mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling determining positions of nodes connected in series to form a series string of communications connections, the method comprising: receiving, at a first node, an attribute request; in response to the attribute request, determining whether a connection is present on or absent from an upstream port of the first node; when the connection is present on the upstream port: relaying the attribute request to a next upstream node to the first node in the series string; and receiving an attribute information message; and responsive to determining that the attribute information message comprises a response to the attribute request, generating a node attribute information segment; when the connection is absent from the upstream port: generating, at the first node, an attribute information message; and generating a node attribute information segment; adding, at the first node, the node attribute information segment to the attribute information message at a position within the attribute information message indicative of a position of the first node within the series string; and sending the attribute information message from the first node to a next downstream node to the first node in the series string. receiving, at a first node, an attribute request; in response to the attribute request, determining whether a connection is present on or absent from an upstream port of the first node; when the connection is present on the upstream port: relaying the attribute request to a next upstream node to the first node in the series string; and receiving an attribute information message; and responsive to determining that the attribute information message comprises a response to the attribute request, generating a node attribute information segment; relaying the attribute request to a next upstream node to the first node in the series string; and receiving an attribute information message; and responsive to determining that the attribute information message comprises a response to the attribute request, generating a node attribute information segment; when the connection is absent from the upstream port: generating, at the first node, an attribute information message; and generating a node attribute information segment; generating, at the first node, an attribute information message; and generating a node attribute information segment; adding, at the first node, the node attribute information segment to the attribute information message at a position within the attribute information message indicative of a position of the first node within the series string; and sending the attribute information message from the first node to a next downstream node to the first node in the series string.
An occlusal splint arrangement, in particular for sleep apnoea therapy, comprising a maxillary miniplast splint that can be arranged on the maxillary row of teeth and a mandibular miniplast splint (12, 62) that can be arranged on the mandibular row of teeth, the miniplast splints (02, 12, 62) being formed with even contact surfaces (04, 14, 64a) which can be brought to bear against each other, wherein a centring pin (15, 65) which protrudes out of the contact surface (14, 64b) is anchored in one miniplast splint (12, 62) both on the left side and on the right side in the molar area, left and right exchangeable positioning means (221, 22r, 72) having a centring recess (25, 75) complementary to the respective centring pin (15, 65) and being exchangeably attached to the miniplast splint (12, 62), bearing against the contact surface (14, 64b), the relative position of the miniplast splints (02, 12, 62) towards each other being definable in the longitudinal direction and/or in the transverse direction by way of a form fit between the exchangeable positioning means (22, 72) and positioning means (05, 07) of the other miniplast splint, characterised in that the centring pin (15, 65) has a latch lug (19, 69) and the centring recess (25, 75) has a latching depression (26, 76), the latch lug (19, 69) causing a fixation of the exchangeable positioning means (22, 72) on the miniplast splint (12, 62) by latching into the latching depression (26, 76), the centring pin (15, 65) having a base portion (16, 66) cast into the miniplast splint (12, 62) and a fastening portion (17, 67) rigidly protruding beyond the contact surface (14, 64), an elastically deformable connecting portion (18, 68) being moulded thereto at whose free end the latch lug (19, 69) is arranged.
A method for smoothing a frequency response between a signal applied to a speaker (2, 3) and a resulting power average in a listening position, characterized by: determining a number of peaks per octave in the response, for a portion of the response where the number of peaks per octave is below a first threshold, smoothing the response with a first smoothing width, for a portion of the response where the number of peaks per octave is above a second threshold, smoothing the response with a second smoothing width, wherein said second threshold is greater than said first threshold and said second smoothing width is wider than said first smoothing width, and for a portion of the response where the number of peaks per octave is between the first and second thresholds, smoothing with an intermediate smoothing width. determining a number of peaks per octave in the response, for a portion of the response where the number of peaks per octave is below a first threshold, smoothing the response with a first smoothing width, for a portion of the response where the number of peaks per octave is above a second threshold, smoothing the response with a second smoothing width, wherein said second threshold is greater than said first threshold and said second smoothing width is wider than said first smoothing width, and for a portion of the response where the number of peaks per octave is between the first and second thresholds, smoothing with an intermediate smoothing width.
