mhurhangee/ep-ind-claims huggingface dataset:
A glenoid implant system comprising: a main body defining an articulating surface configured to articulate with a humeral head, and an opposite bone-contacting surface adapted to contact the glenoid of a patient; a base (220, 222) formed in the bone-contacting surface of the main body; and an anchor (210, 212) having a main section and an anti-rotation feature disposed on a base of the anchor (210, 212), the anti-rotation feature adapted to contact the base (220, 222) formed in the bone-contacting surface of the main body when the anchor (210, 212) is coupled to the base (220, 222), base, wherein the anchor (210, 212) further includes a threaded post extending from the main section, the threaded post being configured to be received within a hole formed in the base (220, 222) formed in the bone-contacting surface of the main body, and characterized in that the anti-rotation feature includes a plurality of wedges; and in that each wedge includes a first edge positioned at the same level or height as the base, a second edge opposite the first edge positioned at a greater height from the base, and two sides having a substantially triangular shape, the threaded post being positioned radially inwardly of the plurality of wedges. a main body defining an articulating surface configured to articulate with a humeral head, and an opposite bone-contacting surface adapted to contact the glenoid of a patient; a base (220, 222) formed in the bone-contacting surface of the main body; and an anchor (210, 212) having a main section and an anti-rotation feature disposed on a base of the anchor (210, 212), the anti-rotation feature adapted to contact the base (220, 222) formed in the bone-contacting surface of the main body when the anchor (210, 212) is coupled to the base (220, 222), base, wherein the anchor (210, 212) further includes a threaded post extending from the main section, the threaded post being configured to be received within a hole formed in the base (220, 222) formed in the bone-contacting surface of the main body, and characterized in that the anti-rotation feature includes a plurality of wedges; and in that each wedge includes a first edge positioned at the same level or height as the base, a second edge opposite the first edge positioned at a greater height from the base, and two sides having a substantially triangular shape, the threaded post being positioned radially inwardly of the plurality of wedges.
A method for adjusting power consumption in a network node of a cellular communication system, the method being performed in a power adaption device, and the method comprising the steps of: aggregating bitrates, for all traffic flows associated with a power amplifier of the network node, to an aggregated bitrate; determining whether to adjust the power consumption by determining whether power consumption of the power amplifier can be reduced with acceptable effect on the traffic flows associated with the power amplifier for longer than a threshold duration, the determining being performed in dependence on the aggregated bitrate, wherein the step of determining whether to adjust the power consumption comprises determining a supported bitrate for the power amplifier that is throttled, covering all delay sensitive traffic flows, but not all delay tolerant traffic flows, and wherein the acceptable effect on the traffic flows is such that the delay sensitive traffic flows of the traffic flows are not affected by the throttling; and adjusting the power consumption by reducing the power consumption of the power amplifier when it is determined that the power consumption of the power amplifier can be reduced with the acceptable effect on the traffic flows associated with the power amplifier for longer than the threshold duration. aggregating bitrates, for all traffic flows associated with a power amplifier of the network node, to an aggregated bitrate; determining whether to adjust the power consumption by determining whether power consumption of the power amplifier can be reduced with acceptable effect on the traffic flows associated with the power amplifier for longer than a threshold duration, the determining being performed in dependence on the aggregated bitrate, wherein the step of determining whether to adjust the power consumption comprises determining a supported bitrate for the power amplifier that is throttled, covering all delay sensitive traffic flows, but not all delay tolerant traffic flows, and wherein the acceptable effect on the traffic flows is such that the delay sensitive traffic flows of the traffic flows are not affected by the throttling; and adjusting the power consumption by reducing the power consumption of the power amplifier when it is determined that the power consumption of the power amplifier can be reduced with the acceptable effect on the traffic flows associated with the power amplifier for longer than the threshold duration.
