mhurhangee/patent-ind-claim-en huggingface dataset:
A printer comprising: a casing ; a detachable unit provided to the casing , the detachable unit being configured to be detachable from the casing ; an adjacent member provided adjacent to the detachable unit ; and an engagement member attached to the adjacent member , the engagement member being configured to be changeable between an engagement position with which the adjacent member is engaged with the casing and a non-engagement position with which the adjacent member is removed from the casing , wherein the engagement member engages the detachable unit to the casing together with the adjacent member , at the engagement position; characterized in that the detachable unit is a unit that is exchangeable to provides either a function of peeling a release sheet or provides a function of cutting a continuous print medium (M); and the adjacent member is a platen roller . a casing ; a detachable unit provided to the casing , the detachable unit being configured to be detachable from the casing ; an adjacent member provided adjacent to the detachable unit ; and an engagement member attached to the adjacent member , the engagement member being configured to be changeable between an engagement position with which the adjacent member is engaged with the casing and a non-engagement position with which the adjacent member is removed from the casing , wherein the engagement member engages the detachable unit to the casing together with the adjacent member , at the engagement position; characterized in that the detachable unit is a unit that is exchangeable to provides either a function of peeling a release sheet or provides a function of cutting a continuous print medium (M); and the adjacent member is a platen roller .
A chimney tray, comprising a tray having a plurality of through-holes, and a plurality of chimneys perpendicularly inserted into the through-holes of the tray and having a plurality of outlets so as to disperse a liquid reactant on a catalyst bed of a fixed bed reactor, wherein each of the plurality of chimneys includes a conical lower end which is integrally formed such that it extends from a lower surface of the tray to make an angle of 10∼40° with respect to a direction of a normal line of the tray, wherein each of the plurality of chimneys further includes an upper cover, wherein the outlets are formed to penetrate through the chimneys and to face each other so as to be inclined with respect to a tangential direction of a transverse cross-section of the chimney, and the outlets penetrating through the chimney are obliquely formed to make a predetermined angle with respect to the tangential direction so that introduced liquid reactant is subjected to rotary force, wherein each of the plurality of chimneys further includes a plurality of second outlets formed perpendicular to a tangential direction of the transverse cross-section of the chimney so that the liquid reactant can flow into a longitudinal central portion, wherein the plurality of chimneys with the outlets is arranged in lattice form, and an imaginary line connecting the outlets of one chimney of the chimneys, which penetrate there through and face each other, is orthogonal to an imaginary line connecting the outlets of the other chimneys adjacent to the chimney, which penetrate there through.
Pneumatic valve arrangement comprising an electronic valve controller for controlling and regulating the pneumatic valve arrangement (VS, VI) for a pneumatic movement task, characterized in that an application (A) for controlling and regulating the valve arrangement (VS, VI) is executably loaded or loadable on the electronic valve controller in order to execute the pneumatic movement task, wherein the valve arrangement is a valve terminal (VI), wherein the valve terminal (VI) comprises a plurality of valve discs (VS) and wherein in each case one of the valve discs (VS) is formed with a plurality of, and preferably four or eight, interconnected pneumatic valves and wherein the valve arrangement comprises a first and a second control circuit (RK1, RK2) - wherein the first control loop (RK1) is implemented in a respective valve disc (VS) of the valve terminal (VI) and is intended to process sensor signals of the valve disc (VS); and - wherein the second control circuit (RK2) is integrated in the electronic valve controller and is intended to process sensor signals of a piston-cylinder sensor unit and/or local measurement signals of a valve-arrangement-internal measurement signal unit and/or valve-arrangement-external process signals of an external sensor unit for control. an application (A) for controlling and regulating the valve arrangement (VS, VI) is executably loaded or loadable on the electronic valve controller in order to execute the pneumatic movement task, wherein the valve arrangement is a valve terminal (VI), wherein the valve terminal (VI) comprises a plurality of valve discs (VS) and wherein in each case one of the valve discs (VS) is formed with a plurality of, and preferably four or eight, interconnected pneumatic valves and wherein the valve arrangement comprises a first and a second control circuit (RK1, RK2) - wherein the first control loop (RK1) is implemented in a respective valve disc (VS) of the valve terminal (VI) and is intended to process sensor signals of the valve disc (VS); and - wherein the second control circuit (RK2) is integrated in the electronic valve controller and is intended to process sensor signals of a piston-cylinder sensor unit and/or local measurement signals of a valve-arrangement-internal measurement signal unit and/or valve-arrangement-external process signals of an external sensor unit for control. - wherein the first control loop (RK1) is implemented in a respective valve disc (VS) of the valve terminal (VI) and is intended to process sensor signals of the valve disc (VS); and - wherein the second control circuit (RK2) is integrated in the electronic valve controller and is intended to process sensor signals of a piston-cylinder sensor unit and/or local measurement signals of a valve-arrangement-internal measurement signal unit and/or valve-arrangement-external process signals of an external sensor unit for control.
