mhurhangee/ep-ind-claims huggingface dataset:
Adapter assembly for connecting a transmission unit to a motor unit, comprising - a transmission-side adapter with a transmission-side bearing, - a motor-side adapter with a motor-side bearing, said motor-side adapter being connected to the transmission-side adapter, - an adapter shaft which is rotatably supported in the bearings (3A, 3B), and - at least one lubricant chamber which extends annularly around the adapter shaft and is provided for the purpose of holding lubricant, wherein the lubricant chamber is connected to the transmission-side bearing and/or the motor-side bearing such that the lubricant can be supplied from the lubricant chamber to the transmission-side bearing and/or the motor-side bearing respectively, wherein a lubricant seal (16A, 16B) surrounding the adapter shaft is arranged in each case on the transmission side of the transmission-side bearing and on the motor side of the motor-side bearing for the purpose of sealing the lubricant chamber, characterised by at least one channel via which lubricant can be supplied from the surroundings of the adapter assembly to the lubricant chamber, and/or by at least one channel via which lubricant can be discharged from the lubricant chamber, wherein the channel or channels (6i, 6o) run through only the motor-side adapter. - a transmission-side adapter with a transmission-side bearing, - a motor-side adapter with a motor-side bearing, said motor-side adapter being connected to the transmission-side adapter, - an adapter shaft which is rotatably supported in the bearings (3A, 3B), and - at least one lubricant chamber which extends annularly around the adapter shaft and is provided for the purpose of holding lubricant,
A ventilator for delivering breathing gas to a patient via a patient circuit connecting the ventilator and the patient, the ventilator being configured to, upon activation of an oxygen boost function of the ventilator, increase the oxygen concentration of the breathing gas so as to deliver oxygen-enriched breathing gas to the patient, characterised in that the ventilator comprises a control unit configured to determine the volume of a part of said patient circuit conveying breathing gas from the ventilator to the patient, determine a delay in delivery of said oxygen-enriched breathing gas to the patient based on said volume, and cause indication of said delay to an operator of the ventilator.
A method for preparing a liposome, comprising dissolving a substance to-be-entrapped and a phospholipid in an organic solvent to obtain an organic phase, and then mixing the organic phase with an aqueous phase to obtain a liposome feed liquid; extruding the liposome feed liquid obtained in step through a polycarbonate membrane; and lyophilizing, wherein the phospholipid is a combination of yolk phosphatidylcholine and hydrogenated soybean phosphatidylcholine; and the substance to-be-entrapped is moexitecan. dissolving a substance to-be-entrapped and a phospholipid in an organic solvent to obtain an organic phase, and then mixing the organic phase with an aqueous phase to obtain a liposome feed liquid; extruding the liposome feed liquid obtained in step through a polycarbonate membrane; and lyophilizing, wherein the phospholipid is a combination of yolk phosphatidylcholine and hydrogenated soybean phosphatidylcholine; and the substance to-be-entrapped is moexitecan. wherein the phospholipid is a combination of yolk phosphatidylcholine and hydrogenated soybean phosphatidylcholine; and the substance to-be-entrapped is moexitecan.
An absorbent article in which an absorbing body is interposed between a permeable front-surface sheet and an impermeable back-surface sheet, characterized in that intermittent recess grooves are formed in a longitudinal direction of said absorbent article on the skin non-contact surface side of said absorbing body, a plurality of laterally long peripheral embosses are formed on the skin non-contact surface side at intervals in the longitudinal direction of said absorbent article on the absorbing body located in the periphery of said recess grooves, and an absorbing-body deficit portion is formed on the skin non-contact surface side at least between said recess grooves, wherein the depth of said recess grooves is 30-95% of the thickness of the absorbing body.
A security element for securing security papers, value documents and other data carriers, with an optically variable daylight motif region that shows at least two different appearances (14G, 14M) in visible light from different viewing directions, and a luminescence motif region that shows at least one luminescence motif (16-1, 16-2) after UV excitation, characterized in that the luminescence motif is a multicolored luminescence motif, and the optically variable daylight motif region is adapted in at least one of its appearances to the at least one multicolored luminescence motif, namely has at least one region with the same color tone or the same color gradation as a region of the multicolored luminescence motif.
