mhurhangee/ep-ind-claims huggingface dataset:
Gate valve for a conveying line in a facility for the production and/or processing of bulk material comprising a. a housing having a longitudinal axis with a feed opening for feeding bulk material into the housing and with a discharge opening for discharging bulk material from the housing, b. a gate blade (28; 28a; 28b) which is displaceable along the longitudinal axis between a flow-through position, in which the feed opening is connected to the discharge opening for a flow of bulk material along a direction of flow, and a shut-off position, in which the feed opening is separated from the discharge opening by the gate blade (28; 28a; 28b), c. one sealing plate (34, 35; 34a, 35a; 34b, 35b) each for sealing the gate blade (28; 28a; 28b) with respect to the feed opening and with respect to the discharge opening, d. a housing cover, which is detachably attached to the housing to close a housing opening, characterized in that the housing opening has a surface normal which is oriented transversely to the direction of flow of the bulk material and in that the gate blade (28; 28a; 28b) can be at least partially displaced out of the housing when the housing cover is open. a. a housing having a longitudinal axis with a feed opening for feeding bulk material into the housing and with a discharge opening for discharging bulk material from the housing, b. a gate blade (28; 28a; 28b) which is displaceable along the longitudinal axis between a flow-through position, in which the feed opening is connected to the discharge opening for a flow of bulk material along a direction of flow, and a shut-off position, in which the feed opening is separated from the discharge opening by the gate blade (28; 28a; 28b), c. one sealing plate (34, 35; 34a, 35a; 34b, 35b) each for sealing the gate blade (28; 28a; 28b) with respect to the feed opening and with respect to the discharge opening, d. a housing cover, which is detachably attached to the housing to close a housing opening,
A pulley assembly comprising first and second spaced plates (30, 32) and a sheave carried for rotation about an axis normal to the plates, there being at least one aperture (40, 42, 44) formed through each plate in a direction parallel to the sheave axis, the plates having a closed condition in which the apertures of the plates are coaxial with one another and the plates are in contact in the vicinity of the apertures to form a rope passage that extends between the plates adjacent to the sheave, which rope passage has an upper end at upper edges of the plates (30, 32) and a lower end at lower edges of the plates (30, 32) characterised in that the plates are asymmetrical whereby the rope passage has an upper part that extends to the upper end, and at the region of the upper end, the thickness of the plates (30, 32) is greater than elsewhere, whereby the rope passage is of lesser size than parts of the rope passage below that upper part, and at the lower end, the plates are flared to provide a lower part that is enlarged with respect to other parts of the rope passage.
Method for replacing an outer annular ring (10, 20) of a fluid swivel, the fluid swivel being adapted to allow fluid transfer across a rotary interface between the end of a fluid line connected to the seabed and product piping on a vessel for gas and oil production, wherein the swivel comprises an inner annular ring and an outer annular ring, the rings being located with their adjacent cylindrical surfaces in close proximity for defining a chamber, for receiving a fluid, between the peripheral opposing faces of the inner annular ring and the outer annular ring, wherein the inner annular ring is adapted to be connected to the end of the fluid line and wherein the outer annular ring is adapted to be connected to the product piping on the vessel, wherein the method comprises the steps of: - removing the outer annular ring, - replacing the outer annular ring by means of at least two circular segments (10, 20) for together forming a ring, and - fixing the at least two circular segments to each other by means of a fixing means (41, 42, 43, 44), to form the replacement outer annular ring of the swivel. - removing the outer annular ring, - replacing the outer annular ring by means of at least two circular segments (10, 20) for together forming a ring, and - fixing the at least two circular segments to each other by means of a fixing means (41, 42, 43, 44), to form the replacement outer annular ring of the swivel.
An aqueous firefighting foam concentrate comprising: (a) at least one fluorinated surfactant and (b) poly(ethyleneglycol) having a weight average molecular weight of 400 or less, wherein said concentrate is free of diethylene glycol monobutyl ether. (a) at least one fluorinated surfactant and (b) poly(ethyleneglycol) having a weight average molecular weight of 400 or less, wherein said concentrate is free of diethylene glycol monobutyl ether.
