mhurhangee/patent-ind-claim-en huggingface dataset:
A pump control method for controlling a pump of a construction machine, the said pump being configured so as to pump fluid, pasty and/or viscous products such as mortars, concretes or fluid screeds, the method comprising the following steps: control of the pump at a first pumping speed (V1) according to a setpoint desired by the user; determination of the product output flow rate (Q) of the construction machine and recording of this flow rate as a reference flow rate (Qref); - progressive reduction of the pumping speed (V) of the pump as long as the product output flow rate (Q) remains stable, that is to say as long as the decline (ΔQ) in the product output flow rate (Q) relative to the reference flow rate (Qref) remains below a predetermined threshold value (ε), until reaching a second pumping speed (V2) from which point the product output flow rate (Q) begins to decrease, that is to say from which point the said decrease (ΔQ) in the product output flow rate (Q) relative to the reference flow rate (Qref) exceeds the said predetermined threshold value (ε); stabilisation of the pumping speed (V). control of the pump at a first pumping speed (V1) according to a setpoint desired by the user; determination of the product output flow rate (Q) of the construction machine and recording of this flow rate as a reference flow rate (Qref); - progressive reduction of the pumping speed (V) of the pump as long as the product output flow rate (Q) remains stable, that is to say as long as the decline (ΔQ) in the product output flow rate (Q) relative to the reference flow rate (Qref) remains below a predetermined threshold value (ε), until reaching a second pumping speed (V2) from which point the product output flow rate (Q) begins to decrease, that is to say from which point the said decrease (ΔQ) in the product output flow rate (Q) relative to the reference flow rate (Qref) exceeds the said predetermined threshold value (ε); - progressive reduction of the pumping speed (V) of the pump as long as the product output flow rate (Q) remains stable, that is to say as long as the decline (ΔQ) in the product output flow rate (Q) relative to the reference flow rate (Qref) remains below a predetermined threshold value (ε), until reaching a second pumping speed (V2) from which point the product output flow rate (Q) begins to decrease, that is to say from which point the said decrease (ΔQ) in the product output flow rate (Q) relative to the reference flow rate (Qref) exceeds the said predetermined threshold value (ε); stabilisation of the pumping speed (V).
A method of wireless communication, comprising: receiving , by a user equipment, UE, a configuration indication for a common uplink portion of a subframe, wherein the configuration indication includes at least a configuration index that indicates a configuration for at least two parameters for configuring the common uplink portion, the parameters including one or more of a waveform parameter, a timing parameter, a sub-carrier spacing parameter, a length parameter and a frequency parameter; configuring , by the UE, the common uplink portion based at least in part on the configuration indication; and transmitting , by the UE, a communication in the common uplink portion configured according to the configuration indication. receiving , by a user equipment, UE, a configuration indication for a common uplink portion of a subframe, wherein the configuration indication includes at least a configuration index that indicates a configuration for at least two parameters for configuring the common uplink portion, the parameters including one or more of a waveform parameter, a timing parameter, a sub-carrier spacing parameter, a length parameter and a frequency parameter; configuring , by the UE, the common uplink portion based at least in part on the configuration indication; and transmitting , by the UE, a communication in the common uplink portion configured according to the configuration indication.
A method of handling a cell selection for a communication device, characterized by the method comprising the following steps performed by the communication device: performing the cell selection in a first one of a normal mode and a coverage enhancement mode, to select a cell ; and camping on the cell in a second one of the normal mode and the coverage enhancement mode ; wherein at least one first parameter, one first criterion and/or at least one dedicated resource of the coverage enhancement mode for performing the cell selection are different from at least one second parameter, one second criterion and/or at least one dedicated resource of the normal mode for performing the cell selection, wherein the coverage enhancement mode is a mode in which the communication device can complete cell selection easier and/or faster under relaxed requirements; wherein the communication device performs the cell selection in the coverage enhancement mode, if the first one of the normal mode and the coverage enhancement mode is the normal mode and a number of failed cell selections is greater than a first threshold. performing the cell selection in a first one of a normal mode and a coverage enhancement mode, to select a cell ; and camping on the cell in a second one of the normal mode and the coverage enhancement mode ; wherein at least one first parameter, one first criterion and/or at least one dedicated resource of the coverage enhancement mode for performing the cell selection are different from at least one second parameter, one second criterion and/or at least one dedicated resource of the normal mode for performing the cell selection, wherein the coverage enhancement mode is a mode in which the communication device can complete cell selection easier and/or faster under relaxed requirements; wherein the communication device performs the cell selection in the coverage enhancement mode, if the first one of the normal mode and the coverage enhancement mode is the normal mode and a number of failed cell selections is greater than a first threshold.
