mhurhangee/patent-ind-claim-en huggingface dataset:
A plugging-type resin cap, comprising: a cap top surface , a skirt wall extending vertically downward from a circumferential edge of the cap top surface; an engagement rib formed along an inner side surface of the skirt wall; and a restraining band tightening the skirt wall, the plugging-type resin cap being characterized by : a tab and engagement projections , wherein the restraining band has an arcuate restraining portion , stoppers , and an upwardly projecting portion , the stoppers are formed to extend radially outward from circumferential both ends of the restraining portion, the upwardly projecting portion has two projecting pieces formed to extend upward from the circumferential both ends of the restraining portion and a joint joining the two projecting pieces together, the tab has a tab main body formed over an outer side surface of the skirt wall and a hold portion provided under the tab main body, the engagement projections are provided over the outer side surface of the skirt wall to be separate from the tab main body, and the stoppers and the engagement projections are formed to be fittable with each other. a cap top surface , a skirt wall extending vertically downward from a circumferential edge of the cap top surface; an engagement rib formed along an inner side surface of the skirt wall; and a restraining band tightening the skirt wall, the plugging-type resin cap being characterized by : a tab and engagement projections , wherein the restraining band has an arcuate restraining portion , stoppers , and an upwardly projecting portion , the stoppers are formed to extend radially outward from circumferential both ends of the restraining portion, the upwardly projecting portion has two projecting pieces formed to extend upward from the circumferential both ends of the restraining portion and a joint joining the two projecting pieces together, the tab has a tab main body formed over an outer side surface of the skirt wall and a hold portion provided under the tab main body, the engagement projections are provided over the outer side surface of the skirt wall to be separate from the tab main body, and the stoppers and the engagement projections are formed to be fittable with each other. a tab and engagement projections , wherein the restraining band has an arcuate restraining portion , stoppers , and an upwardly projecting portion , the stoppers are formed to extend radially outward from circumferential both ends of the restraining portion, the upwardly projecting portion has two projecting pieces formed to extend upward from the circumferential both ends of the restraining portion and a joint joining the two projecting pieces together, the tab has a tab main body formed over an outer side surface of the skirt wall and a hold portion provided under the tab main body, the engagement projections are provided over the outer side surface of the skirt wall to be separate from the tab main body, and the stoppers and the engagement projections are formed to be fittable with each other.
A laminate for a blister package , comprising, in the following order, a substrate layer , an aluminum foil layer , a reinforcing layer , a barrier film layer and an absorbing layer , wherein the barrier film layer contains a silica vapor-deposited film, aluminum vapor-deposited film, alumina vapor-deposited film, silica-alumina vapor-deposited film, vinylidene chloride-coated film, polyvinylidene fluoride-coated film or a combination thereof.
A blowout panel for use in an aircraft evacuation system, the blowout panel comprising: a cover having a first bracket mount disposed proximate a first edge of the cover; a first bracket disposed proximate a second edge of the cover, the second edge extending orthogonal from the first edge and forming a first corner of the cover, the first bracket comprising: a mating portion coupled to the first bracket mount; a flange extending from the mating portion toward the first edge of the cover; a curved portion extending from the flange away from the cover; and a lip portion extending from the curved portion toward the first edge of the cover; a second bracket disposed adjacent to the first bracket, the cover configured to pivot about a hinge line at least partially defined by the lip portion of the first bracket and the second bracket in response to an evacuation slide being released; and a first plate disposed adjacent to the first bracket at a first width from the second edge, the first bracket being the first width from the second edge, the first plate configured to receive a ball lock . a cover having a first bracket mount disposed proximate a first edge of the cover; a first bracket disposed proximate a second edge of the cover, the second edge extending orthogonal from the first edge and forming a first corner of the cover, the first bracket comprising: a mating portion coupled to the first bracket mount; a flange extending from the mating portion toward the first edge of the cover; a curved portion extending from the flange away from the cover; and a lip portion extending from the curved portion toward the first edge of the cover; a second bracket disposed adjacent to the first bracket, the cover configured to pivot about a hinge line at least partially defined by the lip portion of the first bracket and the second bracket in response to an evacuation slide being released; and a first plate disposed adjacent to the first bracket at a first width from the second edge, the first bracket being the first width from the second edge, the first plate configured to receive a ball lock . a mating portion coupled to the first bracket mount; a flange extending from the mating portion toward the first edge of the cover; a curved portion extending from the flange away from the cover; and a lip portion extending from the curved portion toward the first edge of the cover; a second bracket disposed adjacent to the first bracket, the cover configured to pivot about a hinge line at least partially defined by the lip portion of the first bracket and the second bracket in response to an evacuation slide being released; and a first plate disposed adjacent to the first bracket at a first width from the second edge, the first bracket being the first width from the second edge, the first plate configured to receive a ball lock .
