mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: an imaging supply including a first memory comprising a first portion, a second memory comprising a second portion, and a third memory, wherein the imaging supply is couplable to a printer comprising a processor, characterized in that the first memory stores in the first portion an indicator which indicates that signed data or unsigned data or no data is present on the second portion of the second memory, wherein the indicator is obtainable by the printer from the imaging supply to identify a presence of unsigned data, no data or signed data on the imaging supply, respectively; wherein, in the case of unsigned data or signed data being present on the second memory, the second memory stores consumables management data defining at least one of a yield, a low point, and an out point of the imaging supply, wherein the third memory stores an imaging-supply identifier, which is usable to determine by the printer, when the imaging supply is coupled to the printer, if the imaging-supply identifier is included on compatible-imaging supplies data, the compatible-imaging supplies data defining imaging supplies that are usable by the printer. an imaging supply including a first memory comprising a first portion, a second memory comprising a second portion, and a third memory, wherein the imaging supply is couplable to a printer comprising a processor, characterized in that the first memory stores in the first portion an indicator which indicates that signed data or unsigned data or no data is present on the second portion of the second memory, wherein the indicator is obtainable by the printer from the imaging supply to identify a presence of unsigned data, no data or signed data on the imaging supply, respectively; wherein, in the case of unsigned data or signed data being present on the second memory, the second memory stores consumables management data defining at least one of a yield, a low point, and an out point of the imaging supply, wherein the third memory stores an imaging-supply identifier, which is usable to determine by the printer, when the imaging supply is coupled to the printer, if the imaging-supply identifier is included on compatible-imaging supplies data, the compatible-imaging supplies data defining imaging supplies that are usable by the printer.
A rehabilitation device used to rehabilitate weakened muscular tension comprising a remote control terminal, a base, an extension mounted to a column with adjustable height containing an motor configured to propel the extension and at least two electrodes of the electromyography sensor, wherein the motor is configured to enable the extension to move within the angular range of 360°, while the EMG signal from the sensor connected to the muscle or muscles of the patient is transmitted to the network of the motor controlling module, and then further by radio or cable connection to a remote control terminal; wherein the controlling module is configured to provide individual adjustment of the speed and rotation angle of the extension depending exclusively on the character of the signal received from the EMG and a program set in the remote control terminal.
A connector (1, 1000), comprising: a housing defining an insertion section into which a male connector is inserteable from the outside and a flow path (6, 600) communicating with the insertion section; and an elastic valve body which has a slit and blocks the insertion section, wherein an inner wall defining the flow path (6, 600) is integrally formed with a liquid collision face which faces a tip opening of the male connector when inserted in the insertion section in an insertion direction of the male connector and collides with liquid flowing out from the tip opening, characterized in that a tip receiving face which is positioned on an upstream side with respect to the liquid collision face in the insertion direction including a tapered shape where a distance in a direction perpendicular to the insertion direction decreases in the insertion direction. a housing defining an insertion section into which a male connector is inserteable from the outside and a flow path (6, 600) communicating with the insertion section; and an elastic valve body which has a slit and blocks the insertion section, wherein an inner wall defining the flow path (6, 600) is integrally formed with a liquid collision face which faces a tip opening of the male connector when inserted in the insertion section in an insertion direction of the male connector and collides with liquid flowing out from the tip opening, characterized in that a tip receiving face which is positioned on an upstream side with respect to the liquid collision face in the insertion direction including a tapered shape where a distance in a direction perpendicular to the insertion direction decreases in the insertion direction.
Method for monitoring the recurrence of a non-muscle invasive bladder cancer in a patient, comprising a step of measuring the proportion of CD8 + T lymphocytes population expressing ILT-2 within the total population of CD8+ T lymphocytes in a biological sample obtained from said patient, wherein when said proportion is of at least 34%, then the patient is classified as high risk.
A hair care composition comprising: (i) a compound of the formula 1, which may exist in amide form A or enol form B; (ii) photolabile antidandruff agent; and (iii) a cosmetically acceptable carrier; wherein said photolabile antidandruff agent is piroctone olamine. (i) a compound of the formula 1, which may exist in amide form A or enol form B; (ii) photolabile antidandruff agent; and (iii) a cosmetically acceptable carrier; wherein said photolabile antidandruff agent is piroctone olamine.
