mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an apparatus comprising: receiving a synchronization signal block; and detecting a primary synchronization signal and a broadcast channel of the synchronization signal block; wherein receiving the synchronization signal block comprises receiving at least one synchronization signal block of a plurality of synchronization signal blocks within a time window and the broadcast channel comprises at least a first sub-band and a second sub-band; wherein a first sub-band of a first transmission contains different redundancy versions of channel bits for decoding the broadcast channel to a first sub-band of a second transmission; and wherein the first sub-band of the first transmission contains different redundancy versions of channel bits for decoding the broadcast channel to a second sub-band of the first transmission. receiving a synchronization signal block; and detecting a primary synchronization signal and a broadcast channel of the synchronization signal block; wherein receiving the synchronization signal block comprises receiving at least one synchronization signal block of a plurality of synchronization signal blocks within a time window and the broadcast channel comprises at least a first sub-band and a second sub-band; wherein a first sub-band of a first transmission contains different redundancy versions of channel bits for decoding the broadcast channel to a first sub-band of a second transmission; and wherein the first sub-band of the first transmission contains different redundancy versions of channel bits for decoding the broadcast channel to a second sub-band of the first transmission.
A method for temporarily formatting and charting data using a spin control, comprising: receiving a selection of data; determining values within the selected data; displaying a chart representing the values from the selected data, wherein the chart is automatically created and displayed upon receiving the selection of data; and displaying a spin control graphical user interface adjacent to the chart that rotates around a center point, wherein the spin control comprises options arranged in pie regions around the center point of the spin control that when the options are applied to the chart, the display of the chart is affected, wherein the spin control rotates clockwise and counterclockwise, wherein movement of the spin control exposes different options to apply to the chart, and wherein a rotation of the spin control automatically selects another option and applies the another option to the displayed chart. receiving a selection of data; determining values within the selected data; displaying a chart representing the values from the selected data, wherein the chart is automatically created and displayed upon receiving the selection of data; and displaying a spin control graphical user interface adjacent to the chart that rotates around a center point, wherein the spin control comprises options arranged in pie regions around the center point of the spin control that when the options are applied to the chart, the display of the chart is affected, wherein the spin control rotates clockwise and counterclockwise, wherein movement of the spin control exposes different options to apply to the chart, and wherein a rotation of the spin control automatically selects another option and applies the another option to the displayed chart.
A method for purifying a crude PNPNH compound of the general structure R 1 R 2 P-N(R 3 )-P(R 4 )-N(R 5 )-H wherein R 1 , R 2 , R 3 , R 4 and R 5 are independently halogen, amino, trimethylsilyl, C 1 -C 10 -alkyl, and C 6 -C 20 -aryl, or any cyclic derivative wherein at least one of the P or N atoms of the PNPN-H structure is a member of a ring system, the ring system being formed from one or more constituent compounds of the PNPNH-structure by substitution, comprising the steps: a) dissolving the crude PNPNH-compound in a C 1 -C 10 alcohol or mixture thereof under heating, wherein the alcohol/ligand weight ratio is from 1.0-0.3; b) cooling the solution obtained in step a); and c) isolating the PNPNH compound, preferably by precipitating the PNPNH compound from the solution, separating the PNPNH compound from the solution and optionally drying the PNPNH compound. a) dissolving the crude PNPNH-compound in a C 1 -C 10 alcohol or mixture thereof under heating, wherein the alcohol/ligand weight ratio is from 1.0-0.3; b) cooling the solution obtained in step a); and c) isolating the PNPNH compound, preferably by precipitating the PNPNH compound from the solution, separating the PNPNH compound from the solution and optionally drying the PNPNH compound.
A method for manufacturing a glass-ceramic composite, the method comprising: grinding a set of raw materials to fine powder, wherein the set of raw materials comprises waste glass cullet and a whitening agent; sieving the fine powder for filtering out particles having diameter more than 90 microns; mixing the fine powder with a predefined amount of water to obtain a homogeneous mixture; shaping the homogenous mixture; drying the homogenous mixture in response to shaping; and firing the homogenous mixture at a temperature of 750°C to 1100°C for a period of 15 minutes to 1 hour, with a rate of 5°C per minute to 50°C per minute,wherein the whitening agent is selected from the group consisting of calcium fluoride (CaF 2 ) and mixture of α-quartz (SiO 2 ) and limestone (CaCO 3 ) in stoichiometric ratio of 1:1, wherein the set of raw materials comprises 65 wt% to 95 wt% of waste glass cullet and 5 wt% to 35 wt% of the whitening agent. grinding a set of raw materials to fine powder, wherein the set of raw materials comprises waste glass cullet and a whitening agent; sieving the fine powder for filtering out particles having diameter more than 90 microns; mixing the fine powder with a predefined amount of water to obtain a homogeneous mixture; shaping the homogenous mixture; drying the homogenous mixture in response to shaping; and firing the homogenous mixture at a temperature of 750°C to 1100°C for a period of 15 minutes to 1 hour, with a rate of 5°C per minute to 50°C per minute,wherein the whitening agent is selected from the group consisting of calcium fluoride (CaF 2 ) and mixture of α-quartz (SiO 2 ) and limestone (CaCO 3 ) in stoichiometric ratio of 1:1, wherein the set of raw materials comprises 65 wt% to 95 wt% of waste glass cullet and 5 wt% to 35 wt% of the whitening agent.
