mhurhangee/ep-ind-claims huggingface dataset:
A cassette based fluid pumping system comprising: a pumping cassette (24, 6030, 6848) having a first side including a plurality of valve wells (183, 185, 189, 194, 6032, 6034, 6036, 6053, 6840, 6842, 6844, 6846) and second side having a fluid bus (200, 202, 6042), the first and second side each covered by a flexible membrane (15, 17, 6038, 6046); a control surface having a plurality of valve well control stations actuatable with respect to the flexible membrane (15, 6038) covering the first side of the cassette (24, 6030, 6848) to open and close the plurality of valve wells (183, 185, 189, 194, 6032, 6034, 6036, 6053, 6840, 6842, 6844, 6846) when the cassette (24, 6030) is mated against the control surface; and a pressure distribution assembly having a positive and negative pressure source and a number of pneumatic valves, characterized in that the cassette based fluid pumping system further comprises a controller configured to selectively actuate the number of pneumatic valves to apply pressure against the plurality of valve well control stations in a valve pumping sequence causing the plurality of valve wells (183, 185, 189, 194, 6032, 6034, 6036, 6053, 6840, 6842, 6844, 6846) to be opened and closed in sequence so as to pump fluid through the fluid bus (200, 202, 6042) of the pumping cassette (24, 6030, 6848) from a source to a destination until a volume of the fluid displaced through the fluid bus (200, 202, 6042) of the pumping cassette (24, 6030, 6848) from the source to the destination is within a range of a target volume. a pumping cassette (24, 6030, 6848) having a first side including a plurality of valve wells (183, 185, 189, 194, 6032, 6034, 6036, 6053, 6840, 6842, 6844, 6846) and second side having a fluid bus (200, 202, 6042), the first and second side each covered by a flexible membrane (15, 17, 6038, 6046); a control surface having a plurality of valve well control stations actuatable with respect to the flexible membrane (15, 6038) covering the first side of the cassette (24, 6030, 6848) to open and close the plurality of valve wells (183, 185, 189, 194, 6032, 6034, 6036, 6053, 6840, 6842, 6844, 6846) when the cassette (24, 6030) is mated against the control surface; and a pressure distribution assembly having a positive and negative pressure source and a number of pneumatic valves, characterized in that the cassette based fluid pumping system further comprises a controller configured to selectively actuate the number of pneumatic valves to apply pressure against the plurality of valve well control stations in a valve pumping sequence causing the plurality of valve wells (183, 185, 189, 194, 6032, 6034, 6036, 6053, 6840, 6842, 6844, 6846) to be opened and closed in sequence so as to pump fluid through the fluid bus (200, 202, 6042) of the pumping cassette (24, 6030, 6848) from a source to a destination until a volume of the fluid displaced through the fluid bus (200, 202, 6042) of the pumping cassette (24, 6030, 6848) from the source to the destination is within a range of a target volume.
An occlusal screw for a ceramic implant system, having a screw head and a screw shank, the screw shank having a screw thread defining a screw axis and being intended to engage, through an opening of an abutment of the implant system, the opening being a through-opening in axial direction, into an internal thread in a recess of an anchoring part of the implant system, and wherein the screw head apically forms a screw stop, the occlusal screw being made of a ceramic material, characterized in that the occlusal screw has an engagement portion which has an outer structure not being rotationally symmetrical about the screw axis, is designed at least in regions along the screw axis to be translationally symmetrical or to widen continuously in the apical direction and is suitable for interacting with a corresponding inner structure in a distal recess of a screw driver in order to couple the occlusal screw to the screw driver in a rotationally fixed manner.