A manufacturing method of a coumarone-indene resin water-dispersed composition comprising: a process of dispersing a coumarone-indene resin, which contains 50% by weight or more of coumarone and indene in total as monomer constituents and has a softening point of 60°C or more, in the presence of a surfactant by a wet milling and dispersing method, wherein a combination of a surfactant (a) which is represented by Formula and a surfactant (b) which is represented by Formula are used as the surfactant: [Chem. 1] Surfactant (a): R 1 -O-(A 1 O) p -X... Surfactant (b): R 2 -O-(A 2 O) q -H... where in Formula, R 1 represents one or more selected from a group consisting of an alkyl group having eight to twenty-two carbons, an alkenyl group having eight to twenty-two carbons, and an aromatic derivative residue represented by any of Formulae to, A 1 O represents an oxyalkylene group having two to four carbons, p represents an average addition mole number of an alkylene oxide, which is a number from zero to thirty, and X represents an anionic group which is represented by any of Formulae to (VIII), wherein M in Formulae to (VIII) represents any one of a hydrogen atom, an alkali metal atom, ammonium, and an alkanolamine, and in Formula, R 2 represents one or more selected from a group consisting of an alkyl group having eight to fifteen carbons, an alkenyl group having eight to fifteen carbons, and aromatic derivative residue which is represented by any of Formulae to, A 2 O represents an oxyalkylene group having two to four carbons, and q represents an average addition mole number of an alkylene oxide, which is a number from 0 to 200.
A method of executing a set of successive instructions implemented in an electronic device adapted to transmit a frequency modulated radiofrequency signal, wherein: each instruction corresponds to a switching of a signal (ctrl, n_ctrl, I, Q), a delay (T0, T0', T1, T2, T3, T3', T4, T5, T6, T7), and a condition selected among a first, a second, and a third conditions; each execution of an instruction comprises: - performing, when said delay has expired, said switching of said signal if the condition is the first condition, if the condition is the second condition and a flag (flag) is in an active state, and if the condition is the third condition and the flag (flag) is in an inactive state, and - not performing said switching if the condition is the second condition and the flag (flag) is in the inactive state, and if the condition is the third condition and the flag (flag) is in the active state; and a first instruction is representative of a first switching of a first signal (ctrl), of a first delay (T0; T3), and of the second condition and is immediately followed by a second instruction representative of said first switching of said first signal (ctrl), of a second delay (T0'; T3'), and of the third condition. each instruction corresponds to a switching of a signal (ctrl, n_ctrl, I, Q), a delay (T0, T0', T1, T2, T3, T3', T4, T5, T6, T7), and a condition selected among a first, a second, and a third conditions; each execution of an instruction comprises: - performing, when said delay has expired, said switching of said signal if the condition is the first condition, if the condition is the second condition and a flag (flag) is in an active state, and if the condition is the third condition and the flag (flag) is in an inactive state, and - not performing said switching if the condition is the second condition and the flag (flag) is in the inactive state, and if the condition is the third condition and the flag (flag) is in the active state; and - performing, when said delay has expired, said switching of said signal if the condition is the first condition, if the condition is the second condition and a flag (flag) is in an active state, and if the condition is the third condition and the flag (flag) is in an inactive state, and - not performing said switching if the condition is the second condition and the flag (flag) is in the inactive state, and if the condition is the third condition and the flag (flag) is in the active state; and a first instruction is representative of a first switching of a first signal (ctrl), of a first delay (T0; T3), and of the second condition and is immediately followed by a second instruction representative of said first switching of said first signal (ctrl), of a second delay (T0'; T3'), and of the third condition.
An equipment management system adapted to control a standard function and a unique function of facility equipment (3a, 3b), comprising: a programmable controller adapted to accept setting of a control program corresponding to a unique function of facility equipment (3a, 3b), to accept setting of an identification code, to generate control information for controlling the unique function of said facility equipment (3a, 3b) by executing the control program, and to transmit the control information for controlling the unique function of said facility equipment (3a, 3b) and the identification code; and a centralized controller adapted to generate control information for controlling a standard function of said facility equipment (3a, 3b) by executing a control program corresponding to the standard function of said facility equipment (3a, 3b), to transmit the control information for controlling the standard function to said facility equipment (3a, 3b), to receive the control information for controlling the unique function and the identification code transmitted from said programmable controller, to accept setting of an individual identification number of the facility equipment (3a, 3b), calculate an identification code from the individual identification number, and authenticate that the calculated identification code is a valid code if the identification code matches the identification code transmitted from said programmable controller, and to transmit, if the identification code is a valid code, the control information for controlling the unique function to said facility equipment (3a, 3b).
