mhurhangee/ep-ind-claims huggingface dataset:
A process for purifying ethylenediamine, in which a) a mixture comprising water (H2O), ethylenediamine and N-methylethylenediamine (NMEDA) is introduced into a rectification column (NMEDA removal column), where the mixture introduced comprises at least the amount of water as required for the formation of the high-boiling azeotrope of EDA and water at the appropriate bottom temperature; and b) the EDA-comprising bottom product from the NMEDA removal column is introduced into a second rectification column (EDA dewatering column), which comprises (i) partly or fully condensing the vapors from the top of the EDA dewatering column in a condenser which is cooled with a medium which is at least partly evaporated during the condensation and the vapor thus formed is used at least partly to heat the evaporator of the NMEDA removal column; and/or (ii) introducing the vapors from the top of the EDA dewatering column into the NMEDA removal column. a) a mixture comprising water (H2O), ethylenediamine and N-methylethylenediamine (NMEDA) is introduced into a rectification column (NMEDA removal column), where the mixture introduced comprises at least the amount of water as required for the formation of the high-boiling azeotrope of EDA and water at the appropriate bottom temperature; and b) the EDA-comprising bottom product from the NMEDA removal column is introduced into a second rectification column (EDA dewatering column),
A glass-ceramic item, comprising at least a substrate, such as a sheet, of glass-ceramic, said substrate having, in at least one zone of one face, a surface texturing in the form of pyramidal motifs such that the root mean square slope (Rdq) of said motifs is at least 0.25 degrees and less than 3 degrees, said pyramidal motifs are likely to be formed by rolling the substrate.
A tamper evident container for the display and storage of items, the container comprising: (a) an elongated pouch having a closed end and an open end, (b) a collar connected to the open end of the pouch, (c) a lid pivotally connected to the collar for closing the open end, wherein the lid has a flange extending over a portion of the collar, characterized in that the container further comprises (d) a strap extending around the collar and the flange, so as to prevent the lid from being opened whilst the strap is in place, and wherein the flange has a channel for receiving the strap, so that the strap may not be pulled downwardly off the container. (a) an elongated pouch having a closed end and an open end, (b) a collar connected to the open end of the pouch, (c) a lid pivotally connected to the collar for closing the open end, wherein the lid has a flange extending over a portion of the collar, characterized in that the container further comprises (d) a strap extending around the collar and the flange, so as to prevent the lid from being opened whilst the strap is in place, and wherein the flange has a channel for receiving the strap, so that the strap may not be pulled downwardly off the container.
A compound having the formula 7, or a salt thereof for use in the treatment of Duchenne muscular dystrophy, disuse muscular atrophy, drug-induced myopathy and age related muscular atrophy.
An air conditioner, comprising: a cabinet; a fan assembly positioned within the cabinet and configured to guide air inside of the cabinet toward an outside of the cabinet; a front panel coupled to the cabinet and configured to communicate air into the cabinet from the outside; and an intake panel moveable with respect to the front panel, downward or upward and configured to open or close an intake portion; characterized by a guide unit positioned between the front panel and the intake panel, and configured to guide air flow within the intake portion when the intake portion is opened wherein the guide unit comprises: a first guide part supported by the intake panel; and a second guide part assembled with the front panel. a cabinet; a fan assembly positioned within the cabinet and configured to guide air inside of the cabinet toward an outside of the cabinet; a front panel coupled to the cabinet and configured to communicate air into the cabinet from the outside; and an intake panel moveable with respect to the front panel, downward or upward and configured to open or close an intake portion; characterized by a guide unit positioned between the front panel and the intake panel, and configured to guide air flow within the intake portion when the intake portion is opened wherein the guide unit comprises: a first guide part supported by the intake panel; and a second guide part assembled with the front panel. a first guide part supported by the intake panel; and a second guide part assembled with the front panel.
An electrical module (2a, 2c) adapted to operate while optionally connected to at least one other electrical module (2a, 2c), the electrical module (2a, 2c) comprising a box having arranged thereon first connection means suitable for connecting the electrical module (2a, 2c) to an external power supply, and second connection means enabling the electrical module (2a, 2c) to exchange first data externally, the first connection means and the second connection means being grouped together in a single first connector, the electrical module also including link means that are fastened to the box and that are adapted to connect the electrical module to another electrical module of the same type in order to convey thereto link data and/or a link power supply, the link means comprising an arm having a first end fastened to the box and a second end having a second connector adapted to be connected to the other electrical module (2a, 2c), the second connector being complementary to the first connector, the arm of the link means being adapted to pivot relative to the box at the first end so that the link means can be positioned in a connection position in which the second connector is adapted to be connected to the other electrical module (2a, 2c), and in a rest position in which the second connector is not connected to the other electrical module (2a, 2c).
