mhurhangee/ep-ind-claims huggingface dataset:
Connection unit, comprising: • a main body which is designed and intended to be connected to a connecting piece which does not form part of the connection unit, • a socket, which in the assembled state of the connection unit is fastened to the main body in the direction of a longitudinal axis of the connection unit and forms together with the main body a receiving space which is open towards the free end thereof and is intended to receive the connecting piece, and • a retaining unit, which is formed separately from the socket and is arranged in a circumferential groove in the socket, which circumferential groove is open radially inwards relative to the longitudinal axis, the retaining unit having a contact surface which is directed in the opening direction of the receiving space and is intended to co-operate with a counterpart contact surface of the socket directed opposite to the opening direction, and the retaining unit also having a further contact surface which is directed opposite to the opening direction and is intended to co-operate with a further counterpart contact surface of the connecting piece directed in the opening direction, at least one fastening element provided for axially fastening the socket to the main body being designed as a latching element comprising a spring bar, which is connected to the socket and extends therefrom in the axial direction opposite to the opening direction of the receiving space, and a latching lug, which projects radially inwards from the free end of the spring bar and is intended to engage in a latching recess formed in the main body, characterised in that a radially inwardly projecting annular rib of the socket, from which the spring bar of the latching element extending in the axial direction extends radially inwards, simultaneously serves as an insertion limiting stop for the connecting piece. • a main body which is designed and intended to be connected to a connecting piece which does not form part of the connection unit, • a socket, which in the assembled state of the connection unit is fastened to the main body in the direction of a longitudinal axis of the connection unit and forms together with the main body a receiving space which is open towards the free end thereof and is intended to receive the connecting piece, and • a retaining unit, which is formed separately from the socket and is arranged in a circumferential groove in the socket, which circumferential groove is open radially inwards relative to the longitudinal axis,
Method for operating an agricultural working device, which is designed in particular as a working device which is towed or self-propelled by a tractor, wherein one or more machine parameters relevant for operation are managed via at least one job computer arranged on the working device and are displayed on a first of at least two universal terminals by means of an ISOBUS interface, wherein the working device comprises a network, which network is designed as an ISOBUS network, and at least the at least one job computer, the connection to the at least two universal terminals and the at least two universal terminals, characterized in that, after an eventual initial configuration phase during operation, the at least one machine parameter is displayed simultaneously on a second of the at least two universal terminals and the at least two universal terminals are equal in such a way that they are also interchangeable with one another with regard to their bus addresses, wherein input surfaces are assigned to the at least one machine parameter on the at least two universal terminals, via which the at least one machine parameter can be changed from both, i.e, the first and the second, universal terminals.
Foodstuff cutting device, with cutting blades arranged one after another and a holder for material to be cut arranged on a feeding device, said holder being movable in a cutting direction towards the cutting blades and capable of feeding a foodstuff located in the holder for the material to be cut in the cutting direction against the cutting blades, wherein the cutting blades each face the foodstuff with at least one cutting edge and, in a first processing position, are arranged one after another in the cutting direction and are offset relative to one another in height, characterised in that height-adjustable cutting blades are provided, which are displaceable into a second processing position in which each lies next to another cutting blade, one after the other, both in the same plane, so that only the forward cutting blade in each case is able to cut while the cutting blade behind it is guided into the cut made in the foodstuff by the front cutting blade.
Installation clip for insertion into a C-shaped profile rail, having a recess for routing media lines (1, 2) in a laboratory room, comprising two jaws (12, 14) which are movable relative to one another, each of which has a first end (12y, 14y) and a free second end (12x, 14x), wherein the jaws (12, 14) are connected to one another at the first ends (12y, 14y), and wherein in the region of the second end (12x, 14x) of each jaw (12, 14) a section (12a, 12b, 12c; 14a, 14b, 14c) is provided that has a C-shape (12a, 12b, 12c; 14a, 14b, 14c) with two lateral legs (12a, 12c; 14a, 14c) and one connecting leg (12b, 14b) that connects the lateral legs (12a, 12c; 14a, 14c), or an L-shape (12b, 12c; 14b, 14c) with one leg (12b, 14b) extending parallel to the jaw and one leg (12c, 14c) extending perpendicularly to the jaw, and wherein the jaws (12, 14) are designed resiliently in such a way that after insertion in the recess of the profile rail the sections (12b, 12c; 14b, 14c) of both jaws (12, 14) are retained in the recess in clamped manner, characterized in that the two lateral legs (12a, 12c; 14a, 14c) and the connecting leg (12b, 14b) of the C-shaped sections (12a, 12b, 12c; 14a, 14b, 14c) or the two legs (12b, 12c; 14b, 14c) of the L-shaped sections (12b, 12c; 14b, 14c) are designed such that they can be inserted in form fitting manner in the recess in the C-shaped profile rail.
