mhurhangee/ep-ind-claims huggingface dataset:
Operating device for an electrically height-adjustable table having at least one electrical drive for adjusting the height of a table top of the table, and a controller (CTRL) for controlling the drive, comprising - an actuating element (BE, EMS, CS) to be arranged in the region of the tabletop; characterized by - a force sensor that is designed to measure a force acting on the tabletop; and - an evaluation circuit that is designed: - to detect an actuation of the actuating element (BE, EMS, CS) while a height adjustment of the tabletop is blocked, in particular, mechanically blocked; - to receive measurement values from the force sensor in a predetermined period of time after the detected actuation; - to determine a force alteration value, in particular an absolute force alteration and/or a force gradient, from the received measurement values; and - if the force alteration value is greater than a threshold value, to output a control signal to the controller (CTRL), the signal initiating a height adjustment of the tabletop in a direction, wherein the direction depends on a sign of the force alteration. - an actuating element (BE, EMS, CS) to be arranged in the region of the tabletop; - a force sensor that is designed to measure a force acting on the tabletop; and - an evaluation circuit that is designed: - to detect an actuation of the actuating element (BE, EMS, CS) while a height adjustment of the tabletop is blocked, in particular, mechanically blocked; - to receive measurement values from the force sensor in a predetermined period of time after the detected actuation; - to determine a force alteration value, in particular an absolute force alteration and/or a force gradient, from the received measurement values; and - if the force alteration value is greater than a threshold value, to output a control signal to the controller (CTRL), the signal initiating a height adjustment of the tabletop in a direction, wherein the direction depends on a sign of the force alteration.
Apparatus for shifting the phase of the rotary angle of a drive gear with respect to a driven gear, comprising a transmission having two opposite planetary gearings (8, 12) coupled with each other via a common planetary carrier and each having a sun wheel (26, 30) and a ring gear (6, 4), and comprising an actuator for phase adjustment, characterized in that a first hollow gear of the two hollow gears is connected with the drive gear at least for rotation therewith, a second hollow gear of the two hollow gears serves as the driven wheel, and a first sun wheel of the two sun wheels is adapted to be turned relative to a second sun wheel of the two sun wheels by means of the actuator.
An electrical terminal, comprising: a receptacle contact section having a bottom wall and an upper wall (58, 60); a primary cantilever spring member extending outwardly from a forward end of said bottom wall and being bent back into the contact section, said primary member having an upper surface facing the upper wall and a lower surface opposite the upper surface, the primary member further including a free end being spaced from said upper wall a distance less than a thickness of a mateable contact member; and a secondary cantilever spring member being formed from said bottom wall extending into said contact section and having a free end, said free end of the secondary member being disposed beneath the lower surface of the primary member in an overlapping, spaced relationship thereto remote from the free end of the primary member, and wherein the lower surface of the primary member remote from the free end of the primary member and the free end of the secondary member define a nonorthogonal gap in relation to the bottom wall, and when the mateable contact member is received into the contact section, the gap closes such that the lower surface of the primary member remote from the free end engages the free end of the secondary member, wherein the mating terminal engages a zenith of the free end of the primary member when the mating terminal is inserted in the contact section, the zenith being disposed at a point of contact disposed along a length of the contact section, characterized in that the lower surface of the primary member remote from the free end of the primary member engages the free end of the secondary member at another point of contact disposed along the length, wherein said point of contact of the lower surface of the primary member remote from the free end of the primary member that engages the free end of the secondary member is disposed forward of said point of contact of the zenith closer to an opening of the contact section that receives the inserted mating terminal. a receptacle contact section having a bottom wall and an upper wall (58, 60); a primary cantilever spring member extending outwardly from a forward end of said bottom wall and being bent back into the contact section, said primary member having an upper surface facing the upper wall and a lower surface opposite the upper surface, the primary member further including a free end being spaced from said upper wall a distance less than a thickness of a mateable contact member; and a secondary cantilever spring member being formed from said bottom wall extending into said contact section and having a free end, said free end of the secondary member being disposed beneath the lower surface of the primary member in an overlapping, spaced relationship thereto remote from the free end of the primary member,
A UE, comprising: a receiving circuitry configured to receive indication information carried by NPDCCH, which indicates subcarriers of NPUSCH assigned for the UE, wherein if subcarrier spacing of NPUSCH is 3.75kHz, the receiving circuitry uses the indication information to indicate one subcarrier from a set of subcarriers and if subcarrier spacing of NPUSCH is 15 kHz, the receiving circuitry uses the indication information to indicate a set of one or more allocated subcarrier or subcarriers according to a predefined mapping table, wherein the table includes entries for single subcarrier's allocation and entries for multiple subcarriers' allocation. a receiving circuitry configured to receive indication information carried by NPDCCH, which indicates subcarriers of NPUSCH assigned for the UE, wherein if subcarrier spacing of NPUSCH is 3.75kHz, the receiving circuitry uses the indication information to indicate one subcarrier from a set of subcarriers and if subcarrier spacing of NPUSCH is 15 kHz, the receiving circuitry uses the indication information to indicate a set of one or more allocated subcarrier or subcarriers according to a predefined mapping table, wherein the table includes entries for single subcarrier's allocation and entries for multiple subcarriers' allocation.
