mhurhangee/ep-ind-claims huggingface dataset:
Tube for mixing, diluting, preserving and discharging a sample, comprising: a hollow first container for receiving and/or storing a solution, the first container having first and second ends (12,13), wherein the first end has a first through-hole suitable for inserting a sample pin (14, 50) and having a shape matching to the through-hole, the second end has a discharge port suitable for discharging a diluted sample, and a first fitting element; and characterized in that the tube further comprises a discharge device for controlling discharge of the diluted sample via the discharge port, the device having a discharge-opening for discharging the diluted sample and a second fitting element, that cooperates with the first fitting element to mount the discharge device on the first container, wherein at least a part of the discharge device is moveable between at least two positions, wherein a first position is a closed position and a second position is a discharge position, the discharge device comprises a volume for receiving a predetermined amount of the solution, wherein in the closed position the volume is connected to the discharge port and in the second position the solution is discharged out of the discharge opening. a hollow first container for receiving and/or storing a solution, the first container having first and second ends (12,13), wherein the first end has a first through-hole suitable for inserting a sample pin (14, 50) and having a shape matching to the through-hole, the second end has a discharge port suitable for discharging a diluted sample, and a first fitting element; and characterized in that the tube further comprises a discharge device for controlling discharge of the diluted sample via the discharge port, the device having a discharge-opening for discharging the diluted sample and a second fitting element, that cooperates with the first fitting element to mount the discharge device on the first container, wherein at least a part of the discharge device is moveable between at least two positions, wherein a first position is a closed position and a second position is a discharge position, the discharge device comprises a volume for receiving a predetermined amount of the solution, wherein in the closed position the volume is connected to the discharge port and in the second position the solution is discharged out of the discharge opening.
A method for the communication with field devices in a fieldbus system working in accordance with a first standard, comprising the steps of: arranging a first field device and a second field device in the first fieldbus system; coupling the first field device and the second field device via a first fieldbus in accordance with the first standard; loading a customer-specific device description file of the second field device in accordance with the first standard in the first field device; and communicating with the second field device through the first field device and the first fieldbus so that customer-specific objects and/or parameters and/or variables for describing the functions and/or properties of the second field device are available on the first field device, the method being characterized in that based on the customer-specific device description file in accordance with the first standard, a device description file in accordance with a second standard is created which is provided in a fieldbus system in accordance with the second standard so that a controller in the fieldbus system in accordance with the second standard can access parameters and/or variables and/or objects of the field devices in accordance with the first standard via the first field device without the intermediary of a free memory area, and wherein the customer-specific device description file of the first standard is automatically loaded for creation, so that it is used to create the device description file in accordance with the second standard.
Wiper arm for a wiping system of a vehicle, comprising a front end that is able to receive a wiper blade, a rear end that is able to be connected to a motorized shaft via the intermediary of a drive, and a body located between the front and rear ends, characterized in that it comprises, at its rear end, an arch in which is arranged an opening for receiving the motorized shaft, and in that it comprises, between this arch and its body, at least one receiving pocket and one locking pocket that are able to engage with a cap that covers the arch.
A system for monitoring vehicle conditions, comprising: at least one network information repository server having at least one database containing information related to the vehicle conditions; said at least one network information repository server being configured to receive updates from mobile stations that perform a comparison of vehicle conditions based on actual information sensed by the mobile stations as compared to expected vehicle conditions and that upon identifying an inconsistency send an update to the at least one network information repository server; and the at least one network information repository server being configured to process the information based on the updates and to transmit the processed information to a cell broadcast center of a cellular network for broadcasting the processed information to all mobile stations within a specified geographic area, said cell broadcasting center being adapted to broadcast to all of the mobile stations within the specified geographic area messages pertaining to different types using different channels, wherein the at least one network information repository server is adapted to identify one or more cells forming the specified geographic area to the cell broadcast center. at least one network information repository server having at least one database containing information related to the vehicle conditions; said at least one network information repository server being configured to receive updates from mobile stations that perform a comparison of vehicle conditions based on actual information sensed by the mobile stations as compared to expected vehicle conditions and that upon identifying an inconsistency send an update to the at least one network information repository server; and the at least one network information repository server being configured to process the information based on the updates and to transmit the processed information to a cell broadcast center of a cellular network for broadcasting the processed information to all mobile stations within a specified geographic area, said cell broadcasting center being adapted to broadcast to all of the mobile stations within the specified geographic area messages pertaining to different types using different channels, wherein the at least one network information repository server is adapted to identify one or more cells forming the specified geographic area to the cell broadcast center.
