mhurhangee/ep-ind-claims huggingface dataset:
Method for setting the printing length of a printed image in a multicolour rotary printing machine, in particular in a flexographic printing machine, having a first format cylinder and at least one further format cylinder, • the format cylinder being set on a common impression cylinder or on a plurality of impression cylinders, over which the printing material is guided, and • the circumferential speed of the first format cylinder being set relative to the circumferential speed of the impression cylinder, • the circumferential speed of the first format cylinder being changed relative to the circumferential speed of the impression cylinder during the running printing operation, • the longitudinal register also being set in the case of each format cylinder the circumferential speed of which is changed, characterized in that in the case of the relevant format cylinder, changing the circumferential speed and setting the longitudinal register are carried out simultaneously, in that an open-loop and closed-loop control program having at least one procedure for controlling the circumferential speed and having at least one procedure for controlling the longitudinal register is used, wherein, at the same time as the call to the procedure for controlling the circumferential speed, which uses the changed value of the circumferential speed as a new set point, the procedure for controlling the longitudinal register is also called. • the format cylinder being set on a common impression cylinder or on a plurality of impression cylinders, over which the printing material is guided, and • the circumferential speed of the first format cylinder being set relative to the circumferential speed of the impression cylinder, • the circumferential speed of the first format cylinder being changed relative to the circumferential speed of the impression cylinder during the running printing operation, • the longitudinal register also being set in the case of each format cylinder the circumferential speed of which is changed,
A physical downlink control channel sending method performed by a base station, wherein the method comprises: sending to a narrowband user equipment, configuration information of a first physical downlink control channel, wherein the configuration information of the first physical downlink control channel is used to indicate manners of sending and receiving the first physical downlink control channel; and sending to the narrowband user equipment, the first physical downlink control channel according to the configuration information of the first physical downlink control channel; wherein the sending configuration information of a first physical downlink control channel comprises: sending scheduling information of a random access response message to be sent on a predefined resource, wherein the scheduling information of the random access response message is used to indicate manners of sending and receiving the random access response message; and sending the random access response message according to the scheduling information of the random access response message, wherein the random access response message carries the configuration information of the first physical downlink control channel. sending to a narrowband user equipment, configuration information of a first physical downlink control channel, wherein the configuration information of the first physical downlink control channel is used to indicate manners of sending and receiving the first physical downlink control channel; and sending to the narrowband user equipment, the first physical downlink control channel according to the configuration information of the first physical downlink control channel; wherein the sending configuration information of a first physical downlink control channel comprises: sending scheduling information of a random access response message to be sent on a predefined resource, wherein the scheduling information of the random access response message is used to indicate manners of sending and receiving the random access response message; and sending the random access response message according to the scheduling information of the random access response message, wherein the random access response message carries the configuration information of the first physical downlink control channel. sending scheduling information of a random access response message to be sent on a predefined resource, wherein the scheduling information of the random access response message is used to indicate manners of sending and receiving the random access response message; and sending the random access response message according to the scheduling information of the random access response message, wherein the random access response message carries the configuration information of the first physical downlink control channel.
A system for delivering a chordae tendineae (206, 306, 336, 406, 506) into a heart of a patient, the system comprising: a delivery catheter (240, 440); a clamp catheter (200, 634) configured to translate through the delivery catheter; a first spreader (204, 304, 404, 620) disposed on the clamp catheter; a first clamp (202, 302, 402, 502, 600) at least partially contained in the first spreader in a closed configuration, the first clamp configured to be bung attached to a first end of the chordae tendineae; an anchor catheter (210, 310, 410) configured to translate through the delivery catheter, the anchor catheter having an anchor (212, 412, 512) configured to be attached to a second end of the chordae tendineae; and a sheath extended over the anchor catheter and anchor, the sheath configured to restrain an arm (214, 602) of the anchor, wherein the anchor catheter and sheath extend through the clamp catheter. a delivery catheter (240, 440); a clamp catheter (200, 634) configured to translate through the delivery catheter; a first spreader (204, 304, 404, 620) disposed on the clamp catheter; a first clamp (202, 302, 402, 502, 600) at least partially contained in the first spreader in a closed configuration, the first clamp configured to be bung attached to a first end of the chordae tendineae; an anchor catheter (210, 310, 410) configured to translate through the delivery catheter, the anchor catheter having an anchor (212, 412, 512) configured to be attached to a second end of the chordae tendineae; and a sheath extended over the anchor catheter and anchor, the sheath configured to restrain an arm (214, 602) of the anchor, wherein the anchor catheter and sheath extend through the clamp catheter.
