mhurhangee/ep-ind-claims huggingface dataset:
A manual park release device comprising: a bracket; and a lever pivotably connected to the bracket at a pivot point and configured to rotate about the pivot point in response to a pull of the lever in a pulling direction, such that a first lever position corresponds to a park range of a transmission, and a second lever position corresponds to an out-of-park range of the transmission; characterized by a pin protruding outwardly from the bracket; a channel formed in a body of the lever on a side of the lever toward which the pin protrudes, such that the pin interfaces with the channel and is movable in the channel when the lever rotates about the pivot point, wherein the channel is configured to retain the pin at a first channel position and at a second channel position, the lever is positioned in the first lever position when the pin is retained at the first channel position, and the lever is positioned in the second lever position when the pin is retained at the second channel position, the channel includes a first channel path from the first channel position to the second channel position and a second channel path differing from the first channel path from the second channel position to the first channel position, and a first pull of the lever in the pulling direction causes the pin to move along one of the first channel path and the second channel path, and a second pull of the lever in the pulling direction causes the pin to move along the other of the first channel path and the second channel path. a bracket; and a lever pivotably connected to the bracket at a pivot point and configured to rotate about the pivot point in response to a pull of the lever in a pulling direction, such that a first lever position corresponds to a park range of a transmission, and a second lever position corresponds to an out-of-park range of the transmission; characterized by a pin protruding outwardly from the bracket; a channel formed in a body of the lever on a side of the lever toward which the pin protrudes, such that the pin interfaces with the channel and is movable in the channel when the lever rotates about the pivot point, wherein the channel is configured to retain the pin at a first channel position and at a second channel position, the lever is positioned in the first lever position when the pin is retained at the first channel position, and the lever is positioned in the second lever position when the pin is retained at the second channel position, the channel includes a first channel path from the first channel position to the second channel position and a second channel path differing from the first channel path from the second channel position to the first channel position, and a first pull of the lever in the pulling direction causes the pin to move along one of the first channel path and the second channel path, and a second pull of the lever in the pulling direction causes the pin to move along the other of the first channel path and the second channel path.
Use of a phosphorescent compound having the formula L 2 MX in an organic light emitting device, wherein: M is a metal that forms octahedral complexes; L is a monoanionic bidentate ligand, which is bonded to M through an sp 2 hybridized carbon and a heteroatom; X is a monoanionic bidentate ligand; and L and X are inequivalent. M is a metal that forms octahedral complexes; L is a monoanionic bidentate ligand, which is bonded to M through an sp 2 hybridized carbon and a heteroatom; X is a monoanionic bidentate ligand; and L and X are inequivalent.
A method of forming a glass article comprising: focusing a pulsed first laser beam into a laser beam focal line; directing the laser beam focal line into a glass substrate (1, 20, 130, 720) at a first location, the laser beam focal line generating an induced absorption within the glass substrate, the induced absorption producing a damage track along the laser beam focal line within the glass substrate; translating the glass substrate and the pulsed laser beam relative to each other starting from the first location along a first closed contour, thereby laser drilling a plurality of holes along the first closed contour within the glass substrate, wherein the first closed contour defines an inner glass piece; and heating the inner glass piece with a second laser beam such that the inner glass piece softens and drops from the glass substrate. focusing a pulsed first laser beam into a laser beam focal line; directing the laser beam focal line into a glass substrate (1, 20, 130, 720) at a first location, the laser beam focal line generating an induced absorption within the glass substrate, the induced absorption producing a damage track along the laser beam focal line within the glass substrate; translating the glass substrate and the pulsed laser beam relative to each other starting from the first location along a first closed contour, thereby laser drilling a plurality of holes along the first closed contour within the glass substrate, wherein the first closed contour defines an inner glass piece; and heating the inner glass piece with a second laser beam such that the inner glass piece softens and drops from the glass substrate.
Shield for a terminal of a high-voltage electrical device comprising: a first shield element having at least one axial opening and at least one first lateral opening; and at least one second shield element (302, 303); wherein the at least one second shield element (302, 303) may be positioned so that the at least one axial opening and/or the at least one first lateral opening is in an open state or a closed state. a first shield element having at least one axial opening and at least one first lateral opening; and at least one second shield element (302, 303); wherein the at least one second shield element (302, 303) may be positioned so that the at least one axial opening and/or the at least one first lateral opening is in an open state or a closed state.
