mhurhangee/ep-ind-claims huggingface dataset:
Hand-guided working implement, comprising a housing in which an internal combustion engine is located, the internal combustion engine having a cylinder located in a cylinder chamber formed in the housing, characterised in that the working implement has means for detecting a temperature information in the cylinder chamber at a standstill of the internal combustion engine and an indicating device (22, 22') for indicating the temperature information, in that the temperature information specifies whether the temperature is above or below a temperature threshold value, and in that cold start conditions prevail at temperatures below the temperature threshold value and warm start conditions prevail at temperatures above the temperature threshold value.
Method for identifying a limited operator control and monitoring of a technical plant in which a process is controlled by means of a process control system, wherein the process control system has at least two operator station servers (OS_S1, OS_S2) and at least one operator station client (OS_C) and process objects (POi) that are associated with the process are distributed on process images of different operator station servers (OS_S1, OS_S2) of the process control system, and for process monitoring a graphical user interface is provided on the operator station client (OS_C) for displaying plant images with symbols that are associated with the process objects (POi), characterised in that - it is determined by means of a component of a first operator station server (OS_S1) whether a different operator station server (OS_S2) of the process control system has failed, - a failure of this server (OS_S2) is reported to an alarm management component of at least the first of the operator station servers (OS_S1), - the alarm management component checks whether plant images that include process objects from the process image of the failed server (OS_S2) are stored on the first operator station server (OS_S1) and which plant images are affected by the server failure, - in this case, an operator alarm is trigged which informs the operator that operator control of the affected plant image is limited, - by means of a component which manages an alarm status of plant images, a tag which characterises an alarm status of the affected plant image is updated in the process image of the first operator station server (OS_S1), and - in conjunction with the affected plant image the operator alarm is displayed on the graphical user interface of the operator station client (OS_C). - it is determined by means of a component of a first operator station server (OS_S1) whether a different operator station server (OS_S2) of the process control system has failed, - a failure of this server (OS_S2) is reported to an alarm management component of at least the first of the operator station servers (OS_S1), - the alarm management component checks whether plant images that include process objects from the process image of the failed server (OS_S2) are stored on the first operator station server (OS_S1) and which plant images are affected by the server failure, - in this case, an operator alarm is trigged which informs the operator that operator control of the affected plant image is limited, - by means of a component which manages an alarm status of plant images, a tag which characterises an alarm status of the affected plant image is updated in the process image of the first operator station server (OS_S1), and - in conjunction with the affected plant image the operator alarm is displayed on the graphical user interface of the operator station client (OS_C).
A method, comprising: receiving a first image frame and a corresponding set of infrared measurement values; and processing the first image frame based on the corresponding set of infrared measurement values, the processing comprising: determining a first portion and a second portion of the first image frame based on the set of infrared measurement values, wherein determining the first portion comprises determining a portion of the first image frame with corresponding infrared measurement values below a first threshold, and wherein determining the second portion comprises determining a portion of the first image frame with corresponding infrared measurement values above the first threshold; and applying white balancing to the first image frame comprising applying a first white balancing to the first portion and applying a second white balancing to the second portion. receiving a first image frame and a corresponding set of infrared measurement values; and processing the first image frame based on the corresponding set of infrared measurement values, the processing comprising: determining a first portion and a second portion of the first image frame based on the set of infrared measurement values, wherein determining the first portion comprises determining a portion of the first image frame with corresponding infrared measurement values below a first threshold, and wherein determining the second portion comprises determining a portion of the first image frame with corresponding infrared measurement values above the first threshold; and applying white balancing to the first image frame comprising applying a first white balancing to the first portion and applying a second white balancing to the second portion. determining a first portion and a second portion of the first image frame based on the set of infrared measurement values, wherein determining the first portion comprises determining a portion of the first image frame with corresponding infrared measurement values below a first threshold, and wherein determining the second portion comprises determining a portion of the first image frame with corresponding infrared measurement values above the first threshold; and applying white balancing to the first image frame comprising applying a first white balancing to the first portion and applying a second white balancing to the second portion.
An oral liquid pharmaceutical composition comprising: (a) phenylephrine or a pharmaceutically acceptable salt thereof; (b) substantially aldehyde-free polyethylene glycol, wherein the substantially aldehyde-free polyethylene glycol has less than 10 ppm total aldehyde content and maintains said level of aldehyde content for at least one year; (c) a second active agent selected from an analgesic, a decongestant, an expectorant, an anti-tussive, an antipyretic, an anti-inflammatory agent, a cough suppressant and an antihistamine; and (d) a buffering agent which maintains a pH below 5.4 in the composition. (a) phenylephrine or a pharmaceutically acceptable salt thereof; (b) substantially aldehyde-free polyethylene glycol, wherein the substantially aldehyde-free polyethylene glycol has less than 10 ppm total aldehyde content and maintains said level of aldehyde content for at least one year; (c) a second active agent selected from an analgesic, a decongestant, an expectorant, an anti-tussive, an antipyretic, an anti-inflammatory agent, a cough suppressant and an antihistamine; and (d) a buffering agent which maintains a pH below 5.4 in the composition.
