mhurhangee/ep-ind-claims huggingface dataset:
Needle machine for a non-woven fibrous web which is fed in a material flow direction, wherein the needle machine has a needling unit having needles which are moved in an oscillating manner for needling and consolidating the non-woven fibrous web, wherein the needling unit has a lift drive and parallel connecting rods (15, 16) for moving the needles, said connecting rods (15, 16) being driven by said lift drive in a reciprocating manner and guided in a linear manner, wherein the needling unit has a support beam which is connected to the needles and extends in the material flow direction, wherein the connecting rods which are disposed behind one another in the material flow direction are in each case connected in an articulated manner to the support beam by way of one beam bearing (18, 19), and one of the beam bearings which are disposed behind one another in the material flow direction has an additional degree of freedom in terms of movement.
Lamp for a vehicle headlight, having two incandescent filaments (6, 8) that are held by three supply lead wires (24, 26, 28) inside a lamp vessel inserted into a base, the supply lead wires (24, 26, 28) being arranged one above another, given suitable alignment of the lamp, an outgoing filament line, remote from the base, of the first incandescent filament being connected to an anti-dazzle device, and an outgoing filament line, near the base, of the second incandescent filament being connected to the middle supply lead wire, and the outgoing filament line, averted from and remote from the base, of the second incandescent filament being connected to the upper supply lead wire, characterized in that the lower supply lead wire is connected to the anti-dazzle device via an end angled away, at least in some sections, from the lamp longitudinal axis, the angled-away end of the lower supply lead wire being substantially adapted to the contour of the anti-dazzle device such that the mechanical strength of the connection between said wire and the anti-dazzle device is improved.
A water funnel, comprising: a water collecting portion having a discharge hole through which water is collected and discharged; and a drain tube having a path therein, the path downwardly extending from the water collecting portion (16 to be communicated with the discharge hole and having a uniform cross section or a cross section increasing toward a lower side thereof, wherein a protruding tapered portion having a tapered cross section is formed towards the lower end of the drain tube, characterized in that the tapered portion includes a guiding protrusion extending from the drain tube in a lengthwise direction at an end portion of the tapered portion. a water collecting portion having a discharge hole through which water is collected and discharged; and a drain tube having a path therein, the path downwardly extending from the water collecting portion (16 to be communicated with the discharge hole and having a uniform cross section or a cross section increasing toward a lower side thereof, wherein a protruding tapered portion having a tapered cross section is formed towards the lower end of the drain tube, characterized in that the tapered portion includes a guiding protrusion extending from the drain tube in a lengthwise direction at an end portion of the tapered portion.
A sample collection system for collecting sub-samples from a material stream, said system including a valve arrangement and a static cone splitter, and wherein the valve arrangement is arranged to enable operation of the static cone splitter to collect a non-biased sample of the material stream fed to the static cone splitter under first and second operational conditions, the first operational condition requiring the material stream to be at substantially atmospheric pressure and flowing at a minimum functional flow rate, and the second operational condition requiring the material stream to be pressurised above atmospheric pressure and at a flow rate higher than the minimum functional flow rate, characterized in that the valve arrangement includes an air valve which, at the minimum functional flow rate of the material stream, remains open allowing air to enter the valve arrangement to allow the material stream to flow without restriction at substantially atmospheric pressure, wherein at flow rates higher than the minimum functional flow rate the air valve is arranged to allow the evacuation of air from the system until the system is full of material stream at which point the air valve closes.
A computing device comprising: a plurality of computing nodes; an interconnection network operatively coupled to the plurality of computing nodes, the interconnection network providing interconnections among the plurality of computing nodes; and a control node coupled to the plurality of nodes via the interconnection network which allows the control node to manage the operations of one or more of the plurality of computing nodes, the computing device being characterized in that the operations managed by the control node are based on object module instances compiled from source module instances of a stream code program including stream domain code and thread domain code and involving multi-source streams, wherein to adapt the stream code program to the capabilities of the target architecture multi-source streams are converted to multiple point-to-point streams by inserting a module instance at each destination of a multi-source stream wherein said module instance has a separate point-to-point input stream for each source of a multi-source stream and a single output stream, and wherein each of the object module instances are matched to one of the plurality of computing nodes, and tasks representing each object module instance, wherein the control node configures the matched nodes to execute the respective task. a plurality of computing nodes; an interconnection network operatively coupled to the plurality of computing nodes, the interconnection network providing interconnections among the plurality of computing nodes; and a control node coupled to the plurality of nodes via the interconnection network which allows the control node to manage the operations of one or more of the plurality of computing nodes, the computing device being characterized in that the operations managed by the control node are based on object module instances compiled from source module instances of a stream code program including stream domain code and thread domain code and involving multi-source streams, wherein to adapt the stream code program to the capabilities of the target architecture multi-source streams are converted to multiple point-to-point streams by inserting a module instance at each destination of a multi-source stream wherein said module instance has a separate point-to-point input stream for each source of a multi-source stream and a single output stream, and wherein each of the object module instances are matched to one of the plurality of computing nodes, and tasks representing each object module instance, wherein the control node configures the matched nodes to execute the respective task.
