mhurhangee/ep-ind-claims huggingface dataset:
Process for the continuous production of polyether alcohols, wherein (a) at least one aromatic amine is continuously added at one dosing point D1 to an arrangement R1 comprising at least one plug-flow reactor and/ or a cascade of at least two, preferably at least three continuously stirred tank reactors (CSTRs), and reacted with at least one alkylene oxide 1 which is continuously dosed into the arrangement R1 at one or more dosing points D2 to generate intermediate, and subsequently (b) intermediate is continuously transferred, preferably by means of a pump, into another arrangement R2 comprising at least one further reactor, and reacted with at least one alkylene oxide 2 in the presence of at least one amine compound, which is preferably added continuously, wherein at least one of the at least one amine compounds AC is selected from the group consisting of imidazoles. (a) at least one aromatic amine is continuously added at one dosing point D1 to an arrangement R1 comprising at least one plug-flow reactor and/ or a cascade of at least two, preferably at least three continuously stirred tank reactors (CSTRs), and reacted with at least one alkylene oxide 1 which is continuously dosed into the arrangement R1 at one or more dosing points D2 to generate intermediate, and subsequently (b) intermediate is continuously transferred, preferably by means of a pump, into another arrangement R2 comprising at least one further reactor, and reacted with at least one alkylene oxide 2 in the presence of at least one amine compound, which is preferably added continuously, wherein at least one of the at least one amine compounds AC is selected from the group consisting of imidazoles.
A composition for use in a method of reducing risk of one or more of: myocardial infarction, stroke, cardiovascular death, unstable angina, coronary revascularization procedures and/or hospitalizations for unstable angina in a subject on stable statin therapy and with an established cardiovascular disease, the method comprising administering to the subject the composition comprising icosapent ethyl per day, wherein the subject is monitored for symptoms of atrial fibrillation and/or flutter.
A fastener assembly, comprising: a fastener; a retaining device configured to receive the fastener; and a body having an upper member joined opposite to a lower member, the body configured to flex between a relaxed state and a compressed state to maintain alignment and position of the retaining device between opposing external surfaces without the fastener, the body exerting an outward spring force against the opposing external surfaces while in a compressed state, the outward spring force acting to diverge the upper member and the lower member; wherein the retaining device is internally located within the body a fastener; a retaining device configured to receive the fastener; and a body having an upper member joined opposite to a lower member, the body configured to flex between a relaxed state and a compressed state to maintain alignment and position of the retaining device between opposing external surfaces without the fastener, the body exerting an outward spring force against the opposing external surfaces while in a compressed state, the outward spring force acting to diverge the upper member and the lower member; wherein the retaining device is internally located within the body
A thermal transfer printer ribbon cassette apparatus releasably attached to a thermal transfer printer which comprises a printer main body where a thermal head and a platen roller are mounted and where a printing sheet and a thermal transfer ribbon are held between the thermal head and the platen roller and are transported, and which performs printing on the printing sheet, a cassette main body being formed by a printer-side base plate that extends along a direction of transport of the printing sheet and the thermal transfer ribbon and that opposes a cassette attachment face of the printer main body, a handle-side base plate that opposes the printer-side base plate and that comprises handles for an attachment/detachment operation, and a support shaft for fixing the handle-side base plate and the printer-side base plate with a gap not less than the width of the thermal transfer ribbon and the printing sheet, the cassette main body comprising a ribbon supply spindle for supplying the thermal transfer ribbon to a transport path for the thermal transfer ribbon and a ribbon winding spindle for winding the thermal transfer ribbon transported to this transport path that are able to be releasably disposed between the handle-side base plate and the printer-side base plate, and a cassette main body stay positioned between the handle-side base plate and the printer-side base plate in which a main guide hole into which a main guide shaft protruding from the printer main body side in the cassette main body direction is fit removably is formed, characterized by a guide cut-away part guidable along the printer main body stay formed from the printer main body side toward the printer-side base plate being formed in the printer-side base plate, a final positioning engagement pin being formed in the printer main body stay of the printer main body, and a final positioning engagement hole being formed in the handle-side base plate, the cassette main body being releasably attached to in the printer main body by engagement/disengagement of the main guide shaft of the printer main body with and from the main guide hole of the cassette main body stay and by engagement/disengagement of the final positioning engagement pin of the printer main body stay with and from the final positioning engagement hole of the handle-side base plate.
