mhurhangee/ep-ind-claims huggingface dataset:
Method for identifying, by a probe, a wireless communication protocol to be used to communicate with a base station, the probe comprising control and processing devices (12, 13) configured to emulate a plurality of wireless communication protocols featuring respective activation procedures, each activation procedure allowing the base station to activate the probe to perform a checking cycle; the method comprising the following steps, all carried out by the probe autonomously: - detecting a command given by the user by means of hardware interfaces (5, 15, 16) of the probe and consequently setting the probe in a search state, - in the search state attempting the activation procedures, - detecting at least one positive conclusion of one of the activation procedures, - identifying the wireless communication protocol featuring said one of the activation procedures as the wireless communication protocol to be used, and - switching the probe to an operative state associated with the identified wireless communication protocol. - detecting a command given by the user by means of hardware interfaces (5, 15, 16) of the probe and consequently setting the probe in a search state, - in the search state attempting the activation procedures, - detecting at least one positive conclusion of one of the activation procedures, - identifying the wireless communication protocol featuring said one of the activation procedures as the wireless communication protocol to be used, and - switching the probe to an operative state associated with the identified wireless communication protocol.
A video display mirror (11, 71) comprising: a half mirror used by a passenger of a vehicle for looking toward a rear of the vehicle; a monitor installed at a position on a front of the vehicle close to the half mirror; and an interlocking mechanism which is configured to interlock with display of a video image on a display surface of the monitor, to change an angle of a reflective surface of the half mirror from a position of the half mirror when the rear of the vehicle is looked at, characterized in that the interlocking mechanism is configured to direct the reflective surface of the half mirror to a first direction upper or lower than a second direction that a normal line of the reflective surface has when the rear of the vehicle is looked at by the passenger, wherein the half mirror and the monitor are arranged with inclination and wherein the display surface of the monitor directs toward the passenger of the vehicle when the reflective surface of the half mirror directs towards the first direction. a half mirror used by a passenger of a vehicle for looking toward a rear of the vehicle; a monitor installed at a position on a front of the vehicle close to the half mirror; and an interlocking mechanism which is configured to interlock with display of a video image on a display surface of the monitor, to change an angle of a reflective surface of the half mirror from a position of the half mirror when the rear of the vehicle is looked at, characterized in that the interlocking mechanism is configured to direct the reflective surface of the half mirror to a first direction upper or lower than a second direction that a normal line of the reflective surface has when the rear of the vehicle is looked at by the passenger, wherein the half mirror and the monitor are arranged with inclination and wherein the display surface of the monitor directs toward the passenger of the vehicle when the reflective surface of the half mirror directs towards the first direction.
A clamp comprising at least a lower jaw portion and an upper locking jaw portion which comprises an upper jaw portion and a locking stop portion, where an object may be grasped between the lower jaw portion and upper locking jaw portion, where the upper locking jaw portion comprises a wedge shaped portion, where further the lower jaw portion comprises a receiving element forming an opening into which the wedge shaped portion of the upper locking jaw portion may be inserted, and where the wedge shaped portion comprises a resilient leg arranged to interact lockingly with the opening in the lower jaw portion, where the resilient leg is connected to and angled at an angle upwards from the bottom of the upper jaw portion and resiliently tends towards this angle, where one end of the resilient leg is attached to the wedge shaped portion, and the other end may move freely, where the locking stop portion comprises a locking stop with two ends, where one end of the locking stop acts on the free end of the resilient leg and on the receiving element on the lower jaw portion, where the locking stop is rotatably arranged around an axis, where the end of the locking stop that acts on the free end of the resilient leg and on the receiving element on the lower jaw portion, sits closer to the axis than the opposite end of the locking stop, such that the positioning of the axis gives leverage to the rotational movement of the locking stop.