A curvilinear fan cowl of an aircraft engine made of a composite material having a longitudinal axis parallel to the longitudinal axis of the aircraft; the fan cowl comprising a skin, transverse frames and longitudinal beams (17, 19); the transverse frames being configured with an omega cross-section comprising a cap, two webs (16, 16') and two feet (20, 20'); the longitudinal beams (17, 19) being formed by at least a first part in a zone crossing a transverse frame and at least a second part in a zone not crossing a transverse frame; each first part being configured with an omega cross-section comprising a cap, two webs (30, 30') and two feet (34, 34') and having the same shape as the transverse frames so that it can be superimposed to a transverse frame in their crossing zones; characterized in that: - each second part of the longitudinal beams (17, 19) is configured with an I shaped cross-section comprising a cap, a web and a foot; - the webs of the second parts of the longitudinal beams (17, 19) are arranged in a same plane; - the curvilinear fan cowl is a monolithic ensemble; - the cap of at least one longitudinal beam (17, 19) comprise at least a first portion having a constant width W1 at both sides of the plane of the webs and at least a second portion, configured for being used as an union area of a fitting of the engine, having a width W larger than 2 x W1 along its length and having a variable width for accommodating the change in width between the caps of the central portions of the second parts and the caps of the first parts. - each second part of the longitudinal beams (17, 19) is configured with an I shaped cross-section comprising a cap, a web and a foot; - the webs of the second parts of the longitudinal beams (17, 19) are arranged in a same plane; - the curvilinear fan cowl is a monolithic ensemble; - the cap of at least one longitudinal beam (17, 19) comprise at least a first portion having a constant width W1 at both sides of the plane of the webs and at least a second portion, configured for being used as an union area of a fitting of the engine, having a width W larger than 2 x W1 along its length and having a variable width for accommodating the change in width between the caps of the central portions of the second parts and the caps of the first parts.
Method for testing battery plate packets, comprising of several positive and negative battery plates accommodated in separator pockets, wherein the force necessary for compressing the battery plate packet to a prescribed thickness is measured, characterized in that compression and the measurement of the force required for this purpose are performed while the battery plate packet is moving.
An antibody that binds specifically to the S100A7 protein or of a fragment thereof with capacity for binding to said antigen for use in the prevention and/or treatment of a disease selected from cancer, a disease associated to an undesired angiogenesis, and a disease associated with inflammation.
A device comprising a running roller for a conveyor system, which roller can be rotated about a rotational axis, and a suspension system which supports the running roller and has a fork and an axle pin which penetrates the running roller and is supported by the fork, characterized in that the suspension system further comprises a first and a second clip part which each have a recess, into which a respective end section (7a, 7b) of the axle pin protrudes and which, for connection to the fork, each can be pushed in a push-in direction which lies at a right angle with respect to the rotational axis into a respective push-in track of the fork and can be snapped together with the fork.
A device for a vehicle, the device comprising: a first wireline interface configured to receive a first number of first data streams from a first sensor having a first sensor type for perceiving a surrounding of the vehicle, wherein the first data streams comprise raw sensor data detected by the first sensor representing the surrounding of the vehicle; a second wireline interface configured to receive a second number of second data streams from a second sensor having a second sensor type for perceiving the surrounding of the vehicle, wherein the second data streams comprise raw sensor data detected by the second sensor representing the surrounding of the vehicle; one or more processors configured to generate a coded packet comprising the first number of received first data streams and the second number of received second data streams by employing vector packet coding on the first number of first data streams and the second number of second data streams; and an output wireline interface configured to transmit on a transmission channel with a link capacity the generated coded packet to one or more target units of the vehicle, wherein the one or more processors is further configured to determine the first number and the second number based on a capacity of the link as learned by a machine learning model at the time of transmission. a first wireline interface configured to receive a first number of first data streams from a first sensor having a first sensor type for perceiving a surrounding of the vehicle, wherein the first data streams comprise raw sensor data detected by the first sensor representing the surrounding of the vehicle; a second wireline interface configured to receive a second number of second data streams from a second sensor having a second sensor type for perceiving the surrounding of the vehicle, wherein the second data streams comprise raw sensor data detected by the second sensor representing the surrounding of the vehicle; one or more processors configured to generate a coded packet comprising the first number of received first data streams and the second number of received second data streams by employing vector packet coding on the first number of first data streams and the second number of second data streams; and an output wireline interface configured to transmit on a transmission channel with a link capacity the generated coded packet to one or more target units of the vehicle, wherein the one or more processors is further configured to determine the first number and the second number based on a capacity of the link as learned by a machine learning model at the time of transmission.
