mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: an input to receive a serial data signal; an edge data tap to sample transition edges in the serial data signal for generating a data edge detection signal; a clock and data recovery, CDR, circuit including a phase detector to receive the serial data signal and the data edge detection signal, and to output a phase lead/lag signal indicating the phase difference between the serial data signal and the data edge detection signal; and a phase adjustment circuit to generate phase lead/lag adjustment data , wherein the CDR circuit is to output a recovered clock signal based, at least in part, on the phase lead/lag signal adjusted by the phase lead/lag adjustment data , characterized by a decision feedback equalization, DFE, loop to provide equalization to the CDR circuit based, at least in part, on pre-cursor and post-cursor data samples of the serial data signal captured by a pre-cursor tap and a post-cursor tap, respectively, of the DFE loop, wherein the phase adjustment circuit comprises a modulator and a register/ MUX , wherein the modulator receives one of the pre-cursor or the post-cursor data samples captured by the DFE loop and a predetermined scalar and generates a clock whose frequency is proportional to the pre-cursor or the post-cursor data samples and the register/ MUX outputs as the phase lead/lag adjustment data a phase lead/lag skew based on the clock generated by the modulator and a pre-configured skew value, wherein the pre-cursor or post-cursor sign selects the output. an input to receive a serial data signal; an edge data tap to sample transition edges in the serial data signal for generating a data edge detection signal; a clock and data recovery, CDR, circuit including a phase detector to receive the serial data signal and the data edge detection signal, and to output a phase lead/lag signal indicating the phase difference between the serial data signal and the data edge detection signal; and a phase adjustment circuit to generate phase lead/lag adjustment data , wherein the CDR circuit is to output a recovered clock signal based, at least in part, on the phase lead/lag signal adjusted by the phase lead/lag adjustment data , characterized by a decision feedback equalization, DFE, loop to provide equalization to the CDR circuit based, at least in part, on pre-cursor and post-cursor data samples of the serial data signal captured by a pre-cursor tap and a post-cursor tap, respectively, of the DFE loop, wherein the phase adjustment circuit comprises a modulator and a register/ MUX , wherein the modulator receives one of the pre-cursor or the post-cursor data samples captured by the DFE loop and a predetermined scalar and generates a clock whose frequency is proportional to the pre-cursor or the post-cursor data samples and the register/ MUX outputs as the phase lead/lag adjustment data a phase lead/lag skew based on the clock generated by the modulator and a pre-configured skew value, wherein the pre-cursor or post-cursor sign selects the output.
An electric motor comprising: a housing ; a stator assembly mounted within the housing and comprising a magneto-electro drive component; a shaft extending axially through the stator assembly and supported by the housing ; a rotor assembly mounted to the shaft and comprising a magneto-electric drive component; a corrugated fin heat transfer structure positioned within the shaft and configured to draw heat from the rotor assembly , comprising a sheet forming a plurality of radially extending loops extending axially along the shaft, the plurality of radially extending loops comprising a plurality of undulations having radially outer crests and radially inner troughs ; a liner metallurgically attached to the troughs at joints ; and a tie rod extending through the shaft from a first end cap to a second end cap , the tie rod passing through the corrugated fin heat transfer structure and being supported by the first and second end caps a housing ; a stator assembly mounted within the housing and comprising a magneto-electro drive component; a shaft extending axially through the stator assembly and supported by the housing ; a rotor assembly mounted to the shaft and comprising a magneto-electric drive component; a corrugated fin heat transfer structure positioned within the shaft and configured to draw heat from the rotor assembly , comprising a sheet forming a plurality of radially extending loops extending axially along the shaft, the plurality of radially extending loops comprising a plurality of undulations having radially outer crests and radially inner troughs ; a liner metallurgically attached to the troughs at joints ; and a tie rod extending through the shaft from a first end cap to a second end cap , the tie rod passing through the corrugated fin heat transfer structure and being supported by the first and second end caps
An oilfield tubular comprising at least one wireless communication device in order to relay downhole data in real time in a composite material housing that is prefabricated as a shell to contain the wireless communication device in an internal space , and the prefabricated shell of the composite material housing is secured to the oilfield tubular by injection of an adhesive resin or bonding material such that the composite material housing comprises a prefabricated shell and cured bonding material bonded to the oilfield tubular .