The invention is an extraction hood having a body, a control unit and a cover in front of an extraction hood filter that can be opened and closed, a cover connection piece placed on the cover that connects the cover with the body of the extraction hood, a switch to control the extraction hood, a switch attachment that allows the switch to be secured on the cover , a piston as a moving member, with one end connected to the extraction hood body and the other end connected to the cover , enabling the cover to be opened and closed, a piston connection piece that enables the piston to be connected to the cover , characterized by comprising; • a cable channel that enables the transmission of the cables of the control unit on the cover and the piston connection, • a slot on the cable channel where the piston is fixed on the cover , and • a fastener that secures the piston connection to the slot . • a cable channel that enables the transmission of the cables of the control unit on the cover and the piston connection, • a slot on the cable channel where the piston is fixed on the cover , and • a fastener that secures the piston connection to the slot .
A monitoring device, comprising: a test element comprising a test portion; a detection reagent comprising luciferase; a luciferin-containing substrate comprising a substrate and d-luciferin dried on the substrate, wherein the d-luciferin is present in the luciferin-containing substrate in an amount of between 0.002 micrograms and 0.5 micrograms, and wherein the luciferin-containing substrate is free of a detectable amount of reactive luciferase; and a container comprising a first end with an opening and a second end opposite the first end; wherein the container is configured to receive the test portion and configured to be operationally coupled to an analytical instrument; wherein the detection reagent and the d-luciferin each are capable of participating in one or more chemical reaction that results in the formation of a detectable product. a test element comprising a test portion; a detection reagent comprising luciferase; a luciferin-containing substrate comprising a substrate and d-luciferin dried on the substrate, wherein the d-luciferin is present in the luciferin-containing substrate in an amount of between 0.002 micrograms and 0.5 micrograms, and wherein the luciferin-containing substrate is free of a detectable amount of reactive luciferase; and a container comprising a first end with an opening and a second end opposite the first end; wherein the container is configured to receive the test portion and configured to be operationally coupled to an analytical instrument; wherein the detection reagent and the d-luciferin each are capable of participating in one or more chemical reaction that results in the formation of a detectable product.
An effective amount of an isolated antibody or an antigen-binding fragment thereof that specifically binds to semaphorin-4D (SEMA4D) for use in a method of treating a subject having Huntington's disease, wherein the antibody or fragment thereof inhibits SEMA4D interaction with its receptor.
An ophthalmic surgical system for creating surgical cuts in an eye having a lens capsule and a lens nucleus within the lens capsule; the system comprising: a laser source (10, LS) configured to deliver a laser beam comprising a plurality of laser pulses; an optical coherence tomography (OCT) device configured to generate an image of the eye tissue from which the lens capsule and the lens nucleus of the eye tissue can be identified; a delivery system for focusing the laser beam onto the eye tissue, the delivery system including one or more movable optical elements, the delivery system operable to focus the laser beam at a focal point within the eye and control the location of the focal point to create cuts within the lens cortex and the lens nucleus; and a controller (12, CPU) operatively coupled with the optical coherence tomography (OCT) device, the laser source and the delivery system and configured to determine parameters including upper and lower axial limits of the focal planes for cutting the lens capsule and segmentation of the lens cortex and lens nucleus based on the generated image of the eye tissue and to control the delivery system to scan the laser beam such that the focal point of the laser beam is scanned in a pattern at multiple depths within the lens cortex and the lens nucleus to segment the lens cortex and the lens nucleus into fragments. a laser source (10, LS) configured to deliver a laser beam comprising a plurality of laser pulses; an optical coherence tomography (OCT) device configured to generate an image of the eye tissue from which the lens capsule and the lens nucleus of the eye tissue can be identified; a delivery system for focusing the laser beam onto the eye tissue, the delivery system including one or more movable optical elements, the delivery system operable to focus the laser beam at a focal point within the eye and control the location of the focal point to create cuts within the lens cortex and the lens nucleus; and a controller (12, CPU) operatively coupled with the optical coherence tomography (OCT) device, the laser source and the delivery system and configured to determine parameters including upper and lower axial limits of the focal planes for cutting the lens capsule and segmentation of the lens cortex and lens nucleus based on the generated image of the eye tissue and to control the delivery system to scan the laser beam such that the focal point of the laser beam is scanned in a pattern at multiple depths within the lens cortex and the lens nucleus to segment the lens cortex and the lens nucleus into fragments.
