mhurhangee/ep-ind-claims huggingface dataset:
A method of adjusting the gain of an optical amplifier using a plurality of pump lasers controlled by a plurality of respective control modules, comprising the steps of: electing which of the control modules is a master control module; adjusting an operational parameter of the pump laser associated with the master control module towards the point at which the gain of the optical amplifier is equal to a predetermined ideal value; adjusting the operational parameter of each of the remaining pump lasers towards the point at which the operational parameters of all the pump lasers are equal; and passing status indicators between the plurality of control modules, the status indicators comprising at least one of: a presence indicator to indicate whether the control module is plugged in; an activity indicator indicating that the control module is working; status messages indicating whether the controller is acting as the master or a slave controller; status messages indicating whether or not the control module is automatically controlling its respective pump laser. electing which of the control modules is a master control module; adjusting an operational parameter of the pump laser associated with the master control module towards the point at which the gain of the optical amplifier is equal to a predetermined ideal value; adjusting the operational parameter of each of the remaining pump lasers towards the point at which the operational parameters of all the pump lasers are equal; and passing status indicators between the plurality of control modules, the status indicators comprising at least one of: a presence indicator to indicate whether the control module is plugged in; an activity indicator indicating that the control module is working; status messages indicating whether the controller is acting as the master or a slave controller; status messages indicating whether or not the control module is automatically controlling its respective pump laser. a presence indicator to indicate whether the control module is plugged in; an activity indicator indicating that the control module is working; status messages indicating whether the controller is acting as the master or a slave controller; status messages indicating whether or not the control module is automatically controlling its respective pump laser.
A physics package (100, 200, 300) of an atomic sensor, the physics package being characterised in that said package comprises: a plurality of panes of optically transparent material enclosing a vacuum chamber, wherein the plurality of panes are fixedly attached together to form a hermetically sealed container defining the vacuum chamber therein; one or more wedges attached to an external surface of one or more of the panes; at least one light source, at least one photodetector and at least one mirror; and wherein at least one of the light source, the photodetector or the mirror is attached to the one or more wedges, the light source configured to generate an input light beam for the vacuum chamber, the photodetector configured to detect an output light beam from the vacuum chamber, and the mirror configured to reflect a light beam from the vacuum chamber back into the vacuum chamber; wherein the one or more wedges are configured to orient a corresponding light source, photodetector, or mirror such that a respective light beam corresponding thereto transmits through a corresponding pane at an acute angle with respect to the corresponding pane; wherein the at least one of the light source, the photodetector or the mirror and the one or more wedges is oriented such that one or more beams of light enter the vacuum chamber and are reflected to form at least three light paths that cross within the vacuum chamber. a plurality of panes of optically transparent material enclosing a vacuum chamber, wherein the plurality of panes are fixedly attached together to form a hermetically sealed container defining the vacuum chamber therein; one or more wedges attached to an external surface of one or more of the panes;
A radiation-sensitive resin composition characterized by comprising a fluorine-containing polymer, a resin having an acid-unstable group, a radiation-sensitive acid generator, a nitrogen-containing compound and a solvent, wherein said radiation-sensitive resin composition is for use in forming a photoresist film in a process of forming a resist pattern, including a liquid immersion lithographic process in which radiation is emitted through a liquid having a refractive index larger than the refractive index of air at a wavelength of 193 nm, and being present between a lens and said photoresist film, wherein said fluorine-containing polymer has a weight average molecular weight determined by gel permeation chromatography in the range from 1,000 to 50,000 and a receding contact angle with water and said photoresist film formed therefrom is 70° or more, and wherein said fluorine-containing polymer comprises a repeating unit represented by the following general formula, wherein R 3 represents hydrogen atom, methyl group or a trifluoromethyl group, and R 4 individually represents a monovalent alicyclic hydrocarbon group having 4 to 20 carbon atoms or a derivative thereof, or a linear or branched alkyl group having 1 to 4 carbon atoms, and two R 4 s form a divalent alicyclic hydrocarbon group or a derivative thereof in combination of the carbon atoms to which these groups bond, and wherein the content of said fluorine-containing polymer is 0.1% or more by weight based on 100% by weight of the whole of said radiation-sensitive resin composition wherein said fluorine-containing polymer is dissolved in said solvent.