An orthopaedic implant (10, 50, 60, 70, 100) for installation onto an end portion of a bone, comprising: a base portion (12, 112) and first and second transverse portions (14, 16, 114, 116) extending transversely from said base portion (12, 112) to thereby define an inner region (18, 118) of the implant (10, 100) sized for receipt of the end portion of the bone therein; and at least one anchor structure (30, 130) projecting from said base portion (12, 112) and sized and configured for receipt within an opening (O, O') formed in the end portion of the bone, said anchor structure (30, 130) extending along a longitudinal axis and including a proximal end (30a, 130a) attached to said base portion (12, 112) and an opposite distal end (30b, 130b), said anchor structure (30, 130) including a tapered outer surface (36, 136) that inwardly tapers in a proximal-to-distal direction along said longitudinal axis, wherein said first transverse portion (14, 114) defines a first bone engaging surface (24, 124) that is tapered relative to a second bone engaging surface (26, 126) defined by said second transverse portion (16, 116) characterised in that said first bone engaging surface (24, 124) defined by said first transverse portion (14, 114) inwardly converges relative to said second bone engaging surface (26, 126) defined by said second transverse portion (16, 116) in a direction extending away from said base portion (12, 112). a base portion (12, 112) and first and second transverse portions (14, 16, 114, 116) extending transversely from said base portion (12, 112) to thereby define an inner region (18, 118) of the implant (10, 100) sized for receipt of the end portion of the bone therein; and at least one anchor structure (30, 130) projecting from said base portion (12, 112) and sized and configured for receipt within an opening (O, O') formed in the end portion of the bone, said anchor structure (30, 130) extending along a longitudinal axis and including a proximal end (30a, 130a) attached to said base portion (12, 112) and an opposite distal end (30b, 130b), said anchor structure (30, 130) including a tapered outer surface (36, 136) that inwardly tapers in a proximal-to-distal direction along said longitudinal axis, wherein said first transverse portion (14, 114) defines a first bone engaging surface (24, 124) that is tapered relative to a second bone engaging surface (26, 126) defined by said second transverse portion (16, 116) characterised in that said first bone engaging surface (24, 124) defined by said first transverse portion (14, 114) inwardly converges relative to said second bone engaging surface (26, 126) defined by said second transverse portion (16, 116) in a direction extending away from said base portion (12, 112).
A method of wireless communication, comprising: allocating, by a first wireless communication device, channel resources for transmission of a wake-up paging indicator, WUPI, to a second wireless communication device; determining, by the first wireless communication device, whether the WUPI is scheduled to be transmitted to the second wireless communication device during a first transmission time interval, TTI; in response to determining that the WUPI is not scheduled to be transmitted during the first TTI, re-allocating the channel resources from WUPI use to use for transmitting a signal to a third wireless communication device; in response to determining that the WUPI is scheduled to be transmitted during the first TTI, transmitting, from the first wireless communication device, the WUPI during the first TTI, the WUPI indicating to the second wireless communication device to wake up and listen for a data signal from the first wireless communication device during a second TTI; transmitting, from the first wireless communication device to the second wireless communication device, the data signal during the second TTI; and including both the WUPI and the data signal in an orthogonal frequency division multiplexing, OFDM, waveform. allocating, by a first wireless communication device, channel resources for transmission of a wake-up paging indicator, WUPI, to a second wireless communication device; determining, by the first wireless communication device, whether the WUPI is scheduled to be transmitted to the second wireless communication device during a first transmission time interval, TTI; in response to determining that the WUPI is not scheduled to be transmitted during the first TTI, re-allocating the channel resources from WUPI use to use for transmitting a signal to a third wireless communication device; in response to determining that the WUPI is scheduled to be transmitted during the first TTI, transmitting, from the first wireless communication device, the WUPI during the first TTI, the WUPI indicating to the second wireless communication device to wake up and listen for a data signal from the first wireless communication device during a second TTI; transmitting, from the first wireless communication device to the second wireless communication device, the data signal during the second TTI; and including both the WUPI and the data signal in an orthogonal frequency division multiplexing, OFDM, waveform.
