mhurhangee/ep-ind-claims huggingface dataset:
A process for the epoxidation of propene, comprising the steps a) continuously reacting propene with hydrogen peroxide in the presence of an epoxidation catalyst, using propene in molar excess to hydrogen peroxide, to provide a reaction mixture comprising propene oxide, non-reacted propene and propane; b) separating propene oxide and a recovered propene stream with a total content of propene and propane of more than 90 % by weight from the reaction mixture obtained in step a); c) feeding all or a part of said recovered propene stream to a C3 splitter column for separating propene and propane and withdrawing an overhead product stream depleted in propane with regard to said recovered propene stream and a bottoms product stream enriched in propane with regard to said recovered propene stream from said column; and d) passing the overhead product stream obtained in step c) to step a); characterized in that a propene starting material containing propane with a mass ratio of propane to the combined amount of propene and propane of from 0.002 to 0.10 is fed to said process for the epoxidation of propene, the reaction mixture provided in step a) comprises propane with a mass ratio of propane to the combined amount of propene and propane of from 0.05 to 0.20 and the overhead product stream withdrawn from the C3 splitter column comprises propane with a mass ratio of propane to the combined amount of propene and propane of at least 0.04. a) continuously reacting propene with hydrogen peroxide in the presence of an epoxidation catalyst, using propene in molar excess to hydrogen peroxide, to provide a reaction mixture comprising propene oxide, non-reacted propene and propane; b) separating propene oxide and a recovered propene stream with a total content of propene and propane of more than 90 % by weight from the reaction mixture obtained in step a); c) feeding all or a part of said recovered propene stream to a C3 splitter column for separating propene and propane and withdrawing an overhead product stream depleted in propane with regard to said recovered propene stream and a bottoms product stream enriched in propane with regard to said recovered propene stream from said column; and d) passing the overhead product stream obtained in step c) to step a);
Tread profile of a vehicle tyre for use on a wintry roadway, with profile positives, which are delimited by circumferential and/or transverse grooves, wherein at least one profile positive has a sipe, which extends radially inwards from the periphery of the tread and ends in a groove base, wherein the sipe has an approximately equal width over its radial extent, while the groove base is formed as a channel, which has a greater width than the rest of the sipe, wherein the sipe crosses the profile positive completely, so that the sipe, together with the channel, opens out at both its ends (4a, 4b) into the circumferential and/or transverse grooves delimiting the profile positive, characterized in that the channel is widened exclusively at both its ends as a funnel (5a, 5b), so that the widening opens out in the circumferential and/or transverse groove, wherein the channel consists of three portions (10a, 10b, 10c) arranged one behind the other in the longitudinal direction of the sipe, wherein the first portion and the third portion run parallel to the axial direction (aR), but are arranged at different depths (14, 15) and wherein the second portion connects the first portion to the third portion while forming an angle (α), which is enclosed by the second portion and the radial direction (rR), wherein the angle (α) lies in a range from 0° to 45° and wherein hollow spheres are formed at the connection points of the second portion to the first portion and of the second portion to the third portion.
A medical plug delivery system, comprising: a medical plug holding device that includes a housing defining a lumen that extends from a proximal end to a distal end of the medical plug holding device, wherein the housing comprises a distal connector configured to connect to a distal medical device in communication with a patient; characterized by an elongate medical plug (200; 200'; 200"; 200"') that is substantially cylindrical in shape and is disposed within the lumen of the medical plug holding device, wherein the elongate medical plug defines a channel (210; 210'; 210"; 210'") that extends from a proximal end to a distal end of the elongate medical plug, wherein said channel provides a fluid bypass pathway. a medical plug holding device that includes a housing defining a lumen that extends from a proximal end to a distal end of the medical plug holding device, wherein the housing comprises a distal connector configured to connect to a distal medical device in communication with a patient; characterized by an elongate medical plug (200; 200'; 200"; 200"') that is substantially cylindrical in shape and is disposed within the lumen of the medical plug holding device, wherein the elongate medical plug defines a channel (210; 210'; 210"; 210'") that extends from a proximal end to a distal end of the elongate medical plug, wherein said channel provides a fluid bypass pathway.
