mhurhangee/ep-ind-claims huggingface dataset:
Mobile display device for selecting a field device and for retrieving measurement data from the field device, the display device comprising: a sensor arrangement for capturing environmental data which are associated with the location of a container to which the field device is mounted, wherein the environmental data are orientation data of the mobile display device, image data of the container and/or height information; a processing unit for analysing the environmental data, for identifying the container on the basis of the analysis, and for subsequently identifying and selecting the field device; a communication unit for retrieving measurement data from the selected field device; wherein the display device is designed to display the measurement data from the selected field device. a sensor arrangement for capturing environmental data which are associated with the location of a container to which the field device is mounted, wherein the environmental data are orientation data of the mobile display device, image data of the container and/or height information; a processing unit for analysing the environmental data, for identifying the container on the basis of the analysis, and for subsequently identifying and selecting the field device; a communication unit for retrieving measurement data from the selected field device; wherein the display device is designed to display the measurement data from the selected field device.
Process for the continuous biological production of a product selected from the group of lipids, hydrocarbons, organic acids, polyalkanoates and mixtures thereof, wherein said products are able to form droplets in the aqueous fermentation medium, by conversion of a suitable substrate using micro-organisms, in which process the said substrate is continuously, anaerobically fermented to produce the product and fermentation gas, in the presence of, optionally supported, micro-organisms in an aqueous medium in a column type reactor, in which reactor at least part of the aqueous medium flows in upward direction, and recovering the product by separating the fermentation gas, the micro-organisms in the aqueous medium and the product from each other under conditions that coalescence of the product is promoted, wherein the fermentation gas is at least partly separated from the aqueous medium prior to separating the product from the aqueous phase wherein SLL ( i.e. solid-liquid-liquid) separation techniques are used for promoting the coalescence of the product droplets in order to enhance separation, said SLL separation techniques including gravity settling, flotation or a combination thereof, wherein the separation of the product is done using a tilted plate separator or wherein the product is separated from the aqueous medium by flotation using fermentation gas dissolved in the aqueous medium, wherein fermentation gas dioxide is generated for flotation by a pressure decrease of the aqueous medium. by conversion of a suitable substrate using micro-organisms, in which process the said substrate is continuously, anaerobically fermented to produce the product and fermentation gas, in the presence of, optionally supported, micro-organisms in an aqueous medium in a column type reactor, in which reactor at least part of the aqueous medium flows in upward direction, and recovering the product by separating the fermentation gas, the micro-organisms in the aqueous medium and the product from each other under conditions that coalescence of the product is promoted, wherein the fermentation gas is at least partly separated from the aqueous medium prior to separating the product from the aqueous phase wherein SLL ( i.e. solid-liquid-liquid) separation techniques are used for promoting the coalescence of the product droplets in order to enhance separation, said SLL separation techniques including gravity settling, flotation or a combination thereof, wherein the separation of the product is done using a tilted plate separator or wherein the product is separated from the aqueous medium by flotation using fermentation gas dissolved in the aqueous medium, wherein fermentation gas dioxide is generated for flotation by a pressure decrease of the aqueous medium.
A sprayer comprising: an air supply unit comprising a motor, the air supply unit configured to output a high volume flow of pressurized air by operation of the motor; a hose having a first end and a second end, the first end receiving the pressurized air output by the air supply unit; a spray gun having a trigger and a first valve, the second end of the hose connected to the spray gun, wherein actuation of the trigger causes the first valve to open and the spray gun to spray fluid using the pressurized air from the hose; a second valve located upstream of the hose and through which at least some of the pressurized air output by the air supply unit flows; a sensor that outputs a signal indicative of whether the trigger is actuated; and control circuitry that receives the signal and regulates power output to the motor, wherein a volume of the pressurized air is trapped within the hose by the first and second valves (30, 68) when the first and second valves are closed, and the volume of the pressurized air is used by the spray gun for spraying while the trigger is actuated yet the motor is accelerating, characterized in that the control circuitry is configured to reduce electrical power output to the motor so as to stop the motor based on the signal indicating that the trigger is not actuated, and increase electrical power output to the motor so as to restart the motor based on the signal indicating that the trigger is actuated. an air supply unit comprising a motor, the air supply unit configured to output a high volume flow of pressurized air by operation of the motor; a hose having a first end and a second end, the first end receiving the pressurized air output by the air supply unit; a spray gun having a trigger and a first valve, the second end of the hose connected to the spray gun, wherein actuation of the trigger causes the first valve to open and the spray gun to spray fluid using the pressurized air from the hose; a second valve located upstream of the hose and through which at least some of the pressurized air output by the air supply unit flows; a sensor that outputs a signal indicative of whether the trigger is actuated; and control circuitry that receives the signal and regulates power output to the motor, wherein a volume of the pressurized air is trapped within the hose by the first and second valves (30, 68) when the first and second valves are closed, and the volume of the pressurized air is used by the spray gun for spraying while the trigger is actuated yet the motor is accelerating, characterized in that the control circuitry is configured to reduce electrical power output to the motor so as to stop the motor based on the signal indicating that the trigger is not actuated, and increase electrical power output to the motor so as to restart the motor based on the signal indicating that the trigger is actuated.
