power grid having multiple phases , - wherein phase currents of the phases of the power grid are measured at a balance point , - wherein power specifications are transmitted to electrical consumers connected to one of the charging points , - wherein, for each charging point individually, the power specification is changed regularly for a predefined test time interval and the resulting change of the phase currents is measured at the balance point , and that it is determined from the resulting change in the phase currents whether such a consumer is still connected to the charging point , whether the consumer is charging with a significant current and/or whether the consumer could charge with a higher current, - wherein at each charging point the change in power specification is repeated after a predefined repetition time interval, characterised in that - each charging point is connected to exactly one phase of the phases . - wherein the charging system is connected to a power grid having multiple phases , - wherein phase currents of the phases of the power grid are measured at a balance point , - wherein power specifications are transmitted to electrical consumers connected to one of the charging points , - wherein, for each charging point individually, the power specification is changed regularly for a predefined test time interval and the resulting change of the phase currents is measured at the balance point , and that it is determined from the resulting change in the phase currents whether such a consumer is still connected to the charging point , whether the consumer is charging with a significant current and/or whether the consumer could charge with a higher current, - wherein at each charging point the change in power specification is repeated after a predefined repetition time interval, - each charging point is connected to exactly one phase of the phases .
A safety related light system , the system comprising: one light source ; a first control circuit ; a second control circuit ; characterized in that one of the first control circuit or the second control circuit is configured to be selectively enabled to operate in a drive mode to operate the one light source . one light source ; a first control circuit ; a second control circuit ; characterized in that one of the first control circuit or the second control circuit is configured to be selectively enabled to operate in a drive mode to operate the one light source .
A device comprising one or more processors configured to: a) obtain, via one or more sensors , a signal related to a heart rhythm of a subject and a signal related to a glucose level of interstitial fluid of the subject; b) analyze changes in heart rate variability of the subject based on the heart rhythm signal; c) analyze changes in the glucose level of the interstitial fluid based on the interstitial glucose level signal; and d) predict, for a physiological condition of the subject for which the glucose level of the interstitial fluid is a surrogate measurement, whether there is a change in the physiological condition of the subject during a time period, wherein the predicition is based on the changes in the heart rate variability and the changes in the glucose level of the interstitial fluid. a) obtain, via one or more sensors , a signal related to a heart rhythm of a subject and a signal related to a glucose level of interstitial fluid of the subject; b) analyze changes in heart rate variability of the subject based on the heart rhythm signal; c) analyze changes in the glucose level of the interstitial fluid based on the interstitial glucose level signal; and d) predict, for a physiological condition of the subject for which the glucose level of the interstitial fluid is a surrogate measurement, whether there is a change in the physiological condition of the subject during a time period, wherein the predicition is based on the changes in the heart rate variability and the changes in the glucose level of the interstitial fluid.
Container closure comprising a base part , which extends about a reference axis of the container closure , a cap part , which, in a closed position, covers a drinking opening of the container closure and, in an open position, leaves the drinking opening of the container closure open, and a tamper-evident ring , which is separate from the cap part and base part , is form-fittingly connected to the cap part and hooked to the base part and has a breaking zone which breaks when the cap part is opened and causes a non-reversible and visible change in the container closure , characterized in that , to be form-fittingly connected to the cap part , the tamper-evident ring has an annular bead which is not radially covered by the base part and extends into an annular groove of an outer wall of the cap part , which points radially outward.
An amphiphilic block copolymer comprising hydrophilic and hydrophobic blocks wherein the hydrophobic blocks comprise a biodegradable polyesteramide comprising ester groups, amide groups, and disulphide linkages in the backbone of the polyesteramide, wherein the polyesteramide comprises residues of alpha-amino acids, diols, aliphatic dicarboxylic acids and optionally diamines, and wherein at least one of the dicarboxylic acids, diols or diamines comprises a disulphide linkage.
Washing machine comprising a tub in which a drum is rotatably mounted, and a storage tank having a flow connection to the tub via a feeding line provided with a discharge pump and a three-port valve adapted to drive the flow to a drain (C) or to the storage tank adapted to contain rinsing fluid being stored in the storage tank for subsequent reuse, characterized in that said machine further comprises an automatic valve connected to a drain line downstream the three-port valve and to an overflow line downstream the storage tank , said automatic valve being provided with means (B, 54) for avoiding any mixture of flows of water from the main wash in the storage tank .