A mobile terminal comprising: a camera configured to obtain first video data; a wireless communication unit for communicating with another terminal; and a display configured to display video data, characterized by a controller configured to, during a video communication with the other terminal: receive from a third party, via the communication unit, information for enabling playing of second video data at one or more specific time points (605, 703) of the second video data; control the display to simultaneously play the first video data, the second video data according to the received information and third video data from the other terminal engaged in the video communication; and control the communication unit to transmit the received information to the other terminal for enabling the other mobile terminal to play the second video data from the one or more specific time points. a camera configured to obtain first video data; a wireless communication unit for communicating with another terminal; and a display configured to display video data, characterized by a controller configured to, during a video communication with the other terminal: receive from a third party, via the communication unit, information for enabling playing of second video data at one or more specific time points (605, 703) of the second video data; control the display to simultaneously play the first video data, the second video data according to the received information and third video data from the other terminal engaged in the video communication; and control the communication unit to transmit the received information to the other terminal for enabling the other mobile terminal to play the second video data from the one or more specific time points. receive from a third party, via the communication unit, information for enabling playing of second video data at one or more specific time points (605, 703) of the second video data; control the display to simultaneously play the first video data, the second video data according to the received information and third video data from the other terminal engaged in the video communication; and control the communication unit to transmit the received information to the other terminal for enabling the other mobile terminal to play the second video data from the one or more specific time points.
A composition for the treatment of chronic vulval or perineal pain or a symptom or condition associated therewith, the composition comprising an estrogen and a tricyclic antidepressant, wherein the composition is formulated for topical, transdermal or transmucosal administration, wherein the estrogen is estriol and the tricyclic antidepressant is selected from amitriptyline and nortriptyline.
An interlayer film for a laminated glass, having a large number of projections and a large number of recesses each having a groove shape with a continuous bottom and being regularly adjacent to each other in parallel with one another on at least one surface, characterized in that said groove shape with a continuous bottom has a ratio (R/Sm × 100) of - a radius of rotation R of an inscribed circle in said continuous bottom determined by the measurement of the radius of rotation of the recess according to the description to - an interval Sm between the recesses as defined in JIS B-0601 of 30% or higher. - a radius of rotation R of an inscribed circle in said continuous bottom determined by the measurement of the radius of rotation of the recess according to the description to - an interval Sm between the recesses as defined in JIS B-0601 of 30% or higher.
A method of separating a target biomolecule from a cell culture, comprising the steps of: a) providing a plurality of magnetic beads capable of binding said target biomolecule; b) contacting said plurality of magnetic beads with an unclarified or cell-depleted cell culture comprising a target biomolecule, such as an immunoglobulin, to bind said target biomolecule to said beads, wherein cell-depleted means that a fraction, but not all, of the particulates such as cells and/or cell debris have been removed such that the cell-culture has a turbidity of at least 100 NTU, wherein step b) is performed in a flexible bag contactor (9; 109;322), mounted on a tray adapted to rock around a horizontal axis; c) retaining said beads with a magnetic field and washing said beads with a washing liquid; d) eluting said beads with an eluent to desorb said target biomolecule from said beads and recovering said target biomolecule in an eluate. a) providing a plurality of magnetic beads capable of binding said target biomolecule; b) contacting said plurality of magnetic beads with an unclarified or cell-depleted cell culture comprising a target biomolecule, such as an immunoglobulin, to bind said target biomolecule to said beads, wherein cell-depleted means that a fraction, but not all, of the particulates such as cells and/or cell debris have been removed such that the cell-culture has a turbidity of at least 100 NTU, wherein step b) is performed in a flexible bag contactor (9; 109;322), mounted on a tray adapted to rock around a horizontal axis; c) retaining said beads with a magnetic field and washing said beads with a washing liquid; d) eluting said beads with an eluent to desorb said target biomolecule from said beads and recovering said target biomolecule in an eluate.