A rotary transmission unit for a compressed air supply system, which is provided between a stator and a rotor which rotates relative to the stator, wherein a compressed air passage in the stator is connected to a compressed air line and opens into an annular chamber which is in the rotor and from which there extends at least one working passage leading to a consumer, and wherein the stator is connected in the region of the rotary transmission unit to a control line, characterised in that arranged in the annular chamber is a switchable non-return valve whose blocking elements (32 and 33) extend concentrically with respect to the axis of rotation of the rotor within the annular chamber and are moveable by way of an actuating element displaceable from the stator in the direction of the blocking elements (32 and 33) in that region into an open position.
A terminal for use in a mobile communication system, the terminal comprising: a transceiver; and a controller configured to: control the transceiver to receive, from a base station, a message including information for resources on which a physical broadcast channel, PBCH, is transmitted, identify the resources on which the PBCH is transmitted based on the information, and control the transceiver to receive, from the base station, a physical downlink shared channel, PDSCH, based on an assumption that the resources on which the PBCH is transmitted are not available for the a reception of the PDSCH. a transceiver; and a controller configured to: control the transceiver to receive, from a base station, a message including information for resources on which a physical broadcast channel, PBCH, is transmitted, identify the resources on which the PBCH is transmitted based on the information, and control the transceiver to receive, from the base station, a physical downlink shared channel, PDSCH, based on an assumption that the resources on which the PBCH is transmitted are not available for the a reception of the PDSCH. control the transceiver to receive, from a base station, a message including information for resources on which a physical broadcast channel, PBCH, is transmitted, identify the resources on which the PBCH is transmitted based on the information, and control the transceiver to receive, from the base station, a physical downlink shared channel, PDSCH, based on an assumption that the resources on which the PBCH is transmitted are not available for the a reception of the PDSCH.
A tile module for a roofing of a building, including at least one first tile and at least one second tile, the first tile and the second tile having an identical width and an identical length, said first tile and second tile being provided to be juxtaposed to form the tile module, each tile having on each side a lateral sealing system, an upper sealing system on an upper edge, and a lower rim under a lower edge intended to cover the upper sealing system of one or more tiles of a tile module disposed below, such as the lower rim of the first tile of the tile module and the second tile of the tile module is configured to cooperate with an upper sealing system of a tile of a tile module of a lower row, such as the tiles of the tile module each include an external surface visible after assembly, the visible external surface of the first tile having a shape different from the shape of the visible external surface of the second tile, characterized in that the upper sealing system and the lower rim of each tile of the tile module, each having a shape of a constant transverse section over the entire useful width of each tile of the tile module, the lower rim being configured to allow a lateral translational displacement of the first tile and the second tile of the tile module on the tile module of the lower row according to a transverse direction of the roof.