Gripping device in particular for a retraction system of a machine for processing adhesive cord material which has a gripping strip and a gripping sheet between which a gripping gap is configured, wherein the gripping strip can be pivoted towards the fixed gripping sheet about a rotational point, wherein the rotational point of the gripping strip is arranged below a work plane, which is defined by an upper side of the gripping sheet facing the gripping strip, characterised in that the gripping strip is mounted in an in particular partly circular guide rail.
Procedure for obtaining weavable POY yarn characterised by the fact that it processes a yarn POY, explicitly excluding drawing (4, 9, 14) following the solidification of the yarn extruded from the spinneret (3, 8, 13) with a thermal fixing treatment consisting of bringing said POY yarn to a temperature range between 40° and 100° degrees centigrade for a few dozen minutes up to an hour and associating with said fixing treatment at least one of the successive braiding or twisting operations.
A machine tool for processing plate-like workpieces, preferably metal sheets, by punching, comprising: a punching tool having a punch and a punching die, a drive unit (13, 14) for moving the punch and the punching die relative to each other along a stroke axis for punching through the workpiece, a hold-down device which is movable along the stroke axis and which has a stripper which, during punching-through of the workpiece by means of the punch, rests on an upper side of the workpiece, a detection device for detection of a reference position of the hold-down device along the stroke axis, in which reference position the stripper rests on the upper side of the workpiece, a control device for positioning the stripper at a predefined distance (d/2) from the reference position, characterized in that the machine tool furthermore comprises a pushing-out device (6, 7) for pushing out a workpiece part that has been cut free when punching through the workpiece, by moving the workpiece part together with the workpiece along a support plane. a punching tool having a punch and a punching die, a drive unit (13, 14) for moving the punch and the punching die relative to each other along a stroke axis for punching through the workpiece, a hold-down device which is movable along the stroke axis and which has a stripper which, during punching-through of the workpiece by means of the punch, rests on an upper side of the workpiece, a detection device for detection of a reference position of the hold-down device along the stroke axis, in which reference position the stripper rests on the upper side of the workpiece, a control device for positioning the stripper at a predefined distance (d/2) from the reference position, characterized in that the machine tool furthermore comprises a pushing-out device (6, 7) for pushing out a workpiece part that has been cut free when punching through the workpiece, by moving the workpiece part together with the workpiece along a support plane.
Fryer provided with a containing structure inside which at least a frying basin is present, which is filled with oil up to a preset maximum level, each frying basin being provided with at least one drum for containing the food to be fried, the fryer further being provided with a perforated lid comprising pass through holes (25, 27) for the passage of vapour and gas going upwards and of condensed vapour going downwards and means for cooling (21, 22, 23) and condensing vapour passing through said holes, and support means of said vapour cooling means (21, 22, 23), characterised in that said vapour cooling means (21, 22, 23) are comprised of, in sequence, starting from the frying basin and proceeding upwards, a perforated lower plate, at least one perforated intermediate plate and a non perforated upper plate, said support means of said vapour cooling means are comprised of a spacing element, interposed between said lower plate and said intermediate plate, and in that it further comprises a vapour flow regulating element provided with a handle, comprising a disc rotatably mounted on said intermediate plate and provided with a plurality of protrusions, the number, position and dimensions of which are such to allow, in a first position of said flow regulating element, the closing at the same time of all the holes of the intermediate plate and, in a second position, the spacing of said disc out from said intermediate plate.
An in-mold foam molded article comprising: a foam body including olefin-based resin pre-expanded beads; and an insert member including an elongated connecting portion and movement resisting portions provided apart from one another in the elongated connecting portion, the insert member being subjected to insert molding upon in-mold foam molding using the olefin-based resin pre-expanded beads; wherein the foam body has a movement facilitating structure that facilitates relative movement between the insert member and the foam body during shrinkage of the in-mold foam molded article after release from a mold, and characterized in that the movement facilitating structure includes a dividing space provided along a direction crossing the elongated connecting portion, wherein the dividing space divides the foam body into a plurality of divided foam parts. a foam body including olefin-based resin pre-expanded beads; and an insert member including an elongated connecting portion and movement resisting portions provided apart from one another in the elongated connecting portion, the insert member being subjected to insert molding upon in-mold foam molding using the olefin-based resin pre-expanded beads; wherein the foam body has a movement facilitating structure that facilitates relative movement between the insert member and the foam body during shrinkage of the in-mold foam molded article after release from a mold, and characterized in that the movement facilitating structure includes a dividing space provided along a direction crossing the elongated connecting portion, wherein the dividing space divides the foam body into a plurality of divided foam parts.
