mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: obtaining observed channel response data from a motion detection system, the observed channel response data based on wireless signals transmitted over a plurality of wireless links in a space, the observed channel response data associated with a plurality of subcarriers for each wireless link over a period of time; generating estimated channel response data for each of the plurality of subcarriers for each wireless link; identifying switching times that are indicative of a transition between zones of activity in the estimated channel response data for each of the plurality of subcarriers for each wireless link; and detecting a new motion zone of the motion detection system based on the estimated channel response data and the identified transitions. obtaining observed channel response data from a motion detection system, the observed channel response data based on wireless signals transmitted over a plurality of wireless links in a space, the observed channel response data associated with a plurality of subcarriers for each wireless link over a period of time; generating estimated channel response data for each of the plurality of subcarriers for each wireless link; identifying switching times that are indicative of a transition between zones of activity in the estimated channel response data for each of the plurality of subcarriers for each wireless link; and detecting a new motion zone of the motion detection system based on the estimated channel response data and the identified transitions.
An acoustic test apparatus for verifying operation of an acoustic emission sensor coupled to a process control device , the acoustic test apparatus comprising: an acoustic source adapted to be acoustically coupled to the process control device , the acoustic source configured to generate an acoustic signal; and a processor configured to: receive, from the acoustic emission sensor , a measured acoustic signal measured at the acoustic emission sensor corresponding to the generated acoustic signal, compare the measured generated acoustic signal to a baseline acoustic signal, and determine an operational condition of the acoustic emission sensor based on the measured acoustic signal and the comparison of the measured generated acoustic signal to the baseline acoustic signal; the acoustic test apparatus being characterized in that the acoustic source includes a haptic motor, wherein the haptic motor is overmolded in a polymer. an acoustic source adapted to be acoustically coupled to the process control device , the acoustic source configured to generate an acoustic signal; and a processor configured to: receive, from the acoustic emission sensor , a measured acoustic signal measured at the acoustic emission sensor corresponding to the generated acoustic signal, compare the measured generated acoustic signal to a baseline acoustic signal, and determine an operational condition of the acoustic emission sensor based on the measured acoustic signal and the comparison of the measured generated acoustic signal to the baseline acoustic signal; receive, from the acoustic emission sensor , a measured acoustic signal measured at the acoustic emission sensor corresponding to the generated acoustic signal, compare the measured generated acoustic signal to a baseline acoustic signal, and determine an operational condition of the acoustic emission sensor based on the measured acoustic signal and the comparison of the measured generated acoustic signal to the baseline acoustic signal; the acoustic test apparatus being characterized in that the acoustic source includes a haptic motor, wherein the haptic motor is overmolded in a polymer.
An electrical junction box comprising a housing , comprising a first cover and a second cover , wherein the first cover comprises a first wall , two lateral projections extending from the first wall and a cross bar connecting the lateral projections , surrounding a rectangular opening , wherein the second cover comprises a second wall , an elongated tongue extends from the second wall , wherein the elongated tongue protrudes through the rectangular opening , an end portion of the elongated tongue comprises a lock protrusion protruding in an protrusion angle (P) from the elongated tongue , the lock protrusion having a lock surface that is in engagement with the cross bar when the elongated tongue is fully received in the rectangular opening , wherein the elongated tongue comprises two lateral arms extending from the second wall and a cross lock bar arranged perpendicular to the lateral arms , the cross lock bar connecting the lateral arms on their arm ends , wherein the lock protrusion is arranged in the middle of the cross lock bar , and the elongated tongue and the lock protrusion have perpendicular to a mating axis (X) a relaxed width D2, characterized in that the cross lock bar is arranged along a turn axis (T), the lock protrusion is partly, flexibly rotatable around the turn axis (T), when a force (F1) act against the lock protrusion , thereby flexible deforming the cross lock bar , the rotation angle (P) around the turn axis (T) is less than 45°, and the relaxed width D2 is bigger than a flexed width D3 when the protrusion urges against the cross bar in the mating process, and the lock protrusion protrudes from a free end of the elongated tongue defining a protrusion angle (P) to the elongated tongue of less than 45°. the elongated tongue comprises two lateral arms extending from the second wall and a cross lock bar arranged perpendicular to the lateral arms , the cross lock bar connecting the lateral arms on their arm ends , wherein the lock protrusion is arranged in the middle of the cross lock bar , and the elongated tongue and the lock protrusion have perpendicular to a mating axis (X) a relaxed width D2, characterized in that the cross lock bar is arranged along a turn axis (T), the lock protrusion is partly, flexibly rotatable around the turn axis (T), when a force (F1) act against the lock protrusion , thereby flexible deforming the cross lock bar , the rotation angle (P) around the turn axis (T) is less than 45°, and the relaxed width D2 is bigger than a flexed width D3 when the protrusion urges against the cross bar in the mating process, and the lock protrusion protrudes from a free end of the elongated tongue defining a protrusion angle (P) to the elongated tongue of less than 45°.
