mhurhangee/ep-ind-claims huggingface dataset:
Car for an elevator, in particular for an external elevator such as a construction elevator, having a protective roof which can be adjusted from a first operating position, in which said protective roof delimits, at the top and at least in portions, a loading space that is present in the car, into a second operating position, in which said protective roof at least partially exposes, at the top, the loading space which is delimited at the top in the first operating position, characterized in that the protective roof can be adjusted from the first operating position and/or from the second operating position into a further operating position by pivoting about a substantially vertical axis.
A receiver User Equipment, UE for wireless communication, comprising: at least one memory; and at least one processor coupled with the at least one memory and configured to cause the receiver UE to: determine a discontinuous reception, DRX, configuration comprising an active time during which sidelink data is exchanged with a peer transmitter UE; determine a set of resources for sidelink communication; identify an intersection of the active time and the set of resources; and transmit an indication of the identified intersection to the peer transmitter UE. determine a discontinuous reception, DRX, configuration comprising an active time during which sidelink data is exchanged with a peer transmitter UE; determine a set of resources for sidelink communication; identify an intersection of the active time and the set of resources; and transmit an indication of the identified intersection to the peer transmitter UE.
Outlet device, in particular for a bulk material silo, with a base body comprising a pass-through opening, with a closure element that is configured to close the pass-through opening, and with at least one sealing element that is configured for sealing a connection between the base body and the closure element, wherein the at least one sealing element has an adjustable sealing geometry, characterised by at least one sensor unit, which is configured to detect an intactness of the sealing element, wherein the sensor unit comprises at least one flow-through sensor.
An enema device (1,1') comprising a flexible delivery container (2,2',2") arranged for accommodating an enema and an applicator nozzle for dispersing the enema, said enema device (1,1') comprises a non-return valve arranged for preventing fluids from being drawn into the delivery container (2,2',2") during operation such that the delivery container (2,2',2") remains in an at least partly compressed configuration when the user releases the pressure on said delivery container (2,2',2") characterised in, that the enema device comprises a closure member comprising a first closure part arranged for being attached to the delivery container (2,2',2"), and a second closure part arranged for being separated from or connected to the first closure parts, and wherein the second closure part comprises a female coupling part arranged for releasably connecting a male coupling part of the applicator nozzle to the enema device (1,1') and for providing a fluid communication between the applicator nozzle and the delivery container (2,2',2"), and wherein a cross-section of said delivery container (2,2',2") has the shape of an oval, and wherein the delivery container (2,2',2") comprises one or more compression zones, arranged for providing a controlled compression of said delivery container.
A fiber preform for a turbine ring sector, the preform being obtained by three-dimensional weaving and comprising a base-forming first portion, two tab-forming L-shaped portions (44, 46) each presenting a first branch (44a, 46a) and a second branch (44b, 46b), two side ends of the first portion being extended by respective ones of said first branches (44a, 46a), and a second portion connecting together the two tabs (44, 46) by a first connection formed between the second portion and one of the two tabs (44, 46) and a second connection formed between the second portion and the other of the two tabs (44, 46), said second portion co-operating with the tabs (44, 46) and the first portion to define a cavity, a first strip and a second strip that are woven together forming the first branches (44a, 46a), a first fraction of the thicknesses of the second branches (44b, 46b), and the first portion, there being a non-interlinked zone between them that is situated in the first branches (44a, 46a) and in the first portion, and a third woven strip forming the second portion and a second fraction of the thickness of the second branch (44b, 46b) of each of the tabs (44, 46).
A vibrating applicator for applying a dental composite material onto a tooth, the applicator comprising, a handle, a tip (20, 20', 20") coupled to said handle to apply the dental composite material onto the tooth, a vibrating apparatus for vibrating said tip, and a controller operatively coupled to the vibrating apparatus; characterized in that the applicator further comprises a sensor for sensing a viscosity of the dental composite material by sensing a force exerted by the dental composite material on said tip, and in that the controller is operatively coupled to said sensor and configured to automatically vary an output frequency of said vibrating apparatus in response to the viscosity sensed by said sensor.