A dispenser for flowable product which is thick liquid, paste, cream, ointment or the like, comprising: a container for the flowable product, and a pump module mounted on the container at an opening thereof, the pump module comprising a pump body (202,3), which defines a pump chamber and a pump chamber inlet for product to flow from the container interior into the pump chamber, the pump body comprising a fixed body portion which is fixed to the container around an opening edge thereof, and a pump actuator operable in a pumping stroke relative to the pump body to vary the volume of the pump chamber and dispense the product through a pump chamber outlet and a discharge channel of the pump module, characterised in that the pump body also comprises a movable portion comprising a displacement body having a product-engaging face directed onto an interior product space of the container upstream of the pump chamber inlet, the movable portion being operable in a displacement stroke to move it into the container relative to the fixed body portion and thereby displace product in the interior product space towards and/or into the pump chamber inlet. a container for the flowable product, and a pump module mounted on the container at an opening thereof, the pump module comprising a pump body (202,3), which defines a pump chamber and a pump chamber inlet for product to flow from the container interior into the pump chamber, the pump body comprising a fixed body portion which is fixed to the container around an opening edge thereof, and a pump actuator operable in a pumping stroke relative to the pump body to vary the volume of the pump chamber and dispense the product through a pump chamber outlet and a discharge channel of the pump module, characterised in that a pump body (202,3), which defines a pump chamber and a pump chamber inlet for product to flow from the container interior into the pump chamber, the pump body comprising a fixed body portion which is fixed to the container around an opening edge thereof, and a pump actuator operable in a pumping stroke relative to the pump body to vary the volume of the pump chamber and dispense the product through a pump chamber outlet and a discharge channel of the pump module, characterised in that
A jigsaw puzzle obtained by producing a base sheet by cutting, into a predetermined shape, a laminated sheet of a plurality of synthetic resin sheets and stamping out the base sheet with a stamping blade to be divided into a plurality of small pieces, wherein the laminated sheet is formed of: a soft sheet of a soft synthetic resin having a sheet shape formed by extrusion moulding; and a hard sheet (101, 103) of a synthetic resin that is harder than the soft sheet and is bonded to the soft sheet, and wherein the laminated sheet is obtained by applying pressure to the soft sheet in an uncured state before complete curing after the extrusion moulding and the hard sheet (101, 103) in order to bond the sheets together, the hard sheet (101, 103) is formed of: a first hard sheet that is bonded to one face of the soft sheet; and a second hard sheet that is bonded to the other face of the soft sheet, wherein the soft sheet, the first hard sheet and the second hard sheet are formed of the same kind of main component. a soft sheet of a soft synthetic resin having a sheet shape formed by extrusion moulding; and a hard sheet (101, 103) of a synthetic resin that is harder than the soft sheet and is bonded to the soft sheet, and wherein the laminated sheet is obtained by applying pressure to the soft sheet in an uncured state before complete curing after the extrusion moulding and the hard sheet (101, 103) in order to bond the sheets together, the hard sheet (101, 103) is formed of: a first hard sheet that is bonded to one face of the soft sheet; and a second hard sheet that is bonded to the other face of the soft sheet, a first hard sheet that is bonded to one face of the soft sheet; and a second hard sheet that is bonded to the other face of the soft sheet, wherein the soft sheet, the first hard sheet and the second hard sheet are formed of the same kind of main component.
An optical-projection system comprising: a data system capable of providing information indicative of a flaw within a workpiece, wherein the information comprises location information indicative of the location of the flaw and is based on data indicative of the location of the flaw acquired by at least one sensor; an image-projecting device in communication with the data system and capable of projecting an image indicative of the flaw onto the workpiece; and a plurality of encoders for determining at least one of a location and orientation of the image-projecting device, wherein the image projecting device is configured to project an image indicative of the flaw on the workpiece based on the information indicative of the flaw and the system comprises at least one coded reflective device capable of providing feedback indicative of a classification of the flaw to the data system in response to interaction of the at least one coded reflective device with the projected image. a data system capable of providing information indicative of a flaw within a workpiece, wherein the information comprises location information indicative of the location of the flaw and is based on data indicative of the location of the flaw acquired by at least one sensor; an image-projecting device in communication with the data system and capable of projecting an image indicative of the flaw onto the workpiece; and a plurality of encoders for determining at least one of a location and orientation of the image-projecting device, wherein the image projecting device is configured to project an image indicative of the flaw on the workpiece based on the information indicative of the flaw and the system comprises at least one coded reflective device capable of providing feedback indicative of a classification of the flaw to the data system in response to interaction of the at least one coded reflective device with the projected image.
An antenna (80, 90) having a one dimensional or multidimensional array of elements (20, 40), wherein spacings between successive elements or successive groups of elements in at least part of the array are non periodic and correspond to a series of multiples of a unit spacing, characterized in that at least four successive multiples in the series of multiples follow a Fibonacci sequence.
