mhurhangee/ep-ind-claims huggingface dataset:
A method for facilitating cleaning an electrostatic precipitator having a collecting electrode and an emission electrode, said method comprising: reducing the voltage applied between said collecting electrode and said emission electrode from a first voltage to a second voltage upon occurrence of a spark between said collecting electrode and said emission electrode; and mechanically rapping said collecting electrode subsequent to said reducing, characterized by actively provoking the occurrence of a spark between the collecting electrode and the emission electrode by increasing the voltage applied between said collecting electrode and said emission electrode until a spark between said collecting electrode and said emission electrode occurs. reducing the voltage applied between said collecting electrode and said emission electrode from a first voltage to a second voltage upon occurrence of a spark between said collecting electrode and said emission electrode; and mechanically rapping said collecting electrode subsequent to said reducing, characterized by actively provoking the occurrence of a spark between the collecting electrode and the emission electrode by increasing the voltage applied between said collecting electrode and said emission electrode until a spark between said collecting electrode and said emission electrode occurs.
A sulfide solid electrolyte material consisting of an M 1 element, an M 2 element, a S element and an O element, wherein the M 1 is Li or a combination of Li and at least one element selected from the group consisting of Na, K, Mg, Ca and Zn; the M 2 is at least one kind selected from the group consisting of P, Sb, Si, Ge, Sn, B, Al, Ga, In, Ti, Zr, V and Nb; characterized by comprising a crystal phase A having a peak at a position of 2θ = 20.18° ± 0.50°, 2θ = 20.44° ± 0.50°, 2θ = 26.96° ± 0.50° and 2θ = 29.58° ± 0.50° in an X-ray diffraction measurement using a CuKα ray; and not comprising a crystal phase B having a peak at a position of 2θ = 27.33° ± 0.50° in the X-ray diffraction measurement using the CuKα ray, or when a diffraction intensity at the peak of 2θ = 29.58° ± 0.50° is regarded as I A and a diffraction intensity at the peak of 2θ = 27.33° ± 0.50° is regarded as I B in a case of comprising a crystal phase B having a peak at the position of 2θ = 27.33° ± 0.50°, a value of I B /I A is less than 0.50.
A multi-band antenna apparatus, comprising: an antenna housing comprising antenna modules for two or more frequency bands; a plurality of radio remote heads, RRHs, (121, 122) detachably coupled to the antenna housing; connector portions (111, 112) each electrically connected with one of the plurality of radio remote heads (121, 122) and protruding from the antenna housing; a first guiding bracket and a second guiding bracket for fastening the antenna housing to a mast and individually and detachably coupling the plurality of radio remote heads (121, 122) to the antenna housing such that the radio remote heads (121, 122) may slide along the guiding brackets (131, 132, 133), wherein the first guiding bracket is provided on an upper surface of the antenna housing, the second guiding bracket is provided on a lower surface of the antenna housing, and further comprising a third guiding bracket provided between the first guiding bracket and the second guiding bracket on the antenna housing, wherein a first mount space for mounting the first RRH is provided between the first guiding bracket and the third guiding bracket, and a second mount space for mounting the second RRH is provided between the second guiding bracket and the third guiding bracket. an antenna housing comprising antenna modules for two or more frequency bands; a plurality of radio remote heads, RRHs, (121, 122) detachably coupled to the antenna housing; connector portions (111, 112) each electrically connected with one of the plurality of radio remote heads (121, 122) and protruding from the antenna housing; a first guiding bracket and a second guiding bracket for fastening the antenna housing to a mast and individually and detachably coupling the plurality of radio remote heads (121, 122) to the antenna housing such that the radio remote heads (121, 122) may slide along the guiding brackets (131, 132, 133), wherein the first guiding bracket is provided on an upper surface of the antenna housing, the second guiding bracket is provided on a lower surface of the antenna housing, and further comprising a third guiding bracket provided between the first guiding bracket and the second guiding bracket on the antenna housing, wherein a first mount space for mounting the first RRH is provided between the first guiding bracket and the third guiding bracket, and a second mount space for mounting the second RRH is provided between the second guiding bracket and the third guiding bracket.
