mhurhangee/ep-ind-claims huggingface dataset:
A measuring system for measuring the concentration of substances or analytes in a body fluid or in a body tissue, comprising: - a microdialysis probe comprising a microdialysis membrane, both being adapted to be placed in blood or in tissue; - a flow through sensor comprising a flow channel for analysing a fluid having passed said microdialysis probe; - a pump for pumping said fluid to and through said microdialysis probe and further to and through said sensor; - a tubing connecting said pump to said microdialysis probe and said microdialysis probe to said sensor; characterised in that: the microdialysis membrane has an outer diameter of 0.2 to 3 mm and a liquid permeability of 1 to 3 x 10 -4 cm/bar x s, and wherein the flow channel has a width in the interval of 250 to 1000 micrometer and a height of 25 to 100 micrometer, so as to adapt the characteristics of the flow channel cross-sectional area to the membrane to eliminate, or at least substantially reduce, ultrafiltration through the microdialysis membrane when the pump causes a flow rate in the system N in the interval of 0.2-15 microliters per minute. - a microdialysis probe comprising a microdialysis membrane, both being adapted to be placed in blood or in tissue; - a flow through sensor comprising a flow channel for analysing a fluid having passed said microdialysis probe; - a pump for pumping said fluid to and through said microdialysis probe and further to and through said sensor; - a tubing connecting said pump to said microdialysis probe and said microdialysis probe to said sensor; the microdialysis membrane has an outer diameter of 0.2 to 3 mm and a liquid permeability of 1 to 3 x 10 -4 cm/bar x s, and wherein the flow channel has a width in the interval of 250 to 1000 micrometer and a height of 25 to 100 micrometer, so as to adapt the characteristics of the flow channel cross-sectional area to the membrane to eliminate, or at least substantially reduce, ultrafiltration through the microdialysis membrane when the pump causes a flow rate in the system N in the interval of 0.2-15 microliters per minute.
A method comprising: providing a field programmable gate array, FPGA, the FPGA including a communication channel port, wherein the communication channel port is operable to connect to one or more systems through a communication channel, and wherein the FPGA is configured to operate in one or more control modes; receiving a communication channel input to the communication channel port of the FPGA; wherein the communication channel port comprises a plurality of pin inputs; and wherein the communication channel input comprises a plurality of pin connectors; the method being characterized in: based at least in part on the communication channel input, determining a control mode from the one or more control modes, wherein determining the control mode from the one or more control modes comprises analyzing a configuration of the plurality of pin connectors; mapping the configuration of the plurality of pin connectors to a binary number; and comparing the binary number to a look-up table stored in a memory associated with the FPGA to determine the control mode; and operating the FPGA in the control mode, wherein the control mode is associated with one system of the one or more systems. providing a field programmable gate array, FPGA, the FPGA including a communication channel port, wherein the communication channel port is operable to connect to one or more systems through a communication channel, and wherein the FPGA is configured to operate in one or more control modes; receiving a communication channel input to the communication channel port of the FPGA; wherein the communication channel port comprises a plurality of pin inputs; and wherein the communication channel input comprises a plurality of pin connectors; the method being characterized in: based at least in part on the communication channel input, determining a control mode from the one or more control modes, wherein determining the control mode from the one or more control modes comprises analyzing a configuration of the plurality of pin connectors; mapping the configuration of the plurality of pin connectors to a binary number; and comparing the binary number to a look-up table stored in a memory associated with the FPGA to determine the control mode; and operating the FPGA in the control mode, wherein the control mode is associated with one system of the one or more systems. based at least in part on the communication channel input, determining a control mode from the one or more control modes, wherein determining the control mode from the one or more control modes comprises analyzing a configuration of the plurality of pin connectors; mapping the configuration of the plurality of pin connectors to a binary number; and comparing the binary number to a look-up table stored in a memory associated with the FPGA to determine the control mode; and operating the FPGA in the control mode, wherein the control mode is associated with one system of the one or more systems.
