mhurhangee/patent-ind-claim-en huggingface dataset:
A non-volatile memory device , comprising: a memory array comprising a plurality of memory strings , each memory string comprising a plurality of top memory cells (TMC) connected in series, a plurality of dummy memory cells connected in series with the plurality of top memory cells (TMC) and a plurality of bottom memory cells (BMC) connected in series with the plurality of dummy memory cells; a bit line (BL) connected to a first memory string of the plurality of memory strings ; a plurality of word lines (WL) connected to the plurality of top memory cells (TMC) and the plurality of bottom memory cells (BMC) of the first memory string of the plurality of memory strings , each word line (WL) connected to a respective top memory cell (TMC) or a respective bottom memory cell (BMC) of the first memory string ; a plurality of dummy word lines connected to the plurality of dummy memory cells; a first control circuit configured to apply a bit line pre-pulse signal (VP_BL) to the bit line (BL) during a pre-charge period; and a second control circuit configured to apply a selected word line signal (VP_SELWL) to a selected word line (WL) of the plurality of word lines (WL), apply an unselected word line signal (VP_UNSELWL) to unselected word lines (WL) of the plurality of word lines (WL); characterised in that the second control circuit is further configured to apply a negative pre-pulse signal (VP_NDMY) to the plurality of dummy word lines during the pre-charge period. a memory array comprising a plurality of memory strings , each memory string comprising a plurality of top memory cells (TMC) connected in series, a plurality of dummy memory cells connected in series with the plurality of top memory cells (TMC) and a plurality of bottom memory cells (BMC) connected in series with the plurality of dummy memory cells; a bit line (BL) connected to a first memory string of the plurality of memory strings ; a plurality of word lines (WL) connected to the plurality of top memory cells (TMC) and the plurality of bottom memory cells (BMC) of the first memory string of the plurality of memory strings , each word line (WL) connected to a respective top memory cell (TMC) or a respective bottom memory cell (BMC) of the first memory string ; a plurality of dummy word lines connected to the plurality of dummy memory cells; a first control circuit configured to apply a bit line pre-pulse signal (VP_BL) to the bit line (BL) during a pre-charge period; and a second control circuit configured to apply a selected word line signal (VP_SELWL) to a selected word line (WL) of the plurality of word lines (WL), apply an unselected word line signal (VP_UNSELWL) to unselected word lines (WL) of the plurality of word lines (WL); characterised in that the second control circuit is further configured to apply a negative pre-pulse signal (VP_NDMY) to the plurality of dummy word lines during the pre-charge period.
A composition comprising: (a) an inherently dissipative polymer including a thermoplastic polyurethane made by reacting (i) at least one polyol intermediate with (ii) at least one diisocyanate and (iii) at least one chain extener; and (b) a halogen-free metal salt of an amidoalkanesulfonic acid, a hydrocarbyl-substituted benzenesulfonic acid, or a mixture thereof, or a polymer derived from said halogen-free metal salt of an amidoalkanesulfonic acid, a hydrocarbyl-substituted benzenesulfonic acid, or a mixture thereof, wherein said halogen-free metal salt is a salt of lithium. (a) an inherently dissipative polymer including a thermoplastic polyurethane made by reacting (i) at least one polyol intermediate with (ii) at least one diisocyanate and (iii) at least one chain extener; and (b) a halogen-free metal salt of an amidoalkanesulfonic acid, a hydrocarbyl-substituted benzenesulfonic acid, or a mixture thereof, or a polymer derived from said halogen-free metal salt of an amidoalkanesulfonic acid, a hydrocarbyl-substituted benzenesulfonic acid, or a mixture thereof, wherein said halogen-free metal salt is a salt of lithium.
A cyclopentene ring-opening copolymer having a branch structure, comprising: a structure in which at least four cyclopentene ring-opening polymer chains are linked via a branch-structural unit, wherein the branch-structural unit is a structural unit derived from a polycyclic olefin compound having at least two ring structures each having one double bond, wherein the structural unit derived from the polycyclic olefin compound is contained by an amount of 0.01 to 4.0 mol% with respect to all repeating units in the cyclopentene ring-opening copolymer, wherein at least part of the cyclopentene ring-opening polymer chains is terminally modified. a structure in which at least four cyclopentene ring-opening polymer chains are linked via a branch-structural unit, wherein the branch-structural unit is a structural unit derived from a polycyclic olefin compound having at least two ring structures each having one double bond, wherein the structural unit derived from the polycyclic olefin compound is contained by an amount of 0.01 to 4.0 mol% with respect to all repeating units in the cyclopentene ring-opening copolymer, wherein at least part of the cyclopentene ring-opening polymer chains is terminally modified.