A lighting device comprising: a substrate made of a ceramic; and a housing part comprising a recessed portion configured to accommodate the substrate , wherein the recessed portion comprises a plurality of side wall portions arranged around the substrate along a circumferential direction and respectively facing a plurality of sides of the substrate in a plan view when viewing the substrate from a direction perpendicular to a circuit forming surface of the substrate , and a plurality of gaps each located between two of the plurality of side wall portions adjacent to each other in the circumferential direction, the substrate comprises a plurality of corner portions curved toward an inner side of the circuit forming surface in the plan view, and the lighting device further comprises wiring located on the circuit forming surface , and a plurality of electrically conductive terminals connected to the wiring , caracterized in that at least a portion of each of the plurality of electrically conductive terminals is located in a recessed region of each of the plurality of corner portions . a substrate made of a ceramic; and a housing part comprising a recessed portion configured to accommodate the substrate , wherein the recessed portion comprises a plurality of side wall portions arranged around the substrate along a circumferential direction and respectively facing a plurality of sides of the substrate in a plan view when viewing the substrate from a direction perpendicular to a circuit forming surface of the substrate , and a plurality of gaps each located between two of the plurality of side wall portions adjacent to each other in the circumferential direction, a plurality of side wall portions arranged around the substrate along a circumferential direction and respectively facing a plurality of sides of the substrate in a plan view when viewing the substrate from a direction perpendicular to a circuit forming surface of the substrate , and a plurality of gaps each located between two of the plurality of side wall portions adjacent to each other in the circumferential direction, the substrate comprises a plurality of corner portions curved toward an inner side of the circuit forming surface in the plan view, and the lighting device further comprises wiring located on the circuit forming surface , and a plurality of electrically conductive terminals connected to the wiring , caracterized in that wiring located on the circuit forming surface , and a plurality of electrically conductive terminals connected to the wiring , caracterized in that at least a portion of each of the plurality of electrically conductive terminals is located in a recessed region of each of the plurality of corner portions .
Electronic device having a location for receiving at least one battery and at least one lug for holding said battery in said location, said electronic device comprising a removable flap for closing said location, said flap has, on at least one side, at least one first protrusion in the form of a tab comprising a first part , situated in a same plane as said flap , and a second part , situated in a plane substantially perpendicular to that of said flap , characterized in that said flap is configured to take at least three positions: • a closing position in which said at least one first protrusion is inserted into at least one housing of said location so that said flap closes said location, said at least one housing being situated at an extremity opposite said at least one lug for holding said battery ; • a position of releasing said battery in which said first part of said first protrusion releases said at least one lug for holding said battery in said location; • a position of removal in which said second part of said first protrusion levers said battery and makes pivot said battery out of said location. • a closing position in which said at least one first protrusion is inserted into at least one housing of said location so that said flap closes said location, said at least one housing being situated at an extremity opposite said at least one lug for holding said battery ; • a position of releasing said battery in which said first part of said first protrusion releases said at least one lug for holding said battery in said location; • a position of removal in which said second part of said first protrusion levers said battery and makes pivot said battery out of said location.
An overvoltage protection arrangement for information and telecommunications technology, composed of a housing having means for top hat rail installation formed on the housing bottom, overvoltage protection elements located within the housing, electrical connection means (6; 7) as well as circuit boards (10; 11) as wiring carriers for the overvoltage protection elements , furthermore having a configuration of the housing with a beam-shaped basic body and a projecting head member , wherein a first and a second circuit board each are located spaced from one another at the inner sides of the sidewalls of the housing, and in the spacing area, the electrical connection means (6; 7) in the form of electrical connecting terminals, connecting sockets and/or plugs are arranged such that first connection means are accessible in a horizontal plane and second connection means in a vertical plane of the beams-shaped basic body , and the surface shape of the circuit boards (10; 11) is approximated to shape of the housing or corresponds to said shape, characterized in that the first connection means are realized as lockable socket connector strips fixed to the circuit board for clamping wires.