A 3D radar sampling system used for monitoring and presenting the airborne activity within a surveillance volume, comprising at least one radar device (12, 30) and further comprising a database for storing track data, said 3D radar sampling system characterized in that: said at least one radar device is a volume-scanning radar device (12, 30) that tracks airborne targets; said track database is operatively connected to said volume-scanning radar device (12, 30) for organizing and storing, in time-ordered form and in spatial-ordered form, track data generated by said volume-scanning radar device (12, 30); and an airborne-target activity illustrator is operatively connected to said track database that converts subsets of said organized and stored track data into airborne-target activity reports. said at least one radar device is a volume-scanning radar device (12, 30) that tracks airborne targets; said track database is operatively connected to said volume-scanning radar device (12, 30) for organizing and storing, in time-ordered form and in spatial-ordered form, track data generated by said volume-scanning radar device (12, 30); and an airborne-target activity illustrator is operatively connected to said track database that converts subsets of said organized and stored track data into airborne-target activity reports.
An apparatus comprising: a washer for a fastener, the washer comprised of: a circular base plate; a domed cap that projects from the base plate; a cavity formed between the circular base plate and the domed cap; and a fastener hole that extends through the circular base plate and the domed cap; characterized in that the domed cap is integrally formed with the base plate. a circular base plate; a domed cap that projects from the base plate; a cavity formed between the circular base plate and the domed cap; and a fastener hole that extends through the circular base plate and the domed cap; characterized in that the domed cap is integrally formed with the base plate.
A method for vaporization injection of large volumes of liquid sample comprising a substance to be analysed and a solvent, said method comprising the steps of: a) Introducing the liquid sample by means of a syringe needle into a permanently heated vaporization chamber which is part of an injector having an inlet for a carrier gas coupled operatively to a device for gas chromatographic analysis; b) causing the sample to travel through said vaporization chamber as liquid band at high speed; c) bringing the liquid band travelling at said high speed into contact with a stopping and vaporization means positioned adjacent an inlet of a capillary to thereby collect sample vapours therefrom, the method is practised in a splitless mode and the capillary is in the form of a pre-column maintained at a sufficiently low temperature below a dew point of a mixture of the sample vapours and carrier gas at a carrier gas pressure which results in recondensation of at least the solvent vapours in the pre-column to cause the sample vapours to be drawn up from the vaporisation chamber and into said pre-column at the same speed as they form. a) Introducing the liquid sample by means of a syringe needle into a permanently heated vaporization chamber which is part of an injector having an inlet for a carrier gas coupled operatively to a device for gas chromatographic analysis; b) causing the sample to travel through said vaporization chamber as liquid band at high speed; c) bringing the liquid band travelling at said high speed into contact with a stopping and vaporization means positioned adjacent an inlet of a capillary to thereby collect sample vapours therefrom,
An ultrasonic sensor for a cardiotocography device, comprising: an ultrasonic transducer, a resistor, and a housing accommodating the ultrasonic transducer and the resistor, wherein the ultrasonic sensor is formed of a non-ferromagnetic material, so that it acts neutrally with respect to an external magnetic field, wherein the resistor is connected to the ultrasonic transducer by twisted wires, a cardiotocography electronic system is accommodated in the housing, the cardiotocography electronic system providing an output signal which represents a heart rhythm, and the ultrasonic sensor comprises a transmit unit for wireless transmission of the output signal to a magnetic resonance tomograph. an ultrasonic transducer, a resistor, and a housing accommodating the ultrasonic transducer and the resistor, wherein the ultrasonic sensor is formed of a non-ferromagnetic material, so that it acts neutrally with respect to an external magnetic field, wherein the resistor is connected to the ultrasonic transducer by twisted wires, a cardiotocography electronic system is accommodated in the housing, the cardiotocography electronic system providing an output signal which represents a heart rhythm, and the ultrasonic sensor comprises a transmit unit for wireless transmission of the output signal to a magnetic resonance tomograph.