A reflex coaxial illuminator of an ophthalmic laser device comprising a reflex mirror configured to be moved on an axis from a position in a treatment laser beam path to a position out of the treatment laser beam path, characterized in that the mirror is moved from the position in the treatment laser beam path to the position out of the treatment laser beam path and back in such short time that it occurs without noticeable interruption to viewing by a user.
A process for dispersing a cohesive high-dosage strength micronized active ingredient in dry powder formulations comprising carrier particles, said process comprising the steps of: (i) providing a dispersion capsule comprising a cylindrical room with a lateral boundary made of a sieving mesh, said room containing grinding balls, being closed by a screw cap on the top, two longitudinal rods, and a disk, wherein the capsule is connected to said disk by said two longitudinal rods; (ii) loading said active ingredient and an aliquot of the carrier particles in the capsule of step (i); (iii) fitting said capsule to a drum, filled with the remaining part of the carrier; (iv) inserting the drum into a rotating body mixer apparatus; and (v) operating said rotating body mixer to mix the whole powder. (i) providing a dispersion capsule comprising a cylindrical room with a lateral boundary made of a sieving mesh, said room containing grinding balls, being closed by a screw cap on the top, two longitudinal rods, and a disk, wherein the capsule is connected to said disk by said two longitudinal rods; (ii) loading said active ingredient and an aliquot of the carrier particles in the capsule of step (i); (iii) fitting said capsule to a drum, filled with the remaining part of the carrier; (iv) inserting the drum into a rotating body mixer apparatus; and (v) operating said rotating body mixer to mix the whole powder.
A service implementation method, comprising: receiving, by a serving gateway, a downlink data packet of a terminal device sent by a packet date network gateway; determining, by the serving gateway, whether the received downlink data packet is a downlink data packet with a serving priority and whether the "information about a priority with a serving priority" is set; if the received downlink data packet is a downlink data packet with a serving priority and the "information about a priority with a serving priority" is set, determining, by the serving gateway, whether a priority of the downlink data packet is higher than a priority indicated by the set "information about a priority with a serving priority"; if the priority of the downlink data packet is higher than the priority indicated by the set "information about a priority with a serving priority", sending, by the serving gateway, a paging trigger message to a mobility management entity, MME, for the received downlink data packet with a service priority, and setting, by the serving gateway, the "information about a priority with a serving priority" according to the priority of the downlink data packet. receiving, by a serving gateway, a downlink data packet of a terminal device sent by a packet date network gateway; determining, by the serving gateway, whether the received downlink data packet is a downlink data packet with a serving priority and whether the "information about a priority with a serving priority" is set; if the received downlink data packet is a downlink data packet with a serving priority and the "information about a priority with a serving priority" is set, determining, by the serving gateway, whether a priority of the downlink data packet is higher than a priority indicated by the set "information about a priority with a serving priority"; if the priority of the downlink data packet is higher than the priority indicated by the set "information about a priority with a serving priority", sending, by the serving gateway, a paging trigger message to a mobility management entity, MME, for the received downlink data packet with a service priority, and setting, by the serving gateway, the "information about a priority with a serving priority" according to the priority of the downlink data packet.
A monitoring system comprising: a surgical implant configured for implantation in vivo and including at least one sensing fiber configured to measure a preselected physiological parameter; and a receiving unit in wireless communication with the at least one sensing fiber and configured to receive measurements of the preselected physiological parameter, the surgical implant being characterised in that it is formed from a plurality of fibers, which are knitted or woven, to form a porous layer, and the at least one sensing fiber is incorporated into at least one of the plurality of fibers. a surgical implant configured for implantation in vivo and including at least one sensing fiber configured to measure a preselected physiological parameter; and a receiving unit in wireless communication with the at least one sensing fiber and configured to receive measurements of the preselected physiological parameter, the surgical implant being characterised in that it is formed from a plurality of fibers, which are knitted or woven, to form a porous layer, and the at least one sensing fiber is incorporated into at least one of the plurality of fibers.
A test and measurement instrument, comprising: a receiver structured to receive a waveform from a device under test with at least two transmitters (102, 106); a digitizer structured to digitize the waveform; a processor configured to: identify portions of the digitized waveform received from the at least two transmitters (102, 106) based on different S-parameter characteristics of the at least two transmitters (102, 106); and separate the identified portions of the digitized waveform into different waveforms; and a display to display the different waveforms to a user. a receiver structured to receive a waveform from a device under test with at least two transmitters (102, 106); a digitizer structured to digitize the waveform; a processor configured to: identify portions of the digitized waveform received from the at least two transmitters (102, 106) based on different S-parameter characteristics of the at least two transmitters (102, 106); and separate the identified portions of the digitized waveform into different waveforms; and identify portions of the digitized waveform received from the at least two transmitters (102, 106) based on different S-parameter characteristics of the at least two transmitters (102, 106); and separate the identified portions of the digitized waveform into different waveforms; and a display to display the different waveforms to a user.