A module substrate for a semiconductor module , comprising: a wiring substrate having an upper surface and a lower surface opposite to each other and including a wiring including at least one conductive pattern formed therein, the wiring substrate having at least one through groove in at least one sidewall (S1) and extending in a thickness direction; and a through-groove test terminal including at least one contact pad , the at least one contact pad comprising an end portion of the at least one conductive pattern, and a surface of the contact pad being exposed from an inner wall of the through groove, wherein the contact pad is spaced apart from a vertical plane (M) extending from the sidewall of the wiring substrate, and characterized in that the through-groove test terminal further includes a plating pattern on the inner wall of the through groove, the plating pattern configured to cover the exposed surface of the contact pad and being spaced apart from the vertical plane by a distance (D3), wherein the plating pattern forms an angle (θ) centered with respect to a center of the through groove, the angle (θ) having an angular range of 30 degrees to 70 degrees. a wiring substrate having an upper surface and a lower surface opposite to each other and including a wiring including at least one conductive pattern formed therein, the wiring substrate having at least one through groove in at least one sidewall (S1) and extending in a thickness direction; and a through-groove test terminal including at least one contact pad , the at least one contact pad comprising an end portion of the at least one conductive pattern, and a surface of the contact pad being exposed from an inner wall of the through groove, wherein the contact pad is spaced apart from a vertical plane (M) extending from the sidewall of the wiring substrate, and characterized in that the through-groove test terminal further includes a plating pattern on the inner wall of the through groove, the plating pattern configured to cover the exposed surface of the contact pad and being spaced apart from the vertical plane by a distance (D3), wherein the plating pattern forms an angle (θ) centered with respect to a center of the through groove, the angle (θ) having an angular range of 30 degrees to 70 degrees.
A lighting device comprising a light guide plate , at least one LED for generating light coupling into the light guide plate , a peripheral frame and a stiffening element , - wherein the frame surrounds a through-passage , - wherein a peripheral edge portion of the light guide plate is accommodated in the frame , - wherein the light guide plate has a peripheral side surface and at least one light exit surface , - wherein light generatable by the LED for coupling into the light guide plate impinges on the peripheral side surface of the light guide plate , - wherein at least one arrangement is provided for coupling the light coupled into the light guide plate from the peripheral side surface out through the light exit surface , - wherein the stiffening element comprises a peripheral edge region and a central region , - wherein the peripheral edge region is materially connected to a peripheral outer surface of the frame in a planar manner, and - wherein the central region is accommodated in the through-passage . - wherein the frame surrounds a through-passage , - wherein a peripheral edge portion of the light guide plate is accommodated in the frame , - wherein the light guide plate has a peripheral side surface and at least one light exit surface , - wherein light generatable by the LED for coupling into the light guide plate impinges on the peripheral side surface of the light guide plate , - wherein at least one arrangement is provided for coupling the light coupled into the light guide plate from the peripheral side surface out through the light exit surface , - wherein the stiffening element comprises a peripheral edge region and a central region , - wherein the peripheral edge region is materially connected to a peripheral outer surface of the frame in a planar manner, and - wherein the central region is accommodated in the through-passage .
A method of manufacturing a foot insert comprising: choosing a sample patient population; positioning each patient's foot in a sub-talar neutral position ; collecting three-dimensional data of at least one foot of each patient and placing the scan in a collection of scans representing the sample patient population; separating the collection of scans into groupings based on each patient's preferred shoe size ; aligning the scans within each grouping by using correspondence point pairs; obtaining contour data from the scans; applying at least one filter to the scans; averaging the scans; obtaining seven representative measurements for each grouping, the seven representative measurements including forefoot width, rearfoot width, arch height, arch length, heel-to-head of first metatarsal phalangeal joint, heel-to-head of fifth metatarsal phalangeal joint, and foot length; and modeling an insole based on the seven representative measurements wherein method further comprises the step of creating a multivariate linear regression model . choosing a sample patient population; positioning each patient's foot in a sub-talar neutral position ; collecting three-dimensional data of at least one foot of each patient and placing the scan in a collection of scans representing the sample patient population; separating the collection of scans into groupings based on each patient's preferred shoe size ; aligning the scans within each grouping by using correspondence point pairs; obtaining contour data from the scans; applying at least one filter to the scans; averaging the scans; obtaining seven representative measurements for each grouping, the seven representative measurements including forefoot width, rearfoot width, arch height, arch length, heel-to-head of first metatarsal phalangeal joint, heel-to-head of fifth metatarsal phalangeal joint, and foot length; and modeling an insole based on the seven representative measurements wherein method further comprises the step of creating a multivariate linear regression model .
