mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling railway vehicles traveling on at least one track, wherein a group of wireless transmission beacons arranged successively along the track comprises at least a first beacon and a second beacon controlled by a control device of the beacons, wherein the first and second beacons are able to communicate with a wireless reception block on board the railway vehicle, and wherein the method comprises the following steps: - determining, by the control device, of a first signaling message intended for a railway vehicle, as a function of recently received signaling information, wherein the first message comprises at least a first message portion and a second message portion; - transmission by the control device, of the first portion of the first message to the first beacon and the second portion of the first message to the second beacon, for selective transmission by the first beacon of the first portion of the first message, and for selective transmission by the second beacon of the second portion of the first message; then - receiving, by the control device, data indicating the passage of the railway vehicle at the first beacon; - wherein the method is characterized in that, upon receipt of the data, the control device freezes, during a determined period, any transmission to the first and second beacons (4, 4b) of other than the first message of the signaling messages intended for railway vehicles. - determining, by the control device, of a first signaling message intended for a railway vehicle, as a function of recently received signaling information, wherein the first message comprises at least a first message portion and a second message portion; - transmission by the control device, of the first portion of the first message to the first beacon and the second portion of the first message to the second beacon, for selective transmission by the first beacon of the first portion of the first message, and for selective transmission by the second beacon of the second portion of the first message; then - receiving, by the control device, data indicating the passage of the railway vehicle at the first beacon; - wherein the method is characterized in that, upon receipt of the data, the control device freezes, during a determined period, any transmission to the first and second beacons (4, 4b) of other than the first message of the signaling messages intended for railway vehicles.
Method for setting an inrush current of a domestic appliance to a region-specific inrush current, in which the domestic appliance is switched to a setting mode, in which the inrush current is limited at the domestic appliance to one of a number of region-specific inrush currents that can be selected at the domestic appliance.
A method for controlling a vapor compression system including a variable speed compressor, comprising: determining a desired discharge temperature of the compressor using a mapping between values of the discharge temperature of the compressor and values of speed of the compressor and outdoor air temperature; determining a transition function for transitioning a current discharge temperature to the desired discharge temperature, such that the transition function is continuous and a rate of change of the transition function is limited; and controlling a valve of the vapor compression system such that the discharge temperature is transitioned to the desired discharge temperature based on the transition function, wherein steps of the method are performed by a processor. determining a desired discharge temperature of the compressor using a mapping between values of the discharge temperature of the compressor and values of speed of the compressor and outdoor air temperature; determining a transition function for transitioning a current discharge temperature to the desired discharge temperature, such that the transition function is continuous and a rate of change of the transition function is limited; and controlling a valve of the vapor compression system such that the discharge temperature is transitioned to the desired discharge temperature based on the transition function, wherein steps of the method are performed by a processor.
A threaded rod hanger comprising: a housing having a tapered bore therein, wherein the tapered bore has a wide end and a narrow end; and a threaded rod locking mechanism, wherein the threaded rod locking mechanism includes: plunger pieces movable within the tapered bore, wherein the plunger pieces have sloped outer surfaces that engage the bore, and threaded inner surfaces; and a spring within the tapered bore providing a spring force biasing the plunger pieces toward the narrow end of the tapered bore; wherein contact between the outer surfaces of the plunger pieces and a bore surface at the narrow end of the tapered bore drives the plunger pieces toward one another and toward an axis of the tapered bore; wherein the spring is a coil spring; wherein one end of the coil spring is in contact with the plunger pieces; and characterized in that the housing includes an attachment that is a beam clamp attachment for clamping onto a flange of a beam, a strut nut attachment for engaging a strut or channel, or an anchor attachment that includes a screw portion. a housing having a tapered bore therein, wherein the tapered bore has a wide end and a narrow end; and a threaded rod locking mechanism, wherein the threaded rod locking mechanism includes: plunger pieces movable within the tapered bore, wherein the plunger pieces have sloped outer surfaces that engage the bore, and threaded inner surfaces; and a spring within the tapered bore providing a spring force biasing the plunger pieces toward the narrow end of the tapered bore; plunger pieces movable within the tapered bore, wherein the plunger pieces have sloped outer surfaces that engage the bore, and threaded inner surfaces; and a spring within the tapered bore providing a spring force biasing the plunger pieces toward the narrow end of the tapered bore; wherein contact between the outer surfaces of the plunger pieces and a bore surface at the narrow end of the tapered bore drives the plunger pieces toward one another and toward an axis of the tapered bore; wherein the spring is a coil spring; wherein one end of the coil spring is in contact with the plunger pieces; and characterized in that the housing includes an attachment that is a beam clamp attachment for clamping onto a flange of a beam, a strut nut attachment for engaging a strut or channel, or an anchor attachment that includes a screw portion.
