mhurhangee/ep-ind-claims huggingface dataset:
A system for humidifying and cooling an air flow, said system comprising: - a frame delimiting an inlet, an outlet and a passage between the inlet and the outlet, the air flow being intended to pass through the passage, - a plurality of porous evaporation panels mounted on the frame and arranged in the passage, each porous evaporation panel extending mainly in a substantially vertical direction, - a plurality of water dispersing elements, each dispersing element being positioned over a corresponding porous evaporation panel, each of the dispersing elements being suitable for dispersing a volume of water over the corresponding porous evaporation panel so as to soak at least one portion of said porous evaporation panel with a volume of water, the soaked portion comprising at least one exchange surface area intended to be in contact with the air flow and to allow the volume of water to evaporate, a total exchange surface area being formed by the sum of the exchange surface areas of each of the evaporation panels, - a supply system comprising a control unit configured to supply water to the dispersing elements with corresponding supply flow-rates, characterized in that the control unit comprises a plurality of control elements configured to control each of the supply flow-rates, correspondingly, where the control elements can be controlled independently of each other, at least one evaporation configuration wherein the water supply flow-rate is substantially equal to a flow-rate of the water evaporated through the associated porous evaporation panel, and a cleaning configuration wherein the water supply flow-rate is greater than a flow-rate of the water evaporated through the associated completely soaked porous evaporation panel so that a water flow is created outside said associated porous evaporation panel, wherein the supply system comprises a plurality of water supply lines, each supply line being fluidically connected to a corresponding dispersing element, each control element being connected to a corresponding supply line. - a frame delimiting an inlet, an outlet and a passage between the inlet and the outlet, the air flow being intended to pass through the passage, - a plurality of porous evaporation panels mounted on the frame and arranged in the passage, each porous evaporation panel extending mainly in a substantially vertical direction, - a plurality of water dispersing elements, each dispersing element being positioned over a corresponding porous evaporation panel, each of the dispersing elements being suitable for dispersing a volume of water over the corresponding porous evaporation panel so as to soak at least one portion of said porous evaporation panel with a volume of water, the soaked portion comprising at least one exchange surface area intended to be in contact with the air flow and to allow the volume of water to evaporate, a total exchange surface area being formed by the sum of the exchange surface areas of each of the evaporation panels, - a supply system comprising a control unit configured to supply water to the dispersing elements with corresponding supply flow-rates,
A fishing spinning reel comprising: a reel body; a cover mounting portion provided on a rear portion of the reel body; and a cover member mounted on the cover mounting portion and covering the rear portion of the reel body, wherein the cover member comprises: at least one first abutting portion abutting the cover mounting portion from behind; and at least one second abutting portion (12b1, 12b5) abutting the cover mounting portion from both left and right sides, wherein when the cover member is mounted on the cover mounting portion via the first abutting portion and the second abutting portion (12bl, 12b5), groove-like gaps (S1, S2, S3) are formed in left and right side surfaces of the reel body between border portions (20a, 20b) of the cover mounting portion and left and right side edges (11c2, 12a2, 12b2) of the cover member, wherein the groove-like gaps (S1, S2, S3) are non-through groove like gaps, characterized in that the cover member is mounted on the cover mounting portion with a setscrew inserted through a screw hole provided in a base of the cover member. a reel body; a cover mounting portion provided on a rear portion of the reel body; and a cover member mounted on the cover mounting portion and covering the rear portion of the reel body, at least one first abutting portion abutting the cover mounting portion from behind; and at least one second abutting portion (12b1, 12b5) abutting the cover mounting portion from both left and right sides, wherein when the cover member is mounted on the cover mounting portion via the first abutting portion and the second abutting portion (12bl, 12b5), groove-like gaps (S1, S2, S3) are formed in left and right side surfaces of the reel body between border portions (20a, 20b) of the cover mounting portion and left and right side edges (11c2, 12a2, 12b2) of the cover member, wherein the groove-like gaps (S1, S2, S3) are non-through groove like gaps, characterized in that the cover member is mounted on the cover mounting portion with a setscrew inserted through a screw hole provided in a base of the cover member.
