mhurhangee/ep-ind-claims huggingface dataset:
A photoelectric conversion element (10a, 10b) comprising, in the following order: a conductive film; a photoelectric conversion film; and a transparent conductive film, charcterized in that the photoelectric conversion film contains a compound represented by Formula, in Formula, X 11 and X 12 each independently represent a sulfur atom or an oxygen atom, Ar 11 to Ar 16 each independently represent a monocyclic, bicyclic, or tricyclic aromatic ring group, the aromatic ring group may have one or more groups selected from the group consisting of a halogen atom, a cyano group, and a trifluoromethyl group as a substituent, X 13 and X 14 each independently represent an oxygen atom or a sulfur atom, n11 to n16 each independently represent 0 or 1, where, in a case where all of n11 to n16 are 0 and n17 is 1 and n18 is 1 or 2, Ar 15 and Ar 16 are the tricyclic aromatic ring groups, n17 represents 1 or 2, and n18 represents 1 or 2. a conductive film; a photoelectric conversion film; and a transparent conductive film, charcterized in that the photoelectric conversion film contains a compound represented by Formula, in Formula, X 11 and X 12 each independently represent a sulfur atom or an oxygen atom, Ar 11 to Ar 16 each independently represent a monocyclic, bicyclic, or tricyclic aromatic ring group, the aromatic ring group may have one or more groups selected from the group consisting of a halogen atom, a cyano group, and a trifluoromethyl group as a substituent, X 13 and X 14 each independently represent an oxygen atom or a sulfur atom, n11 to n16 each independently represent 0 or 1, where, in a case where all of n11 to n16 are 0 and n17 is 1 and n18 is 1 or 2, Ar 15 and Ar 16 are the tricyclic aromatic ring groups, n17 represents 1 or 2, and n18 represents 1 or 2.
A stay-in-place form-work for casting a structure from concrete or similar curable construction materials, the stay-in-place form-work comprising: a plurality of elongate panels connected in edge-to-edge relationship to define at least a portion of a perimeter of the form-work, the plurality of panels comprising a first panel connected via an edge-to-edge connection to a second panel, the first panel comprising a first edge component and the second panel comprising a second edge component, the first and second edge components (132B, 134) engaging one another; and a clip comprising first and second arms (135A, 135B), the clip engaging the first and second edge components (132B, 134) in a locked configuration wherein the clip is resiliently deformed such that the clip exerts restorative deformation forces against the first and second edge components (132B, 134) to thereby maintain the edge-to-edge connection in the locked configuration; wherein: the first edge component comprises a projection, the second edge component comprises a receptacle and the engagement between the first and second edge components (132B, 134) comprises extension of the projection into the receptacle; characterized in that the engagement between the first and second edge components (132B, 134) comprises a loose-fit engagement, wherein extracting the projection from the receptacle requires deformation of at least one of the first and second edge components (132B, 134) and wherein a force required to deform the at least one of the first and second edge components (132B, 134) and to extract the projection from the receptacle is greater than the force of gravity on either of the first and second panels. a plurality of elongate panels connected in edge-to-edge relationship to define at least a portion of a perimeter of the form-work, the plurality of panels comprising a first panel connected via an edge-to-edge connection to a second panel, the first panel comprising a first edge component and the second panel comprising a second edge component, the first and second edge components (132B, 134) engaging one another; and a clip comprising first and second arms (135A, 135B), the clip engaging the first and second edge components (132B, 134) in a locked configuration wherein the clip is resiliently deformed such that the clip exerts restorative deformation forces against the first and second edge components (132B, 134) to thereby maintain the edge-to-edge connection in the locked configuration; the first edge component comprises a projection, the second edge component comprises a receptacle and the engagement between the first and second edge components (132B, 134) comprises extension of the projection into the receptacle;
A method for hot-dip coating of a steel strip running in a bath of liquid metal or of a metal alloy contained in a pan, according to which the dross which are formed during the coating and float at the surface of the bath, are moved away from the surface of the strip, by means of at least one inductor (11-14, 29), each inductor (11-14, 29) producing a sliding electromagnetic field oriented along a given direction and generating a magnetomotive force, the whole of said magnetomotive forces displacing said dross towards a container intended to collect them and/or towards an area of the surface of the bath from which they are discharged, characterized in that, for at least one of said inductors (11-14, 29), said direction of its sliding electromagnetic field is reversed intermittently so as to modify the flows of the dross inside the pan.