A process for the production of a web material (1; 9) formed from a woven fabric (1a; 9a), wherein the woven fabric is formed from interwoven tapes (2a, 2b), in particular plastic tapes, wherein the web material (1; 9) is divided into web sections (7; 11) by tear lines (6; 10) extending across the width of the web material, wherein the tear lines (6; 10) weaken the web material (1; 9) without causing a complete separation of the web sections (7; 11) from the web material (1; 9), and the web sections (7; 11) are separable from the web material (1; 9) by being torn off along the tear lines (6; 10), wherein each tear line (6; 10) has at least one transverse section (6a; 10a) running transversely or at least predominantly transversely to the longitudinal extension of the web material (1; 9), characterized in that cuts (8; 12) are introduced into the woven fabric (1a, 9a) at the at least one transverse section (6a; 10a) of the tear line (6; 10), which cuts are spaced apart from each other and are oriented in the longitudinal direction of the web material (1; 9) or transversely to the transverse section (6a; 10a) of the tear line (6; 10), with the cuts (8; 12) being connected to only one transverse section of the tear line (6; 10).
A medicament delivery device comprising: - a housing adapted to receive a medicament container with or without a connectable delivery member; - a drive mechanism that is acted upon and in turn acts upon the medicament container; - an actuation member movable from a first position, in which it allows the drive mechanism to be retained, to a second position, in which it allows the drive mechanism to be released, such that the medicament is allowed to be expelled through the delivery member; - an interlock member movable between a locking position, at which it prevents movement of the actuation member from its first position to its second position, and a releasing position, at which it allows movement of the actuation member from its first position to its second position, the device having an indicator to show that it has been used provided by the actuation member being retained in its second position; characterised in that the actuation member comprises at least one latching projection and the drive mechanism comprises corresponding latching surfaces against which the latching projections latch when the actuation member is in its second position. - a housing adapted to receive a medicament container with or without a connectable delivery member; - a drive mechanism that is acted upon and in turn acts upon the medicament container; - an actuation member movable from a first position, in which it allows the drive mechanism to be retained, to a second position, in which it allows the drive mechanism to be released, such that the medicament is allowed to be expelled through the delivery member; - an interlock member movable between a locking position, at which it prevents movement of the actuation member from its first position to its second position, and a releasing position, at which it allows movement of the actuation member from its first position to its second position, the device having an indicator to show that it has been used provided by the actuation member being retained in its second position; characterised in that the actuation member comprises at least one latching projection and the drive mechanism comprises corresponding latching surfaces against which the latching projections latch when the actuation member is in its second position.
An auristatin-based antibody drug conjugate for use in treating cancer, wherein the antibody drug conjugate is administered in combination therapy with an inhibitor of the PI3K-AKT-mTOR pathway, which is a non-active site mTor inhibitor, which is a rapalog, and wherein the antibody specifically binds to a cancer cell antigen that is on the surface of a cancer cell that demonstrates upregulation of the PI3K-AKT-mTOR pathway, wherein the antibody is an anti-CD30 or anti-CD 19 antibody and the cancer is a hematological malignancy cancer or the antibody is an anti-CD70 antibody and the cancer is a renal cell carcinoma; and wherein the antibody is conjugated to vcMMAE or mcMMAF.
A process for manufacturing a green leaf tea product, the process comprising the steps of: a) providing fresh tea material comprising catechins and active endogenous enzymes, wherein the fresh tea material comprises leaf material and stem material; b) optionally withering the fresh tea material; c) separating the leaf material from the stem material whilst the fresh tea material comprises active endogenous enzymes, to provide tea material rich In leaf; and d) inactivating the endogenous enzymes in the tea material rich in leaf to substantially prevent fermentation of the tea material rich in leaf; and e) drying the tea material rich in leaf to yield the green leaf tea product, wherein step (d) occurs simultaneously with step (e). a) providing fresh tea material comprising catechins and active endogenous enzymes, wherein the fresh tea material comprises leaf material and stem material; b) optionally withering the fresh tea material; c) separating the leaf material from the stem material whilst the fresh tea material comprises active endogenous enzymes, to provide tea material rich In leaf; and d) inactivating the endogenous enzymes in the tea material rich in leaf to substantially prevent fermentation of the tea material rich in leaf; and e) drying the tea material rich in leaf to yield the green leaf tea product, wherein step (d) occurs simultaneously with step (e).
