mhurhangee/ep-ind-claims huggingface dataset:
A measurement sonde (50, 50a, 50b) forming a wireline tool for production evaluation of a hydrocarbon well and adapted for displacement along and within the hydrocarbon well, comprising a plurality of probe systems located at angularly distributed locations with respect to the central axis (YY') of the measurement sonde (50, 50a, 50b), each probe system comprising a signal producing probe, said probe comprising a body of electrically insulating material having a tip adapted for contact with a fluid flowing in a hydrocarbon well, at least two electrodes (14a, 14b, 14c, 14d) of conductive material located in said body on opposite sides relatively to a central axis (XX') of the body and insulated from each other, said electrodes (14a, 14b, 14c, 14d) having ends exposed to the fluid flowing in the hydrocarbon well located on either side of said tip, the probe system further comprising a measurement circuit (20, 20c, 20d) comprising an excitation module in parallel with a measuring module, wherein said two electrodes, being simultaneously excitation and detection electrodes, said two electrodes being connected to the measurement circuit (20, 20c, 20d), the measuring module being arranged to measure a signal (u(t)) in the electrodes, said signal (u(t)) being related to an electrical parameter indicative of a local phase composition (O, W) of the fluid flowing in the hydrocarbon well contacting the tip.
A suture comprising: an elongate woven braid of fibers comprising: at least a first end comprising ultra-high molecular weight polyethylene; at least a second end comprising a dyeable material wherein the second end is a single continuous first color; and at least a third end comprising a dyeable material wherein only a first portion of the third end is dyed a continuous second color different from the first color; wherein a junction line between the first portion of the at least one third end and a second portion of the third end is distinct due to an application of an anti - wicking compound during a step in formation of the suture. an elongate woven braid of fibers comprising: at least a first end comprising ultra-high molecular weight polyethylene; at least a second end comprising a dyeable material wherein the second end is a single continuous first color; and at least a third end comprising a dyeable material wherein only a first portion of the third end is dyed a continuous second color different from the first color; wherein a junction line between the first portion of the at least one third end and a second portion of the third end is distinct due to an application of an anti - wicking compound during a step in formation of the suture. at least a first end comprising ultra-high molecular weight polyethylene; at least a second end comprising a dyeable material wherein the second end is a single continuous first color; and at least a third end comprising a dyeable material wherein only a first portion of the third end is dyed a continuous second color different from the first color; wherein a junction line between the first portion of the at least one third end and a second portion of the third end is distinct due to an application of an anti - wicking compound during a step in formation of the suture.
A color chart comprising: a plurality of mirror-image color blocks (100, 200) arranged in a matrix, each color block (100, 200) comprising rows and columns of color patches, wherein: a concentration of a first color of the multiple colors changes unidirectionally across color patches in any given row of a color block (100, 200); a concentration of a second color of the multiple colors changes unidirectionally across color patches in any given column of a color block (100, 200); and a concentration of a third color of the multiple colors remains unchanged across all the plurality of color patches within a color block (100, 200) and differs only between color blocks (100, 200); wherein any row of each colour block (100, 200) which is adjacent to another colour block (100, 200) is a mirror image of the adjacent row of the adjacent colour block (100, 200) in relation to the first and second colours and any column of a colour block (100, 200) which is adjacent to another colour block (100, 200) is a mirror image of the adjacent column of the other colour block (100, 200) in relation to the first and second colours. a plurality of mirror-image color blocks (100, 200) arranged in a matrix, each color block (100, 200) comprising rows and columns of color patches, wherein: a concentration of a first color of the multiple colors changes unidirectionally across color patches in any given row of a color block (100, 200); a concentration of a second color of the multiple colors changes unidirectionally across color patches in any given column of a color block (100, 200); and a concentration of a third color of the multiple colors remains unchanged across all the plurality of color patches within a color block (100, 200) and differs only between color blocks (100, 200); wherein any row of each colour block (100, 200) which is adjacent to another colour block (100, 200) is a mirror image of the adjacent row of the adjacent colour block (100, 200) in relation to the first and second colours and any column of a colour block (100, 200) which is adjacent to another colour block (100, 200) is a mirror image of the adjacent column of the other colour block (100, 200) in relation to the first and second colours. a concentration of a first color of the multiple colors changes unidirectionally across color patches in any given row of a color block (100, 200); a concentration of a second color of the multiple colors changes unidirectionally across color patches in any given column of a color block (100, 200); and a concentration of a third color of the multiple colors remains unchanged across all the plurality of color patches within a color block (100, 200) and differs only between color blocks (100, 200); wherein any row of each colour block (100, 200) which is adjacent to another colour block (100, 200) is a mirror image of the adjacent row of the adjacent colour block (100, 200) in relation to the first and second colours and any column of a colour block (100, 200) which is adjacent to another colour block (100, 200) is a mirror image of the adjacent column of the other colour block (100, 200) in relation to the first and second colours.