Multifunctional device for holding plants by means of at least one planting receptacle, comprising a positioning element, into which at least one culture pot having a culture pot envelope and a culture pot bottom is insertable and attachable such that the positioning element together with the culture pot is insertable into the planting receptacle such that, below the positioning element, an essentially tight atmospheric area and a vegetation space are formed, into which a lower portion of the culture pot protrudes, wherein the positioning element is formed such that the culture pot bottom can be positioned at a height distance to a bottom of the planting receptacle, characterized by at least one current charging module for vehicles, and at least one accounting unit and/or payment unit for the current charging module. a positioning element, into which at least one culture pot having a culture pot envelope and a culture pot bottom is insertable and attachable such that the positioning element together with the culture pot is insertable into the planting receptacle such that, below the positioning element, an essentially tight atmospheric area and a vegetation space are formed, into which a lower portion of the culture pot protrudes, wherein the positioning element is formed such that the culture pot bottom can be positioned at a height distance to a bottom of the planting receptacle, characterized by at least one current charging module for vehicles, and at least one accounting unit and/or payment unit for the current charging module.
Nutrient medium unit for receiving a filter (4, 4') of a filtration device with a lower part (15, 15'), which is filled with a nutrient medium, and a cover, characterised in that the cover has a fixing edge which projects into the lower part (15, 15') and which for removal of the filter from the filtration device is connectible with an edge (13, 13') of the filter (4, 4') by way of an adhesive bond with the filter (4, 4').
Method for processing a video stream (102, 102', 202) in a system comprising a video stream processing device connected to a client device, comprising: setting one or more shaders (S1, S2, S3, 105) to be applied to the video stream, applying, by a first processing, at the video stream processing device, at least one of the one or more shaders to at least a subset of the video stream (102, 202), applying, by a second processing, at the client device, at least one of the one or more shaders to at least a subset of the video stream, wherein the at least one of the one or more shaders applied in the second processing is transmitted (S106, S208, S214) from the video stream processing device to the client device, characterized in that the video stream is transmitted as an encoded video stream from the video stream processing device to the client device where the video stream is decoded before the second processing. setting one or more shaders (S1, S2, S3, 105) to be applied to the video stream, applying, by a first processing, at the video stream processing device, at least one of the one or more shaders to at least a subset of the video stream (102, 202), applying, by a second processing, at the client device, at least one of the one or more shaders to at least a subset of the video stream, wherein the at least one of the one or more shaders applied in the second processing is transmitted (S106, S208, S214) from the video stream processing device to the client device,
Network interface of a network subscriber, having at least one physical interface with a reversible data flow direction for connecting the network interface to a network interface of another network subscriber, at least one data selector which is connected to the at least one physical interface and is suitable for receiving data from the at least one physical interface and for transmitting data to the at least one physical interface, and at least one data switch which is connected to the data selector and is suitable for receiving data from the data selector or for transmitting data to the data selector, wherein the data selector is suitable for forwarding data received from the physical interface to another network subscriber and to the data switch, wherein the data selector of a client network subscriber is set up to duplicate data arriving from a physical interface in a downlink and to forward said data to another network subscriber and to the data switch without buffering. at least one physical interface with a reversible data flow direction for connecting the network interface to a network interface of another network subscriber, at least one data selector which is connected to the at least one physical interface and is suitable for receiving data from the at least one physical interface and for transmitting data to the at least one physical interface, and at least one data switch which is connected to the data selector and is suitable for receiving data from the data selector or for transmitting data to the data selector, wherein the data selector is suitable for forwarding data received from the physical interface to another network subscriber and to the data switch, wherein the data selector of a client network subscriber is set up to duplicate data arriving from a physical interface in a downlink and to forward said data to another network subscriber and to the data switch without buffering.