A method to be installed on and implemented by a computing device of detecting meal events pertaining to operation of an insulin infusion device associated with a patient for developing and supporting diagnostic and therapeutic parameters, the method comprising: obtaining , by the computing device via a network, one or more glucose measurements associated with the patient; determining , by the computing device, one or more glucose measurement statistics for an analysis interval based on the one or more glucose measurements; determining , by the computing device, a meal probability for the analysis interval based on meal bolus data associated with the patient; wherein stepwise logistic regression is utilized by the computing device to determine which of the glucose measurement statistics among the one or more glucose measurement statistics are predictive of a meal; obtaining , by the computing device, meal detection model associated with the patient; identifying , by the computing device, a meal based on the one or more glucose measurement statistics and the meal probability using the meal detection model; and providing , by the computing device, an indication of the meal event associated with the analysis interval; obtaining , by the computing device via a network, one or more glucose measurements associated with the patient; determining , by the computing device, one or more glucose measurement statistics for an analysis interval based on the one or more glucose measurements; determining , by the computing device, a meal probability for the analysis interval based on meal bolus data associated with the patient; wherein stepwise logistic regression is utilized by the computing device to determine which of the glucose measurement statistics among the one or more glucose measurement statistics are predictive of a meal; obtaining , by the computing device, meal detection model associated with the patient; identifying , by the computing device, a meal based on the one or more glucose measurement statistics and the meal probability using the meal detection model; and providing , by the computing device, an indication of the meal event associated with the analysis interval;
A hybrid powertrain comprising an internal combustion engine ; a gearbox with an input shaft and an output shaft ; a first planetary gear , connected to the input shaft ; a second planetary gear , connected to the first planetary gear ; a first electrical machine , connected to the first planetary gear ; a second electrical machine , connected to the second planetary gear ; at least one gear pair , connected with the first planetary gear and the output shaft ; and at least one gear pair , connected with the second planetary gear and the output shaft , wherein the internal combustion engine is connected with the first planetary gear via the input shaft , wherein a countershaft is arranged between the respective first and second planetary gear and the output shaft ; characterised in that in the countershaft is connected with the output shaft via a range gearbox , wherein the range gearbox comprises a third planetary gear , which is equipped with a third planetary wheel carrier , which is connected with the output shaft , wherein the range gear-box is shiftable by means of a third coupling device between a low range position and a high range position, wherein said third coupling device is arranged to releasably connect a third ring gear , arranged in the third planetary gear , with a gearbox house in the low range position, and with the third planetary wheel carrier in the high range position, wherein a sixth gear pair (G5, 125) is arranged between the countershaft and the third planetary wheel carrier of the third planetary gear . a countershaft is arranged between the respective first and second planetary gear and the output shaft ; characterised in that in the countershaft is connected with the output shaft via a range gearbox , wherein the range gearbox comprises a third planetary gear , which is equipped with a third planetary wheel carrier , which is connected with the output shaft , wherein the range gear-box is shiftable by means of a third coupling device between a low range position and a high range position, wherein said third coupling device is arranged to releasably connect a third ring gear , arranged in the third planetary gear , with a gearbox house in the low range position, and with the third planetary wheel carrier in the high range position, wherein a sixth gear pair (G5, 125) is arranged between the countershaft and the third planetary wheel carrier of the third planetary gear .
