mhurhangee/ep-ind-claims huggingface dataset:
A method of disconnecting an end rod from a drill string coupled together by a threaded connection (604, 605), the method comprising: initially rotating the end rod relative to the remaining drill string in a disengagement direction of the threaded connection (604, 605) to partially disconnect the end rod from the drill string; moving a gripper unit into engagement with the partially disconnected end rod, the gripper unit mounted at a second end of an actuating arm that is mounted at a first end to a guide frame, the gripper unit having a gripper frame and a sled suspended at the frame to be axially slidable relative to the frame, the sled having rod engagers (301, 302, 400, 401) to engage and hold the end rod; axially biasing the sled at the frame via at least one bias component (209, 210) to provide resistance to axial forward and/or rearward movement of the sled relative to the frame; characterised by: further rotating the end rod in the disengagement direction via the rod engagers (400, 401) to further decouple the end rod from the drill string; and monitoring a relative axial position of the sled at the frame using at least one sensor to determine a decoupling of the threaded connection (604, 605) and a decoupling of the rod from the drill string via an axial displacement of the sled and the end rod relative to the frame. initially rotating the end rod relative to the remaining drill string in a disengagement direction of the threaded connection (604, 605) to partially disconnect the end rod from the drill string; moving a gripper unit into engagement with the partially disconnected end rod, the gripper unit mounted at a second end of an actuating arm that is mounted at a first end to a guide frame, the gripper unit having a gripper frame and a sled suspended at the frame to be axially slidable relative to the frame, the sled having rod engagers (301, 302, 400, 401) to engage and hold the end rod; axially biasing the sled at the frame via at least one bias component (209, 210) to provide resistance to axial forward and/or rearward movement of the sled relative to the frame; characterised by: further rotating the end rod in the disengagement direction via the rod engagers (400, 401) to further decouple the end rod from the drill string; and monitoring a relative axial position of the sled at the frame using at least one sensor to determine a decoupling of the threaded connection (604, 605) and a decoupling of the rod from the drill string via an axial displacement of the sled and the end rod relative to the frame. further rotating the end rod in the disengagement direction via the rod engagers (400, 401) to further decouple the end rod from the drill string; and monitoring a relative axial position of the sled at the frame using at least one sensor to determine a decoupling of the threaded connection (604, 605) and a decoupling of the rod from the drill string via an axial displacement of the sled and the end rod relative to the frame.
A Next Generation Sequencing-based diagnostic method comprising extracting nucleic acid material from a sample and at least one control sample, wherein the control sample is prepared prior to extraction, further comprising subjecting the extracted nucleic acid material to a Next Generation Sequencing method, wherein the control sample comprises sample material supplemented with a nucleic acid control, wherein said nucleic acid control comprises at least one nucleic acid control sequence that is different from the target nucleic acid sequence, and wherein said control comprises at least one wild-type nucleic acid sequence and at least one mutant of said wild-type nucleic acid sequence.
Mounting for a front hatch of a car of train, which mounting comprises - an actuator that - is connectable to a point of contact of the car in a manner that allows the actuator to rotate relative to said point of contact, thereby defining a first point of connection of the actuator, the front hatch being intended to move relative to said pint of contact, and - is connectable to the front hatch, thereby defining a second point of connection of the actuator, whereby in a first operational state of the mounting the first point of connection and the second point of connection are distanced apart by a first distance and whereby in this first operational state the actuator can be actuated to increase the distance between the first point of connection and a second point of connection from said first distance to a second distance, characterized in that the actuator comprises an element inside which a guide is provided, - that the guide guides the movement of the second point of connection along a path when the actuator is actuated in the first operational state to increase the distance between the first point of connection and a second point of connection from the first distance to the second distance, in that a releasable lock is provided, which is connectable to the car and which in the locked state holds the guide in a predetermined position relative to the first point of connection and in the unlocked state allows the guide to move relative to first point of connection, - an actuator that - is connectable to a point of contact of the car in a manner that allows the actuator to rotate relative to said point of contact, thereby defining a first point of connection of the actuator, the front hatch being intended to move relative to said pint of contact, and - is connectable to the front hatch, thereby defining a second point of connection of the actuator, whereby in a first operational state of the mounting the first point of connection and the second point of connection are distanced apart by a first distance and whereby in this