mhurhangee/ep-ind-claims huggingface dataset:
A combination of a combination drug comprising trifluridine and tipiracil hydrochloride at a molar ratio of 1: 0.5, and an anti-VEGF antibody or anti-EGFR antibody selected from bevacizumab, cetuximab and panitumumab for use in treating cancer, wherein the daily dose of the FTD/TPI combination drug in the antitumor agent on the administration day is from 17 to 115% to the recommended dose in the case of single administration of the FTD/TPI combination drug, and (a) the daily dose of bevacizumab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of bevacizumab; (b) the daily dose of cetuximab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of cetuximab, and (c) the daily dose of panitumumab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of panitumumab; wherein the target cancer is digestive cancer or breast cancer. (a) the daily dose of bevacizumab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of bevacizumab; (b) the daily dose of cetuximab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of cetuximab, and (c) the daily dose of panitumumab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of panitumumab;
Prosthesis for replacement of a joint, wherein the prosthesis comprises two prosthesis members (2, 3) which each is configured for attachment thereof to at least one of the bones at the joint, wherein one of the prosthesis members comprises a first screw-like attachment member which is configured for location in at least one of the bones at the joint and the other prosthesis member a second screw-like attachment member which is configured for location in at least one other bone at the joint, and wherein said one prosthesis member comprises a socket member and said other prosthesis member a head member, wherein said socket member is configured with an attachment pin which is insertable into a hole in the first screw-like attachment member for attachment of the socket member therein, and wherein said head member is configured with an attachment pin which is insertable into a hole in the second screw-like attachment member for attachment of the head member therein, wherein the hole in the first screw-like attachment member is at least partly configured to define a press fit with the attachment pin of the socket member, characterized in that the hole in the first screw-like attachment member further is at least partly threaded to alternatively permit tightening or securing by screwing in said hole of a locking member (33a; 33b) which is configured to cooperate with a lockable member (34a; 34b) which is made in one piece with a second attachment member (5a; 5b), said lockable member being configured for adjustable setting thereof relative to the locking member and for fixation thereof, in set position, to the locking member, said lockable member (34a; 34b) replacing together with said second attachment member (5a; 5b) the second screw-like attachment member with the head member, or of a locking member (33c; 33d) which is configured to cooperate with a lockable member (34c; 34d), said lockable member being configured for adjustable setting thereof relative to the locking member and for fixation thereof, in set position, to the locking member, said lockable member replacing the head member in the second screw-like member.
A core shell microcapsule having a liquid core and an outer shell, in which the liquid core comprises solvent and a dissolved piroctone compound and the shell comprises polyurea comprising amino sulphonic acid.
A method of controlling an inkjet printing device comprising one or more print heads each print head (20a, 20b, 20c, 20d, 20e) comprising a plurality of nozzles, a sensor for detecting printing media deformations located such that printing media travels under said sensor before travelling under the one or more print heads, and a scanner located such that printing media travels under said scanner after travelling under the one or more print heads, the the method comprising the steps of: a) detecting media deformations using the sensor; b) if deformations are detected in the printing media, inhibiting printing; c) if printing is inhibited in step b), sensing a pressure wave in the liquid in the plurality of ducts of the plurality of nozzles of one or more of the print heads (20a, 20b, 20c, 20d, 20e), while the printing media travels under the one or more print heads resulting in a plurality of sensed pressure waves; and d) inferring from the plurality of sensed pressure waves which nozzles of the plurality of nozzles enter in contact with the deformed printing media while the printing media travels under the one or more print heads; and e) scanning the parts of the image printed by the nozzles that have been determined in step d) to have entered in contact with the deformed printing media during a subsequent printing of the inhibited printing job. a) detecting media deformations using the sensor; b) if deformations are detected in the printing media, inhibiting printing; c) if printing is inhibited in step b), sensing a pressure wave in the liquid in the plurality of ducts of the plurality of nozzles of one or more of the print heads (20a, 20b, 20c, 20d, 20e), while the printing media travels under the one or more print heads resulting in a plurality of sensed pressure waves; and d) inferring from the plurality of sensed pressure waves which nozzles of the plurality of nozzles enter in contact with the deformed printing media while the printing media travels under the one or more print heads; and e) scanning the parts of the image printed by the nozzles that have been determined in step d) to have entered in contact with the deformed printing media during a subsequent printing of the inhibited printing job.