A method for use in a telecommunications network for routing communications, the method being performed by a control session control function, CSCF, node in the telecommunications network and comprising: receiving a registration request from an initiating device to establish a service connection session between the initiating device and an endpoint through an Internet Protocol Multimedia Subsystem, IMS, session, wherein the initiating device is a wireless telecommunications device assigned to a first realm, and wherein the endpoint is associated with a second, different realm; generating a corresponding registration message based on the received request, wherein the corresponding registration message identifies the initiating device as being assigned to the second realm; and, establishing the IMS session between the initiating device and the endpoint upon successful processing of the registration message, wherein, during the session, the CSCF node translates the first realm into the second realm upon receiving subsequent messages from the initiating device towards the said endpoint; and wherein, during the session, the CSCF node translates the second realm into the first realm upon receiving messages from the endpoint towards the initiating device. receiving a registration request from an initiating device to establish a service connection session between the initiating device and an endpoint through an Internet Protocol Multimedia Subsystem, IMS, session, wherein the initiating device is a wireless telecommunications device assigned to a first realm, and wherein the endpoint is associated with a second, different realm; wherein the initiating device is a wireless telecommunications device assigned to a first realm, and wherein the endpoint is associated with a second, different realm; generating a corresponding registration message based on the received request, wherein the corresponding registration message identifies the initiating device as being assigned to the second realm; and, establishing the IMS session between the initiating device and the endpoint upon successful processing of the registration message, wherein, during the session, the CSCF node translates the first realm into the second realm upon receiving subsequent messages from the initiating device towards the said endpoint; and wherein, during the session, the CSCF node translates the second realm into the first realm upon receiving messages from the endpoint towards the initiating device. wherein, during the session, the CSCF node translates the first realm into the second realm upon receiving subsequent messages from the initiating device towards the said endpoint; and wherein, during the session, the CSCF node translates the second realm into the first realm upon receiving messages from the endpoint towards the initiating device.
Flow meter for the sound-based recording of a flow quantity of a liquid or gaseous medium with a housing and a measuring insert inserted into the housing, wherein a) the measuring insert contains a measuring section through which a main flow leg of the medium flows in a flow direction during operation, b) the measuring section has an interior space through which the main flow leg of the medium flows during operation and which is enclosed by a measuring channel wall, c) in an intermediate space between an outer side of the measuring channel wall facing away from the interior space and an inside of a housing wall of the housing, at least one secondary flow path for a secondary flow leg of the medium is formed, characterised in that d) each secondary flow path runs, at least in sections, at an angle of inclination (β) of greater than 0° to the flow direction, and e) attached between the outside of the measuring channel wall and the inside of the housing wall are at least two webs (23, 24) arranged behind one another in the flow direction, which each have at least one web recess (19, 20, 21, 22), which respectively forms a through-opening running in the flow direction, wherein each through-opening of a web is arranged radially or tangentially offset relative to the flow direction to each through-opening of the adjacent web in the flow direction. a) the measuring insert contains a measuring section through which a main flow leg of the medium flows in a flow direction during operation, b) the measuring section has an interior space through which the main flow leg of the medium flows during operation and which is enclosed by a measuring channel wall, c) in an intermediate space between an outer side of the measuring channel wall facing away from the interior space and an inside of a housing wall of the housing, at least one secondary flow path for a secondary flow leg of the medium is formed, d) each secondary flow path runs, at least in sections, at an angle of inclination (β) of greater than 0° to the flow direction, and e) attached between the outside of the measuring channel wall and the inside of the housing wall are at least two webs (23, 24) arranged behind one another in the flow direction, which each have at least one web recess (19, 20, 21, 22), which respectively forms a through-opening running in the flow direction, wherein each through-opening of a web is arranged radially or tangentially offset relative to the flow direction to each through-opening of the adjacent web in the flow direction.
