mhurhangee/patent-ind-claim-en huggingface dataset:
Machine tool comprising an operative head and operative means which are connectable with said operative head and configured to perform at least one chip-removal machining operation on a panel (P) or other workpiece, wherein said operative means are relatively movable with respect to said panel (P) or other workpiece and comprise: a rotative tool to perform at least one chip-removal machining operation on said panel (P) or other workpiece; and at least one deflecting element for deflecting the chip material generated by said tool during at least one chip-removal machining operation executed on said panel (P) or other workpiece, said at least one deflecting element being connected with said tool and configured to take a resting position, when said tool is placed, in use, at a distance larger than a predetermined distance with respect to said panel (P) or other workpiece, and an operative position, where said at least one deflecting element receives and deflects said chip material when said tool operates on said panel (P) or other workpiece; wherein said operative means comprise elastic means which are configured to keep said at least one deflecting element , in said resting position, stationary with respect to said tool when said tool is placed at a distance larger than a predetermined distance with respect to said panel (P) or other workpiece, and to keep said at least one deflecting element , in said operative position, in forced contact with said panel (P) or other workpiece when said tool operates on said panel (P) or other workpiece, and wherein said tool comprises a circular cutting blade. a rotative tool to perform at least one chip-removal machining operation on said panel (P) or other workpiece; and at least one deflecting element for deflecting the chip material generated by said tool during at least one chip-removal machining operation executed on said panel (P) or other workpiece, said at least one deflecting element being connected with said tool and configured to take a resting position, when said tool is placed, in use, at a distance larger than a predetermined distance with respect to said panel (P) or other workpiece, and an operative position, where said at least one deflecting element receives and deflects said chip material when said tool operates on said panel (P) or other workpiece; wherein said operative means comprise elastic means which are configured to keep said at least one deflecting element , in said resting position, stationary with respect to said tool when said tool is placed at a distance larger than a predetermined distance with respect to said panel (P) or other workpiece, and to keep said at least one deflecting element , in said operative position, in forced contact with said panel (P) or other workpiece when said tool operates on said panel (P) or other workpiece, and wherein said tool comprises a circular cutting blade.
A hot-rolled steel strip product having a yield strength R p0.2 of at least 840 MPa, yield ratio (R p0.2 /R m ) of more than 0.85 and a thickness of less than 12 mm, whose composition in percentage by weight is C: 0.03-0.08, Si: 0.01-0.8, Mn: 0.8-2.5, Al: 0.01-0.15, Cr: 0.01-2.0, B: 0.0005-0.005, Nb: 0.005-0.07, Ti: 0.005-0.12, N: < 0.01, P: < 0.02, S: < 0.004, and optionally Ca less than 0.01, V less than 0.1, Mo less than 0.5, Cu less than 0.5 and Ni less than 0.5, the rest being Fe and unavoidable impurities, and having a microstructure comprising more than 50% upper bainite in terms of area percentages, wherein an upper limit for total content of martensite, MA-constituents, perlite or polygonal ferrite is 20% in terms of area percentages.
A method of determining whether a natural eyelash of a plurality of natural eyelashes of a subject is suitable for application of an artificial eyelash extension using a computer vision system comprising at least one camera (240; 277) configured to observe the plurality of natural eyelashes , a robotic mechanism configured to probe the plurality of natural eyelashes , and a controller configured to communicate with the robotic mechanism , the method comprising: a) imaging the plurality of natural eyelashes with the computer vision system; b) computing a spatial position of the plurality of natural eyelashes using data acquired from the computer vision system; c) attempting to isolate the natural eyelash located within the spatial position, with the robotic mechanism ; d) imaging the result of the attempt with the computer vision system; e) determining , by computer, if the attempt to isolate the natural eyelash was successful by checking the imaging data of step d) against acceptance criteria; f) if the attempt was successful, determining, by computer, that the natural eyelash is suitable for application of an artificial eyelash extension ; and g) if the attempt was unsuccessful, the previous steps are repeated starting from step a) or step c). a) imaging the plurality of natural eyelashes with the computer vision system; b) computing a spatial position of the plurality of natural eyelashes using data acquired from the computer vision system; c) attempting to isolate the natural eyelash located within the spatial position, with the robotic mechanism ; d) imaging the result of the attempt with the computer vision system; e) determining , by computer, if the attempt to isolate the natural eyelash was successful by checking the imaging data of step d) against acceptance criteria; f) if the attempt was successful, determining, by computer, that the natural eyelash is suitable for application of an artificial eyelash extension ; and g) if the attempt was unsuccessful, the previous steps are repeated starting from step a) or step c).