A method for developing a fuel mixture for an engine configuration said method comprising: determining values of at least three combustion characteristics of the fuel from a single combustion test, wherein the at least three combustion characteristics are maximum delta temperature and at least two combustion characteristics selected from the group consisting of ignition delay, maximum delta pressure, rate of heat release area, combustion period, and time at which the maximum pressure developed; associating the determined values with the fuel; and using the determined values to develop the fuel mixture for an engine configuration. determining values of at least three combustion characteristics of the fuel from a single combustion test, wherein the at least three combustion characteristics are maximum delta temperature and at least two combustion characteristics selected from the group consisting of ignition delay, maximum delta pressure, rate of heat release area, combustion period, and time at which the maximum pressure developed; associating the determined values with the fuel; and using the determined values to develop the fuel mixture for an engine configuration.
An RF signal generating circuit that generates, from a digital signal, an RF pulse signal to be radio-transmitted, the circuit comprising: a polar converter that generates an amplitude signal and a phase signal from the digital signal; a signal decomposer that receives, as an input signal, the amplitude signal output from the polar converter, and generates two signals which are a pulse width control signal and a residual signal; a delta sigma modulator that subjects the residual signal to delta-sigma modulation; a pulse width modulator that subjects the phase signal output from the polar converter to pulse modulation in accordance with the pulse width control signal, and outputs a pulse phase signal; and a mixer that mixes a signal output from the delta sigma modulator and the pulse phase signal together to output the RF pulse signal, wherein the signal decomposer generates the pulse width control signal and the residual signal under a condition that a product of a fundamental wave component of the pulse phase signal and the residual signal equals the amplitude signal. a polar converter that generates an amplitude signal and a phase signal from the digital signal; a signal decomposer that receives, as an input signal, the amplitude signal output from the polar converter, and generates two signals which are a pulse width control signal and a residual signal; a delta sigma modulator that subjects the residual signal to delta-sigma modulation; a pulse width modulator that subjects the phase signal output from the polar converter to pulse modulation in accordance with the pulse width control signal, and outputs a pulse phase signal; and a mixer that mixes a signal output from the delta sigma modulator and the pulse phase signal together to output the RF pulse signal, wherein the signal decomposer generates the pulse width control signal and the residual signal under a condition that a product of a fundamental wave component of the pulse phase signal and the residual signal equals the amplitude signal.
A method of making an ethylcellulose oleogel comprising cooling a mixture of ethylcellulose polymer and oil from 100°C to 35°C at a rate of 0.6°C/min or slower.
Air purification system for a sweeping machine having a blower, which sucks out air from a collection chamber of the sweeping machine and feeds it to a distributor space, a filter space, in which at least one filter (19, 20, 21) is arranged and which is fluid-guidingly connected to the distributor space, so that a first portion of the air is guided from the distributor space into the filter space, and an exhaust-air duct, which discharges the air into the environment and is fluid-guidingly connected to the filter chamber, and a circulating-air duct, which is fluid-guidingly connected to the distributor space and supplies a second portion of the air to an intake shaft of the sweeping machine, characterized in that a distribution element arranged in the distributor space is provided for regulating the ratio of the first and second portions of the air, characterized in that a water supply is provided in the filter space, which water supply is designed to clean the filter(s) (19, 20, 21) and to wash fine dust particles from the air, and in that a drain is provided in the filter space, through which drain the water can be brought into the intake shaft of the sweeping machine via a hose connection.
An apparatus for shaping plastics material preforms into plastics material containers, comprising a transport unit, on which a plurality of shaping stations are provided and which moves these shaping stations along a predefined transport path, wherein these shaping stations respectively have blow mould parts that are movable relative to each other, which blow mould parts are movable relative to each other for opening and closing blow moulds, and wherein the apparatus comprises a clean room that surrounds a transport path, along which said shaping stations are transported, and which is separated from an environment by means of at least one wall, and wherein the apparatus comprises a cooling system for cooling at least one element of the respective shaping stations, and wherein the apparatus comprises a supply unit that supplies a gaseous medium to the clean room, characterised in that the apparatus comprises a drying unit in order to dry the gaseous medium supplied to the clean room via the supply unit.