A component connection, with - a first component, - a male fixing element which is formed by at least one sphere (2a, 2b) and which is connected to the first component at a connection point (1a, 1c) of the first component and which projects from the first component, - a clip element which is clipped onto the male fixing element such that the clip element lies against the at least one sphere (2a, 2b), wherein ∘ the clip element in a region between an upper side of the first component and an equatorial plane of the at least one sphere (2a, 2b) lies externally against the at least one sphere (2a, 2b) obliquely from below, characterised in that ∘ the connection point (1a, 1c) at which the male fixing element is connected to the first component is an elevation of the first component or an outward-embossed portion of the first component or an indentation of the first component or an inward-embossed portion of the first component. - a first component, - a male fixing element which is formed by at least one sphere (2a, 2b) and which is connected to the first component at a connection point (1a, 1c) of the first component and which projects from the first component, - a clip element which is clipped onto the male fixing element such that the clip element lies against the at least one sphere (2a, 2b), wherein ∘ the clip element in a region between an upper side of the first component and an equatorial plane of the at least one sphere (2a, 2b) lies externally against the at least one sphere (2a, 2b) obliquely from below, characterised in that ∘ the connection point (1a, 1c) at which the male fixing element is connected to the first component is an elevation of the first component or an outward-embossed portion of the first component or an indentation of the first component or an inward-embossed portion of the first component. ∘ the clip element in a region between an upper side of the first component and an equatorial plane of the at least one sphere (2a, 2b) lies externally against the at least one sphere (2a, 2b) obliquely from below, characterised in that ∘ the connection point (1a, 1c) at which the male fixing element is connected to the first component is an elevation of the first component or an outward-embossed portion of the first component or an indentation of the first component or an inward-embossed portion of the first component.
A computer-implemented method of processing image analysis data derived from an image of a biological sample stained for presence of at least one lymphocyte biomarker, the method comprising: (a) detecting lymphocytes at least in part by segmenting lymphocyte nuclei from other objects depicted in the image of the biological sample; (b) computing a foreground segmentation mask based on the lymphocytes detected within the image; (c) identifying outlines of the detected lymphocytes in the image by filtering the image with the computed foreground segmentation mask; (d) deriving a shape metric for each detected lymphocyte based on the identified lymphocyte outlines; characterized in that the method further comprises: (e) associating at least the derived shape metric with corresponding location information for each detected lymphocyte; and (f) determining, based on the derived shape metric and the corresponding location information, that a particular lymphocyte of the detected lymphocytes is more likely to be motile relative to another lymphocyte of the detected lymphocytes. (a) detecting lymphocytes at least in part by segmenting lymphocyte nuclei from other objects depicted in the image of the biological sample; (b) computing a foreground segmentation mask based on the lymphocytes detected within the image; (c) identifying outlines of the detected lymphocytes in the image by filtering the image with the computed foreground segmentation mask; (d) deriving a shape metric for each detected lymphocyte based on the identified lymphocyte outlines; (e) associating at least the derived shape metric with corresponding location information for each detected lymphocyte; and (f) determining, based on the derived shape metric and the corresponding location information, that a particular lymphocyte of the detected lymphocytes is more likely to be motile relative to another lymphocyte of the detected lymphocytes.
Glasses for a helmet comprising: helmet attachment members configured to be fixedly attached to the helmet 10 worn on a wearer's head; glass mounting members separably mounted onto the helmet attachment members; and a glass member adapted to rotate in a state of being rotatably fixed to the glass mounting members in such a manner as to be located in front of the wearer's eyes, characterized in that the glass mounting members comprise: a glass coupling part separably coupled to the glass member; rotation support parts disposed on the glass coupling part; rotation parts separably fixed to the helmet attachment members in a state of being rotatably fixed to the rotation support parts; rotation stoppers movably disposed in the rotation parts 230 in such a manner as to be supported against the rotation support parts to maintain the rotating states of the rotation parts in the rotation support parts; and fastening members for rotatably fastening the rotation parts to the rotation support parts. helmet attachment members configured to be fixedly attached to the helmet 10 worn on a wearer's head; glass mounting members separably mounted onto the helmet attachment members; and a glass member adapted to rotate in a state of being rotatably fixed to the glass mounting members in such a manner as to be located in front of the wearer's eyes, characterized in that the glass mounting members comprise: a glass coupling part separably coupled to the glass member; rotation support parts disposed on the glass coupling part; rotation parts separably fixed to the helmet attachment members in a state of being rotatably fixed to the rotation support parts; rotation stoppers movably disposed in the rotation parts 230 in such a manner as to be supported against the rotation support parts to maintain the rotating states of the rotation parts in the rotation support parts; and fastening members for rotatably fastening the rotation parts to the rotation support parts. a glass coupling part separably coupled to the glass member; rotation support parts disposed on the glass coupling part; rotation parts separably fixed to the helmet attachment members in a state of being rotatably fixed to the rotation support parts; rotation stoppers movably disposed in the rotation parts 230 in such a manner as to be supported against the rotation support parts to maintain the rotating states of the rotation parts in the rotation support parts; and fastening members for rotatably fastening the rotation parts to the rotation support parts.
