mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber fusion splice system (1, 1A, 101, 101A) comprising a working table (20, 20A, 120, 120A) and a storage box (40, 40A, 140, 140A) which stores the working table (20, 20A, 120, 120A), wherein the working table (20, 20A, 120, 120A) comprises a fusion splicing machine installation portion (30, 130) accommodating a fusion splicing machine (10, 110) to be stored in the storage box (40, 40A, 140, 140A) and a working surface (22, 122) on which preparation work for an optical fiber is configured to be performed, the fusion splicing machine installation portion (30, 130) comprises a fusion splicing machine restriction portion (35, 135) being configured to restrict the fusion splicing machine (10, 110) without the fusion splicing machine (10, 110) moving in a horizontal direction with respect to the working table (20, 20A, 120, 120A), the working surface (22, 122) comprises a protrusion (66, 166) provided on an outer circumference of the working surface (22, 122), the protrusion (66, 166) being configured to prevent a tool used in the preparation work from falling from the working surface (22, 122), the storage box (40, 40A, 140, 140A) comprises a box main body (50, 50A, 150, 150A) and a cover (70, 70A, 170, 170A) which covers an upper portion of the box main body (50, 50A, 150, 150A), the box main body (50, 50A, 150, 150A) has a two-layer structure which is configured of a box main body outer layer (51, 151) formed of a rigid thermoplastic resin and a box main body inner layer (61, 161) of which at least a portion is formed of a synthetic resin foam body, the box main body outer layer (51, 151) includes a bottom portion (52, 62, 152, 162) and a side wall portion (53, 63, 153, 163) which is erected around the bottom portion (52, 62, 152, 162), the box main body inner layer (61, 161) comprises a working table fitting portion (65, 165) capable of being fitted to the working table (20, 20A, 120, 120A) so that the box main body outer layer (51, 151) and the working table (20, 20A, 120, 120A) have no contact each other, the working table fitting portion (65, 165) comprises protrusions (66, 166) contacting the working table (20, 20A, 120, 120A) and recessed portions (67, 167) having no contact with the working table (20, 20A, 120, 120A), the cover (70, 70A, 170, 170A) has a two-layer structure which is configured of a cover outer layer (71, 171) formed of a rigid thermoplastic resin, and a cover inner layer (81, 181) formed of a synthetic resin foam body, and the cover outer layer (71, 171) has no contact with the working table (20, 20A, 120, 120A).
Emergency lighting device, comprising: output terminals (5a, 5b) for electrically supplying an emergency lighting means; a port for receiving communication signals, wherein a test switch is connectable to the port; wherein the port is configured to receive selective test start signals from the test switch and wherein the port is further configured to receive non-test start related communication signals from the test switch; and a controller configured to discriminate the communication signals received at the port in order to correspondingly process the received data as test start signal data or non-test start related communication signal data; the emergency lighting device being characterized in that the non-test start related communication signals received at the port comprise commissioning data; and the controller is configured to commission the emergency lighting device and/or the emergency lighting means based on the commissioning data. a port for receiving communication signals, wherein a test switch is connectable to the port; wherein the port is configured to receive selective test start signals from the test switch and wherein the port is further configured to receive non-test start related communication signals from the test switch; and a controller configured to discriminate the communication signals received at the port in order to correspondingly process the received data as test start signal data or non-test start related communication signal data; the emergency lighting device being characterized in that the non-test start related communication signals received at the port comprise commissioning data; and the controller is configured to commission the emergency lighting device and/or the emergency lighting means based on the commissioning data.
A yarn winding device winding a yarn from a yarn supplying bobbin to form a package, the yarn winding device comprising: a bobbin supporting section adapted to support the yarn supplying bobbin; a winding section adapted to wind the yarn from the yarn supplying bobbin supported with the bobbin supporting section and adapted to form the package; and a tensile properties measuring section adapted to measure tensile properties of the yarn drawn from the yarn supplying bobbin, between the bobbin supporting section and the winding section; wherein the tensile properties measuring section is adapted to measure a breaking intensity of the yarn; and wherein the tensile properties measuring section includes: a holding section adapted to hold the yarn drawn from the yarn supplying bobbin; and a stretching section adapted to stretch the yarn held with the holding section; characterized in that the tensile properties measuring section includes a tensile properties detecting section adapted to detect the tensile properties of the yarn between the holding section and the stretching section; the yarn winding device further comprises a tension sensor adapted to measure a tension of the running yarn being wound with the winding section; and the tension sensor is adapted to function as the tensile properties detecting section. a bobbin supporting section adapted to support the yarn supplying bobbin; a winding section adapted to wind the yarn from the yarn supplying bobbin supported with the bobbin supporting section and adapted to form the package; and a tensile properties measuring section adapted to measure tensile properties of the yarn drawn from the yarn supplying bobbin, between the bobbin supporting section and the winding section; a holding section adapted to hold the yarn drawn from the yarn supplying bobbin; and a stretching section adapted to stretch the yarn held with the holding section;
Fill level indicator for bulk goods which has a rotatable element driven by an electric stepper motor, said element being prevented from rotating by the bulk goods when a predetermined fill level is reached, whereby a signal is triggered, and which has an evaluation unit which monitors the incremental rotation of the stepper motor and/or the rotatable element and detects a blocking of the element and/or a rotation against the predetermined motor rotation, characterised in that the evaluation unit has a counter for the number of step attempts of the stepper motor in the case of a blocked element and a signal is only then triggered if the stepper motor is blocked for a predetermined number of steps, and the stepper motor restarts after a predeterminable duration after the signal has been triggered.