A system for decoupling a telescoping tube from a first liner of a gas turbine engine, the system comprising: a first combustor comprising a first liner at least partially defining a first combustion chamber; a second combustor positioned adjacent to the first combustor, the second combustor comprising a second liner at least partially defining a second combustion chamber; a telescoping tube comprising a first tube segment coupled to the first liner and a second tube segment biased apart from the first tube segment and coupled to the second liner, the telescoping tube defining a telescoping tube passage extending therethrough; a rod partially positioned in the telescoping tube passage, the rod comprising a first portion at least partially positioned in the second combustion chamber and a threaded second portion positioned in the second combustion chamber, the first portion of the rod comprising a non-circular cross-section; a plug coupled to the rod, the plug engaging a first side surface of the first tube segment; a base positioned in the second combustion chamber, the base defining a base passage extending therethrough, the base passage comprising a first portion comprising a non-circular cross-section, wherein the first portion of the rod is at least partially positioned in the first portion of the base passage; and a handle threadingly coupled to the rod, wherein rotating the handle in a first direction moves the handle along the rod toward the first combustor to decouple the telescoping tube from the first liner. a first combustor comprising a first liner at least partially defining a first combustion chamber; a second combustor positioned adjacent to the first combustor, the second combustor comprising a second liner at least partially defining a second combustion chamber; a telescoping tube comprising a first tube segment coupled to the first liner and a second tube segment biased apart from the first tube segment and coupled to the second liner, the telescoping tube defining a telescoping tube passage extending therethrough; a rod partially positioned in the telescoping tube passage, the rod comprising a first portion at least partially positioned in the second combustion chamber and a threaded second portion positioned in the second combustion chamber, the first portion of the rod comprising a non-circular cross-section; a plug coupled to the rod, the plug engaging a first side surface of the first tube segment; a base positioned in the second combustion chamber, the base defining a base passage extending therethrough, the base passage comprising a first portion comprising a non-circular cross-section, wherein the first portion of the rod is at least partially positioned in the first portion of the base passage; and a handle threadingly coupled to the rod, wherein rotating the handle in a first direction moves the handle along the rod toward the first combustor to decouple the telescoping tube from the first liner.
A multistage turbomachine comprising: a casing with a fluid inlet and a fluid outlet; and a plurality of stages (13A,13B) arranged in said casing; wherein: a flow path extends from the fluid inlet to the fluid outlet through said sequentially arranged stages (13A,13B); each stage is comprised of a rotating impeller (15A,15B) and an electric motor embedded in the casing and arranged for rotating the impeller (15A,15B) at a controlled rotary speed; each electric motor comprises a motor rotor (31A,31B) arranged on the impeller (15A,15B) and integrally rotating therewith and a motor stator (33A,33B) stationarily arranged in the casing; characterized in that pairs of sequentially arranged impellers are configured for rotation in opposite directions; a control arrangement is provided, which is configured and arranged to rotate each impeller (15A,15B) at a rotational speed which can vary from one impeller to the other and wherein the speed difference between subsequently arranged stages (13A,13B) is adapted based on variation in the compressibility of incoming fluid flow.
A method for monitoring battery safety of a rechargeable battery of a terminal device, the method comprising: determining whether the terminal device is in a low-power state, when the rechargeable battery is fully charged and remains coupled with an adaptor, wherein the low-power state is a standby state or a power off state; when the terminal device is in said low-power state, and when the terminal device remains coupled with the adaptor after charging of the terminal device is completed and the rechargeable battery is fully charged, acquiring a recharge state of the terminal device, the recharge state of the terminal device comprising at least one of: a number of times the terminal device is recharged within the preset time period, and a time interval at which the terminal device is recharged within the preset time period; and determining whether the rechargeable battery of the terminal device is abnormal according to the recharge state of the terminal device. determining whether the terminal device is in a low-power state, when the rechargeable battery is fully charged and remains coupled with an adaptor, wherein the low-power state is a standby state or a power off state; when the terminal device is in said low-power state, and when the terminal device remains coupled with the adaptor after charging of the terminal device is completed and the rechargeable battery is fully charged, acquiring a recharge state of the terminal device, the recharge state of the terminal device comprising at least one of: a number of times the terminal device is recharged within the preset time period, and a time interval at which the terminal device is recharged within the preset time period; and determining whether the rechargeable battery of the terminal device is abnormal according to the recharge state of the terminal device.