Method for stereoselective, in particular enantioselective, enzymatic reduction of keto compounds to the corresponding chiral hydroxy compounds, wherein the keto compounds are reduced by a bacterial enantioselective, NADH-specific oxidoreductase, characterized in that reducing the keto compounds involves using a polypeptide which has an R-ADH-signature H-[P; A]-[I; A; Q; V; L]-[G; K]-R at positions 205-209 and the following further structural features in their entirety: (i) an N-terminal GxxxGxG Rossmann fold, (ii) an NAG-motif at position 87, (iii) a catalytic triad consisting of S 139, Y 152 and K 156, (iv) a negatively charged amino acid residue at position 37, (v) two C-terminal motifs in the dimerization domain [A; S]-S-F and [V; I]-DG-[G; A]-Y-[T; C; L]-[A; T; S]-[Q; V; R; L; P], (vi) Val or Leu at position 159, (vii) Asn at position 178, and (viii) a proline residue at position 188, wherein the position of the structural features is determined by Multi-way amino acid comparison using the BLOSUM 62 scoring matrix with the 2bhd_Strex reference sequence with the amino acid sequence and the amino acid sequences SEQ ID NO:1 to SEQ ID NO:7. (i) an N-terminal GxxxGxG Rossmann fold, (ii) an NAG-motif at position 87, (iii) a catalytic triad consisting of S 139, Y 152 and K 156, (iv) a negatively charged amino acid residue at position 37, (v) two C-terminal motifs in the dimerization domain [A; S]-S-F and [V; I]-DG-[G; A]-Y-[T; C; L]-[A; T; S]-[Q; V; R; L; P], (vi) Val or Leu at position 159, (vii) Asn at position 178, and (viii) a proline residue at position 188,
Arrangement of electrochemical cells which are arranged one above another and in electrically conducting communication with one another, where repeating units, which are formed of at least one interconnector, in which there are apertures for gas passage are formed, an electrochemical cell, formed of a cathode, an electrolyte and an anode, and contact elements on the anode side and the cathode side, are arranged one above another, and the area of the individual planar electrochemical cells is in each case smaller than the area of the individual interconnectors, and the electrolytes finish flush in each case with a plane of a surface of the respective interconnector, and mounted at this surface of the interconnector in each case is a single sealing ply of a glass solder having constant thickness, for sealing the gap between electrolyte and interconnector and the gaps between apertures for gas passage of two adjacent interconnectors; characterized in that the sealing plies are formed with glass solder sheet elements (510, 520, 530 and 540) and the sealing plies with constant thickness are forming hit points on two opposing surfaces of a repeating unit which are arranged locally offset from one another perpendicularly to the sealing ply plane.
A method of improving the mixing of water in a downcomer region of a reactor pressure vessel to thereby improve a core inlet enthalpy of a nuclear reactor, the method comprising: interrupting a downward flow of water within the downcomer region of the reactor pressure vessel with a plurality of trip structures (320,322), the downcomer region being an annular space defined by the reactor pressure vessel and a chimney within the reactor pressure vessel, the plurality of trip structures disposed on an exterior surface of the chimney; and being characterized in that the plurality of trip structures have different lengths and are arranged so as to form an undulating profile. interrupting a downward flow of water within the downcomer region of the reactor pressure vessel with a plurality of trip structures (320,322), the downcomer region being an annular space defined by the reactor pressure vessel and a chimney within the reactor pressure vessel, the plurality of trip structures disposed on an exterior surface of the chimney; and being characterized in that the plurality of trip structures have different lengths and are arranged so as to form an undulating profile.
A user terminal configured to communicate, using a network compatible with an LTE standard or 3GPP successor thereof, with a primary cell and at least one secondary cell that support different duplex modes and that use carrier aggregation, the user terminal comprising: a receiving section configured to receive a downlink, DL, signal transmitted from each of the cells; a feedback control section configured to transmit a delivery acknowledgement signal by using an uplink control channel of a given secondary cell of the at least one secondary cell; and a transmission power control section that controls transmission power of the uplink control channel of the given secondary cell, wherein the transmission power control section uses a TPC command included in downlink control information of the given secondary cell for power control of the uplink control channel of the given secondary cell, regardless of whether a DL assignment is present in both the primary cell and the given secondary cell, and wherein the feedback control section is configured to transmit the acknowledgement signal by using an uplink control channel resource which is reported to the user terminal using higher layer signaling. a receiving section configured to receive a downlink, DL, signal transmitted from each of the cells; a feedback control section configured to transmit a delivery acknowledgement signal by using an uplink control channel of a given secondary cell of the at least one secondary cell; and a transmission power control section that controls transmission power of the uplink control channel of the given secondary cell, wherein the transmission power control section uses a TPC command included in downlink control information of the given secondary cell for power control of the uplink control channel of the given secondary cell, regardless of whether a DL assignment is present in both the primary cell and the given secondary cell, and wherein the feedback control section is configured to transmit the acknowledgement signal by using an uplink control channel resource which is reported to the user terminal using higher layer signaling.
A method for evacuating a building having a plurality of floors (LI, L2, L3) and an elevator system, wherein a plurality of fixed point markers are arranged in the building at defined sites, wherein the fixed point markers store data that can be received by a mobile device carried by a person, comprising: determining instantaneous positions of mobile devices in the building, wherein an instantaneous position of a mobile device is determined on the basis of the proximity to one of the fixed point markers when the mobile device uses data received from a first fixed point marker to access a database in which the data is linked to a site of the first fixed point marker; determining a current traffic situation for each floor (LI, L2, L3) on the basis of the instantaneous positions of the mobile devices; and determining a sequence of the floors (L1, L2, L3) to be evacuated on the basis of the current traffic situation on the floors (L1, L2, L3). determining instantaneous positions of mobile devices in the building, wherein an instantaneous position of a mobile device is determined on the basis of the proximity to one of the fixed point markers when the mobile device uses data received from a first fixed point marker to access a database in which the data is linked to a site of the first fixed point marker; determining a current traffic situation for each floor (LI, L2, L3) on the basis of the instantaneous positions of the mobile devices; and determining a sequence of the floors (L1, L2, L3) to be evacuated on the basis of the current traffic situation on the floors (L1, L2, L3).