A multi-lens camera, comprising: lenses and a lens adjustment device, wherein the lenses are mounted on the lens adjustment device and the lens adjustment device comprises: a cylindrical component and at least two lens brackets, wherein the lens brackets comprises a first bracket, the first bracket comprises a ferrule and a bracket body for mounting a lens, the bracket body is fixedly connected to the ferrule, and the ferrule is sleeved on the cylindrical component and is rotatable around the cylindrical component, characterized in that one of an inner wall of the ferrule and an outer wall of the cylindrical component is provided with first tooth slots, and other one of the inner wall of the ferrule and the outer wall of the cylindrical component is provided with a first engaging tooth; and the ferrule engages with the cylindrical component by the first tooth slots and the first engaging tooth.
A method implemented in a network node, the method comprising: receiving a random access preamble from a wireless device; scheduling a grant of a first uplink transmission opportunity and a second uplink transmission opportunity, wherein presence of the grant of the second uplink transmission opportunity indicates support for early data transmission; sending a random access response to the wireless device, the random access response indicating information associated with the grant of the first uplink transmission opportunity and the second uplink transmission opportunity; and receiving data from the wireless device via the first uplink transmission opportunity or the second uplink transmission opportunity; wherein the second uplink transmission opportunity allows early data transmission and more uplink data to be transmitted prior to completing a random access procedure than the first uplink transmission opportunity. receiving a random access preamble from a wireless device; scheduling a grant of a first uplink transmission opportunity and a second uplink transmission opportunity, wherein presence of the grant of the second uplink transmission opportunity indicates support for early data transmission; sending a random access response to the wireless device, the random access response indicating information associated with the grant of the first uplink transmission opportunity and the second uplink transmission opportunity; and receiving data from the wireless device via the first uplink transmission opportunity or the second uplink transmission opportunity; wherein the second uplink transmission opportunity allows early data transmission and more uplink data to be transmitted prior to completing a random access procedure than the first uplink transmission opportunity.
A thread material cutting device for use in an extraction bag sheet manufacturing apparatus including welding means in which tags (2a, 2b) retained on a carrying face of a carrier at prescribed intervals and a thread material arranged so as to be placed over the tags (2a, 2b) are welded on the carrier, the thread material cutting device comprising tension application means (91, 92) configured to engage with the thread material placed between adjacent tags (2a, 2b) so as to apply tension to the thread material, characterized in that while the welding means is welding the thread material to the tags (2a, 2b), the tension application means (91, 92) is configured to apply tension to the thread material, so as to melt-cut the thread material between the adjacent tags (2a, 2b).
An electric pulse tool for performing tightening operations, where torque is delivered in pulses to tighten a screw joint, the electric pulse tool comprising: an output shaft; a sensor (14,15,25) arranged to determine a parameter value associated with the tightening of the screw joint; a processor and a memory containing instructions executable by said processor; whereby said electrical pulse tool is operative to: - provide torque pulses on said output shaft in a first direction until the determined parameter value associated with the tightening of the screw joint reaches within or above a predetermined first interval including a target parameter value; and - only provide at least one torque pulse on said output shaft in a second direction that is opposite to the first direction in case the determined parameter value exceeds the target parameter value within a predetermined second interval. - provide torque pulses on said output shaft in a first direction until the determined parameter value associated with the tightening of the screw joint reaches within or above a predetermined first interval including a target parameter value; and - only provide at least one torque pulse on said output shaft in a second direction that is opposite to the first direction in case the determined parameter value exceeds the target parameter value within a predetermined second interval.
