mhurhangee/ep-ind-claims huggingface dataset:
A CDP-camptothecin conjugate, particle or composition for use in a method of treating rectal cancer in a subject, the method comprising: providing an initial administration of said CDP-camptothecin conjugate, particle or composition to said subject at a dosage of 6 mg/m 2, 7 mg/m 2, 8 mg/m 2, 9 mg/m 2, 10 mg/m 2, 11 mg/m 2, 12 mg/m 2, 13 mg/m 2, 14 mg/m 2, 15 mg/m 2, 16 mg/m 2, 17 mg/m 2 or 18 mg/m 2 (wherein said dosage is expressed in mg of drug, as opposed to mg of conjugate), providing one or more subsequent administrations of said CDP-camptothecin conjugate, particle or composition at a dosage of 6 mg/m 2, 7 mg/m 2, 8 mg/m 2, 9 mg/m 2, 10 mg/m 2, 11 mg/m 2, 12 mg/m 2, 13 mg/m 2, 14 mg/m 2, 15 mg/m 2, 16 mg/m 2, 17 mg/m 2 or 18 mg/m 2, wherein each subsequent administration is provided, independently, between 12, 13, 14, 15 or 16 days, after the previous administration, providing multiple radiation treatments, wherein an initial radiation treatment is administered with the administration of said CDP-camptothecin conjugate, particle or composition of said CDP-camptothecin conjugate, particle or composition, and said radiation treatments are administered daily five days a week on weekdays for at least 25 to 35 days; and administering multiple doses of a pyrimidine analogue, to thereby treat the rectal cancer. providing an initial administration of said CDP-camptothecin conjugate, particle or composition to said subject at a dosage of 6 mg/m 2, 7 mg/m 2, 8 mg/m 2, 9 mg/m 2, 10 mg/m 2, 11 mg/m 2, 12 mg/m 2, 13 mg/m 2, 14 mg/m 2, 15 mg/m 2, 16 mg/m 2, 17 mg/m 2 or 18 mg/m 2 (wherein said dosage is expressed in mg of drug, as opposed to mg of conjugate), providing one or more subsequent administrations of said CDP-camptothecin conjugate, particle or composition at a dosage of 6 mg/m 2, 7 mg/m 2, 8 mg/m 2, 9 mg/m 2, 10 mg/m 2, 11 mg/m 2, 12 mg/m 2, 13 mg/m 2, 14 mg/m 2, 15 mg/m 2, 16 mg/m 2, 17 mg/m 2 or 18 mg/m 2, wherein each subsequent administration is provided, independently, between 12, 13, 14, 15 or 16 days, after the previous administration, providing multiple radiation treatments, wherein an initial radiation treatment is administered with the administration of said CDP-camptothecin conjugate, particle or composition of said CDP-camptothecin conjugate, particle or composition, and said radiation treatments are administered daily five days a week on weekdays for at least 25 to 35 days; and administering multiple doses of a pyrimidine analogue, to thereby treat the rectal cancer.
Rear axle (5; 5') of a dodgem car, comprising a beam (6, 6') that mainly extends in a longitudinal direction (X; X') and is provided with respective wheel groups (7; 7') at opposing axial ends, characterised in that each wheel group (7; 7') comprises a fork (9; 9') for rotatably supporting the corresponding wheel (10; 10'), said fork (9; 9') bearing a pin (11; 11') that is rotatably mounted on the beam (6; 6') such that the wheel (10; 10') spins in a vertical direction, in that said forks (9; 9') are secured to one another by a connecting member (14; 14') so as to simultaneously move the forks (9; 9') at the same angle relative to the beam (6; 6'), and in that said connecting member (14; 14') can be selectively locked relative to the beam of the axle so as to selectively prevent the wheels (10; 10') from spinning freely in the vertical direction.