Combination of a holding element and a stop positioner (2; 2') for a fastener driving tool which is fitted with a delivery device for pin-shaped connecting elements, such as e.g. screws, nails or rivets, which can be successively transferred into a driving position of the fastener driving tool, wherein, corresponding to a preset point on a series of identical holding elements (1; 1'), the stop positioner (2; 2') can be placed thereon in a clearly reproducible manner for each of them and, in this position, the connecting element can be driven through the holding element (1; 1') by means of the fastener driving tool connected to the stop positioner (2; 2'), characterised in that the stop positioner (2; 2') comprises at least one marking element (11; 13.1; 13.2; 13.1'; 13.2') which corresponds to at least one positioning element (6; 12) of the holding element (1; 1'), wherein the marking element (13.1; 13.2; 13.1'; 13.2') of the stop positioner (2; 2') is formed as at least one pin (13.1; 13.2; 13.1'; 13.2') which protrudes out of the first stop surface of the stop positioner (2; 2') and is compatible with a bore in the holding element (1; 1').
An inkjet printer for the labeling of goods, - comprising a housing which a) has at least one outlet opening for ink droplets on a front face, in which b) a printing mechanism associated with this outlet opening, c) a pump for a liquid of the ink droplets and d) an electronic control system are disposed, and e) with a filter having a filter medium for the liquid, characterized in that the housing further has two hydraulic couplings accessible and disposed on the outside of the housing, that each hydraulic coupling has a mechanical connection part and an automatically closing first valve, that each automatically closing first valve has a first valve body and a first plunger connected to the first valve body, that the filter is separate from the housing and has a filter housing in which the filter medium is accommodated and on which two hydraulic mating couplings are disposed that are accessible from the outside of the filter housing, are adapted to the hydraulic couplings and are disposed at a distance from each other that corresponds to the distance of the two hydraulic couplings, that each hydraulic coupling has a mechanical connection counterpart that is adapted to the mechanical connection part and detachably connectable thereto, and an automatically closing second valve, that each automatically closing second valve has a second valve body and a second plunger connected to the second valve body, and that, in a joined state of the two hydraulic couplings and the hydraulic mating couplings, the plungers (58, 72) are respectively in contact with each other and respectively keep the valve bodies (56, 70) connected to them of the automatically closing valves (54, 68) in an opened state. - comprising a housing which a) has at least one outlet opening for ink droplets on a front face, in which b) a printing mechanism associated with this outlet opening, c) a pump for a liquid of the ink droplets and d) an electronic control system are disposed, and e) with a filter having a filter medium for the liquid,
A method of purifying interesterified oils comprising following steps of: adding and mixing water into an interesterfied oil of animal/vegetable fat and oil in an amount of 0.50 to 2.5 parts by weight per 100 parts by weight of said interesterfied oil; conducting the dehydration; conducting a decolorizing treatment by adding an adsorbent after said dehydration has been finished; and conducting the filtration after the decolorizing treatment to remove soaps, an alkali catalyst and the adsorbent contained in said interesterified oil. adding and mixing water into an interesterfied oil of animal/vegetable fat and oil in an amount of 0.50 to 2.5 parts by weight per 100 parts by weight of said interesterfied oil; conducting the dehydration; conducting a decolorizing treatment by adding an adsorbent after said dehydration has been finished; and conducting the filtration after the decolorizing treatment to remove soaps, an alkali catalyst and the adsorbent contained in said interesterified oil.
Method for drying free-flowing fuel, in particular consisting of renewable raw materials, using a perforated base, which receives a fuel, and at least one distributor chamber, provided below the perforated base, for preferably heated drying air, wherein the perforated base has an inclination (α) which is dependent upon the repose angle (β) of the free-flowing fuel and rises from a passable substrate towards a wall of a drying space and separates the distributor chamber between the substrate and the wall from the remaining drying space, characterised in that the inclination (α) of the perforated base is 5 to 20°, in particular 8 to 15° less than the repose angle (β) of the undried, free-flowing fuel.
A method for secure connections in a high availability industrial controller, the method comprising the steps of: establishing a first secure connection over an industrial network between a first controller and at least one input device, wherein connection data defines the first secure connection; transmitting the connection data information from the first controller to a second controller via a communication connection between the first and second controllers; receiving a plurality of input signals from the at least one input device at the first controller via the first secure connection when the first controller is executing without a fault condition, wherein the first controller maintains a sequence number corresponding to a sequence number of a prior message transmitted to at least one remote device via the first secure connection; transmitting the plurality of input signals from the first controller to the second controller; transmitting the sequence number from the first controller to the second controller at a periodic interval; detecting a fault condition in the first controller; and transferring the first secure connection from the first controller to the second controller when the fault condition is detected and receiving the plurality of input signals from the at least one input device at the second controller via the first secure connection when the first controller has the fault condition. establishing a first secure connection over an industrial network between a first controller and at least one input device, wherein connection data defines the first secure connection; transmitting the connection data information from the first controller to a second controller via a communication connection between the first and second controllers; receiving a plurality of input signals from the at least one input device at the first controller via the first secure connection when the first controller is executing without a fault condition, wherein the first controller maintains a sequence number corresponding to a sequence number of a prior message transmitted to at least one remote device via the first secure connection; transmitting the plurality of input signals from the first controller to the second controller; transmitting the sequence number from the first controller to the second controller at a periodic interval; detecting a fault condition in the first controller; and transferring the first secure connection from the first controller to the second controller when the fault condition is detected and receiving the plurality of input signals from the at least one input device at the second controller via the first secure connection when the first controller has the fault condition.
