mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the electromagnetic stimulation of organic cells by an electromagnetic field, said apparatus comprising: an electrostimulation device comprising at least one electromagnetic coil; an electrical drive unit for generating a drive signal for powering said at least one electromagnetic coil; said electrostimulation device being a bespoke mouthpiece provided with a unique identifier device for identifying said bespoke mouthpiece electrostimulation device to said drive unit; said electrical drive unit comprises a single socket connector, which is used alternately for connection of an external power supply or for connection of said bespoke mouthpiece electrostimulation device comprising at least one electromagnetic coil, such that said external power supply and said bespoke mouthpiece electrostimulation device comprising at least one electromagnetic coil cannot be connected to the drive unit at the same time; said electrical drive unit being provided with a recognition means for recognising said unique identifier device for identifying said bespoke mouthpiece electrostimulation device; characterised in that said electrical drive unit is operable to supply a drive signal to said at least one electromagnetic coil when said drive unit verifies said unique identifier device; and said drive unit is disabled from supplying a drive signal to said at least one electromagnetic coil when said drive unit does not verify said unique identifier device. an electrostimulation device comprising at least one electromagnetic coil; an electrical drive unit for generating a drive signal for powering said at least one electromagnetic coil; said electrostimulation device being a bespoke mouthpiece provided with a unique identifier device for identifying said bespoke mouthpiece electrostimulation device to said drive unit; said electrical drive unit comprises a single socket connector, which is used alternately for connection of an external power supply or for connection of said bespoke mouthpiece electrostimulation device comprising at least one electromagnetic coil, such that said external power supply and said bespoke mouthpiece electrostimulation device comprising at least one electromagnetic coil cannot be connected to the drive unit at the same time; said electrical drive unit being provided with a recognition means for recognising said unique identifier device for identifying said bespoke mouthpiece electrostimulation device; characterised in that said electrical drive unit is operable to supply a drive signal to said at least one electromagnetic coil when said drive unit verifies said unique identifier device; and said drive unit is disabled from supplying a drive signal to said at least one electromagnetic coil when said drive unit does not verify said unique identifier device.
A fixing device including: a heating section that heats in a non-contact manner a front surface of a recording medium; a feeding section that feeds the recording medium while causing the front surface to be opposed to the heating section; and an air blowing section that blows air to a rear surface of the recording medium that is fed by the feeding section, wherein the air blowing section is disposed so that a blow-out port is opposed only to the rear surface of the recording medium, and not opposed to the front surface. a heating section that heats in a non-contact manner a front surface of a recording medium; a feeding section that feeds the recording medium while causing the front surface to be opposed to the heating section; and an air blowing section that blows air to a rear surface of the recording medium that is fed by the feeding section, wherein the air blowing section is disposed so that a blow-out port is opposed only to the rear surface of the recording medium, and not opposed to the front surface.
A spectroscopic analyzer for measuring a concentration of a predetermined component contained in sample gas, the spectroscopic analyzer comprising: a measurement cell configured to contain the sample gas; a suction pump connected to the measurement cell and configured to reduce a pressure in the measurement cell to a reduced pressure state lower than atmospheric pressure; and a pressure sensor configured to measure a pressure within the measurement cell; wherein the spectroscopic analyzer is configured to measure absorbance of the predetermined component contained in the sample gas in the reduced pressure state, to calculate the concentration of the predetermined component with use of a calibration curve indicating a relationship between absorbance of the predetermined component and concentration of the predetermined component, and to perform pressure correction of the calculated concentration by using a relational expression between the pressure of the sample gas measured within the measurement cell at a time of the measurement of the absorbance and the calculated concentration of the predetermined component, wherein in a graph that indicates on one axis the measured pressure and on the other axis the calculated concentration, the relational expression has an intersection point other than zero with the axis indicating the measured pressure, and the relational expression is obtained for the predetermined component by measuring concentrations of calibration samples of the predetermined component having different concentrations while changing the pressure. a measurement cell configured to contain the sample gas; a suction pump connected to the measurement cell and configured to reduce a pressure in the measurement cell to a reduced pressure state lower than atmospheric pressure; and a pressure sensor configured to measure a pressure within the measurement cell; wherein the spectroscopic analyzer is configured to measure absorbance of the predetermined component contained in the sample gas in the reduced pressure state, to calculate the concentration of the predetermined component with use of a calibration curve indicating a relationship between absorbance of the predetermined component and concentration of the predetermined component, and to perform pressure correction of the calculated concentration by using a relational expression between the pressure of the sample gas measured within the measurement cell at a time of the measurement of the absorbance and the calculated concentration of the predetermined component, wherein in a graph that indicates on one axis the measured pressure and on the other axis the calculated concentration, the relational expression has an intersection point other than zero with the axis indicating the measured pressure, and the relational expression is obtained for the predetermined component by measuring concentrations of calibration samples of the predetermined component having different concentrations while changing the pressure.
