mhurhangee/ep-ind-claims huggingface dataset:
A robot-enabled method of picking cases in a storage facility, the method comprising: providing a robotic vehicle (610, 130) having a processor configured to access a memory (316, 318), and a load platform, the robotic vehicle (610, 130) having access to an electronically stored representation of the storage facility, characterized in that the representation includes locations within the storage facility for storing items arranged as pick faces (PICK FACE 0, 1, 5, 6), wherein each pick face is a location designated for storage of one or more products; generating a pick list from an order, the pick list providing identifications of items to be picked from a plurality of different pick faces to fulfill the order; determining from the pick list the plurality of different pick faces associated with the items; electronically generating a route within the storage facility that includes the plurality of different pick faces; and the robotic vehicle (610, 130) iteratively navigating itself along the route and automatically stopping or slowing at each of the plurality of different pick faces to enable loading of the items from the pick list onto the load platform. providing a robotic vehicle (610, 130) having a processor configured to access a memory (316, 318), and a load platform, the robotic vehicle (610, 130) having access to an electronically stored representation of the storage facility, characterized in that the representation includes locations within the storage facility for storing items arranged as pick faces (PICK FACE 0, 1, 5, 6), wherein each pick face is a location designated for storage of one or more products; generating a pick list from an order, the pick list providing identifications of items to be picked from a plurality of different pick faces to fulfill the order; determining from the pick list the plurality of different pick faces associated with the items; electronically generating a route within the storage facility that includes the plurality of different pick faces; and the robotic vehicle (610, 130) iteratively navigating itself along the route and automatically stopping or slowing at each of the plurality of different pick faces to enable loading of the items from the pick list onto the load platform.
In a mobile device configured to communicate with one or more other devices over a network via one or more wireless access points, a method for facilitating traversal of a network address translator, the method comprising: estimating a direction of travel for the mobile device; using the estimated direction of travel to predict one or more wireless access points (WAP1, WAP2, WAP3) that the mobile device is likely to encounter; and a) determining information regarding behaviour of one or more NATs associated with the predicted one or more wireless access points that the mobile device is likely to encounter with the mobile device; and storing the information in such a way that the information is retrievable by one or more other devices or using the information to traverse one or more of the NATs; or b) retrieving information regarding behaviour of one or more NATs associated with the predicted one or more wireless access points that the mobile device is likely to encounter and using the information to traverse one or more of the NATs; or c) both a) and b). estimating a direction of travel for the mobile device; using the estimated direction of travel to predict one or more wireless access points (WAP1, WAP2, WAP3) that the mobile device is likely to encounter; and a) determining information regarding behaviour of one or more NATs associated with the predicted one or more wireless access points that the mobile device is likely to encounter with the mobile device; and storing the information in such a way that the information is retrievable by one or more other devices or using the information to traverse one or more of the NATs; or b) retrieving information regarding behaviour of one or more NATs associated with the predicted one or more wireless access points that the mobile device is likely to encounter and using the information to traverse one or more of the NATs; or c) both a) and b). a) determining information regarding behaviour of one or more NATs associated with the predicted one or more wireless access points that the mobile device is likely to encounter with the mobile device; and storing the information in such a way that the information is retrievable by one or more other devices or using the information to traverse one or more of the NATs; or b) retrieving information regarding behaviour of one or more NATs associated with the predicted one or more wireless access points that the mobile device is likely to encounter and using the information to traverse one or more of the NATs; or c) both a) and b).