An X-ray device for generating phase contrast images of an object, comprising: - an X-ray source for generating polychromatic X-radiation comprising an emitter; - a grating disposed in front of the emitter; - a diffractive optical element, called DOE, that is exposed to the X-ray source; - a X-ray detector for detecting interference patterns generated by the DOE; - characterised in that the X-ray detector is a spectrally resolving X-ray detector, and an absorption grating is located in front of the spectrally resolving X-ray detector, said absorption grating being adapted to simultaneously measure the interference pattern for different energies for one position of the absorption grating using the spectrally resolving X-ray detector. - an X-ray source for generating polychromatic X-radiation comprising an emitter; - a grating disposed in front of the emitter; - a diffractive optical element, called DOE, that is exposed to the X-ray source; - a X-ray detector for detecting interference patterns generated by the DOE; - characterised in that
A method for removing a gas from a nanostructure material, comprising: providing a gas that is implanted in a carbon nanostructure material; and placing the carbon nanostructure material in a microwave field such that at least a portion of the gas is out-gassed from the carbon nanostructure material, wherein the carbon nanostructure material is pumped through the microwave field at a specified flow rate. providing a gas that is implanted in a carbon nanostructure material; and placing the carbon nanostructure material in a microwave field such that at least a portion of the gas is out-gassed from the carbon nanostructure material, wherein the carbon nanostructure material is pumped through the microwave field at a specified flow rate.
A method for uplink power control, comprising: performing, by a user equipment, power control on different uplink signals by employing different uplink power control mechanisms respectively to determine respective transmission powers of the different uplink signals, wherein the different uplink power control mechanisms means that at least one parameter in each uplink power control formula is independently set; transmitting, by the user equipment, the different uplink signals by using the determined transmission powers, respectively, wherein power control formulae of the different uplink power control mechanisms are the same, and at least one parameter in the power control formulae of the different uplink power control mechanisms is independently configured, so that corresponding power compensation is performed on the different uplink signals, the at least one parameter in the power control formulae comprises a closed-loop power adjustment amount, target receiving power of a Physical Uplink Shared Channel, or a path loss compensation factor, and the closed-loop power adjustment amount, the target receiving power of a Physical Uplink Shared Channel, or the path loss compensation factor is independently configured by an access point. performing, by a user equipment, power control on different uplink signals by employing different uplink power control mechanisms respectively to determine respective transmission powers of the different uplink signals, wherein the different uplink power control mechanisms means that at least one parameter in each uplink power control formula is independently set; transmitting, by the user equipment, the different uplink signals by using the determined transmission powers, respectively, wherein power control formulae of the different uplink power control mechanisms are the same, and at least one parameter in the power control formulae of the different uplink power control mechanisms is independently configured, so that corresponding power compensation is performed on the different uplink signals, the at least one parameter in the power control formulae comprises a closed-loop power adjustment amount, target receiving power of a Physical Uplink Shared Channel, or a path loss compensation factor, and the closed-loop power adjustment amount, the target receiving power of a Physical Uplink Shared Channel, or the path loss compensation factor is independently configured by an access point.
A preparation method of an organic thin film transistor, comprising: forming a source-drain metal layer including a source electrode and a drain electrode, and forming an organic semiconductor active layer, wherein the organic semiconductor active layer is in contact with the source electrode and the drain electrode; forming an organic insulating thin film on a substrate where the source-drain metal layer including the source electrode and the drain electrode and the organic semiconductor active layer have been formed; forming a gate electrode; characterized in that the preparation method comprises: gradually thinning the organic insulating thin film by an etching thinning process and gradually curing the thinned organic insulating thin film by a curing process, or gradually curing the organic insulating thin film by a curing process and gradually thinning the cured organic insulating thin film by an etching thinning process, to form an organic insulating layer. forming a source-drain metal layer including a source electrode and a drain electrode, and forming an organic semiconductor active layer, wherein the organic semiconductor active layer is in contact with the source electrode and the drain electrode; forming an organic insulating thin film on a substrate where the source-drain metal layer including the source electrode and the drain electrode and the organic semiconductor active layer have been formed; forming a gate electrode; characterized in that the preparation method comprises: gradually thinning the organic insulating thin film by an etching thinning process and gradually curing the thinned organic insulating thin film by a curing process, or gradually curing the organic insulating thin film by a curing process and gradually thinning the cured organic insulating thin film by an etching thinning process, to form an organic insulating layer.
Elevator system, which comprises at least one elevator car, which is fitted to move in an elevator shaft, a control unit for controlling the motions of the elevator car according to calls conveyed to the control unit, and at least one landing call unit fitted in connection with a landing, which landing call unit comprises means for giving a call and for sending a call to the control unit along with means for storing floor information, and a data transfer channel (110, 120, 130) between the landing call unit and the control unit, wherein at least one identifier (12, 12a, 12b, 12c) is fitted in connection with the elevator car, wherein the landing call unit comprises at least one reader (52a, 52b, 52c) which reader (52a, 52b, 52c) is fitted to detect the identifier (12, 12a, 12b, 12c) of the elevator car when this is situated in the proximity of the reader, so that the landing call unit conveys information to the control unit when the reader (52a, 52b, 52c) has detected the identifier (12, 12a, 12b, 12c) of the elevator car along with floor information.