first operational state the actuator can be actuated to increase the distance between the first point of connection and a second point of connection from said first distance to a second distance, characterized in that the actuator comprises an element inside which a guide is provided, - is connectable to a point of contact of the car in a manner that allows the actuator to rotate relative to said point of contact, thereby defining a first point of connection of the actuator, the front hatch being intended to move relative to said pint of contact, and - is connectable to the front hatch, thereby defining a second point of connection of the actuator, - that the guide guides the movement of the second point of connection along a path when the actuator is actuated in the first operational state to increase the distance between the first point of connection and a second point of connection from the first distance to the second distance,
A bonnet of a tractor comprising: an upper cover; a pair of lower covers; and a front grill, wherein the upper cover has a center line extending between a front end point (Ua) to a diagonally-rearward midpoint (Ub), and is provided with two opening parts (21ha, 21hb) sandwiching the center line, each opening part (21ha, 21hb) being covered with a punching plate, wherein a high beam light unit is fit to an upper portion on a front side of each lower cover of the pair of lower covers and is designed to be elongated in the front and rear direction characterised in that both sides of an upper portion of the front grille are formed to conform with the shape of the high beam light units and both sides of a lower portion of the front grille are formed to conform with the shape of low beam light units, and wherein one opening part of the opening parts (21ha, 21hb) is formed on the left side of the center line and the other opening part is formed on the right side of the center line, a right side of the opening part extends along the center line and a left side extends along an end line of a high beam light unit fit to the upper portion of one lower cover of the pair of lower covers, and a left side of the opening part extends along the center line and a right side extends along the end line of a high beam light unit fit to the upper portion of the other lower cover of the pair of lower covers. an upper cover; a pair of lower covers; and a front grill, wherein the upper cover has a center line extending between a front end point (Ua) to a diagonally-rearward midpoint (Ub), and is provided with two opening parts (21ha, 21hb) sandwiching the center line, each opening part (21ha, 21hb) being covered with a punching plate, wherein a high beam light unit is fit to an upper portion on a front side of each lower cover of the pair of lower covers and is designed to be elongated in the front and rear direction has a center line extending between a front end point (Ua) to a diagonally-rearward midpoint (Ub), and is provided with two opening parts (21ha, 21hb) sandwiching the center line, each opening part (21ha, 21hb) being covered with a punching plate, wherein a high beam light unit is fit to an upper portion on a front side of each lower cover of the pair of lower covers and is designed to be elongated in the front and rear direction
Mounting system for mounting an electronic teaching board on a surface, wherein the mounting system is adapted such that the position of the electronic teaching board relative to the surface can be adjusted in both horizontal and vertical direction, characterised in that said mounting system comprises four legs (4A, 4B, 4C and 4D) wherein the four legs (4A, 4B, 4C and 4D) are connected in mutually pivotable manner to form a parallelogram, first fixing means for fixing the electronic teaching board to a first one of the legs, such that the electronic teaching board extends parallel to the first leg, second fixing means for fixing at least a second one of the legs to the surface, such that the second leg extends parallel to the surface, said second leg extending substantially parallel to the first leg, wherein the first fixing means are adapted for rotatable fixing of the electronic teaching board to the first leg and wherein the second fixing means are adapted for rotatable fixing of the second leg to the surface, which mounting system further comprises arresting means for arresting the electronic teaching board in the adjusted position, wherein the arresting means comprise first rotation arresting means for arresting an adjusted rotational position of the electronic teaching board by arresting the first fixing means relative to the first leg, wherein the arresting means comprise second rotation arresting means for arresting an adjusted rotational position of the rotatable second leg relative to the second fixing means.
A package for holding a medical device having an elongated shaft, the package comprising: a one-piece body that defines a spiral lumen configured to receive the elongated shaft of the medical device, the spiral lumen having a first end and a second sealed end, wherein the first end has a luer retaining portion; a barrier film sealed to the luer retaining portion to maintain sterility of the luer retaining portion; and a cap releasably secured to the luer retaining portion to cover and protect the barrier film. a one-piece body that defines a spiral lumen configured to receive the elongated shaft of the medical device, the spiral lumen having a first end and a second sealed end, wherein the first end has a luer retaining portion; a barrier film sealed to the luer retaining portion to maintain sterility of the luer retaining portion; and a cap releasably secured to the luer retaining portion to cover and protect the barrier film.