A method for rapid acquisition of multicast realtime transport protocol sessions, RAMS, comprising the steps of: receiving, by a unicast server, a multicast rapid acquisition control request signaling transmitted by a media client, wherein the control request signaling comprises synchronization request information; determining, by the unicast server, that the media client performs data synchronization according to the synchronization request information in the control request signaling; determining, by the unicast server, synchronization response information for the media client to perform a data synchronization according to a time difference between stored play time of a random access point and a current time, wherein the synchronization response information comprises: play speed information of a unicast media stream and play duration of the unicast media stream; generating a multicast rapid acquisition control response signaling by the unicast server, wherein the control response signaling comprises: the synchronization response information and multicast acquisition information; and transmitting, by the unicast server, the control response signaling and a stored media stream to the media client in a unicast way so that the media client sets the play speed and the play duration for playing the unicast media stream; and the stored media stream comprises a random access point transmitted in a multicast way by a multicast server. receiving, by a unicast server, a multicast rapid acquisition control request signaling transmitted by a media client, wherein the control request signaling comprises synchronization request information; determining, by the unicast server, that the media client performs data synchronization according to the synchronization request information in the control request signaling; determining, by the unicast server, synchronization response information for the media client to perform a data synchronization according to a time difference between stored play time of a random access point and a current time, wherein the synchronization response information comprises: play speed information of a unicast media stream and play duration of the unicast media stream; generating a multicast rapid acquisition control response signaling by the unicast server, wherein the control response signaling comprises: the synchronization response information and multicast acquisition information; and transmitting, by the unicast server, the control response signaling and a stored media stream to the media client in a unicast way so that the media client sets the play speed and the play duration for playing the unicast media stream; and the stored media stream comprises a random access point transmitted in a multicast way by a multicast server.
A mobile terminal, comprising: a touchscreen; a memory unit; and a controller configured to: cause the touchscreen to display a first message interface displaying messages transmitted from the mobile terminal to a first device and displaying messages received at the mobile terminal from the first device; cause the touchscreen to display a second message interface displaying messages transmitted from the mobile terminal to a second device and displaying messages received at the mobile terminal from the second device; cause the touchscreen to display a queue region, wherein the first message interface, the second message interface, and the queue region are displayed simultaneously; and cause the memory unit to store a first item representative of content associated with a selected message displayed in the first message interface and a second item representative of content associated with a selected message displayed in the second message interface; cause the touchscreen to display in the queue region the first item and the second item; wherein the queue region is displayed adjacent to the first and second message interfaces, and wherein the first and second message interfaces and the queue region are each independently scrollable. a touchscreen; a memory unit; and a controller configured to: cause the touchscreen to display a first message interface displaying messages transmitted from the mobile terminal to a first device and displaying messages received at the mobile terminal from the first device; cause the touchscreen to display a second message interface displaying messages transmitted from the mobile terminal to a second device and displaying messages received at the mobile terminal from the second device; cause the touchscreen to display a queue region, wherein the first message interface, the second message interface, and the queue region are displayed simultaneously; and cause the memory unit to store a first item representative of content associated with a selected message displayed in the first message interface and a second item representative of content associated with a selected message displayed in the second message interface; cause the touchscreen to display a first message interface displaying messages transmitted from the mobile terminal to a first device and displaying messages received at the mobile terminal from the first device; cause the touchscreen to display a second message interface displaying messages transmitted from the mobile terminal to a second device and displaying messages received at the mobile terminal from the second device; cause the touchscreen to display a queue region, wherein the first message interface, the second message interface, and the queue region are displayed simultaneously; and cause the memory unit to store a first item representative of content associated with a selected message displayed in the first message interface and a second item representative of content associated with a selected message displayed in the second message interface;
A process for increasing cleanability of surfaces of plastic material of articles suitable for use with foodstuffs, aimed at and destined for direct contact with foodstuffs, and which therefore does not lead to contamination, deterioration or other negative effect on the foods themselves, the process comprising at least the steps of: arranging a reaction chamber for a gas treatment of said articles; placing at least one of said articles in said reaction chamber, the article having at least a contact surface made of plastic material and being suitable and intended for direct contact with foodstuffs; treating at least said surface of said article in said reaction chamber with a treatment gas, having a composition comprising from 1 % to 10% in volume of fluorine, from 7% to 20% in volume of oxygen, and at least a further inert gaseous component, at an absolute treatment gas pressure comprised between 333 mbar and 400 mbar and for a treatment time comprised between about 10 and about 180 seconds wherein said article is selected from the group consisting of: a chopping board for foodstuffs or as a plate or as a container for foodstuffs or as a cooking container or as a steam-cooking container or as an egg-cooker or as an article of cutlery for foodstuffs or as a tool for foodstuffs or as a colander or as a lid for food containers or as an envelope for foodstuffs or as a bag for foodstuffs. arranging a reaction chamber for a gas treatment of said articles; placing at least one of said articles in said reaction chamber, the article having at least a contact surface made of plastic material and being suitable and intended for direct contact with foodstuffs; treating at least said surface of said article in said reaction chamber with a treatment gas, having a composition comprising from 1 % to 10% in volume of fluorine, from 7% to 20% in volume of oxygen, and at least a further inert gaseous component, at an absolute treatment gas pressure comprised between 333 mbar and 400 mbar and for a treatment time comprised between about 10 and about 180 seconds wherein said article is selected from the group consisting of: a chopping board for foodstuffs or as a plate or as a container for foodstuffs or as a cooking container or as a steam-cooking container or as an egg-cooker or as an article of cutlery for foodstuffs or as a tool for foodstuffs or as a colander or as a lid for food containers or as an envelope for foodstuffs or as a bag for foodstuffs.