A system for delivering a therapeutic agent to a patient, the system comprising: a reservoir configured to contain a solution comprising the therapeutic agent; a non-compliant housing containing the reservoir; a flow path having a first end and a second end, the first end coupled to the reservoir; an expandable drive balloon disposed within the rigid housing in at least a partially non-expanded state; wherein the drive balloon includes a first section and a second section, each section separated by a releasable seal; wherein the first section includes a liquid and the second section includes at least one reactant configured to chemically react with the liquid to produce a gas which expands the drive balloon; wherein when the seal is released, the liquid from the first section mixes with the reactant(s) in the second section to produce the gas which expands the drive balloon to exert a pressure on the reservoir to push the therapeutic agent solution into the flow path; a delivery body having a proximal portion and a distal portion (111, 112), the proximal portion coupled to the second end of the flow path and the distal portion configured to deliver the therapeutic agent to the patient; and wherein a fluidic resistance of the flow path and the pressure exerted on the reservoir are configured to deliver the therapeutic agent to the patient at a flow rate within a pre- determined range during use. a reservoir configured to contain a solution comprising the therapeutic agent; a non-compliant housing containing the reservoir; a flow path having a first end and a second end, the first end coupled to the reservoir; an expandable drive balloon disposed within the rigid housing in at least a partially non-expanded state; wherein the drive balloon includes a first section and a second section, each section separated by a releasable seal; wherein the first section includes a liquid and the second section includes at least one reactant configured to chemically react with the liquid to produce a gas which expands the drive balloon; wherein when the seal is released, the liquid from the first section mixes with the reactant(s) in the second section to produce the gas which expands the drive balloon to exert a pressure on the reservoir to push the therapeutic agent solution into the flow path; a delivery body having a proximal portion and a distal portion (111, 112), the proximal portion coupled to the second end of the flow path and the distal portion configured to deliver the therapeutic agent to the patient; and wherein a fluidic resistance of the flow path and the pressure exerted on the reservoir are configured to deliver the therapeutic agent to the patient at a flow rate within a pre- determined range during use.
A method for communication in a time division duplexing system, comprising: notifying a user equipment of an uplink-downlink configuration of a radio frame; sending configuration information to the user equipment to specify a part of downlink subframes corresponding to the uplink-downlink configuration of the radio frame as multicast broadcast single frequency network MBSFN subframes; and sending first information to the user equipment, wherein the first information is used to indicate that multicast areas of the MBSFN subframes are used for uplink communication. notifying a user equipment of an uplink-downlink configuration of a radio frame; sending configuration information to the user equipment to specify a part of downlink subframes corresponding to the uplink-downlink configuration of the radio frame as multicast broadcast single frequency network MBSFN subframes; and sending first information to the user equipment, wherein the first information is used to indicate that multicast areas of the MBSFN subframes are used for uplink communication.
A control method for a compressor system comprising a compressor connected to a pressure vessel and a frequency converter controlling a rotational speed of an electric motor of the compressor, wherein the method comprises an identification phase and an operational phase, and wherein the identification phase comprises: operating the compressor to increase a pressure inside the pressure vessel to a desired pressure level determining the value of the rotational speed and the value of at least one other electrical quantity of the electric motor at the desired pressure level, calculating a value for a first variable on the basis of the rotational speed and the value of the at least one other electrical quantity, wherein the first variable represents a counter-torque of the electric motor caused by the pressure inside the pressure vessel, determining a first reference level on the basis of the first variable, wherein the first reference level represents a counter-torque caused by the desired pressure level, and wherein the operational phase comprises: determining the present values of the at least one other electrical quantity and the rotational speed, calculating a present value of the first variable on the basis of the present values of the rotational speed and the at least one other electrical quantity, controlling the rotational speed of the electric motor on the basis of the first reference level and the present value of the first variable, wherein the at least one other electrical quantity is the mechanical power of the electric motor. operating the compressor to increase a pressure inside the pressure vessel to a desired pressure level determining the value of the rotational speed and the value of at least one other electrical quantity of the electric motor at the desired pressure level, calculating a value for a first variable on the basis of the rotational speed and the value of the at least one other electrical quantity, wherein the first variable represents a counter-torque of the electric motor caused by the pressure inside the pressure vessel, determining a first reference level on the basis of the first variable, wherein the first reference level represents a counter-torque caused by the desired pressure level, determining the present values of the at least one other electrical quantity and the rotational speed, calculating a present value of the first variable on the basis of the present values of the rotational speed and the at least one other electrical quantity, controlling the rotational speed of the electric motor on the basis of the first reference level and the present value of the first variable, wherein the at least one other electrical quantity is the mechanical power of the electric motor.