An orthopaedic reamer connector , comprising: a holder section shaped to allow for connection of an orthopaedic reamer comprising an orthopaedic reamer connection, said holder section including a connection surface and two pairs of holders associated with said connection surface said two pairs of holders respectively having a pair of first holders and a pair of second holders , the pair of second holders forming an acute angle relative to the pair of first holders , said first holders being opposed to each other by 180 degrees and said second holders being opposed to each other by 180 degrees; and a stop section mechanically interlocked with said holder section so as to prevent relative rotation therebetween and including two pairs of stops respectively associated with said two pairs of holders , wherein said pairs of stops comprise a pair of first stops associated with said pair of first holders , and a pair of second stops associated with said pair of second holders , characterized in that each of said first stops is formed to have a partially arcuate shape including a respective straight edge , which is configured to abut against the connected orthopaedic reamer connection , and in that the mechanical interlocking between said holder section and said stop section is configured to be reversed by disconnecting a driving stem of the holder section from a drive train and pulling the holder section apart from the stop section , allowing the holder section and the stop section to be sterilized separately. a holder section shaped to allow for connection of an orthopaedic reamer comprising an orthopaedic reamer connection, said holder section including a connection surface and two pairs of holders associated with said connection surface said two pairs of holders respectively having a pair of first holders and a pair of second holders , the pair of second holders forming an acute angle relative to the pair of first holders , said first holders being opposed to each other by 180 degrees and said second holders being opposed to each other by 180 degrees; and a stop section mechanically interlocked with said holder section so as to prevent relative rotation therebetween and including two pairs of stops respectively associated with said two pairs of holders , wherein said pairs of stops comprise a pair of first stops associated with said pair of first holders , and a pair of second stops associated with said pair of second holders , characterized in that each of said first stops is formed to have a partially arcuate shape including a respective straight edge , which is configured to abut against the connected orthopaedic reamer connection , and in that the mechanical interlocking between said holder section and said stop section is configured to be reversed by disconnecting a driving stem of the holder section from a drive train and pulling the holder section apart from the stop section , allowing the holder section and the stop section to be sterilized separately.
A modular rotor blade for a wind turbine , the rotor blade comprising: a pre-formed blade root section , wherein the blade root section comprises one or more spar caps extending in a generally span-wise direction, wherein the blade root section is integrally manufactured with the spar caps in a single shot or mold; a blade tip section ; a plurality of leading edge segments comprising a forward pressure side surface and a forward suction side surface ; and a plurality of trailing edge segments comprising an aft pressure side surface and an aft suction side surface , wherein the leading edge segments and the trailing edge segments are arranged between the blade root section and the blade tip section in a generally span-wise direction, and wherein the leading edge segments are joined with the trailing edge segments at a pressure side seam and a suction side seam . a pre-formed blade root section , wherein the blade root section comprises one or more spar caps extending in a generally span-wise direction, wherein the blade root section is integrally manufactured with the spar caps in a single shot or mold; a blade tip section ; a plurality of leading edge segments comprising a forward pressure side surface and a forward suction side surface ; and a plurality of trailing edge segments comprising an aft pressure side surface and an aft suction side surface , wherein the leading edge segments and the trailing edge segments are arranged between the blade root section and the blade tip section in a generally span-wise direction, and wherein the leading edge segments are joined with the trailing edge segments at a pressure side seam and a suction side seam .
An isolator comprising a working chamber having, in a front surface, a plurality of gloves arranged side by side into which operator's hands are inserted to operate cells, characterized in that the working chamber is sectioned into at least an operation area and configured to operate the cells, and an auxiliary working area and configured to open a packaged auxiliary instrument for operating the cells, and the isolator further comprises a gas supply unit for supplying gas into the working chamber so that the gas flows downwardly from an upper side of the working chamber , and a gas flow control unit for controlling the flow of the downwardly-flowing gas so that the flow of at least a part of the downwardly-flowing gas is bent to the auxiliary working area in the neighborhood of a lower surface of the working chamber in the operation area, wherein the gas flow control unit has an exhaust hole portion that has an opened area for passing the gas therethrough and is provided at a lower portion of a front edge portion in at least the auxiliary working area, and through which the gas in the auxiliary working area is exhausted.
A liquid discharge head comprising: a nozzle plate having: a nozzle from which a liquid is to be discharged in a liquid discharge direction; and a nozzle face having the nozzle, the nozzle face directed in the liquid discharge direction; a nozzle protector configured to cover a portion of the nozzle face other than the nozzle; and a channel substrate including: a bonding part bonded to the nozzle protector with an adhesive ; and a recess in a transverse portion of the bonding part extending in a transverse direction of the liquid discharge head , the recess filled with the adhesive , wherein the channel substrate has the recess in the transverse portion; characterised in that the channel substrate does not have the recess in a longitudinal portion of the bonding part extending in a longitudinal direction orthogonal to the transverse direction of the liquid discharge head. a nozzle plate having: a nozzle from which a liquid is to be discharged in a liquid discharge direction; and a nozzle face having the nozzle, the nozzle face directed in the liquid discharge direction; a nozzle from which a liquid is to be discharged in a liquid discharge direction; and a nozzle face having the nozzle, the nozzle face directed in the liquid discharge direction; a nozzle protector configured to cover a portion of the nozzle face other than the nozzle; and a channel substrate including: a bonding part bonded to the nozzle protector with an adhesive ; and a recess in a transverse portion of the bonding part extending in a transverse direction of the liquid discharge head , the recess filled with the adhesive , wherein the channel substrate has the recess in the transverse portion; characterised in that the channel substrate does not have the recess in a longitudinal portion of the bonding part extending in a longitudinal direction orthogonal to the transverse direction of the liquid discharge head. a bonding part bonded to the nozzle protector with an adhesive ; and a recess in a transverse portion of the bonding part extending in a transverse direction of the liquid discharge head , the recess filled with the adhesive , wherein the channel substrate has the recess in the transverse portion; characterised in that the channel substrate does not have the recess in a longitudinal portion of the bonding part extending in a longitudinal direction orthogonal to the transverse direction of the liquid discharge head. characterised in that the channel substrate does not have the recess in a longitudinal portion of the bonding part extending in a longitudinal direction orthogonal to the transverse direction of the liquid discharge head.