An injector for injecting an intraocular lens, the injector comprising: a housing; and a pair of compacting members (130, 132); wherein the housing and outer edges of the compacting members (130, 132) have a tapered configuration such that the compacting members, with the lens situated therebetween, converge on the lens to compact said intraocular lens as the compacting members move forward relative to the housing; characterised in that each of the compacting members (130, 132) comprises a face (131, 133) in the form of a half-channel on an inner edge, and wherein the compacting members (130, 132) together form an injection channel once the compacting members (130, 132) have been fully driven forward. a housing; and a pair of compacting members (130, 132); wherein the housing and outer edges of the compacting members (130, 132) have a tapered configuration such that the compacting members, with the lens situated therebetween, converge on the lens to compact said intraocular lens as the compacting members move forward relative to the housing; characterised in that each of the compacting members (130, 132) comprises a face (131, 133) in the form of a half-channel on an inner edge, and wherein the compacting members (130, 132) together form an injection channel once the compacting members (130, 132) have been fully driven forward.
Cooling system for an electric machine, which comprises a stator with a stator laminated core, with coil windings with axially protruding winding heads being inserted in the stator laminated core, and a rotor with a rotor laminated core seated on a rotor shaft, the cooling system comprising at least one bearing bracket (10, 11) and at least one coolant distributor plate (12, 13), wherein the bearing bracket (10, 11) and the coolant distributor plate (12, 13) are designed to jointly form a cooling channel, wherein the cooling channel - comprises multiple horizontal cooling channel sections (15, 16; 26, 28) which run parallel to an axis of rotation of the electric machine, - comprises multiple vertical cooling channel sections (17; 25, 29) which run perpendicular to the axis of rotation of the electric machine, and - comprises multiple circumferential cooling channel sections (24, 27) which run around the axis of rotation of the electric machine, wherein the three different cooling channel sections (15, 16; 26, 28; 17; 25, 29; 24, 27) adjoin one another such that the cooling channel has a three-dimensional meandering profile at least in regions, the cooling system has in each case one of several first horizontal cooling channel sections per cooling channel, which first horizontal cooling channel sections, as viewed radially, run in the outer region of the rotor laminated core and in the inner region of the winding head, and extend axially along the winding head, the cooling system in each case has one of several second horizontal cooling channel sections per cooling channel, which second horizontal cooling channel section, as viewed radially, runs further to the outside than the first horizontal cooling channel section and extends axially along an outer circumference of the winding head, the first and second cooling channel sections (15, 16) run in the axial direction parallel to the winding head along the first bearing bracket, such that the radially inner region and the radially outer region of the winding head can be cooled over a great extent in an axial direction, specifically indirectly via the first bearing bracket and by means of a cooling medium flowing within the cooling channel. - comprises multiple horizontal cooling channel sections (15, 16; 26, 28) which run parallel to an axis of rotation of the electric machine, - comprises multiple vertical cooling channel sections (17; 25, 29) which run perpendicular to the axis of rotation of the electric machine, and - comprises multiple circumferential cooling channel sections (24, 27) which run around the axis of rotation of the electric machine,
An initiator device (80, P 1, P 2) for issuing transaction requests to a recipient device via an interconnect, said initiator device comprising: at least one port (85, 87) for receiving requests from and issuing requests to said interconnect; a barrier generator for generating barrier transaction requests, said barrier transaction requests indicating to said interconnect that an ordering of at least some transaction requests within a stream of transaction requests passing through said interconnect should be maintained by not allowing reordering of at least some of said transaction requests that occur before said barrier transaction request in said stream of transaction requests with respect to said barrier transaction request; wherein in response to receipt of a synchronise request querying progress of at least a subset of transaction requests, said initiator device is responsive to action any pending transaction requests within said at least a subset of transaction requests and to generate a barrier transaction request at said barrier generator and to issue said barrier transaction request to said interconnect via said at least one port, and in response to receiving a response to said barrier transaction request to issue an acknowledge signal as a response to said synchronise request. at least one port (85, 87) for receiving requests from and issuing requests to said interconnect; a barrier generator for generating barrier transaction requests, said barrier transaction requests indicating to said interconnect that an ordering of at least some transaction requests within a stream of transaction requests passing through said interconnect should be maintained by not allowing reordering of at least some of said transaction requests that occur before said barrier transaction request in said stream of transaction requests with respect to said barrier transaction request; wherein in response to receipt of a synchronise request querying progress of at least a subset of transaction requests, said initiator device is responsive to action any pending transaction requests within said at least a subset of transaction requests and to generate a barrier transaction request at said barrier generator and to issue said barrier transaction request to said interconnect via said at least one port, and in response to receiving a response to said barrier transaction request to issue an acknowledge signal as a response to said synchronise request.