A method for pyrometallurgical concentration of platinum group metals from spent alumina-base catalysts, wherein the method uses iron as a collector and spent alumina-base catalysts as a recovery target, adopts a CaO-Al 2 O 3 -Fe 2 O 3 -B 2 O 3 slag system to smelt and collect platinum group metals under a partial pressure of oxygen, and finally obtains a Fe-PGMs alloy through iron slag-metal separation, wherein mass fractions of CaO, Al 2 O 3, Fe 2 O and B 2 O 3 in the CaO-Al 2 O 3 -Fe 2 O 3 -B 2 O 3 slag system is 35-50 wt.%, 40-60 wt.%, 5-10 wt.%, 0-10 wt.%, respectively; a sum of the CaO, Al 2 O 3, Fe 2 O 3 and B 2 O 3 is > 90%.
Pumping system for a beverage production apparatus comprising a reservoir for storing and heating a liquid; at least one main pump for pumping the liquid from the reservoir, preferably to at least one extraction unit of the beverage production apparatus; and pressurizing means embedded in the reservoir or positioned upstream of it for pressurizing the reservoir, pumping system for a beverage making apparatus being characterised in that the pressurizing means are also for increasing the absolute suction pressure generated by the main pump.
An infant sleep bag, comprising: a main body comprising arm hole openings (1421, 1423) configured for the arms of the infant to pass through, and including multiple fixing points; and arm or wing portions (1410, 1412) arranged on either side of the main body wherein the arm or wing portions (1410, 1412) are in the form of a bolero or shrug which is attached to or integral with the portions of the rear of the main body of the bag along a lateral line of attachment widthways across the back of the main body; wherein the arm or wing portions (1410, 1412) comprise respective flaps including respective overlapping portions (1417, 1419) configured to receive and / or support the elbows of the infant; and wherein respective arm or wing portions (1410, 1412) include fixing means (1410a, 1412a) to engage with respective ones of the multiple complementary fixing points provided on the body of the bag at various positions, whereby to enable the arm or wing portions (1410, 1412) of the bag to be placed into selected ones of multiple swaddling configurations. a main body comprising arm hole openings (1421, 1423) configured for the arms of the infant to pass through, and including multiple fixing points; and arm or wing portions (1410, 1412) arranged on either side of the main body wherein the arm or wing portions (1410, 1412) are in the form of a bolero or shrug which is attached to or integral with the portions of the rear of the main body of the bag along a lateral line of attachment widthways across the back of the main body; wherein the arm or wing portions (1410, 1412) comprise respective flaps including respective overlapping portions (1417, 1419) configured to receive and / or support the elbows of the infant; and wherein respective arm or wing portions (1410, 1412) include fixing means (1410a, 1412a) to engage with respective ones of the multiple complementary fixing points provided on the body of the bag at various positions, whereby to enable the arm or wing portions (1410, 1412) of the bag to be placed into selected ones of multiple swaddling configurations.
An apparatus comprising a block-based processor using an explicit data graph execution instruction set architecture, the block-based processor comprising: an instruction scheduler (165-168; 235, 910) comprising one or more look-up-table, LUT, random-access memories, RAMs, configured to store a ready state for a plurality of instructions in an instruction block, the LUT RAMs (920,930) being indexed based on an instruction identifier encoded in a respective one of the plurality of instructions; characterized in that, the apparatus further comprising: a plurality of instruction issue queues (1140, 1142, 1144), each of the instruction issue queues being configured to temporarily store instruction identifiers for instructions that have been found to be ready to issue but have not yet issued; a ready instruction selector configured to select one of the plurality of instruction issue queues; and an additional selector configured to select data from one or more of the LUT RAMs and/or the ready instruction selector and output a signal indicating that an instruction of the plurality of instructions is ready to issue based on data stored in the selected instruction issue queue for the instruction and to output a signal indicating an instruction identifier for the instruction. an instruction scheduler (165-168; 235, 910) comprising one or more look-up-table, LUT, random-access memories, RAMs, configured to store a ready state for a plurality of instructions in an instruction block, the LUT RAMs (920,930) being indexed based on an instruction identifier encoded in a respective one of the plurality of instructions; characterized in that, the apparatus further comprising: a plurality of instruction issue queues (1140, 1142, 1144), each of the instruction issue queues being configured to temporarily store instruction identifiers for instructions that have been found to be ready to issue but have not yet issued; a ready instruction selector configured to select one of the plurality of instruction issue queues; and an additional selector configured to select data from one or more of the LUT RAMs and/or the ready instruction selector and output a signal indicating that an instruction of the plurality of instructions is ready to issue based on data stored in the selected instruction issue queue for the instruction and to output a signal indicating an instruction identifier for the instruction. a plurality of instruction issue queues (1140, 1142, 1144), each of the instruction issue queues being configured to temporarily store instruction identifiers for instructions that have been found to be ready to issue but have not yet issued; a ready instruction selector configured to select one of the plurality of instruction issue queues; and an additional selector configured to select data from one or more of the LUT RAMs and/or the ready instruction selector and output a signal indicating that an instruction of the plurality of instructions is ready to issue based on data stored in the selected instruction issue queue for the instruction and to output a signal indicating an instruction identifier for the instruction.