Apparatus for preparing acrylic acid, comprising - a first reactor and - at least one further reactor, -- wherein at least the first reactor is a shell-and-tube reactor having a plurality of tubes which comprise a catalyst which catalyses the synthesis of acrolein, -- wherein the tubes open into a collection space which is fluidically connectable via an outflow region to the at least one further reactor, -- wherein the outflow region comprises a laminarizing means which effects laminarization of a flow profile of a gas flowing through the outflow region and -- wherein the laminarizing means projects into the outflow region. - a first reactor and - at least one further reactor, -- wherein at least the first reactor is a shell-and-tube reactor having a plurality of tubes which comprise a catalyst which catalyses the synthesis of acrolein, -- wherein the tubes open into a collection space which is fluidically connectable via an outflow region to the at least one further reactor, -- wherein the outflow region comprises a laminarizing means which effects laminarization of a flow profile of a gas flowing through the outflow region and -- wherein the laminarizing means projects into the outflow region. -- wherein at least the first reactor is a shell-and-tube reactor having a plurality of tubes which comprise a catalyst which catalyses the synthesis of acrolein, -- wherein the tubes open into a collection space which is fluidically connectable via an outflow region to the at least one further reactor, -- wherein the outflow region comprises a laminarizing means which effects laminarization of a flow profile of a gas flowing through the outflow region and -- wherein the laminarizing means projects into the outflow region.
A control arrangement for a circuit breaker station including a plurality of circuit breakers (104, 105, 106), voltage measuring devices (107, 108) for measuring bus bar voltages, current measuring devices (109, 110, 111) for measuring currents through the circuit breakers, and, for each circuit breaker, a circuit breaker position indicating device for indicating the position of the circuit breaker, the control arrangement comprising: - a central control system for the overall control of the circuit breaker station, the central control system being, during use, connected to the voltage measuring devices, current measuring devices, and circuit breaker position indicating devices to obtain measured voltages, currents, and circuit breaker positions; and - for each of the circuit breakers, a circuit breaker operating unit connected, during use, to the central control system to obtain switching instructions, and to the respective circuit breaker to control the operation thereof, characterized in that - the central control system and the circuit breaker operating units have each a local clock, wherein all clocks are synchronized with one another; - the central control system is, during use, arranged to calculate a point of time for switching each of the circuit breakers based on the obtained measured voltages, currents, and circuit breaker positions, and earlier operating times for the circuit breaker, and to send said point of time in a switching instruction to said circuit breaker operating unit; and - each of the circuit breaker operating units is, during use, arranged to switch the circuit breaker, to which it is connected, at the point of time which is received in the switching instruction from the central control system. - a central control system for the overall control of the circuit breaker station, the central control system being, during use, connected to the voltage measuring devices, current measuring devices, and circuit breaker position indicating devices to obtain measured voltages, currents, and circuit breaker positions; and - for each of the circuit breakers, a circuit breaker operating unit connected, during use, to the central control system to obtain switching instructions, and to the respective circuit breaker to control the operation thereof, characterized in that - the central control system and the circuit breaker operating units have each a local clock, wherein all clocks are synchronized with one another; - the central control system is, during use, arranged to calculate a point of time for switching each of the circuit breakers based on the obtained measured voltages, currents, and circuit breaker positions, and earlier operating times for the circuit breaker, and to send said point of time in a switching instruction to said circuit breaker operating unit; and - each of the circuit breaker operating units is, during use, arranged to switch the circuit breaker, to which it is connected, at the point of time which is received in the switching instruction from the central control system.
A container for the storage and the transport of liquid products, comprising a plurality of walls connected together to define a containing compartment, and at least one heat exchanger for controlling the temperature in the interior of the containing compartment, said heat exchanger being integrated into at least one of said walls; the container further comprising a bag of impermeable material disposed inside the containing compartment; said bag presenting an inlet aperture for inserting said product and an outlet aperture for product extraction; characterised by further comprising one or more spacers insertable into said bag; said bag comprising one or more auxiliary apertures for inserting said spacer; said spacer being an inflatable tubular element.