A roof rack for a motor vehicle, having at least one longitudinally divided roof rack bar extending along the roof of the motor vehicle, being composed of a plurality of individual bars which are fixed to each other, characterized in that the individual bars each have upper and lower sides, wherein the upper side of at least one of the individual bars is placed on the lower side of an adjacent individual bar .
A computer-implemented method for operating an autonomous driving vehicle, the method comprising: identifying a first object of one or more objects that have entered a buffer area predefined relative to an autonomous driving vehicle (ADV); determining a first distance cost based on a first distance between the first object and the ADV, wherein the first distance cost is determined based on a first cost function that is based on a reciprocal function; determining a first relative speed cost based on a first relative speed between the first object and the ADV; determining a first object cost associated with the first object based on a combination of the first distance cost and the first relative speed cost; performing speed planning on a trajectory planned for the ADV based at least in part on the first distance cost and the first relative speed cost; and generating control signals to drive the ADV based on the planned trajectory. identifying a first object of one or more objects that have entered a buffer area predefined relative to an autonomous driving vehicle (ADV); determining a first distance cost based on a first distance between the first object and the ADV, wherein the first distance cost is determined based on a first cost function that is based on a reciprocal function; determining a first relative speed cost based on a first relative speed between the first object and the ADV; determining a first object cost associated with the first object based on a combination of the first distance cost and the first relative speed cost; performing speed planning on a trajectory planned for the ADV based at least in part on the first distance cost and the first relative speed cost; and generating control signals to drive the ADV based on the planned trajectory.
A vehicle condenser including an accumulator and a header tank to which the accumulator is connected in parallelism relationship therewith, wherein said accumulator comprises a tubular container (13; 113, 213; 313) having a side wall (14; 114; 314) extending along a longitudinal axis (z) and having opposite ends , said container further having a fluid inlet and a fluid outlet disposed on the side wall (14; 114; 314) thereof and connected to a condensing section (SC) and a sub-cooling section (SSR) of the condenser, respectively, wherein the condenser in use is disposed in a horizontal arrangement in which the container (13; 113, 213; 313) of the accumulator has a lower part and an upper part with respect to a transverse direction perpendicular to the longitudinal axis (z) of the container (13; 113, 213; 313), wherein the fluid inlet comprises an inlet port formed at the side wall (14; 114; 314) of the container (13; 113, 213; 313), and the fluid outlet comprises an outlet port (18a; 18a') disposed at or close to the side wall (14; 114; 314), at the lower part of the container (13; 113, 213; 313), the condenser being characterized in that one or more connection parts (21, 22, 23; 21'; 21", 22", 23"; 121, 122, 123) are disposed at the side wall (14; 114; 314) of the container (13; 113, 213; 313), said connection parts protruding laterally from the side wall, wherein said connection parts are provided for connecting the accumulator to the header tank of the condenser and creating an air gap between the side wall (14; 114; 314) of the container (13; 113, 213; 313) and the header tank , said fluid inlet and fluid outlet being formed through said connection parts.
Item logistics system, comprising a container for placing boxes , the container having a base on which a frame-type construction, in which boxes are placed, is mounted, the container comprising wheels or other movement enabling technical measures wherein the system comprises an external drive unit, wherein a drive control device is equipped with technical measures allowing the container to change the location according to the given algorithm with artificial intelligence measures, which are mounted in the lower part of the base, the item logistics system comprising a vehicle , a delivery point and a flat connector , wherein the external drive unit is separated from the container , and wherein the external drive unit can connect to a container and thereby change its location, characterized in that the item logistics system comprises rails and guides , wherein the container rests with the wheels or other movement enabling technical measures on the rails and guides installed in the floor of the vehicle and on the floor in the delivery point , and wherein the rails for the container extend through the flat connector used for the automatic exchange of containers between the vehicle and the delivery point . the container having a base on which a frame-type construction, in which boxes are placed, is mounted, the container comprising wheels or other movement enabling technical measures wherein the system comprises an external drive unit, wherein a drive control device is equipped with technical measures allowing the container to change the location according to the given algorithm with artificial intelligence measures, which are mounted in the lower part of the base, the item logistics system comprising a vehicle , a delivery point and a flat connector , wherein the external drive unit is separated from the container , and wherein the external drive unit can connect to a container and thereby change its location, characterized in that the item logistics system comprises rails and guides , wherein the container rests with the wheels or other movement enabling technical measures on the rails and guides installed in the floor of the vehicle and on the floor in the delivery point , and wherein the rails for the container extend through the flat connector used for the automatic exchange of containers between the vehicle and the delivery point .