A pipe joint in which a seal body and a spacer are mounted from an inside of a pipe, wherein a spigot of one pipe is inserted into a socket of an other pipe , an annular accommodation space is formed between an inner circumference of the socket and an outer circumference of the spigot, the seal body for sealing a gap between the socket and the spigot , a push ring that presses the seal body to keep the seal body in a compressed state, and the spacer that maintains an interval between the push ring and a deep end of the socket in a pipe axial direction are accommodated in the accommodation space , the push ring includes a pressing surface pressing the seal body , and an opposing surface opposed to the deep end of the socket in the pipe axial direction, characterized by a fitting portion depressed toward the pressing surface of the push ring is formed in the opposing surface , and one end of the spacer is fit into the fitting portion , and an other end of the spacer abuts the deep end of the socket . wherein a spigot of one pipe is inserted into a socket of an other pipe , an annular accommodation space is formed between an inner circumference of the socket and an outer circumference of the spigot, the seal body for sealing a gap between the socket and the spigot , a push ring that presses the seal body to keep the seal body in a compressed state, and the spacer that maintains an interval between the push ring and a deep end of the socket in a pipe axial direction are accommodated in the accommodation space , a fitting portion depressed toward the pressing surface of the push ring is formed in the opposing surface , and one end of the spacer is fit into the fitting portion , and an other end of the spacer abuts the deep end of the socket .
A method of storing semi-structured data comprising: identifying common data elements from within the semi-structured data elements based on a statistical analysis of the semi-structured data elements; assigning the common data elements into one of a first class of data and a second class of data using at least a threshold of commonality, wherein the threshold of commonality is based on how many times a data element occurs in the semi-structured data, the first class data comprises reoccurring common data elements, and the second class data comprises less occurring common data elements; storing the common data elements from the first class of data into separate pseudo-columns in cache memory; and storing the second class of data in disk storage, wherein metadata and statistics corresponding to the pseudo-columns of the stored first class of data are made available to a computer based query generator. identifying common data elements from within the semi-structured data elements based on a statistical analysis of the semi-structured data elements; assigning the common data elements into one of a first class of data and a second class of data using at least a threshold of commonality, wherein the threshold of commonality is based on how many times a data element occurs in the semi-structured data, the first class data comprises reoccurring common data elements, and the second class data comprises less occurring common data elements; storing the common data elements from the first class of data into separate pseudo-columns in cache memory; and storing the second class of data in disk storage, wherein metadata and statistics corresponding to the pseudo-columns of the stored first class of data are made available to a computer based query generator.
An apparatus configured to: obtain a set of first linear prediction, LP, filter coefficients that represents a spectral envelope of an audio signal in a first channel derived from a multi-channel input audio signal; obtain a set of second LP filter coefficients that represents a spectral envelope of an audio signal in a second channel derived from the multi-channel input audio signal; quantize the set of first LP filter coefficients using a predefined first quantizer; and quantize the set of second LP filter coefficients on basis of the quantized set of first LP filter coefficients, the quantization of the set of second LP filter coefficients comprising: deriving, on basis of the quantized set of first LP filter coefficients by using a predefined predictor, a set of predicted LP filter coefficients to estimate the spectral envelope of the audio signal in said second channel, computing prediction error as a difference between respective LP coefficients of the set of second LP filter coefficients and the set of predicted LP filter coefficients, and quantizing the prediction error using a predefined second quantizer. obtain a set of first linear prediction, LP, filter coefficients that represents a spectral envelope of an audio signal in a first channel derived from a multi-channel input audio signal; obtain a set of second LP filter coefficients that represents a spectral envelope of an audio signal in a second channel derived from the multi-channel input audio signal; quantize the set of first LP filter coefficients using a predefined first quantizer; and quantize the set of second LP filter coefficients on basis of the quantized set of first LP filter coefficients, the quantization of the set of second LP filter coefficients comprising: deriving, on basis of the quantized set of first LP filter coefficients by using a predefined predictor, a set of predicted LP filter coefficients to estimate the spectral envelope of the audio signal in said second channel, computing prediction error as a difference between respective LP coefficients of the set of second LP filter coefficients and the set of predicted LP filter coefficients, and quantizing the prediction error using a predefined second quantizer. deriving, on basis of the quantized set of first LP filter coefficients by using a predefined predictor, a set of predicted LP filter coefficients to estimate the spectral envelope of the audio signal in said second channel, computing prediction error as a difference between respective LP coefficients of the set of second LP filter coefficients and the set of predicted LP filter coefficients, and quantizing the prediction error using a predefined second quantizer.
