mhurhangee/ep-ind-claims huggingface dataset:
A composite pipe end fitting comprising a composite pipe termination, the composite pipe termination comprising: - a composite pipe having a composite pipe wall thickness and a cut end; - an annular part of composite material attached around the outside of the composite pipe at the cut end, the annular part having a radial thickness which tapers towards the composite pipe in the direction along the composite pipe away from the cut end to provide an exterior surface having a tapered portion; characterized in that the composite pipe end fitting additionally comprises: - pinning means comprising one or more pins which extend through the annular part and partially through the composite pipe wall thickness to further attach the annular part to the composite pipe; the composite pipe end fitting additionally comprising - an annular metal sleeve having an interior surface which mates with the exterior surface of the annular part including the tapered portion and having an annular extension portion, which extends beyond the cut end; - a transition piece for interfacing with a metal pipe, the transition piece having a conduit therethrough to allow fluid communication between the transition piece and the composite pipe and between the transition piece and any connected metal pipe; - locking means for locking the transition piece into sealing engagement with the annular extension portion. - a composite pipe having a composite pipe wall thickness and a cut end; - an annular part of composite material attached around the outside of the composite pipe at the cut end, the annular part having a radial thickness which tapers towards the composite pipe in the direction along the composite pipe away from the cut end to provide an exterior surface having a tapered portion; - pinning means comprising one or more pins which extend through the annular part and partially through the composite pipe wall thickness to further attach the annular part to the composite pipe; the composite pipe end fitting additionally comprising - an annular metal sleeve having an interior surface which mates with the exterior surface of the annular part including the tapered portion and having an annular extension portion, which extends beyond the cut end; - a transition piece for interfacing with a metal pipe, the transition piece having a conduit therethrough to allow fluid communication between the transition piece and the composite pipe and between the transition piece and any connected metal pipe; - locking means for locking the transition piece into sealing engagement with the annular extension portion.
A switching device for low or medium voltage electric power distribution networks, said switching device comprising one or more electric poles, each electric pole comprising: - an insulating housing defining an internal volume of said electric pole, said insulating housing extending along a longitudinal axis and having, along said longitudinal axis, a bottom end, at which said housing is fixed to a main support structure of said switching device, and a top end opposite to said bottom end; - a first pole terminal and a second pole terminal electrically connectable with a corresponding phase conductor of an electric power source and with a corresponding load conductor of an electric load, respectively; - a movable contact and a fixed contact, which are coupleable or decoupleable one with or from another, said fixed contact being electrically connected with said first pole terminal, said movable contact being electrically connectable with said second pole terminal; wherein each electric pole comprises a stack of semiconductor devices piled one on another and adapted to switch in a conduction state or in an interdiction state depending on the voltage provided thereto, said semiconductor devices being electrically connected in series one to another in such a way that a current (I LOAD) can flow according to a predefined conduction direction when said semiconductor devices are in a conduction state, said stack of semiconductor devices including first and second stack terminals (61, 62) electrically connected with said semiconductor devices, said first stack terminal being electrically connected with said fixed contact, said first and second stack terminals (61, 62) being electrically coupleable with or decoupleable from said movable contact when said movable contact reaches different positions (P 1, P 2, P 3) during a movement towards or away from said fixed contact, characterised in that said semiconductor devices and said fixed contact are arranged at the top end of said insulating housing, respectively in a proximal position and in a distal position relative to the top end of said insulating housing, so that said semiconductor devices are arranged in a portion of the internal volume of said electric pole between said fixed contact and the top end of said insulating housing. - an insulating housing defining an internal volume of said electric pole, said insulating housing extending along a longitudinal axis and having, along said longitudinal axis, a bottom end, at which said housing is fixed to a main support structure of said switching device, and a top end opposite to said bottom end; - a first pole terminal and a second pole terminal electrically connectable with a corresponding phase conductor of an electric power source and with a corresponding load conductor of an electric load, respectively; - a movable contact and a fixed contact, which are coupleable or decoupleable one with or from another, said fixed contact being electrically connected with said first pole terminal, said movable contact being electrically connectable with said second pole terminal;
An end plug (1; 1') to be inserted axially into a centre of an end of a paper roll, and provided with a holding element (3;3') adapted to hold and /or guide said end of said paper roll in correct position in a dispenser, said holding element being movable between a transport position, in which the whole of the holding element is accommodated within an interior of an outer sleeve (2;2') of the end plug, and an active position, in which a part of the holding element protrudes outwardly from an outer end of the outer sleeve, the outer sleeve includes an outer wall (8;8'), a base end, which defines an outer axial end of the outer sleeve, the holding element includes two opposite slide elements (6,7;6',7') guided in diametrically opposite spoke elements (11,12;11 ',12') projecting inwards in a radial direction in relation to an inner side of the outer wall of the outer sleeve, characterized in that the outer sleeve (2;2') has such a shape that reaction forces acting on the outer sleeve when it is inserted into the centre of an end of a paper roll are larger in at least two opposite regions thereof lacking inwardly projecting spoke elements (11,12;11',12') than in regions from which spoke elements project inwards.