An ultrasonic device comprising: an ultrasonic transducer; an ultrasonic probe attached to the transducer, the probe comprising a tip and two or more gas delivery channels extending through the probe; and a gas delivery system, the gas delivery system comprising: a gas inlet, gas flow paths through the gas delivery channels, and gas outlets at or within about 5 cm of the tip of the probe. an ultrasonic transducer; an ultrasonic probe attached to the transducer, the probe comprising a tip and two or more gas delivery channels extending through the probe; and a gas delivery system, the gas delivery system comprising: a gas inlet, gas flow paths through the gas delivery channels, and gas outlets at or within about 5 cm of the tip of the probe. a gas inlet, gas flow paths through the gas delivery channels, and gas outlets at or within about 5 cm of the tip of the probe.
An isolated polynucleotide comprising SEQ ID NO:5, 6, 7, 8, 9, 10, 11, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 82, 84, 85, 86, 87 or 88, or complement thereof.
A combine harvester including a threshing apparatus, a conveyor floor arranged beneath the threshing apparatus, a separating apparatus arranged downstream of the threshing apparatus, a return floor which is arranged beneath the separating apparatus and which is arranged in a plane above the conveyor floor so that a first drop stage is formed, along which crop material passes from the return floor in free fall at least partly on to the conveyor floor, a cleaning apparatus which has a cleaning fan and at least one upper sieve and lower sieve and the sieve plane of which is disposed on a plane beneath the conveyor floor so that a second drop stage is formed, along which crop material passes from the conveyor floor in free fall on to the upper sieve, and a control device, characterised in that there is provided at least one air outlet opening arranged at the end of at least one air guide passage and from which an air flow directed on to the first drop stage issues.
A method, in a transmitting station, of communicating a message from the transmitting station to a receiving station, the method is characterised by: adaptively selecting a retransmission protocol from any of Chase Combining, CC, or Incremental Redundancy, IR, retransmission protocols based on at least one changing transmission variable, comprising a change in a channel quality between a first transmission of the message and a subsequent transmission of the message and/or a coding rate used for the first transmission of the message by determining a relative protocol gain between said two retransmission protocols and adaptively selecting said retransmission protocol based on said relative protocol gain.
A system for cooling a transmission of a hover-capable aircraft, the system comprising: - a stator; - a heat exchanger connectable thermally to said transmission; - a fan for creating a first current of a first heat-carrying fluid, to remove heat from said heat exchanger; - a rotary member, which rotates about an axis to rotate an impeller of said fan about said axis; and - a bearing supporting said rotary member for rotation about said axis and with respect to said stator; - cooling means for cooling said bearing; said cooling means comprising conducting means (40; 42, 41, 30, 29) for conducting a second current of a second heat-carrying fluid along a path from an outside environment, external to said bearing, to said bearing itself, so as to cool the bearing characterized in that - the fan is foreseen for creating the current from said heat exchanger to the fan itself and in that - said conducting means (40; 42, 41, 30, 29) comprises - a first cavity defined by said rotary member and connectable fluidically to said outside environment; and - a second cavity into which said bearing faces, and which, when said impeller is operated, is at a lower pressure than said outside environment external to said bearing; said second cavity being defined by said impeller. - a stator; - a heat exchanger connectable thermally to said transmission; - a fan for creating a first current of a first heat-carrying fluid, to remove heat from said heat exchanger; - a rotary member, which rotates about an axis to rotate an impeller of said fan about said axis; and - a bearing supporting said rotary member for rotation about said axis and with respect to said stator; - cooling means for cooling said bearing; said cooling means comprising conducting means (40; 42, 41, 30, 29) for conducting a second current of a second heat-carrying fluid along a path from an outside environment, external to said bearing, to said bearing itself, so as to cool the bearing - the fan is foreseen for creating the current from said heat exchanger to the fan itself and in that - said conducting means (40; 42, 41, 30, 29) comprises - a first cavity defined by said rotary member and connectable fluidically to said outside environment; and - a second cavity into which said bearing faces, and which, when said impeller is operated, is at a lower pressure than said outside environment external to said bearing; - a first cavity defined by said rotary member and connectable fluidically to said outside environment; and - a second cavity into which said bearing faces, and which, when said impeller is operated, is at a lower pressure than said outside environment external to said bearing;
Motor vehicle drive assembly, comprising an electric motor and at least one output element driven directly or indirectly by the electric motor, and comprising a spring which is associated with the output element and designed to return the output element in a bidirectional manner, the spring being designed as a spiral spring, characterized in that the spring is designed such that it can be wound from the inner spring leg and from the outer spring leg.