A certificate obtaining method, comprising: sending, by a network device, certificate application information to a certificate issuing device, wherein the certificate application information comprises an application, APP; and receiving, by the network device, a certificate that is of the APP and that is returned by the certificate issuing device, wherein the certificate is generated by the certificate issuing device according to the APP, and the certificate is used for permission authentication when the APP accesses an API of a controller, and the certificate comprises one or more of (a) to (c): (a) information about operation permission of the APP on N application programming interfaces APIs of the controller, (b) identifiers of L APIs that are of the N APIs and that the APP has permission to operate, and (c) identifiers of R APIs that are of the N APIs and that the APP has no permission to operate, wherein N is a natural number greater than or equal to 1, L is a natural number greater than or equal to 1, L is less than or equal to N, R is a natural number greater than or equal to 1, and R is less than or equal to N. sending, by a network device, certificate application information to a certificate issuing device, wherein the certificate application information comprises an application, APP; and receiving, by the network device, a certificate that is of the APP and that is returned by the certificate issuing device, wherein the certificate is generated by the certificate issuing device according to the APP, and the certificate is used for permission authentication when the APP accesses an API of a controller, and the certificate comprises one or more of (a) to (c): (a) information about operation permission of the APP on N application programming interfaces APIs of the controller, (b) identifiers of L APIs that are of the N APIs and that the APP has permission to operate, and (c) identifiers of R APIs that are of the N APIs and that the APP has no permission to operate, wherein N is a natural number greater than or equal to 1, L is a natural number greater than or equal to 1, L is less than or equal to N, R is a natural number greater than or equal to 1, and R is less than or equal to N.
An arrangement for providing a vehicle with electric energy, wherein the arrangement comprises a receiving device adapted to receive an alternating electromagnetic field and to produce an alternating electric current by magnetic induction, wherein the receiving device comprises at least one phase line (9, 10, 11; 19), wherein in case of a single phase line the phase line is being adapted to carry a phase current of the alternating electric current and wherein in case of a plurality of phase lines (9, 10, 11) each phase line (9, 10, 11) being adapted to carry a different one of a plurality of phase currents of the alternating electric current, wherein - the phase line or at least one of the phase lines (9, 10, 11) forms at least three coils, - each coil consists of at least one turn of the phase line (9, 10, 11), - if any one of the coils consists of one turn, the turn is turning around a central axis of the coil, - if any one of the coils consists of more than one turn, the turns are consecutive sections of the phase line (9, 10, 11) turning around a central axis of the coil, characterized in that - the at least three coils of the phase line (9, 10, 11; 19) are located next to each other so as to form a sequence (G, R, B) of coils (GCL, GCM1, GCM2, GCR; RCL, RCM1, RCM2, RCR; BCL, BCM1, BCM2, BCR; CL, CM1, CM2, CR) which covers an effective area in a plane that extends perpendicularly to the central axes of the coils, so that there are a first (GCL; RCL; BCL; CL) and a second (GCR; RCR; BCR; CR) end coil at the opposite ends of the sequence and at least one middle coil (GCM1, GCM2; RCM1, RCM2; BCM, BCM2; CM1, CM2) in between the end coils (GCL, GCR; RCL, RCR; BCL, BCR; CL, CR) of the sequence, wherein each of the end coils (GCL, GCR; RCL, RCR; BCL, BCR; CL, CR) of the sequence (G, R, B) consists of a smaller number of turns than the middle coil or middle coils (GCM1, GCM2; RCM1, RCM2; BCM, BCM2; CM1, CM2). - the phase line or at least one of the phase lines (9, 10, 11) forms at least three coils, - each coil consists of at least one turn of the phase line (9, 10, 11), - if any one of the coils consists of one turn, the turn is turning around a central axis of the coil, - if any one of the coils consists of more than one turn, the turns are consecutive sections of the phase line (9, 10, 11) turning around a central axis of the coil, - the at least three coils of the phase line (9, 10, 11; 19) are located next to each other so as to form a sequence (G, R, B) of coils (GCL, GCM1, GCM2, GCR; RCL, RCM1, RCM2, RCR; BCL, BCM1, BCM2, BCR; CL, CM1, CM2, CR) which covers an effective area in a plane that extends perpendicularly to the central axes of the coils, so that there are a first (GCL; RCL; BCL; CL) and a second (GCR; RCR; BCR; CR) end coil at the opposite ends of the sequence and at least one middle coil (GCM1, GCM2; RCM1, RCM2; BCM, BCM2; CM1, CM2) in between the end coils (GCL, GCR; RCL, RCR; BCL, BCR; CL, CR) of the sequence,