Method for additively manufacturing an article (10, 20) made of a difficult-to-weld highly-precipitation-strengthened Ni-base super alloy comprising more than 6 wt. -% [two times Al (wt. -%) + Ti (wt. -%)] or made of a difficult-to weld carbide/solution-strengthened Co-base super alloy, whereby a metal particle mixture is provided as a starting material by mixing at least a first phase or material and a second phase, said first phase of the mixture being a base material and said second phase of the mixture being a material which is a derivative of the base material and has relative to said base material an improved weldability and a lower melting point, and whereby said metal particle mixture is processed by means of an additive manufacturing process which is one of selective laser melting, electron beam melting, laser metal forming, laser engineered net shape (LENS), or direct metal deposition.
An inkjet printing method including the steps of: a) printing a first print job by jetting a free radical UV curable white inkjet ink from a white ink print head and one or more free radical UV curable colour inkjet inks from one or more other print heads in a UV curable inkjet printer; b) filling the white ink print head in the UV curable inkjet printer with a safeguard liquid including one or more free radical polymerizable monomers; c) printing a second print job employing only the one or more other print heads in the UV curable inkjet printer for jetting one or more free radical UV curable colour inkjet inks; d) replacing the safeguard liquid of the white ink print head in the UV curable inkjet printer by UV curable white inkjet ink; and e) printing a third print job by jetting free radical UV curable white inkjet ink from the white ink print head and jetting one or more free radical UV curable colour inkjet inks from one or more other print heads in the UV curable inkjet printer. a) printing a first print job by jetting a free radical UV curable white inkjet ink from a white ink print head and one or more free radical UV curable colour inkjet inks from one or more other print heads in a UV curable inkjet printer; b) filling the white ink print head in the UV curable inkjet printer with a safeguard liquid including one or more free radical polymerizable monomers; c) printing a second print job employing only the one or more other print heads in the UV curable inkjet printer for jetting one or more free radical UV curable colour inkjet inks; d) replacing the safeguard liquid of the white ink print head in the UV curable inkjet printer by UV curable white inkjet ink; and e) printing a third print job by jetting free radical UV curable white inkjet ink from the white ink print head and jetting one or more free radical UV curable colour inkjet inks from one or more other print heads in the UV curable inkjet printer.
A method of detecting a relative telomere length in a sample from an individual diagnosed with or suspected of having a cancer, the method comprising: obtaining a formalin fixed paraffin embedded (FFPE) biological sample comprising cancer cells of a cancer from the individual; analyzing the relative length of telomeric nucleic acids in cancer cells of the FFPE biological sample via quantitative PCR (qPCR) or telomere fluorescent in situ hybridization (telo-FISH) and determining whether the average relative telomere length in the cancer cells present in the FFPE biological sample from the individual is in the 50th percentile or less of a relative telomere length range determined from one or more known standards, wherein: the one or more known standards is a telomere length range established from a plurality of naturally occurring tumors from a plurality of individuals wherein cancer cells from the plurality of naturally occurring tumors are of the same type as the cancer cells present in the FFPE biological sample from the individual diagnosed with the cancer; or the one or more known standards are characterized cell lines. obtaining a formalin fixed paraffin embedded (FFPE) biological sample comprising cancer cells of a cancer from the individual; analyzing the relative length of telomeric nucleic acids in cancer cells of the FFPE biological sample via quantitative PCR (qPCR) or telomere fluorescent in situ hybridization (telo-FISH) and determining whether the average relative telomere length in the cancer cells present in the FFPE biological sample from the individual is in the 50th percentile or less of a relative telomere length range determined from one or more known standards, wherein: the one or more known standards is a telomere length range established from a plurality of naturally occurring tumors from a plurality of individuals wherein cancer cells from the plurality of naturally occurring tumors are of the same type as the cancer cells present in the FFPE biological sample from the individual diagnosed with the cancer; or the one or more known standards are characterized cell lines. the one or more known standards is a telomere length range established from a plurality of naturally occurring tumors from a plurality of individuals wherein cancer cells from the plurality of naturally occurring tumors are of the same type as the cancer cells present in the FFPE biological sample from the individual diagnosed with the cancer; or the one or more known standards are characterized cell lines.