A method for measuring temperature of a mold copper plate which constitutes a continuous casting mold for molten metal, the method comprising: a first procedure of providing a reflection source of ultrasonic wave inside the mold copper plate; a second procedure of causing an ultrasonic wave to propagate in a direction in parallel with an adjacent surface to molten metal of the mold copper plate from an ultrasonic transceiver element toward the reflection source; and a third procedure of calculating a temperature of the mold copper plate based on an ultrasonic echo that is reflected at the reflection source and is detected by the ultrasonic transceiver element. a first procedure of providing a reflection source of ultrasonic wave inside the mold copper plate; a second procedure of causing an ultrasonic wave to propagate in a direction in parallel with an adjacent surface to molten metal of the mold copper plate from an ultrasonic transceiver element toward the reflection source; and a third procedure of calculating a temperature of the mold copper plate based on an ultrasonic echo that is reflected at the reflection source and is detected by the ultrasonic transceiver element.
An apparatus for determining in a non-tracking pacing mode (e.g., DDI/R, VVI/R) whether a ventricular pacing stimulus is capturing a paced ventricle, comprising: means for increasing a ventricular pacing rate a nominal amount to an overdrive pacing rate higher than a most recent heart rate; means for evaluating a conduction interval from a first pacing ventricle to a second sensing ventricle to ensure that the overdrive pacing rate will not exceed a predetermined minimum interval; and means for monitoring an underlying rate for a predetermined number of cycles; means for providing pacing stimulation at the overdrive pacing rate to the first ventricle and sensing the second ventricle to determine capture and loss of capture in the first ventricle; wherein the means for providing the pacing stimulation further comprises: means for providing at least a pair of pacing stimuli for a given magnitude of pacing energy; and means for employing N of M logic criteria to determine capture and loss of capture in the first ventricle. means for increasing a ventricular pacing rate a nominal amount to an overdrive pacing rate higher than a most recent heart rate; means for evaluating a conduction interval from a first pacing ventricle to a second sensing ventricle to ensure that the overdrive pacing rate will not exceed a predetermined minimum interval; and means for monitoring an underlying rate for a predetermined number of cycles; means for providing pacing stimulation at the overdrive pacing rate to the first ventricle and sensing the second ventricle to determine capture and loss of capture in the first ventricle; wherein the means for providing the pacing stimulation further comprises: means for providing at least a pair of pacing stimuli for a given magnitude of pacing energy; and means for employing N of M logic criteria to determine capture and loss of capture in the first ventricle.
A communication method, comprising: receiving, by an anchor access network device, a first request message from a new access network device, wherein the first request message comprises a cell radio network temporary identifier allocated by the new access network device for a terminal, the anchor access network device is an access network device that retains a context of the terminal, and there is a control plane link of the terminal between the anchor access network device and a core network; characterized by: storing, by the anchor access network device, the cell radio network temporary identifier; and sending, by the anchor access network device a feedback message to the new access network device, wherein the feedback message indicates that the context of the terminal is not transferred, and in the case that the context of the terminal is not transferred, the cell radio network temporary identifier is used by the anchor access network device for security verification in a next radio resource control, RRC, connection resume process or next radio access network-based notification area update, RNAU, process of the terminal. storing, by the anchor access network device, the cell radio network temporary identifier; and sending, by the anchor access network device a feedback message to the new access network device, wherein the feedback message indicates that the context of the terminal is not transferred, and in the case that the context of the terminal is not transferred, the cell radio network temporary identifier is used by the anchor access network device for security verification in a next radio resource control, RRC, connection resume process or next radio access network-based notification area update, RNAU, process of the terminal.
A spacing comb for a hair cutting appliance, the comb comprising: - a support frame, - a series of comb teeth each having a frontal portion and a rear portion, wherein the comb teeth extend from the support frame, wherein the support frame comprises a frontal connector bar and a rear connector plate, wherein the frontal portions of the comb teeth extend from the frontal connector bar, characterized in that the frontal connector bar is inwardly curved towards the rear connector plate, such that a central portion of the frontal connector bar is rearwardly offset from lateral portions (112, 114) thereof. - a support frame, - a series of comb teeth each having a frontal portion and a rear portion,
A secondary battery module comprising a plurality of secondary batteries comprising an electrode assembly including an anode, a cathode, a separator and one or more through holes for sealing, a battery exterior member, and a passing sealing portion, characterized in that the passing sealing portion is formed by supplementary sealing the battery exterior member on the through holes formed on the electrode assembly, and a fixing bar is installed through the through holes formed in the plurality of the secondary batteries.