Piston for a two-stroke engine which operates with stratified scavenging, the piston having a piston crown and a piston skirt , the centre axis of the piston skirt having a longitudinal centre axis of the piston , the piston having two piston pin bosses , the centre axis of which forms a transverse axis of the piston , the piston having a centre plane which includes the longitudinal centre axis of the piston and which runs perpendicularly with respect to the transverse axis of the piston , the piston having two piston recesses which are arranged on opposite sides of the centre plane , the piston skirt having an edge which faces away from the piston crown , and the edge having a clearance in the circumferential region between the piston recesses , at which clearance the piston skirt has a decreased height (i), the clearance being arranged on an inlet side of the piston , and the piston having an opposite outlet side , characterized in that the edge at the clearance has a chamfer on the radially outer side of the piston , in that the edge of the piston also has a chamfer on the outlet side , and in that the circumferential angle (β), over which the chamfer extends on the outlet side , is greater than the circumferential angle (α), over which the chamfer extends on the inlet side .
A system for estimating weight of a material in a bin, comprising: a plurality of sensors configured to provide force information based on a weight of the bin and a weight of the material in the bin; an inertial measurement unit, IMU , coupled to the bin and configured to provide gyroscope information and accelerometer information based on orientation and movement of the bin respectively; and a controller communicatively coupled to the plurality of sensors and to the IMU, the controller configured to receive the force information from the plurality of sensors and the gyroscope information and the accelerometer information from the IMU, the controller configured to: compensate the force information based on slope of the bin to provide slope-compensated force information; filter the slope-compensated force information using a Kalman filter to provide filtered force information, the Kalman filter using a setting that is determined based on the gyroscope information and the accelerometer information; and estimate the weight of the material in the bin based on the filtered force information. a plurality of sensors configured to provide force information based on a weight of the bin and a weight of the material in the bin; an inertial measurement unit, IMU , coupled to the bin and configured to provide gyroscope information and accelerometer information based on orientation and movement of the bin respectively; and a controller communicatively coupled to the plurality of sensors and to the IMU, the controller configured to receive the force information from the plurality of sensors and the gyroscope information and the accelerometer information from the IMU, the controller configured to: compensate the force information based on slope of the bin to provide slope-compensated force information; filter the slope-compensated force information using a Kalman filter to provide filtered force information, the Kalman filter using a setting that is determined based on the gyroscope information and the accelerometer information; and estimate the weight of the material in the bin based on the filtered force information. compensate the force information based on slope of the bin to provide slope-compensated force information; filter the slope-compensated force information using a Kalman filter to provide filtered force information, the Kalman filter using a setting that is determined based on the gyroscope information and the accelerometer information; and estimate the weight of the material in the bin based on the filtered force information.
A package for an orthopedic device comprising an inner packaging and an outer packaging ; wherein the inner packaging comprises: first and second portions moveable between a first position and a second position, wherein the first and second portions face a common side of the orthopedic device in the first position when the orthopedic device is disposed within the inner packaging , wherein, in the second position, at least a portion of the orthopedic device is contained within the inner packaging ; and a spacer designed to be slid into the inner packaging and ultimately be disposed at a bottom end thereof, wherein the outer packaging surrounds the inner packaging , wherein the orthopedic device can be accessed upon removal of the outer packaging from the inner packaging and movement of the first and second portions to the second position. first and second portions moveable between a first position and a second position, wherein the first and second portions face a common side of the orthopedic device in the first position when the orthopedic device is disposed within the inner packaging , wherein, in the second position, at least a portion of the orthopedic device is contained within the inner packaging ; and a spacer designed to be slid into the inner packaging and ultimately be disposed at a bottom end thereof, wherein the outer packaging surrounds the inner packaging , wherein the orthopedic device can be accessed upon removal of the outer packaging from the inner packaging and movement of the first and second portions to the second position.