Order folder having a rectangular rear wall and having a film cover sheet, connected to the rear wall along at least one right-hand and/or left-hand longitudinal-side periphery and a broad-side periphery at the base, for forming an open-top insert pocket for record sheets, wherein the right-hand and/or left-hand longitudinal-side periphery of the film cover sheet is fastened on the rear side of the rear wall by means of a wrap-around weld seam, and the wrap-around weld seam is spaced apart from a longitudinal-side edge of the rear wall by such a distance that the film cover sheet folds around said longitudinal side edge in the manner of a container wall in relation to the rear wall, and wherein the broad-side periphery at the base of the film cover sheet is fastened on the rear side of the rear wall along the broad-side edge of the rear wall by means of a wrap-around weld seam, characterized in that the broad-side periphery at the base of the film cover sheet is provided directly adjacent to the broad-side edge of the rear wall.
System for the recovery of heat in the air-conditioning of a building, comprising at least one heat exchanger, which is flowed through by the outgoing air and the outside air in counter-current and/or cross-current, in order to heat the outside air with the outgoing air, wherein the outgoing air, originating from the interior of the building, downstream of the heat exchanger becomes the exhaust air and the outside air downstream of the heat exchanger becomes the incoming air flowing into the interior of the building, and wherein a latent heat storage unit that can be heated by the outgoing air is arranged, characterized in that the latent heat storage unit is connected both to the air stream of the outgoing air and to the air stream of the outside air and is flowed through and, in the charging phase, is flowed through by the outgoing air and, in a deicing phase, is flowed through by the outside air, in order to prevent and/or eliminate icing of the heat exchanger in the region of the exhaust air.
A thermoplastic polymer composition comprising 10 to 120 parts by mass of a polar group-containing polypropylene resin with respect to 100 parts by mass of a thermoplastic elastomer that is a block copolymer comprising: a polymer block comprising aromatic vinyl compound units; and a polymer block comprising conjugated diene compound units having a total amount of 1,2-bonds and 3,4-bonds of 40 mol% or more, or a hydrogenated product of the block copolymer, provided that a thermoplastic polymer composition containing 1 part by mass or more of a polyvinyl acetal resin is excluded, the thermoplastic polymer composition further comprising a tackifier resin in an amount of 1 to 100 parts by mass per 100 parts by mass of the thermoplastic elastomer.
A separator device comprising: a separation chamber defined at its lower end by a fluidization fluid panel, and being defined on its sides by a tank wall; a lower outlet provided at a lower end of the separator device and extending downwardly through a central region of the lower fluidization fluid panel; a launder provided at an upper end of the separator device; a slurry inlet for receiving incoming slurry into the separation chamber; CHARACTERISED IN THAT the separator device further comprises means for supplying pre-sheared aerated fluidization fluid to the separation chamber above the fluidization fluid panel, said means including: i.) a sparger provided above the fluidization fluid panel and comprising a flexible perforated membrane, and, ii.) a shearing device selected from the group consisting of: a static inline mixer, a cavitation tube, a cavitation nozzle, and a chaos mixer; wherein the shearing device is configured for producing the pre-sheared aerated fluidization fluid by passing a mixture of combined fluidization fluid and gas through the shearing device. a separation chamber defined at its lower end by a fluidization fluid panel, and being defined on its sides by a tank wall; a lower outlet provided at a lower end of the separator device and extending downwardly through a central region of the lower fluidization fluid panel; a launder provided at an upper end of the separator device; a slurry inlet for receiving incoming slurry into the separation chamber; CHARACTERISED IN THAT the separator device further comprises means for supplying pre-sheared aerated fluidization fluid to the separation chamber above the fluidization fluid panel, said means including: i.) a sparger provided above the fluidization fluid panel and comprising a flexible perforated membrane, and, ii.) a shearing device selected from the group consisting of: a static inline mixer, a cavitation tube, a cavitation nozzle, and a chaos mixer; i.) a sparger provided above the fluidization fluid panel and comprising a flexible perforated membrane, and, ii.) a shearing device selected from the group consisting of: a static inline mixer, a cavitation tube, a cavitation nozzle, and a chaos mixer; wherein the shearing device is configured for producing the pre-sheared aerated fluidization fluid by passing a mixture of combined fluidization fluid and gas through the shearing device.