Apparatus for an imaging device in or on a vehicle comprising at least one lens hood and a heating element which is arranged on the lens hood in a thermally conductive manner, characterized in that the heating element has at least one ceramic PTC element and that metallic contacting parts are arranged on a bottom side and a top side of the PTC element , wherein at least one contacting part of the heating element has a connection portion (6.1, 7.1) integrally designed with the same, via which connection portion (6.1, 7.1) the heating element is electrically contacted, and at least one connection portion (6.1, 7.1) is surrounded by a connector housing attached to the lens hood .
A method of producing a hard coating layer-laminated mold resin comprising: a transfer material preparation step of preparing a transfer material including a multi-layered sheet including a substrate sheet and a protective layer that is disposed on one surface of the substrate sheet and for protecting at least a part of a surface of a mold resin, the protective layer being an uppermost layer of the multi-layered sheet, the protective layer including a product of an active energy ray-curable resin cured or half-cured by active energy ray, and the protective layer having a thermally reactive group and a polysiloxane chain, and the thermally reactive group being capable of reacting and thermally curing with the mold resin in a thermally uncured and/or half-cured state; a resin preparation step of preparing the thermally uncured and/or half-cured mold resin; a disposition step of disposing the transfer material so that the protective layer is exposed; and a transfer step of bringing into contact and heating the thermally uncured and/or half-cured mold resin and the protective layer to transfer a hard coating layer to the mold resin, the hard coating layer being produced by thermally curing the protective layer, wherein, in the transfer step, the protective layer and the mold resin are reacted and chemically bonded to each other, the thermally uncured and/or half-cured mold resin is cured, and the protective layer is further cured to form the hard coating layer. a transfer material preparation step of preparing a transfer material including a multi-layered sheet including a substrate sheet and a protective layer that is disposed on one surface of the substrate sheet and for protecting at least a part of a surface of a mold resin, the protective layer being an uppermost layer of the multi-layered sheet, the protective layer including a product of an active energy ray-curable resin cured or half-cured by active energy ray, and the protective layer having a thermally reactive group and a polysiloxane chain, and the thermally reactive group being capable of reacting and thermally curing with the mold resin in a thermally uncured and/or half-cured state; a resin preparation step of preparing the thermally uncured and/or half-cured mold resin; a disposition step of disposing the transfer material so that the protective layer is exposed; and a transfer step of bringing into contact and heating the thermally uncured and/or half-cured mold resin and the protective layer to transfer a hard coating layer to the mold resin, the hard coating layer being produced by thermally curing the protective layer, wherein, in the transfer step, the protective layer and the mold resin are reacted and chemically bonded to each other, the thermally uncured and/or half-cured mold resin is cured, and the protective layer is further cured to form the hard coating layer.
Device for machining rails , having an outer frame which can be placed on both sides of the rails and in which a tool is held so that it can be advanced in the direction of the rails for the purpose of machining, the advancing movements being set up transversely to the longitudinal extent of the rails and comprise a first translatory movement in the axial direction of the tool towards the rail head, a second translatory movement in a horizontal plane transverse to the longitudinal direction of the rails and a rotatory movement about an axis extending parallel to the longitudinal direction of the rails, wherein, to represent the second translatory movement, a frame-like support is slidably mounted in the outer frame transversely to the longitudinal direction of the rail, wherein, to represent the rotational movement, a tool carriage carrying the tool is movable along two arcuate guides extending in mutually spaced parallel vertical planes and arranged on the carrier , thereby effecting a pivoting of the tool carriage about the axis , wherein the tool carriage comprises a drive for the representation of the first translatory movement, and wherein the carrier is displaceable in the frame by means of a drive for the representation of the second translatory movement, characterized in that the circular arc-shaped guides each have a fixedly arranged toothed profile which is in engagement with a gear wheel in each case for the purpose of representing the rotational movement, the gear wheel being operatively connected to a drive arranged on the tool carriage , and in that a control is provided for coordinating the feed movements, so that partially or fully automatic operation is possible. wherein, to represent the second translatory movement, a frame-like support is slidably mounted in the outer frame transversely to the longitudinal direction of the rail, wherein, to represent the rotational movement, a tool carriage carrying the tool is movable along two arcuate guides extending in mutually spaced parallel vertical planes and arranged on the carrier , thereby effecting a pivoting of the tool carriage about the axis , wherein the tool carriage comprises a drive for the representation of the first translatory movement, and wherein the carrier is displaceable in the frame by means of a drive for the representation of the second translatory movement, characterized in that the circular arc-shaped guides each have a fixedly arranged toothed profile which is in engagement with a gear wheel in each case for the purpose of representing the rotational movement, the gear wheel being operatively connected to a drive arranged on the tool carriage , and in that a control is provided for coordinating the feed movements, so that partially or fully automatic operation is possible.