A chucking apparatus comprising: an arm that is configured to hold a test tube; an opening/closing mechanism that opens/closes the arm; a motor that drives the opening/closing mechanism; and a supplying unit, wherein the supplying unit comprises a detector configured to detect a held state of the test tube by the arm; characterized in that the supplying unit is configured to supply electric power to the motor at two different supply voltages and in that the supplying unit comprises: a switching unit configured to switch to one of the different supply voltages; and a control device which changes over the switching unit and decreases the supply voltage of the electric power supplied to the motor after the detector has detected the held state of the test tube. an arm that is configured to hold a test tube; an opening/closing mechanism that opens/closes the arm; a motor that drives the opening/closing mechanism; and a supplying unit, a switching unit configured to switch to one of the different supply voltages; and a control device which changes over the switching unit and decreases the supply voltage of the electric power supplied to the motor after the detector has detected the held state of the test tube.
A gas concentration measuring apparatus comprising: a gas sensor equipped with a sensor element which is made of a solid electrolyte and works to produce a sensor current upon application of voltage thereto as a function of a concentration of a selected gas; a current-measuring resistor used to measure the sensor current flowing through said sensor element; an amplifier circuit equipped with an operational amplifier and a plurality of amplifying resistors (41, 42, 43), said amplifier circuit working to amplify the sensor current, as measured through said current-measuring resistor; a gas concentration measuring circuit working to determine the concentration of the gas based on the sensor current, as amplified by said amplifier circuit; and a switch designed to switch a relation in electrical connection between the operational amplifier and the amplifying resistors, to distribute the amplifying resistors into an input resistor and a feedback resistor for the operational amplifier, and to change an amplification factor of said amplifier circuit, wherein said switch is disposed on an input line extending from said current-measuring resistor and the operational amplifier. a gas sensor equipped with a sensor element which is made of a solid electrolyte and works to produce a sensor current upon application of voltage thereto as a function of a concentration of a selected gas; a current-measuring resistor used to measure the sensor current flowing through said sensor element; an amplifier circuit equipped with an operational amplifier and a plurality of amplifying resistors (41, 42, 43), said amplifier circuit working to amplify the sensor current, as measured through said current-measuring resistor; a gas concentration measuring circuit working to determine the concentration of the gas based on the sensor current, as amplified by said amplifier circuit; and a switch designed to switch a relation in electrical connection between the operational amplifier and the amplifying resistors, to distribute the amplifying resistors into an input resistor and a feedback resistor for the operational amplifier, and to change an amplification factor of said amplifier circuit, wherein said switch is disposed on an input line extending from said current-measuring resistor and the operational amplifier.
An outdoor unit of an air conditioner, the outdoor unit comprising: an outdoor unit main body comprising a fan and a discharge port; and a detection device installed in the outdoor unit main body to detect snow that piles up on the outdoor unit main body, wherein the detection device comprises: an optical sensor comprising a light-emitting unit and a light-receiving unit; a reflecting plate disposed to be spaced from the optical sensor and configured to reflect optical signals radiated from the light-emitting unit; a snow cover detection area disposed between the optical sensor and the reflecting plate; an optical sensor housing on which the optical sensor is seated; and a frame disposed to extend from one side of the optical sensor housing to the reflecting plate so that the optical sensor housing and the reflecting plate are connected to each other. an outdoor unit main body comprising a fan and a discharge port; and a detection device installed in the outdoor unit main body to detect snow that piles up on the outdoor unit main body, wherein the detection device comprises: an optical sensor comprising a light-emitting unit and a light-receiving unit; a reflecting plate disposed to be spaced from the optical sensor and configured to reflect optical signals radiated from the light-emitting unit; a snow cover detection area disposed between the optical sensor and the reflecting plate; an optical sensor housing on which the optical sensor is seated; and a frame disposed to extend from one side of the optical sensor housing to the reflecting plate so that the optical sensor housing and the reflecting plate are connected to each other. an optical sensor comprising a light-emitting unit and a light-receiving unit; a reflecting plate disposed to be spaced from the optical sensor and configured to reflect optical signals radiated from the light-emitting unit; a snow cover detection area disposed between the optical sensor and the reflecting plate; an optical sensor housing on which the optical sensor is seated; and a frame disposed to extend from one side of the optical sensor housing to the reflecting plate so that the optical sensor housing and the reflecting plate are connected to each other.