A feeding unit for a sheet-fed rotary printing press comprising one or a plurality of printing units (D1, D2) and/or coating modules, which is with a substructure of double-size transfer drums and impression cylinders each, wherein the feeding unit is provided with a sheet feeder, a conveying unit and a feed table, wherein, with regard to a single-size blanket or forme cylinder, the feeding unit has a single- or double-size feed drum (3.2), which is assigned to a sheet-guiding drum of a first printing unit of the sheet-fed rotary printing press, characterized in that the conveying unit is embodied as an endless conveying system, which connects a lower feed drum (3.2) to an upper feed drum (3.1), wherein the upper feed drum (3.1) is assigned to the sheet feeder via a feed table assigned to said sheet feeder, and that the position and/or the point in time of the take-over by the conveying system from the feed table can be adjusted to different printing material thicknesses or is embodied to be self-adjusting.
A device (01, 31) suitable for producing foamed insulation panels, comprising a mold plate which forms a lid, a mold plate (05, 35) which forms a bottom and is opposite the lid mold plate, and a mold frame which is arranged substantially between the two mold plates (05, 35, 06), the two mold plates (05, 35, 06) and the mold frame forming the foaming mold, a pivoting device (11, 41) including at least one pivoting drive (12, 42) with which at least one of the mold plates (05, 35, 06) can be adjusted in its angular arrangement relative to the opposite mold plate (06, 05, 35), characterized in that in an initial position, there is such an angular arrangement between the two mold plates that a wedge-shaped insulation panel can be formed.
An oscillatory actuator comprising: a case in a cylindrical shape; an electromagnetic driver provided inside the case; a mover oscillated by the electromagnetic driver along an oscillation axis of the case; a first leaf spring and a second leaf spring arranged on one side and the other side of the mover, each of the first leaf spring and the second leaf spring including a support (51b, 251b) to which the mover is attached; an annular frame (51c, 251c) attached to the case; and a plurality of arms (53, 55, 57, 253, 255, 257) each having a spiral shape and connecting the support (51b, 251b) and the annular frame (51c, 251c); characterized in that at least an elastic member (150, 350) that bridges adjacent arms of the first leaf spring or the second leaf spring is provided, wherein the elastic member includes: a bridge (152, 155, 157) that bridges the adjacent arms; a support-direction stacked arm (159a, 161a, 163a) continuously provided with the bridge (152, 155, 157) and extending in the support direction along the arm (53, 55, 57), and being overlapped with the arm (53, 55, 57); and a stacked support continuously provided with the support-direction stacked arm (159a, 161a, 163a) and being overlapped with the support. a case in a cylindrical shape; an electromagnetic driver provided inside the case; a mover oscillated by the electromagnetic driver along an oscillation axis of the case; a first leaf spring and a second leaf spring arranged on one side and the other side of the mover, each of the first leaf spring and the second leaf spring including a support (51b, 251b) to which the mover is attached; an annular frame (51c, 251c) attached to the case; and a plurality of arms (53, 55, 57, 253, 255, 257) each having a spiral shape and connecting the support (51b, 251b) and the annular frame (51c, 251c); characterized in that at least an elastic member (150, 350) that bridges adjacent arms of the first leaf spring or the second leaf spring is provided, wherein the elastic member includes: a bridge (152, 155, 157) that bridges the adjacent arms; a support-direction stacked arm (159a, 161a, 163a) continuously provided with the bridge (152, 155, 157) and extending in the support direction along the arm (53, 55, 57), and being overlapped with the arm (53, 55, 57); and a stacked support continuously provided with the support-direction stacked arm (159a, 161a, 163a) and being overlapped with the support. a bridge (152, 155, 157) that bridges the adjacent arms; a support-direction stacked arm (159a, 161a, 163a) continuously provided with the bridge (152, 155, 157) and extending in the support direction along the arm (53, 55, 57), and being overlapped with the arm (53, 55, 57); and a stacked support continuously provided with the support-direction stacked arm (159a, 161a, 163a) and being overlapped with the support.