A pneumatic tire comprising: a tread; a pair of sidewalls; a pair of beads; and a carcass, wherein the sidewalls extend almost inward from ends, respectively, of the tread in a radial direction, the beads are disposed inward of the sidewalls, respectively, in the radial direction, the carcass is extended on and between one of the beads and the other of the beads along inner sides of the tread and the sidewalls, the carcass includes a carcass ply, the carcass ply includes a carcass cord, each bead includes a core extending in a circumferential direction, the core includes a body having a hexagonal cross-section, and a cover covering the body, the cover is wrapped around the body, the number of turns the cover is wrapped around the body being greater than or equal to one and smaller than two, the cover includes a plain weave fabric obtained by interlacing warp threads and weft threads, the warp threads and the weft threads intersect, and an angle (α) of the intersection is greater than or equal to 45° and not greater than 125°, characterized in that the warp threads are inclined relative to the carcass cord, and an angle (βp) of the inclination is greater than or equal to 22.5° and not greater than 67.5°. a tread; a pair of sidewalls; a pair of beads; and a carcass, wherein the sidewalls extend almost inward from ends, respectively, of the tread in a radial direction, the beads are disposed inward of the sidewalls, respectively, in the radial direction, the carcass is extended on and between one of the beads and the other of the beads along inner sides of the tread and the sidewalls, the carcass includes a carcass ply, the carcass ply includes a carcass cord, each bead includes a core extending in a circumferential direction, the core includes a body having a hexagonal cross-section, and a cover covering the body, the cover is wrapped around the body, the number of turns the cover is wrapped around the body being greater than or equal to one and smaller than two, the cover includes a plain weave fabric obtained by interlacing warp threads and weft threads, the warp threads and the weft threads intersect, and an angle (α) of the intersection is greater than or equal to 45° and not greater than 125°, characterized in that the warp threads are inclined relative to the carcass cord, and an angle (βp) of the inclination is greater than or equal to 22.5° and not greater than 67.5°.
Apparatus for detachably fastening a gripper to a robot, in particular a delta robot, comprising a receiving unit and a coupling unit between which at least one form-fit and/or force-fit connecting means is provided, wherein the receiving unit is adapted to be provided at a robot and the coupling unit is adapted to be provided at a gripper or the coupling unit is adapted to be provided at a robot and the receiving unit is adapted to be provided at a gripper, and the receiving unit includes a limit stop for receiving a first section of the coupling unit therein, the limit stop being provided with an undercut, the receiving unit and the coupling unit include complementary form elements (13, 29; 60, 61) designed to be inserted one into the other, and the receiving unit further includes a clamping element for retaining the coupling unit in the limit stop of the receiving unit, characterized in that the limit stop is formed by means of an indentation in a side wall at the receiving unit such that the undercut is formed.
An electronic device, comprising: a case having a concave part; a fan module, disposed in the case, and comprising: a fan; a fin set, disposed aside the fan, wherein a space is formed between the fin set and the fan adapted for easily putting cleaning supplies therein when cleaning the fin set; and a transparent movable cover, located above the space formed between the fin set and the fan wherein one side of the transparent movable cover is connected to the case, another side of the transparent movable cover is capable of being opened and closed relative to the case, and the concave part is located adjacent to the side of the transparent movable cover that is not connected to the case. a fan; a fin set, disposed aside the fan,
A closed-loop current transducer comprising a magnetic circuit core to conduct magnetic flux and concentrate a magnetic field, a circuit board, a magnetic field detector connected to the circuit board and positioned in a magnetic circuit gap of the magnetic circuit core, and a compensation coil assembly comprising a compensation coil and a compensation coil support comprising at least one coil support bobbin (50; 50a, 50b), a connection end flange (52; 52a, 52b) at one end of the coil support bobbin and a second flange at a second end of the coil support bobbin, the compensation coil being wound around the coil support bobbin between the connection end and second flanges, the magnetic circuit comprising a first longitudinal branch, a second longitudinal branch, and first and second end branches (20, 22) interconnecting the first and second longitudinal branches such that the branches surround a central opening configured to receive one or more primary conductors therethrough, the magnetic circuit being formed of first and second parts (4a, 4b) assembled together from opposed ends of the compensation coil support, characterized in that the circuit board is mounted against the connection end mounting flange and the first part of the magnetic circuit core comprises the first end branch and is assembled from an outer face of the circuit board relative to the connection end mounting flange such that the first end branch is positioned adjacent and against said outer face of the circuit board, the circuit board comprising orifices (36, 38) through which portions (16a, 18a) of the first and second longitudinal branches extend through the circuit board.