A waterproof electromagnetic device, comprising: a magnetic core surrounded by at least one coil; an electronic circuit board including at least connection pins electrically connected to the at least one coil; an enclosure overmolded on a waterproof manner surrounding the magnetic core, the at least one coil and the electronic circuit board; characterized in that the magnetic core further includes several protrusions projecting from the magnetic core towards an external surface of the enclosure, so that a centering of the magnetic core within the enclosure is provided during the overmoulding operation. a magnetic core surrounded by at least one coil; an electronic circuit board including at least connection pins electrically connected to the at least one coil; an enclosure overmolded on a waterproof manner surrounding the magnetic core, the at least one coil and the electronic circuit board; characterized in that the magnetic core further includes several protrusions projecting from the magnetic core towards an external surface of the enclosure, so that a centering of the magnetic core within the enclosure is provided during the overmoulding operation.
A method for optimizing power efficiency in a computing device with a plurality of processing cores, the method comprising: determining, by the computing device, processing core activity deviation data for the plurality of processing cores based on processing core activity data from the plurality of processing cores, wherein the processing core activity deviation data is based on an activity deviation between an actual number of active processing cores and an expected number of active processing cores; and in response to the processing core activity deviation data indicating a homogenous workload for the plurality of processing cores, decreasing, by the computing device, a frequency of at least one of the plurality of processing cores. determining, by the computing device, processing core activity deviation data for the plurality of processing cores based on processing core activity data from the plurality of processing cores, wherein the processing core activity deviation data is based on an activity deviation between an actual number of active processing cores and an expected number of active processing cores; and in response to the processing core activity deviation data indicating a homogenous workload for the plurality of processing cores, decreasing, by the computing device, a frequency of at least one of the plurality of processing cores.
A treatment process for treatment of a waste feed stream with oxidizable chemical oxygen demand, wherein the process comprises: a. feeding the feed stream through a tubular reactor (R-1301) with exothermic oxidation reactions at line velocities and sufficient salt dilution to avoid precipitation, in which a plurality of injection points (V-10 to V-14) inject inline oxygen and quench water to control exothermic oxidation reactions in the reactor, wherein: the retention time in the reactor is in the range of 8 mins to 30 mins, a pump (P-1401A/B) pumps high pressure quench water to the quench water injection points (V-10, V-12) along the length of the reactor, quenching the reactor temperature before more oxygen is injected, driving the reaction to completion, reactor heating is performed by one or more heat exchangers having a tube-in-tube configuration, the outer tube carrying a pressurized heat transfer medium, the temperature in the reactor (R-1301) is in the range of 220 °C to 360 °C, the pressure in the reactor is in the range of 90 Bar to 170 Bar, b. performing heat recovery (E-1102, E-1101) from a reactor effluent stream, and c. a gas/liquid separator separating (S-1501) the effluent stream to provide a gas safe for discharge and a treated liquid effluent stream. a. feeding the feed stream through a tubular reactor (R-1301) with exothermic oxidation reactions at line velocities and sufficient salt dilution to avoid precipitation, in which a plurality of injection points (V-10 to V-14) inject inline oxygen and quench water to control exothermic oxidation reactions in the reactor, wherein: the retention time in the reactor is in the range of 8 mins to 30 mins, a pump (P-1401A/B) pumps high pressure quench water to the quench water injection points (V-10, V-12) along the length of the reactor, quenching the reactor temperature before more oxygen is injected, driving the reaction to completion, reactor heating is performed by one or more heat exchangers having a tube-in-tube configuration, the outer tube carrying a pressurized heat transfer medium, the temperature in the reactor (R-1301) is in the range of 220 °C to 360 °C, the pressure in the reactor is in the range of 90 Bar to 170 Bar, the retention time in the reactor is in the range of 8 mins to 30 mins, a pump (P-1401A/B) pumps high pressure quench water to the quench water injection points (V-10, V-12) along the length of the reactor, quenching the reactor temperature before more oxygen is injected, driving the reaction to completion, reactor heating is performed by one or more heat exchangers having a tube-in-tube configuration, the outer tube carrying a pressurized heat transfer medium, the temperature in the reactor (R-1301) is in the range of 220 °C to 360 °C, the pressure in the reactor is in the range of 90 Bar to 170 Bar, b. performing heat recovery (E-1102, E-1101) from a reactor effluent stream, and c. a gas/liquid separator separating (S-1501) the effluent stream to provide a gas safe for discharge and a treated liquid effluent stream.