A spray assembly comprising: an inner chamber defining a first fluid outlet for providing a fluid in a first spray mode of a plurality of spray modes; and an outer chamber disposed radially outward from the inner chamber; a spray face fluidly coupled to the outer chamber and comprising one or more nozzles, the one or more nozzles configured to be moved between a plurality of nozzle positions such that the spray face selectively provides the fluid in at least a second spray mode and a third spray mode; a plurality of shafts (910, 920, 930) configured to be selectively movable between a plurality of shaft positions such that the spray assembly selectively provides the fluid in the plurality of spray modes; a lever configured to be selectively operable in a plurality of lever positions such that the lever operates the plurality of shafts (910, 920, 930) in the plurality of shaft positions; a moving fulcrum structured to change a location of a fulcrum of the lever such that the fulcrum changes as the lever is operated through the plurality of lever positions; and a plurality of sleeves (770, 780), a first sleeve of the plurality of sleeves configured to move the one or more nozzles of the spray face. an inner chamber defining a first fluid outlet for providing a fluid in a first spray mode of a plurality of spray modes; and an outer chamber disposed radially outward from the inner chamber; a spray face fluidly coupled to the outer chamber and comprising one or more nozzles, the one or more nozzles configured to be moved between a plurality of nozzle positions such that the spray face selectively provides the fluid in at least a second spray mode and a third spray mode; a plurality of shafts (910, 920, 930) configured to be selectively movable between a plurality of shaft positions such that the spray assembly selectively provides the fluid in the plurality of spray modes; a lever configured to be selectively operable in a plurality of lever positions such that the lever operates the plurality of shafts (910, 920, 930) in the plurality of shaft positions; a moving fulcrum structured to change a location of a fulcrum of the lever such that the fulcrum changes as the lever is operated through the plurality of lever positions; and a plurality of sleeves (770, 780), a first sleeve of the plurality of sleeves configured to move the one or more nozzles of the spray face.
An ion sensor comprising: an SOI substrate including a base layer, an insulating layer, and an active layer, an ion filter formed in the active layer, the ion filter including a first electrode and a second electrode, the first electrode and the second electrode facing each other; an ion sensing electrode with which an ion that has passed through the ion filter collides, the ion sensing electrode formed in the base layer and including a third electrode and a fourth electrode; and an insulator formed by the insulating layer, the insulator configured to electrically insulate the ion sensing electrode from the first electrode and the second electrode; wherein a first serpentine slit is formed in the active layer, a second serpentine slit is formed in the base layer, and a third serpentine slit is formed in the insulating layer, the first, second and third slits overlapping with each other in a planar view of the SOI substrate; the active layer includes two first trenches connected to respective ends of the first slit, such that the first slit and first trenches together divide the active layer into the first electrode and the second electrode; the base layer includes two second trenches connected to respective ends of the second slit, such that the second slit and second trenches together divide the base layer into the third electrode and the fourth electrode; and positions of the first trenches are displaced from positions of the second trenches such that the first trenches do not overlap with the second trenches in a planar view of the SOI substrate. an SOI substrate including a base layer, an insulating layer, and an active layer, an ion filter formed in the active layer, the ion filter including a first electrode and a second electrode, the first electrode and the second electrode facing each other; an ion sensing electrode with which an ion that has passed through the ion filter collides, the ion sensing electrode formed in the base layer and including a third electrode and a fourth electrode; and an insulator formed by the insulating layer, the insulator configured to electrically insulate the ion sensing electrode from the first electrode and the second electrode; wherein a first serpentine slit is formed in the active layer, a second serpentine slit is formed in the base layer, and a third serpentine slit is formed in the insulating layer, the first, second and third slits overlapping with each other in a planar view of the SOI substrate; the active layer includes two first trenches connected to respective ends of the first slit, such that the first slit and first trenches together divide the active layer into the first electrode and the second electrode; the base layer includes two second trenches connected to respective ends of the second slit, such that the second slit and second trenches together divide the base layer into the third electrode and the fourth electrode; and positions of the first trenches are displaced from positions of the second trenches such that the first trenches do not overlap with the second trenches in a planar view of the SOI substrate.
Housing for a switchgear, which housing comprises: - first and second parallel side walls (2, 3) connected by a frame, top wall and / or bottom wall; - a door extending between the first and second side walls and arranged hingedly to the first side wall, wherein the door hinge axis is parallel to the side walls; - an instrument panel comprising a front face and third and fourth parallel side walls (12, 13) extending perpendicular from the front face; wherein the door has an opening through which the third and fourth side walls (12,13) of the instrument panel extend into the housing, parallel to the first and second walls (2,3); and wherein the instrument panel is hingedly arranged to the door, wherein the instrument panel hinge axis is parallel to the door hinge axis, characterized in that the instrument panel hinge axis is positioned adjacent to the second side wall. - first and second parallel side walls (2, 3) connected by a frame, top wall and / or bottom wall; - a door extending between the first and second side walls and arranged hingedly to the first side wall, wherein the door hinge axis is parallel to the side walls; - an instrument panel comprising a front face and third and fourth parallel side walls (12, 13) extending perpendicular from the front face;