A cell culture monitoring system comprising a monitoring apparatus for coupling to a culture tank containing a cell culture medium therein, and a fluid circulation system for fluidic coupling to the cell culture tank the fluid circulation system comprising a dielectrophoresis cartridge for connection to the cell culture tank via supply and return conduits,, the dielectrophoresis cartridge comprising a base and an electrode support having electrodes in or on the electrode support, the electrodes configured for travelling wave dielectrophoresis and comprising a measurement zone arranged above a measuring chamber formed between the electrode support and a floor of the base forming a measuring chamber therebetween, whereby cells in a liquid medium flowing through the measuring chamber are subject to a travelling wave dielectrophoresis force orthogonal to a direction of flow of said liquid through said measuring chamber, the monitoring apparatus comprising a computing unit, an image capture system connected to the computing unit, and a cartridge holder portion for receiving said dielectrophoresis cartridge such that the image capture system may detect cells flowing through said measuring chamber.
An adhesive sheet pasting method for pasting an adhesive sheet to work, wherein in a process of pasting the adhesive sheet to the work while moving a brush roller driven to rotate and the work relative to and crossing each other, a rotating speed of the brush roller is adjusted according to a surface configuration of the work, characterized in that in the process of pasting the adhesive sheet, a rotational resistance of the brush roller is detected, and a height of the brush roller is adjusted in response to the detection result.
A packaging structure including at least: - a cap secured to at least one first substrate and forming at least one cavity between the cap and the first substrate; - a layer of at least one first material permeable to a gas, arranged in the cap and/or in the first substrate and/or at the interface between the cap and the first substrate, and forming at least one part of a wall of the cavity; - a portion of at least one second material non-permeable to said gas, the thickness of which is higher than or equal to that of the layer of the first material, and surrounding at least one first part of the layer of the first material forming said part of the wall of the cavity in the plane of the layer of the first material; - an aperture passing through the cap or the first substrate and opening onto or into said part of the layer of the first material. - a cap secured to at least one first substrate and forming at least one cavity between the cap and the first substrate; - a layer of at least one first material permeable to a gas, arranged in the cap and/or in the first substrate and/or at the interface between the cap and the first substrate, and forming at least one part of a wall of the cavity; - a portion of at least one second material non-permeable to said gas, the thickness of which is higher than or equal to that of the layer of the first material, and surrounding at least one first part of the layer of the first material forming said part of the wall of the cavity in the plane of the layer of the first material; - an aperture passing through the cap or the first substrate and opening onto or into said part of the layer of the first material.
A storage tower for storing storage containers, wherein the storage tower comprises: • a vertically extending supporting structure having a vertical axis ( A v), and • m horizontally oriented container supports arranged along the vertical axis of the supporting structure and supported by container supporting frameworks, the container supports being distributed at vertical intervals ( ΔdV) and m being a positive integer of 2 or more, to provide different levels where storage containers can be stored, wherein each container support is rotationally connected to the support structure and configured to support at least one storage container, wherein each level of the l container supports (402a-1) that are arranged above the remaining levels of m-l container supports each displays at least one opening having a size being at least a maximum horizontal cross section ( A f) of the storage containers to be stored, l being a positive integer of 1 to m -1, and wherein the / container supports (402a-1) can be rotated about the vertical axis ( A v) independently such that at least one opening of each level of the l container supports (402a-l) is vertically alignable with at least one opening of the other levels of the l container supports (402a-1) by individual rotation of the container supports (402a-l), characterized in that each container support comprises vertical guide plates arranged at least partly around the perimeter of each of the at least one opening, wherein the vertical guide plates are configured so that a storage container being lifted or lowered into the respective opening is aligned in the horizontal plane. • a vertically extending supporting structure having a vertical axis ( A v), and • m horizontally oriented container supports arranged along the vertical axis of the supporting structure and supported by container supporting frameworks, the container supports being distributed at vertical intervals ( ΔdV) and m being a positive integer of 2 or more, to provide different levels where storage containers can be stored, wherein each container support is rotationally connected to the support structure and configured to support at least one storage container, wherein each level of the l container supports (402a-1) that are arranged above the remaining levels of m-l container supports each displays at least one opening having a size being at least a maximum horizontal cross section ( A f) of the storage containers to be stored, l being a positive integer of 1 to m -1, and wherein the / container supports (402a-1) can be rotated about the vertical axis ( A v) independently such that at least one opening of each level of the l container supports (402a-l) is vertically alignable with at least one opening of the other levels of the l container supports (402a-1) by individual rotation of the container supports (402a-l), characterized in that each container support comprises vertical guide plates arranged at least partly around the perimeter of each of the at least one opening, wherein the vertical guide plates are configured so that a storage container being lifted or lowered into the respective opening is aligned in the horizontal plane.