A computer-implemented method of assessing a narrowing in a fluid filled tube being a blood vessel of a cyclic fluid flow system, in particular a cardiac environment, comprising: receiving from a storage device previously taken measurements of blood pressure (Pd,Pa) waveform during a cardiac cycle on either side of the narrowing; identifying from the blood pressure measurements a time window when the differential of flow velocity (dU) is minimal or absent; deriving the backward- and forward-originating pressure components from the pressure measurements for the time window using the pressure waveform alone, dispensing with the need for measurement of flow velocity, and deriving an isolated pressure ratio of pressures on either side of the narrowing by using the backward-originating and/or the forward-originating pressure components so as to provide an assessment of the severity of the narrowing. receiving from a storage device previously taken measurements of blood pressure (Pd,Pa) waveform during a cardiac cycle on either side of the narrowing; identifying from the blood pressure measurements a time window when the differential of flow velocity (dU) is minimal or absent; deriving the backward- and forward-originating pressure components from the pressure measurements for the time window using the pressure waveform alone, dispensing with the need for measurement of flow velocity, and deriving an isolated pressure ratio of pressures on either side of the narrowing by using the backward-originating and/or the forward-originating pressure components so as to provide an assessment of the severity of the narrowing.
A method for identifying a start-point or an end-point of a spoken user request, the method comprising: at an electronic device : receiving a stream of audio comprising the spoken user request; determining a first likelihood that the stream of audio comprises user speech; determining a second likelihood that the stream of audio comprises user speech spoken by an authorized user of the electronic device; weighting the first likelihood and the second likelihood; and identifying the start-point or the end-point of the spoken user request based at least in part on the weighted first likelihood and the weighted second likelihood, characterized in that the weighting includes: applying a greater weight to the first likelihood than to the second likelihood in accordance with the second likelihood transitioning across a second threshold value within a first predetermined duration before or after the first likelihood transitioning across a first threshold value . at an electronic device : receiving a stream of audio comprising the spoken user request; determining a first likelihood that the stream of audio comprises user speech; determining a second likelihood that the stream of audio comprises user speech spoken by an authorized user of the electronic device; weighting the first likelihood and the second likelihood; and identifying the start-point or the end-point of the spoken user request based at least in part on the weighted first likelihood and the weighted second likelihood, receiving a stream of audio comprising the spoken user request; determining a first likelihood that the stream of audio comprises user speech; determining a second likelihood that the stream of audio comprises user speech spoken by an authorized user of the electronic device; weighting the first likelihood and the second likelihood; and identifying the start-point or the end-point of the spoken user request based at least in part on the weighted first likelihood and the weighted second likelihood, characterized in that the weighting includes: applying a greater weight to the first likelihood than to the second likelihood in accordance with the second likelihood transitioning across a second threshold value within a first predetermined duration before or after the first likelihood transitioning across a first threshold value .
Fastening element for the height-adjustable fastening of pictures or picture frames , wherein the fastening element has a body with a front side , a rear side and a bore , wherein the bore penetrates the fastening element along a bore axis from the front side to the rear side and is configured for fastening the fastening element to a wall by means of a fastening means at a rotation angle (8, 8.1, 8.2, 8.3) relative to a vertical direction , wherein the body of the fastening element comprises a front lateral surface which forms a support area of the fastening element for supporting the picture or the picture frame and extends between a front outer contour on the front side and a middle outer contour , wherein the front outer contour and the middle outer contour have a different distance from the bore axis at at least two points, characterized in that , the body of the fastening element has a rear lateral surface tapering towards the back side , which forms a holding region of the fastening element for gripping and rotating the fastening element around the bore axis with a hand and which extends between a rear outer contour on the back side and the middle outer contour . comprises a front lateral surface which forms a support area of the fastening element for supporting the picture or the picture frame and extends between a front outer contour on the front side and a middle outer contour , wherein the front outer contour and the middle outer contour have a different distance from the bore axis at at least two points, characterized in that , the body of the fastening element has a rear lateral surface tapering towards the back side , which forms a holding region of the fastening element for gripping and rotating the fastening element around the bore axis with a hand and which extends between a rear outer contour on the back side and the middle outer contour .