A system for crimping, loading and delivering expandable heart valve prostheses, the system including: - a delivery instrument (201; 301S; 301T), wherein the delivery instrument (201; 301S; 301T) includes a handle (203; 303S; 303T), a shaft (204, 304), and a delivery sheath (205; 305) displaceable along a longitudinal axis (X201; X301) of the delivery instrument (201; 301), wherein the shaft includes a connector member configured for mating with a holder for the expandable heart valve prosthesis and a funnel shaped member (206; 306) coupled to the delivery sheath (205; 305), and characterised by - a loading fixture (202; 302) configured to mate with the holder with the heart valve prosthesis coupled thereto, and further wherein: - the system includes a first operating condition wherein the delivery instrument is coupled to the holder which in turn is coupled to the loading fixture with the heart valve prosthesis coupled thereto in a radially expanded condition, the delivery sheath (205; 305) being in a fully retracted position in said first operating condition, - the system includes a second operating condition wherein the heart valve prosthesis is in a radially contracted condition and loaded into the delivery sheath, wherein transition from the first operating condition to the second operating condition occurs when the delivery sheath (205; 305) is displaced axially towards a fully advanced position, so that the relative movement between the funnel shaped member (206; 306) and the heart valve prosthesis coupled to the holder results in a radial contraction of the heart valve prosthesis and loading of the same into the delivery sheath (205; 305). - a delivery instrument (201; 301S; 301T), wherein the delivery instrument (201; 301S; 301T) includes a handle (203; 303S; 303T), a shaft (204, 304), and a delivery sheath (205; 305) displaceable along a longitudinal axis (X201; X301) of the delivery instrument (201; 301), wherein the shaft includes a connector member configured for mating with a holder for the expandable heart valve prosthesis and a funnel shaped member (206; 306) coupled to the delivery sheath (205; 305), and characterised by - a loading fixture (202; 302) configured to mate with the holder with the heart valve prosthesis coupled thereto, and - the system includes a first operating condition wherein the delivery instrument is coupled to the holder which in turn is coupled to the loading fixture with the heart valve prosthesis coupled thereto in a radially expanded condition, the delivery sheath (205; 305) being in a fully retracted position in said first operating condition, - the system includes a second operating condition wherein the heart valve prosthesis is in a radially contracted condition and loaded into the delivery sheath,
An information processing program comprising instructions which, when the program is executed by a computer, cause the computer to perform processing, the processing including: dividing data into a plurality of partial data to store each of the plurality of partial data into an associated data area among a plurality of data areas (A, B) in a database; receiving at least one operation of any one of addition, update, and deletion for at least one data area of the plurality of data areas (A, B); storing, for each of the at least one received operation which is an addition, information regarding the operation of the addition in a data area-specific file associated with the at least one data area in which the at least one addition is performed; storing, for each of the at least one received operation which is either an update or a deletion, information regarding the operation of the update or the deletion in a common file; executing, in response to a database restart, restoration processing related to the additions in parallel for the plurality of data areas (A, B) on the basis of information regarding the addition operations in the respective data area-specific file associated with each of the plurality of data areas (A, B); and executing, after the restoration processing related to the additions, restoration processing related to the updates or the deletions on the basis of the information regarding the operation of the updates or the deletions in the common file. dividing data into a plurality of partial data to store each of the plurality of partial data into an associated data area among a plurality of data areas (A, B) in a database; receiving at least one operation of any one of addition, update, and deletion for at least one data area of the plurality of data areas (A, B); storing, for each of the at least one received operation which is an addition, information regarding the operation of the addition in a data area-specific file associated with the at least one data area in which the at least one addition is performed; storing, for each of the at least one received operation which is either an update or a deletion, information regarding the operation of the update or the deletion in a common file; executing, in response to a database restart, restoration processing related to the additions in parallel for the plurality of data areas (A, B) on the basis of information regarding the addition operations in the respective data area-specific file associated with each of the plurality of data areas (A, B); and executing, after the restoration processing related to the additions, restoration processing related to the updates or the deletions on the basis of the information regarding the operation of the updates or the deletions in the common file.