A point of sale system comprising: a near field communication, NFC, front end communicatively coupled to an antenna and adapted to receive a signal; a discrete microcontroller : (i) communicatively coupled with the near field communication front end ; (ii) storing a first software stack for a first near field communication protocol; and (iii) storing a second software stack for a second near field communication protocol; and an applications microprocessor : (i) communicatively coupled with the discrete microcontroller ; (ii) instantiating an operating system for the point of sale system; and (iii) instantiating a master NFC service; wherein the discrete microcontroller is programmed to, selectively and in response to a selection by the master NFC service, perform one of: (i) instantiate the first software stack exclusive to the second software stack and process the signal with the first software stack and not the second software stack; and (ii) instantiate the second software stack exclusive to the first software stack and process the signal with the second software stack and not the first software stack; wherein the first and second software stacks are independent; and wherein the first near field communication protocol and the second near field communication protocol are different and incompatible. a near field communication, NFC, front end communicatively coupled to an antenna and adapted to receive a signal; a discrete microcontroller : (i) communicatively coupled with the near field communication front end ; (ii) storing a first software stack for a first near field communication protocol; and (iii) storing a second software stack for a second near field communication protocol; and an applications microprocessor : (i) communicatively coupled with the discrete microcontroller ; (ii) instantiating an operating system for the point of sale system; and (iii) instantiating a master NFC service; wherein the discrete microcontroller is programmed to, selectively and in response to a selection by the master NFC service, perform one of: (i) instantiate the first software stack exclusive to the second software stack and process the signal with the first software stack and not the second software stack; and (ii) instantiate the second software stack exclusive to the first software stack and process the signal with the second software stack and not the first software stack; (i) instantiate the first software stack exclusive to the second software stack and process the signal with the first software stack and not the second software stack; and (ii) instantiate the second software stack exclusive to the first software stack and process the signal with the second software stack and not the first software stack; wherein the first and second software stacks are independent; and wherein the first near field communication protocol and the second near field communication protocol are different and incompatible.
Treatment apparatus , in particular dehumidification apparatus, comprising: - at least one container of incoherent plastics, said container comprising at least one plastics inlet , at least one plastics outlet , at least one process gas inlet and at least one process gas outlet ; - at least one supply line for supplying a process gas to said process gas inlet of said container ; - at least one flow generator for generating a process gas flow along said supply line towards said container ; - at least one condenser arranged along said supply line for condensing contaminating vapors contained in the process gas flow, said condenser comprising at least one contaminated gas inlet and at least one purified gas outlet ; - at least one exchanger arranged along said supply line for cooling the process gas flow, said exchanger comprising at least one gas to be cooled inlet , at least one cooled gas outlet , at least one cooling gas inlet and at least one heated gas outlet ; wherein said supply line comprises at least one connection portion which connects said cooled gas outlet with said contaminated gas inlet , at least one recirculation portion which connects said purified gas outlet with said cooling gas inlet , and at least one delivery portion which connects said heated gas outlet with said process gas inlet of said container ; characterized by said condenser comprising evaporator means in which a cooling flow circulates to cool the process gas flow and by comprising molecular sieve dehumidification means arranged along said delivery portion for dehumidifying the process gas flow. - at least one container of incoherent plastics, said container comprising at least one plastics inlet , at least one plastics outlet , at least one process gas inlet and at least one process gas outlet ; - at least one supply line for supplying a process gas to said process gas inlet of said container ; - at least one flow generator for generating a process gas flow along said supply line towards said container ; - at least one condenser arranged along said supply line for condensing contaminating vapors contained in the process gas flow, said condenser comprising at least one contaminated gas inlet and at least one purified gas outlet ; - at least one exchanger arranged along said supply line for cooling the process gas flow, said exchanger comprising at least one gas to be cooled inlet , at least one cooled gas outlet , at least one cooling gas inlet and at least one heated gas outlet ; wherein said supply line comprises at least one connection portion which connects said cooled gas outlet with said contaminated gas inlet , at least one recirculation portion which connects said purified gas outlet with said cooling gas inlet , and at least one delivery portion which connects said heated gas outlet with said process gas inlet of said container ; characterized by said condenser comprising evaporator means in which a cooling flow circulates to cool the process gas flow and by comprising molecular sieve dehumidification means arranged along said delivery portion for dehumidifying the process gas flow.
