mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling opening and closing of a circuit breaker, comprising steps of: receiving an inputted signal; detecting change in a sign of the signal; setting a zero-crossing reference when there is any change in the sign; checking whether the absolute value of an integral over a period obtained by integrating the signal over a period exceeds the zero-crossing reference or not; characterized by determining whether the detected phase is identical to a set phase; and controlling the opening or the closing of the circuit breaker when the absolute value of the integral over a period does not exceed the reference and the detected phase is identical to the set phase. receiving an inputted signal; detecting change in a sign of the signal; setting a zero-crossing reference when there is any change in the sign; checking whether the absolute value of an integral over a period obtained by integrating the signal over a period exceeds the zero-crossing reference or not; characterized by determining whether the detected phase is identical to a set phase; and controlling the opening or the closing of the circuit breaker when the absolute value of the integral over a period does not exceed the reference and the detected phase is identical to the set phase.
Passenger transport system which is designed as an elevator, escalator or moving walkway, comprising an arrangement of auxiliary elements (31-34) and at least one detection device , wherein the arrangement of the auxiliary elements (31-34) rotates about an axis of rotation according to a movement of at least one transport element of the passenger transport system , wherein the arrangement of the auxiliary elements (31-34) is designed and the detection device is associated with the auxiliary elements (31-34) such that all the auxiliary elements can be detected by the same detection device and can be recognized in the same signal curve of the detection device and the detection device can detect whether or not an auxiliary element (31-34) is currently located at a particular detection point , wherein at least one auxiliary element (31-34) corresponds to a first embodiment type and at least one second auxiliary element (31-34) corresponds to a second embodiment type , wherein the detection device can detect, at least when the arrangement of the auxiliary elements (31-34) rotates, whether an auxiliary element (31-34) located at the detection point is of the first embodiment type or the second embodiment type , and wherein, by means of the detection device , when the arrangement of the auxiliary elements (31-34) is rotated, at least one auxiliary element of the first embodiment type and at least one auxiliary element of the second embodiment type can be associated with one another such that the direction of rotation of the arrangement can be determined from the defined detection of auxiliary elements of the first embodiment type and the second embodiment type .
A method for determining a stopping path (s_stopp) for an industrial truck, comprising the following method steps: a. measuring a distance (s(t)) covered by the industrial truck at predetermined points in time (t_i) or at predetermined distances (s_i), b. ascertaining at least one comparison variable (acc_ratio) indicative of a relative speed change as a function of at least one covered distance (s_i) during a start-up and/or acceleration process, c. determining the stopping path (s_stopp) from the current travel speed (v_ist) and the ascertained comparison variable (acc_ratio). a. measuring a distance (s(t)) covered by the industrial truck at predetermined points in time (t_i) or at predetermined distances (s_i), b. ascertaining at least one comparison variable (acc_ratio) indicative of a relative speed change as a function of at least one covered distance (s_i) during a start-up and/or acceleration process, c. determining the stopping path (s_stopp) from the current travel speed (v_ist) and the ascertained comparison variable (acc_ratio).
A hot swappable fan module, comprising: an outer frame , having a handle ; a cooling fan , located on one side of the outer frame , and having an electrical connecting portion ; at least one fixing element , operable to fix the outer frame and the cooling fan , and characterized by : a light guide assembly , used as another fixing element having a light guide function for fixing the outer frame and the cooling fan , the light guide assembly comprising: a light guide post , arranged corresponding to the fixing element , and penetrating through the cooling fan and the outer frame ; a first stopping portion , located on the light guide post , and abutting against one surface of the cooling fan opposite to the outer frame ; and a second stopping portion , arranged opposite to the first stopping portion and abutting against one surface of the outer frame opposite to the cooling fan , wherein the second stopping portion is light-transmittable and is optically coupled to the light guide post . an outer frame , having a handle ; a cooling fan , located on one side of the outer frame , and having an electrical connecting portion ; at least one fixing element , operable to fix the outer frame and the cooling fan , and characterized by : a light guide assembly , used as another fixing element having a light guide function for fixing the outer frame and the cooling fan , the light guide assembly comprising: a light guide post , arranged corresponding to the fixing element , and penetrating through the cooling fan and the outer frame ; a first stopping portion , located on the light guide post , and abutting against one surface of the cooling fan opposite to the outer frame ; and a second stopping portion , arranged opposite to the first stopping portion and abutting against one surface of the outer frame opposite to the cooling fan , wherein the second stopping portion is light-transmittable and is optically coupled to the light guide post . a light guide post , arranged corresponding to the fixing element , and penetrating through the cooling fan and the outer frame ; a first stopping portion , located on the light guide post , and abutting against one surface of the cooling fan opposite to the outer frame ; and a second stopping portion , arranged opposite to the first stopping portion and abutting against one surface of the outer frame opposite to the cooling fan , wherein the second stopping portion is light-transmittable and is optically coupled to the light guide post .