A system, comprising: a real-time domain including a real-time cache; and a non-real-time domain including a non-real-time cache, wherein the system is configured to implement a cache coherency protocol by indicating that a cache line may be shared between the real-time cache and the non-real-time cache. a real-time domain including a real-time cache; and a non-real-time domain including a non-real-time cache, wherein the system is configured to implement a cache coherency protocol by indicating that a cache line may be shared between the real-time cache and the non-real-time cache.
A total heat exchange element comprising: a plurality of partition members made of a material that contains cellulose as a main component, and configured as flat sheets, the partition members being stacked with a predetermined distance therebetween; a spacing member made of a material that contains cellulose as a main component, and disposed between adjacent ones of the stacked partition members to maintain the distance therebetween; and an adhesive portion bonding the partition members and the spacing member together, the total heat exchange element having a first air flow path and a second air flow path, which are alternately formed with one of the partition members interposed between the first and second air flow paths (36, 37), characterised in that the adhesive portion contains as an adhesive component, cellulose having a smaller diameter than both of the cellulose forming the partition members and the cellulose forming the spacing member. a plurality of partition members made of a material that contains cellulose as a main component, and configured as flat sheets, the partition members being stacked with a predetermined distance therebetween; a spacing member made of a material that contains cellulose as a main component, and disposed between adjacent ones of the stacked partition members to maintain the distance therebetween; and an adhesive portion bonding the partition members and the spacing member together, the total heat exchange element having a first air flow path and a second air flow path, which are alternately formed with one of the partition members interposed between the first and second air flow paths (36, 37), characterised in that the adhesive portion contains as an adhesive component, cellulose having a smaller diameter than both of the cellulose forming the partition members and the cellulose forming the spacing member.
Method for determining an operating variable of a drum brake, which can be actuated by means of an electromechanical actuator, in at least one first wheel speed range and one second wheel speed range, wherein wheel speeds (ω rad) of the first wheel speed range are higher than wheel speeds (ω rad) of the second wheel speed range, wherein the method has the following steps: - in the first wheel speed range: - determining at least one bearing force (F Ab,Aufl) of a leading brake shoe (20, 25) and a further bearing force (F Ab,Abl) of a trailing brake shoe (20, 25) of the drum brake, and - calculating the operating variable based on the bearing force (F Ab,Aufl) and the further bearing force (F Ab,Abl), - in the second wheel speed range: - determining at least one current actuator position (X Sp), and - calculating the operating variable based on the actuator position (X Sp) and an actuator contact position (X 0), in which brake shoes (20, 25) of the drum brake come into engagement with a drum of the drum brake. - in the first wheel speed range: - determining at least one bearing force (F Ab,Aufl) of a leading brake shoe (20, 25) and a further bearing force (F Ab,Abl) of a trailing brake shoe (20, 25) of the drum brake, and - calculating the operating variable based on the bearing force (F Ab,Aufl) and the further bearing force (F Ab,Abl), - determining at least one bearing force (F Ab,Aufl) of a leading brake shoe (20, 25) and a further bearing force (F Ab,Abl) of a trailing brake shoe (20, 25) of the drum brake, and - calculating the operating variable based on the bearing force (F Ab,Aufl) and the further bearing force (F Ab,Abl), - in the second wheel speed range: - determining at least one current actuator position (X Sp), and - calculating the operating variable based on the actuator position (X Sp) and an actuator contact position (X 0), in which brake shoes (20, 25) of the drum brake come into engagement with a drum of the drum brake. - determining at least one current actuator position (X Sp), and - calculating the operating variable based on the actuator position (X Sp) and an actuator contact position (X 0), in which brake shoes (20, 25) of the drum brake come into engagement with a drum of the drum brake.
Motor compressor unit comprising a motor, a compressor and a single common housing, in which the motor and the compressor are mounted, wherein the motor is mounted in an inner casing fastened in the housing by removable fastening means such that the motor and the inner casing form a removable cartridge, characterized in that the housing comprises a first bearing support for the motor, said first bearing support being fastened to an end of the inner casing facing the compressor.