Method for calibrating a capture system, wherein the capture system comprises at least one movable capture device (10, 11, 12, 13), comprising the steps of - determining at least two possible different poses of the at least one movable capture device (10, 11, 12, 13), - pre-calibrating the at least one movable capture device (10, 11, 12, 13) on the basis of each of the at least two possible poses (3a, 3c), wherein the at least one movable capture device (10, 11, 12, 13) is pre-calibrated on the basis of at least one intermediate pose between the at least two possible poses (3a, 3c), - providing pre-calibration information for the at least two possible poses, - determining a current pose of the at least one movable capture device (10, 11, 12, 13), - determining (T1') calibration information for the current pose on the basis of the pre-calibration information, and - calibrating the at least one movable capture device (10, 11, 12, 13) in the current pose on the basis of the calibration information provided. - determining at least two possible different poses of the at least one movable capture device (10, 11, 12, 13), - pre-calibrating the at least one movable capture device (10, 11, 12, 13) on the basis of each of the at least two possible poses (3a, 3c), wherein the at least one movable capture device (10, 11, 12, 13) is pre-calibrated on the basis of at least one intermediate pose between the at least two possible poses (3a, 3c), - providing pre-calibration information for the at least two possible poses, - determining a current pose of the at least one movable capture device (10, 11, 12, 13), - determining (T1') calibration information for the current pose on the basis of the pre-calibration information, and - calibrating the at least one movable capture device (10, 11, 12, 13) in the current pose on the basis of the calibration information provided.
A halogen-free polymer composite comprising: 100 parts by weight polymer material, which comprises 30 to 75 wt% ethylene/α-olefin copolymer; and 25 to 60 wt% polyethylene; 50 to 175 parts by weight magnesium hydroxide flame-retardant; and 30 to 100 parts by weight antimony compound. 100 parts by weight polymer material, which comprises 30 to 75 wt% ethylene/α-olefin copolymer; and 25 to 60 wt% polyethylene; 30 to 75 wt% ethylene/α-olefin copolymer; and 25 to 60 wt% polyethylene; 50 to 175 parts by weight magnesium hydroxide flame-retardant; and 30 to 100 parts by weight antimony compound.
A process for preparing a cancer cell-transplanted non-human animal comprising the steps of preparing a cell culture support coated on a surface with a polymer the hydration force of which changes in a temperature range of 0-80°C, then cultivating cancer cells on the support in a temperature region where the polymer has weak hydration force, thereafter adjusting the culture solution to a temperature at which the polymer has a stronger hydration force, whereby the cultured cancer cells are detached from the cell culture support without being treated with a proteolytic enzyme, and transplanting the detached cancer cells to a specified site of a non-human animal on which transplantation is to be performed, wherein the detached cancer cells are in a sheet form, wherein the polymer the hydration force of which changes in a temperature range of 0-80°C is poly(N-isopropylacrylamide), and wherein the cancer cells are of a transplantable cell line or have been collected from a living tissue.
A dual heart valve prosthesis for concurrent valve replacement comprising: a first prosthetic valve section having a stent structure with a first prosthetic valve secured therein; and a second prosthetic valve section having an annular frame with a second prosthetic valve secured therein, wherein the dual valve prosthesis has an expanded deployed configuration and a compressed delivery configuration, wherein when the dual valve prosthesis is in the expanded configuration the annular frame laterally extends from the stent structure such that the first and second prosthetic valves (101, 107) are laterally offset from each other, wherein a hinge segment laterally extends between the annular frame and the stent structure when the dual valve prosthesis is in the expanded configuration, and wherein the hinge segment and the annular frame extend from an arched opening defined by an upstream edge of the stent structure. a first prosthetic valve section having a stent structure with a first prosthetic valve secured therein; and a second prosthetic valve section having an annular frame with a second prosthetic valve secured therein, wherein the dual valve prosthesis has an expanded deployed configuration and a compressed delivery configuration, wherein when the dual valve prosthesis is in the expanded configuration the annular frame laterally extends from the stent structure such that the first and second prosthetic valves (101, 107) are laterally offset from each other, wherein a hinge segment laterally extends between the annular frame and the stent structure when the dual valve prosthesis is in the expanded configuration, and wherein the hinge segment and the annular frame extend from an arched opening defined by an upstream edge of the stent structure.