Container with a stirrer for mixing and moving substrates in the form of liquids or liquid-and-solid mixtures inside the container , comprising at least one rotor with one or more stirrer blades , said rotor being mounted in at least one rotor bearing (22.1, 22.2) and arranged in the container for rotary movement about an axis of rotation , and comprising a drive powering the rotor , wherein the or each rotor of the stirrer in the container holding the substrate to be mixed and moved occupies only a fraction of the volume of the container , wherein a substrate flow may also be created by means of the stirrer outside of the range of motion of the rotor or rotors in the container , wherein the rotor , when viewed along its rotary axis is designed with at least two rotor areas (2', 2") having different conveying effects on the substate , with a first rotor area having a predominantly axial conveying effect in the direction of the rotary axis and a second rotor area (2") having a stronger radial conveying effect transverse to the direction of the rotary axis , wherein the or each stirrer blade is provided as a continuous or segmented flat material strip extending along a helical line over the full axial length of the rotor and being supported by at least two spokes (24.1, 24.2) of the rotor , and wherein the blade surface of the or each stirrer blade , when viewed in the longitudinal direction of the stirrer blade, has a varying orientation from one rotor end (2.1) to the other (2.2) relative to the radial direction of the rotor , characterized in that the spokes (24.1, 24.2) are embodied as conveying elements for the substrate , that first spokes (24.1) arranged in the first rotor area are designed with a predominantly axial conveying effect in the direction of the rotary axis of the rotor , and that second spokes (24.2) arranged in the second rotor area (2") are designed with a predominantly radial conveying effect transverse to the direction of the rotary axis of the rotor or with a predominantly axial conveying effect opposite to the axial conveying effect of the first spokes (24.1).
A composite electrolyte comprising: a crosslinked polymer formed from telechelic precursor polymers having at least two photoactivatable end functional groups and a molecular weight before crosslinking of between 1,000 and 1,000,000 Daltons; a lithium salt; and an ionic liquid solvent; wherein each telechelic precursor polymer is diazido-PEO. a crosslinked polymer formed from telechelic precursor polymers having at least two photoactivatable end functional groups and a molecular weight before crosslinking of between 1,000 and 1,000,000 Daltons; a lithium salt; and an ionic liquid solvent;
A User Equipment, UE, comprising processing circuitry to: receive instructions via higher layer signaling for monitoring a set of physical downlink control channels; and monitor, using the instructions, the set of physical downlink control channels in a UE-specific search space of a downlink subframe, the downlink subframe for monitoring being indicated by the higher layer signaling, and characterized in that : the set is mapped to regions of resource elements of the UE-specific search space such that at least some resource elements are reserved for a legacy physical downlink control channel, PDCCH, region, and wherein the higher layer signaling instructs the UE whether to search the legacy PDCCH region for blind decoding. receive instructions via higher layer signaling for monitoring a set of physical downlink control channels; and monitor, using the instructions, the set of physical downlink control channels in a UE-specific search space of a downlink subframe, the downlink subframe for monitoring being indicated by the higher layer signaling, and characterized in that : the set is mapped to regions of resource elements of the UE-specific search space such that at least some resource elements are reserved for a legacy physical downlink control channel, PDCCH, region, and wherein the higher layer signaling instructs the UE whether to search the legacy PDCCH region for blind decoding.
A touch sensor , comprising a structure in which one base material comprises four parts , a resistance membrane for position detection is formed on each of a first part and a second part which are two adjacent parts of the four parts whereby each resistance membrane has a rectangular shape, a resistance membrane being pressure sensitive is formed on each of a third part and a fourth part which are the other two adjacent parts of the four parts whereby each resistance membrane being pressure sensitive likewise has a rectangular shape, the second part is laminated by being folded with respect to the first part to form a configuration capable of detecting a position based on ratio of resistances determined by the position of touch, and the third part is laminated by being folded with respect to the fourth part to form a configuration capable of detecting a pressure and the two parts formed by folding are interfolded to form a configuration capable of detecting a position and a pressure.