Hinge for fire doors, said hinge being of the type which is mounted on a wall within a frame provided with jamb, in which a shutter is provided, said hinge comprising: • a frame side portion and a shutter side portion, • the frame side portion comprising a first fixing plate extending into a first pair of tubular pieces, provided at the ends of the fixing plate, • the shutter side portion comprising a second fixing plate extending into a second tubular piece, • the first pair of tubular pieces and the second tubular piece are aligned with respect to each other along a longitudinal axis when said hinge is assembled, • the pair of tubular pieces inside comprises a first substantially cylindrical elongated element and, on both the opposite ends of the second tubular piece, a second elongated element is included, also substantially cylindrical, the first and the second element being couplable to each other and rotating with respect to each other around said longitudinal axis by means of a rotation mechanism obtained on the respective ends of said elements, • said mechanism comprises rolling elements interposed between annular races obtained one on the first element and one on the second element and comprises a cup-shaped extension dimensioned in such a way as to receive the cylindrical lower end of the first element and the rolling elements, characterized in that the rolling elements are three spheres placed at 120° with respect to each other, housed in a circular support sized so as to be inserted into the annular races (21, 31) and said support has a central rod inserting into a hole formed on the bottom of the second element, thus making the position of the support and of the spheres stable. • a frame side portion and a shutter side portion, • the frame side portion comprising a first fixing plate extending into a first pair of tubular pieces, provided at the ends of the fixing plate, • the shutter side portion comprising a second fixing plate extending into a second tubular piece, • the first pair of tubular pieces and the second tubular piece are aligned with respect to each other along a longitudinal axis when said hinge is assembled, • the pair of tubular pieces inside comprises a first substantially cylindrical elongated element and, on both the opposite ends of the second tubular piece, a second elongated element is included, also substantially cylindrical, the first and the second element being couplable to each other and rotating with respect to each other around said longitudinal axis by means of a rotation mechanism obtained on the respective ends of said elements, • said mechanism comprises rolling elements interposed between annular races obtained one on the first element and one on the second element and comprises a cup-shaped extension dimensioned in such a way as to receive the cylindrical lower end of the first element and the rolling elements,
A tibial augment configured to be secured to an implantable prosthetic tibial tray, the tibial augment comprising: a top proximal surface that abuts a bottom surface of the tibial tray when the tibial augment is secured to the tibial tray, a bottom distal surface opposite the top proximal surface, an exterior side surface that extends from the top proximal surface to the bottom distal surface, the exterior side surface including a side surface section extending from an anterior-most point of the exterior side surface to a osterior-most point of the exterior surface, in which the side surface section defines (i) a first interior angle relative to the top proximal surface at the anterior-most point of the exterior side surface and (ii) a second interior angle relative to the top proximal surface at the posterior-most point of the exterior side surface that is different from the first interior angle, and an interior side surface characterised in that the tibial augment further comprises, a medial end surface extending from the top proximal surface to the bottom distal surface and from the exterior side surface to the interior side surface of the tibial augment, in which the medial end surface has a constant width. a top proximal surface that abuts a bottom surface of the tibial tray when the tibial augment is secured to the tibial tray, a bottom distal surface opposite the top proximal surface, an exterior side surface that extends from the top proximal surface to the bottom distal surface, the exterior side surface including a side surface section extending from an anterior-most point of the exterior side surface to a osterior-most point of the exterior surface, in which the side surface section defines (i) a first interior angle relative to the top proximal surface at the anterior-most point of the exterior side surface and (ii) a second interior angle relative to the top proximal surface at the posterior-most point of the exterior side surface that is different from the first interior angle, and an interior side surface characterised in that the tibial augment further comprises, a medial end surface extending from the top proximal surface to the bottom distal surface and from the exterior side surface to the interior side surface of the tibial augment, in which the medial end surface has a constant width.