A built-in motor for a bicycle, comprising: a motor housing, wherein a motor inner stator is fixed in the motor housing via an inner stator frame; a motor outer rotor is mounted on the inner stator frame, and the motor outer rotor is integrally connected with a motor body output shaft; a first planetary gear mechanism is disposed inside the inner stator frame; a ring gear of the first planetary gear mechanism is connected with an elastic body, and the elastic body is fixedly mounted in the inner stator frame, the built-in motor for a bicycle further comprising a connector, and the elastic body is connected to the ring gear via the connector; characterized in that the first planetary gear mechanism is configured to accelerate and then output an input of manpower, a torque sensor is disposed on the elastic body, the torque sensor is configured to detect a pedaling force provided by a rider to the bicycle, the ring gear of the first planetary gear mechanism defines a fixing groove, and the connector is embedded into the fixing groove, so as to be connected to the ring gear of the first planetary gear mechanism.
Method for calibrating a double wheel sensor, wherein an arrangement is provided having a first device having a first processing unit and having a first monitoring device connected to the first processing unit in the form of a wheel sensor for recording axle counting signals of a passing rail vehicle, having a second device having a second similar processing unit and having a second similar monitoring device connected to the second processing unit in the form of a wheel sensor for recording axle counting signals of the passing rail vehicle and having a superordinate computer connected to the processing units (4, 7), characterised in that by means of a communication module connected between the superordinate computer and the processing units (4, 7) command signals from the superordinate computer are forwarded to the processing units (4, 7) for calibration of the double wheel sensor and in the case of calibration running in a temporally offset manner of the two monitoring devices (3, 6) in the form of the wheel sensors a signal exchange between the processing units (4, 7) is effected such that the superordinate computer is acted upon by time-synchronous output signals (A1, A2) from the processing units (4, 7) indicating the end of the calibration of the wheel sensors (3, 6), and that the computer compares the two output signals (A1, A2) in respect of a successful calibration of the two monitoring devices (3, 6).
A method of forming a plurality of coated piston rings, comprising the steps of: providing a coil formed of a first metal material and including a plurality of surfaces, wherein the coil includes a plurality of windings extending continuously along and circumferentially around a center axis; disposing a tube with a plurality of orifices along the center axis; applying a coating to all surfaces of the coil during a single period of time by a chemical vapor deposition process; and splitting the coated coil into a plurality of coated piston rings; wherein the step of applying the coating includes heating the coil in a reaction chamber, supplying gas including the composition of the coating through the orifices of the tube during the CVD process and depositing the composition on all surfaces of the heated coil, and wherein the composition of the coating includes at least one of nitrogen and carbon, and at least one of titanium, chromium, and hafnium providing a coil formed of a first metal material and including a plurality of surfaces, wherein the coil includes a plurality of windings extending continuously along and circumferentially around a center axis; disposing a tube with a plurality of orifices along the center axis; applying a coating to all surfaces of the coil during a single period of time by a chemical vapor deposition process; and splitting the coated coil into a plurality of coated piston rings; wherein the step of applying the coating includes heating the coil in a reaction chamber, supplying gas including the composition of the coating through the orifices of the tube during the CVD process and depositing the composition on all surfaces of the heated coil, and wherein the composition of the coating includes at least one of nitrogen and carbon, and at least one of titanium, chromium, and hafnium
A lighting apparatus comprising: a main light emission part including a light source, and a main reflector disposed rearwardly of the light source, the main reflector reflecting light of the light source forward; and a sub light emission part including a first sub reflector for reflecting a portion of the light from the light source in a direction different from the direction of the light emitted from the main light emission part, and a second sub reflector for reflecting the light from the first sub reflector toward a front side, wherein the first sub reflector is disposed rearwardly of the light source in an area to which the light emitted rearward from the light source is incident, characterized in that the first sub reflector is formed as a part of a molded product which is one of component parts of the lighting apparatus, the molded product demolded in the direction of an optical axis of the main light emission part in the state of layout under consideration, and the light source is of a double filament type having a low-beam filament and a high-beam filament, and