mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for a vehicle-to-vehicle data communication of a motor vehicle, having the following features: A first radio interface for the data communication of the motor vehicle with a further motor vehicle using a first data communication protocol and with a first transmission capacity; a second radio interface for the data communication of the motor vehicle with the further motor vehicle using a second data communication protocol and with a second transmission capacity, wherein the second transmission capacity is greater than the first transmission capacity; and a device, configured to: Obtain data messages about a status of motor vehicles in a surrounding of the motor vehicle via the first radio interface, wherein the data messages comprise pseudonym certificates for a vehicle-to-vehicle data communication, wherein the pseudonym certificates allow temporary identification of the motor vehicles in the surroundings of the motor vehicle, and provide, via the first radio interface, transmission parameters relating to a data communication between the motor vehicle and the further motor vehicle via the second radio interface, based on an addressing of the further motor vehicle based on the pseudonym certificates. A first radio interface for the data communication of the motor vehicle with a further motor vehicle using a first data communication protocol and with a first transmission capacity; a second radio interface for the data communication of the motor vehicle with the further motor vehicle using a second data communication protocol and with a second transmission capacity, wherein the second transmission capacity is greater than the first transmission capacity; and a device, configured to: Obtain data messages about a status of motor vehicles in a surrounding of the motor vehicle via the first radio interface, wherein the data messages comprise pseudonym certificates for a vehicle-to-vehicle data communication, wherein the pseudonym certificates allow temporary identification of the motor vehicles in the surroundings of the motor vehicle, and provide, via the first radio interface, transmission parameters relating to a data communication between the motor vehicle and the further motor vehicle via the second radio interface, based on an addressing of the further motor vehicle based on the pseudonym certificates. Obtain data messages about a status of motor vehicles in a surrounding of the motor vehicle via the first radio interface, wherein the data messages comprise pseudonym certificates for a vehicle-to-vehicle data communication, wherein the pseudonym certificates allow temporary identification of the motor vehicles in the surroundings of the motor vehicle, and provide, via the first radio interface, transmission parameters relating to a data communication between the motor vehicle and the further motor vehicle via the second radio interface, based on an addressing of the further motor vehicle based on the pseudonym certificates.
A device (100; 200; 300; 400) for circulating fluid to a target site within a living body, comprising: a longitudinal member (102; 202; 302; 402) including an inlet lumen configured to supply fluid to the target site and a return lumen (118; 217, 218) configured to withdraw fluid from the target site, the return lumen surrounding the inlet lumen; and a screen (104; 204; 304; 404) coupled to the distal end of the longitudinal member, the screen including a plurality of slots extending therethrough from a radially inner surface forming a radially outer wall of a distal portion of the return lumen to an outer surface thereof, wherein each slot extends along at least a portion of a circumference of the screen and the width of each slot is smaller than a width of the return lumen to ensure that any debris that is able to pass through the screen is too small to occlude the return lumen and wherein the aggregate area of the plurality of slots is greater than the cross-sectional area of the return lumen. a longitudinal member (102; 202; 302; 402) including an inlet lumen configured to supply fluid to the target site and a return lumen (118; 217, 218) configured to withdraw fluid from the target site, the return lumen surrounding the inlet lumen; and a screen (104; 204; 304; 404) coupled to the distal end of the longitudinal member, the screen including a plurality of slots extending therethrough from a radially inner surface forming a radially outer wall of a distal portion of the return lumen to an outer surface thereof, wherein each slot extends along at least a portion of a circumference of the screen and the width of each slot is smaller than a width of the return lumen to ensure that any debris that is able to pass through the screen is too small to occlude the return lumen and wherein the aggregate area of the plurality of slots is greater than the cross-sectional area of the return lumen.
A tether mounting method for an airbag device including an inflator configured to generate gas on a predetermined condition, an airbag having a main body connected to the inflator and a projecting portion projecting from the main body in a predetermined direction, and a retainer configured to store the airbag, the tether mounting method is characterized by: a calculation step of finding a center of gravity (g) of the projecting portion after the completion of inflation; a projection step of determining a projected center of gravity obtained by projecting the calculated center of gravity (g) onto a vehicle-structure-side surface of the projecting portion; and a mounting step of connecting one end of a tether to the projected center of gravity and connecting the other end of the tether to the retainer. a calculation step of finding a center of gravity (g) of the projecting portion after the completion of inflation; a projection step of determining a projected center of gravity obtained by projecting the calculated center of gravity (g) onto a vehicle-structure-side surface of the projecting portion; and a mounting step of connecting one end of a tether to the projected center of gravity and connecting the other end of the tether to the retainer.