Trash compactor including - a frame, - a frame pipe fixed to the frame, - equipment for fastening the frame to a trash bin equipped with an openable cover, - a pusher connected to the frame, and - a lever arm for operating the pusher and compacting waste while the trash compactor is fastened to the trash bin, and in which trash compactor, the frame is arranged to conform with the cover and the equipment is arranged to be fastened to the cover, and the pusher is fastened to the frame with an actuator, which is composed of a telescopic construction, characterised in that the telescopic construction includes - a pusher pipe, dimensioned in accordance with the frame pipe, fixed to the pusher and arranged axially movable inside the frame pipe, wherein the pusher pipe is supported to the frame pipe, - an intermediate sleeve linked to the lever arm, and - a one-way clutch connected to the lever arm by means of the intermediate sleeve, wherein the pusher pipe is linked to the intermediate sleeve by means of a one-way clutch, the free direction of which one-way clutch is opposite relative to the compaction direction of the pusher. - a frame, - a frame pipe fixed to the frame, - equipment for fastening the frame to a trash bin equipped with an openable cover, - a pusher connected to the frame, and - a lever arm for operating the pusher and compacting waste while the trash compactor is fastened to the trash bin, - a pusher pipe, dimensioned in accordance with the frame pipe, fixed to the pusher and arranged axially movable inside the frame pipe, wherein the pusher pipe is supported to the frame pipe, - an intermediate sleeve linked to the lever arm, and - a one-way clutch connected to the lever arm by means of the intermediate sleeve,
A forged beryllium-copper bulk material, the material comprising a weight ratio of Cu 100-(a+b) Be a Co b (0.4%≤a≤2.0%, 0.15%≤b≤2.8%, a+b≤3.5%) or a weight ratio of Cu 100-(c+d) Be c Ni d (0.05%≤c≤0.6%, 1.0%≤d≤2.4%, c+d≤3.0%), wherein Fe, S and P as impurities are limited to be lower than 0.01% in terms of the weight ratio, and wherein the material comprises grains having an average grain size of 2 μm or lower, wherein the grains do not contain a shear band structure crossing a plurality of grains, and have a precipitated phase including the Be precipitated from the Cu, the hardness of the central portion being 0 to 10% higher than that of the front surface, the Vickers hardness of the central portion being 240 or more, the tensile strength being 800 N/mm 2 or more, and the bulk material having uniformity to such an extent that variation in measured values of the tensile strength in arbitrary directions being within 5%.
A rail vehicle having a device for pedestrian protection in the event of a collision with the front of the vehicle, said device being arranged on the underside of the rail vehicle front, the device consisting of at least one structure which can be inflated by means of a gaseous medium in order to remain dimensionally stable during the time it takes to bring the vehicle to a standstill, characterised in that the structure consists of a metallic membrane material which has a mesh-like wire structure, the mesh-like wire structure being formed in one or more layers and having inner and/or outer protective layers (13, 14) made of elastic materials and extending over part or all of the surface area.