A method for controlling a lock-screen interface, the method comprising: predicting current activity attribute information of the user of the terminal equipment according to a running application set of the terminal equipment and at least one of a current geographic location, a motion state, and a current moment, the activity attribute information referring to attribute information of user's activity; predicting static attribute information of the user of the terminal equipment based on historical usage information of an application of the terminal equipment, the static attribute information referring to a user attribute comprising at least one of: interests, occupations, and hobbies of the user; storing the static attribute information of the user of the terminal equipment; and determining a lock-screen image that matches the current activity attribute information and the pre-stored static attribute information. predicting current activity attribute information of the user of the terminal equipment according to a running application set of the terminal equipment and at least one of a current geographic location, a motion state, and a current moment, the activity attribute information referring to attribute information of user's activity; predicting static attribute information of the user of the terminal equipment based on historical usage information of an application of the terminal equipment, the static attribute information referring to a user attribute comprising at least one of: interests, occupations, and hobbies of the user; storing the static attribute information of the user of the terminal equipment; and determining a lock-screen image that matches the current activity attribute information and the pre-stored static attribute information.
A method for providing a notary service for a file, comprising steps of: (a) a server , if notary service requests for the file are acquired (S610, S620; S710, S735) from a first user and a second user, generating (S612, S622; S712, S737) a specific message digest (MD) of the file by using a hash function; and (b) the server , if one of anchoring conditions is satisfied, registering (S640-3; S760-S780) a representative hash value or its processed value in a blockchain database , wherein the representative hash value is generated by using a specific hash value and its corresponding at least one neighboring hash value, and wherein the specific hash value is either a hash value of the result acquired by encoding (S665) a data group with the private key (PrivC) of the server , and wherein the data group is comprised of a first encoded message digest generated by encoding the specific message digest (MD) with the private key (PrivU1) of the first user, and a second encoded message digest generated by encoding the specific message digest (MD) with the private key of (PrivU2) the second user, or a hash value of a result acquired by encoding (S665; S765) the specific message (MD) digest in sequence with a private key (PrivU1) of the first user, a private key (PrivU2) of the second user, and a private key (PrivC) of the server . (a) a server , if notary service requests for the file are acquired (S610, S620; S710, S735) from a first user and a second user, generating (S612, S622; S712, S737) a specific message digest (MD) of the file by using a hash function; and (b) the server , if one of anchoring conditions is satisfied, registering (S640-3; S760-S780) a representative hash value or its processed value in a blockchain database , wherein the representative hash value is generated by using a specific hash value and its corresponding at least one neighboring hash value, and wherein the specific hash value is
A method for reducing the torque ripple and noise evolution of a single-phase feed EC motor with a buffer-storing of electrical energy in the EC motor , which is formed with a power factor correction circuit (PFC) having a capacitor at the power supply system input for a specific power supply system AC voltage U N , wherein the capacitance of the capacitor (C Z ) is dimensioned such that when the power supply system AC voltage U N is applied, a pulsating DC voltage is generated in a link circuit (Z), wherein the pulsating electrical energy generated thereby is stored by means of a primary regulation of the id current component as magnetic energy in the EC motor at least for a predefined time period, characterized in that a trajectory controlled, flatness-based, nonlinear regulation in the state space is used for controlling the id current.
A method at a receiver (1.7) for requesting a missing packet, said method comprising the steps of: - receiving a list indicating more than one repair server (1.2) and more than one transmission mode being used by said more than one repair server, - receiving from a server a file comprising a plurality of packets, - checking the correct reception of the packets, and - if missing packets have been identified, selecting a repair server amongst the more than one repair server in the received list and a transmission mode amongst the more than one transmission mode used by the selected repair server, and requesting said selected repair server to transmit missing packets using said selected transmission mode. - receiving a list indicating more than one repair server (1.2) and more than one transmission mode being used by said more than one repair server, - receiving from a server a file comprising a plurality of packets, - checking the correct reception of the packets, and - if missing packets have been identified, selecting a repair server amongst the more than one repair server in the received list and a transmission mode amongst the more than one transmission mode used by the selected repair server, and requesting said selected repair server to transmit missing packets using said selected transmission mode.