A device for lubricating a transmission as well as a bearing, in particular a rotor bearing in a wind turbine, the transmission and the bearing each being associated with at least one lubrication circuit (3, 5) of the device, in each circuit of which a lubricating medium respectively flows during operation of the device, characterised in that the device has a heat exchanging device (7, 59, 61) for heat transfer between the lubrication circuit of the transmission and the lubrication circuit of the bearing, and that the heat exchanging device (7, 59, 61) at least partially equalises a difference between the temperature of the lubricating medium in the lubrication circuit of the transmission and the temperature of the lubricating medium in the lubrication circuit of the bearing through heat compensation when the device is in operation.
A constant volume combustion chamber for a turbine engine, the combustion chamber comprising an intake port, an exhaust port, and a first rotary shutter facing the intake and exhaust ports (6, 7) and configured to rotate around an axis of rotation in a first direction of rotation, the first shutter comprising an aperture intended to cooperate alternately with the intake port and the exhaust port during the rotation of the first shutter, the combustion chamber further comprising at least one second rotary shutter facing the intake and exhaust ports (6, 7) and configured to rotate around said axis of rotation in a second direction of rotation opposite to the first direction of rotation, said second shutter comprising an aperture intended to cooperate alternately with the intake port and the exhaust port during the rotation of said at least one second shutter, said first and second shutters (11, 12) being synchronized and configured so that their respective apertures (110, 120) intersect a first time when both are facing the intake port and a second time when both are facing the exhaust port.
Gentle detergent composition comprising: a) sodium cocoyl alaninate; b) cocoyl methyl glucamide; c) laureth-7 citrate and d) PCA ethyl cocoyl arginate; wherein: i) a, b, c are the cleaning substances whose total concentration is between 8 and 18% by weight on the total weight of said composition; ii) the ratio (a/b/c)/c is between 0.8 and 1.4; iii) d is present in an amount ranging from 0.1 to 0.6% on the total weight of said composition. a) sodium cocoyl alaninate; b) cocoyl methyl glucamide; c) laureth-7 citrate and d) PCA ethyl cocoyl arginate; i) a, b, c are the cleaning substances whose total concentration is between 8 and 18% by weight on the total weight of said composition; ii) the ratio (a/b/c)/c is between 0.8 and 1.4; iii) d is present in an amount ranging from 0.1 to 0.6% on the total weight of said composition.
A method of purifying acetone, comprising: directing a feed stream comprising greater than or equal to 97 wt% of acetone and 100 to 1,000 ppm of methanol to a separation column, both based on a total weight of the feed stream; separating the feed stream in the separation column that is operating at a pressure greater than or equal to 1 bar into an overhead stream and a purified acetone stream comprising less than or equal to 50 ppm of methanol based on a total weight of the purified acetone stream; and directing at least 80 wt% of the overhead stream into the separation column as a reconstituted stream and purging 1 to 20 wt% of the overhead stream as a purge stream. directing a feed stream comprising greater than or equal to 97 wt% of acetone and 100 to 1,000 ppm of methanol to a separation column, both based on a total weight of the feed stream; separating the feed stream in the separation column that is operating at a pressure greater than or equal to 1 bar into an overhead stream and a purified acetone stream comprising less than or equal to 50 ppm of methanol based on a total weight of the purified acetone stream; and directing at least 80 wt% of the overhead stream into the separation column as a reconstituted stream and purging 1 to 20 wt% of the overhead stream as a purge stream.