Vehicle tyre comprising a belt bandage, wherein the belt bandage comprises strength members, wherein the strength members comprise hybrid cords arranged parallel to one another within the ply and wherein the hybrid cords each contain at least one yarn made of polyethylene terephthalate and at least one yarn made of polyamide, wherein the PET is recycled PET (rPET) and the yarn made of recycled PET has a fineness of 200 to 1670 dtex, the yarn made of polyamide has a fineness of 200 to 1400 dtex, the hybrid cord altogether has a fineness of 400 to 2900 dtex, characterized in that the cord thread density of the belt bandage is 50 to 150 epdm. the PET is recycled PET (rPET) and the yarn made of recycled PET has a fineness of 200 to 1670 dtex, the yarn made of polyamide has a fineness of 200 to 1400 dtex, the hybrid cord altogether has a fineness of 400 to 2900 dtex, characterized in that the cord thread density of the belt bandage is 50 to 150 epdm.
A draw frame installation having two draw frame devices for textile fibre bands, which devices are disposed neighbouring each other and operable in parallel, • respectively including - a drafting system • which is accommodated on a sliver coiling housing, and • to which the textile fibre bands are feedable, and - a base plate, on which two sliver coiling cans are receivable, • wherein - the sliver coiling housing is disposed spaced apart by means of posts and above the base plate, and - the base plate includes a revolving coiler plate, • which is disposed at a front sliver coiling position of the base plate, and • by means of which a sliver coiling can, which is fillable with the textile fibre band, is receivable, and the sliver coiling can is rotatable, characterized in that • the draw frame devices respectively include one revolving coiler plate drive disposed outside the base plate, and • the revolving coiler plate drives are disposed in a spacing between the draw frame devices in an arrangement offset with regard to each other. • respectively including - a drafting system • which is accommodated on a sliver coiling housing, and • to which the textile fibre bands are feedable, and - a base plate, on which two sliver coiling cans are receivable, - a drafting system • which is accommodated on a sliver coiling housing, and • to which the textile fibre bands are feedable, and • which is accommodated on a sliver coiling housing, and • to which the textile fibre bands are feedable, and - a base plate, on which two sliver coiling cans are receivable, • wherein - the sliver coiling housing is disposed spaced apart by means of posts and above the base plate, and - the base plate includes a revolving coiler plate, • which is disposed at a front sliver coiling position of the base plate, and • by means of which a sliver coiling can, which is fillable with the textile fibre band, is receivable, and the sliver coiling can is rotatable, - the sliver coiling housing is disposed spaced apart by means of posts and above the base plate, and - the base plate includes a revolving coiler plate, • which is disposed at a front sliver coiling position of the base plate, and • by means of which a sliver coiling can, which is fillable with the textile fibre band, is receivable, and the sliver coiling can is rotatable, • which is disposed at a front sliver coiling position of the base plate, and • by means of which a sliver coiling can, which is fillable with the textile fibre band, is receivable, and the sliver coiling can is rotatable, • the draw frame devices respectively include one revolving coiler plate drive disposed outside the base plate, and • the revolving coiler plate drives are disposed in a spacing between the draw frame devices in an arrangement offset with regard to each other.
A crystal pattern forming method comprising: an electromagnetic wave absorbing layer forming process for forming an electromagnetic wave absorbing layer on one of surfaces of a substrate; an amorphous film forming process for forming an amorphous film on the electromagnetic wave absorbing layer; a crystallizing process for causing the substrate to be irradiated with an electromagnetic wave from the other one of the surfaces of the substrate to crystallize a given region in the amorphous film; characterized in a mask forming process for forming an electromagnetic wave blocking mask for blocking an electromagnetic wave on the other one of the surfaces of the substrate; wherein in the crystallizing process, the substrate is irradiated with the electromagnetic wave from the other one of the surfaces of the substrate through the electromagnetic wave blocking mask; wherein in the mask forming process, a recessed structure is formed on the other one of the surfaces of the substrate, by selectively removing the other one of the surfaces of the substrate to form the recessed structure; said recessed structure serving as the electromagnetic wave blocking mask. an electromagnetic wave absorbing layer forming process for forming an electromagnetic wave absorbing layer on one of surfaces of a substrate; an amorphous film forming process for forming an amorphous film on the electromagnetic wave absorbing layer; a crystallizing process for causing the substrate to be irradiated with an electromagnetic wave from the other one of the surfaces of the substrate to crystallize a given region in the amorphous film; characterized in a mask forming process for forming an electromagnetic wave blocking mask for blocking an electromagnetic wave on the other one of the surfaces of the substrate; wherein in the crystallizing process, the substrate is irradiated with the electromagnetic wave from the other one of the surfaces of the substrate through the electromagnetic wave blocking mask; wherein in the mask forming process, a recessed structure is formed on the other one of the surfaces of the substrate, by selectively removing the other one of the surfaces of the substrate to form the recessed structure; said recessed structure serving as the electromagnetic wave blocking mask.