A system for reducing oxygen in a target room, particularly for the purpose of controlling or preventing fire, wherein the system comprises the following: - an enclosed buffer space fluidly connectable or connected to the target room for introducing at least a portion of the room air of the buffer space into the target room as needed; - an oxygen-reducing mechanism allocated to the buffer space for setting and maintaining a reduced oxygen content in the spatial atmosphere of the buffer space compared to the normal earth atmosphere such that the oxygen content in the spatial atmosphere of the buffer space is lower than the oxygen content in the spatial atmosphere of the target room; and - a mechanism for introducing room air from the buffer space into the target room as needed, wherein the ratio between the spatial volume of the buffer space and the target room is selected on the one hand and the oxygen content in the spatial atmosphere of the buffer space is reduced compared to the oxygen content of normal earth atmosphere prior to the introduction of room air from the buffer space into the target room on the other hand such that the oxygen content in the spatial atmosphere of the target room drops below a predefined value and the oxygen content in the spatial atmosphere of the buffer space rises by no more than 0.15% by volume subsequent the room air from the buffer space having been introduced into the target room, wherein the spatial volume of the buffer space and the spatial volume of the target room are further selected such that the buffer space is significantly larger than the target room. - an enclosed buffer space fluidly connectable or connected to the target room for introducing at least a portion of the room air of the buffer space into the target room as needed; - an oxygen-reducing mechanism allocated to the buffer space for setting and maintaining a reduced oxygen content in the spatial atmosphere of the buffer space compared to the normal earth atmosphere such that the oxygen content in the spatial atmosphere of the buffer space is lower than the oxygen content in the spatial atmosphere of the target room; and - a mechanism for introducing room air from the buffer space into the target room as needed,
Method for preparing a supported flexible electrode comprising at least one electrode active material, at least one binder and at least one flexible substrate, said method comprising at least the following steps: i) a step of preparing an electrode ink by dispersing a mixture of solid particles in an aqueous phase, said mixture of solid particles comprising: - at least one electrode active material, in an amount in the range from 70 to 99.5 wt% relative to the total weight of the mixture of solid particles, - at least one binder comprising a lignocellulosic material, in an amount in the range from 0.5 to 30 wt% relative to the total weight of the mixture of solid particles, said mixture of solid particles representing at least 25 wt% of the total weight of the electrode ink; ii) a step of transferring the electrode ink obtained above in step i) onto at least a portion of one of the faces of a flexible substrate by a printing or spray deposition technique, said flexible substrate being selected from a cellulosic substrate, a polymer film and a polymer membrane optionally reinforced with cellulose; and iii) a drying step to obtain a supported flexible electrode comprising the substrate and an electrode film deposited on at least a portion of one of the faces of said flexible substrate. i) a step of preparing an electrode ink by dispersing a mixture of solid particles in an aqueous phase, said mixture of solid particles comprising: - at least one electrode active material, in an amount in the range from 70 to 99.5 wt% relative to the total weight of the mixture of solid particles, - at least one binder comprising a lignocellulosic material, in an amount in the range from 0.5 to 30 wt% relative to the total weight of the mixture of solid particles, said mixture of solid particles representing at least 25 wt% of the total weight of the electrode ink; - at least one electrode active material, in an amount in the range from 70 to 99.5 wt% relative to the total weight of the mixture of solid particles, - at least one binder comprising a lignocellulosic material, in an amount in the range from 0.5 to 30 wt% relative to the total weight of the mixture of solid particles, ii) a step of transferring the electrode ink obtained above in step i) onto at least a portion of one of the faces of a flexible substrate by a printing or spray deposition technique, said flexible substrate being selected from a cellulosic substrate, a polymer film and a polymer membrane optionally reinforced with cellulose; and iii) a drying step to obtain a supported flexible electrode comprising the substrate and an electrode film deposited on at least a portion of one of the faces of said flexible substrate.
Method for the production of synthetic grass yarns for artificial turf, wherein a plurality of strips formed from a divided film, or a plurality of individually extruded monofilaments, is generated from a polymer material in an extrusion process, wherein the strips or the monofilaments are drawn, and wherein the strips or monofilaments are wound individually or as a fiber bundle into spools, characterized in that the roughness of the surfaces of the strips or monofilaments is modified prior to or following the winding, wherein the roughness of the surfaces of the strips or monofilaments is modified by a coating and/or a material conversion and wherein the coating and/or the material conversion on the surfaces of the strips or monofilaments is generated by a plasma treatment.
A timepiece including a depiction of a non-rectilinear object, said depiction being formed in particular from a mobile element kinematically connected to a drive mechanism, said depiction also being formed by at least one second mobile element, the timepiece being characterized in that the drive mechanism is arranged such that said mobile elements (14a, 14b) each move, simultaneously and synchronously in reference to one another, between first and second extreme positions and vice versa, said mobile elements forming said depiction according to a first size and a second size larger than the first and which is a similarity by a factor k of the depiction obtained according to the first size, respectively when they are in their first and second extreme positions.