A method operating in a Pico-Remote Radio Unit -based radio access system (PRAS) for providing radio access with respect to information in Internet Protocol version 6 over Low Power Wireless Personal Area Network (6LoWPAN) format, the method comprising: receiving, at a Baseband Unit element, 6LoWPAN data ("6LO data") packets from a router coupled to an IPv6 network; examining a destination IP address of the 6LO data packets and determining an address of at least one pico remote radio unit (PRRU) element to which the 6LO data packets are to be delivered; determining an address of a remote radio hub (RHUB) element corresponding to the at least one PRRU element; repackaging the 6LO data packets in a format specified for a control/management (C/M) channel associated with a first communication link disposed between the BBU and RHUB elements (1304, 1312-1) and operable with Common Public Radio Interface (CPRI) protocol; transmitting the repackaged 6LO data packets to the RHUB element in a first CPRI C/M message via the first communication link operable with CPRI protocol, the CPRI C/M message including the address of the PRRU element; unpacking, at the RHUB element, the first CPRI C/M message received from the BBU element and obtaining the at least one PRRU element's address to which the 6LO data packets are to be delivered; and repackaging the 6LO data packets in a second CPRI C/M message and transmitting the second CPRI C/M message to the at least one PRRU element via a second communication link operable with CPRI protocol. receiving, at a Baseband Unit element, 6LoWPAN data ("6LO data") packets from a router coupled to an IPv6 network; examining a destination IP address of the 6LO data packets and determining an address of at least one pico remote radio unit (PRRU) element to which the 6LO data packets are to be delivered; determining an address of a remote radio hub (RHUB) element corresponding to the at least one PRRU element; repackaging the 6LO data packets in a format specified for a control/management (C/M) channel associated with a first communication link disposed between the BBU and RHUB elements (1304, 1312-1) and operable with Common Public Radio Interface (CPRI) protocol; transmitting the repackaged 6LO data packets to the RHUB element in a first CPRI C/M message via the first communication link operable with CPRI protocol, the CPRI C/M message including the address of the PRRU element; unpacking, at the RHUB element, the first CPRI C/M message received from the BBU element and obtaining the at least one PRRU element's address to which the 6LO data packets are to be delivered; and repackaging the 6LO data packets in a second CPRI C/M message and transmitting the second CPRI C/M message to the at least one PRRU element via a second communication link operable with CPRI protocol.
A method for controlling the amount of air supplied to and/or discharged from a safety cabinet, wherein an exhaust air line and/or air supply line is connected to a cabinet body, wherein, furthermore, signals of at least one sensor for measuring the airflow rate is arranged in the exhaust air line and/or air supply line are evaluated, and wherein a time-dependent airflow rate control is carried out in the exhaust air line and/or the air supply line by means of a control unit connected to the sensor, characterized in that in addition, a hazardous-material-specific and status-specific airflow rate control is carried out by means of the control unit.
A silica glass crucible employed in pulling silicon single crystals wherein the crucible comprises at least a transparent layer, semitransparent layer, and opaque layer disposed from the inner surface side to the outer surface side of the crucible, wherein a content of bubbles in the transparent layer is less than 0.3 percent; a content of bubbles in the semitransparent layer falls within a range of from 0.3 to 0.7 percent; and a content of bubbles in the opaque layer is greater than 1.0 percent, and wherein a ratio of the thicknesses of the semitransparent and opaque layers (semitransparent layer: opaque layer) falls within a range of from 15:85 to 50:50.