the main reflector has a low-beam reflector part above the low-beam filament, the low-beam reflector part reflecting light emitted upward from the low-beam filament toward a front side, wherein the first sub reflector is disposed above the low-beam filament, and the second sub reflector is disposed below the low-beam filament at a position spaced from the low-beam filament in front view. a main light emission part including a light source, and a main reflector disposed rearwardly of the light source, the main reflector reflecting light of the light source forward; and a sub light emission part including a first sub reflector for reflecting a portion of the light from the light source in a direction different from the direction of the light emitted from the main light emission part, and a second sub reflector for reflecting the light from the first sub reflector toward a front side, wherein the first sub reflector is disposed rearwardly of the light source in an area to which the light emitted rearward from the light source is incident, characterized in that the first sub reflector is formed as a part of a molded product which is one of component parts of the lighting apparatus, the molded product demolded in the direction of an optical axis of the main light emission part in the state of layout under consideration, and the light source is of a double filament type having a low-beam filament and a high-beam filament, and the main reflector has a low-beam reflector part above the low-beam filament, the low-beam reflector part reflecting light emitted upward from the low-beam filament toward a front side, wherein the first sub reflector is disposed above the low-beam filament, and the second sub reflector is disposed below the low-beam filament at a position spaced from the low-beam filament in front view.
A device for protecting from injury on an injection needle, the device including: a) a housing, b) a needle with which a liquid product can be injected, c) a needle protection sleeve moveable from an extended position against the force of a spring into a retracted position and/or from a retracted position by the force of the spring into an extended position, the spring being formed in one piece on the needle protection sleeve, d) wherein the spring is a spring arm having an engagement means engaging a guide surface which is inclined transversely relative to the longitudinal axis of the needle, characterised in that e) a recess is formed in the housing, and f) the guide surface is a flank of the recess formed by the housing. a) a housing, b) a needle with which a liquid product can be injected, c) a needle protection sleeve moveable from an extended position against the force of a spring into a retracted position and/or from a retracted position by the force of the spring into an extended position, the spring being formed in one piece on the needle protection sleeve, d) wherein the spring is a spring arm having an engagement means engaging a guide surface which is inclined transversely relative to the longitudinal axis of the needle, characterised in that e) a recess is formed in the housing, and f) the guide surface is a flank of the recess formed by the housing.
A fastener (2,2',2"), for securing a workpiece comprising a plurality of workpiece members, said fastener (2,2',2") comprising a shank with a head end and a tail end remote from the head end, and a radially enlarged head at the head end of the shank, and a bore extending throughout the fastener (2,2',2"); wherein an internal wall of the shank comprises a voided section comprising a plurality of voids separated by a plurality of splines each of which culminates in a crest, the voids and splines being elongated in an axial direction with respect to a longitudinal axis of the fastener bore; wherein the splines are of an approximate trapezoidal cross-section; and characterised in that the shank includes an unvoided solid tail ring between the voided section and the tail end of the fastener (2,2',2"), the unvoided solid tail ring having an external diameter approximately equal to the external diameter of the shank in the voided section and an internal diameter approximately equal to a minor diameter of the voided section.
Laser tool, in particular for structuring cylinder running surfaces, having a laser source for generating laser beams, which is guided through a lens tube which is located in a hollow shaft, wherein a lens, through which the laser beams are guided, is attached to the lens tube, wherein the hollow shaft is embodied to be rotatable as a hollow shaft motor, wherein a spindle, to which an optical apparatus for deflecting the laser beam onto a workpiece surface is attached, is attached to the hollow shaft, characterized in that the hollow shaft is rotatable independently of the lens, wherein the laser tool has, arranged in the beam path downstream of the laser source, a collimator that is movable parallel to the laser beam by means of a drive, wherein the collimator is connected to the lens tube, wherein the laser tool has at least one lower stop and/or one upper stop delimiting the movement of the collimator, and the optical apparatus is a deflection prism or a mirror, and in that the laser tool has a sensor and a closed-loop control unit controlling the movement of the collimator in dependence on a signal of the sensor of the laser tool, wherein the intensity of the laser spot is measurable by means of the sensor.