A slide valve comprising: a main body portion configured for sliding in a discharge port of a screw compressor to regulate output of a working matter through screw rotors (18, 20) of the screw compressor; and a pulsation damper carried by the main body to dampen pressure pulsations in the discharged working matter, wherein the main body portion comprises a plurality of walls (56, 64, 74) to define an enclosed interior cavity, and the pulsation damper comprises a bore extending into a wall of the main body such that working matter discharged from the screw rotors has access to the enclosed interior cavity, characterised in that the main body includes a plurality of bores (56A-E) extending into the internal cavity a main body portion configured for sliding in a discharge port of a screw compressor to regulate output of a working matter through screw rotors (18, 20) of the screw compressor; and a pulsation damper carried by the main body to dampen pressure pulsations in the discharged working matter, wherein the main body portion comprises a plurality of walls (56, 64, 74) to define an enclosed interior cavity, and the pulsation damper comprises a bore extending into a wall of the main body such that working matter discharged from the screw rotors has access to the enclosed interior cavity, characterised in that the main body includes a plurality of bores (56A-E) extending into the internal cavity
A carbonylation process for producing acetic acid comprising: (a) carbonylating methanol or its reactive derivatives in the presence of water, a catalyst selected from rhodium catalysts, iridium catalysts and mixtures thereof, and a methyl iodide promoter to form an acetic acid reaction mixture in a reactor; (b) separating the stream of the acetic acid reaction mixture into a liquid recycle stream and a crude product stream including acetic acid, methyl iodide, methyl acetate and water; (c) feeding the crude product stream to a light ends column having a distillation zone; (d) purifying the crude product stream in the distillation zone of the light ends column to remove methyl iodide and methyl acetate and generate a purified product stream, the purified product stream having a lower concentration of methyl iodide and methyl acetate than the crude product stream, and wherein the step of purifying the crude product stream includes (i) condensing overhead vapor from the distillation zone of the light ends column, (ii) decanting the condensed vapor into a heavy phase comprising predominantly methyl iodide and a light phase comprising predominantly acetic acid and water, and (iii) refluxing at least a portion of the condensed heavy phase to the distillation zone of the light ends column; and (e) drawing a purified product stream from the light ends column. (a) carbonylating methanol or its reactive derivatives in the presence of water, a catalyst selected from rhodium catalysts, iridium catalysts and mixtures thereof, and a methyl iodide promoter to form an acetic acid reaction mixture in a reactor; (b) separating the stream of the acetic acid reaction mixture into a liquid recycle stream and a crude product stream including acetic acid, methyl iodide, methyl acetate and water; (c) feeding the crude product stream to a light ends column having a distillation zone; (d) purifying the crude product stream in the distillation zone of the light ends column to remove methyl iodide and methyl acetate and generate a purified product stream, the purified product stream having a lower concentration of methyl iodide and methyl acetate than the crude product stream, and wherein the step of purifying the crude product stream includes (i) condensing overhead vapor from the distillation zone of the light ends column, (ii) decanting the condensed vapor into a heavy phase comprising predominantly methyl iodide and a light phase comprising predominantly acetic acid and water, and (iii) refluxing at least a portion of the condensed heavy phase to the distillation zone of the light ends column; and (e) drawing a purified product stream from the light ends column.
A wheel load estimation device configured to estimate a wheel load of a vehicle, the wheel load estimation device comprising: a wheel speed acquisition unit configured to acquire wheel speed information of each wheel (FL, FR, RL, RR) included in the vehicle from a wheel speed sensor provided in the vehicle; a load ratio calculation unit configured to calculate a front-rear load ratio and a left-right load ratio based on the wheel speed information, the front-rear load ratio being a ratio between a load applied to a front wheel (FL, FR) of the vehicle and a load applied to a rear wheel (RL, RR) of the vehicle, and the left-right load ratio being a ratio between a load applied to a left wheel (FL, RL) of the vehicle and a load applied to a right wheel (FR, RR) of the vehicle; and characterized by the wheel load estimation device further comprising a wheel load calculation unit configured to calculate a wheel load ratio expressing a relative wheel load between the wheels (FL, FR, RL, RR) included in the vehicle, with respect to at least one of the individual wheels (FL, FR, RL, RR) of the vehicle, based on the front-rear load ratio and the left-right load ratio. a wheel speed acquisition unit configured to acquire wheel speed information of each wheel (FL, FR, RL, RR) included in the vehicle from a wheel speed sensor provided in the vehicle; a load ratio calculation unit configured to calculate a front-rear load ratio and a left-right load ratio based on the wheel speed information, the front-rear load ratio being a ratio between a load applied to a front wheel (FL, FR) of the vehicle and a load applied to a rear wheel (RL, RR) of the vehicle, and the left-right load ratio being a ratio between a load applied to a left wheel (FL, RL) of the vehicle and a load applied to a right wheel (FR, RR) of the vehicle; and characterized by the wheel load estimation device further comprising a wheel load calculation unit configured to calculate a wheel load ratio expressing a relative wheel load between the wheels (FL, FR, RL, RR) included in the vehicle, with respect to at least one of the individual wheels (FL, FR, RL, RR) of the vehicle, based on the front-rear load ratio and the left-right load ratio.
