mhurhangee/ep-ind-claims huggingface dataset:
An inductive component comprising: a ferrite core with a yoke body having a longitudinal dimension, a lateral dimension and a vertical dimension, each oriented perpendicular to each other, wherein the longitudinal dimension is greater than at least one of the vertical dimension and the lateral dimension; and at least one winding across the ferrite core; a support structure, wherein the ferrite core is supported by the support structure, wherein a positioning structure and an elongated alignment structure different from the positioning structure are provided in a side surface of the yoke body, wherein a maximum dimension of the alignment structure is oriented transverse to a direction perpendicular to a connecting direction between the positioning structure and the alignment structure, wherein the positioning structure and the alignment structure are spaced apart along the longitudinal dimension between 5% and 75% of the longitudinal dimension, the positioning structure engaging a positioning member provided at the support structure and the alignment structure engaging an alignment member provided at the support structure characterised in that the positioning member and the alignment member are each formed as a cylindrical or conical or polyhedral pin. a ferrite core with a yoke body having a longitudinal dimension, a lateral dimension and a vertical dimension, each oriented perpendicular to each other, wherein the longitudinal dimension is greater than at least one of the vertical dimension and the lateral dimension; and at least one winding across the ferrite core; a support structure, wherein the ferrite core is supported by the support structure, wherein a positioning structure and an elongated alignment structure different from the positioning structure are provided in a side surface of the yoke body, wherein a maximum dimension of the alignment structure is oriented transverse to a direction perpendicular to a connecting direction between the positioning structure and the alignment structure, wherein the positioning structure and the alignment structure are spaced apart along the longitudinal dimension between 5% and 75% of the longitudinal dimension, the positioning structure engaging a positioning member provided at the support structure and the alignment structure engaging an alignment member provided at the support structure characterised in that the positioning member and the alignment member are each formed as a cylindrical or conical or polyhedral pin.
A surgical system, comprising: a handle, comprising: an attachment portion; a memory device; a trigger; and an electric motor; an end effector comprising a plurality of deployable fasteners; a shaft intermediate said handle and said end effector; a microcontroller configured to record data during a surgical procedure; a data exchange port in signal communication with said microcontroller, wherein said data exchange port comprises a mechanical lock; and a data exchange input comprising a physical key, wherein said physical key is configured to unlock said mechanical lock when said data exchange input engages said data exchange port, wherein said physical key is configured to attach to the attachment portion of the handle in lieu of the shaft for the transfer of data from the memory device in the handle. a handle, comprising: an attachment portion; a memory device; a trigger; and an electric motor; an attachment portion; a memory device; a trigger; and an electric motor; an end effector comprising a plurality of deployable fasteners; a shaft intermediate said handle and said end effector; a microcontroller configured to record data during a surgical procedure; a data exchange port in signal communication with said microcontroller, wherein said data exchange port comprises a mechanical lock; and a data exchange input comprising a physical key, wherein said physical key is configured to unlock said mechanical lock when said data exchange input engages said data exchange port, wherein said physical key is configured to attach to the attachment portion of the handle in lieu of the shaft for the transfer of data from the memory device in the handle.
A cardioplegic agent delivery system comprising: a syringe pump for providing cardioplegic agent into a carrier fluid of a perfusion system; a flow sensor for sensing a flow of the carrier fluid; and an interlock responsive to the flow sensor, characterised in that the interlock prevents operation of the syringe pump to provide cardioplegic agent into the carrier fluid in the absence of flow sensed by the flow sensor, wherein the interlock is configured to control actuation of the syringe pump to feed cardioplegic agent into the carrier fluid only when the flow rate of the carrier fluid exceeds a predetermined threshold. a syringe pump for providing cardioplegic agent into a carrier fluid of a perfusion system; a flow sensor for sensing a flow of the carrier fluid; and an interlock responsive to the flow sensor, characterised in that the interlock prevents operation of the syringe pump to provide cardioplegic agent into the carrier fluid in the absence of flow sensed by the flow sensor, wherein the interlock is configured to control actuation of the syringe pump to feed cardioplegic agent into the carrier fluid only when the flow rate of the carrier fluid exceeds a predetermined threshold.