Device for generating energy, said device being composed of at least two ultralight rotating airfoils (3, 5), said airfoils (3, 5) being equipped with pulling means (9, 14, 20) for keeping their aerodynamic shape during their use, said airfoils (3, 5) being mutually connected and adapted to be rotated around their own axis through a force applied by wind, thereby emulating a propeller performance, characterised in that: - said device is operatively connected to a plurality of other devices counter-rotating on a same axis with an interposed generator; and - said device is adapted to generate energy by rotation and to be equipped with rigid ribs adapted to transmit its movement to the generator placed at the device centre, said device being further equipped with weights adapted to counteract a rotation torque linked to energy production, said weights being rigidly spaced from a rotation centre of the generator to create a resisting torque that countereacts the rotation torque. - said device is operatively connected to a plurality of other devices counter-rotating on a same axis with an interposed generator; and - said device is adapted to generate energy by rotation and to be equipped with rigid ribs adapted to transmit its movement to the generator placed at the device centre, said device being further equipped with weights adapted to counteract a rotation torque linked to energy production, said weights being rigidly spaced from a rotation centre of the generator to create a resisting torque that countereacts the rotation torque.
A method (300, 400, 500) for operating a pseudorandom number generator on a mobile computing device, the method comprising: collecting (302, 402, 502) raw sensor data from at least one sensor associated with the mobile computing device; selecting (304, 404) a subset of the raw sensor data based on: compressing the raw sensor data using a lossy compression technique to obtain a lossy compressed sensor data output; and selecting, for inclusion in the subset, portions of the raw sensor data that are not included in the lossy compressed sensor data output; applying a one-way cryptographic compression on the selected subset to obtain a first compressed output; retrieving (306, 408, 508) a first representation of accumulated entropy associated with one or more previously acquired raw sensor data sets for the at least one sensor; and generating (308, 410, 510) a seed for a pseudorandom number generator based on combining the first representation and the first compressed output. collecting (302, 402, 502) raw sensor data from at least one sensor associated with the mobile computing device; selecting (304, 404) a subset of the raw sensor data based on: compressing the raw sensor data using a lossy compression technique to obtain a lossy compressed sensor data output; and selecting, for inclusion in the subset, portions of the raw sensor data that are not included in the lossy compressed sensor data output; compressing the raw sensor data using a lossy compression technique to obtain a lossy compressed sensor data output; and selecting, for inclusion in the subset, portions of the raw sensor data that are not included in the lossy compressed sensor data output; applying a one-way cryptographic compression on the selected subset to obtain a first compressed output; retrieving (306, 408, 508) a first representation of accumulated entropy associated with one or more previously acquired raw sensor data sets for the at least one sensor; and generating (308, 410, 510) a seed for a pseudorandom number generator based on combining the first representation and the first compressed output.