A load distribution system comprising: a plurality of storage devices (22-1,..., 22-N) configured to accept an input processing request or an output processing request and return a processing result; a plurality of I/O processing servers (21-1,..., 21-m) configured to receive the input processing request or the output processing request, transmit the input processing request or the output processing request to one of the plurality of storage devices (22-1,..., 22-N), receive the processing result from the one of the plurality of storage devices, and return the processing result response, when a response time from the receipt of the input processing request or the output processing request to completion of the returning of the processing result response exceeds a threshold, send out an overload response indicating that a system which includes the storage device and the I/O processing server which receive the input processing request or the output processing request is in an overloaded state; and increase the threshold if the response time exceeds the threshold or decrease the threshold if the response type does not exceed the threshold; and a plurality of access servers (20-1,..., 20-n) configured to transmit an input processing request or an output processing request from a user to an I/O processing server which is not in an overloaded state on the basis of the overload response from the I/O processing server. and receive the overload response. a plurality of storage devices (22-1,..., 22-N) configured to accept an input processing request or an output processing request and return a processing result; a plurality of I/O processing servers (21-1,..., 21-m) configured to receive the input processing request or the output processing request, transmit the input processing request or the output processing request to one of the plurality of storage devices (22-1,..., 22-N), receive the processing result from the one of the plurality of storage devices, and return the processing result response, when a response time from the receipt of the input processing request or the output processing request to completion of the returning of the processing result response exceeds a threshold, send out an overload response indicating that a system which includes the storage device and the I/O processing server which receive the input processing request or the output processing request is in an overloaded state; and increase the threshold if the response time exceeds the threshold or decrease the threshold if the response type does not exceed the threshold; and a plurality of access servers (20-1,..., 20-n) configured to transmit an input processing request or an output processing request from a user to an I/O processing server which is not in an overloaded state on the basis of the overload response from the I/O processing server. and receive the overload response.
Odorizer device for gas distribution networks, comprising: - a tubular jacket developing according to a longitudinal axis; - a feeding element suited to absorb an odorizing substance and to transfer it through evaporation, arranged in said tubular jacket; - coupling means for the stable connection of said tubular jacket to a duct; characterized in that it comprises: - a containment element slidingly arranged in said tubular jacket according to said longitudinal axis; - adjusting means suited to maintain the mutual axial position between said tubular jacket and said containment element and suited to be operated to cause said containment element to slide with respect to said tubular jacket between a first position, in which an end portion of said containment element is arranged outside of said tubular jacket, and a second position, in which said end portion is arranged inside said tubular jacket; - gas tight means interposed between said tubular jacket and said containment element; - a cavity belonging to said containment element, developed according to the direction of said longitudinal axis between an inlet mouth opposing said end portion and one or more outlet mouths defined on the external surface of said end portion, the whole of said outlet mouths extending over a portion of said longitudinal axis whose length exceeds the maximum width of said outlet mouths according to a direction that is orthogonal to said longitudinal axis, said outlet mouths being configured in such a way that they are closed by said tubular jacket when said containment element is arranged in said second position; said feeding element being arranged in said cavity. - a tubular jacket developing according to a longitudinal axis; - a feeding element suited to absorb an odorizing substance and to transfer it through evaporation, arranged in said tubular jacket; - coupling means for the stable connection of said tubular jacket to a duct; - a containment element slidingly arranged in said tubular jacket according to said longitudinal axis; - adjusting means suited to maintain the mutual axial position between said tubular jacket and said containment element and suited to be operated to cause said containment element to slide with respect to said tubular jacket between a first position, in which an end portion of said containment element is arranged outside of said tubular jacket, and a second position, in which said end portion is arranged inside said tubular jacket; - gas tight means interposed between said tubular jacket and said containment element; - a cavity belonging to said containment element, developed according to the direction of said longitudinal axis between an inlet mouth opposing said end portion and one or more outlet mouths defined on the external surface of said end portion, the whole of said outlet mouths extending over a portion of said longitudinal axis whose length exceeds the maximum width of said outlet mouths according to a direction that is orthogonal to said longitudinal axis, said outlet mouths being configured in such a way that they are closed by said tubular jacket when said containment element is arranged in said second position;