A camera device comprising: at least one camera module ; a circuit board having a function of processing an image captured by the camera module ; a case that integrally contains the camera module and the circuit board along at least the circuit board ; a plurality of first ribs formed so as to extend along a direction perpendicular to an optical axis of the camera module and to have a portion with a height from the case lower than a height at a position close to the camera module , the plurality of first ribs being disposed on a face of the case along the circuit board outside the case; and a plurality of second ribs formed so as to intersect with the plurality of first ribs ; wherein the camera module is a pair of left and right camera modules, and the plurality of first ribs is formed so as to extend along a direction along a straight line passing through the pair of left and right camera modules , the plurality of first ribs having a height, from the case, that is lowest between the pair of left and right camera modules as the first ribs are away from the pair of left and right camera modules ; characterized in that the camera device is further comprising a signal processing element that is mounted on the circuit board , and that processes an image captured by the pair of left and right camera modules , wherein the plurality of first ribs has heights, from the case, that are lowered toward a position where the signal processing element is disposed. at least one camera module ; a circuit board having a function of processing an image captured by the camera module ; a case that integrally contains the camera module and the circuit board along at least the circuit board ; a plurality of first ribs formed so as to extend along a direction perpendicular to an optical axis of the camera module and to have a portion with a height from the case lower than a height at a position close to the camera module , the plurality of first ribs being disposed on a face of the case along the circuit board outside the case; and a plurality of second ribs formed so as to intersect with the plurality of first ribs ; wherein the camera module is a pair of left and right camera modules, and the plurality of first ribs is formed so as to extend along a direction along a straight line passing through the pair of left and right camera modules , the plurality of first ribs having a height, from the case, that is lowest between the pair of left and right camera modules as the first ribs are away from the pair of left and right camera modules ; characterized in that the camera device is further comprising a signal processing element that is mounted on the circuit board , and that processes an image captured by the pair of left and right camera modules , wherein the plurality of first ribs has heights, from the case, that are lowered toward a position where the signal processing element is disposed.
A die-washing machine for washing dies for pasta, comprising: at least one seat for a die to be washed; at least a first nozzle (35; 37) arranged and configured to project at least one jet of a washing liquid against a first side (3A; 3B) of a die to be washed; a moving system to move the die with respect to the nozzles with at least one of a rotation movement and a translation movement; a pumping system (51-63) to supply washing liquid to the first nozzle; wherein the pumping system is configured to supply the washing liquid to the first nozzle under a first pressure (P1; P2); characterized in that : at least a second nozzle (37; 35) is arranged and configured to project at least one jet of washing liquid against a second side of the die , the first nozzle and the second nozzle being oriented in opposite directions; and the pumping system is configured to supply the washing liquid to the second nozzle under a second pressure (P2; P1), the first pressure and the second pressure being different from one another.
An ultrasonic surgical blade comprising a blade body and a shank , said shank being fixed at one end to said blade body and operatively connectable at an opposite end to a source of ultrasonic vibrations, said shank having a longitudinal axis , said blade body including an elongate portion oriented parallel to said axis and a distal end portion at an end of said elongate portion opposite said shank , said distal end portion having a first cutting edge facing in a distal direction away from said shank , said elongate portion having a second cutting edge facing laterally away from said axis , said blade body being eccentrically disposed relative to said axis _in that the elongate portion is disposed entirely to one side of the axis , said blade body and said shank defining a cutout or recess between said shank at a proximal end and said distal end portion , said distal end portion being provided with a notch at a distal end of the cutout or recess and facing in a proximal direction toward said shank and a liquid distribution surface for delivering irrigating and cooling liquid to said first cutting edge , said shank being formed with a longitudinal bore or channel communicating directly with the cutout or recess at a proximal end thereof for delivering irrigating and cooling liquid to said recess for distribution to said liquid distribution surface .