A ground-return circuit for measuring a resistance of a grounding electrode comprising a capacitive probe with polyester film and an aluminum plate having; - an inductor having three settings, - a current sensor, - an AC voltage source driving a ground-return circuit, - the grounding electrode subjected to a resonance current of the ground-return circuit, - an RC active band pass filter configured to filter a current signal obtained from the current sensor and a voltage obtained from the AC voltage source, a voltage divider, a current signal detecting circuit, an RMS-DC converter, and an A/D converter, - a processor configured to process, store and display the data on an interface screen. - an inductor having three settings, - a current sensor, - an AC voltage source driving a ground-return circuit, - the grounding electrode subjected to a resonance current of the ground-return circuit, - an RC active band pass filter configured to filter a current signal obtained from the current sensor and a voltage obtained from the AC voltage source, a voltage divider, a current signal detecting circuit, an RMS-DC converter, and an A/D converter, - a processor configured to process, store and display the data on an interface screen.
An implantable device comprising a conduit (110, 210) composed of a plastically deformable fluoropolymer material having a yield strength of 0.1 MPa to 4 MPa and an ultimate tensile strength greater than 4 MPa and an internode distance of 10 microns to 60 microns.
Use of a coating composition for forming a lubricating layer on an inner surface of a container so as to exhibit improved sliding property to a fluid substance constituting a content in the container, the coating composition containing, as a dispersion medium, a liquid that is a component constituting the lubricating layer, and the dispersion medium containing solid particles dispersed therein as a component constituting the lubricating layer, and wherein the solid particles are capable of rolling in the lubricating layer.
An ophthalmic device formed from a reaction mixture comprising at least one hydroxyl-functionalized silicone-containing monomer and an amount of hydrophilic polymer sufficient to provide said device, without a surface treatment, with at least one of (i) an advancing dynamic contact angle which is less than 80°, measured with a Wilhelmy balance, or (ii) an advancing dynamic contact angle which is at least 10% lower than an advancing dynamic contact angle for a similar ophthalmic device which does not contain said hydrophilic polymer, measured with a Wilhelmy balance, or (iii) a pre-lens tear film non-invasive break-up time (PLTF-NIBUT) after one day of wear of at least 7 seconds, measured using a slit lamp and Tearscope, wherein the hydrophilic polymer has a weight average molecular weight of no less than 100,000 Daltons and is selected from the group consisting of polyamides, polylactones, polyimides, polylactams, functionalized polyamides, functionalized polylactones, functionalized polyimides, and functionalized polylactams. (i) an advancing dynamic contact angle which is less than 80°, measured with a Wilhelmy balance, or (ii) an advancing dynamic contact angle which is at least 10% lower than an advancing dynamic contact angle for a similar ophthalmic device which does not contain said hydrophilic polymer, measured with a Wilhelmy balance, or (iii) a pre-lens tear film non-invasive break-up time (PLTF-NIBUT) after one day of wear of at least 7 seconds, measured using a slit lamp and Tearscope,
An apparatus, comprising: a first antenna comprising: atop face; a bottom face; a periphery defined by an upper portion, a lower portion, and a pair of side portions; a first slot comprising a body, a first arm, and a second arm that divides the first antenna into a first portion, a second portion, a third portion, and a fourth portion; wherein the first portion is larger than the third portion; wherein the body of the first slot extends between the side portions of the periphery; wherein the first arm and the second arm extend between the body and one of the upper portion and the lower portion of the periphery; and dielectric positioned in the first slot for providing continuous insulation between the first portion, the second portion, the third portion, and the fourth portion wherein the third portion is larger than the second portion and the fourth portion; wherein the first portion is formed between the body, the upper portion and the pair of side portions of the periphery; the second portion is formed between the body, the first arm, the lower portion and one of the pair of side portions of the periphery; the third portion is formed between the body, the first arm, the second arm and the lower portion of the periphery; and the fourth portion is formed between the body, the second arm, the lower portion and the other of the pair of side portion of the periphery. atop face; a bottom face; a periphery defined by an upper portion, a lower portion, and a pair of side portions; a first slot comprising a body, a first arm, and a second arm that divides the first antenna into a first portion, a second portion, a third portion, and a fourth portion; wherein the first portion is larger than the third portion; wherein the body of the first slot extends between the side portions of the periphery; wherein the first arm and the second arm extend between the body and one of the upper portion and the lower portion of the periphery; and wherein the first portion is larger than the third portion; wherein the body of the first slot extends between the side portions of the periphery; wherein the first arm and the second arm extend between the body and one of the upper portion and the lower portion of the periphery; and dielectric positioned in the first slot for providing continuous insulation between the first portion, the second portion, the third portion, and the fourth portion wherein the third portion is larger than the second portion and the fourth portion; wherein the first portion is formed between the body, the upper portion and the pair of side portions of the periphery; the second portion is formed between the body, the first arm, the lower portion and one of the pair of side portions of the periphery; the third portion is formed between the body, the first arm, the second arm and the lower portion of the periphery; and the fourth portion is formed between the body, the second arm, the lower portion and the other of the pair of side portion of the periphery.