A method for dynamically determining the position of the stop point of an aircraft on a terrain, carried out by a system for dynamically determining the position of the stop point, the method comprising the following steps: - dynamic measurement of the current geographical position of the aircraft, and its current ground speed; - calculation of a first length (LV(t)) representative of a flight phase of the aircraft, and calculation of a second length (LS(t)) representative of a ground phase of the aircraft, the calculation of the first length (LV(t)) comprising a phase for dynamically estimating a distance (D2(t)) traveled by the aircraft during at least part of a flare phase of the aircraft; - calculation of the position of the stop point based on the first length (LV(t)), the second length (LS(t)) the calculation of the stop point position being done additionally based on the current geographical position; characterized in that the step for calculating the stop point includes determining the geographical position of the stop point based on the current geographical position of the aircraft, the first length (LV(t)), the second length (LS(t)), and a bearing (X(t)) corresponding to the ground route of the aircraft, defined by the angle formed by the ground speed vector of the aircraft with geographic north. - dynamic measurement of the current geographical position of the aircraft, and its current ground speed; - calculation of a first length (LV(t)) representative of a flight phase of the aircraft, and calculation of a second length (LS(t)) representative of a ground phase of the aircraft, the calculation of the first length (LV(t)) comprising a phase for dynamically estimating a distance (D2(t)) traveled by the aircraft during at least part of a flare phase of the aircraft; - calculation of the position of the stop point based on the first length (LV(t)), the second length (LS(t)) the calculation of the stop point position being done additionally based on the current geographical position;
A combustion engine comprising an exhaust gas aftertreatment system having at least one injector for injecting a reductant into an exhaust gas passage, and an emergency stop that cuts down the energy supply of the components of the engine upon activation, characterized in that the combustion engine comprises an injector extraction system that extracts the injector from the exhaust gas passage when the emergency stop is activated.
An aircraft evacuation system, comprising: an aircraft door, a door actuator (16, 20), an inflatable slide or raft arranged to be released when the door opens in an emergency, and a gas distribution assembly system which provides gas to the door actuator for opening the aircraft door and to the slide or raft, the gas distribution assembly system comprising a single common gas supply and valve means (16,17a,17b,18) for controlling distribution of gas from the common supply between the door actuator (16, 20) and the slide or raft based on the door opening position; wherein the valve means is configured to direct gas to flow from the gas supply to the door actuator (16, 20) to open the door in a first phase and to subsequently direct gas to flow from the gas supply to the slide or raft in a second phase, to inflate the slide or raft; characterised in that the valve means directs gas to flow to the slide or raft in response to the door reaching a predetermined angle of opening. an aircraft door, a door actuator (16, 20), an inflatable slide or raft arranged to be released when the door opens in an emergency, and a gas distribution assembly system which provides gas to the door actuator for opening the aircraft door and to the slide or raft, the gas distribution assembly system comprising a single common gas supply and valve means (16,17a,17b,18) for controlling distribution of gas from the common supply between the door actuator (16, 20) and the slide or raft based on the door opening position; wherein the valve means is configured to direct gas to flow from the gas supply to the door actuator (16, 20) to open the door in a first phase and to subsequently direct gas to flow from the gas supply to the slide or raft in a second phase, to inflate the slide or raft; characterised in that the valve means directs gas to flow to the slide or raft in response to the door reaching a predetermined angle of opening.
A lead-acid battery comprising: a negative electrode plate, a positive electrode plate, a bag-like separator, and an electrolyte solution, wherein the negative electrode plate contains a negative electrode material containing a first carbon material and a second carbon material, the first carbon material has a particle size of 32 μm or more, the second carbon material has a particle size of less than 32 μm, wherein the particle size is determined according to the method in the description, a ratio: R2/R1 of a powder resistance R2 of the second carbon material to a powder resistance R1 of the first carbon material is 15 or more and 420 or less, wherein the powder resistances R1 and R2 are measured by the four probe method in conformity with JIS K 7194:1994 at a pressure of 3.18 MPa, and the positive electrode plate is wrapped with the bag-like separator, wherein a content of the first carbon material in the negative electrode material in a fully charged state is 0.05% by mass or more and 3.0% by mass or less, and wherein a content of the second carbon material in the negative electrode material in a fully charged state is 0.03% by mass or more and 1.0% by mass or less, wherein the first carbon material contains at least graphite and the second carbon material contains at least carbon black. a negative electrode plate, a positive electrode plate, a bag-like separator, and an electrolyte solution, wherein the negative electrode plate contains a negative electrode material containing a first carbon material and a second carbon material, the first carbon material has a particle size of 32 μm or more, the second carbon material has a particle size of less than 32 μm, wherein the particle size is determined according to the method in the description, a ratio: R2/R1 of a powder resistance R2 of the second carbon material to a powder resistance R1 of the first carbon material is 15 or more and 420 or less, wherein the powder resistances R1 and R2 are measured by the four probe method in conformity with JIS K 7194:1994 at a pressure of 3.18 MPa, and the positive electrode plate is wrapped with the bag-like separator, wherein a content of the first carbon material in the negative electrode material in a fully charged state is 0.05% by mass or more and 3.0% by mass or less, and wherein a content of the second carbon material in the negative electrode material in a fully charged state is 0.03% by mass or more and 1.0% by mass or less, wherein the first carbon material contains at least graphite and the second carbon material contains at least carbon black.