An apparatus comprising means for performing: obtaining an oscillator signal from an output of a frequency-adjustable oscillator signal generator (202 to 224); stabilizing variations of the oscillator signal by adjusting an adjustable quality factor in an adaptive compensation circuit receiving said oscillator signal and having adjustable compensation parameters determined according to at least a frequency of the oscillator signal, the adaptive compensation circuit (226, 230 to 248, 260 to 270) including a resonator circuit (230 to 248, 260 to 270) having said adjustable quality factor; and applying the stabilized oscillator signal to a frequency divider for frequency division. obtaining an oscillator signal from an output of a frequency-adjustable oscillator signal generator (202 to 224); stabilizing variations of the oscillator signal by adjusting an adjustable quality factor in an adaptive compensation circuit receiving said oscillator signal and having adjustable compensation parameters determined according to at least a frequency of the oscillator signal, the adaptive compensation circuit (226, 230 to 248, 260 to 270) including a resonator circuit (230 to 248, 260 to 270) having said adjustable quality factor; and applying the stabilized oscillator signal to a frequency divider for frequency division.
A modular wall mounted storage system comprising: - a drawer frame, comprising two side rails that are spaced apart, each side rail having a front end and a back end; - a back rail between the two side rails connecting to the back end of each of the two side rails; and - a bracket, extending between and connecting to each of the two side rails; wherein the two side rails, back rail and bracket define a rectilinear-shaped opening into which an open topped container may be inserted and supported by the frame; and a drawer front (34, 36) having a finished outer-facing surface and an inside surface for attaching to the bracket, the drawer front (34, 36) extending to or beyond the outside edges of each side rail, and extending below and above bracket - wherein the inner-facing surface of the drawer front (34, 36) has formed therein a recess extending from a top edge of the drawer front (34, 36) down to at least a top of the bracket for accommodating a lip of a container when placed within the opening, the recess extending only partially into the drawer front from the inner-facing surface. - a drawer frame, comprising two side rails that are spaced apart, each side rail having a front end and a back end; - a back rail between the two side rails connecting to the back end of each of the two side rails; and - a bracket, extending between and connecting to each of the two side rails; wherein the two side rails, back rail and bracket define a rectilinear-shaped opening into which an open topped container may be inserted and supported by the frame; and a drawer front (34, 36) having a finished outer-facing surface and an inside surface for attaching to the bracket, the drawer front (34, 36) extending to or beyond the outside edges of each side rail, and extending below and above bracket - wherein the inner-facing surface of the drawer front (34, 36) has formed therein a recess extending from a top edge of the drawer front (34, 36) down to at least a top of the bracket for accommodating a lip of a container when placed within the opening, the recess extending only partially into the drawer front from the inner-facing surface.
A steam-water separator comprising: a steam-water riser pipe that includes a plurality of openings (58a,58b,58c,58d) on a wall surface at an upper end thereof and through which, in operation, a two-phase flow of water and steam goes up; a swirl vane provided inside the steam-water riser pipe; a downcomer barrel which is disposed around the steam-water riser pipe to form an annular downcomer space; and a deck plate which is disposed on upper ends of the steam-water riser pipe and the downcomer barrel with a predetermined space therefrom such that the deck plate faces to the steam-water riser pipe and the downcomer barrel, the deck plate including an orifice arranged above the steam-water riser pipe, characterized in that an aperture ratio of the plural openings (58a,58b,58c,58d) formed on the steam-water riser pipe with respect to the area h 1 on the riser pipe, in which the openings are formed, is set at from 30% to 70%. a steam-water riser pipe that includes a plurality of openings (58a,58b,58c,58d) on a wall surface at an upper end thereof and through which, in operation, a two-phase flow of water and steam goes up; a swirl vane provided inside the steam-water riser pipe; a downcomer barrel which is disposed around the steam-water riser pipe to form an annular downcomer space; and a deck plate which is disposed on upper ends of the steam-water riser pipe and the downcomer barrel with a predetermined space therefrom such that the deck plate faces to the steam-water riser pipe and the downcomer barrel, the deck plate including an orifice arranged above the steam-water riser pipe, characterized in that an aperture ratio of the plural openings (58a,58b,58c,58d) formed on the steam-water riser pipe with respect to the area h 1 on the riser pipe, in which the openings are formed, is set at from 30% to 70%.