A piping process method for an end part of a knitted fabric, in which after knitting a base knitted fabric, which is knitted so as to be continuous to an end part, to a midstream portion by a flatbed knitting machine including a pair of front and rear needle beds, tuck operation is performed on a knitting needle holding a base stitch as a stitch of the base knitted fabric using a different knitting yarn from the knitting yarn used for knitting the base knitted fabric, and forming knit loops (12a, 12b) which are hanging stitches formed by vacant needle knit to vacant needles on which hangs no stitch and belong to the needle bed opposed to the needle bed to which the knitting needle belongs or which are knitting stitches formed by knit operation on the hanging stitches, knitting the base knitted fabric, continuous from the midstream portion, to the end part while holding the knit loop (11a, 12b) with the knitting needle is performed; and folding back the base knitted fabric from the midstream portion to the end part and joining the base knitted fabric to the base knitted stitches (11x, 11a, 11b) on the end part with bind off process utilizing the knit loop (12a, 12b) is performed, characterized in that the bind off process is performed by repeating steps including: a bind off loop hanging step, in which transferring a bind off loop, formed so as to correspond to a base knitted stitch as one of knitted loops on the end part, to a vacant needle on the needle bed, opposed to the base knitted stitches on the end part and hanging the knit loop, and in which hanging the bind off loop in an over cross state where a floating yarn of the bind off loop crosses a floating yarn of the knit loop at the upper side, a base knitted stitch hanging step, in which transferring the base knitted stitch to be joined to the bind off loop among the base knitted stitches (11a, 11b) on the end part to the needle bed holding the transferred bind off loop, and hanging the base knitted stitch in an over cross state where a floating yarn of the base knitted stitch crosses a floating yarn of the knit loop at the upper side, a knit loop hanging step, in which transferring the knit loop, to be joined to the bind off loop, to a vacant needle on the opposed needle bed and hanging the knit loop in an over cross state where the floating yarn of the knit loop crosses the floating yarn of the bind off loop, transferred in the bind off loop hanging step, at the upper side, and a bind off loop joining step, in which transferring the base knitted stitch, hung in the base knitted stitch hanging step, and the bind off loop, hung in the bind off loop hanging step, to the knitting needle hanging the knit loop transferred in the knit loop hanging step, so as to overlap them sequentially and joining the end part to the midstream portion of the base knitted fabric while coupling the base knitted stitch of the end part on which the bind off loop has been formed in the bind off loop hanging step and the base knitted stitch of the end part, which has been transferred in the base knitted stitch hanging step, with the bind off loop.
Machine for preparation of beverages from at least one edible substance inside of a portion package, comprising an extraction device adapted for interacting in proximity with the exterior envelope of said portion package, a machine envelope part and fluid processing means comprising fluid heating and compression means (5; 51, 52) housed inside of said machine envelope part, characterized in that it presents a height (h 1) and width (w 1) of at most 17 cm, preferentially at most 13 cm, whereby the dimensional proportion between the maximum height (h 1) and width (w 1) is of at most 1,5:1, preferentially of at most 1,2:1, whereby said machine envelope part is provided with connection means adapted for removable connection of an exterior fluid reservoir or an exterior fluid supply source, arranged on top face of the machine envelope part, and said fluid processing means (5; 51, 52) are provided at least partially underneath said fluid reservoir connection means.
Apparatus for decoding an encoded audio signal, comprising: an audio decoder for decoding an encoded representation of a first set of first spectral portions to obtain a decoded first set of first spectral portions; a parametric decoder for decoding an encoded parametric representation of a second set of second spectral portions to obtain a decoded representation of the parametric representation, wherein the decoded representation of the parametric representation includes, for each target frequency tile, a source region identification as a matching information; and a frequency regenerator for regenerating a target frequency tile using a source region from the first set of first spectral portions identified by the matching information, wherein the frequency regenerator comprises a controllable whitening filter (1122, 1123), wherein the decoded representation of the parametric representation comprises a whitening information, wherein the frequency regenerator is configured for applying the whitening filter to a source region selected in accordance with the matching information before performing a spectral envelope adjustment, when the whitening information for the source region indicates that the source region is to be whitened, and wherein applying the whitening filter comprises calculating a spectral envelope estimate of the source region and dividing a spectrum of the source region by a spectral envelope indicated by the spectral envelope estimate. an audio decoder for decoding an encoded representation of a first set of first spectral portions to obtain a decoded first set of first spectral portions; a parametric decoder for decoding an encoded parametric representation of a second set of second spectral portions to obtain a decoded representation of the parametric representation, wherein the decoded representation of the parametric representation includes, for each target frequency tile, a source region identification as a matching information; and a frequency regenerator for regenerating a target frequency tile using a source region from the first set of first spectral portions identified by the matching information, wherein the frequency regenerator comprises a controllable whitening filter (1122, 1123), wherein the decoded representation of the parametric representation comprises a whitening information, wherein the frequency regenerator is configured for applying the whitening filter to a source region selected in accordance with the matching information before performing a spectral envelope adjustment, when the whitening information for the source region indicates that the source region is to be whitened, and wherein applying the whitening filter comprises calculating a spectral envelope estimate of the source region and dividing a spectrum of the source region by a spectral envelope indicated by the spectral envelope estimate.