A vehicle travel assist device that sets a target travel route of a vehicle to a target position different from a current position of the vehicle in a lateral direction of the vehicle, the vehicle travel assist device comprising: a storage unit which stores a parameter relating to an amount of change in a lateral acceleration of the vehicle; a profile creation unit which creates a lateral acceleration profile (PRAy) indicating a relation between the lateral acceleration of the vehicle and the time and an index of a change in the lateral acceleration profile from the current time to an arrival prediction time (Tend), on the basis of the target position (X2, Y2), a final posture angle (θend), the arrival prediction time (Tend) which is a predicted value of the time required for the vehicle to reach the target position (X2, Y2), and the parameter stored in the storage unit, the final posture angle (θend) of the vehicle being a posture angle of the vehicle at the time when the vehicle reaches the target position (X2, Y2), the arrival prediction time (Tend) being computed on the basis of the lateral acceleration of the vehicle, the yaw rate and a vehicle body speed, when information specifying the target position (X2, Y2) and the final posture angle (θend) of the vehicle is input; and a target deriving unit which derives a target travel route in an aspect in which the posture angle of the vehicle reaching the target position (X2, Y2) becomes the final posture angle (θend), by integrating the lateral acceleration profile created by the profile creation unit twice. a storage unit which stores a parameter relating to an amount of change in a lateral acceleration of the vehicle; a profile creation unit which creates a lateral acceleration profile (PRAy) indicating a relation between the lateral acceleration of the vehicle and the time and an index of a change in the lateral acceleration profile from the current time to an arrival prediction time (Tend), on the basis of the target position (X2, Y2), a final posture angle (θend), the arrival prediction time (Tend) which is a predicted value of the time required for the vehicle to reach the target position (X2, Y2), and the parameter stored in the storage unit, the final posture angle (θend) of the vehicle being a posture angle of the vehicle at the time when the vehicle reaches the target position (X2, Y2), the arrival prediction time (Tend) being computed on the basis of the lateral acceleration of the vehicle, the yaw rate and a vehicle body speed, when information specifying the target position (X2, Y2) and the final posture angle (θend) of the vehicle is input; and a target deriving unit which derives a target travel route in an aspect in which the posture angle of the vehicle reaching the target position (X2, Y2) becomes the final posture angle (θend), by integrating the lateral acceleration profile created by the profile creation unit twice.
A method for multi-domain orchestration, the method performed by a first orchestrator for a first domain, the method comprising: receiving an inbound orchestration request that requests orchestration of one or more inbound targets and that includes one or more records that either indicate an ancestry of each of the one or more inbound targets or indicate an ancestry of the inbound orchestration request; based on the one or more records included in the inbound orchestration request, evaluating whether or not to send from the first domain to a second domain an outbound orchestration request that requests orchestration of an outbound target, wherein the outbound target is one of, or is a descendant of at least one of, the one or more inbound targets; and sending or not sending the outbound orchestration request from the first domain to the second domain depending on the evaluating. receiving an inbound orchestration request that requests orchestration of one or more inbound targets and that includes one or more records that either indicate an ancestry of each of the one or more inbound targets or indicate an ancestry of the inbound orchestration request; based on the one or more records included in the inbound orchestration request, evaluating whether or not to send from the first domain to a second domain an outbound orchestration request that requests orchestration of an outbound target, wherein the outbound target is one of, or is a descendant of at least one of, the one or more inbound targets; and sending or not sending the outbound orchestration request from the first domain to the second domain depending on the evaluating.
A rotational unit for connection to an operating table for the purpose of rotating a patient's leg about its longitudinal axis, wherein the rotational unit comprises the following: - an interface for securing the foot of the patient's leg to the rotational unit; - a rotor to which the interface is connected for conjoint rotation and which serves to rotate the interface and thus the patient's leg about its longitudinal axis; - a stator on which the rotor is rotatably mounted such that the rotor is able to rotate relative to the stator; - a turning handle for rotating the rotor; and - a locking assembly for blocking the rotation of the rotor relative to the stator, characterized in that the turning handle is mounted displaceably on the rotor, and in that the locking assembly is actuated by displacing the turning handle on the rotor. - an interface for securing the foot of the patient's leg to the rotational unit; - a rotor to which the interface is connected for conjoint rotation and which serves to rotate the interface and thus the patient's leg about its longitudinal axis; - a stator on which the rotor is rotatably mounted such that the rotor is able to rotate relative to the stator; - a turning handle for rotating the rotor; and - a locking assembly for blocking the rotation of the rotor relative to the stator, characterized in that the turning handle is mounted displaceably on the rotor, and in that the locking assembly is actuated by displacing the turning handle on the rotor.