A linear drive apparatus, comprising: a housing and, located inside the housing: an electric motor ; a transmission gear meshed with an output gear on an output shaft of the electric motor , the transmission gear being mounted on a gear shaft located inside the housing ; and a linear motion assembly , which is fitted to the transmission gear and converts rotational motion of the transmission gear to linear motion; wherein an axis of the linear motion assembly is arranged in the same plane as an axis of the electric motor output shaft and an axis of the gear shaft and wherein the linear drive apparatus also comprises a cooling water path which surrounds the linear motion assembly . an electric motor ; a transmission gear meshed with an output gear on an output shaft of the electric motor , the transmission gear being mounted on a gear shaft located inside the housing ; and a linear motion assembly , which is fitted to the transmission gear and converts rotational motion of the transmission gear to linear motion; wherein an axis of the linear motion assembly is arranged in the same plane as an axis of the electric motor output shaft and an axis of the gear shaft and wherein the linear drive apparatus also comprises a cooling water path which surrounds the linear motion assembly .
An immunoglobulin-binding protein which binds to regions of an immunoglobulin molecule other than the complementarity determining regions (CDR), wherein, when compared to the parental immunoglobulin-binding protein defined by SEQ ID NO. 1 or 2, at least one asparagine residue is mutated to an amino acid other than glutamine, wherein the mutated protein comprises at least 80% of the amino acid sequence as defined in SEQ ID NO. 1 or 2, wherein the amino acid residue in position 23 is a threonine and the amino acid residue in position 21 is an asparagine, and wherein said immunoglobulin-binding protein has an increased chemical stability at alkaline pH-values compared to the parental protein.
A lighting assembly , comprising an optical light guide panel member having opposite sides, the panel member comprising a light conducting core cladded on opposite sides by cladding made of an optically transparent material having a lower index of refraction than the light conducting core to cause total internal reflection of conducted light within the light conducting core at the core-cladding interface, disruptions at one or more areas of the cladding to cause conducted light within the light conducting core to be emitted from one or more areas of the panel member , electrical circuitry bonded directly to the cladding on one or both sides of the panel, wherein the electrical circuitry comprises conductive traces , and one or more LEDs embedded in the panel member, the LEDs being in electrical contact with the electrical circuitry and optically coupled to the light conducting core .
A drive device of a drive rod fitting of a casement pivotable against a frame , with a drive gear , with a drive pinion of the drive gear for driving a longitudinally displaceably guided drive rod , with a housing of the drive gear to be arranged underneath a casement cover , with a drive recess in the drive pinion provided for rotationally fixed coupling with a handle and with a coupling device for coupling the drive gear with the drive rod , wherein the coupling device has a slider drivable by the drive gear , and with a fastening screw for connecting the housing with a component of the casement , wherein a screw head of the fastening screw is arranged on the housing , characterized in that the housing supports a seal of the casement and that the seal is fastened in recesses of the housing .
A system for recirculating blow-by gases into an air intake duct of an internal combustion engine , comprising: - a separating device , configured for separating oil, in the form of vapor or droplets, from blow-by gases of an internal combustion engine , said separating device having an inlet to receive blow-by gases from the engine , at least one discharge for returning the oil separated in said separating device to the engine and an outlet for the clean blow-by gases, - a recirculation duct that connects said outlet for the clean blow-by gases from the separator device to an air intake duct of said internal combustion engine , said recirculation duct having an end connected to said intake duct by means of a T-shaped connector member , having a main duct portion arranged along said intake duct and a tubular element, or "snorkel" having an essentially transversal axis with respect to the axis of said main duct portion , - wherein said tubular element or snorkel has a first end (15B1) connected to said recirculation duct and a second end (15B2) protruding inside said main duct portion , said system being characterized in that : - said second end (15B2) of said tubular element or snorkel protrudes inside said main duct portion by a length at least equal to 30 % of the inner diameter of the main duct portion , and has an annular end surface which has an irregular profile in form of a saw-like toothed profile, including a plurality of teeth protruding axially from the annular end surface of said tubular element or snorkel , along the entire circumferential extension of said annular end surface . - a separating device , configured for separating oil, in the form of vapor or droplets, from blow-by gases of an internal combustion engine , said separating device having an inlet to receive blow-by gases from the engine , at least one discharge for returning the oil separated in said separating device to the engine and an outlet for the clean blow-by gases, - a recirculation duct that connects said outlet for the clean blow-by gases from the separator device to an air intake duct of said internal combustion engine , said recirculation duct having an end connected to said intake duct by means of a T-shaped connector member , having a main duct portion arranged along said intake duct and a tubular element, or "snorkel" having an essentially transversal axis with respect to the axis of said main duct portion , - wherein said tubular element or snorkel has a first end (15B1) connected to said recirculation duct and a second end (15B2) protruding inside said main duct portion , - said second end (15B2) of said tubular element or snorkel protrudes inside said main duct portion by a length at least equal to 30 % of the inner diameter of the main duct portion , and has an annular end surface which has an irregular profile in form of a saw-like toothed profile, including a plurality of teeth protruding axially from the annular end surface of said tubular element or snorkel , along the entire circumferential extension of said annular end surface .