A liquid ejecting apparatus (100, 100A) comprising: a liquid ejecting head having N nozzle line groups (Ch1, Ch2, Ch3, Ch4), N being an integer of three or more, arranged in a first direction each of which includes at least one nozzle line having a plurality of nozzles (Nz) which eject liquid on a medium; a main scanning section (131, 150, 121) configured to move the liquid ejecting head in a second direction which intersects with the first direction for scanning; a selection section configured to select a set of use nozzle lines to be used for formation of dots on the medium from among the N nozzle line groups (Ch1, Ch2, Ch3, Ch4); and an ejection controller configured to control the liquid ejecting head to form the dots by ejecting the liquid from the nozzles (Nz) included in the set of use nozzle lines selected by the selection section, characterised in that the selection section selects M groups among the N nozzle line groups (Ch1, Ch2, Ch3, Ch4) which are consecutively adjacent to each other in the first direction as the set of use nozzle lines, M being equal to or larger than two and smaller than N. a liquid ejecting head having N nozzle line groups (Ch1, Ch2, Ch3, Ch4), N being an integer of three or more, arranged in a first direction each of which includes at least one nozzle line having a plurality of nozzles (Nz) which eject liquid on a medium; a main scanning section (131, 150, 121) configured to move the liquid ejecting head in a second direction which intersects with the first direction for scanning; a selection section configured to select a set of use nozzle lines to be used for formation of dots on the medium from among the N nozzle line groups (Ch1, Ch2, Ch3, Ch4); and an ejection controller configured to control the liquid ejecting head to form the dots by ejecting the liquid from the nozzles (Nz) included in the set of use nozzle lines selected by the selection section, characterised in that the selection section selects M groups among the N nozzle line groups (Ch1, Ch2, Ch3, Ch4) which are consecutively adjacent to each other in the first direction as the set of use nozzle lines, M being equal to or larger than two and smaller than N.
Bleeding valve for a bicycle hydraulic braking system, comprising: - a valve body rotatably insertable in a seat of a brake caliper and comprising a first end, a second end and an axial inner cavity open on said first end, said valve body further comprising a radial duct close to said second end and in fluid communication with said axial inner cavity; said valve body comprising a head at said first end equipped with a radially outer surface configured to be engaged by a wrench; - a closing body having an end portion equipped with a head insertable in said head of the valve body; characterized in that said head of the closing body comprises a blind cavity configured to be engaged by an operating tool; in that the inner cavity of the valve body comprises connection members active on said closing body and configured to removably hold it in the inner cavity and the connection members comprising a radially inner and threaded cylindrical wall of the valve body at least partially defining said inner cavity; said closing body comprising a cylindrical portion equipped with a radially outer threading configured to engage the threading of said cylindrical wall. - a valve body rotatably insertable in a seat of a brake caliper and comprising a first end, a second end and an axial inner cavity open on said first end, said valve body further comprising a radial duct close to said second end and in fluid communication with said axial inner cavity; said valve body comprising a head at said first end equipped with a radially outer surface configured to be engaged by a wrench; - a closing body having an end portion equipped with a head insertable in said head of the valve body;
An auto-loading firearm with manual safety mechanism comprising: a frame defining a longitudinal axis; a slide supported by the frame for axial movement thereon; a hammer pivotably mounted on a rotatbable hammer pin supported by the frame; a trigger pivotably supported by the frame; a trigger bar movably coupled to the trigger and operable to cock the hammer in response to pulling the trigger, the trigger bar being movable between a firing position in which the trigger bar is engageable with the hammer for discharging the firearm and a standby position in which the trigger bar is not engageable with the hammer to prevent discharging the firearm; and characterized in that the firearm further comprises a manual safety comprising a rotary-operated eccentric camming member fixedly disposed on the hammer pin and being rotatable via rotating the hammer pin, the camming member movably engaged with the trigger bar, the camming member extending and being elongated in a direction perpendicular to the hammer pin, the trigger bar being moved between the firing and standby positions via rotating the camming member; wherein manually rotating the hammer pin concomitantly rotates the eccentric camming member which engages and displaces the trigger bar downwards away from the hammer into the standby position. a frame defining a longitudinal axis; a slide supported by the frame for axial movement thereon; a hammer pivotably mounted on a rotatbable hammer pin supported by the frame; a trigger pivotably supported by the frame; a trigger bar movably coupled to the trigger and operable to cock the hammer in response to pulling the trigger, the trigger bar being movable between a firing position in which the trigger bar is engageable with the hammer for discharging the firearm and a standby position in which the trigger bar is not engageable with the hammer to prevent discharging the firearm; and characterized in that the firearm further comprises a manual safety comprising a rotary-operated eccentric camming member fixedly disposed on the hammer pin and being rotatable via rotating the hammer pin, the camming member movably engaged with the trigger bar, the camming member extending and being elongated in a direction perpendicular to the hammer pin, the trigger bar being moved between the firing and standby positions via rotating the camming member; wherein manually rotating the hammer pin concomitantly rotates the eccentric camming member which engages and displaces the trigger bar downwards away from the hammer into the standby position.