A method for calibrating a medical device, comprising: providing a medical device including a sensor having at least one LED configured for LED emission through tissue; characterizing the spectrum distribution of the emission of the at least one LED; mapping such characterized spectrum distribution to at least one calibration coefficient; and wherein said at least one calibration coefficient comprises a gamma coefficient. providing a medical device including a sensor having at least one LED configured for LED emission through tissue; characterizing the spectrum distribution of the emission of the at least one LED; mapping such characterized spectrum distribution to at least one calibration coefficient; and wherein said at least one calibration coefficient comprises a gamma coefficient.
An intensifier of hydraulic power with reset with maintenance of the reached position and of the thrust force obtained during each phase of reset, which includes a fixed part homologous to the liner of a normal double-acting hydraulic cylinder, a mobile part homologous to the stem, a double-acting mobile piston added inside the stem which can move reciprocally and which permits the multiplication of the force by feedback positioning through a pure proportional servo-control, hydraulic circuit, said fixed part having the double function of liner for the piston and of slide for the mobile part homologous to the stem, the said mobile part having the double function of stem and slide for the said piston, the said piston being movable reciprocally by the said hydraulic circuit formed by suitable valves (10, 13, 21, 23...) and relative distributor, the hydraulic circuit having the function of actuating individual components of the intensifier based on user needs, means for fixing the actuator to a structure and means for connecting the mobile part to what has to be actuated, the whole formed and disposed in such a way as to configure a double-acting cylinder plus a single-acting one concentric to each other, containing a double-acting concentric piston, whose reciprocal movement is independent and at each cycle (forward and back stroke) produces an increase in force and an intermittent advancing of the said mobile part when it has to overcome an obstacle; said intensifier being characterized in that as the said mobile part, mobile body or stem advances without meeting obstacles or resistances, the reciprocating piston or pressure multiplying piston also advances with it at the same rate because a conduit is suitably fed while a sequence valve is closed and a conduit is discharging; when it meets a resistance or an obstacle the sequence valve automatically opens and pressure in a compression chamber increases based on the ratio of surface S1 and S3, wherein surface S1 is the surface of the pressure multiplying piston and surface S3 is the surface of the said piston on the stem side.
A method for production of a low pressure liquid carbon dioxide (CO 2) stream, the method comprising: combusting a carbonaceous or hydrocarbon fuel with oxygen in a combustor in the presence of a recycle CO 2 stream at a pressure of 100 bar (10 MPa) or greater and a temperature of about 400 °C or greater to form a combustor exit stream comprising CO 2; expanding the combustor exit stream in a turbine to generate power and form a turbine exit stream comprising CO 2 at a pressure of 50 bar (5 MPa) or less; cooling the turbine exit stream in a first heat exchanger to form a cooled turbine exit stream; pumping CO 2 from the cooled turbine exit stream to a pressure of 100 bar (10 MPa) or greater to form a high pressure CO 2 stream; dividing the high pressure CO 2 stream into a bulk portion and a cooling portion; expanding the cooling portion of the high pressure CO 2 stream to reduce the temperature thereof to -20 °C or less; cooling the bulk portion of the high pressure CO 2 stream to a temperature of 5 °C or less by passing the bulk portion of the high pressure CO 2 stream through a second heat exchanger against the expanded cooling portion of the high pressure CO 2 stream; and expanding the cooled, bulk portion of the high pressure CO 2 stream to a pressure that is 30 bar (3 MPa) or less but is greater than the triple point pressure of CO 2 so as to form the low pressure liquid CO 2 stream. combusting a carbonaceous or hydrocarbon fuel with oxygen in a combustor in the presence of a recycle CO 2 stream at a pressure of 100 bar (10 MPa) or greater and a temperature of about 400 °C or greater to form a combustor exit stream comprising CO 2; expanding the combustor exit stream in a turbine to generate power and form a turbine exit stream comprising CO 2 at a pressure of 50 bar (5 MPa) or less; cooling the turbine exit stream in a first heat exchanger to form a cooled turbine exit stream; pumping CO 2 from the cooled turbine exit stream to a pressure of 100 bar (10 MPa) or greater to form a high pressure CO 2 stream; dividing the high pressure CO 2 stream into a bulk portion and a cooling portion; expanding the cooling portion of the high pressure CO 2 stream to reduce the temperature thereof to -20 °C or less; cooling the bulk portion of the high pressure CO 2 stream to a temperature of 5 °C or less by passing the bulk portion of the high pressure CO 2 stream through a second heat exchanger against the expanded cooling portion of the high pressure CO 2 stream; and expanding the cooled, bulk portion of the high pressure CO 2 stream to a pressure that is 30 bar (3 MPa) or less but is greater than the triple point pressure of CO 2 so as to form the low pressure liquid CO 2 stream.