A stimulation system comprising: an implantable stimulator device configured for conveying a first set of stimulation pulses within a first timing channel A to at least one electrode E1, and for conveying a second set of stimulation pulses within a second timing channel B to at least one electrode E2, wherein the first and second sets of pulses are non-overlapping in the first and second timing channels; and an external programmer (202/204) configured for gradually transitioning from activating the first set of stimulation pulses within the first timing channel Ato activating the second set of stimulation pulses within the second timing channel B; wherein the external programmer (202/204) is further configured for gradually transitioning from activating the first set of stimulation pulses to activating the second set of stimulation pulses by gradually increasing an amplitude of the second set of stimulation pulses while maintaining a first amplitude of the first set of stimulation pulses, and once the second set of stimulation pulses increases to a second amplitude, gradually decreasing an amplitude of the first set of stimulation pulses while maintaining the second amplitude of the second set of stimulation pulses. an implantable stimulator device configured for conveying a first set of stimulation pulses within a first timing channel A to at least one electrode E1, and for conveying a second set of stimulation pulses within a second timing channel B to at least one electrode E2, wherein the first and second sets of pulses are non-overlapping in the first and second timing channels; and an external programmer (202/204) configured for gradually transitioning from activating the first set of stimulation pulses within the first timing channel Ato activating the second set of stimulation pulses within the second timing channel B; wherein the external programmer (202/204) is further configured for gradually transitioning from activating the first set of stimulation pulses to activating the second set of stimulation pulses by gradually increasing an amplitude of the second set of stimulation pulses while maintaining a first amplitude of the first set of stimulation pulses, and once the second set of stimulation pulses increases to a second amplitude, gradually decreasing an amplitude of the first set of stimulation pulses while maintaining the second amplitude of the second set of stimulation pulses.
Vehicle comprising a steering column partly masked by complementary lower and upper shells and to which an anti-theft device is laterally coupled, said lower shell comprising a lower wall having an internal surface on which is installed a first impact absorption part and a lateral wall defining a lateral bulge housing a part of said anti-theft device, characterized in that it further comprises a second impact absorption part installed in said lateral bulge under said anti-theft device.
A method of detecting methylated DNA, comprising the following steps,, and: treating sample DNA with a hydrogen sulfite; amplifying the sample DNA treated with the hydrogen sulfite by PCR; and subjecting the resultant PCR amplification product to ion-exchange chromatography at a column temperature of 45°C or more and less than 90°C and detecting methylated DNA based on peak separation between detection signals of methylated DNA and unmethylated DNA detected by the ion-exchange chromatography. treating sample DNA with a hydrogen sulfite; amplifying the sample DNA treated with the hydrogen sulfite by PCR; and subjecting the resultant PCR amplification product to ion-exchange chromatography at a column temperature of 45°C or more and less than 90°C and detecting methylated DNA based on peak separation between detection signals of methylated DNA and unmethylated DNA detected by the ion-exchange chromatography.
A method for analyzing a fluidic sample with dispersed particles (24a-24p), comprising: irradiating the sample with light, so that the photons (a-d) of the light transfer momentum to the particles (24a-24p), and measuring at least one property of the particles (24a-24p) that is altered by said momentum transfer, wherein the light is a propagating beam with an intensity distribution that has gradients (31a-31p) pointing to more than one point within each plane normal to the direction of propagation, while varying steadily along the direction of propagation, and flowing the fluidic sample in a direction substantially opposite to the direction of propagation, characterized in that the sample is held in a chamber that is elongate along an axis, the beam is a laser beam with a transverse electromagnetic mode other than TEM00 passed into the chamber with a direction of propagation along said elongate axis, and the chamber has a conical inner cross section that substantially expands in the direction of propagation of the beam.