A power tool (100, 200, 300), comprising: a housing; and an electric motor disposed in the housing, wherein output power of the electric motor is greater than or equal to 120 W and less than or equal to 4500 W; wherein the electric motor comprises at least a stator, a rotor, and a plurality of coil windings disposed on the stator, characterized in that a cross-section of each of the plurality of coil windings is non-circular, and a slot fill factor of the electric motor is greater than or equal to 40%. a housing; and an electric motor disposed in the housing, wherein output power of the electric motor is greater than or equal to 120 W and less than or equal to 4500 W; wherein the electric motor comprises at least a stator, a rotor, and a plurality of coil windings disposed on the stator, characterized in that a cross-section of each of the plurality of coil windings is non-circular, and a slot fill factor of the electric motor is greater than or equal to 40%.
A method used in a wireless local area network, WLAN, system, the method comprising: receiving, by a receiving device, a physical layer protocol data unit, PPDU through a frequency band including at least one resource unit, RU, wherein the PPDU is generated for a plurality of receiving devices and includes a first control field, a second control field, and a data field; and processing, by the receiving device, the PPDU, wherein the first control field includes control information required to interpret the PPDU, the method being characterized: wherein the first control field includes a control identifier that is a 1-bit identifier including information on whether a single RU is allocated for a full bandwidth of the frequency band, wherein the second control field includes identification information for the receiving device, wherein the second control field includes allocation information for the at least one RU based on the control identifier whose value is '0', and wherein the second control field does not include the allocation information for the at least one RU based on the control identifier whose value is '1'. receiving, by a receiving device, a physical layer protocol data unit, PPDU through a frequency band including at least one resource unit, RU, wherein the PPDU is generated for a plurality of receiving devices and includes a first control field, a second control field, and a data field; and processing, by the receiving device, the PPDU, wherein the first control field includes control information required to interpret the PPDU, the method being characterized: wherein the first control field includes a control identifier that is a 1-bit identifier including information on whether a single RU is allocated for a full bandwidth of the frequency band, wherein the second control field includes identification information for the receiving device, wherein the second control field includes allocation information for the at least one RU based on the control identifier whose value is '0', and wherein the second control field does not include the allocation information for the at least one RU based on the control identifier whose value is '1'. wherein the first control field includes a control identifier that is a 1-bit identifier including information on whether a single RU is allocated for a full bandwidth of the frequency band, wherein the second control field includes identification information for the receiving device, wherein the second control field includes allocation information for the at least one RU based on the control identifier whose value is '0', and wherein the second control field does not include the allocation information for the at least one RU based on the control identifier whose value is '1'.
A method of communication, comprising: scheduling control signaling of first traffic on a first set of resource elements and data of the first traffic on a second set of resource elements, wherein a portion of the first set of resource elements is protected from additional scheduling and comprises an indication of a portion of the second set of resource elements for additional control signaling of the first traffic; scheduling second traffic on the second set of resource elements; and communicating a schedule indicative of the scheduling of the first traffic and the second traffic. scheduling control signaling of first traffic on a first set of resource elements and data of the first traffic on a second set of resource elements, wherein a portion of the first set of resource elements is protected from additional scheduling and comprises an indication of a portion of the second set of resource elements for additional control signaling of the first traffic; scheduling second traffic on the second set of resource elements; and communicating a schedule indicative of the scheduling of the first traffic and the second traffic.
A cast part (12, 15, 30) comprising: an outermost wall; and at least one inner wall (40, 40a, 40b, 40c) defining at least two internal passages; wherein the cast part (12, 15, 30) comprises at least a first plate portion separated by an open space from a second plate portion, wherein each of the first plate portion and the second plate portion include at least one cast cooling fin (24, 24A, 24B) that extends into the open space, the at least one cast cooling fin (24, 24A, 24B) extends from an outer surface (90A, 90B), and the cooling fin (24, 24A, 24B) includes a ratio of fin height to an average fin thickness; the first plate portion, the second plate portion and the at least one cooling fin (24, 24A, 24B) are portions of a single unitary cast structure; and the ratio of the fin height to the average fin thickness is greater than 3.5 and no more than 12.0. an outermost wall; and at least one inner wall (40, 40a, 40b, 40c) defining at least two internal passages; wherein the cast part (12, 15, 30) comprises at least a first plate portion separated by an open space from a second plate portion, wherein each of the first plate portion and the second plate portion include at least one cast cooling fin (24, 24A, 24B) that extends into the open space, the at least one cast cooling fin (24, 24A, 24B) extends from an outer surface (90A, 90B), and the cooling fin (24, 24A, 24B) includes a ratio of fin height to an average fin thickness; the first plate portion, the second plate portion and the at least one cooling fin (24, 24A, 24B) are portions of a single unitary cast structure; and the ratio of the fin height to the average fin thickness is greater than 3.5 and no more than 12.0.