A use of a kit for polishing a glass surface, the kit comprising: a polishing paste containing abrasive bodies, and a polishing stick in the shape of a spatula. a polishing paste containing abrasive bodies, and a polishing stick in the shape of a spatula.
A passenger transport system designed as a moving walkway or escalator, having two access regions and a conveyance region , wherein the conveyance region has a circulating, movable conveyor belt which is arranged between the two access regions and which connects them to each other, and wherein each of the two access regions has a stationary walking-accessible surface , wherein at least one of the walking-accessible surfaces is equipped with a guide device for guiding and channeling users in accordance with their different conveyance needs, wherein the guide device comprises tactile elements , the planar arrangement of which in the access region divides the walking-accessible surface into a first corridor (K1) with tactile elements and a second corridor (K2) without tactile elements , such that the two corridors (K1, K2) are arranged next to each other with respect to a direction of conveyance (F) of the conveyor belt , and extend at least partially over the walking-accessible surface , characterized in that a width of the second corridor (K2) is designed for a wheel track width of transport carts permitted on the conveyor belt .
A method for reducing oscillation loads of a wind turbine induced by high turbulence or combined with other environmental conditions, the method comprising: determining at least one wind parameter at the wind turbine ; wherein determining the at least one wind parameter comprises filtering a plurality of wind parameters; monitoring an operating condition of the wind turbine ; determining , by a processor , a variance of the monitored operating condition based at least in part on the standard deviation of the operating condition, and of the plurality of the wind parameters, wherein the variance is indicative of an oscillation occurring at one or more wind turbine components; determining , by the processor , an operating set point based on the variance ; and operating the wind turbine based on the operating set point when the variance indicates that the oscillation comprises a frequency within a certain frequency band so as to modify the frequency, wherein the modified frequency is outside of the frequency band and reduces oscillation loads occurring at the one or more wind turbine components. determining at least one wind parameter at the wind turbine ; wherein determining the at least one wind parameter comprises filtering a plurality of wind parameters; monitoring an operating condition of the wind turbine ; determining , by a processor , a variance of the monitored operating condition based at least in part on the standard deviation of the operating condition, and of the plurality of the wind parameters, wherein the variance is indicative of an oscillation occurring at one or more wind turbine components; determining , by the processor , an operating set point based on the variance ; and operating the wind turbine based on the operating set point when the variance indicates that the oscillation comprises a frequency within a certain frequency band so as to modify the frequency, wherein the modified frequency is outside of the frequency band and reduces oscillation loads occurring at the one or more wind turbine components.
A pharmaceutical composition of entecavir monohydrate, comprising sodium starch glycolate and sodium stearyl fumarate with at least one pharmaceutically acceptable excipient, with the provisio that said composition doesn't comprise povidone or crospovidone.
An anaerobic curable composition comprising: (a) a (meth)acrylate component; (b) an anaerobic cure-inducing composition; and (c) a cure accelerator embraced by wherein X is CH 2 , O, S, NR 4 , CR 5 R 6 or C=O; R is hydrogen, alkyl, alkenyl, alkynl, hydroxyalkyl, hydroxyalkenyl, or hydroxyalkynl; R 1 - R 6 are each individually selected from hydrogen, halogen, amino, carboxyl, nitro, alkyl, alkenyl, alkynyl, hydroxyalkyl, hydroxyalkenyl, hydroxyalkynyl, or alkaryl; R 7 is hydrogen or CHR 8 R 9 , wherein R 8 and R 9 are each individually selected from hydrogen, halogen, amino, carboxyl, nitro, alkyl, alkenyl, alkynyl, hydroxyalkyl, hydroxyalkenyl, hydroxyalkynyl, or alkaryl; and n is 0 or 1. (a) a (meth)acrylate component; (b) an anaerobic cure-inducing composition; and (c) a cure accelerator embraced by