A computer implemented method to de-obfuscate data, the method comprising: receiving, by a data processing, DP, accelerator, a training request from a host over a link, the training request comprises an obfuscated data that includes one or more artificial intelligence, AI, models and training input data; de-obfuscating, by an obfuscation unit of the DP accelerator, the obfuscated data to obtain the one or more AI models and the training input data; and training the one or more AI models based on the training input data. receiving, by a data processing, DP, accelerator, a training request from a host over a link, the training request comprises an obfuscated data that includes one or more artificial intelligence, AI, models and training input data; de-obfuscating, by an obfuscation unit of the DP accelerator, the obfuscated data to obtain the one or more AI models and the training input data; and training the one or more AI models based on the training input data.
Machine for the preparation of aromatic beverages such as espresso coffee and similar, presenting a machine chassis and: - at least one extraction device provided in operational connection with a control device adapted so as to control at least one, preferentially a plurality of operation parameters, - at least one beverage discharge in fluid communication with an extraction device and disposed downstream thereof, - at least one actuation device in operational connection with said control device so as to provide at least the actuation of start of beverage preparation cycle, - at least one multifunctional interface projecting from the frontal zone of the chassis along a longitudinal axis in a handle-like form, characterized in that said multifunctional interface presents said beverage discharge and at least two actuation elements (71, 72) developing successively along said longitudinal axis and presenting a similar circular cross section and adapted so as to provide at least two actuation modes associated with at least one operation parameter including the relative position of the beverage discharge so as to vary the relative height thereof. - at least one extraction device provided in operational connection with a control device adapted so as to control at least one, preferentially a plurality of operation parameters, - at least one beverage discharge in fluid communication with an extraction device and disposed downstream thereof, - at least one actuation device in operational connection with said control device so as to provide at least the actuation of start of beverage preparation cycle, - at least one multifunctional interface projecting from the frontal zone of the chassis along a longitudinal axis in a handle-like form,
An aerosol generator comprising:- an aperture plate comprising:- an inlet surface for receiving a liquid to be aerosolised, an outlet surface, and a plurality of apertures extending between an inlet opening at the inlet surface and an outlet opening at the outlet surface; the aperture plate being convex in the direction of the inlet openings and concave in the direction of the outlet openings whereby aerosol generated on vibration of the aperture plate forms a converging plume; a housing having an inlet for receiving a liquid to be aerosolised and an outlet through which the aerosol is delivered; a support member for the aperture plate; a vibration generating element for vibrating the aperture plate, and an aperture plate drive circuit having a controller; characterised in that the controller is configured to pulse the aperture plate in an on-off-on-off-manner. an aperture plate comprising:- an inlet surface for receiving a liquid to be aerosolised, an outlet surface, and a plurality of apertures extending between an inlet opening at the inlet surface and an outlet opening at the outlet surface; the aperture plate being convex in the direction of the inlet openings and concave in the direction of the outlet openings whereby aerosol generated on vibration of the aperture plate forms a converging plume; an inlet surface for receiving a liquid to be aerosolised, an outlet surface, and a plurality of apertures extending between an inlet opening at the inlet surface and an outlet opening at the outlet surface; the aperture plate being convex in the direction of the inlet openings and concave in the direction of the outlet openings whereby aerosol generated on vibration of the aperture plate forms a converging plume; a housing having an inlet for receiving a liquid to be aerosolised and an outlet through which the aerosol is delivered; a support member for the aperture plate; a vibration generating element for vibrating the aperture plate, and an aperture plate drive circuit having a controller; characterised in that the controller is configured to pulse the aperture plate in an on-off-on-off-manner.
A pharmaceutical composition comprising a population of immuno-modulatory MSCs having the following antigen profile: CD73+, CD90+, CD105+, CD34-, CD45-, CD14-, and CD3-, and a vesicle population comprising extracellular vesicles of said MSC population, wherein the extracellular vesicles are exosomes and wherein the vesicle population displays the following order of polypeptide abundance: serotransferrin < annexin A2, for use in the treatment of acute respiratory distress syndrome (ARDS), wherein the patient suffering from ARDS is eligible for and/or is undergoing extra-corporal membranous oxygenation (ECMO) treatment, and wherein the composition is administered via peripheral intravenous injection, central venous injection into the right atrium, injection into the right ventricle of the heart, and/or injection into the pulmonary trunk/artery.