An automatic dishwashing detergent, containing at least one zinc salt and at least one polymer which contains N-containing heterocycles, characterized in that the polymer which contains N-containing heterocycles is a polyvinylpyrrolidone, the polyvinylpyrrolidone being in particulate form, the polyvinylpyrrolidone particles preferably having an average particle diameter of from 100 to 150 μm.
A method of performing interference nulling and rank prediction in an access terminal, comprising: employing multiple receiver demodulator types at the access terminal; estimating an interference covariance matrix; calculating a signal-to-noise ratio, SNR, for a plurality of the multiple receiver demodulator types; determining, based on the estimated interference covariance matrix and the calculated SNR, an optimum MIMO transmission rank and associated channel quality index, CQI, information based on optimizing the transmission capacity across all receiver demodulator types; wherein determining the optimum rank and associated CQI information further comprises determining an effective SNR for one or more candidate MIMO transmission ranks, generating capacity numbers corresponding to the effective SNRs, selecting a rank that optimizes capacity based on the capacity numbers, and generating CQI information by quantizing the effective SNR corresponding to the selected rank; and transmitting the MIMO transmission rank and CQI information to an access point; wherein at least one of the receiver demodulator types performs an interference nulling technique. employing multiple receiver demodulator types at the access terminal; estimating an interference covariance matrix; calculating a signal-to-noise ratio, SNR, for a plurality of the multiple receiver demodulator types; determining, based on the estimated interference covariance matrix and the calculated SNR, an optimum MIMO transmission rank and associated channel quality index, CQI, information based on optimizing the transmission capacity across all receiver demodulator types; wherein determining the optimum rank and associated CQI information further comprises determining an effective SNR for one or more candidate MIMO transmission ranks, generating capacity numbers corresponding to the effective SNRs, selecting a rank that optimizes capacity based on the capacity numbers, and generating CQI information by quantizing the effective SNR corresponding to the selected rank; and transmitting the MIMO transmission rank and CQI information to an access point; wherein at least one of the receiver demodulator types performs an interference nulling technique.
A baseband processor configured to perform operations comprising: receiving a medium access control, MAC, control element, CE, that is configured to activate multiple semi-persistent channel state information, SP-CSI, reference signals, SP-CSI-RS, for multiple transmission and reception points, TRPs, wherein each SP-CSI-RS corresponds to a respective one of the multiple TRPs, wherein the MAC CE is configured to activate SP-CSI-RS in more than one component carrier, CC, based on a serving cell identification, ID, indicated in the MAC CE, wherein all CCs that share a same CC list as the indicated serving cell ID are activated; collecting channel state information, CSI, corresponding to the multiple TRPs; receiving a signal configured to trigger a SPI-CSI report from a first TRP of the multiple TRPs; generating a SP-CSI report that includes CSI corresponding to each TRP of the multiple TRPs; and transmitting the SP-CSI report to a cell associated with the multiple TRPs. receiving a medium access control, MAC, control element, CE, that is configured to activate multiple semi-persistent channel state information, SP-CSI, reference signals, SP-CSI-RS, for multiple transmission and reception points, TRPs, wherein each SP-CSI-RS corresponds to a respective one of the multiple TRPs, wherein the MAC CE is configured to activate SP-CSI-RS in more than one component carrier, CC, based on a serving cell identification, ID, indicated in the MAC CE, wherein all CCs that share a same CC list as the indicated serving cell ID are activated; collecting channel state information, CSI, corresponding to the multiple TRPs; receiving a signal configured to trigger a SPI-CSI report from a first TRP of the multiple TRPs; generating a SP-CSI report that includes CSI corresponding to each TRP of the multiple TRPs; and transmitting the SP-CSI report to a cell associated with the multiple TRPs.
System for connecting profiles, consisting of at least two profiles (11, 12) which are to be connected to one another at an angle, and a composite arrangement which can be fastened on the outside of the first profile and extends into the interior of the second profile, wherein the composite arrangement comprises at least two holding means (8, 9) which are spaced a distance from one another and of which a first holding means is embodied as a profile piece and a second holding means is embodied as a supporting means, and wherein all the parts of the composite arrangement extend into the interior of the second profile, characterised in that the holding means (8, 9) are connected to one another by a holding member as part of the composite arrangement in such a way that they cannot twist, in that the profile piece and the supporting means as parts of the composite arrangement are screwed to the first profile and in that the supporting means is spaced a distance from the profile piece in such a way that the profile piece and the supporting means each cooperate with the second profile on opposite sides thereof.