A purified, partially esterified polyol fatty acid polyester composition characterized in that it comprises: i) less than 5 % polyol; ii) less than 5 ppm of residual solvent; iii) less than 700 ppm of lower alkyl esters; iv) less than 5 % of a soap and free fatty acid mixture; v) less than 3 % of ash; vi) an acid value of less than 6, and vii) a degree of esterification of less than 40%, preferably less than 30%, more preferably less than 18%. i) less than 5 % polyol; ii) less than 5 ppm of residual solvent; iii) less than 700 ppm of lower alkyl esters; iv) less than 5 % of a soap and free fatty acid mixture; v) less than 3 % of ash; vi) an acid value of less than 6, and vii) a degree of esterification of less than 40%, preferably less than 30%, more preferably less than 18%.
A bearing system comprising: a bearing configured to be mounted to a shaft; and a bearing housing configured to interface the bearing to a structure, characterised by further comprising: an annular gap being defined between an outer annular surface of the bearing housing and the structure and configured to receive oil therein, at least one outlet defined in an outer section surface of the bearing housing and oriented toward a component axially spaced from the bearing, and at least one fluid passageway between the at least one outlet and the annular gap for fluid communication therebetween; whereby in use the at least one fluid passageway directs pressurized oil from the annular gap to the at least one outlet to reach the adjacent component. a bearing configured to be mounted to a shaft; and a bearing housing configured to interface the bearing to a structure, characterised by further comprising: an annular gap being defined between an outer annular surface of the bearing housing and the structure and configured to receive oil therein, at least one outlet defined in an outer section surface of the bearing housing and oriented toward a component axially spaced from the bearing, and at least one fluid passageway between the at least one outlet and the annular gap for fluid communication therebetween; whereby in use the at least one fluid passageway directs pressurized oil from the annular gap to the at least one outlet to reach the adjacent component. an annular gap being defined between an outer annular surface of the bearing housing and the structure and configured to receive oil therein, at least one outlet defined in an outer section surface of the bearing housing and oriented toward a component axially spaced from the bearing, and at least one fluid passageway between the at least one outlet and the annular gap for fluid communication therebetween; whereby in use the at least one fluid passageway directs pressurized oil from the annular gap to the at least one outlet to reach the adjacent component.
An arrangement for attaching a vehicle to a stationarily arranged means, wherein a locking unit is arranged on the vehicle, which unit can be connected in positive manner to a locking part which is connected to the stationarily arranged means by means of a flexible line, wherein the locking part comprises means (43, 44) for energy transmission, in particular transmission of electrical energy, characterised in that the locking part is used as an immobilising means and/or turning lock for a wheel, wherein the locking part penetrates through the spoke region of a wheel of the vehicle.
A composition comprising: - at least 30% of dimethyl sulfoxide, or DMSO, and - at least 20% of a fatty acid methyl ester or a mixture of such esters, said fatty acid having 6 to 10 carbon atoms, these percentages being by mass with respect to the total mass of the composition. - at least 30% of dimethyl sulfoxide, or DMSO, and - at least 20% of a fatty acid methyl ester or a mixture of such esters, said fatty acid having 6 to 10 carbon atoms,
A composition comprising - a surfactant system comprising - lecithin, and - a diterpene glycoside and/or a glucosylated diterpene glycoside, - a non-polar phase comprising a flavor oil, - a polar phase. - a surfactant system comprising - lecithin, and - a diterpene glycoside and/or a glucosylated diterpene glycoside, - lecithin, and - a diterpene glycoside and/or a glucosylated diterpene glycoside, - a non-polar phase comprising a flavor oil, - a polar phase.
Motor vehicle electrical system comprising a starter for an internal combustion engine and a first energy store, which starter and first energy store are arranged in a first region of the motor vehicle electrical system, and comprising a generator and a second energy store, which generator and second energy store are arranged in a second region of the motor vehicle electrical system, wherein a switching element is arranged between the first and the second region of the motor vehicle electrical system and has at least two switching states, wherein in a first switching state current flow is possible only in the direction from the first region to the second region or the current flow is interrupted in both directions, and in a second switching state the first and second region are connected-through to one another, wherein the switching element can be actuated by at least one first associated control unit by means of a control signal, characterized in that the second energy store is connected to the generator via a DC/DC converter, wherein a start/stop command (S-S-B) for the internal combustion engine can be detected or can be identified by means of the control unit, wherein, when a start/stop command (S-S-B) is detected or identified, the switching element is switched to the first switching state and the voltage at the DC/DC output, which is connected to the switching element, is increased by a control unit by means of a control command, wherein a measurement unit detects and evaluates the voltage across the switching element, wherein the start/stop command is executed by the control unit by means of a control command or is not executed, depending on the evaluation.