A dual-coat powder coating composition comprising: an electrocoat; and a matte textured powder coating composition comprising: a) a polyester resin; b) a UV light stabilizer; c) a matting agent; and d) a texturing additive, wherein the polyester resin includes a carboxyl functional resin, a hydroxyl functional resin, or a combination thereof and wherein the cured powder coating composition transmits less than about 0.1 % of UV light at 290 nm and less than about 0.5% of UV light at 400 nm. an electrocoat; and a matte textured powder coating composition comprising: a) a polyester resin; b) a UV light stabilizer; c) a matting agent; and d) a texturing additive, a) a polyester resin; b) a UV light stabilizer; c) a matting agent; and d) a texturing additive, wherein the polyester resin includes a carboxyl functional resin, a hydroxyl functional resin, or a combination thereof and wherein the cured powder coating composition transmits less than about 0.1 % of UV light at 290 nm and less than about 0.5% of UV light at 400 nm.
A service brake valve of a pneumatic or electro-pneumatic vehicle brake system containing a pressure pad having a blind-hole-like tappet receiver for receiving a brake-pedal-actuated tappet, the pressure pad being slide-guided on a radially inner guide surface of the piston wall of a piston, it being possible to transmit pressure forces from the pressure pad via spring means to this piston in order to actuate a valve device (2, 4), and there being provided between the radially inner guide surface of the piston and a radially outer guide section of the pressure pad combined guide means for guiding the pressure pad on the radially inner guide surface of the piston wall of the piston, characterised in that the guide means contains at least one guide strip that is held in at least one radially outer annular slot of the guide section of the pressure pad such that the guide strip is radially pre-tensioned against the radially inner guide surface of the piston wall, the guide strip when viewed in axial direction having a radially enlarging cross section that is configured such that when viewed from one axial end towards the other axial end an internal diameter and an external diameter of the guide strip increase.
A loudspeaker for a car sound system, comprising: a first grille comprising a first arrangement of perforations; a second grille comprising a second arrangement of perforations; and a motor operable to move or rotate the second grille; characterized in that the second grille is operable to move relative to the first grille from a start position to a final position, wherein the second grille is disposed in the start position when the sound system is off, wherein the second grille is arranged to gradually move to and stop in the final position when the sound system is turned on, wherein, when the second grille is in the final position, perforations in the second grille and perforations in the first grille completely align, and wherein, when the second grille is in the start position, perforations in the second grille and perforations in the first grille do not completely align. a first grille comprising a first arrangement of perforations; a second grille comprising a second arrangement of perforations; and a motor operable to move or rotate the second grille; characterized in that the second grille is operable to move relative to the first grille from a start position to a final position, wherein the second grille is disposed in the start position when the sound system is off, wherein the second grille is arranged to gradually move to and stop in the final position when the sound system is turned on, wherein, when the second grille is in the final position, perforations in the second grille and perforations in the first grille completely align, and wherein, when the second grille is in the start position, perforations in the second grille and perforations in the first grille do not completely align.
Method for operating a converter station having two line-commutated converters (4, 5) for a power transmission via a bipolar high-voltage DC transmission link, characterized in that - the two converters (4, 5) are electrically connected to the same pole (21, 23) of the high-voltage DC transmission link in an antiparallel connection, - one of the converters (4, 5) is operated as a rectifier on an AC grid, - the other converter (4, 5) is operated as an inverter on the AC grid, and - a station reactive power exchanged by the converter station with the AC grid is controlled by means of real power stipulations for converter real powers (P11, P12) exchanged between the converters (4, 5) and the AC grid, wherein - a real power setpoint value of a station real power exchanged between the converter station and the AC grid is prescribed and the real power stipulations set a difference between the converter real powers (P11, P12) to the real power setpoint value. - the two converters (4, 5) are electrically connected to the same pole (21, 23) of the high-voltage DC transmission link in an antiparallel connection, - one of the converters (4, 5) is operated as a rectifier on an AC grid, - the other converter (4, 5) is operated as an inverter on the AC grid, and - a station reactive power exchanged by the converter station with the AC grid is controlled by means of real power stipulations for converter real powers (P11, P12) exchanged between the converters (4, 5) and the AC grid, wherein - a real power setpoint value of a station real power exchanged between the converter station and the AC grid is prescribed and the real power stipulations set a difference between the converter real powers (P11, P12) to the real power setpoint value.
A fuel cell system including a fuel cell, the fuel cell system comprising an impedance detector that is configured to detect an impedance of the fuel cell; and a current limiter that is configured to limit an output current of the fuel cell with a limiting rate, wherein the current limiter changes the limiting rate, based on the detected impedance; and for temperatures of the fuel cell that are equal to or lower than a predetermined temperature (Ta), irrespective of impedance, the current limiting rate is equal to 100% and, for the temperatures of the fuel cell that exceed the predetermined temperature (Ta), the current limiting rate gradually decreases with an increase in temperature and the rate of decrease is gradually lowered with a decrease in impedance.