A contact module for a circuit breaker comprising: a base, a cover, an operation mechanism, three kinds of single-pole switches and a release mechanism, wherein the cover is mounted on the base to form an accommodation space, in which the operation mechanism, the three kinds of single-pole switches and the release mechanism are disposed; the operation mechanism is connected to one kind of the single-pole switch, and the release mechanism is connected to the three kinds of the single-pole switches; all of the three kinds of single-pole switches are asymmetrical, each kind of single-pole switch comprises a strong side and a weak side; for each kind of single-pole switch, a contact housing (201, 204) on the strong side is thick and is connected to a thick shaft, while a contact housing on the weak side (202, 203) is thin and is connected to a thin shaft (502, 503); a rotor component (300, 400) in each kind of single-pole switch only has a single contact spring and the single contact spring is mounted on the weak side; and rotation shafts of adjacent single-pole switches are connected by a linkage shaft so that the single-pole switches are connected, and a strong side of one single-pole switch is connected to a weak side of another single-pole switch.
A dispersion composition comprising: a poorly water-soluble polyphenol compound; an emulsifier including a sucrose fatty acid ester; and a water-soluble polymer, wherein, a content of a polyglycerin fatty acid ester in the composition is 0, or 0.1 or fewer times a total mass of the sucrose fatty acid ester in the composition, and a particle size of dispersed particles including the poorly water-soluble polyphenol compound is 200 nm or smaller; the poorly water-soluble polyphenol compound is at least one selected from the group consisting of resveratrol, curcumin, rutin, ellagic acid and quercetin; and the water-soluble polymer is at least one selected from the group consisting of proteins and polysaccharides. a poorly water-soluble polyphenol compound; an emulsifier including a sucrose fatty acid ester; and a water-soluble polymer, wherein, a content of a polyglycerin fatty acid ester in the composition is 0, or 0.1 or fewer times a total mass of the sucrose fatty acid ester in the composition, and a particle size of dispersed particles including the poorly water-soluble polyphenol compound is 200 nm or smaller; the poorly water-soluble polyphenol compound is at least one selected from the group consisting of resveratrol, curcumin, rutin, ellagic acid and quercetin; and the water-soluble polymer is at least one selected from the group consisting of proteins and polysaccharides.
An image display device, comprising: a display panel switchable between an image display mode and a transmissive mode, the image display mode being a mode in which an image is displayed, the transmissive mode being a mode in which the display panel is in a transmissive state where an object behind the display panel is visible in a front view of the display panel; a frame unit which includes an upper frame disposed along an upper edge of the display panel and protruding rearward; and a driver which includes a circuit unit and is supported by the upper frame on a bottom side of the upper frame, the circuit unit driving the display panel, characterized in that the frame unit includes a left frame and a right frame, the left frame being disposed along the left edge of the display panel, the right frame being disposed along the right edge of the display panel, and the driver further includes a support which supports the circuit unit, the support connecting the left frame and the right frame. a display panel switchable between an image display mode and a transmissive mode, the image display mode being a mode in which an image is displayed, the transmissive mode being a mode in which the display panel is in a transmissive state where an object behind the display panel is visible in a front view of the display panel; a frame unit which includes an upper frame disposed along an upper edge of the display panel and protruding rearward; and a driver which includes a circuit unit and is supported by the upper frame on a bottom side of the upper frame, the circuit unit driving the display panel, characterized in that the frame unit includes a left frame and a right frame, the left frame being disposed along the left edge of the display panel, the right frame being disposed along the right edge of the display panel, and the driver further includes a support which supports the circuit unit, the support connecting the left frame and the right frame.
An apparatus comprising: a first connection including a first parasitic inductance acting as a source degeneration inductance of an amplifier; a second connection including a second parasitic inductance magnetically coupled to the first parasitic inductance to reduce the source degeneration inductance of the amplifier; and. an impedance matching circuit coupled to the amplifier and comprising a circuit component coupled to circuit ground via the second connection, the amplifier being coupled to circuit ground via the first connection. a first connection including a first parasitic inductance acting as a source degeneration inductance of an amplifier; a second connection including a second parasitic inductance magnetically coupled to the first parasitic inductance to reduce the source degeneration inductance of the amplifier; and. an impedance matching circuit coupled to the amplifier and comprising a circuit component coupled to circuit ground via the second connection, the amplifier being coupled to circuit ground via the first connection.