Hand-operated power tool, in particular motorised hand saw or motorised plane, comprising a tool, which can be driven by a drive motor located in a housing for machining a workpiece, further comprising a work table (50a; 50b) having an attachment section (63a; 63b) for attaching to the housing and a guide surface for placing against the workpiece, and further comprising an attachment device for attaching the work table (50a; 50b) to the housing, wherein the attachment device comprises at least one holding jaw, which is movably mounted relative to an abutment and movable between a holding position provided for holding the work table (50a; 50b) at the housing when moved towards the abutment and a release position provided for removing the work table (50a; 50b) from the housing when moved away from the abutment, characterised in that the attachment device comprises or forms a clamping device for clamping at least one locating surface (64a, 65, 66; 64b) of the work table (50a; 50b), which is located on the attachment section (63a; 63b), against at least one supporting surface located on the housing, and in that the clamping device comprises at least one sloping surface (32, 72, 73) acting in the manner of a wedge mechanism when the at least one holding jaw is moved between the release position and the holding position in order to clamp the at least one locating surface (64a, 65, 66; 64b) against the at least one supporting surface.
An in-vehicle charger, comprising: a) a rectification and voltage-stabilizing circuit which inputs, rectifies and stabilizes a commercial power; b) a traction battery charging circuit which is electrically connected with the rectification and voltage-stabilizing circuit and charges a traction battery; c) a control communication circuit which is electrically connected with the rectification and voltage-stabilizing circuit and controls the traction battery charging circuit; and d) a starting battery charging circuit which is electrically connected with the rectification and voltage-stabilizing circuit and starts charging of a starting battery under control of the control communication circuit; e) wherein the charging of the traction battery is confirmed to start after the communication after the charging voltage for the starting battery reaches a threshold. a) a rectification and voltage-stabilizing circuit which inputs, rectifies and stabilizes a commercial power; b) a traction battery charging circuit which is electrically connected with the rectification and voltage-stabilizing circuit and charges a traction battery; c) a control communication circuit which is electrically connected with the rectification and voltage-stabilizing circuit and controls the traction battery charging circuit; and d) a starting battery charging circuit which is electrically connected with the rectification and voltage-stabilizing circuit and starts charging of a starting battery under control of the control communication circuit; e) wherein the charging of the traction battery is confirmed to start after the communication after the charging voltage for the starting battery reaches a threshold.
Method for joining a fluid conduit and a connection hub, comprising: providing a fluid conduit having an at least partially transparent end section, providing a connection hub comprising a hub cavity having a shape complementary to a shape of the end section of the fluid conduit, and introducing the end section of the fluid conduit at least partly into the hub cavity through an opening in the hub and establishing a contact interface between at least a lateral wall part of the end section and a hub cavity wall, and heating a target zone in the contact interface, for joining the fluid conduit and the connection hub at the target zone, by directing a light beam to the target zone, through a side of the fluid conduit which is opposite a side of the target zone, across the at least partially transparent end section of the fluid conduit at the target zone; characterised in that: a plurality of light beams are directed across the at least partially transparent end section of the fluid conduit for heating a plurality of respective target zones, each light beam of the plurality of light beams being directed to an associated target zone and being directed across the end section from a side of the fluid conduit which is opposite a side of the associated target zone; and the plurality of light beams extend in a biconical plane. providing a fluid conduit having an at least partially transparent end section, providing a connection hub comprising a hub cavity having a shape complementary to a shape of the end section of the fluid conduit, and introducing the end section of the fluid conduit at least partly into the hub cavity through an opening in the hub and establishing a contact interface between at least a lateral wall part of the end section and a hub cavity wall, and heating a target zone in the contact interface, for joining the fluid conduit and the connection hub at the target zone, by directing a light beam to the target zone, through a side of the fluid conduit which is opposite a side of the target zone, across the at least partially transparent end section of the fluid conduit at the target zone; characterised in that: a plurality of light beams are directed across the at least partially transparent end section of the fluid conduit for heating a plurality of respective target zones, each light beam of the plurality of light beams being directed to an associated target zone and being directed across the end section from a side of the fluid conduit which is opposite a side of the associated target zone; and the plurality of light beams extend in a biconical plane. a plurality of light beams are directed across the at least partially transparent end section of the fluid conduit for heating a plurality of respective target zones, each light beam of the plurality of light beams being directed to an associated target zone and being directed across the end section from a side of the fluid conduit which is opposite a side of the associated target zone; and the plurality of light beams extend in a biconical plane.