A method for communication with data bus subscribers (7a, 7b,..., 7n) connected to a local bus, in particular a ring bus, with a local bus master, the method comprising: sending a first data packet from the local bus master to all data bus subscribers (7a, 7b,..., 7n) for counting communication-ready data bus subscribers (7a, 7b,..., 7n) in an order, the first data packet having a first counter value that each of the communication-ready data bus subscribers (7a, 7b,..., 7n) in the order changes; and sending a plurality of second data packets (17a, 17b, 17c) from the local bus master to all data bus subscribers (7a, 7b,..., 7n), wherein the plurality of the second data packets (17a, 17b, 17c) is based on the first counter value and wherein each of the second data packets (17a, 17b, 17c) is assigned to one of the communication-ready data bus subscribers (7a, 7b,...,..., 7n) based on the respective relative position of the communication-ready data bus subscribers (7a, 7b,..., 7n) within the order, and wherein the first data packet and the plurality of second data packets (17a, 17b, 17c) are of the same type. sending a first data packet from the local bus master to all data bus subscribers (7a, 7b,..., 7n) for counting communication-ready data bus subscribers (7a, 7b,..., 7n) in an order, the first data packet having a first counter value that each of the communication-ready data bus subscribers (7a, 7b,..., 7n) in the order changes; and sending a plurality of second data packets (17a, 17b, 17c) from the local bus master to all data bus subscribers (7a, 7b,..., 7n), wherein the plurality of the second data packets (17a, 17b, 17c) is based on the first counter value and wherein each of the second data packets (17a, 17b, 17c) is assigned to one of the communication-ready data bus subscribers (7a, 7b,...,..., 7n) based on the respective relative position of the communication-ready data bus subscribers (7a, 7b,..., 7n) within the order, and wherein the first data packet and the plurality of second data packets (17a, 17b, 17c) are of the same type.
A communication system comprising: a transmission device having a plurality of transmission antennas that transmit a plurality of signals under a multiple input multiple output (MIMO) scheme; and a reception device having a plurality of reception antennas that receive the plurality of signals under the MIMO scheme, wherein the transmission device is configured to add a preamble signal to a transmission signal of a single path transmitted to the reception device with the smallest relative delay among transmission signals that are modulated under an orthogonal frequency division multiplexing (OFDM) scheme, the transmission signals being output from the transmission antennas; and wherein the transmission device does not add the preamble signal to the transmission signals other than the transmission signal of the single path transmitted with the smallest relative delay. a transmission device having a plurality of transmission antennas that transmit a plurality of signals under a multiple input multiple output (MIMO) scheme; and a reception device having a plurality of reception antennas that receive the plurality of signals under the MIMO scheme, wherein the transmission device is configured to add a preamble signal to a transmission signal of a single path transmitted to the reception device with the smallest relative delay among transmission signals that are modulated under an orthogonal frequency division multiplexing (OFDM) scheme, the transmission signals being output from the transmission antennas; and wherein the transmission device does not add the preamble signal to the transmission signals other than the transmission signal of the single path transmitted with the smallest relative delay.
A blade guard for a saw blade, the blade guard comprising a first and second oppositely facing walls (608, 610) for extending along respective flat sides of the saw blade, and wherein the first wall includes an edge portion and further including a third wall contacting the first facing wall and fourth wall contacting the second facing wall wherein the third and fourth walls (624, 638) extend toward each other characterized in that the edge portion defines the lowermost portion of the blade guard adjacent to a work surface; the third wall extending toward the second facing wall and having a first end portion and a second end portion wherein the third wall extends from the first end portion, adjacent the edge portion, away from the edge portion to the second end portion, adjacent the saw blade such that third wall slopes downwardly from the second end portion to the first end portion and the first end portion being located away from the saw blade.
An intraluminal prosthesis, comprising: a stent architecture having a longitudinal axis L comprising: a series of stent elements repeating along a circumferential axis, characterized in that the stent elements comprise: v-shaped stent elements (v 1, v 2, v 3, v 4) having a first leg portion, a second leg portion angled with respect to the longitudinal axis L, and a peak portion, the v-shaped stent elements (v 1, v 2, v 3, v 4) having at least four different orientations, and V-shaped stent elements (V 1, V 2) connecting adjacent v-shaped stent elements (v 1, v 2, v 3, v 4) such that the second leg portion of each of the v- shaped stent elements (v 1, v 2, v 3, v 4) is connected to a V-shaped element (V 1, V 2), the second leg portion of each of the v-shaped stent elements narrowing in width toward the V-shaped stent element (V 1, V 2).