An ultrasound imaging apparatus configured for acquiring a two-dimensional, flat image of an elongated, curved region disposed within a curved plane, said apparatus comprising: an ultrasound transducer array for imaging said curved region that is disposed within said curved plane; a localization processor configured for localizing said curved region with respect to said transducer array; an image segmentation module configured for segmenting a centerline of an elongated object containing said curved region; and an ultrasound imaging processor configured for operating said transducer array for said imaging of said curved region, for determining an optimal orientation of a flat image plane by fitting said flat image plane to the centerline of the elongated object by means of a least squares analysis, and for projecting said curved region onto the optimally oriented two-dimensional, flat image plane. an ultrasound transducer array for imaging said curved region that is disposed within said curved plane; a localization processor configured for localizing said curved region with respect to said transducer array; an image segmentation module configured for segmenting a centerline of an elongated object containing said curved region; and an ultrasound imaging processor configured for operating said transducer array for said imaging of said curved region, for determining an optimal orientation of a flat image plane by fitting said flat image plane to the centerline of the elongated object by means of a least squares analysis, and for projecting said curved region onto the optimally oriented two-dimensional, flat image plane.
Device for folding and/or creasing of cardboard articles, comprising a charging unit with a lateral stop, a folding device which is designed to fold cardboard articles coming from the charging unit, wherein the folding device is designed to carry out folding while passing through in a first conveying direction and the lateral stop is designed to align the cardboard articles transversely to the first conveying direction, wherein the stop and the folding device can be adjusted with respect to one another so that the cardboard articles in the first conveying direction are introduced into the folding device in a defined position, and the folding device is provided with at least two preferably linearly movable shuttle devices which are designed to grip the cardboard articles from below, characterised in that the shuttle devices are arranged one behind another in the first conveying direction and are designed to mutually deliver the cardboard article.
A method for receiving packets in a wireless network according to one or more IEEE 802.1x specifications, the method comprising: communicating at a first data rate via a channel using a physical layer module, wherein the channel includes (i) a first sub-channel and (ii) a second sub-channel of the channel; receiving, using the physical layer module, a first packet including a first preamble transmitted at the first data rate via (i) the first sub-channel and (ii) the second sub-channel, wherein the first preamble includes (i) a first short training field having a first periodicity and (ii) a first remainder; receiving, using the physical layer module, a second packet including a second preamble transmitted at a second data rate via (i) the first sub-channel or (ii) the second sub-channel, wherein the second data rate is less than the first data rate, wherein the second preamble includes (i) a second short training field having a second periodicity and (ii) a second remainder, wherein the second periodicity is equal to the first periodicity divided by an integer greater than or equal to one, and wherein the first remainder is different than the second remainder; and processing (i) the first preamble transmitted at the first data rate and (ii) at least a portion of the second preamble transmitted at the second data rate. communicating at a first data rate via a channel using a physical layer module, wherein the channel includes (i) a first sub-channel and (ii) a second sub-channel of the channel; receiving, using the physical layer module, a first packet including a first preamble transmitted at the first data rate via (i) the first sub-channel and (ii) the second sub-channel, wherein the first preamble includes (i) a first short training field having a first periodicity and (ii) a first remainder; receiving, using the physical layer module, a second packet including a second preamble transmitted at a second data rate via (i) the first sub-channel or (ii) the second sub-channel, wherein the second data rate is less than the first data rate, wherein the second preamble includes (i) a second short training field having a second periodicity and (ii) a second remainder, wherein the second periodicity is equal to the first periodicity divided by an integer greater than or equal to one, and wherein the first remainder is different than the second remainder; and processing (i) the first preamble transmitted at the first data rate and (ii) at least a portion of the second preamble transmitted at the second data rate.