An apparatus for controlling air mist flushing of a rock drilling unit wherein the air mist comprises pressurized air and at least one liquid component; and wherein the apparatus comprises at least one control unit for controlling the feeding of the air mist; the control unit is provided with data on penetration rate of drilling; the control unit is configured to generate control signals for controlling feeding of the at least one liquid component of the air mist in response to the input data on penetration rate and parameters input to the control unit; and the control unit is configured toreceive input target value for moisture content of drilling cuttings removed from the drill hole being drilled; characterized in that the control unit is further configured to determine real value of moisture content of the drilling cuttings; and adjust feeding of the liquid component in response to comparison of the input target value and the real value; wherein the control unit is provided with sensing data on the real moisture of the drilling cuttings removed from the drilled hole, whereby the control unit is provided with feedback control and is configured to control the feeding of the liquid component in response to the input feedback data. and wherein the apparatus comprises at least one control unit for controlling the feeding of the air mist; the control unit is provided with data on penetration rate of drilling; the control unit is configured to generate control signals for controlling feeding of the at least one liquid component of the air mist in response to the input data on penetration rate and parameters input to the control unit; and the control unit is configured toreceive input target value for moisture content of drilling cuttings removed from the drill hole being drilled; characterized in that the control unit is further configured to determine real value of moisture content of the drilling cuttings; and adjust feeding of the liquid component in response to comparison of the input target value and the real value; wherein the control unit is provided with sensing data on the real moisture of the drilling cuttings removed from the drilled hole, whereby the control unit is provided with feedback control and is configured to control the feeding of the liquid component in response to the input feedback data.
An apparatus connectable to an optical network, the apparatus comprising: a plurality of optical ports connectable to the optical network to optically couple the apparatus between an optical line terminal and an optical network unit in the optical network; an optical receiver coupled to the plurality of optical ports, wherein the optical receiver is to receive a downstream signal transmitted from the OLT via a first port of the plurality of optical ports and convert the downstream signal to a digital data stream; a capture circuit to receive the digital data stream from the optical receiver, store bytes from the digital data stream, and extract an identifier of the ONU; characterized by: a burst detector to detect an upstream signal and output a capture enable signal to the capture circuit, and the capture circuit is enabled to capture and store the bytes of any subsequently received downstream signals responsive to the capture enable signal. a plurality of optical ports connectable to the optical network to optically couple the apparatus between an optical line terminal and an optical network unit in the optical network; an optical receiver coupled to the plurality of optical ports, wherein the optical receiver is to receive a downstream signal transmitted from the OLT via a first port of the plurality of optical ports and convert the downstream signal to a digital data stream; a capture circuit to receive the digital data stream from the optical receiver, store bytes from the digital data stream, and extract an identifier of the ONU; characterized by: a burst detector to detect an upstream signal and output a capture enable signal to the capture circuit, and the capture circuit is enabled to capture and store the bytes of any subsequently received downstream signals responsive to the capture enable signal.
A method in a communications receiver for decoding received communications data, the method comprising, for each of at least two iterations in at least one soft-input soft-output decoder: calculating intermediate probability values associated with each possible transition between a first plurality of candidate decoder states at each possible transition at a first time and a second plurality of candidate decoder states at a second time; computing four or more partial sums from the intermediate probability values, wherein the partial sums are computed based on at least one systematic bit and at least one parity bit such that each partial sum corresponds to a different combination of systematic bit and parity bit values for a possible transition between the first and second decoder states; estimating a soft value for each of at least one systematic bit of the received communications data corresponding to the interval between the first and second times, as a first function of the partial sums; and estimating a soft value for each of at least one parity bit of the received communications data corresponding to the interval between the first and second times, as a second function of the partial sums; wherein the second time occurs after the first time. calculating intermediate probability values associated with each possible transition between a first plurality of candidate decoder states at each possible transition at a first time and a second plurality of candidate decoder states at a second time; computing four or more partial sums from the intermediate probability values, wherein the partial sums are computed based on at least one systematic bit and at least one parity bit such that each partial sum corresponds to a different combination of systematic bit and parity bit values for a possible transition between the first and second decoder states; estimating a soft value for each of at least one systematic bit of the received communications data corresponding to the interval between the first and second times, as a first function of the partial sums; and estimating a soft value for each of at least one parity bit of the received communications data corresponding to the interval between the first and second times, as a second function of the partial sums; wherein the second time occurs after the first time.