A method for detecting a three-phase islanding state in a three-phase electricity network, the method comprising: supplying power into a three-phase electricity network by a power supply assembly having an output frequency (ω PSA); controlling the output frequency (ω PSA) of the power supply assembly with a frequency reference signal (ω ctrl) adapted to deviate the output frequency (ω PSA) of the power supply assembly from a grid frequency (ω grid) representing a frequency of a common electricity network whose part the three-phase electricity network is in normal operating conditions; monitoring a magnitude of a frequency quantity obtainable from the output frequency (ω PSA) of the power supply assembly; and detecting a three-phase islanding state in the electricity network if the magnitude of the frequency quantity exits an allowable value range, characterized in that the method comprises forming a stimulus signal (ω ai,stim) obtainable by multiplying a difference between the output frequency (ω PSA) of the power supply assembly and the grid frequency (ω grid) by a stimulus coefficient (k ai), wherein forming of the frequency reference signal (ω ctrl) comprises addition of the output frequency (ω PSA) of the power supply assembly and the stimulus signal (ω ai,stim), and during a normal operating state of the electricity network the stimulus coefficient (k ai) is a function of an active output current (i p,ω) of the power supply assembly. supplying power into a three-phase electricity network by a power supply assembly having an output frequency (ω PSA); controlling the output frequency (ω PSA) of the power supply assembly with a frequency reference signal (ω ctrl) adapted to deviate the output frequency (ω PSA) of the power supply assembly from a grid frequency (ω grid) representing a frequency of a common electricity network whose part the three-phase electricity network is in normal operating conditions; monitoring a magnitude of a frequency quantity obtainable from the output frequency (ω PSA) of the power supply assembly; and detecting a three-phase islanding state in the electricity network if the magnitude of the frequency quantity exits an allowable value range, characterized in that the method comprises forming a stimulus signal (ω ai,stim) obtainable by multiplying a difference between the output frequency (ω PSA) of the power supply assembly and the grid frequency (ω grid) by a stimulus coefficient (k ai), wherein forming of the frequency reference signal (ω ctrl) comprises addition of the output frequency (ω PSA) of the power supply assembly and the stimulus signal (ω ai,stim), and during a normal operating state of the electricity network the stimulus coefficient (k ai) is a function of an active output current (i p,ω) of the power supply assembly.
A vacuum cleaner comprising a vacuum cleaner body and a handle for carrying the vacuum cleaner, which handle is pivotally mounted on the vacuum cleaner body and which handle can be moved between a first position in which the handle is located substantially horizontal with respect to the vacuum cleaner body and a second position in which the handle is substantially vertical with respect to the vacuum cleaner body characterized in that the handle in said second position has at least two positions, namely a lower position in which the handle can be rotated freely and an upper position in which a hook of a spring engages a protrusion of the vacuum cleaner body to block the rotation of the handle.
A measurement device that is configured to measure position information of a plurality of marks formed on a substrate, the device comprising: a base member; a stage that is configured to hold the substrate and is movable over the base member; a drive system that is configured to move the stage; a first position measurement system that is configured to measure a first position information of the stage with respect to the base member; a measurement unit that has a mark detection system and is configured to detect a mark formed on the substrate; a second position measurement system that is configured to measure a relative second position information between the mark detection system and the base member; and a controller that is configured to control movement of the stage by the drive system, acquire the first position information using the first position measurement system, acquire the second position information using the second position measurement system, and obtain position information of the plurality of marks formed on the substrate using the mark detection system. a base member; a stage that is configured to hold the substrate and is movable over the base member; a drive system that is configured to move the stage; a first position measurement system that is configured to measure a first position information of the stage with respect to the base member; a measurement unit that has a mark detection system and is configured to detect a mark formed on the substrate; a second position measurement system that is configured to measure a relative second position information between the mark detection system and the base member; and a controller that is configured to control movement of the stage by the drive system, acquire the first position information using the first position measurement system, acquire the second position information using the second position measurement system, and obtain position information of the plurality of marks formed on the substrate using the mark detection system.
Working device for generating a working movement, having - a drive train having an internal combustion engine and having a movement conversion device for converting rotational movement of the internal combustion engine into the working movement; - a load device coupled to the drive train for exerting a load, as required, on the drive train in addition to an output of the drive train; and having - a control device to change the load which can be achieved by the load device, characterised in that - the load device can be actuated by the control device such that the load exerted by the load device on the drive train is adjusted in dependence upon the output required to generate the working movement such that in the case of a changing output required to generate the working movement, the rotational speed of the internal combustion engine approaches a preset rotational speed set value better than in the case in which the load device exerts no load on the drive train or is not actuated by the control device. - a drive train having an internal combustion engine and having a movement conversion device for converting rotational movement of the internal combustion engine into the working movement; - a load device coupled to the drive train for exerting a load, as required, on the drive train in addition to an output of the drive train; and having - a control device to change the load which can be achieved by the load device, characterised in that - the load device can be actuated by the control device such that the load exerted by the load device on the drive train is adjusted in dependence upon the output required to generate the working movement such that in the case of a changing output required to generate the working movement, the rotational speed of the internal combustion engine approaches a preset rotational speed set value better than in the case in which the load device exerts no load on the drive train or is not actuated by the control device.