A tobacco smoke filter or filter element comprising an outer wrapper engaged around a downstream thermoformed core of tobacco smoke filtering material and a further core longitudinally aligned therewith; characterised by the downstream thermoformed core having a profiled air permeable outer surface which defines with the outer wrapper at least one longitudinally extending channel which extends the length of the downstream core, wherein the outer wrapper has a basis weight from about 80 to 120 gsm.
A nanoassembly for inducing apoptosis in cancer cells comprising: - a core comprising at least one nanoparticle of a nanostructured and semiconductor metal oxide, said nanoparticle being monocrystalline or polycrystalline; - a shell formed by a double phospholipid layer, proteins and other molecules, said shell consisting of an extracellular biovesicle derived from cells of the same organism which said cancer cells belong to, said core being enclosed inside said shell; and - a plurality of targeting molecules (4, 4', 4") of said cancer cells, said molecules (4, 4', 4") being anchored to the external surface of said at least one biovesicle. - a core comprising at least one nanoparticle of a nanostructured and semiconductor metal oxide, said nanoparticle being monocrystalline or polycrystalline; - a shell formed by a double phospholipid layer, proteins and other molecules, said shell consisting of an extracellular biovesicle derived from cells of the same organism which said cancer cells belong to, said core being enclosed inside said shell; and - a plurality of targeting molecules (4, 4', 4") of said cancer cells, said molecules (4, 4', 4") being anchored to the external surface of said at least one biovesicle.
An inspection system for the inspection and/or cleaning of pipelines, wherein said inspection system comprises an inspection and/or cleaning device and a control device, and wherein the inspection system comprises a first transmitting/receiving device (20; 40) associated with the control device and a second transmitting/receiving device associated with the inspection and/or cleaning device, said transceiving devices being used for the wireless transmission of control and/or measurement data between the inspection and/or cleaning device and the control device, wherein the second transmitting/receiving device is adapted to establish a wireless communication connection with the first transmitting/receiving device (20; 40) associated with the control device, wherein the inspection system comprises at least one repeater which includes an antenna system or at least one antenna and which may be arranged within the pipeline to be inspected and/or cleaned, wherein the inspection and/or cleaning device is coupleable or connectible with the control device via a hose, characterised in that the at least one repeater is integrated into the jacket of the hose or is disposed on a hose inner wall of the hose and is surrounded by a water-tight sheathing.
Sensor device for a processing machine for processing of preferably plate-shaped work pieces, which are preferably at least in part made of wood, composite wood materials, plastic or similar, comprising: a first support element which comprises a conical exterior surface, on which exterior surface lies at least in part a flexible sensor ring (20, 20a) wherein further a second support element with a conical exterior surface is arranged adjacent to the first support element, such that the conical exterior surface of the second support element and the conical exterior surface of the first support element form a groove, in which groove the sensor ring (20, 20a) is received, wherein the first support element and the second support element are moveable relatively to each other, characterised in that the sensor ring (20, 20a) comprises a sensor surface (21, 21a) running in a peripheral direction and radially inwardly arranged protrusions (22, 22a), said protrusions (22, 22a) being wedge-shaped. a first support element which comprises a conical exterior surface, on which exterior surface lies at least in part a flexible sensor ring (20, 20a) wherein further a second support element with a conical exterior surface is arranged adjacent to the first support element, such that the conical exterior surface of the second support element and the conical exterior surface of the first support element form a groove, in which groove the sensor ring (20, 20a) is received, wherein the first support element and the second support element are moveable relatively to each other, characterised in that the sensor ring (20, 20a) comprises a sensor surface (21, 21a) running in a peripheral direction and radially inwardly arranged protrusions (22, 22a), said protrusions (22, 22a) being wedge-shaped.