A system for maintaining a clog free capillary comprising: an aerosol generation unit having a capillary or capillary passage; a liquid formulation; a pump unit, which supplies the liquid formulation to the aerosol generation unit at a flow rate, wherein at least a portion of the liquid formulation is vaporized within the capillary or capillary passage of the aerosol generation unit; a controller, which operates the pump unit to provide for periodic increases in the flow rate for clog prevention. an aerosol generation unit having a capillary or capillary passage; a liquid formulation; a pump unit, which supplies the liquid formulation to the aerosol generation unit at a flow rate, wherein at least a portion of the liquid formulation is vaporized within the capillary or capillary passage of the aerosol generation unit; a controller, which operates the pump unit to provide for periodic increases in the flow rate for clog prevention.
A method for forming a beam of an array antenna to direct a null point of the array antenna at a mobile station which acts as interference, comprising: calculating a signal power to interference power ratio, SIR of the mobile station acting as interference before a movement of the mobile station acting as interference and a signal power to interference power ratio of the mobile station acting as interference after the movement of the mobile station acting as interference, based on a moving speed and a moving direction of the mobile station acting as interference and a distance between the array antenna and the mobile station acting as interference, in each of two respective cases where the distance between the array antenna and the mobile station acting as interference is different; and forming a beam to equate to each other the signal power to interference power ratios SIRs calculated in said respective cases where the distance between the array antenna and the mobile station acting as interference is different, before the movement of the mobile station acting as interference, and to equate to each other the signal power to interference power ratios SIRs calculated in said respective cases where the distance between the array antenna and the mobile station acting as interference is different, after the movement of the mobile station acting as interference, wherein the beam is formed such that a beam gain change amount after the movement of the mobile station acting as interference remains unchanged regardless of the distance between the array antenna and the mobile station acting as interference. calculating a signal power to interference power ratio, SIR of the mobile station acting as interference before a movement of the mobile station acting as interference and a signal power to interference power ratio of the mobile station acting as interference after the movement of the mobile station acting as interference, based on a moving speed and a moving direction of the mobile station acting as interference and a distance between the array antenna and the mobile station acting as interference, in each of two respective cases where the distance between the array antenna and the mobile station acting as interference is different; and forming a beam to equate to each other the signal power to interference power ratios SIRs calculated in said respective cases where the distance between the array antenna and the mobile station acting as interference is different, before the movement of the mobile station acting as interference, and to equate to each other the signal power to interference power ratios SIRs calculated in said respective cases where the distance between the array antenna and the mobile station acting as interference is different, after the movement of the mobile station acting as interference, wherein the beam is formed such that a beam gain change amount after the movement of the mobile station acting as interference remains unchanged regardless of the distance between the array antenna and the mobile station acting as interference.
An image processing device (16, 18) comprising: an image signal inputting unit for inputting image signals of RGB three colors; a signal ratio calculator adapted to calculate a first signal ratio which is a ratio between a B image signal and a G image signal and a second signal ratio which is a ratio between the G image signal and an R image signal, based on the image signals of three colors; a color difference enhancer adapted to perform a first expansion process, the first expansion process expanding a difference between first and second signal ratios in a first area and first and second signal ratios in a second area different from the first area, the first area being located substantially at the center in a two-dimensional space having a vertical axis of -log(B/G) as the first signal ratio and a horizontal axis of -log(G/R) as the second signal ratio and containing first and second signal ratios corresponding to normal mucosa on an object of interest, and the second area containing first and second signal ratios corresponding to a first abnormal region on the object of interest; and a display unit adapted to display an image in which a color difference between the normal mucosa and the first abnormal region is enhanced based on the first and second signal ratios subjected to the first expansion process. an image signal inputting unit for inputting image signals of RGB three colors; a signal ratio calculator adapted to calculate a first signal ratio which is a ratio between a B image signal and a G image signal and a second signal ratio which is a ratio between the G image signal and an R image signal, based on the image signals of three colors; a color difference enhancer adapted to perform a first expansion process, the first expansion process expanding a difference between first and second signal ratios in a first area and first and second signal ratios in a second area different from the first area, the first area being located substantially at the center in a two-dimensional space having a vertical axis of -log(B/G) as the first signal ratio and a horizontal axis of -log(G/R) as the second signal ratio and containing first and second signal ratios corresponding to normal mucosa on an object of interest, and the second area containing first and second signal ratios corresponding to a first abnormal region on the object of interest; and a display unit adapted to display an image in which a color difference between the normal mucosa and the first abnormal region is enhanced based on the first and second signal ratios subjected to the first expansion process.