An Fe-based amorphous alloy ribbon having a first surface and a second surface, characterized in that the Fe-based amorphous alloy ribbon having continuous linear laser irradiation marks on at least the first surface, the linear laser irradiation marks being formed in a continuous line by a continuous wave, CW oscillation method along a direction orthogonal to a casting direction of the Fe-based amorphous alloy ribbon, and each linear laser irradiation mark having unevenness on its surface, the unevenness being evaluated in the casting direction, and a height difference HL×width WA calculated from a height difference HL between a highest point and a lowest point along a thickness direction of the Fe-based amorphous alloy ribbon in a profile obtained along the casting direction of the linear laser irradiation marks and a width WA along the casting direction of the linear irradiation mark on the first surface being 6.0 to 180 μm 2 . characterized in that the Fe-based amorphous alloy ribbon having continuous linear laser irradiation marks on at least the first surface, the linear laser irradiation marks being formed in a continuous line by a continuous wave, CW oscillation method along a direction orthogonal to a casting direction of the Fe-based amorphous alloy ribbon, and each linear laser irradiation mark having unevenness on its surface, the unevenness being evaluated in the casting direction, and a height difference HL×width WA calculated from a height difference HL between a highest point and a lowest point along a thickness direction of the Fe-based amorphous alloy ribbon in a profile obtained along the casting direction of the linear laser irradiation marks and a width WA along the casting direction of the linear irradiation mark on the first surface being 6.0 to 180 μm 2 .
A device for attaching a bracelet strand on a hooking interface formed for example by a bar of a watch case or of a terminal element of another bracelet strand, comprising: - a receiving piece intended to receive the hooking interface , - a locking piece , movable between: • a locking position, in which the locking piece and the receiving piece are locked on the hooking interface , • an opening position, in which the locking piece and the receiving piece are free to be moved away from the hooking interface , - a control device with at least one actuating button movable in translation, arranged to allow a user to move the locking piece at least from the locking position to the opening position, the locking piece being movable in rotation with reference to the receiving piece , characterized in that the attachment device comprises a return mechanism providing an engagement between the actuating button and the locking piece during the movement of the locking piece from the locking position to the opening position and arranged to transform the translational movement of the actuating button into a rotational movement of the locking piece . - a receiving piece intended to receive the hooking interface , - a locking piece , movable between: • a locking position, in which the locking piece and the receiving piece are locked on the hooking interface , • an opening position, in which the locking piece and the receiving piece are free to be moved away from the hooking interface , • a locking position, in which the locking piece and the receiving piece are locked on the hooking interface , • an opening position, in which the locking piece and the receiving piece are free to be moved away from the hooking interface , - a control device with at least one actuating button movable in translation, arranged to allow a user to move the locking piece at least from the locking position to the opening position, the locking piece being movable in rotation with reference to the receiving piece , characterized in that the attachment device comprises a return mechanism providing an engagement between the actuating button and the locking piece during the movement of the locking piece from the locking position to the opening position and arranged to transform the translational movement of the actuating button into a rotational movement of the locking piece . the locking piece being movable in rotation with reference to the receiving piece , characterized in that the attachment device comprises a return mechanism providing an engagement between the actuating button and the locking piece during the movement of the locking piece from the locking position to the opening position and arranged to transform the translational movement of the actuating button into a rotational movement of the locking piece .
A cooling circuit for a vehicle, in particular a motor vehicle, the circuit comprising a pump comprising at least one rotor rotated by a motor and configured to force coolant to circulate in the circuit, said at least one rotor comprising at least one drive screw driven by said motor, and at least one driven screw driven by said at least one drive screw, the drive and driven screw(s) being configured to force coolant to circulate in the circuit, characterized in that the drive and driven screws are made of plastic or composite material.
A rim block with improved scent performance, comprising or consisting of (a) a solid rim block base, (b) at least one non-encapsulated perfume oil, and (c) at least one perfume oil same or different from component (b) encapsulated in a matrix, wherein said encapsulated fragrances show a fragrance loading of about 10 to about 40 wt.-% and characterized in that said matrix is a maltodextrin matrix and further characterized in that said encapsulated fragrances show an average particle size of about 0.6 to about 0.9 mm. (a) a solid rim block base, (b) at least one non-encapsulated perfume oil, and (c) at least one perfume oil same or different from component (b) encapsulated in a matrix, wherein said encapsulated fragrances show a fragrance loading of about 10 to about 40 wt.-%
A closure , comprising: a cap body formed from a first material, the cap body defining a cavity therethrough; a stopper formed from a second material and disposed within the cavity , the second material being different than the first material; and a barrier layer formed from a third material, the third material being different from at least the second material, characterised in that the barrier layer is configured to isolate a first portion of the stopper from a second portion of the stopper . a cap body formed from a first material, the cap body defining a cavity therethrough; a stopper formed from a second material and disposed within the cavity , the second material being different than the first material; and a barrier layer formed from a third material, the third material being different from at least the second material, characterised in that the barrier layer is configured to isolate a first portion of the stopper from a second portion of the stopper .
A bodycare device for performing a skincare procedure on a periorbital area of a subject, comprising a treatment head with a treatment surface having a curved profile and a surface roughness Ra between 1μm and 4μm, and a driver configured to cause a rotational motion and an axial vibratory motion of the treatment head.