A method for positioning by using encrypted Binary Offset Carrier, BOC, modulated Global Navigation Satellite System, GNSS, navigation signals, which transmit encrypted information in their sidebands, comprising the acts of: - capturing (14, 16, 18, 20, 22) only one of the sidebands of an encrypted BOC modulated GNSS navigation signal, - transmitting only the samples of the captured sideband of the encrypted BOC modulated GNSS navigation signal to a secured server for calculating (28, 30) a position, velocity and/or time - PVT - from the received samples, and - receiving the calculated PVT from the secured server. - capturing (14, 16, 18, 20, 22) only one of the sidebands of an encrypted BOC modulated GNSS navigation signal, - transmitting only the samples of the captured sideband of the encrypted BOC modulated GNSS navigation signal to a secured server for calculating (28, 30) a position, velocity and/or time - PVT - from the received samples, and - receiving the calculated PVT from the secured server.
System having a device for receiving a disposable bag, comprising: - a receptacle with a receptacle interior to receive the disposable bag, - a hollow temperature control wall that at least partially surrounds the receptacle interior of the receptacle and - a controller, by means of which the pressure of a temperature control medium arranged in the hollow temperature control wall is controlled and/or adjusted to at most about 1 bar, wherein the temperature control medium for controlling the temperature of the receptacle interior is accommodated in the hollow temperature control wall at a pressure of at most about 1 bar. - a receptacle with a receptacle interior to receive the disposable bag, - a hollow temperature control wall that at least partially surrounds the receptacle interior of the receptacle and - a controller, by means of which the pressure of a temperature control medium arranged in the hollow temperature control wall is controlled and/or adjusted to at most about 1 bar,
An epoxy resin composition comprising; hexagonal boron nitride particles having an aspect ratio of 2 or more, determined as indicated in the description; a liquid crystalline epoxy monomer; and a curing agent, the epoxy resin composition being capable of forming a resin matrix having a smectic domain by reacting the liquid crystalline epoxy monomer with the curing agent.
An isolated miRNA, wherein the miRNA is selected from: (i) a miRNA with a sequence as shown in SEQ ID NO: 1, 2 or 3, or (ii) a miRNA with a length of 20-26 nt and having a core sequence as shown in SEQ ID NO.: 4; or (iii) a miRNA fully complementary to the nucleotide sequence of miRNA of (i) or (ii). (i) a miRNA with a sequence as shown in SEQ ID NO: 1, 2 or 3, or (ii) a miRNA with a length of 20-26 nt and having a core sequence as shown in SEQ ID NO.: 4; or (iii) a miRNA fully complementary to the nucleotide sequence of miRNA of (i) or (ii).
Method for producing a solid, homogeneous particulate composition, comprising the steps of: a) providing a calcium nitrate melt; b) adding a source of molybdenum to the calcium nitrate melt provided in step a), such that the concentration of molybdenum in the melt ranges from 0.001 to 1.0 weight%; c) processing the calcium nitrate melt obtained in step b) to obtain a solid homogeneous particulate composition, wherein the solid homogeneous particulate composition comprises at least 50 weight% of calcium nitrate; characterized in that the molybdenum source is a compound comprising molybdenum atoms in an octahedral Mo 7 O 24 6- configuration. a) providing a calcium nitrate melt; b) adding a source of molybdenum to the calcium nitrate melt provided in step a), such that the concentration of molybdenum in the melt ranges from 0.001 to 1.0 weight%; c) processing the calcium nitrate melt obtained in step b) to obtain a solid homogeneous particulate composition, wherein the solid homogeneous particulate composition comprises at least 50 weight% of calcium nitrate;
A mop cover, having a mopping side and a holding side, wherein the mop cover has, on its holding side, two access pockets for a mop holder, wherein the two access pockets are arranged on opposite sides of the holding side, wherein access openings of the access pockets face one another and wherein an access pocket has an inner side facing the holding side and an outer side facing away from the holding side, characterized in that at least one access pocket: has a first connection to the holding side, which is embodied so as to be permanently covered by the outer side, has a second connection to the holding side, which is embodied so as to not be permanently covered by the outer side, and has a third connection to the holding side, which is embodied between first and second connection (9, 10). has a first connection to the holding side, which is embodied so as to be permanently covered by the outer side, has a second connection to the holding side, which is embodied so as to not be permanently covered by the outer side, and has a third connection to the holding side, which is embodied between first and second connection (9, 10).