A ferrite waveguide circulator, comprising: a waveguide structure having an internal cavity, the waveguide structure including a plurality of ports (205, 206, 207) extending from the internal cavity; at least one ferrite element disposed in the internal cavity, said ferrite element including a center part and three legs extending from said center part, each of said three legs having a length dimension, a height dimension, and a width dimension, wherein the length dimension is parallel to the direction of propagation of a signal through the leg of the ferrite element, the height dimension and the width dimension are perpendicular to the direction of propagation of a signal through the leg of the ferrite element, and the height dimension is larger than the width dimension, each of said three legs of the ferrite element having at least two side surfaces and one face surface, wherein said side surfaces extend along the length dimension and the height dimension and the face surface extends along the height dimension and the width dimension; a plurality of thermally-conductive dielectric attachments, wherein at least one thermally-conductive dielectric attachment (210, 310, 410, 510) in the plurality of thermally-conductive dielectric attachments is affixed to at least one of said side surfaces of the ferrite element; and a dielectric transformer, wherein at least one other thermally-conductive dielectric attachment (220; 420; 520) is affixed to said face surface so as to be located between said face surface and said dielectric transformer. a waveguide structure having an internal cavity, the waveguide structure including a plurality of ports (205, 206, 207) extending from the internal cavity; at least one ferrite element disposed in the internal cavity, said ferrite element including a center part and three legs extending from said center part, each of said three legs having a length dimension, a height dimension, and a width dimension, wherein the length dimension is parallel to the direction of propagation of a signal through the leg of the ferrite element, the height dimension and the width dimension are perpendicular to the direction of propagation of a signal through the leg of the ferrite element, and the height dimension is larger than the width dimension, each of said three legs of the ferrite element having at least two side surfaces and one face surface, wherein said side surfaces extend along the length dimension and the height dimension and the face surface extends along the height dimension and the width dimension; a plurality of thermally-conductive dielectric attachments, wherein at least one thermally-conductive dielectric attachment (210, 310, 410, 510) in the plurality of thermally-conductive dielectric attachments is affixed to at least one of said side surfaces of the ferrite element; and a dielectric transformer, wherein at least one other thermally-conductive dielectric attachment (220; 420; 520) is affixed to said face surface so as to be located between said face surface and said dielectric transformer.
Method of monitoring and assessing an industrial installation driven by a programmable controller by means of instructions programmed in a user program of said controller, said user program comprising internal variables for coordinating the execution of said instructions at every indefinitely repeated cycle turn (TCi) of said controller, allowing the operation of at least a section of said industrial installation., method characterized in that one implants at least one specific monitoring module (MSy) in the said user program of controller at at least one chosen location, one assigns to said specific monitoring module (MSy) at least one internal variable (V1 to Vn) to be monitored, one implants said at least one specific monitoring module (MSy) after the writing of said at least one variable (V1 to Vn) to be monitored in said user program, and preferably immediately after its writing, said at least one variable (V1 to Vn) to be monitored being chosen in the group including the Boolean variables, the numerical variables, the complex variables of the character string type, and in that, during the execution of the instructions in an instantaneous cycle turn (TCi), said at least one specific monitoring module (MSy), when it is activated and executed by said user program, reads in real-time by means of a reading unit the logic state of said at least one variable (V1 to Vn) in said instantaneous cycle turn (TCi), compares by means of a control unit the logic state of said at least one variable (V1 to Vn) of said instantaneous cycle turn (TCi) with the previously recorded logic state of this same variable (V1 to Vn) of the previous cycle turn (TCi-1), and only in case of a change of said logic state, it reads by means of a time-stamping unit time data (Tj) corresponding to the instantaneous cycle turn (TCi) and records by a recording unit the new read logic state of said at least one variable (V1 to Vn) associated to the said time data (Tj) of said instantaneous cycle turn (TCi) forming at least one metadata in a global memory unit (UM_G) of controller, and in that one analyses with a dedicated assessment device the said at least one metadata recorded in said global memory unit (UM_G) of controller to visualize in real-time the operation of said user program and/or of said industrial installation and identify a possible malfunction in said user program and/or in said industrial installation.
Solid anhydrous composition comprising: 1) at least particles comprising a core containing at least one beneficial agent and a shell surrounding the core; the said shell comprising at least one hydrophobic-modified polysaccharide chosen from starch C 5 -C 20 -alkenyl succinate and at least one water-soluble carbohydrate chosen from maltodextrins having a Dextrose Equivalent ranging from 4 to 20; the said particles simultaneously exhibiting a poured powder density ranging from 300.0 g/l to 600.0 g/l and an absolute density of greater than 1.0; the particles being spherical and having a number-average diameter ranging from 1 to 30 μm and a volume-average diameter ranging from 5 to 150 μm; and 2) at least one structuring agent. 1) at least particles comprising a core containing at least one beneficial agent and a shell surrounding the core; the said shell comprising at least one hydrophobic-modified polysaccharide chosen from starch C 5 -C 20 -alkenyl succinate and at least one water-soluble carbohydrate chosen from maltodextrins having a Dextrose Equivalent ranging from 4 to 20; the said particles simultaneously exhibiting a poured powder density ranging from 300.0 g/l to 600.0 g/l and an absolute density of greater than 1.0; the particles being spherical and having a number-average diameter ranging from 1 to 30 μm and a volume-average diameter ranging from 5 to 150 μm; and 2) at least one structuring agent.