A compound for use in a method of in vivo diagnosis of a therapeutic effect on cancer after starting of a cancer therapy, wherein the compound is represented by formula. (In formula, R represents -O(CH 2) n -, -O(CH 2) n OC 2 H 4 -, -CH 2 O(CH 2) n -, or -CH 2 O(CH 2) n OC 2 H 4 -, n represents an integer of 1 to 5, and Q 1 represents F or -OCH 3.)
Cylinder head cover for a coolant compressor comprising an electric drive unit, a cylinder housing with a cylinder head arrangement, a crankshaft drivable by the electric drive unit, and a piston driven by the crankshaft, guided in the cylinder housing and compressing the coolant, wherein the cylinder head cover is attachable to the cylinder head arrangement in order to form a hollow space for receiving a coolant compressed by the piston, wherein the cylinder head arrangement comprises a valve plate attached to the cylinder housing with an outlet opening and an outlet valve (6,7), which closes the outlet opening in cycles and consists of a valve spring and a stop plate (6a,7a) for delimiting an opening movement of the valve spring, characterized in that the cylinder head cover comprises at least two contact surfaces (12,13) for supporting the stop plates (6a,7a) of different outlet valves (6,7) in order to allow for different opening positions of the valve springs of the different outlet valves (6,7) and in that the cylinder head cover has a support element which forms the contact surfaces (12,13), and two adjacent contact surfaces (12,13) are formed by one, preferably stepped, recess of the support element. wherein the cylinder head arrangement comprises a valve plate attached to the cylinder housing with an outlet opening and an outlet valve (6,7), which closes the outlet opening in cycles and consists of a valve spring and a stop plate (6a,7a) for delimiting an opening movement of the valve spring, characterized in that the cylinder head cover comprises at least two contact surfaces (12,13) for supporting the stop plates (6a,7a) of different outlet valves (6,7) in order to allow for different opening positions of the valve springs of the different outlet valves (6,7) and in that the cylinder head cover has a support element which forms the contact surfaces (12,13), and two adjacent contact surfaces (12,13) are formed by one, preferably stepped, recess of the support element.
A method for notifying network congestion in a remote direct memory access, RDMA, communication network, the network comprising a transmit end, an agent node, a network node and a receive end, wherein the agent node is located within the transmit end or the network node, and wherein a data flow is established from the transmit end to the receive end via the agent node and the network node, the method being performed by the agent node, and the method comprising: receiving a first data packet of the transmit end, wherein the first data packet carries a destination queue pair number; obtaining a source queue pair number of the first data packet based on the destination queue pair number; adding the source queue pair number to the first data packet to obtain a second data packet, and sending the second data packet to the receive end by using the network node; and receiving a first congestion notification packet, and sending the first congestion notification packet to the transmit end, wherein the first congestion notification packet is generated by the network node when the network node receives the second data packet and detects network congestion, a destination queue pair number of the first congestion notification packet is the source queue pair number, the first congestion notification packet is used to instruct the transmit end to decrease, when the destination queue pair number of the first congestion notification packet is the same as a queue pair number of the transmit end, a sending rate of a data flow to which the first data packet belongs; wherein the source queue pair number is a queue pair number of the transmit end and the destination queue pair number is a queue pair number of the receive end. receiving a first data packet of the transmit end, wherein the first data packet carries a destination queue pair number; obtaining a source queue pair number of the first data packet based on the destination queue pair number; adding the source queue pair number to the first data packet to obtain a second data packet, and sending the second data packet to the receive end by using the network node; and receiving a first congestion notification packet, and sending the first congestion notification packet to the transmit end, wherein the first congestion notification packet is generated by the network node when the network node receives the second data packet and detects network congestion, a destination queue pair number of the first congestion notification packet is the source queue pair number, the first congestion notification packet is used to instruct the transmit end to decrease, when the destination queue pair number of the first congestion notification packet is the same as a queue pair number of the transmit end, a sending rate of a data flow to which the first data packet belongs; wherein the source queue pair number is a queue pair number of the transmit end and the destination queue pair number is a queue pair number of the receive end.