A method comprising: enabling, by a printing device having a reservoir of colorant that is fillable from an external colorant supply temporarily connectable to the printing device, a selectable fill mode of the reservoir from a plurality of fill modes comprising: a restricted fill mode in which the reservoir is filled from the external colorant supply responsive to determining that the external colorant supply can be emptied into the reservoir; an unrestricted fill mode in which the reservoir is filled from the external supply regardless of whether the external colorant supply can or cannot be emptied into the reservoir; and responsive to temporary connection of the external colorant supply to the printing device, controlling, by the printing device, filling of the reservoir from the external colorant supply in accordance with the selected fill mode. enabling, by a printing device having a reservoir of colorant that is fillable from an external colorant supply temporarily connectable to the printing device, a selectable fill mode of the reservoir from a plurality of fill modes comprising: a restricted fill mode in which the reservoir is filled from the external colorant supply responsive to determining that the external colorant supply can be emptied into the reservoir; an unrestricted fill mode in which the reservoir is filled from the external supply regardless of whether the external colorant supply can or cannot be emptied into the reservoir; and a restricted fill mode in which the reservoir is filled from the external colorant supply responsive to determining that the external colorant supply can be emptied into the reservoir; an unrestricted fill mode in which the reservoir is filled from the external supply regardless of whether the external colorant supply can or cannot be emptied into the reservoir; and responsive to temporary connection of the external colorant supply to the printing device, controlling, by the printing device, filling of the reservoir from the external colorant supply in accordance with the selected fill mode.
Method for fitting printed circuit boards with components using fitting lines of a fitting system for fitting the printed circuit boards with electronic components, the method comprising the following steps: - detecting requirements for fitting a plurality of printed circuit boards with components to be respectively fitted thereon, - a requirement defining a printed circuit board and the components to be fitted thereon, and - allocating the printed circuit boards to fitting lines under predetermined specifications by means of integer linear programming, and - fitting the printed circuit boards with components on the respectively allocated fitting lines, characterized in that - the allocation is carried out in such a manner that component variances of the fitting lines are as similar as possible, - the component variance of a fitting line representing the number of different components which can be fitted on all printed circuit boards allocated to the fitting line. - detecting requirements for fitting a plurality of printed circuit boards with components to be respectively fitted thereon, - a requirement defining a printed circuit board and the components to be fitted thereon, and - allocating the printed circuit boards to fitting lines under predetermined specifications by means of integer linear programming, and - fitting the printed circuit boards with components on the respectively allocated fitting lines, - the allocation is carried out in such a manner that component variances of the fitting lines are as similar as possible, - the component variance of a fitting line representing the number of different components which can be fitted on all printed circuit boards allocated to the fitting line.
Double pushbutton having a housing in which at least two pushbuttons (8, 9) are accommodated, wherein the pushbuttons (8, 9) and housing are sealed from each other via a sealing element, wherein the sealing element is a sealing mat made of silicon rubber, wherein the sealing element is embodied as a folding membrane, which has two caps (15, 16) which follow a folding mechanism from a non-actuated state into an actuated state and fold down, characterised in that the housing comprises a rosette and wherein in the rosette curves matched to the cap shape have been formed in the housing of rosette, so that caps (15, 16) can form in the direction of rosette in the actuated state.
Clamping arrangement for the force-fit connection of an outer component arrangement having a recess, particularly of a hub, to an inner component arrangement, particularly a shaft, with an inner conical ring, which contacts the inner component arrangement, and which has a conical peripheral surface that faces away from said arrangement, and an outer conical ring, which contacts the outer component arrangement, and which has a conical peripheral surface that faces away from said arrangement, for interaction with the conical peripheral surface of the inner conical ring, where one of the conical rings has bores for the leadthrough of clamping screws and the respective other conical ring has threaded bores for screwing in the clamping screws to brace the conical rings (3, 4) against one another via the mutually facing conical peripheral surfaces (9, 12), and against the inner and outer component arrangement, characterized in that a bore for the leadthrough of a clamping screw has an ejector thread for an ejector screw, the diameter of which is greater than the diameter of the corresponding clamping screw, and an ejector ring is provided with a bore for the leadthrough of the ejector screw which can be screwed into the ejector thread, said the ejector ring having an ejector surface for a clamping screw head of a clamping screw that is incompletely screwed into the corresponding threaded bore, for the transmission of an ejector force onto it during the screwing in of the ejector screw.