Use of a composition comprising a galacto oligosaccharide produced, by reverse β-galactosidase reaction, from Lactobacillus plantarum 2830 (ECGC 13110402), as a Lactobacillus selective prebiotic composition, wherein the GOS acts as a selective growth medium for Lactobacillus plantarum 2830 (ECGC 13110402).
An electromagnetic induction heating cooking appliance (100, 200), comprising: a body (120, 220, 1200, 2200) comprising a wireless power transmitter (121, 221 1210, 2210) that is configured to transmit power wirelessly; a first wireless communication module (122, 222, 1220, 2220) that is configured to transmit and receive signals wirelessly; and an electromagnetic induction heater (123, 223, 1230) that is configured to heat food accommodated in a space in the body (120, 220, 1200, 2200) by using an induced current; and characterized in that: a door (110, 210, 1100, 2210) comprising a wireless power receiver (111, 211); a second wireless communication module (112, 221) being positioned to face the first wireless communication module (122, 222, 1220, 2220) of the body (120, 220, 1200, 2200) based on closing of the door (110, 210, 1100, 2210); and an electronic device (113, 213) configured to receive power via the wireless power receiver (111, 211), wherein the door (110, 210, 1100, 2210) is coupled with the body (120, 220, 1200, 2200) such that the door (110, 210, 1100, 2210) opens and closes the space in the body (120, 220, 1200, 2200). a body (120, 220, 1200, 2200) comprising a wireless power transmitter (121, 221 1210, 2210) that is configured to transmit power wirelessly; a first wireless communication module (122, 222, 1220, 2220) that is configured to transmit and receive signals wirelessly; and an electromagnetic induction heater (123, 223, 1230) that is configured to heat food accommodated in a space in the body (120, 220, 1200, 2200) by using an induced current; and characterized in that: a door (110, 210, 1100, 2210) comprising a wireless power receiver (111, 211); a second wireless communication module (112, 221) being positioned to face the first wireless communication module (122, 222, 1220, 2220) of the body (120, 220, 1200, 2200) based on closing of the door (110, 210, 1100, 2210); and an electronic device (113, 213) configured to receive power via the wireless power receiver (111, 211), wherein the door (110, 210, 1100, 2210) is coupled with the body (120, 220, 1200, 2200) such that the door (110, 210, 1100, 2210) opens and closes the space in the body (120, 220, 1200, 2200). a door (110, 210, 1100, 2210) comprising a wireless power receiver (111, 211); a second wireless communication module (112, 221) being positioned to face the first wireless communication module (122, 222, 1220, 2220) of the body (120, 220, 1200, 2200) based on closing of the door (110, 210, 1100, 2210); and an electronic device (113, 213) configured to receive power via the wireless power receiver (111, 211), wherein the door (110, 210, 1100, 2210) is coupled with the body (120, 220, 1200, 2200) such that the door (110, 210, 1100, 2210) opens and closes the space in the body (120, 220, 1200, 2200).
A ball valve, in particular for explosion isolation in process pipelines, comprising - a housing pipe coaxial to the through-flow direction, - bearing rings (6, 7) which are flanged respectively onto the end faces (3, 4) of the housing pipe and have bearing shoulders that engage in the internal opening of the housing pipe, - a valve body, in the basic form of a ball ring having a continuous through-flow opening, mounted between the bearing shoulders via sealing rings (27, 28) inserted therein so as to be driven in rotation about an axis of rotation, extending perpendicularly to the through-flow direction, between a respectively stopped closed and open position, - a rotary drive for the valve body, and - stop recesses (18, 19) which are formed directly in the valve body and form end stops (22, 23) for stop protrusions (24, 25) on the housing pipe in order to define the closed and open position of the valve body, - characterized in that the stop recesses (18, 19) have a circular segment-shaped contour, wherein the end stops (22, 23) are formed by the intersection zones between the circular arc edge and the circular chord edge of the stop recesses (18, 19). - a housing pipe coaxial to the through-flow direction, - bearing rings (6, 7) which are flanged respectively onto the end faces (3, 4) of the housing pipe and have bearing shoulders that engage in the internal opening of the housing pipe, - a valve body, in the basic form of a ball ring having a continuous through-flow opening, mounted between the bearing shoulders via sealing rings (27, 28) inserted therein so as to be driven in rotation about an axis of rotation, extending perpendicularly to the through-flow direction, between a respectively stopped closed and open position, - a rotary drive for the valve body, and - stop recesses (18, 19) which are formed directly in the valve body and form end stops (22, 23) for stop protrusions (24, 25) on the housing pipe in order to define the closed and open position of the valve body, - characterized in that the stop recesses (18, 19) have a circular segment-shaped contour, wherein the end stops (22, 23) are formed by the intersection zones between the circular arc edge and the circular chord edge of the stop recesses (18, 19).