Panel for wall or floor covering comprising two or more thermoplastic layers including at least one thermoplastic substrate layer and at least one top layer comprising at least one decor layer, a print layer and a transparent wear layer provided with a relief, wherein each of said thermoplastic substrate layer and said top layer enclose a reinforcement layer (15, 22) comprising glass fibres, whereby said decor layer with print layer consists of a printed plastic film made of PVC film, characterized in that said PVC film has a thickness ranging between 0.1 mm and 1.0 mm, a plasticizer content lower than 15% by weight, and a K-value comprised between 60-75, measured according to EN ISO 1628-2: 1998.
A computer implemented method for coordinating management of a plurality of cells in a cellular communication network, wherein each of the plurality of cells is managed by a respective Agent, the method, performed by a controller node, comprising: assembling a candidate set of cells, wherein each cell in the candidate set is awaiting execution of an action selected for the cell by its managing Agent; selecting a cell from the candidate set; adding the selected cell to an execution set of cells; removing, from the candidate set of cells, the selected cell and all cells identified in a topology graph of the plurality of cells as fulfilling an interference condition with respect to the selected cell; and if a scheduling condition is fulfilled, initiating, for all cells in the execution set of cells, execution of the actions selected for the cells by their managing agents. assembling a candidate set of cells, wherein each cell in the candidate set is awaiting execution of an action selected for the cell by its managing Agent; selecting a cell from the candidate set; adding the selected cell to an execution set of cells; removing, from the candidate set of cells, the selected cell and all cells identified in a topology graph of the plurality of cells as fulfilling an interference condition with respect to the selected cell; and if a scheduling condition is fulfilled, initiating, for all cells in the execution set of cells, execution of the actions selected for the cells by their managing agents.
In combination, a fire door, a fire door retention and release mechanism, and a fire door closing mechanism, the fire door retention and release mechanism comprising an engagement plate mounted to the fire door and a magnetic retention and release device mounted at a position remote from the fire door, the fire door retention and release mechanism being operable to either retain the fire door in an open position against the action of the closing mechanism wherein the plate is attracted to and contacts the magnetic retention and release device, or to no longer attract the plate so as to permit the fire door to close under the action of the fire door closing mechanism, wherein the magnetic retention and release device comprises a body having spaced apart first and second portions (28,30) of ferrous material, a magnet having north and south poles (40,42) mounted between said portions (28,30) and actuation means operable to move the magnet relative to said portions (28,30), wherein the magnet is movable between a first position where each pole (40,42) of the magnet is located fully in a respective portion (28,30) of the body and a second position where each pole (40,42) is not located fully in a respective portion of the body and the plate is thus no longer attracted to the magnetic retention and release device, wherein the magnet is located in a recess defined between the body portions (28,30), the recess is defined by a through hole of the body, wherein further the magnet is substantially cylindrical and mounted for rotation in the through hole by the provision of a motor arranged to drive a rotation mechanism, and wherein the rotation mechanism includes a gear train arranged between an output of the motor and the magnet, the gear train including a worm gear connected to an output shaft of the motor, a drive gear connected to the magnet and a reduction gear provided intermediate the worm and drive gears.
Connector, plug or socket, for connection to a corresponding second connector, with a connector housing in which an electrical cable connectable plug-in unit is arranged, and with locking bracket, pivotable with respect to a bearing axis (x), comprising two stirrup legs, each having a flange on the connector housing mounted flange and a respective locking element which is designed such that it releasably connected to a locking abutment can be coupled, which is provided on the second connector, characterized in that each of the two locking elements has a curved runner element, having a width (b) preferably perpendicular to the stirrup leg aligned tread, wherein the width (b) of the tread is a multiple of material thickness of the stirrup leg is, and a subsequent locking surface.