Measurement probe for detecting at least one measured value of a fluid in an apparatus, in particular a container with at least one measuring body, wherein the measuring body comprises one or more conductors (36, 38, 40, 42) for detecting a measured value and/or for conducting a measurement signal representing the measured value, wherein the measuring body comprises a main body made from a ceramic material which at least partly holds the conductor or conductors (36, 38, 40, 42), wherein the main body made from the ceramic material forms the outer contour of the measurement body in contact with the fluid and the conductor (36, 38, 40, 42) is sintered inside the main body, wherein the conductor or the conductors have a conductor section which is sintered at least over almost the whole length of the main body, wherein the conductor or conductors (36, 38, 40, 42) are made from a composite material or contain a composite material on the basis of a ceramic material, and wherein at least one conductor is setup for detecting a maximum filling level of the fluid and/or a conductor for detecting a minimum filling level of the fluid and/or a conductor for continually detecting the filling level of the fluid in the apparatus.
Device for supporting a communication equipment, comprising equipment fixing means arranged to fix the communication equipment to the support device, the device being characterised in that it comprises a plurality of device fixing means (10, 11, 14, 18, 19, 40) each arranged to fix the support device to a separate pre-existing docking device, the equipment fixing means and the device fixing means being arranged in such a manner that, when the communication equipment is fixed to the support device by means of the equipment fixing means and the support device is fixed to a pre-existing docking device by means of one of the device fixing means, the communication equipment is at least a predefined minimum distance (Dm) away from the pre-existing docking device.
A computer implemented process for implementing a component design model comprising: defining a component design specification using a computer aided design system; defining at least one variation mode parameter of a component manufacturing process using the computer aided design system, wherein the at least one variation mode parameter is at least one parameter that could cause one or more variation modes; constructing a parametric model relating the at least one variation mode parameter to the component design specification using the computer aided design system; determining an expected output component based on the parametric model and comparing the expected output component to at least one as-manufactured component using the computer aided design system, the at least one as-manufactured component having been manufactured using the defined at least one variation mode parameter; and defining the parametric model as accurate in response to the expected output component matching the at least one as-manufactured component within a predefined degree of accuracy using the computer aided design system; characterized in that the process further comprises approving a component design by applying variations to the expected output component by generating a best fit shape of the expected output component and mesh morphing a nominal shape to the best fit shape and verifying a functional acceptance of the expected output component; and adjusting a manufacturing process for the approved component design to reduce common, undesirable variation modes. defining a component design specification using a computer aided design system; defining at least one variation mode parameter of a component manufacturing process using the computer aided design system, wherein the at least one variation mode parameter is at least one parameter that could cause one or more variation modes; constructing a parametric model relating the at least one variation mode parameter to the component design specification using the computer aided design system; determining an expected output component based on the parametric model and comparing the expected output component to at least one as-manufactured component using the computer aided design system, the at least one as-manufactured component having been manufactured using the defined at least one variation mode parameter; and defining the parametric model as accurate in response to the expected output component matching the at least one as-manufactured component within a predefined degree of accuracy using the computer aided design system; characterized in that the process further comprises
A method for manufacturing a polymer article comprising injecting or extruding a molten polypropylene based polymer for converting it into a semifinal or final shape, said polymer having an applied Weissenberg number of at least 0.125 for extruding and at least 0.187 for injecting and a Deborah number of at least 0.25 for extruding and at least 0.375 for injecting, wherein the polypropylene based polymer has a MFR between at least 0.3 and 100 g/10min, said Weissenberg number and Deborah number measured according to the respective methods comprised in the description, and MFR measured by using 2.16 kg at 230°C.