Drive device for a shading device or securing device, comprising a motor for the propulsion of a closure element, preferably a roller shutter or the like, a sensor for sensing at least one driving state of the closure element and for generating at least one drive sensing signal, and comprising a drive controller for controlling the motor, designed for detecting a collision event on the basis of the at least one drive sensing signal during a propulsion by the motor and designed to execute a collision avoidance routine when a collision event is detected, characterized in that the drive controller is designed to decide on the basis of the at least one drive sensing signal during the collision avoidance routine whether an obstacle clearance routine is executed.
A method of encrypting data by using a first key, the method comprising: - generating multiple encryption keys, - encoding the data into a redundant representation of groups (G 1, G 2,...) of data, wherein the data are at least partially duplicated among the groups so as to allow recovery of the data when at least one group is absent, - associating each group with a respective one of the multiple encryption keys, and - encrypting each group of data by using the respective associated encryption key, characterized in that - generating the multiple encryption keys comprises using the first key, and in that - each of the multiple encryption keys comprising a different segment of the first key, such that at least one of the multiple encryption keys comprises key information which is not present in the other multiple encryption keys. - generating multiple encryption keys, - encoding the data into a redundant representation of groups (G 1, G 2,...) of data, wherein the data are at least partially duplicated among the groups so as to allow recovery of the data when at least one group is absent, - associating each group with a respective one of the multiple encryption keys, and - encrypting each group of data by using the respective associated encryption key, - generating the multiple encryption keys comprises using the first key, and in that - each of the multiple encryption keys comprising a different segment of the first key, such that at least one of the multiple encryption keys comprises key information which is not present in the other multiple encryption keys.
An air seed meter for an agricultural planter, comprising: a housing defining a seed reservoir, a discharge chute, and a vacuum chamber; and a seed disc mounted in said housing for rotation about an axis and having a plurality of seed cells spaced radially about the axis for retaining seeds, said seed disc having channels adjacent to each respective seed cell; characterized in that said seed cells and channels are positioned at a flanged portion including a portion extending from a face of the seed disc and including an inner lip and an outer chamfer. a housing defining a seed reservoir, a discharge chute, and a vacuum chamber; and a seed disc mounted in said housing for rotation about an axis and having a plurality of seed cells spaced radially about the axis for retaining seeds, said seed disc having channels adjacent to each respective seed cell; characterized in that said seed cells and channels are positioned at a flanged portion including a portion extending from a face of the seed disc and including an inner lip and an outer chamfer.
A network selection method for a mobile station for communicating with public land mobile networks "PLMNs" in accordance with 3 rd Generation Partnership Project "3GPP" standards, the method comprising: identifying a plurality of PLMNs in a coverage area within which the mobile station is operating, each PLMN being identifiable by a Mobile Country Code "MCC" and Mobile Network Code "MNC" pair; selecting and operating with a non-home PLMN which is a registered PLMN "RPLMN" of the mobile station; in response to regaining signal coverage from an out-of-coverage condition with the RPLMN, or in response to being powered-on from a power-off state entered while operating with the RPLMN, performing the following acts of: if a home PLMN "HPLMN" of the mobile station is identified as being available, selecting and operating with the HPLMN and not the RPLMN; and otherwise, if the RPLMN is identified as being available, selecting and operating with the RPLMN. identifying a plurality of PLMNs in a coverage area within which the mobile station is operating, each PLMN being identifiable by a Mobile Country Code "MCC" and Mobile Network Code "MNC" pair; selecting and operating with a non-home PLMN which is a registered PLMN "RPLMN" of the mobile station; in response to regaining signal coverage from an out-of-coverage condition with the RPLMN, or in response to being powered-on from a power-off state entered while operating with the RPLMN, performing the following acts of: if a home PLMN "HPLMN" of the mobile station is identified as being available, selecting and operating with the HPLMN and not the RPLMN; and otherwise, if the RPLMN is identified as being available, selecting and operating with the RPLMN. if a home PLMN "HPLMN" of the mobile station is identified as being available, selecting and operating with the HPLMN and not the RPLMN; and otherwise, if the RPLMN is identified as being available, selecting and operating with the RPLMN.