A machinery for realizing a wrapping of one or more products in general with a tape of material, the machinery comprising: - A support on which a parent reel from which unwinding the tape of material for the wrapping can be arranged in use, in a rotatable way; - The machinery being characterized in that it further comprises: - A wrapping head movable along at least one path and comprising at least one winding/unwinding roll rotatable towards a direction, to operate the winding around it of a predetermined length of tape of material, and rotatable towards the opposite direction to be able to unwind at least a part of the said tape wound around it in such a way that a predetermined quantity of tape can be unwound from the said parent reel to be wound around the said winding/unwinding roll in such a way that a wrapping can be performed through the combination of a movement of the said wrapping head along the said at least one path and the unwinding of at least a part of the said tape wound on the said winding/unwinding roll. - A support on which a parent reel from which unwinding the tape of material for the wrapping can be arranged in use, in a rotatable way; - The machinery being characterized in that it further comprises: - A wrapping head movable along at least one path and comprising at least one winding/unwinding roll rotatable towards a direction, to operate the winding around it of a predetermined length of tape of material, and rotatable towards the opposite direction to be able to unwind at least a part of the said tape wound around it in such a way that a predetermined quantity of tape can be unwound from the said parent reel to be wound around the said winding/unwinding roll in such a way that a wrapping can be performed through the combination of a movement of the said wrapping head along the said at least one path and the unwinding of at least a part of the said tape wound on the said winding/unwinding roll.
A process for the compaction of Polyhalite with Potash, wherein said process comprising: mixing a feed of polyhalite with a feed of said Potash in a mixer to yield a mixture; compacting said mixture in a compactor to yield masses; crushing said masses in a crusher to yield particles; and screening said particles in a screener to yield particles in three different sizes: oversized fine particles which undergo a second crushing process and are retuned to said screener for screening, undersized fine particles which are transferred to said mixer for further mixing and compacting, and desired size fine particles which are transferred to a polish screener for glazing and oiling mixing a feed of polyhalite with a feed of said Potash in a mixer to yield a mixture; compacting said mixture in a compactor to yield masses; crushing said masses in a crusher to yield particles; and screening said particles in a screener to yield particles in three different sizes: oversized fine particles which undergo a second crushing process and are retuned to said screener for screening, undersized fine particles which are transferred to said mixer for further mixing and compacting, and desired size fine particles which are transferred to a polish screener for glazing and oiling
A refrigerator comprising: a cabinet defining an appearance of the refrigerator; a storage compartment defined in the cabinet to store a stored object; a guide hole provided in an inner wall of the storage compartment the guide hole having a space extending on a forward and rearward direction; a rotating bar including a first rotating shaft rotatably fitted in the guide hole so as to be rotated about the first rotating shaft and moving in the space in the forward and rearward direction; a shelf, which is rotatably supported by the rotating bar so as to be adjusted in height and on which the stored object is placed; characterized in that the refrigerator further comprises an elastic element disposed in the guide hole to provide a forward elastic force to the first rotating shaft; wherein the rotating bar rotates about the first rotating shaft and moves upward because the first rotating shaft is biased forward by the elastic force of the elastic element when the shelf is raised. a cabinet defining an appearance of the refrigerator; a storage compartment defined in the cabinet to store a stored object; a guide hole provided in an inner wall of the storage compartment the guide hole having a space extending on a forward and rearward direction; a rotating bar including a first rotating shaft rotatably fitted in the guide hole so as to be rotated about the first rotating shaft and moving in the space in the forward and rearward direction; a shelf, which is rotatably supported by the rotating bar so as to be adjusted in height and on which the stored object is placed; characterized in that the refrigerator further comprises an elastic element disposed in the guide hole to provide a forward elastic force to the first rotating shaft; wherein the rotating bar rotates about the first rotating shaft and moves upward because the first rotating shaft is biased forward by the elastic force of the elastic element when the shelf is raised. an elastic element disposed in the guide hole to provide a forward elastic force to the first rotating shaft; wherein the rotating bar rotates about the first rotating shaft and moves upward because the first rotating shaft is biased forward by the elastic force of the elastic element when the shelf is raised.