A machine to process section bars , in particular made of aluminium, light alloys, PVC or the like, the machine comprising an elongated base extending in a first direction ; at least one processing station , which is provided along the base and is provided with at least one operating unit to process the section bars ; and at least one gripping device to hold at least one section bar , the gripping device comprising a first clamping vice comprising, in turn, a first jaw and a second jaw , which are movable relative to one another in a second direction , which is transverse to the first direction , between a clamping position and a release position to clamp and release the section bar ; and being characterized in that it further comprises a driving device to move the second jaw with respect to the first jaw in a third direction , which is orthogonal to said first and second directions ; the driving device comprising a gripping member , which is movable between an operating position, in which the gripping member engages the second jaw , and a rest position, in which the gripping member disengages the second jaw , and driving means to move the gripping member and, hence, the second jaw in the third direction .
A waste storage cassette for rotational mounting in a waste storage cassette receiving chamber provided in an upper part of a waste storage device having a waste storage cassette rotator, the waste storage cassette comprising: an inner wall defining a substantially tubular core; an outer wall ; an annular bottom section which joins the inner and outer walls ; a storage section provided between the inner wall and the outer wall for containing waste storage tubing for creating waste packages; and a formation provided on said outer wall , characterized in that the formation extends in a circumferential direction from the outer wall and comprises a plurality of slots or a plurality of ribs spaced apart around the outer circumference of the formation , each slot or each rib being arranged to locate with a respective rib or a respective slot provided on an inner surface of a waste storage cassette rotator for rotation of the cassette with respect to the waste storage chamber. an inner wall defining a substantially tubular core; an outer wall ; an annular bottom section which joins the inner and outer walls ; a storage section provided between the inner wall and the outer wall for containing waste storage tubing for creating waste packages; and a formation provided on said outer wall , characterized in that the formation extends in a circumferential direction from the outer wall and comprises a plurality of slots or a plurality of ribs spaced apart around the outer circumference of the formation , each slot or each rib being arranged to locate with a respective rib or a respective slot provided on an inner surface of a waste storage cassette rotator for rotation of the cassette with respect to the waste storage chamber.
Device for configuring a virtualized network function, intended to be implemented in a virtualized communication network , said device comprising: - a receiving module , arranged to receive a request for configuration of said virtualized network function; - an obtaining module , arranged to obtain at least one parameter for implementation in a virtualized communication network of an elementary component of said virtualized network function, the elementary component being to be added to a basic virtualized network function; - a configuration module , arranged to compose said virtualized network function from the basic virtualized network function and from at least one elementary component implemented based on the at least one obtained parameter. - a receiving module , arranged to receive a request for configuration of said virtualized network function; - an obtaining module , arranged to obtain at least one parameter for implementation in a virtualized communication network of an elementary component of said virtualized network function, the elementary component being to be added to a basic virtualized network function; - a configuration module , arranged to compose said virtualized network function from the basic virtualized network function and from at least one elementary component implemented based on the at least one obtained parameter.
Arrangement for working a tube end, the arrangement comprising an operating cylinder with a piston displaceable along an longitudinal axis (X), and a tube mounting , wherein a tool holder is provided at an end of the piston facing the tube mounting , wherein the operating cylinder is provided as a tandem cylinder, wherein at least two cylinder stages are offset along the longitudinal axis (X), and wherein the piston comprises connected piston segments , wherein each piston segment is allocated to a cylinder stage characterized in that the piston comprises an anti-twist protection to prevent the piston from twisting relative to the operating cylinder . wherein the operating cylinder is provided as a tandem cylinder, wherein at least two cylinder stages are offset along the longitudinal axis (X), and wherein the piston comprises connected piston segments , wherein each piston segment is allocated to a cylinder stage characterized in that the piston comprises an anti-twist protection to prevent the piston from twisting relative to the operating cylinder .
Solar heat collector that comprises a pipe in which flows an energetic fluid, an absorbent plate in contact with said pipe , an insulation arranged in parallel to said absorbent plate and located on the side of the pipe opposite to said absorbent plate such that it exerts a constant force on the same, a structure made of a plastic material with a parallelepiped shape which houses the aforementioned components of the collector, and a transparent cover placed on one of the greater faces of said structure on the side of the absorbent plate , characterized in that the structure consists of a frame formed by the four side faces(4.1,4.2,4.3,4.4) of the parallelepiped that leaves the greater faces of the same open and is formed by injection of plastic material, and said frame is reinforced by metallic profiles encapsulated in the aforementioned injection process such that said metallic profiles have a shorter length than the corresponding plastic side faces (4.1,4.2,4.3,4.4) of the frame, thereby leaving the corners of the frame with only plastic material and therein orifices are included, formed in the injection process of the frame .