A fixing device (2, 2') for fixing a cable (44, 44'), pipe or tube to a slot or a groove having side portions, which fixing device (2, 2') comprises a body portion provided with a cavity for receiving at least one cable (44, 44'), pipe or tube through an opening in the body portion in order to fix the cable (44, 44'), pipe or tube to the fixing device (2, 2'), wherein the opening faces the bottom of the slot or groove and the fixing device (2,2') is completely received in the slot or groove when the fixing device (2, 2') has been attached to the slot or groove, wherein the fixing device (2, 2') comprises one or more arm members (10, 10') attached to the body portion, wherein the one or more arm members (10, 10') are configured to be pressed towards the body portion while inserting the fixing device (2, 2') to the slot or groove and are configured to exert a force towards the side portions of the slot or groove when the fixing device (2, 2') has been attached to the slot or groove, characterised in that the fixing device (2, 2') comprises one or more removal members (6, 6', 8, 8') of which at least one (8, 8') is provided at the distal end of at least one of the arm members (10, 10'), wherein at least one and preferably all of the one or more removal members (8, 8') are configured to be protruding from the side portions of the slot or groove whereby the removal members (8,8') are not in contact with the side portions of the slot or groove when the fixing device (2, 2') has been attached to the slot or groove so to be accessible when the fixing device (2, 2') has been attached to the slot or groove, thereby enabling the at least one arm member (10, 10') with the removal member (8, 8') at its distal end, to be pressed towards the central portion of the fixing device in order to release the force exerted from the arm members towards the side portions of the slot or groove.
System for dispersing finely dispersed solids into high-viscosity products, comprising the following in a container: - a coaxial stirring system (10,15) with stirring elements on two coaxially arranged shafts (1, 2), which are drivable independently from each other; a positive-displacement, close-wall-clearance stirring element being arranged on the one shaft and a plurality of stirring elements being arranged on a central shaft in such a way that, in an upper mixing region of the container directly subsequent to an input zone for adding the starting materials, in a headspace of the container, a combination of the positive-displacement, close-wall-clearance stirring element and stirring elements is provided to define an ideally mixed zone; stirring elements being provided in a mixing region connected downstream of the upper mixing region of the container to define a plug-flow zone, and a positive-displacement pump and stirring elements defining an output zone separate from the mixing regions in a region connected downstream of the plug-flow zone. - a coaxial stirring system (10,15) with stirring elements on two coaxially arranged shafts (1, 2), which are drivable independently from each other; a positive-displacement, close-wall-clearance stirring element being arranged on the one shaft and a plurality of stirring elements being arranged on a central shaft in such a way that, in an upper mixing region of the container directly subsequent to an input zone for adding the starting materials, in a headspace of the container, a combination of the positive-displacement, close-wall-clearance stirring element and stirring elements is provided to define an ideally mixed zone; stirring elements being provided in a mixing region connected downstream of the upper mixing region of the container to define a plug-flow zone, and a positive-displacement pump and stirring elements defining an output zone separate from the mixing regions in a region connected downstream of the plug-flow zone.
A motor assembly comprising a commutator motor, a brush holder unit configured to hold brushes being slidable in contact with a commutator of the commutator motor, and an attachment structure for a motor assembly, which allows the motor assembly to be attached in a tubular housing, wherein the attachment structure comprises: an accommodating portion with a bottom, formed in the housing and configured to accommodate therein the motor assembly with the brush holder unit facing downward; a receiving portion formed in the accommodating portion and configured to position the brush holder unit when it comes into contact with the brush holder unit; an abutment portion at least formed on one of a stator of the commutator motor and the brush holder unit, and configured to come into contact with the corresponding brush holder unit or stator adjacent thereto during assembly so that positioning is made between the stator and the brush holder unit; and a fixing member (8, 9) configured to be inserted from an open side of the housing, brought into contact with the stator, and fixed to the housing, wherein the motor assembly is positioned within the accommodating portion such that the brush holder unit is in contact with the receiving portion and that the stator and the brush holder unit are brought into contact with each other through the abutment portion, and wherein by using the fixing member (8, 9), the motor assembly is interposed and fixed between the fixing member (8, 9) and the receiving portion. an accommodating portion with a bottom, formed in the housing and configured to accommodate therein the motor assembly with the brush holder unit facing downward; a receiving portion formed in the accommodating portion and configured to position the brush holder unit when it comes into contact with the brush holder unit; an abutment portion at least formed on one of a stator of the commutator motor and the brush holder unit, and configured to come into contact with the corresponding brush holder unit or stator adjacent thereto during assembly so that positioning is made between the stator and the brush holder unit; and a fixing member (8, 9) configured to be inserted from an open side of the housing, brought into contact with the stator, and fixed to the housing, wherein the motor assembly is positioned within the accommodating portion such that the brush holder unit is in contact with the receiving portion and that the stator and the brush holder unit are brought into contact with each other through the abutment portion, and wherein by using the fixing member (8, 9), the motor assembly is interposed and fixed between the fixing member (8, 9) and the receiving portion.