A stepwise timepiece display mechanism, arranged to be driven by a horological movement, and including a stopwork mechanism of the Maltese cross type with a director wheel capable of controlling, in a portion of the angular travel thereof, the pivoting of at least one satellite wheel, said director wheel including a crown arranged to be indirectly pivotally driven from a drive wheel or a cannon-pinion included in one said horological movement through a cam wheel of the display mechanism, said cam wheel being arranged to move said crown from a wound position to an unwound position by an instantaneous displacement of said crown in a first direction to pivot one said satellite wheel about a satellite axis, and to move said crown from said unwound position to said wound position by a regulated displacement of said crown which is slower than said instantaneous displacement during a return movement in a second direction opposite to said first direction, characterised in that said cam wheel includes a plate and a cam which are coaxially mounted, said plate being indirectly driven by said cannon-pinion and including a slot for driving an eccentric finger included in said cam whose profile controls the pivoting of a carrier arranged to drive said crown between two extreme positions of said winding and unwinding positions, said slot allowing, on the one hand, a free jump of said carrier which interacts with said cam in the unwinding direction, and on the other hand, a longer re-winding duration related to the relative path of said finger and said slot, and in that said cam wheel further includes, a friction disc, coaxially mounted with said plate and said cam, which is directly or indirectly driven by said cannon-pinion and arranged to drive said plate by the friction, and whose angular adjustment relative to said plate allows an accurate adjustment of the moment of the jump of said crown.
A printing fluid container for a printing fluid source for a printer system, the printing fluid container comprising a neck having an outer opening; - a closure device comprising a closure device main body connected to the neck, wherein the closure device main body comprises a closure device printing fluid outlet opening and a closure device printing fluid outlet passage extending from the outer opening of the neck through the closure device main body to the closure device printing fluid outlet opening; and - a sealing material layer being arranged in the closure device printing fluid outlet opening, the sealing material layer having ∘ an initial condition, in which the closure device printing fluid outlet opening is sealed, ∘ a fluid outlet condition, in which the sealing material layer is pierced by engagement of a fluidic interconnect device of the printing fluid source, which fluidic interconnect device provides a printing fluid inlet passage towards an inner space of the printing fluid source, and the closure device printing fluid outlet opening establishing a fluid path through the closure device printing fluid outlet opening, and ∘ re-sealing condition, in which the sealing material layer re-seals the closure device printing fluid outlet opening upon removal of the fluidic interconnect device. - a closure device comprising a closure device main body connected to the neck, wherein the closure device main body comprises a closure device printing fluid outlet opening and a closure device printing fluid outlet passage extending from the outer opening of the neck through the closure device main body to the closure device printing fluid outlet opening; and - a sealing material layer being arranged in the closure device printing fluid outlet opening, the sealing material layer having ∘ an initial condition, in which the closure device printing fluid outlet opening is sealed, ∘ a fluid outlet condition, in which the sealing material layer is pierced by engagement of a fluidic interconnect device of the printing fluid source, which fluidic interconnect device provides a printing fluid inlet passage towards an inner space of the printing fluid source, and the closure device printing fluid outlet opening establishing a fluid path through the closure device printing fluid outlet opening, and ∘ re-sealing condition, in which the sealing material layer re-seals the closure device printing fluid outlet opening upon removal of the fluidic interconnect device. ∘ an initial condition, in which the closure device printing fluid outlet opening is sealed, ∘ a fluid outlet condition, in which the sealing material layer is pierced by engagement of a fluidic interconnect device of the printing fluid source, which fluidic interconnect device provides a printing fluid inlet passage towards an inner space of the printing fluid source, and the closure device printing fluid outlet opening establishing a fluid path through the closure device printing fluid outlet opening, and ∘ re-sealing condition, in which the sealing material layer re-seals the closure device printing fluid outlet opening upon removal of the fluidic interconnect device.