Rigid structural part of a load-bearing structure of an aircraft made of laminated composite material, incorporating electrically conducting cables, characterized in that said structural part comprises: - at least three structural layers comprising fibers held in place by a matrix made of a thermosetting or thermoplastic resin, - at least one conducting network layer located between two of said at least three structural layers, said at least one conducting network layer comprising a network of electrically conducting cables (151a - 151c), said electrically conducting cables being arranged throughout the structural part in a substantially regular manner and being electrically insulated from said two structural layers by a dielectric material, - at least one conductive reference layer located between two of said at least three structural layers, said at least one conductive reference layer being electrically conductive in all directions, - electrical connection means for electrically connecting structural parts to each other, to which electrically conducting cables (151a- 151 c) of the at least one network layer and the at least one conductive reference layer are electrically connected. - at least three structural layers comprising fibers held in place by a matrix made of a thermosetting or thermoplastic resin, - at least one conducting network layer located between two of said at least three structural layers, said at least one conducting network layer comprising a network of electrically conducting cables (151a - 151c), said electrically conducting cables being arranged throughout the structural part in a substantially regular manner and being electrically insulated from said two structural layers by a dielectric material, - at least one conductive reference layer located between two of said at least three structural layers, said at least one conductive reference layer being electrically conductive in all directions, - electrical connection means for electrically connecting structural parts to each other, to which electrically conducting cables (151a- 151 c) of the at least one network layer and the at least one conductive reference layer are electrically connected.
A device for wireless communications, the device comprising: a first radio configured to receive an indication of when the first radio is scheduled to receive first wireless signal over a first wireless network; a second radio configured to transmit a second wireless signal over a second wireless network; and a non-wireless interface configured to convey, from the first radio to the second radio, timing information indicating a scheduled future reception time for the first wireless signal based on the received indication; wherein the timing information indicates a start time and an end time of the scheduled reception time relative to when the information was provided by the first radio and includes a range of latency time for transferring the information from the first radio to the second radio, and wherein the second radio is further configured to delay transmitting the second wireless signal until the scheduled reception time for the first wireless signal expires. a first radio configured to receive an indication of when the first radio is scheduled to receive first wireless signal over a first wireless network; a second radio configured to transmit a second wireless signal over a second wireless network; and a non-wireless interface configured to convey, from the first radio to the second radio, timing information indicating a scheduled future reception time for the first wireless signal based on the received indication; wherein the timing information indicates a start time and an end time of the scheduled reception time relative to when the information was provided by the first radio and includes a range of latency time for transferring the information from the first radio to the second radio, and wherein the second radio is further configured to delay transmitting the second wireless signal until the scheduled reception time for the first wireless signal expires. wherein the timing information indicates a start time and an end time of the scheduled reception time relative to when the information was provided by the first radio and includes a range of latency time for transferring the information from the first radio to the second radio, and wherein the second radio is further configured to delay transmitting the second wireless signal until the scheduled reception time for the first wireless signal expires.
A method in a base station in a communication system, the method comprising steps of: generating, by the base station, a radio resource control, RRC, message including resource information for a control channel; transmitting, by the base station, the RRC message including the resource information for the control channel to a relay node; generating, by the base station, the control channel; and transmitting, by the base station, the control channel generated to the relay node, wherein the resource information for the control channel comprises resource allocation information, and information related to whether interleaving is applied for the control channel and a type of reference signal used for the control channel demodulation. generating, by the base station, a radio resource control, RRC, message including resource information for a control channel; transmitting, by the base station, the RRC message including the resource information for the control channel to a relay node; generating, by the base station, the control channel; and transmitting, by the base station, the control channel generated to the relay node, wherein the resource information for the control channel comprises resource allocation information, and information related to whether interleaving is applied for the control channel and a type of reference signal used for the control channel demodulation.
A method for controlling a compressor inlet-adjustment mechanism disposed in an air inlet of a centrifugal compressor, the inlet-adjustment mechanism being switchable between two binary positions P1 and P2 for altering a flow area of the inlet, the method comprising: identifying a threshold line on a compressor map of pressure ratio PR versus corrected flow rate W c for the compressor, the threshold line being a line on which the pressure ratio and the corrected flow rate of the compressor are the same for the two binary positions of the inlet-adjustment mechanism at equal rotational speeds; continually detecting PR and W c of the compressor during operation as an operating point of the compressor moves around on the compressor map; and placing the inlet-adjustment mechanism in one of the binary positions or the other based on a comparison of a location of the operating point relative to the threshold line on the compressor map. identifying a threshold line on a compressor map of pressure ratio PR versus corrected flow rate W c for the compressor, the threshold line being a line on which the pressure ratio and the corrected flow rate of the compressor are the same for the two binary positions of the inlet-adjustment mechanism at equal rotational speeds; continually detecting PR and W c of the compressor during operation as an operating point of the compressor moves around on the compressor map; and placing the inlet-adjustment mechanism in one of the binary positions or the other based on a comparison of a location of the operating point relative to the threshold line on the compressor map.