A clamping device , the clamping device comprising: a first clamping member , comprising a first side and a second side , wherein the first side and the second side are located on two opposite sides; a second clamping member , comprising a third side and a fourth side , wherein the third side and the fourth side are located on two opposite sides; a first connecting rod , one end being pivotally disposed on the first side , and another end being pivotally disposed on the third side ; and a second connecting rod , one end being pivotally disposed on the second side , and another end being pivotally disposed on the fourth side ; characterized by an elastic member , one end being connected to the third side , and another end being connected to the first connecting rod , wherein the elastic member provides a restoring force to make the first connecting rod rotate relative to the second clamping member , to drive the second connecting rod and the first clamping member to rotate, so that a distance between the first clamping member and the second clamping member is shortened to clamp an object . a first clamping member , comprising a first side and a second side , wherein the first side and the second side are located on two opposite sides; a second clamping member , comprising a third side and a fourth side , wherein the third side and the fourth side are located on two opposite sides; a first connecting rod , one end being pivotally disposed on the first side , and another end being pivotally disposed on the third side ; and a second connecting rod , one end being pivotally disposed on the second side , and another end being pivotally disposed on the fourth side ; characterized by an elastic member , one end being connected to the third side , and another end being connected to the first connecting rod , wherein the elastic member provides a restoring force to make the first connecting rod rotate relative to the second clamping member , to drive the second connecting rod and the first clamping member to rotate, so that a distance between the first clamping member and the second clamping member is shortened to clamp an object .
A pharmaceutical composition for oral application, comprising methylcellulose and simeticone as the active agents.
An article for formation of an inhalable substance, the article comprising: a cartridge body having an engaging end and an opposing mouth end configured to allow passage of the inhalable substance; an inhalable substance medium within the cartridge body ; and a heating member positioned within the cartridge body for heating the inhalable substance medium ; the cartridge body being configured for insertion of the engaging end thereof into a receiving chamber of a control housing so that the heating member is arranged to be energized by one or more components of the control housing , wherein the heating member is embedded within the inhalable substance medium , wherein the heating member is electrically resistive. a cartridge body having an engaging end and an opposing mouth end configured to allow passage of the inhalable substance; an inhalable substance medium within the cartridge body ; and a heating member positioned within the cartridge body for heating the inhalable substance medium ; the cartridge body being configured for insertion of the engaging end thereof into a receiving chamber of a control housing so that the heating member is arranged to be energized by one or more components of the control housing , wherein the heating member is embedded within the inhalable substance medium , wherein the heating member is electrically resistive.
Bale wrapping device for enveloping a bale with an enveloping material, having a receiving apparatus for receiving the bale during the enveloping operation, and having at least one wrapping arm , wherein the receiving apparatus has a receiving table with horizontally spaced-apart support rollers for supporting a bale , wherein a bale is supportable by a first support roller at a first circumferential point, wherein a pivotable support-roller holder , on which at least a second and third support roller are mounted, is contained, characterized in that the bale is optionally supportable by at least the second or third support roller at a second circumferential point that is spaced apart from the first circumferential point around the bale circumference, wherein the support-roller holder is pivotable out of a first position, in which the at least second support roller takes up a supporting position for supporting a bale , and into at least one second position, in which the at least third support roller takes up a supporting position for supporting a bale , such that, by pivoting the support-roller holder out of the first position and into a second position, and vice versa, the spacing (A1, A2) between the first support roller and the second or third support roller that is in a supporting position is variable.
Heating/cooling system manifold comprising a sleeve having two openings in a wall, at least one arrangement of functional parts within the sleeve , and fixing means for mounting the functional parts to the sleeve , the fixing means comprising a first part and a second part , and having a connection geometry for aligning the first part and the second part of the fixing means in relation to each other, characterized in that the connection geometry is arranged on an outside of the sleeve and a space between the first part and the second part of the fixing means is arranged within the sleeve
An electrode material for a lithium ion battery, comprising: electrode active material particles; and a carbonaceous film that coats surfaces of the electrode active material particles, wherein a tap density of the electrode material is 0.95 g/cm 3 or more and 1.6 g/cm 3 or less, and a volume ratio of micro pores having a pore diameter of 0.7 nm or more and 2.0 nm or less to a total volume of all pores that is evaluated from nitrogen adsorption measurement is 1.5% or more and 2.5% or less. electrode active material particles; and a carbonaceous film that coats surfaces of the electrode active material particles, wherein a tap density of the electrode material is 0.95 g/cm 3 or more and 1.6 g/cm 3 or less, and a volume ratio of micro pores having a pore diameter of 0.7 nm or more and 2.0 nm or less to a total volume of all pores that is evaluated from nitrogen adsorption measurement is 1.5% or more and 2.5% or less.