A mobile device (105; 205; 305; 405) comprising: a plurality of applications (108-114; 208-214; 308-314; 408-414) configured to handle auto-identification data, a communication interface , a reader circuit (104; 204; 304; 404) configured to implement at least one auto-identification protocol, a processor configured to implement operating system instructions, the operating system instructions configured to cause the processor to receive context data, characterized in that the context data includes a list of the plurality of applications (108-114; 208-214; 308-314; 408-414) stored on the mobile device (105; 205; 305; 405), receive auto-identification data from the reader circuit (104; 204; 304; 404), send at least the auto-identification data and the context data to a server via the communication interface , receive one of the plurality of storage formats via the communication interface that was selected based on the auto-identification data and the context data, and identify and launch one of the plurality of applications based on the received storage format. a plurality of applications (108-114; 208-214; 308-314; 408-414) configured to handle auto-identification data, a communication interface , a reader circuit (104; 204; 304; 404) configured to implement at least one auto-identification protocol, a processor configured to implement operating system instructions, the operating system instructions configured to cause the processor to receive context data, characterized in that the context data includes a list of the plurality of applications (108-114; 208-214; 308-314; 408-414) stored on the mobile device (105; 205; 305; 405), receive auto-identification data from the reader circuit (104; 204; 304; 404), send at least the auto-identification data and the context data to a server via the communication interface , receive one of the plurality of storage formats via the communication interface that was selected based on the auto-identification data and the context data, and identify and launch one of the plurality of applications based on the received storage format.
A spring assembly for an administration device, comprising a spring in the form of a drive or coil spring, a spring shaft for mounting on a pre-assembled drive unit of the administration device, wherein the drive unit includes a spring receiving means and a drive member arranged moveably in the spring receiving means, wherein the spring shaft includes a fixedly mounted flange , where an inner end of the spring is at least non-rotatably fitted to the spring shaft , a spring sleeve which at least partially surrounds the peripheral region of the spring , wherein the outer end of the spring is non-rotatably connected to the spring sleeve , a disc-like spring sleeve cover which can be fixedly mounted to the spring sleeve or the spring shaft , wherein the plate diameter of the spring sleeve cover is equal to or less than that of the spring sleeve , wherein the spring shaft defines an axis which has a proximal end and a distal end and the flange and the spring sleeve cover extend radially away from the axis, wherein the flange is arranged in the proximity of the distal end of the spring shaft , characterised in that arranged at the periphery of the flange is at least one radial abutment , and arranged at the spring sleeve in complementary relationship with the at least one radial abutment is at least one blocking means in the form of a locking snap member so that upon engagement of the locking snap member and the radial abutment the spring sleeve and the spring shaft are releasably non-rotationally secured relative to each other, wherein the spring is prestressed in the spring assembly so that a torque is exerted on the spring shaft or the spring sleeve , wherein a spring stressing of the prestressed spring can be held by the non-rotational securing action, wherein the non-rotational securing action can be released by a movement of the locking snap member so that in a released position a relative rotation is possible between the spring shaft and the spring sleeve so that the torque can be passed from the spring to outside the spring assembly .
A system, comprising: a plurality of storage nodes implementing a distributed storage system, wherein the distributed storage system is configured to implement log-structured data storage for a database, wherein the plurality of storage nodes connect to a database system over a network, wherein a plurality of redo log records of the log-structured data storage have been previously received at the plurality of storage nodes from the database system over the network, wherein each of the plurality of redo log records describes a change to data stored for the database among the plurality of storage nodes; a database head node implementing the database system, wherein the database head node is to perform a recovery from a database head node failure comprising: establishing connections over the network with the plurality of storage nodes; and providing access to the database for one or more access requests without replaying of the redo log records. a plurality of storage nodes implementing a distributed storage system, wherein the distributed storage system is configured to implement log-structured data storage for a database, wherein the plurality of storage nodes connect to a database system over a network, wherein a plurality of redo log records of the log-structured data storage have been previously received at the plurality of storage nodes from the database system over the network, wherein each of the plurality of redo log records describes a change to data stored for the database among the plurality of storage nodes; a database head node implementing the database system, wherein the database head node is to perform a recovery from a database head node failure comprising: establishing connections over the network with the plurality of storage nodes; and providing access to the database for one or more access requests without replaying of the redo log records. establishing connections over the network with the plurality of storage nodes; and providing access to the database for one or more access requests without replaying of the redo log records.