A method of processing network messages by an accelerated processing device, APD, comprising: receiving a radio frequency, RF, signal; assigning the received RF signal to a single instruction multiple data, SIMD, module in the APD for processing, wherein the APD includes a plurality of SIMD modules and each of the plurality of SIMD modules is assigned to process a different type of physical layer message, wherein the different types of physical layer messages include WiFi, cellular, and GPS physical layer messages; extracting a plurality of physical layer messages from the RF signal in the assigned SIMD module; and processing the extracted plurality of physical layer messages to obtain data transmitted via the RF signal, wherein the plurality of SIMD modules perform parallel processing of the extracted plurality of physical layer messages; wherein a plurality of delayed physical layer messages are combined by the plurality of SIMD modules to improve signal quality. receiving a radio frequency, RF, signal; assigning the received RF signal to a single instruction multiple data, SIMD, module in the APD for processing, wherein the APD includes a plurality of SIMD modules and each of the plurality of SIMD modules is assigned to process a different type of physical layer message, wherein the different types of physical layer messages include WiFi, cellular, and GPS physical layer messages; extracting a plurality of physical layer messages from the RF signal in the assigned SIMD module; and processing the extracted plurality of physical layer messages to obtain data transmitted via the RF signal, wherein the plurality of SIMD modules perform parallel processing of the extracted plurality of physical layer messages; wherein a plurality of delayed physical layer messages are combined by the plurality of SIMD modules to improve signal quality.
Pre-evisceration device for preparing the evisceration of beheaded slaughtered poultry having a carcass with a body cavity having a breast side and a back side , as well as a vent end where the vent is or was located, and at least part of the neck with a neck opening at a neck end thereof, the slaughtered poultry having a viscera pack including heart , lungs, liver, stomach, intestines , trachea and esophagus including crop , including a part of the esophagus and trachea at the neck side of the crop; wherein the viscera pack is to be eviscerated from the vent end; the pre-evisceration device comprises a neck slitting knife (K) for making a neck slit along the neck at the breast side of the poultry; and in that the pre-evisceration device further comprises a pre-evisceration release tool (40; R) for releasing, prior to evisceration, said part of the esophagus and trachea at the neck side of the crop between a position adjacent the crop, at the neck side thereof, and the neck opening, characterized in that the pre-evisceration release tool is adapted to be inserted via the neck slit between the esophagus and trachea and the naturally surrounding tissue, and to be moved along the neck to loosen said at least part of the trachea and esophagus adhering to said neck.
A rechargeable battery comprising: an electrode assembly; a case configured to accommodate the electrode assembly and having an opening at one side thereof; and a cap assembly comprising: a cap plate configured to close and seal the opening of the case , the cap plate having a vent portion and defining a vent opening that is configured to discharge an internal gas generated inside the case to outside of the case , the vent portion comprising: a vent plate disposed along a periphery of the vent opening ; and an electrode terminal at an upper portion of the cap plate and electrically connected to the electrode assembly, wherein the vent plate includes a bending portion that is raised from the vent plate , the vent plate comprises a connecting portion connected to the cap plate and disposed below the vent opening , and a rupture portion enclosed by the bending portion and having a notch , the bending portion is located between an outer periphery of the vent opening and the notch . a distance between a center of the bending portion and an outer periphery of the vent opening is greater than a length of the connecting portion . an electrode assembly; a case configured to accommodate the electrode assembly and having an opening at one side thereof; and a cap assembly comprising: a cap plate configured to close and seal the opening of the case , the cap plate having a vent portion and defining a vent opening that is configured to discharge an internal gas generated inside the case to outside of the case , the vent portion comprising: a vent plate disposed along a periphery of the vent opening ; and an electrode terminal at an upper portion of the cap plate and electrically connected to the electrode assembly, a vent plate disposed along a periphery of the vent opening ; and an electrode terminal at an upper portion of the cap plate and electrically connected to the electrode assembly, wherein the vent plate includes a bending portion that is raised from the vent plate , the vent plate comprises a connecting portion connected to the cap plate and disposed below the vent opening , and a rupture portion enclosed by the bending portion and having a notch , the bending portion is located between an outer periphery of the vent opening and the notch . a distance between a center of the bending portion and an outer periphery of the vent opening is greater than a length of the connecting portion .