A method of wireless communication performed by a user equipment, UE, in a non-dedicated channel, DCH, state, the method comprising: determining whether an amount of data to be transmitted being less than a data threshold; selecting Rel-99 PRACH resources, if the amount of data is less than the data threshold; if the amount of data is greater than the data threshold, determining whether a function of an initial transmit power is greater than a power threshold, selecting (810, 812) 10ms Transmission Time Interval, TTI, or 2ms TTI resources based on the function of an initial transmit power being greater or lower than the power threshold; selecting a scrambling code for the determined resources; and transmitting an access attempt utilizing the selected scrambling code, the access attempt configured to indicate the determined resources for use in an uplink data transmission. determining whether an amount of data to be transmitted being less than a data threshold; selecting Rel-99 PRACH resources, if the amount of data is less than the data threshold; if the amount of data is greater than the data threshold, determining whether a function of an initial transmit power is greater than a power threshold, selecting (810, 812) 10ms Transmission Time Interval, TTI, or 2ms TTI resources based on the function of an initial transmit power being greater or lower than the power threshold; selecting a scrambling code for the determined resources; and transmitting an access attempt utilizing the selected scrambling code, the access attempt configured to indicate the determined resources for use in an uplink data transmission.
Process of continuous production of a floor covering, incorporating at least the following steps: - continuously manufacture and drive - towards a lamination system (22, 24) - one first layer of a material incorporating at least one plastic material by means of a first calender with at least two cylinders (14, 16); - continuously manufacture and reel - to a lamination system (22, 24) - a second layer of a material incorporating at least one plastic material by means of a second calender with at least two cylinders (24, 26); - drive a first reinforcement armature to the lamination system (22, 24); - hot-laminate together at least the first layer, the first reinforcement armature and the second layer, being superimposed in this order; characterized in that one surface layer incorporating at least one plastic material and one printed film are hot-laminated together with at least the first layer, the first reinforcement armature and the second layer - being superimposed in this order - such as to bind them together and produce a floor covering successively incorporating at least the surface layer, the printed film, the second layer, the first reinforcement armature and the first layer. - continuously manufacture and drive - towards a lamination system (22, 24) - one first layer of a material incorporating at least one plastic material by means of a first calender with at least two cylinders (14, 16); - continuously manufacture and reel - to a lamination system (22, 24) - a second layer of a material incorporating at least one plastic material by means of a second calender with at least two cylinders (24, 26); - drive a first reinforcement armature to the lamination system (22, 24); - hot-laminate together at least the first layer, the first reinforcement armature and the second layer, being superimposed in this order;
A composition comprising a human prolactin receptor antagonist for use in a method for inhibiting growth of cancer cells in a patient; wherein the cancer cells do not express a receptor selected from the group consisting of estrogen receptor, progesterone receptor and Her2/neu; and further wherein the cancer cells are selected from the group consisting of ovarian cancer cells, uterine (endometrial) cancer cells, cervical cancer cells and breast carcinoma cells.
A coaxial draining tube, particularly for chest draining systems, comprising an inner tube, which has a first opening, and an outer tube, which has a second opening, said inner tube being enclosed within said outer tube and having a smaller diameter than said second opening of said outer tube, said inner and outer tubes (15, 25) being mutually coupled by way of supporting means and comprising one or more holes (40, 45) adapted to allow the passage of air from the chest cavity to said first opening of said inner tube, said one or more holes being arranged along the surface of the outer tube and said one or more holes being arranged along the outer surface of the inner tube, characterized in that said outer tube comprises one or more grooves adapted to allow the passage of liquids from the chest cavity to said second opening of said outer tube, said one or more holes (40, 45) and said one or more grooves being provided in the portion of said coaxial draining tube that is intended to be inserted in the chest cavity of a patient, said one or more holes (40, 45) being provided in the end portion of the coaxial draining tube that will reach the apical region of the pleural space of the chest cavity, said one or more grooves being provided following the end portion of the coaxial draining tube, i.e. in the portion that will reach the basal region of the pleural space of the chest cavity.