A Multipath Transmission Control Protocol, MPTCP, client device (102; 700; 800) for transporting User Datagram Protocol, UDP, packets over an MPTCP connection , the MPTCP client device being operative to: receive, from a UDP client, a request for establishing an MPTCP connection for transporting UDP packets between the MPTCP client device and an MPTCP server device (103; 700; 800), establish (311-313, 341-344; 411-413) the MPTCP connection, wherein information identifying one or more selected transport control functions comprising ordered delivery, retransmission of lost packets, flow control, and congestion control, is transmitted to the MPTCP server during the establishment of the MPTCP connection, which selected transport control functions are to be applied to UDP packets which are transported over the MPTCP connection, and apply the one or more selected transport control functions to UDP packets which are transported (331-335, 351-355, 361-365; 431-435, 451-455, 461-465) over the MPTCP connection. receive, from a UDP client, a request for establishing an MPTCP connection for transporting UDP packets between the MPTCP client device and an MPTCP server device (103; 700; 800), establish (311-313, 341-344; 411-413) the MPTCP connection, wherein information identifying one or more selected transport control functions comprising ordered delivery, retransmission of lost packets, flow control, and congestion control, is transmitted to the MPTCP server during the establishment of the MPTCP connection, which selected transport control functions are to be applied to UDP packets which are transported over the MPTCP connection, and apply the one or more selected transport control functions to UDP packets which are transported (331-335, 351-355, 361-365; 431-435, 451-455, 461-465) over the MPTCP connection.
A method of determining a location of a mobile device, comprising: defining a target region , hereinafter "target", having a polygonal or circular shape; defining a plurality of zones (zone 1, zone 2, zone 3), each of the zones defining a region of space that is a respective predetermined distance from the target; defining a respective locational accuracy criterion for each of the plurality of zones, wherein in zones closer to the target the locational accuracy of the mobile device is higher than the locational accuracy in zones farther from the target; defining a respective locational update frequency for each of the plurality of zones, wherein in zones closer to the target a location of the mobile device is updated in response to less moved distance of the mobile device than in zones farther from the target; determining in which of the plurality of zones a mobile device is located ; selecting the locational accuracy criterion based on the determined zone ; determining a location of the mobile device according to the selected locational accuracy; selecting the locational update frequency based on the determined zone ; updating the location of the mobile device according to the selected locational update frequency; upon entry into the target region sending an incentive associated with a business establishment located within or associated with the target region to the mobile device; and designating the target as having been entered to prevent repeatedly sending the incentive message to the mobile device. defining a target region , hereinafter "target", having a polygonal or circular shape; defining a plurality of zones (zone 1, zone 2, zone 3), each of the zones defining a region of space that is a respective predetermined distance from the target; defining a respective locational accuracy criterion for each of the plurality of zones, wherein in zones closer to the target the locational accuracy of the mobile device is higher than the locational accuracy in zones farther from the target; defining a respective locational update frequency for each of the plurality of zones, wherein in zones closer to the target a location of the mobile device is updated in response to less moved distance of the mobile device than in zones farther from the target; determining in which of the plurality of zones a mobile device is located ; selecting the locational accuracy criterion based on the determined zone ; determining a location of the mobile device according to the selected locational accuracy; selecting the locational update frequency based on the determined zone ; updating the location of the mobile device according to the selected locational update frequency; upon entry into the target region sending an incentive associated with a business establishment located within or associated with the target region to the mobile device; and designating the target as having been entered to prevent repeatedly sending the incentive message to the mobile device.