A base station in a wireless network capable of communicating according to a multi-carrier protocol, operable to communicate with subscriber stations using a first pre-defmed set of subcarriers, the base station comprises: means for determining if additional subcarriers are available in the first pre-defined set of subcarriers to communicate with a first subscriber station; means for selecting a first subcarrier in a second pre-defined set of subcarriers allocated to a neighboring base station based upon the channel quality experienced by the first subscriber station in response to a determination that no additional subcarriers are available in the first pre-defined set; means for allocating the first subcarrier in the second pre-defined set to communicate with the first subscriber station, wherein the base station is arranged to transmit on the first subcarrier in the second pre-defined set at a lower power level than the base station is arranged to transmit on the subcarriers in the first pre-defmed set of subcarriers; and wherein the first subcarrier in the second pre-defined set is selected by the base station according to a determination that the first subcarrier in the second pre-defined set is the least likely of the second pre-defined set of subcarriers to be used by the first neighboring base station. means for determining if additional subcarriers are available in the first pre-defined set of subcarriers to communicate with a first subscriber station; means for selecting a first subcarrier in a second pre-defined set of subcarriers allocated to a neighboring base station based upon the channel quality experienced by the first subscriber station in response to a determination that no additional subcarriers are available in the first pre-defined set; means for allocating the first subcarrier in the second pre-defined set to communicate with the first subscriber station, wherein the base station is arranged to transmit on the first subcarrier in the second pre-defined set at a lower power level than the base station is arranged to transmit on the subcarriers in the first pre-defmed set of subcarriers; and wherein the first subcarrier in the second pre-defined set is selected by the base station according to a determination that the first subcarrier in the second pre-defined set is the least likely of the second pre-defined set of subcarriers to be used by the first neighboring base station.
A method for delivering a multimedia data file, such as an MMS, from an originator having an originator server associated therewith to a recipient having a recipient server associated therewith, the method comprising the steps of: establishing a communication path from the originator to the recipient via the originator server and the recipient server; receiving, by the recipient server from the originator server, portions of the data file, the data file splitted into data file portions by the originator server or the data file portions being uploaded to the originator server from the originator; and individually forwarding, by the recipient server and without waiting for receipt of the complete data file, the data file portions received from the originator server for reassembly by the recipient. establishing a communication path from the originator to the recipient via the originator server and the recipient server; receiving, by the recipient server from the originator server, portions of the data file, the data file splitted into data file portions by the originator server or the data file portions being uploaded to the originator server from the originator; and individually forwarding, by the recipient server and without waiting for receipt of the complete data file, the data file portions received from the originator server for reassembly by the recipient.
A lock device comprising: - a housing which includes an opening; - a core which is rotatably mounted in the opening and which includes a key way for reception of a key; - a latching element (20;120) which co-acts between the housing and the core and which is movable between a release position in which the core is rotatable relative to the housing, and a latching position in which rotation of the core relative to the housing is blocked; - an electronically controllable actuator (30;130) which is mounted in the core and which is movable between an opening-registering position in which movement of the latching element (20;120) to the release position is permitted, and a latching position in which movement of the latching element to said release position is blocked; and - a spring abutting an abutment portion of the actuator; characterized in that - the spring is provided with two mutually parallel leg portions (46d, 46e), which abut radially opposite surfaces of the abutment portion of the actuator. - a housing which includes an opening; - a core which is rotatably mounted in the opening and which includes a key way for reception of a key; - a latching element (20;120) which co-acts between the housing and the core and which is movable between a release position in which the core is rotatable relative to the housing, and a latching position in which rotation of the core relative to the housing is blocked; - an electronically controllable actuator (30;130) which is mounted in the core and which is movable between an opening-registering position in which movement of the latching element (20;120) to the release position is permitted, and a latching position in which movement of the latching element to said release position is blocked; and - a spring abutting an abutment portion of the actuator; characterized in that - the spring is provided with two mutually parallel leg portions (46d, 46e), which abut radially opposite surfaces of the abutment portion of the actuator.