A lighting unit (100, 100A, 100B) configured for performing a communication according to a visible light communication, VLC, protocol, the lighting unit comprising: a voltage supply configured to provide a bus voltage (V b); at least one lighting element (120, 130) configured to receive the bus voltage (Vb) for powering one or more LED elements (D1, D2), the at least one lighting element (120, 130) comprising: - the one or more LED elements (D 1, D 2); and - an LED controller (121, 131) coupled in series with the one or more LED elements (D1, D2), wherein the LED controller (121, 131) is configured to control an average current flowing through the one or more LED elements (D1, D2), characterized in that the voltage supply further comprises a voltage modulator configured to modulate the bus voltage provided to the one or more lighting elements to thereby control a magnitude of light output by the one or more lighting elements for performing the communication according to the VLC protocol. a voltage supply configured to provide a bus voltage (V b); at least one lighting element (120, 130) configured to receive the bus voltage (Vb) for powering one or more LED elements (D1, D2), the at least one lighting element (120, 130) comprising: - the one or more LED elements (D 1, D 2); and - an LED controller (121, 131) coupled in series with the one or more LED elements (D1, D2), wherein the LED controller (121, 131) is configured to control an average current flowing through the one or more LED elements (D1, D2), - the one or more LED elements (D 1, D 2); and - an LED controller (121, 131) coupled in series with the one or more LED elements (D1, D2), wherein the LED controller (121, 131) is configured to control an average current flowing through the one or more LED elements (D1, D2), characterized in that the voltage supply further comprises a voltage modulator configured to modulate the bus voltage provided to the one or more lighting elements to thereby control a magnitude of light output by the one or more lighting elements for performing the communication according to the VLC protocol.
A slide feature for an amusement ride adapted to carry a rider or ride vehicle sliding thereon, wherein the rider or ride vehicle enters the ride at a higher elevation and travels to a terminal destination at a lower elevation, the slide feature comprising: - an inrun permitting ingress of the rider or ride vehicle, - an outrun permitting egress of the rider or ride vehicle, - a sliding surface in communication with the inrun and the outrun, wherein the sliding surface comprises (i) a planar surface portion substantially in the shape of a sector of a closed curve, (ii) a planar, substantially circular surface portion, or (iii) a planar, substantially elliptical surface portion; and - an outer lip extending from the inrun to the outrun, wherein the slide feature provides that the rider or ride vehicle, at least partially urged by gravity, slides along the sliding surface from the inrun to the outrun in an arcuate path at least partially bounded by the outer lip. - an inrun permitting ingress of the rider or ride vehicle, - an outrun permitting egress of the rider or ride vehicle, - a sliding surface in communication with the inrun and the outrun, wherein the sliding surface comprises (i) a planar surface portion substantially in the shape of a sector of a closed curve, (ii) a planar, substantially circular surface portion, or (iii) a planar, substantially elliptical surface portion; and (i) a planar surface portion substantially in the shape of a sector of a closed curve, (ii) a planar, substantially circular surface portion, or (iii) a planar, substantially elliptical surface portion; and - an outer lip extending from the inrun to the outrun, wherein the slide feature provides that the rider or ride vehicle, at least partially urged by gravity, slides along the sliding surface from the inrun to the outrun in an arcuate path at least partially bounded by the outer lip.