A galvanically isolating integrated optocoupler circuit comprising: a silicon-on-insulator substrate having a silicon layer on a buried insulator layer; first and second circuits located in the silicon layer and respectively configured to operate at voltages that are at least an order of magnitude different from one another; a local oxidation of silicon, LOCOS, insulator in a portion of the silicon layer, the LOCOS insulator and the buried insulator layer being configured to galvanically isolate the first circuit from the second circuit; and an optocoupler including: a transmitter circuit electrically connected to one of the first and second circuits, and configured to transmit an optical signal based upon an electrical signal received from the one of the first and second circuits; a receiver circuit electrically connected to the other one of the first and second circuits, and configured to receive the optical signal communicated from the transmitter circuit and to communicate an electrical signal to the other one of the first and second circuits, based upon the received optical signal, and a SiN waveguide formed on the LOCOS insulator for optically coupling the transmitter circuit and the receiver circuit thereby to facilitate communications between them. a silicon-on-insulator substrate having a silicon layer on a buried insulator layer; first and second circuits located in the silicon layer and respectively configured to operate at voltages that are at least an order of magnitude different from one another; a local oxidation of silicon, LOCOS, insulator in a portion of the silicon layer, the LOCOS insulator and the buried insulator layer being configured to galvanically isolate the first circuit from the second circuit; and an optocoupler including: a transmitter circuit electrically connected to one of the first and second circuits, and configured to transmit an optical signal based upon an electrical signal received from the one of the first and second circuits; a receiver circuit electrically connected to the other one of the first and second circuits, and configured to receive the optical signal communicated from the transmitter circuit and to communicate an electrical signal to the other one of the first and second circuits, based upon the received optical signal, and a SiN waveguide formed on the LOCOS insulator for optically coupling the transmitter circuit and the receiver circuit thereby to facilitate communications between them. a transmitter circuit electrically connected to one of the first and second circuits, and configured to transmit an optical signal based upon an electrical signal received from the one of the first and second circuits; a receiver circuit electrically connected to the other one of the first and second circuits, and configured to receive the optical signal communicated from the transmitter circuit and to communicate an electrical signal to the other one of the first and second circuits, based upon the received optical signal, and a SiN waveguide formed on the LOCOS insulator for optically coupling the transmitter circuit and the receiver circuit thereby to facilitate communications between them.
A turbine engine unit comprising: ∘ an inter-turbine housing comprising: ∘ a hub comprising a bearing holder, ∘ a ferrule extending around and at a distance from the hub, ∘ at least one arm extending radially between the hub and the ferrule, • at least one lead-through for lubricating the bearing holder, the lead-through comprising a first pipe having: ∘ an end portion that can be screwed to the hub to put the first pipe into fluid communication with the bearing holder, ∘ an intermediate portion attached to the end portion placed inside the arm when the end portion is screwed to the hub, characterized in that said pipe comprises a tightening portion integral with the end portion and suitable to be driven in rotation by a gripping tool, the tightening portion is situated between the end portion that can be screwed and the intermediate portion. ∘ an inter-turbine housing comprising: ∘ a hub comprising a bearing holder, ∘ a ferrule extending around and at a distance from the hub, ∘ at least one arm extending radially between the hub and the ferrule, ∘ a hub comprising a bearing holder, ∘ a ferrule extending around and at a distance from the hub, ∘ at least one arm extending radially between the hub and the ferrule, • at least one lead-through for lubricating the bearing holder, the lead-through comprising a first pipe having: ∘ an end portion that can be screwed to the hub to put the first pipe into fluid communication with the bearing holder, ∘ an intermediate portion attached to the end portion placed inside the arm when the end portion is screwed to the hub, ∘ an end portion that can be screwed to the hub to put the first pipe into fluid communication with the bearing holder, ∘ an intermediate portion attached to the end portion placed inside the arm when the end portion is screwed to the hub,
A pharmaceutical composition, comprising a PEGylated soluble human hyaluronidase glycoprotein in a pharmaceutical carrier, wherein: the pharmaceutical composition is formulated for use in intravenous administration; the hyaluronidase contains three to six PEG moieties per polypeptide; the hyaluronidase is neutral active; the hyaluronidase is soluble; and the hyaluronidase is a glycoprotein containing at least one N-linked sugar moiety, wherein the N-linked sugar moiety is covalently attached to an asparagine residue of the polypeptide. the pharmaceutical composition is formulated for use in intravenous administration; the hyaluronidase contains three to six PEG moieties per polypeptide; the hyaluronidase is neutral active; the hyaluronidase is soluble; and the hyaluronidase is a glycoprotein containing at least one N-linked sugar moiety, wherein the N-linked sugar moiety is covalently attached to an asparagine residue of the polypeptide.