A refrigerator comprising: a cabinet forming one of a refrigerator compartment and a freezer compartment; a door including an outer case that constitutes the front surface of the door and formed of a metal material; and a dispenser disposed on the door for dispensing water, wherein the dispenser includes: a recess integrally formed by inwardly recessing the outer case of the door and formed of the same metal material as that of the outer case ; a first cut part formed by cutting the outer case at an upper side of the recess and being naturally opened by forming the recess on the outer case ; a second cut part formed by cutting the outer case at a lower side of the recess and being naturally opened by forming the recess on the outer case , the open depth of the first and second cut parts being determined according to a depth of the recess ; and a dispensing member disposed in the first cut part at the upper side of the recess to dispense drinking water. a cabinet forming one of a refrigerator compartment and a freezer compartment; a door including an outer case that constitutes the front surface of the door and formed of a metal material; and a dispenser disposed on the door for dispensing water, wherein the dispenser includes: a recess integrally formed by inwardly recessing the outer case of the door and formed of the same metal material as that of the outer case ; a first cut part formed by cutting the outer case at an upper side of the recess and being naturally opened by forming the recess on the outer case ; a second cut part formed by cutting the outer case at a lower side of the recess and being naturally opened by forming the recess on the outer case , the open depth of the first and second cut parts being determined according to a depth of the recess ; and a dispensing member disposed in the first cut part at the upper side of the recess to dispense drinking water. a recess integrally formed by inwardly recessing the outer case of the door and formed of the same metal material as that of the outer case ; a first cut part formed by cutting the outer case at an upper side of the recess and being naturally opened by forming the recess on the outer case ; a second cut part formed by cutting the outer case at a lower side of the recess and being naturally opened by forming the recess on the outer case , the open depth of the first and second cut parts being determined according to a depth of the recess ; and a dispensing member disposed in the first cut part at the upper side of the recess to dispense drinking water.
A method of receiving content in a terminal over MPEG media transport protocol, MMTP, the method comprising steps, performed by the terminal, of: transmitting a domain name system, DNS, query message requesting content-related information to a first server; receiving a DNS response message including the content-related information from the first server; receiving the content from a second server based on the content-related information included in the DNS response message, wherein the content-related information includes: a MMT service, SRV, resource record, RR, related to a location of each server for the content including the second server, an address, A, RR including an internet protocol, IP, address of the each server, and, a text, TXT, RR including information related to an IP address range of each terminal, an identifier of each package in the content, an identifier of each asset included in the package, a starting sequence number of a media processing unit, MPU, of each asset, and an end sequence number of the MPU of the each asset. transmitting a domain name system, DNS, query message requesting content-related information to a first server; receiving a DNS response message including the content-related information from the first server; receiving the content from a second server based on the content-related information included in the DNS response message, wherein the content-related information includes: a MMT service, SRV, resource record, RR, related to a location of each server for the content including the second server, an address, A, RR including an internet protocol, IP, address of the each server, and, a text, TXT, RR including information related to an IP address range of each terminal, an identifier of each package in the content, an identifier of each asset included in the package, a starting sequence number of a media processing unit, MPU, of each asset, and an end sequence number of the MPU of the each asset. a MMT service, SRV, resource record, RR, related to a location of each server for the content including the second server, an address, A, RR including an internet protocol, IP, address of the each server, and, a text, TXT, RR including information related to an IP address range of each terminal, an identifier of each package in the content, an identifier of each asset included in the package, a starting sequence number of a media processing unit, MPU, of each asset, and an end sequence number of the MPU of the each asset.