Process for cleaning and/or renovating joints (LJ [longitudinal joints], TJ [transverse joints]) in surfaces of concrete or asphalt roads, characterised in that it comprises a step of removing joint filling material from the joint (LJ, TJ) by dry ice blasting.
A pharmaceutical composition comprising a progestogen selected from the group consisting of 17[alpha]-OH progesterone caproate, natural progesterone, medroxyprogesterone acetate and a combination thereof for use in a method for the treatment of glucocorticoid resistance in a subject experiencing one or several of glucocorticoid resistant asthma, refractory rheumatoid arthritis, refractory inflammatory bowel disease, chronic obstructive pulmonary disease and acute respiratory distress syndrome, interstitial pulmonary fibrosis, and cystic fibrosis, wherein the subject has no history of menstrual cycle-related exacerbation; wherein the progestogen is administered prior to, simultaneously with, or following the administration of glucocorticoid..
An interior trim part having a support component, and a decorative layer, wherein the support component and the decorative layer each have a local weakened area (24, 26) along a weakening line which allows the interior trim part to be torn open in controlled manner when a predefined force is applied to the support component, and having an intermediate layer between the support component and the decorative layer, wherein the intermediate layer is bonded adhesively to the decorative layer, characterized in that the intermediate layer has an intermediate layer weakened area which intersects the weakening line.
Method for supervision of faults in a receiving signal chain of a wireless communication system, comprising the steps of: providing data representing measured received powers in said receiving signal chain at a number of time instances; determining a noise floor value at a number of time instances based on said provided data; said noise floor value representing thermal noise in said receiving signal chain; registering a time evolution (101; 103; 104) of said determine noise floor values; and detecting any occurrence of a fault in said receiving signal chain by comparing said registered time evolution (101; 103; 104) with a model time evolution and indicating a fault if a measure representing a difference between said registered time evolution (101; 103; 104) and said model time evolution exceeds a threshold value. providing data representing measured received powers in said receiving signal chain at a number of time instances; determining a noise floor value at a number of time instances based on said provided data; said noise floor value representing thermal noise in said receiving signal chain; registering a time evolution (101; 103; 104) of said determine noise floor values; and detecting any occurrence of a fault in said receiving signal chain by comparing said registered time evolution (101; 103; 104) with a model time evolution and indicating a fault if a measure representing a difference between said registered time evolution (101; 103; 104) and said model time evolution exceeds a threshold value.
A method for providing a treatment plan for radiotherapy when the delivery is interrupted, the method being performed by a treatment planning system and comprising the steps of: detecting that delivery of a first treatment plan has been interrupted; obtaining an indication of delivery of a partial dose, representing the part of the first treatment plan that was delivered prior to the interruption; generating a second treatment plan, wherein the partial dose delivery forms an input to the second treatment plan generation as a background dose; and robust optimization of the second treatment plan while considering a plurality of scenarios, wherein the plurality of scenarios comprises different patient translations, different breathing phase orientations and/or different organ orientations. detecting that delivery of a first treatment plan has been interrupted; obtaining an indication of delivery of a partial dose, representing the part of the first treatment plan that was delivered prior to the interruption; generating a second treatment plan, wherein the partial dose delivery forms an input to the second treatment plan generation as a background dose; and robust optimization of the second treatment plan while considering a plurality of scenarios, wherein the plurality of scenarios comprises different patient translations, different breathing phase orientations and/or different organ orientations.
Fuel injector of a fuel injection system of an internal combustion engine, wherein the fuel injector has a hydraulic coupler, which hydraulic coupler has a coupler piston movable in a coupler body and has a working piston coupled to said coupler piston via a coupler gap chamber and likewise movable in the coupler body, and wherein the coupler gap chamber is connected via at least one filling channel to a low-pressure chamber arranged outside the coupler body, characterized in that, in the region of a connection of the filling channel to the coupler gap chamber, there is arranged a unipartite and elastically deformable valve which opens in the direction of the coupler gap chamber and which is formed as an axially slotted sleeve.