A method of session initiation in a network system having at least one border and including devices having a first address type and devices having a second address type, comprising: Receiving a session invite request from a calling user equipment; determining at a decision making point at the border of the network whether the session invite request includes both the first and second address types, wherein the first and second address types are based on different IP protocols; and emulating (214,400), by a call session control function invoked by the decision making point, a dual-stack user equipment, when the session invite request includes one of the first and the second address types, but not the other of the first and second address types; wherein the invite request after said emulating includes a first address group of the first address type and a second address group of the second address type. Receiving a session invite request from a calling user equipment; determining at a decision making point at the border of the network whether the session invite request includes both the first and second address types, wherein the first and second address types are based on different IP protocols; and emulating (214,400), by a call session control function invoked by the decision making point, a dual-stack user equipment, when the session invite request includes one of the first and the second address types, but not the other of the first and second address types; wherein the invite request after said emulating includes a first address group of the first address type and a second address group of the second address type.
A cosmetic, drug or food contained in a container, comprising an aqueous composition comprising the following components,, and: a polyoxyethylene alkyl or alkenyl ether having an alkyl or alkenyl group having 20 to 24 carbon atoms and an average molar number of ethylene oxide added of 1.5 to 4; a water-soluble polymer; and water. a polyoxyethylene alkyl or alkenyl ether having an alkyl or alkenyl group having 20 to 24 carbon atoms and an average molar number of ethylene oxide added of 1.5 to 4; a water-soluble polymer; and water.
A process for communicating utility-related data over at least one network comprising: receiving utility-related data from one or more premise units at a hub device during a first predetermined period of time, wherein utility-related data includes one or more of utility meter reading data, premise unit alarm data, premise unit event data, premise unit status data and firmware upgrade status data; securing the utility-related data at the hub device; initiating by the hub device an autonomous wake up process during a one or more additional predetermined periods of time; sending the utility-related data secured at the hub device to a designated server via at least one User Datagram protocol, UDP, message during one or more predetermined periods of time; and receiving from the designated server, an acknowledgement-of-receipt message of the at least one UDP message, wherein the acknowledgement-of-receipt-message comprises communication control information wherein the communication control information informs the hub device at least one of (i) to keep a data connection between the designated server the hub device open, (ii) to callback at a scheduled time, or (iii) that there is no further need of the data connection by the designated server, and wherein when the communication control information informs the hub device to callback at a scheduled time, the communication control information further comprises a token identifier for identifying a process to contact at call back. receiving utility-related data from one or more premise units at a hub device during a first predetermined period of time, wherein utility-related data includes one or more of utility meter reading data, premise unit alarm data, premise unit event data, premise unit status data and firmware upgrade status data; securing the utility-related data at the hub device; initiating by the hub device an autonomous wake up process during a one or more additional predetermined periods of time; sending the utility-related data secured at the hub device to a designated server via at least one User Datagram protocol, UDP, message during one or more predetermined periods of time; and receiving from the designated server, an acknowledgement-of-receipt message of the at least one UDP message, wherein the acknowledgement-of-receipt-message comprises communication control information wherein the communication control information informs the hub device at least one of (i) to keep a data connection between the designated server the hub device open, (ii) to callback at a scheduled time, or (iii) that there is no further need of the data connection by the designated server, and wherein when the communication control information informs the hub device to callback at a scheduled time, the communication control information further comprises a token identifier for identifying a process to contact at call back.