A device for curing or consolidating a textile preform pre-impregnated with a polymer, said device comprising: a. a matrix , without any heating or cooling means, comprising a moulding face that reproduces the shape of the textile preform and an assembly interface; b. a sealed bagging of the preform on the matrix; c. means to apply vacuum inside the bagging comprising the textile preform; d. a thermal unit, comprising a base comprising an induction circuit including one or more inductors circulating in cavities made in said base , and connected to a high-frequency current generator and comprising: di. a support comprising a receiving interface and a heating interface cooperating with the assembly interface of the matrix for positioning the matrix on said support and for transferring heat between said matrix and said thermal unit, and a heating interface on a face opposite the receiving interface; dii. a thermal accumulator in contact with the base, heated by the induction circuit of said base; diii. means for communicating heat from the thermal accumulator to the support through the heating interface of said support . a. a matrix , without any heating or cooling means, comprising a moulding face that reproduces the shape of the textile preform and an assembly interface; b. a sealed bagging of the preform on the matrix; c. means to apply vacuum inside the bagging comprising the textile preform; d. a thermal unit, comprising a base comprising an induction circuit including one or more inductors circulating in cavities made in said base , and connected to a high-frequency current generator and comprising: di. a support comprising a receiving interface and a heating interface cooperating with the assembly interface of the matrix for positioning the matrix on said support and for transferring heat between said matrix and said thermal unit, and a heating interface on a face opposite the receiving interface; dii. a thermal accumulator in contact with the base, heated by the induction circuit of said base; diii. means for communicating heat from the thermal accumulator to the support through the heating interface of said support . di. a support comprising a receiving interface and a heating interface cooperating with the assembly interface of the matrix for positioning the matrix on said support and for transferring heat between said matrix and said thermal unit, and a heating interface on a face opposite the receiving interface; dii. a thermal accumulator in contact with the base, heated by the induction circuit of said base; diii. means for communicating heat from the thermal accumulator to the support through the heating interface of said support .
An anionic surfactant of the general formula (I) in which R represents hydrogen or a linear or branched alkyl, alkenyl, alkylaryl or alkenylaryl group having 5 to 25 C atoms, n represents a number from 1 to 21 and m represents a number from 0 to 20, wherein the sum of n and m is less than 22, and X + represents a charge-balancing cation.
Method for operating an eye tracking system for determining if one of a left and a right eye of a user is dominant, comprising the steps: a) capturing at least one image of the left and the right eye of the user (S30); b) based on the at least one image and according to a predefined accuracy function determining a left accuracy score for the left eye (S34a) and a right accuracy score for the right eye (S34c); c) determining if one of the left and the right eye of the user is dominant in dependency of at least the left and the right accuracy score (S36);and d) determining a point of regard of the left eye (P(M L (g i L,C )), P(M L (g i L,V1 )), P(M L (g i L,V2 ))) and a point of regard (P(M R (g i R,C )) P(M R (g i R,V1 )) P(M R (g i R,V2 ))) of the right eye on the basis of the at least one image; characterized in the step: e) determining the left accuracy score in dependency of a deviation of the determined point of regard (P(M L (g i L,C )), P(M L (g i L,V1 )), P(M L (g i L,V2 ))) of the left eye from at least one left set point of regard (p i G,C , p i G,V1 , p i G,V2 ) and determining the right accuracy score in dependency of a deviation of the determined point of regard (P(M R (g i R,C )) P(M R (g i R,V1 )) P(M R (g i R,V2 ))) of the right eye from at least one right set point of regard (p i G,C , p i G,V1 , p i G,V2 ); wherein in step b) based on the at least one image and according to the predefined accuracy function a binocular accuracy score for the left and the right eye is determined (S34b), and in step c) it is determined if one of the left and the right eye of the user is dominant in dependency of the left, right and binocular accuracy score (S36), wherein the binocular accuracy score is a measure for a deviation of a binocular point of regard of the left and the right eye from a binocular set point of regard (p i G,C , p i G,V1 , p i G,V2 ). a) capturing at least one image of the left and the right eye of the user (S30); b) based on the at least one image and according to a predefined accuracy function determining a left accuracy score for the left eye (S34a) and a right accuracy score for the right eye (S34c); c) determining if one of the left and the right eye of the user is dominant in dependency of at least the left and the right accuracy score (S36);and d) determining a point of regard of the left eye (P(M L (g i L,C )), P(M L (g i L,V1 )), P(M L (g i L,V2 ))) and a point of regard (P(M R (g i R,C )) P(M R (g i R,V1 )) P(M R (g i R,V2 ))) of the right eye on the basis of the at least one image;