A copolymer comprising tetrafluoroethylene units, hexafluoropropylene units, and units independently represented by formula in a range from 0.001 to 2 mole percent, based on the total amount of the copolymer, as measured by Fourier-Transform Infrared Spectroscopy using the method described in the Examples, wherein a is 0 or 1, each b is independently from 1 to 4, c is 0 to 4, d is 0 or 1, e is 1 to 6, and X is independently -F, -NH 2 , -OH, or -OZ, wherein Z is independently a metallic cation or a quaternary ammonium cation, and wherein the copolymer has a melt flow index in a range from 20 grams per 10 minutes to 40 grams per 10 minutes measured at a temperature of 372 °C and at a support weight of 5.0 kg.
A recombinant Saccharomyces cell which is capable of fermenting xylose and which comprises a heterologous gene encoding a xylulokinase (XK), wherein the XK: - provides an enzymatic activity for converting D-xylulose to xylulose 5-phosphate at least twice that provided by S. cerevisiae XK disclosed as SEQ ID NO: 32, and - provides for an anaerobic growth rate of the recombinant cell on xylose which is higher than that provided by a S . cerevisiae XK of SEQ ID NO: 32, and wherein the XK has a sequence identity of at least 80% with the amino acid sequence of SEQ ID NO: 6 or a sequence identity of at least 80% with the amino acid sequence of SEQ ID NO: 22. - provides an enzymatic activity for converting D-xylulose to xylulose 5-phosphate at least twice that provided by S. cerevisiae XK disclosed as SEQ ID NO: 32, and - provides for an anaerobic growth rate of the recombinant cell on xylose which is higher than that provided by a S . cerevisiae XK of SEQ ID NO: 32, and
Sole for a shoe , in particular a running shoe, comprising: a. a sole component; and b. one or more loose particles contained within the sole component, wherein the one or more loose particles have a weight at least twice the weight of the surrounding sole component material of a same size, c. wherein the loose particles are configured to 2. provide haptic feedback to a user of the sole during an athletic activity, d. wherein the loose particles are configured to 2. change the effective weight of the sole during use of the sole, the effective weight corresponding to a perceptible weight by a user, and e. wherein the loose particles are configured to 2. move along a longitudinal direction and along a medial-to-lateral direction of the sole. a. a sole component; and b. one or more loose particles contained within the sole component, wherein the one or more loose particles have a weight at least twice the weight of the surrounding sole component material of a same size, c. wherein the loose particles are configured to 2. provide haptic feedback to a user of the sole during an athletic activity, d. wherein the loose particles are configured to 2. change the effective weight of the sole during use of the sole, the effective weight corresponding to a perceptible weight by a user, and e. wherein the loose particles are configured to 2. move along a longitudinal direction and along a medial-to-lateral direction of the sole.
Implant for dental prostheses, comprising at least one endosseous portion suited to be implanted in the bone site of the dental arch and at least one stump suited to be fixed to said endosseous portion and in turn suited to be used to fix a dental prosthesis, said endosseous portion comprising a crown margin suited to be opposed to a corresponding crown margin of said stump , thus defining a sealing area , wherein said crown margin of the stump is smaller than said crown margin of the endosseous portion , that is, the most external edge of the crown margin of the stump is recessed with respect to the most external edge of the crown margin of the endosseous portion, so that the maximum diameter of the crown margin of the stump is shorter than the maximum diameter of the crown margin of the endosseous portion , wherein each one of said crown margins lies on a planar surface, said surfaces not being parallel to each other, wherein at least one crown margin lies on a first conical surface while the other crown margin lies on a second planar and straight surface, a conical surface with different taper with respect to said first surface, so that, once said stump has been grafted on said endosseous portion , the contact and interference surface between said crown margins is an annular surface that is reduced compared to the size of the crown margins themselves and proximal to the external edge of said crown margin of said stump .