A combination of dosage units of a pharmaceutical or veterinary liquid composition for oral administration comprising a) nifedipine in an amount comprised from 0.1% to 1% w/w; b) ethanol in an amount comprised from 38% to 58% w/w; c) water in an amount comprised from 4% to 12% w/w; d) glycerine in an amount comprised from 30% to 50% w/w; and e) optionally, other pharmaceutically or veterinary acceptable excipients or carriers; being the sum total of components 100% w/w, for use in the treatment of pre-term labour condition, wherein the treatment comprises administering to a female mammal: (a) First, a dosage unit of the pharmaceutical or veterinary liquid composition comprising 10 mg of nifedipine; followed by (b) From 1 to 4 dosage units of the pharmaceutical or veterinary liquid composition comprising each 7.5 mg of nifedipine, each dosage unit being sequentially administered at an appropriate time period; and wherein the maximum amount of nifedipine administered in a period of an hour is comprised from 17.5 mg to 40 mg. a) nifedipine in an amount comprised from 0.1% to 1% w/w; b) ethanol in an amount comprised from 38% to 58% w/w; c) water in an amount comprised from 4% to 12% w/w; d) glycerine in an amount comprised from 30% to 50% w/w; and e) optionally, other pharmaceutically or veterinary acceptable excipients or carriers; (a) First, a dosage unit of the pharmaceutical or veterinary liquid composition comprising 10 mg of nifedipine; followed by (b) From 1 to 4 dosage units of the pharmaceutical or veterinary liquid composition comprising each 7.5 mg of nifedipine, each dosage unit being sequentially administered at an appropriate time period; and
A motorcycle tire comprising: a tread portion having a tread face, a pair of sidewall portions, a pair of bead portions, a carcass extending between the bead portions through the tread portion and the sidewall portions, and a tread reinforcing layer disposed radially outside the carcass in the tread portion, wherein the tread reinforcing layer is composed of a helically wound strip of parallel reinforcing cords coated with topping rubber, and the winding pitch of the wound strip is larger in a central part (Cr) and axially outer shoulder parts (Sh) of the tread reinforcing layer than in middle parts (Mi) of the tread reinforcing layer between the central part (Cr) and the shoulder parts (Sh), characterized in that a pitch ratio P/La of the winding pitch P of the strip to a distance La between the reinforcing cords in the strip which are closest to respective two sides of the strip is 162% to 260% in the central part (Cr), 129% to 162% in the middle parts (Mi), and 140% to 240% in the shoulder parts (Sh). a tread portion having a tread face, a pair of sidewall portions, a pair of bead portions, a carcass extending between the bead portions through the tread portion and the sidewall portions, and a tread reinforcing layer disposed radially outside the carcass in the tread portion, wherein the tread reinforcing layer is composed of a helically wound strip of parallel reinforcing cords coated with topping rubber, and the winding pitch of the wound strip is larger in a central part (Cr) and axially outer shoulder parts (Sh) of the tread reinforcing layer than in middle parts (Mi) of the tread reinforcing layer between the central part (Cr) and the shoulder parts (Sh),
A device for treating a substrate web, with a housing that features a minimum of one treatment stage for the substrate web, an inlet and an outlet for a medium, whereby, in the treatment stage, a minimum of one guide device, in particular in the form of a guide roller, is arranged for transportation of the substrate web, whereby, to apply medium to the substrate web, a minimum of one nozzle arrangement is provided, through which the medium can be directed into the treatment stage, characterized in that, there is a device for cleaning, which includes an inlet for cleaning substances for the guide device and a minimum of one nozzle provided on the guide device - known as cleaning nozzle, whereby, using the cleaning nozzle of the guide device, liquid and/or gaseous cleaning substances can be directed into the treatment stage to be cleaned.