A device for generating oxygen comprising at least one reaction chamber housing a composition for generating oxygen, the composition comprising a combination of constituents consisting of at least one oxygen source, at least one ionic liquid being a salt in liquid state, and at least one metal oxide compound as a catalyst triggering an oxygen release reaction, - means (5; 6; 17) for maintaining at least one of the oxygen source, the ionic liquid and the metal oxide compound physically separated from the remaining constituents, - means (18, 19; 20, 20'; 22, 23) for establishing physical contact of the oxygen source, the ionic liquid and the metal oxide compound, and - means (15; 16) for allowing oxygen to exit the reaction chamber, wherein the metal oxide compound is an oxide of a single metal or of two or more different metals, said metal(s) being selected from the metals of groups 2 to 14 of the periodic table of the elements, and wherein the oxygen source comprises a peroxide compound, wherein the peroxide compound is selected form alkali metal percarbonates, alkali metal perborates, urea hydrogen peroxide, and mixtures thereof. - means (5; 6; 17) for maintaining at least one of the oxygen source, the ionic liquid and the metal oxide compound physically separated from the remaining constituents, - means (18, 19; 20, 20'; 22, 23) for establishing physical contact of the oxygen source, the ionic liquid and the metal oxide compound, and - means (15; 16) for allowing oxygen to exit the reaction chamber,
A probe for Raman spectroscopy, the probe comprising: an elongate conduit for piercing human tissue, the elongate conduit comprising a first opening and a second opening; a wave coupling for transmitting electromagnetic radiation from a laser into the conduit via an input light guide and transmitting electromagnetic radiation from the conduit to a receiver, wherein the probe further comprises a body portion and a tip portion arranged to be removably coupled to the body portion, the elongate conduit being associated with the tip portion, characterised in that the wave coupling includes first and second wave manipulation modules (75, 76) associated with the body portion, the first wave manipulation module including a first filter configured to reject Raman and photoluminescence emission generated within the input light guide and the second wave manipulation module including a second filter that is configured to remove light at the laser wavelength from the return path light. an elongate conduit for piercing human tissue, the elongate conduit comprising a first opening and a second opening; a wave coupling for transmitting electromagnetic radiation from a laser into the conduit via an input light guide and transmitting electromagnetic radiation from the conduit to a receiver, wherein the probe further comprises a body portion and a tip portion arranged to be removably coupled to the body portion, the elongate conduit being associated with the tip portion, characterised in that the wave coupling includes first and second wave manipulation modules (75, 76) associated with the body portion, the first wave manipulation module including a first filter configured to reject Raman and photoluminescence emission generated within the input light guide and the second wave manipulation module including a second filter that is configured to remove light at the laser wavelength from the return path light.
Ventilation device for the air exchange of rooms, in particular of baths in buildings, with two air ducts each (1, 1'), which are each connected to one room each or one room group each via an air opening (5, 5') consisting in particular of a single ventilation conduit which is located in the area of the room or the room group and interrupted there and essentially vertically running, each air duct (1, 1) being equipped with a recuperation arrangement which comprises at least one exchanger (2, 2') for heat and air humidity as well as one ventilator (3,3'), to the recuperation capacity of said exchanger (2, 2') the recuperation cycle and consequently the run time of the ventilator (3, 3') is adapted to the required recuperation performance, and the interior surface of the air duct (1, 1'), essentially forming a storage area of the exchanger (2, 2') for the recuperation of heat and air humidity.
An information display method, performed by an electronic device, wherein the method comprises: obtaining prompt information of a target application, wherein the target application is in a background running state, and the prompt information comprises a window identifier of a target window corresponding to the prompt information; generating, on a virtual screen, the target window corresponding to the window identifier, and taking a screenshot of the target window to obtain a current window screenshot; in a case that a historical window screenshot of the target window exists and that a difference region exists between the current window screenshot and the historical window screenshot, using the difference region as target display information, wherein the historical window screenshot is obtained by taking a screenshot of the target window before the target window is switched from a visible state to an invisible state; in a case that no historical window screenshot of the target window exists, using the current window screenshot as target display information; and displaying the target display information in a target region. obtaining prompt information of a target application, wherein the target application is in a background running state, and the prompt information comprises a window identifier of a target window corresponding to the prompt information; generating, on a virtual screen, the target window corresponding to the window identifier, and taking a screenshot of the target window to obtain a current window screenshot; in a case that a historical window screenshot of the target window exists and that a difference region exists between the current window screenshot and the historical window screenshot, using the difference region as target display information, wherein the historical window screenshot is obtained by taking a screenshot of the target window before the target window is switched from a visible state to an invisible state; in a case that no historical window screenshot of the target window exists, using the current window screenshot as target display information; and displaying the target display information in a target region.