Detachable spectacle frame formed by: - a front, which in turn comprises: - some rims for housing some lenses; - a bridge for joining the rims together; - some lugs having a laminar projection extending towards the inside of the front and finished with a protruding hook; - some nose pads to rest over the nose of an individual; and - a pair of temples, wherein each one of the temples comprises: - a front end intended to engage the front, the front end having a lateral recess defined at its end; and - a terminal end intended to rest on the ear of the individual, wherein each of the rims and their corresponding lugs has a defined slot, the detachable frame being characterized in that: - the front end of each one of the temples incorporates an integrated kink projecting from the inner face of the recess towards the inside of the temple, provided with a central slot and having at least one intermediate protrusion defined inside said central slot intended to engage the hook of the laminar projection; and - it further incorporates a substantially parallelepiped and planar fastening clip that engages the lug to be allocated in the recess, which it covers superficially facing the outside of the frame, to secure the position of the slot and mechanically interacts with the kink to facilitate automatic folding and unfolding of the temples on the front. - a front, which in turn comprises: - some rims for housing some lenses; - a bridge for joining the rims together; - some lugs having a laminar projection extending towards the inside of the front and finished with a protruding hook; - some nose pads to rest over the nose of an individual; and - some rims for housing some lenses; - a bridge for joining the rims together; - some lugs having a laminar projection extending towards the inside of the front and finished with a protruding hook; - some nose pads to rest over the nose of an individual; and - a pair of temples, wherein each one of the temples comprises: - a front end intended to engage the front, the front end having a lateral recess defined at its end; and - a terminal end intended to rest on the ear of the individual, wherein each of the rims and their corresponding lugs has a defined slot, the detachable frame being characterized in that: - a front end intended to engage the front, the front end having a lateral recess defined at its end; and - a terminal end intended to rest on the ear of the individual, - the front end of each one of the temples incorporates an integrated kink projecting from the inner face of the recess towards the inside of the temple, provided with a central slot and having at least one intermediate protrusion defined inside said central slot intended to engage the hook of the laminar projection; and - it further incorporates a substantially parallelepiped and planar fastening clip that engages the lug to be allocated in the recess, which it covers superficially facing the outside of the frame, to secure the position of the slot and mechanically interacts with the kink to facilitate automatic folding and unfolding of the temples on the front.
A single axis hinge having a furniture carcass-side hinge portion to be pre-assembled to a furniture carcass and a door-side hinge portion to be pre-assembled to a door wing, the hinge portions (4, 6) being articulately connected with each other, and the furniture carcass-side hinge portion comprises a fork member receiving a link axis and a hinge arm pivotably attached to the fork member and adapted to be inserted into the door-side hinge portion, the door-side hinge portion comprising a hinge cup and a height adjustment means with at least one locking element with which the set vertical position of the door wing can be fixed relative to the furniture carcass, the hinge arm being insertable into a free space in the hinge cup, the hinge arm comprising the locking element of the height adjustment means, by which element the hinge arm can be locked in a desired height position relative to the hinge cup, and the hinge cup comprising guide means for height adjustment which cooperate with the hinge arm, the hinge arm being displaceable in the height direction along the guide means either manually or using a height adjustment element, characterized in that the furniture carcass-side hinge portion and the door-side hinge portion are coupled by means of a clip connection, the clip connection is arranged in the door-side hinge portion and the hinge cup of the door-side hinge portion receives the clip connection.
A wind turbine nacelle comprising - a supporting structure, - a nacelle housing, - at least four handling devices to be used when handling the wind turbine nacelle, the at least four handling devices being connected to the supporting structure, and wherein each of the at least four handling devices comprises an integrated moveable part, and the integrated moveable part is moveable between a first portion and a second position, where the integrated moveable part is entirely inside the nacelle housing in the first position and is extending out of the nacelle housing in the second position. - a supporting structure, - a nacelle housing, - at least four handling devices to be used when handling the wind turbine nacelle, the at least four handling devices being connected to the supporting structure, and wherein each of the at least four handling devices comprises an integrated moveable part, and the integrated moveable part is moveable between a first portion and a second position, where the integrated moveable part is entirely inside the nacelle housing in the first position and is extending out of the nacelle housing in the second position.
A frame stand for posters, comprising a frame surrounding a base plate, and a cover frame, wherein the cover frame has a bottom edge which is connected to the base plate in a rotatable manner, wherein a locking element (61, 62, 65) of a locking mechanism at the top for the cover frame is provided to lock the cover frame and the base plate together, characterized in that the locking element (61, 62, 65) comprises a latch, mounted on the frame, which has a projection suitable to be inserted into a slot of the upper edge of the cover frame, wherein the locking mechanism is arranged adjacent to a handle of the frame stand, wherein the locking mechanism comprises a pre-stressed spring which can move the locking mechanism into its locked position and which can hold the locking mechanism in its locked position.