(Amended) A process for forming a seam construction on a substrate, comprising steps of: a) providing a first thread; b) providing a second thread; and c) forming on the substrate a stitch knot by interlacing the first thread with the second thread, characterized in that in step a), the first thread is coated with a first curable resinous material, and in step b), the second thread is coated with a second curable resinous material which is different from the first curable resinous material, and further characterized by comprising step d) curing the stitch knot to chemically bond the first and second curable resinous materials (52, 62) together. a) providing a first thread; b) providing a second thread; and c) forming on the substrate a stitch knot by interlacing the first thread with the second thread,
Burner of a gas turbine comprising a swirl generator and downstream of it a mixing tube, wherein said swirl generator is defined by at least two walls facing one another to define a substantially conical swirl chamber and is provided with nozzles arranged to inject a fuel and apertures arranged to feed an oxidiser into said swirl chamber, said burner further comprising a lance which extends along a longitudinal axis of the swirl generator and is provided with side nozzles placed at an intermediate portion of a lateral wall of the lance for ejecting a fuel within the burner, said side nozzles having their axes inclined with respect to the axis of the lance, characterised in that said axes of the side nozzles are tilted less than 30° with respect to the axis of the lance and said side nozzles are directed towards a tip of the lance, and in that said lance comprises an annular lid encircling a body of the lance and defining with it an annular slit, wherein the side nozzles open in said annular slit.
A method for operating a neighbor device, the method comprising: receiving, by the neighbor device, a first preamble of a frame (300; 400; 500) transmitted at a first transmitted power level; deriving a first received power level from the first preamble as received; receiving, by the neighbor device, a subset of a second preamble of the frame (300; 400; 500) transmitted at a second transmitted power level, the subset of the second preamble including a high efficiency wireless local area network, HEW, -signal-A, HEW-SIG-A, field, the first preamble being understood by a first plurality of communications devices, and the subset of the second preamble being understood by a second plurality of communications devices that is a subset of the first plurality of communications devices; determining, by the neighbor device, if a channel is idle in accordance with the first preamble and the subset of the second preamble; and transmitting, by the neighbor device, a transmission over the channel when the channel is idle; wherein the subset of the second preamble comprises a first indicator that indicates a difference between the first transmitted power level and the second transmitted power level, and wherein determining if the channel is idle comprises: deriving an estimated second received power level by subtracting the difference indicated by the first indicator from the first received power level; and comparing the estimated second received power level with a threshold; determining, by the neighbor device, that the channel is idle when the estimated second received power level is lower than the threshold. receiving, by the neighbor device, a first preamble of a frame (300; 400; 500) transmitted at a first transmitted power level; deriving a first received power level from the first preamble as received; receiving, by the neighbor device, a subset of a second preamble of the frame (300; 400; 500) transmitted at a second transmitted power level, the subset of the second preamble including a high efficiency wireless local area network, HEW, -signal-A, HEW-SIG-A, field, the first preamble being understood by a first plurality of communications devices, and the subset of the second preamble being understood by a second plurality of communications devices that is a subset of the first plurality of communications devices; determining, by the neighbor device, if a channel is idle in accordance with the first preamble and the subset of the second preamble; and transmitting, by the neighbor device, a transmission over the channel when the channel is idle; wherein the subset of the second preamble comprises a first indicator that indicates a difference between the first transmitted power level and the second transmitted power level, and wherein determining if the channel is idle comprises: deriving an estimated second received power level by subtracting the difference indicated by the first indicator from the first received power level; and comparing the estimated second received power level with a threshold; determining, by the neighbor device, that the channel is idle when the estimated second received power level is lower than the threshold.
An electronic apparatus comprising: a start-up settings memory for storing real time clock information and apparatus settings; and a battery apparatus comprising a power terminal for supplying operating power for the electronic apparatus and a signal terminal for data communication with the electronic apparatus, characterised in that when the operating power is turned off, the battery apparatus is arranged to supply power to the start-up settings memory through the signal terminal to maintain the powered state of the start-up settings memory. a start-up settings memory for storing real time clock information and apparatus settings; and a battery apparatus comprising a power terminal for supplying operating power for the electronic apparatus and a signal terminal for data communication with the electronic apparatus, characterised in that when the operating power is turned off, the battery apparatus is arranged to supply power to the start-up settings memory through the signal terminal to maintain the powered state of the start-up settings memory.