A brachytherapy template, comprising: a disposable portion that includes an aperture layer that includes first apertures and a patient contact layer _that includes an adhesive on a surface thereof, wherein the patient contact layer _is formed from a flexible material, wherein the disposable portion further includes attachment posts (716A-D) connected to the aperture layer and the brachytherapy template further comprises a reusable portion that includes a first aperture plate that includes second apertures; a housing; a second aperture plate _that includes third apertures; and a third aperture plate that includes fourth apertures, wherein the first aperture plate, the second aperture plate, and the third aperture plate are partially retained in the housing. a disposable portion that includes an aperture layer that includes first apertures and a patient contact layer _that includes an adhesive on a surface thereof, wherein the patient contact layer _is formed from a flexible material, wherein the disposable portion further includes attachment posts (716A-D) connected to the aperture layer and the brachytherapy template further comprises a reusable portion that includes a first aperture plate that includes second apertures; a housing; a second aperture plate _that includes third apertures; and a third aperture plate that includes fourth apertures, wherein the first aperture plate, the second aperture plate, and the third aperture plate are partially retained in the housing.
A holder device for an electron microscope, comprising: a frame; a sample support block configured to be supported on the frame and comprising a sample mounting portion to support an edge of a sample; a mirror unit; a lens; and an optical fibre; wherein the lens is arranged to condense light from the mirror unit onto one end of the optical fibre; the mirror unit comprising an upper mirror and a lower mirror which are respectively arranged above and below the sample, the mirror unit having a hole through which an electron beam is arranged to pass to collide with the sample, wherein the mirror unit is arranged to reflect light emitted from the sample towards the lens; the holder device further comprising: an optical fibre holder configured to hold the optical fibre; and a coupler configured to couple the optical fibre holder and the mirror unit, wherein the coupler is movably supported on the frame so that the mirror unit can reciprocate between an inspection position where the sample mounting portion is placed within the mirror unit and an idle position where the sample mounting portion is separated from the mirror unit. a frame; a sample support block configured to be supported on the frame and comprising a sample mounting portion to support an edge of a sample; a mirror unit; a lens; and an optical fibre; wherein the lens is arranged to condense light from the mirror unit onto one end of the optical fibre; the mirror unit comprising an upper mirror and a lower mirror which are respectively arranged above and below the sample, the mirror unit having a hole through which an electron beam is arranged to pass to collide with the sample, wherein the mirror unit is arranged to reflect light emitted from the sample towards the lens; the holder device further comprising: an optical fibre holder configured to hold the optical fibre; and a coupler configured to couple the optical fibre holder and the mirror unit, wherein the coupler is movably supported on the frame so that the mirror unit can reciprocate between an inspection position where the sample mounting portion is placed within the mirror unit and an idle position where the sample mounting portion is separated from the mirror unit. an optical fibre holder configured to hold the optical fibre; and a coupler configured to couple the optical fibre holder and the mirror unit, wherein the coupler is movably supported on the frame so that the mirror unit can reciprocate between an inspection position where the sample mounting portion is placed within the mirror unit and an idle position where the sample mounting portion is separated from the mirror unit.
A container cutting device comprising a die plate and a punch holder plate enabled for relative movement between an inoperative or open position in which the punches of the punch holder plate are spaced from the die plate, and an operative position in which the punches penetrate housings of the die plate making cuts in the containers; punches are interchangeable and comprise an active tip with an integrated centring body,-which centring body is housed in a tight manner, and fixed by means of a removable clamping element, in the interior of a cavity of the punch holder plate; said cavity having a cross section coinciding in shape and dimensions with the cross section of the centring body of the punch; characterised in that the active tip has a form of a small plate and the integrated centring body has a non-circular cross section, such that in the assembly position the active tip is supported with its rear surface against the punch plate and projects from said punch plate.