Method for producing a phytosterol-phytostanol composition, comprising ≤ 3 % by weight brassicasterol, ≤ 40 % by weight campesterol, ≤ 5 % by weight campestanol, ≤ 80 % by weight β-sitosterol, ≤ 30 % by weight stigmasterol, ≤ 15 % by weight stigmastanol and ≤ 3 % by weight other sterols, wherein one a) provides a phytosterol-phytostanol feed-stock composition comprising > 3 % by weight brassicasterol, 3 to 40 % by weight campesterol, < 5 % by weight campestanol, ≤ 80 % by weight β-sitosterol, ≤ 30 % by weight stigmasterol, < 15 % by weight stigmastanol, b) dissolves the phytosterol-phytostanol feed-stock composition of a) in a solvent, c) hydrogenates the dissolved phytosterol-phytostanol feed-stock composition of b) using a nickel hydrogenation catalyst in a temperature range of 40 °C to 120 °C and at a pressure of 4,000 hPa to 50,000 hPa, and d) isolates the formed phytosterol-phytostanol composition, wherein the indications of weight refer to the total mass of phytosterols and phytostanols in their free, not derivatized form, and wherein the phytostanols and phytosterols in the compositions are present in free, not derivatized form, as phytosterol derivatives and phytostanol derivatives substituted in 3-position, in their epimeric forms, or as the mixtures thereof. a) provides a phytosterol-phytostanol feed-stock composition comprising > 3 % by weight brassicasterol, 3 to 40 % by weight campesterol, < 5 % by weight campestanol, ≤ 80 % by weight β-sitosterol, ≤ 30 % by weight stigmasterol, < 15 % by weight stigmastanol, b) dissolves the phytosterol-phytostanol feed-stock composition of a) in a solvent, c) hydrogenates the dissolved phytosterol-phytostanol feed-stock composition of b) using a nickel hydrogenation catalyst in a temperature range of 40 °C to 120 °C and at a pressure of 4,000 hPa to 50,000 hPa, and d) isolates the formed phytosterol-phytostanol composition,
A computer-implemented method of detecting a reflection in a first, thermal image captured (S1) by a thermal image sensor , the method comprising: capturing (S2) a second image by a visible light sensor, near infrared sensor, or short-wave infrared sensor having a field of view which overlaps a field of view of the thermal image , determining (S3) a mapping from coordinates in the thermal image to coordinates in the second image, detecting (S4) a first object in a first position (x 1 , y 1 ) in the thermal image , analysing (S5) a candidate image area (A c ) in a second position (x 2 , y 2 ) in the second image to determine if an object equivalent to the first object is present in the candidate image area (A c ), the second position (x 2 , y 2 ) corresponding to the first position (x 1 , y 1 ) according to the relationship between the coordinates in the thermal image and the coordinates in the second image , in response to a determination that there is no equivalent object in the candidate image area (A c ), determining that the first object is a reflection. capturing (S2) a second image by a visible light sensor, near infrared sensor, or short-wave infrared sensor having a field of view which overlaps a field of view of the thermal image , determining (S3) a mapping from coordinates in the thermal image to coordinates in the second image, detecting (S4) a first object in a first position (x 1 , y 1 ) in the thermal image , analysing (S5) a candidate image area (A c ) in a second position (x 2 , y 2 ) in the second image to determine if an object equivalent to the first object is present in the candidate image area (A c ), the second position (x 2 , y 2 ) corresponding to the first position (x 1 , y 1 ) according to the relationship between the coordinates in the thermal image and the coordinates in the second image , in response to a determination that there is no equivalent object in the candidate image area (A c ), determining that the first object is a reflection.
A closure comprising a) a cap base including a barrier to egress of liquid from a package and including i) an opening , and ii) a fastener for fastening the cap base to the package , b) a closing flap movably attached to the cap base and when it is in a closed position suitable for preventing egress of a liquid in the package through the opening and together with the cap base suitable for preventing egress of the liquid from the package, c) The closing flap having a locking flap extending from an end thereof and movably attached to the closing flap, d) The closing flap including a closing flap fastener for releasably securing the closing flap to the cap base; e) The closing flap having a bottom surface contacting the cap base when the closing flap is in the closed position, f) the locking flap having a locking flap fastener for releasably fastening the locking flap to one or both of the package or the cap base , g) The locking flap having at least first (A) and a second (B) alternative positions when the closing flap is in the closed position, position (A) being below the closing flap bottom surface and internal to the closing flap, and position (B) being external to the closing flap whereby the locking flap can be fastened to the package or the cap base, and the closing flap includes a platform from which depend side walls on each side thereof and the locking flap is tucked within the closing flap side walls in position (A). a) a cap base including a barrier to egress of liquid from a package and including i) an opening , and ii) a fastener for fastening the cap base to the package , i) an opening , and ii) a fastener for fastening the cap base to the package , b) a closing flap movably attached to the cap base and when it is in a closed position suitable for preventing egress of a liquid in the package through the opening and together with the cap base suitable for preventing egress of the liquid from the package, c) The closing flap having a locking flap extending from an end thereof and movably attached to the closing flap, d) The closing flap including a closing flap fastener for releasably securing the closing flap to the cap base; e) The closing flap having a bottom surface contacting the cap base when the closing flap is in the closed position, f) the locking flap having a locking flap fastener for releasably fastening the locking flap to one or both of the package or the cap base , g) The locking flap having at least first (A) and a second (B) alternative positions when the closing flap is in the closed position, position (A) being below the closing flap bottom surface and internal to the closing flap, and position (B) being external to the closing flap whereby the locking flap can be fastened to the package or the cap base, and the closing flap includes a platform from which depend side walls on each side thereof and the locking flap is tucked within the closing flap side walls in position (A).