A disc mill assembly (200, 800) of a reducing apparatus, said disc mill assembly (200, 800) comprising: a stationary disc having a stationary cutting surface; a rotating disc (500, 1500) having a rotating cutting surface (511, 1511) on a first side (501, 1501) for operative interaction with the stationary cutting surface of the opposed stationary disc, and, a second side (502, 1502) having a rotating air cooling surface in thermal contact with the rotating cutting surface (511, 1511); characterized in that the disc mill assembly (200, 800) comprises a carrying plate (540, 840) having air inlets; an attaching mechanism (430, 930) for operatively attaching the rotating disc (500, 1500) to the carrying plate (540, 840) with the rotating air cooling surface facing the air inlets and axially separated therefrom to permit air flow between said carrying plate (540, 840) and the rotating air cooling surface; wherein, during operation, the carrying plate (540, 840) and rotating disc (500, 1500) rotate, and, air enters through the air inlets and passes between the carrying plate (540, 840) and the rotating air cooling surface, to cool the rotating disc (500, 1500). a stationary disc having a stationary cutting surface; a rotating disc (500, 1500) having a rotating cutting surface (511, 1511) on a first side (501, 1501) for operative interaction with the stationary cutting surface of the opposed stationary disc, and, a second side (502, 1502) having a rotating air cooling surface in thermal contact with the rotating cutting surface (511, 1511); characterized in that the disc mill assembly (200, 800) comprises a carrying plate (540, 840) having air inlets; an attaching mechanism (430, 930) for operatively attaching the rotating disc (500, 1500) to the carrying plate (540, 840) with the rotating air cooling surface facing the air inlets and axially separated therefrom to permit air flow between said carrying plate (540, 840) and the rotating air cooling surface; wherein, during operation, the carrying plate (540, 840) and rotating disc (500, 1500) rotate, and, air enters through the air inlets and passes between the carrying plate (540, 840) and the rotating air cooling surface, to cool the rotating disc (500, 1500).
Lock for locking cabinets or containers, which can be mounted from the outside through an installation opening of a door or flap, consisting of a cylinder housing and a locking cylinder rotatably mounted therein, wherein the locking cylinder can be actuated by means of a key, as well as an electronic lock arranged therein, which is connected to a battery arranged in the cylinder housing, wherein a bottom plate is provided, from which the cylinder housing can be decoupled, wherein the cylinder housing engages over the bottom plate in the mounted state, characterised in that the cylinder housing can be decoupled from the bottom plate by actuating the locking cylinder and that the cylinder housing serves as an operating element.
A uninterruptible power supply, UPS, system comprising: a first enclosure (235; 335; 435) configured to be installed in an information technology, IT, rack; a second enclosure (215A-D; 315A'-D'; 515A'-D') configured to be installed in the IT rack; wherein the second enclosure (215A-D; 315A'-D'; 515A'-D') is separate from the first enclosure (235; 335; 435); at least one uninterruptible power supply, UPS, (480A-D) positioned in the first enclosure (235; 335; 435); and a battery (485A-D) associated with the at least one UPS (480A-D) and positioned in the first enclosure (235; 335; 435); wherein the at least one UPS (480A-D) and the associated battery (485A-D) are configured to provide at least thirty seconds and no more than one minute of backup power to a load connected thereto; wherein the first enclosure (235; 335; 435') does not contain any means for cooling; and wherein the first enclosure (235; 335; 435) is configured to be connected to at least one power distribution unit, PDU, (215A-D; 315A'-D'; 515A'-D') the at least one PDU (215A-D; 315A'-D'; 515A'-D') being positioned in the second enclosure (215A-D; 315A'-D'; 515A'-D'). a first enclosure (235; 335; 435) configured to be installed in an information technology, IT, rack; a second enclosure (215A-D; 315A'-D'; 515A'-D') configured to be installed in the IT rack; wherein the second enclosure (215A-D; 315A'-D'; 515A'-D') is separate from the first enclosure (235; 335; 435); at least one uninterruptible power supply, UPS, (480A-D) positioned in the first enclosure (235; 335; 435); and a battery (485A-D) associated with the at least one UPS (480A-D) and positioned in the first enclosure (235; 335; 435); wherein the at least one UPS (480A-D) and the associated battery (485A-D) are configured to provide at least thirty seconds and no more than one minute of backup power to a load connected thereto; wherein the first enclosure (235; 335; 435') does not contain any means for cooling; and wherein the first enclosure (235; 335; 435) is configured to be connected to at least one power distribution unit, PDU, (215A-D; 315A'-D'; 515A'-D') the at least one PDU (215A-D; 315A'-D'; 515A'-D') being positioned in the second enclosure (215A-D; 315A'-D'; 515A'-D').