Orthopaedic heel for shoe comprising a rubber sole having an outer lower surface , wherein said sole and said heel are shaped so that the user's foot is tilted with respect to the ground by a predetermined angle (β), said heel comprising a main rubber body provided with a lower surface contacting the ground, said main body of said heel being further provided with an upper surface combinable to said shoe at said outer lower surface of said sole , wherein said upper surface of said heel is, at least in part, tilted with respect to said lower contacting surface of said heel by an angle (γ) equal to said predetermined angle (β), and wherein it comprises constraining means to reversibly constrain said heel to said shoe, characterized in that said main body , comprises, for at least part of its perimeter, an upper edge protruding with respect to said upper surface so that said edge covers at least partially the portion of sole of said shoe at said upper protruding edge , at least when said heel is reversibly combined with said shoe.
A shoe comprising a sole, the sole comprising a plate and the plate comprising: a mid- and rear-foot support portion in a shape extending from a position superimposed on a rear end portion of a metatarsal bone (B 10) of a wearer of the shoe in a thickness direction of the sole to a position superimposed on a heel bone (B20) of the wearer, the mid- and rear-foot support portion supporting a midfoot portion and a rear foot portion of the wearer, and a forefoot support portion in a shape extending forward from the mid- and rear-foot support portion and supporting a forefoot portion of the wearer, wherein the mid- and rear-foot support portion is in a shape convex upward in a cross-section in a foot width direction, and the forefoot support portion is formed as being flat in the cross-section in the foot width direction, whereby in the entire region of the plate in front of the mid- and rear-foot support portion, the cross-section in the foot width direction is formed as being flat. a mid- and rear-foot support portion in a shape extending from a position superimposed on a rear end portion of a metatarsal bone (B 10) of a wearer of the shoe in a thickness direction of the sole to a position superimposed on a heel bone (B20) of the wearer, the mid- and rear-foot support portion supporting a midfoot portion and a rear foot portion of the wearer, and a forefoot support portion in a shape extending forward from the mid- and rear-foot support portion and supporting a forefoot portion of the wearer, wherein the mid- and rear-foot support portion is in a shape convex upward in a cross-section in a foot width direction, and the forefoot support portion is formed as being flat in the cross-section in the foot width direction, whereby in the entire region of the plate in front of the mid- and rear-foot support portion, the cross-section in the foot width direction is formed as being flat.
A network switching system comprising: a switch comprising a central processor unit, CPU, side channel, a first input channel and a second input channel; an internal CPU connected to the CPU side channel of the switch and a computer bus; a first external port connected to the first input channel of the switch; a multiplexer, MUX, comprising at least two MUX switches, wherein a first MUX switch is connected to the second input channel of the switch; a second external port connected to the multiplexer; a configuration parameter configured to select routing of the second external port to the first MUX switch in the multiplexer or a second MUX switch in the multiplexer; and an external CPU connected to the computer bus, wherein the second MUX switch is connected to the external CPU. a switch comprising a central processor unit, CPU, side channel, a first input channel and a second input channel; an internal CPU connected to the CPU side channel of the switch and a computer bus; a first external port connected to the first input channel of the switch; a multiplexer, MUX, comprising at least two MUX switches, wherein a first MUX switch is connected to the second input channel of the switch; a second external port connected to the multiplexer; a configuration parameter configured to select routing of the second external port to the first MUX switch in the multiplexer or a second MUX switch in the multiplexer; and an external CPU connected to the computer bus, wherein the second MUX switch is connected to the external CPU.