A reservoir closed by walls (10, 11, 12) comprising a pressure compensator to regulate the pressure in a bubble of liquid entirely trapped in a volume of ice being formed, topped by a volume of gas; characterized in that the pressure compensator comprises a plunger, which is mobile along a vertical axis, formed by a head topping a body, and in that the faces of the body of the plunger have a taper (a) that is positive or zero, in a direction which is vertical and oriented from the top downwards, with a height (h) of the body of the plunger being adjusted such that a lower part of the body remains immersed in the bubble of liquid, and such that an upper part of the body passes through the upper layer of ice, and remains in the volume of gas, so that, when the plunger rises under the action of the pressure, prevailing in the bubble of liquid and exerting on the part of the body of the plunger, remaining immersed in the liquid, an additional volume is created within the space occupied by the bubble of liquid, and contributes towards reducing the pressure in this space.
A data feedback method, comprising: acquiring, by a beamformee, the number of columns, NC, from a null data packet announcement, NDPA, message, wherein the NC is a parameter of IEEE802.11 ac; detecting, by the beamformee, the number of active first spatial streams; comparing, by the beamformee, the number of first spatial streams and the number of columns, and taking the smaller value obtained from the comparison as the number of second spatial streams required for feedback; and feeding back, by the beamformee, the number of second spatial streams and spatial stream measurement information about the second spatial streams to a beamformer; wherein: the detecting, by the beamformee, the number of active first spatial streams comprises: detecting spatial streams where data transmission exists and determining the number of the active first spatial streams. acquiring, by a beamformee, the number of columns, NC, from a null data packet announcement, NDPA, message, wherein the NC is a parameter of IEEE802.11 ac; detecting, by the beamformee, the number of active first spatial streams; comparing, by the beamformee, the number of first spatial streams and the number of columns, and taking the smaller value obtained from the comparison as the number of second spatial streams required for feedback; and feeding back, by the beamformee, the number of second spatial streams and spatial stream measurement information about the second spatial streams to a beamformer; wherein: the detecting, by the beamformee, the number of active first spatial streams comprises: detecting spatial streams where data transmission exists and determining the number of the active first spatial streams. detecting spatial streams where data transmission exists and determining the number of the active first spatial streams.
Bonnet hinge for a bonnet of a vehicle comprising - a hinge lower part for connection to a vehicle body, - a hinge upper part for connection to the bonnet, - a first and second link lever (4, 5) connecting the hinge lower part to the hinge upper part, wherein the first link lever is telescopically formed with a first and second part lever (4.1, 4.2), - a locking element for locking the telescopic function of the first link lever, which is pivotable between a locking position in which the first and second part lever (4.1, 4.2) are locked in the non-telescoped state, and a release position enabling the telescoping of the first and second part lever (4.1, 4.2), - an unlocking means for pivoting the locking element from the locking position into the release position, and - a lifting actuator which is formed to effect a raising of the hinge upper part relative to the hinge lower part when activated and to effect an actuation of the unlocking means. - a hinge lower part for connection to a vehicle body, - a hinge upper part for connection to the bonnet, - a first and second link lever (4, 5) connecting the hinge lower part to the hinge upper part, wherein the first link lever is telescopically formed with a first and second part lever (4.1, 4.2), - a locking element for locking the telescopic function of the first link lever, which is pivotable between a locking position in which the first and second part lever (4.1, 4.2) are locked in the non-telescoped state, and a release position enabling the telescoping of the first and second part lever (4.1, 4.2), - an unlocking means for pivoting the locking element from the locking position into the release position, and - a lifting actuator which is formed to effect a raising of the hinge upper part relative to the hinge lower part when activated and to effect an actuation of the unlocking means.
Method for securing a first part, which is provided with a locking oblong hole, to a second part, the method comprising passing a locking threaded rod through the locking oblong hole into the second part, characterized in that - the locking threaded rod is oversized with respect to the width of the locking oblong hole, so that the locking threaded rod widens the locking oblong hole as it is passed through the locking oblong hole, thereby creating an undercut global width maximum within the locking oblong hole, in which the locking threaded rod correspondingly engages. - the locking threaded rod is oversized with respect to the width of the locking oblong hole, so that the locking threaded rod widens the locking oblong hole as it is passed through the locking oblong hole, thereby creating an undercut global width maximum within the locking oblong hole, in which the locking threaded rod correspondingly engages.