A system, comprising: a first ballistic protection layer comprising a non-conductive material to provide ballistic protection; and a second ballistic protection layer abutting the first ballistic protection layer, the second ballistic protection layer comprising: a first battery layer including: an anode layer having opposing first and second surfaces; a cathode layer having opposing first and second surfaces; and an electrolyte layer chemically coupled to the first side of the anode layer and the first side of the cathode layer; a first conductive layer abutting the second side of the anode layer; and a second conductive layer abutting the second side of the cathode layer, wherein the first conductive layer and the second conductive layer comprise steel having a thickness from 0.102cm to 0.318cm. a first ballistic protection layer comprising a non-conductive material to provide ballistic protection; and a second ballistic protection layer abutting the first ballistic protection layer, the second ballistic protection layer comprising: a first battery layer including: an anode layer having opposing first and second surfaces; a cathode layer having opposing first and second surfaces; and an electrolyte layer chemically coupled to the first side of the anode layer and the first side of the cathode layer; a first conductive layer abutting the second side of the anode layer; and a second conductive layer abutting the second side of the cathode layer, wherein the first conductive layer and the second conductive layer comprise steel having a thickness from 0.102cm to 0.318cm. a first battery layer including: an anode layer having opposing first and second surfaces; a cathode layer having opposing first and second surfaces; and an electrolyte layer chemically coupled to the first side of the anode layer and the first side of the cathode layer; a first conductive layer abutting the second side of the anode layer; and a second conductive layer abutting the second side of the cathode layer, wherein the first conductive layer and the second conductive layer comprise steel having a thickness from 0.102cm to 0.318cm. an anode layer having opposing first and second surfaces; a cathode layer having opposing first and second surfaces; and an electrolyte layer chemically coupled to the first side of the anode layer and the first side of the cathode layer; a first conductive layer abutting the second side of the anode layer; and a second conductive layer abutting the second side of the cathode layer, wherein the first conductive layer and the second conductive layer comprise steel having a thickness from 0.102cm to 0.318cm.
A method for manufacturing a turbine engine casing, characterized in that it comprises the steps consisting in: - manufacturing a plurality of sectors, at least a part of the sectors being manufactured by casting and comprising on their surface attaching elements obtained in the casting step, assembling strips being obtained at the ends of the sectors in the step of manufacturing the sectors by casting, via which the sectors can be assembled, and - assembling the sectors end-to-end so as to form a ring of the casing. - manufacturing a plurality of sectors, at least a part of the sectors being manufactured by casting and comprising on their surface attaching elements obtained in the casting step, assembling strips being obtained at the ends of the sectors in the step of manufacturing the sectors by casting, via which the sectors can be assembled, and - assembling the sectors end-to-end so as to form a ring of the casing.
Method for packaging raw fish, comprising the following steps: a) preparing raw fish including at least a step of cleaning said raw fish and a step of putting the raw fish in contact with an auxiliary composition comprising water and salt, said contacting step being performed after said cleaning step; and, b) introducing the prepared raw fish obtained at step a) into a temporary cylindrical envelope of elongated shape, extending along a longitudinal axis, in such a way as to form a bar of prepared and wrapped raw fish, inside which the density of fish is between 0.9 kilogramme per litre and 1.15 kilogramme per litre; and, e) performing the final packaging of the fish into a preservative envelope; said temporary envelop being distinct from the preservative envelope. a) preparing raw fish including at least a step of cleaning said raw fish and a step of putting the raw fish in contact with an auxiliary composition comprising water and salt, said contacting step being performed after said cleaning step; and, b) introducing the prepared raw fish obtained at step a) into a temporary cylindrical envelope of elongated shape, extending along a longitudinal axis, in such a way as to form a bar of prepared and wrapped raw fish, inside which the density of fish is between 0.9 kilogramme per litre and 1.15 kilogramme per litre; and, e) performing the final packaging of the fish into a preservative envelope; said temporary envelop being distinct from the preservative envelope.
A botulinum toxin-human epidermal growth factor fusion protein with increased skin cell proliferation and anti-oxidation effect which consists of the amino acid sequence of SEQ ID NO: 2.