Hydraulic suspension system of a vehicle, in particular a motor vehicle, comprising for each vehicle wheel a shock absorber with cylinder and piston movable in the cylinder to delimit two expansion chambers (5, 4) respectively and compression and interposed between the body and the vehicle wheel stub axle, a hydraulic attack stop mounted in the compression chamber and comprising a cylinder and a piston movable with respect to one another, characterized in that it comprises, for each wheel, a stop of an expansion compressible mechanical and a stop detent hydraulic piston mounted in the expansion chamber, in that it comprises, for each wheel, a compressible mechanical attack stop positioned between the cylinder and the body of the vehicle or between the wheel stub axle and body of the vehicle, in that the piston and the cylinder of the hydraulic stop are intended to be moved relative to each other by through the piston of the shock absorber when the latter reaches a first stroke in attack in the cylinder of the shock absorber, and in that the stop mechanical attack is intended to be compressed between the cylinder of the shock absorber and the body of the vehicle or between the wheel stub axle and the body of the vehicle when the piston of the shock absorber reaches a second stroke in attack in the cylinder of the shock absorber greater than the first stroke), and in that the piston of the hydraulic expansion stop is intended to be moved in the corresponding cylinder by the piston of the shock absorber at the same time as the expansion stop mechanical is compressed by the piston of the shock absorber when the latter reaches a third rebound stroke in the cylinder of the shock absorber.
Method of balancing n cells, with n ≥ 2, constituting a lithium-ion or lithium polymer battery, said cells being in series, said method consisting in carrying out, if an end of charge of the battery has been detected, the creation at the terminals of at least one cell of a current so as to reduce the difference of charge among cells, characterised in that said current is a leakage current which is at least two orders of magnitude less than the charge current, and in that said balancing method comprises, when an end of charge has been detected, the memorisation of the voltage at the terminals of each cell said balancing method is executed during the discharge of said battery, and/or the use of a supply system comprising said battery, and/or the storage of said supply system.
A method of associating multiple devices with a user, the method comprising: receiving radio frequency identification ("RFID") tag data read by a first RFID reader from an RFID tag associated with a user, the first RFID reader being associated with a first one of two or more devices within a workspace, wherein the two or more devices include at least a telephone and a computer; identifying a user group corresponding to a user associated with the RFID tag data; associating the first one of the two or more devices with the user, wherein the associating comprises indicating, in an association table, at least the user as identified from the RFID tag data, the identified user group, and the associated first device; determining whether the RFID tag is read within a predetermined time by a second RFID reader associated with a second one of the two or more devices; and associating the second one of the two or more devices with the user if it is determined that the RFID tag is read within the predetermined time by the second RFID reader, wherein the associating comprises indicating in the association table, for the user, the associated second device; wherein, if any preference data applicable to a device that has been associated with the user are determined, said device is configured accordingly, the user preferences being selected based upon the user group. receiving radio frequency identification ("RFID") tag data read by a first RFID reader from an RFID tag associated with a user, the first RFID reader being associated with a first one of two or more devices within a workspace, wherein the two or more devices include at least a telephone and a computer; identifying a user group corresponding to a user associated with the RFID tag data; associating the first one of the two or more devices with the user, wherein the associating comprises indicating, in an association table, at least the user as identified from the RFID tag data, the identified user group, and the associated first device; determining whether the RFID tag is read within a predetermined time by a second RFID reader associated with a second one of the two or more devices; and associating the second one of the two or more devices with the user if it is determined that the RFID tag is read within the predetermined time by the second RFID reader, wherein the associating comprises indicating in the association table, for the user, the associated second device; wherein, if any preference data applicable to a device that has been associated with the user are determined, said device is configured accordingly, the user preferences being selected based upon the user group.