A sound-transmitting membrane that allows passage of sounds and prevents passage of foreign matters, the sound-transmitting membrane comprising: a supporting member that is a nonwoven fabric made of an elastomer; and a porous resin membrane (11; 11A, 11B) disposed on the supporting member and containing polytetrafluoroethylene as a main component, wherein the sound-transmitting membrane has a recovery rate R of 80% or more, the recovery rate R being defined by the following formula: Recovery rate R = 1 − H 2 / H 1 × 100, where H1 is a maximum displacement of the sound-transmitting membrane from a reference plane, as measured after the sound-transmitting membrane having a peripheral portion attached to a plate so as to cover a through hole formed in the plate is subjected to a continuous water pressure of 50 kPa applied for 60 minutes to one surface of the sound-transmitting membrane attached to the plate, and H2 is a maximum displacement of the sound-transmitting membrane from the reference plane, as measured after the sound-transmitting membrane is allowed to stand at atmospheric pressure for 360 minutes following the application of the water pressure, the reference plane being a plane of the other surface of the sound-transmitting membrane including the peripheral portion. a supporting member that is a nonwoven fabric made of an elastomer; and a porous resin membrane (11; 11A, 11B) disposed on the supporting member and containing polytetrafluoroethylene as a main component, wherein the sound-transmitting membrane has a recovery rate R of 80% or more, the recovery rate R being defined by the following formula: Recovery rate R = 1 − H 2 / H 1 × 100,
A pelvic binder, comprising: an elongate member having a longitudinal axis, a first end and a second end; a first attachment member, coupled proximate to the first end of the elongate member at a first coupling point; a second attachment member, coupled to the elongate member at a second coupling point located between the second end of the elongate member and the first coupling point; characterized in that the first attachment member comprises an elastic portion and a reference portion, and the pelvic binder comprises a target indicator positioned proximate to the first end of the elongate member so as to indicate that the elastic portion is under a predetermined amount of tension when the reference portion is aligned with the target indicator. an elongate member having a longitudinal axis, a first end and a second end; a first attachment member, coupled proximate to the first end of the elongate member at a first coupling point; a second attachment member, coupled to the elongate member at a second coupling point located between the second end of the elongate member and the first coupling point; characterized in that the first attachment member comprises an elastic portion and a reference portion, and the pelvic binder comprises a target indicator positioned proximate to the first end of the elongate member so as to indicate that the elastic portion is under a predetermined amount of tension when the reference portion is aligned with the target indicator.
A power control system for a building including a solar power generator and a power storage device, comprising: initial setting means for setting a calculation condition required for control of the solar power generator and the power storage device; measurement means for measuring a power generation amount of the solar power generator and a power consumption of the building; power price-setting means for setting a power price which changes in accordance with a time and a purchase price that an electric power company pays to purchase the power generated by the solar power generator; control pattern storage means for storing a plurality of control patterns with a discharge start time of the power storage device as a variable factor; calculation period-setting means for setting a past calculation period which is a standard for calculating an electric power charge of the building; electric power charge calculation means for calculating each electric power charge by performing simulation based on each of the control patterns with a past measurement value measured by the measurement means and the power price set by the power price-setting means for the building in the calculation period; control pattern selection means for selecting one control pattern by evaluating a calculation value calculated by the electric power charge calculation means with a predetermined standard; and a controller which performs control after the calculation in accordance with the control pattern selected by the control pattern selection means. initial setting means for setting a calculation condition required for control of the solar power generator and the power storage device; measurement means for measuring a power generation amount of the solar power generator and a power consumption of the building; power price-setting means for setting a power price which changes in accordance with a time and a purchase price that an electric power company pays to purchase the power generated by the solar power generator; control pattern storage means for storing a plurality of control patterns with a discharge start time of the power storage device as a variable factor; calculation period-setting means for setting a past calculation period which is a standard for calculating an electric power charge of the building; electric power charge calculation means for calculating each electric power charge by performing simulation based on each of the control patterns with a past measurement value measured by the measurement means and the power price set by the power price-setting means for the building in the calculation period; control pattern selection means for selecting one control pattern by evaluating a calculation value calculated by the electric power charge calculation means with a predetermined standard; and a controller which performs control after the calculation in accordance with the control pattern selected by the control pattern selection means.