An assembly for guiding at least one movable furniture part , in particular a sliding door or folding sliding door, relative to a furniture carcass , comprising - at least one guide system that is fastened or fastenable to the furniture carcass , - at least one carrier on which the at least one movable furniture part is mounted or mountable, in particular in a pivotable and/or articulated manner, and by means of which the at least one movable furniture part is movable relative to the at least one guide system , and - at least one drive device , by means of which the at least one carrier is movable relative to the at least one guide system , with at least one cable , whereby at least one coupling device is arranged on the at least one movable furniture part and/or on the at least one carrier , wherein the at least one coupling device is automatically couplable to the at least one cable of the at least one drive device during a relative movement of the at least one carrier with respect to the at least one guide system , whereby the at least one drive device has at least one exit opening through which the at least one cable of the drive device , in a state of use , projects substantially vertically downward under the force of gravity for the purpose of coupling to the at least one coupling device . - at least one guide system that is fastened or fastenable to the furniture carcass , - at least one carrier on which the at least one movable furniture part is mounted or mountable, in particular in a pivotable and/or articulated manner, and by means of which the at least one movable furniture part is movable relative to the at least one guide system , and - at least one drive device , by means of which the at least one carrier is movable relative to the at least one guide system , with at least one cable , whereby at least one coupling device is arranged on the at least one movable furniture part and/or on the at least one carrier , wherein the at least one coupling device is automatically couplable to the at least one cable of the at least one drive device during a relative movement of the at least one carrier with respect to the at least one guide system , whereby the at least one drive device has at least one exit opening through which the at least one cable of the drive device , in a state of use , projects substantially vertically downward under the force of gravity for the purpose of coupling to the at least one coupling device .
A computer-controlled video entertainment system, the system comprising: a display device (P) connected to an IP-based network (NET) configured to receive output data (OUT) via the IP-based network for displaying video entertainment pictures to at least one user; a plurality of remotely installed computing servers (CS), including at least one computing device (CS), being installed remotely from said display device and executing an entertainment software application for providing the output data to be transmitted via the IP-based network (NET) to said display device to display the video entertainment pictures, wherein the plurality of remotely installed computing servers (CS) are linked to each other to form a first and a second cluster of computing servers; a sensor device (SD) directly connected to the IP-based network (NET), the sensor device (SD) being installed in the vicinity of said display device and comprising at least one optical sensory element and at least one acoustic sensory element for providing user-related input data to be processed by said entertainment software application, the sensor device (SD) further comprising a network interface (IF) configured to directly transmit said input data via said IP-based network to said at least one computing device (CS), wherein the first cluster is a processing cluster for running the entertainment software application and rendering graphics under control of the user-related input data and the second cluster is a content cluster for providing content data to the processing cluster. a display device (P) connected to an IP-based network (NET) configured to receive output data (OUT) via the IP-based network for displaying video entertainment pictures to at least one user; a plurality of remotely installed computing servers (CS), including at least one computing device (CS), being installed remotely from said display device and executing an entertainment software application for providing the output data to be transmitted via the IP-based network (NET) to said display device to display the video entertainment pictures, wherein the plurality of remotely installed computing servers (CS) are linked to each other to form a first and a second cluster of computing servers; a sensor device (SD) directly connected to the IP-based network (NET), the sensor device (SD) being installed in the vicinity of said display device and comprising at least one optical sensory element and at least one acoustic sensory element for providing user-related input data to be processed by said entertainment software application, the sensor device (SD) further comprising a network interface (IF) configured to directly transmit said input data via said IP-based network to said at least one computing device (CS), wherein the first cluster is a processing cluster for running the entertainment software application and rendering graphics under control of the user-related input data and the second cluster is a content cluster for providing content data to the processing cluster.
A method of manufacture of man made vitreous fibres (MMVF) comprising: applying electrical potential to a melt using graphite electrodes; fiberising the melt by means of a spinning cup to form fibres; and collecting the formed fibres, wherein the melt fed to the spinning cup comprises iron oxide. applying electrical potential to a melt using graphite electrodes; fiberising the melt by means of a spinning cup to form fibres; and collecting the formed fibres, wherein the melt fed to the spinning cup comprises iron oxide.