A video monitor assembly, comprising: a video monitor, preferably an aircraft seatback monitor, comprising a glass screen having a film covering a front face of the glass screen; a monitor cover comprising a frame portion positioned to overlap an outer perimeter of the front face of the glass screen continuously along a top, a bottom, a left side, and a right side of the front face of the glass screen; and the frame portion bonded to a front face of the film to provide a continuous seal between the frame portion of the monitor cover (110, 200) and the front face of the film to prevent glass fragment escape in a direction forward of the glass screen. a video monitor, preferably an aircraft seatback monitor, comprising a glass screen having a film covering a front face of the glass screen; a monitor cover comprising a frame portion positioned to overlap an outer perimeter of the front face of the glass screen continuously along a top, a bottom, a left side, and a right side of the front face of the glass screen; and the frame portion bonded to a front face of the film to provide a continuous seal between the frame portion of the monitor cover (110, 200) and the front face of the film to prevent glass fragment escape in a direction forward of the glass screen.
A remanufacturing method of a developer accommodating unit including a flexible container configured to accommodate developer and provided with a plurality of openings (251h1-251h6) for discharging the developer into a frame member, and the frame member, said frame member being configured to accommodate the flexible container, the remanufacturing method being characterized by: refilling developer between the frame member and the flexible container.
A method for controlling a battery energy storage system comprising at least three battery energy storage units, a DC power connection and a switching arrangement provided between said at least three battery energy storage units and the DC power connection, wherein the switching arrangement is configured to be capable of coupling and decoupling individually each of said at least three battery energy storage units to and from the DC power connection, the method comprising: a) selecting (110; 210) at least two battery energy storage units from among said at least three battery energy storage units such that a sum of short circuit currents of the selected at least two battery energy storage units is below a short circuit current limit, wherein the short circuit current limit is less than a sum of short circuit currents of said at least three battery energy storage units of the battery energy storage system and wherein the short circuit current limit is based on a maximum current withstand level of the battery energy storage system and/or of one or more components connected thereto, and such that a sum of discharge powers or a sum of charge powers of the selected at least two battery energy storage units equals to or exceeds a power limit, and such that states of charge of the selected at least two battery energy storage units are within a determined range; b) controlling (120; 220) the switching arrangement to couple only the selected at least two battery energy storage units to the DC power connection; and c) after step b), starting a charging or discharging (130; 230) of the selected at least two battery energy storage units coupled to the DC power connection. a) selecting (110; 210) at least two battery energy storage units from among said at least three battery energy storage units such that a sum of short circuit currents of the selected at least two battery energy storage units is below a short circuit current limit, wherein the short circuit current limit is less than a sum of short circuit currents of said at least three battery energy storage units of the battery energy storage system and wherein the short circuit current limit is based on a maximum current withstand level of the battery energy storage system and/or of one or more components connected thereto, and such that a sum of discharge powers or a sum of charge powers of the selected at least two battery energy storage units equals to or exceeds a power limit, and such that states of charge of the selected at least two battery energy storage units are within a determined range; b) controlling (120; 220) the switching arrangement to couple only the selected at least two battery energy storage units to the DC power connection; and c) after step b), starting a charging or discharging (130; 230) of the selected at least two battery energy storage units coupled to the DC power connection.
Container for receiving packaging material, in which at least parts (9,12) of the inside of the container (7, 7', 7") are wetted or provided with a treatment agent and/or load carriers (10, 11, 11', 11", 17) provided with a treatment agent are provided inside the container (7, 7', 7") and that the treatment agent contains a H 2 O 2 solution as a disinfectant, characterised in that the container contains packaging material in the form of a plurality of flat-folded packaging sleeves, blanks or web material, rolled up into a roll, wherein the packaging material consists of a composite material comprising at least one cardboard layer which contains cellulose, and the packaging material respectively has open cut edges, wherein the open cut edges form cellulose zones accessible to the surrounding atmosphere; and in that the treatment agent contains ethanol.