An intrusion prevention arrangement, comprising: a cut prevention layer of a hard material that is impossible or at least difficult to cut through, the hard material being wood or any metal; a saw prevention layer of a textile fabric, wherein the saw prevention layer comprises an active layer of threads (2; 4; 4,8; 13a, 13b; 16, 17, 18) that, upon contact with saw teeth of a power-driven saw, are arranged to be engaged by the saw teeth, and a passive layer of threads (1; 6), characterized in that the threads of the passive layer (1; 6) interconnects the threads of the active layer (2; 4; 4,8; 13a, 13b; 16, 17, 18), wherein the threads of the active layer have such a length and strength that they cause the threads of the passive layer to break in case the threads of the active layer are caught by saw teeth of a power-driven saw. a cut prevention layer of a hard material that is impossible or at least difficult to cut through, the hard material being wood or any metal; a saw prevention layer of a textile fabric, wherein the saw prevention layer comprises an active layer of threads (2; 4; 4,8; 13a, 13b; 16, 17, 18) that, upon contact with saw teeth of a power-driven saw, are arranged to be engaged by the saw teeth, and a passive layer of threads (1; 6), an active layer of threads (2; 4; 4,8; 13a, 13b; 16, 17, 18) that, upon contact with saw teeth of a power-driven saw, are arranged to be engaged by the saw teeth, and a passive layer of threads (1; 6), characterized in that the threads of the passive layer (1; 6) interconnects the threads of the active layer (2; 4; 4,8; 13a, 13b; 16, 17, 18), wherein the threads of the active layer have such a length and strength that they cause the threads of the passive layer to break in case the threads of the active layer are caught by saw teeth of a power-driven saw.
An electrosurgical device comprising: (i) a handpiece with an electrode, (ii) a first activation button, (iii) an optional second activation button, (iv) one or more sliders, and (v) a toggle controller; characterised in that the electrosurgical device is capable of being switched between: a first configuration wherein: a toggle control button of the toggle controller is inactive or blocked, and a first therapy current passes from the electrode; a second configuration wherein: the toggle control button is exposed when one of the one or more sliders are in the second position; and the toggle controller is configured to: toggle the first activation button to produce either the first therapy signal, a third therapy signal, or both; or toggle the optional second activation button to produce either a second therapy signal or a fourth therapy signal, or both. (i) a handpiece with an electrode, (ii) a first activation button, (iii) an optional second activation button, (iv) one or more sliders, and (v) a toggle controller; a first configuration wherein: a toggle control button of the toggle controller is inactive or blocked, and a first therapy current passes from the electrode; a toggle control button of the toggle controller is inactive or blocked, and a first therapy current passes from the electrode; a second configuration wherein: the toggle control button is exposed when one of the one or more sliders are in the second position; and the toggle controller is configured to: toggle the first activation button to produce either the first therapy signal, a third therapy signal, or both; or toggle the optional second activation button to produce either a second therapy signal or a fourth therapy signal, or both. the toggle control button is exposed when one of the one or more sliders are in the second position; and the toggle controller is configured to: toggle the first activation button to produce either the first therapy signal, a third therapy signal, or both; or toggle the optional second activation button to produce either a second therapy signal or a fourth therapy signal, or both. toggle the first activation button to produce either the first therapy signal, a third therapy signal, or both; or toggle the optional second activation button to produce either a second therapy signal or a fourth therapy signal, or both.