An oral care dispenser comprising: a housing forming an internal cavity extending along a longitudinal axis (B-B) from a proximal end to a distal end; an elevator slideably disposed within the internal cavity that separates the internal cavity into a chamber and a reservoir that contains an oral care material; a dispensing orifice for dispensing the oral care material from the reservoir; an actuator; a drive screw positioned in the housing, the drive screw being operably coupled to the actuator such that actuation of the actuator rotates the drive screw; an extension member having a distal end detachably coupled to the elevator via a component interface, the extension member being threadably coupled to the drive screw; wherein rotation of the drive screw in a first direction causes the extension member and the elevator to axially advance along the drive screw towards the distal end of the dispenser to dispense the oral care material from the dispensing orifice; characterized in that the elevator is coupled to the extension member through a frictional insertion fit of the distal end of the extension member into the elevator; and the component interface is configured such that a proximally-directed axial pullout force required to separate the extension member from the elevator is greater than a proximally-directed axial retraction force required to retract the elevator towards the proximal end of the dispenser when the drive screw is rotated in a second direction opposite the first direction. a housing forming an internal cavity extending along a longitudinal axis (B-B) from a proximal end to a distal end; an elevator slideably disposed within the internal cavity that separates the internal cavity into a chamber and a reservoir that contains an oral care material; a dispensing orifice for dispensing the oral care material from the reservoir; an actuator; a drive screw positioned in the housing, the drive screw being operably coupled to the actuator such that actuation of the actuator rotates the drive screw; an extension member having a distal end detachably coupled to the elevator via a component interface, the extension member being threadably coupled to the drive screw; wherein rotation of the drive screw in a first direction causes the extension member and the elevator to axially advance along the drive screw towards the distal end of the dispenser to dispense the oral care material from the dispensing orifice; characterized in that the elevator is coupled to the extension member through a frictional insertion fit of the distal end of the extension member into the elevator; and the component interface is configured such that a proximally-directed axial pullout force required to separate the extension member from the elevator is greater than a proximally-directed axial retraction force required to retract the elevator towards the proximal end of the dispenser when the drive screw is rotated in a second direction opposite the first direction.
A vacuum pump for generating a rough vacuum or a fine vacuum comprising a housing which has at least one pump section having a pump system with a motor, a peripheral section which has a gas inlet and a gas outlet, an intermediate section in which a fan having a fan motor is arranged, and a control section having control electronics, wherein the sections (5, 4, 3, 2) are arranged axially one after the other; and wherein the intermediate section is located between the peripheral section and the control section.
A system for providing electric power to motor vehicles (131, 132), the system comprising a control node and a number of outlet stations (121, 122, 123, 124, 125, 126, 127, 128) connected to a common electric power supply (P IN), each of said outlet stations being configured to feed electric power to a specific motor vehicle during a power-transfer session, each of said outlet stations comprising an interface (IF1 WL, IF2 WL, IF3 WL, IF4 WL, IF5 WL, IF6 WL, IF7 WL, IF8 WL; IF1 PL, IF2 PL, IF3 PL, IF4 PL, IF5 PL, IF6 PL, IF7 PL, IF8 PL) towards the control node, the interfaces being configured to receive operation commands from the control node and send status messages to the control node, and if an interface between an outlet station (121, 122, 123, 124, 125, 126, 127, 128) and the control node is broken, the outlet station is configured to apply a power supply scheme according to which the outlet station is only allowed to deliver electric power up to a level specified by a predefined principle stored in each of the outlet stations (121, 122, 123, 124, 125, 126, 127, 128), characterized in that the control node is co-located with the common electric power supply (P IN), and the control node is configured to allocate a fraction (p6, p7) of the common electric power supply (P IN) to each outlet station (126; 127) to which a motor vehicle (131; 132) is connected, said fractions being allocated such that a sum of all fractions representing a total delivered power being less than or equal to a predefined maximum level for the common electric power supply (P IN), and a time-sharing procedure is applied among the outlet stations (121, 122, 123, 124, 125, 126, 127, 128) whose interface towards the control node is broken, which time-sharing procedure involves: dividing said outlet stations with broken interface towards the control node into a number of subgroups, each of which contains an equal number of outlet stations; and during particular intervals given by a predefined time sequence allowing electric power up to the predefined maximum level divided by the equal number of outlet stations to be delivered to each outlet station of said equal number of outlet stations in one of said subgroups at a time according to a repeating sequence.