A transcription activator-like effector nuclease (TALEN) protein that binds to a dystrophin gene, wherein the TALEN protein comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 14, and SEQ ID NO: 15.
A safety system for an electric power line for interconnecting a tractor and a respective trailer, the electric power line comprising a portion on board the tractor and a portion on board the trailer, the safety system comprising a traction-detection element (A1, A2, CH, EL, K1) designed to identify a departing movement between said tractor and the respective trailer, said traction-detection element being connected with means for de-energizing (C, S, M) completely said electric power line such that also the portion of electric power line installed on the tractor is de-energized when said reciprocal departing movement exceeds a predefined threshold.
Plug for a data cable, having a housing, plug contacts and having a contact carrier, on which contact elements for connection to the leads of the data cable are arranged, wherein each one of the contact elements is electrically conductively interconnected with a respective plug contact, further having a stuffer cap with receiving channels for the leads of the data cable, wherein each receiving channel is traversed by a receiving opening, and wherein the stuffer cap can be fitted onto the contact carrier such that the contact elements come to lie in the receiving openings, and having a longitudinal axis, wherein the contact elements and the receiving openings are arranged in at least one plane (E1, E2, E3, E4), each of which is arranged at a distance to each other and which intersect the longitudinal axis, preferably substantially horizontally, wherein the stuffer cap comprises a first side and a second side, characterized in that the receiving channels are arranged on the second side, and wherein a bearing surface for the data cable is arranged on the first side, and in that an opening is arranged in the stuffer cap between the two planes (E1, E2, E3, E4), as seen in the direction of the longitudinal axis, for conducting the wires of the data cable from the first side to the second side.
Elevator system for persons and/or loads for connecting several access levels in a building having an elevator shaft, which has a shaft floor, a shaft ceiling and a shaft opening closable with a shaft door and an elevator which is equipped with a drive, a control, a basic structure and at least one elevator cabin, wherein the elevator cabin comprises cabin walls, a cabin door, a cabin floor and a cabin ceiling, and is arranged on the base structure, characterized in that the shaft floor is accessible only through the lower shaft opening, wherein the same is equipped with an emergency release which is sensorically monitored such that, during the emergency release of the shaft door of the shaft opening of the lowest access level, the control of the elevator is switched off at any entry of the shaft floor for the normal running mode.
A method for enabling nominal flow of an executable file on a client, wherein the executable file comprises executable code lacking at least one nominal constant, wherein the executable file comprises an obfuscation code portion at a location where the nominal constant is lacking, wherein only the nominal constant enables the nominal flow of the executable file, and wherein the at least one nominal constant is a numerical value used in the executable code, which number remains unchanged during the entire runtime of the executable file, the method being performed by the client and comprising: retrieving (S1-1) substantially unique hardware information of the client; transmitting (S1-2) one of the hardware information and information derived therefrom to a server; receiving (S1-3) at least one transformed constant that has been transformed by means of an encryption process based on one of the hardware information and the information derived therefrom; and performing (S1-5), using one of the hardware information and the information derived therefrom, an inverse transformation on the at least one transformed constant to recover the nominal constant, wherein the inverse transformation is a decryption process, which is part of the obfuscation code portion. retrieving (S1-1) substantially unique hardware information of the client; transmitting (S1-2) one of the hardware information and information derived therefrom to a server; receiving (S1-3) at least one transformed constant that has been transformed by means of an encryption process based on one of the hardware information and the information derived therefrom; and performing (S1-5), using one of the hardware information and the information derived therefrom, an inverse transformation on the at least one transformed constant to recover the nominal constant, wherein the inverse transformation is a decryption process, which is part of the obfuscation code portion.