A molding machine comprising a cavity to be filled with molten metal; a conduit system leading to said cavity and forming a system of interconnected hollow spaces; at least one pressure member comprising a casting piston moveable in at least part of said hollow space system comprising a shot sleeve; characterized by a centrifugal pump in fluid communication with a reservoir of molten metal and the part of said hollow space system receiving the at least one pressure member; and wherein said molten metal is introduced to said shot sleeve at a bottom side or end.
A method of preparing a foam, comprising reacting a multifunctional acetoacetate ester of formula (a) with a multifunctional amine of formula (b) in the presence of a blowing agent: wherein R 1, and R 2, at each occurrence, are each independently selected from a saturated or unsaturated, linear, branched, or cyclic hydrocarbon group, wherein each hydrocarbon group optionally includes one or more heteroatoms; an aromatic group; a heteroaromatic group; and a heterocyclic group; or any combination thereof; wherein said groups, at each occurrence, are independently unsubstituted or substituted with one or more suitable substituents; m is 2 to 200; and n is 2 to 200. R 1, and R 2, at each occurrence, are each independently selected from a saturated or unsaturated, linear, branched, or cyclic hydrocarbon group, wherein each hydrocarbon group optionally includes one or more heteroatoms; an aromatic group; a heteroaromatic group; and a heterocyclic group; or any combination thereof; wherein said groups, at each occurrence, are independently unsubstituted or substituted with one or more suitable substituents; m is 2 to 200; and n is 2 to 200.
A yarn winder configured to wind a running yarn onto a bobbin (Bw), comprising: a traverse unit which includes a traverse guide for traversing the yarn along an axial direction of the bobbin (Bw); a tension applying unit (13, 14) configured to apply tension to the yarn which is to be wound onto the bobbin (Bw); and a control unit, characterized in that the control unit includes: a prediction information acquisition unit configured to obtain prediction information regarding at least one of a predicted future position and predicted future speed of the traverse guide; and a tension adjustment unit configured to control the tension applying unit (13, 14) based on adjustment information regarding the adjustment of the tension, and the tension adjustment unit obtaining the adjustment information corresponding to a predetermined first time point in association with the prediction information corresponding to a second time point which is a time point after the elapse of a predetermined time (dt) from the first time point. a traverse unit which includes a traverse guide for traversing the yarn along an axial direction of the bobbin (Bw); a tension applying unit (13, 14) configured to apply tension to the yarn which is to be wound onto the bobbin (Bw); and a control unit, characterized in that the control unit includes: a prediction information acquisition unit configured to obtain prediction information regarding at least one of a predicted future position and predicted future speed of the traverse guide; and a tension adjustment unit configured to control the tension applying unit (13, 14) based on adjustment information regarding the adjustment of the tension, and the tension adjustment unit obtaining the adjustment information corresponding to a predetermined first time point in association with the prediction information corresponding to a second time point which is a time point after the elapse of a predetermined time (dt) from the first time point. a prediction information acquisition unit configured to obtain prediction information regarding at least one of a predicted future position and predicted future speed of the traverse guide; and a tension adjustment unit configured to control the tension applying unit (13, 14) based on adjustment information regarding the adjustment of the tension, and the tension adjustment unit obtaining the adjustment information corresponding to a predetermined first time point in association with the prediction information corresponding to a second time point which is a time point after the elapse of a predetermined time (dt) from the first time point.
A method for converting a progenitor cell to a neural regenerating cell that is capable of stimulating neural recovery and/or neural regeneration after transplantation to a site of nervous system injury or disease, the method comprising (a) increasing the methylation of the PITX2, DNMT3b, IGF2R and SDF4 genes compared to the progenitor cell and (b) decreasing the methylation of the ROPN1L and TMEM179 genes compared to the progenitor cell wherein the progenitor cell is a marrow adherent stromal cell (MASC); further wherein neither the progenitor cell nor any of its descendants were transfected with a polynucleotide comprising sequences encoding a Notch intracellular domain. (a) increasing the methylation of the PITX2, DNMT3b, IGF2R and SDF4 genes compared to the progenitor cell and (b) decreasing the methylation of the ROPN1L and TMEM179 genes compared to the progenitor cell wherein the progenitor cell is a marrow adherent stromal cell (MASC); further wherein neither the progenitor cell nor any of its descendants were transfected with a polynucleotide comprising sequences encoding a Notch intracellular domain.