A method of multi-stream wireless communication between a transmitter node (1, 21, 32) and a receiver node, the method comprising, in the transmitter node (1, 21, 32): applying an open-loop multi-stream transmission technique during an initial part of a transmission burst, receiving detailed channel state information, wherein the detailed channel state information indicates transmission pre-coding to be used during the transmission burst when applying a closed-loop multi-stream transmission technique, and switching from the open-loop multi-stream transmission technique to the closed-loop multi-stream transmission technique during the transmission burst, in response to receiving the detailed channel state information. applying an open-loop multi-stream transmission technique during an initial part of a transmission burst, receiving detailed channel state information, wherein the detailed channel state information indicates transmission pre-coding to be used during the transmission burst when applying a closed-loop multi-stream transmission technique, and switching from the open-loop multi-stream transmission technique to the closed-loop multi-stream transmission technique during the transmission burst, in response to receiving the detailed channel state information.
A method for sanitizing an animal product, comprising: applying phage targeted for at least one type of microorganism to an external layer of a body of an animal that has been slaughtered, and to normal coverings of the external layer; and after the animal has been slaughtered, and before applying the phage, while applying the phage or after applying the phage, removing the external layer from a remainder of the body of the animal, the phage on the external layer and the normal coverings of the external layer minimizing contamination by microorganisms on the external layer of the animal or preventing transmission of microorganisms from the external layer to a carcass of the body of the animal while removing the external layer. applying phage targeted for at least one type of microorganism to an external layer of a body of an animal that has been slaughtered, and to normal coverings of the external layer; and after the animal has been slaughtered, and before applying the phage, while applying the phage or after applying the phage, removing the external layer from a remainder of the body of the animal, the phage on the external layer and the normal coverings of the external layer minimizing contamination by microorganisms on the external layer of the animal or preventing transmission of microorganisms from the external layer to a carcass of the body of the animal while removing the external layer.
An irrigation system, comprising: a supply module, comprising a plurality of supply apparatuses (21, 22, 23) for storing a plurality of feeding liquids; a transport pipeline, connected with the supply module for transporting the feeding liquids, wherein the transport pipeline comprises one transport pipe which extends from the supply module to a plurality of irrigation areas (A, B, C) to transport different feeding liquids from the supply module through a same segment of the one transport pipe to the plurality of irrigation areas; a spraying module, comprising a plurality of sprayers (51, 52, 53) connected with the transport pipe of the transport pipeline to spray the feeding liquids, wherein at least two sprayers are connected with the one transport pipe at a certain distance from each other to be located at different irrigation areas; a control module, for controlling the irrigation system, wherein the control module controls the supply module to provide different feeding liquids at different times through the one transport pipe such that the different feeding liquids pass through same segment of the one transport pipe of the transport pipeline at different times and flow to an irrigation area (A, B, C). a supply module, comprising a plurality of supply apparatuses (21, 22, 23) for storing a plurality of feeding liquids; a transport pipeline, connected with the supply module for transporting the feeding liquids, wherein the transport pipeline comprises one transport pipe which extends from the supply module to a plurality of irrigation areas (A, B, C) to transport different feeding liquids from the supply module through a same segment of the one transport pipe to the plurality of irrigation areas; a spraying module, comprising a plurality of sprayers (51, 52, 53) connected with the transport pipe of the transport pipeline to spray the feeding liquids, wherein at least two sprayers are connected with the one transport pipe at a certain distance from each other to be located at different irrigation areas; a control module, for controlling the irrigation system, wherein the control module controls the supply module to provide different feeding liquids at different times through the one transport pipe such that the different feeding liquids pass through same segment of the one transport pipe of the transport pipeline at different times and flow to an irrigation area (A, B, C).