A method for dynamically configuring virtual network function, VNF, parameters, comprising accessing, by a virtual network function manager, VNFM, a virtual network function descriptor, VNFD, to obtain a VNFD parameter, with the method characterized by: determining, by the VNFM, whether the VNFD parameter is a dynamically configurable VNFD parameter according to one or more subfields of the VNFD parameter or according to a VnfConfigurableProperties information element listing dynamically configurable VNFD parameters, wherein a subfield of the VNFD parameter or the VnfConfigurableProperties information element indicates whether a corresponding VNFD parameter is a writeable VNFD parameter; interacting, by the VNFM, with an operation, administration and management entity, OAM, to obtain configuration information for the configurable VNFD parameter when the VNFD parameter is a configurable VNFD parameter, with the OAM entity comprising a a Network Function Virtualization Orchestrator, NFVO, a VNF manager, VNFM, or an element manager, EM; wherein an attribute of the VNFD parameter can be modified by the VNFM when the VNFM has a higher administrative priority than an entity that set the attribute of the VNFD parameter according to an administrative priority subfield of the VNFD parameter. determining, by the VNFM, whether the VNFD parameter is a dynamically configurable VNFD parameter according to one or more subfields of the VNFD parameter or according to a VnfConfigurableProperties information element listing dynamically configurable VNFD parameters, wherein a subfield of the VNFD parameter or the VnfConfigurableProperties information element indicates whether a corresponding VNFD parameter is a writeable VNFD parameter; interacting, by the VNFM, with an operation, administration and management entity, OAM, to obtain configuration information for the configurable VNFD parameter when the VNFD parameter is a configurable VNFD parameter, with the OAM entity comprising a a Network Function Virtualization Orchestrator, NFVO, a VNF manager, VNFM, or an element manager, EM; wherein an attribute of the VNFD parameter can be modified by the VNFM when the VNFM has a higher administrative priority than an entity that set the attribute of the VNFD parameter according to an administrative priority subfield of the VNFD parameter.
Coupling device for coupling a powerline terminal and a measurement device to a multi-phase energy supply network, wherein the coupling device has a communication connection for connecting the powerline terminal and a measurement connection for connecting the measurement device, wherein the coupling device comprises: a coupling capacitor having a first and a second connection (6, 8), wherein the first connection of the coupling capacitor is connected to one of the phases (L1, L2, L3) of the energy supply network, and a first coupling circuit which is connected at the network side to the second connection of the coupling capacitor, wherein the connection of the first coupling circuit facing away from the energy supply network is connected to the communication connection and wherein the first coupling circuit is configured to direct powerline signals from the energy supply network to the communication connection, and vice versa, characterised by a second coupling circuit, wherein the second coupling circuit is connected at the network side to the second connection of the coupling capacitor, wherein the connection of the second coupling circuit facing away from the energy supply network is connected to the measurement connection, and wherein the second coupling circuit is constructed to provide at the measurement connection a measurement signal which is representative of a physical variable in the energy supply network. a coupling capacitor having a first and a second connection (6, 8), wherein the first connection of the coupling capacitor is connected to one of the phases (L1, L2, L3) of the energy supply network, and a first coupling circuit which is connected at the network side to the second connection of the coupling capacitor, wherein the connection of the first coupling circuit facing away from the energy supply network is connected to the communication connection and wherein the first coupling circuit is configured to direct powerline signals from the energy supply network to the communication connection, and vice versa, characterised by a second coupling circuit, wherein the second coupling circuit is connected at the network side to the second connection of the coupling capacitor, wherein the connection of the second coupling circuit facing away from the energy supply network is connected to the measurement connection, and wherein the second coupling circuit is constructed to provide at the measurement connection a measurement signal which is representative of a physical variable in the energy supply network.
System for changing and presenting tools at a machine tool, having at least n rotatable tool magazines for receiving a plurality of tools, with n ≥ 2, the tool magazines are arranged in series in the direction of a rotational axis, wherein at least one of the n tool magazines is drivable by a drive independently of the other tool magazines to perform a rotational movement about the rotational axis; and a manipulator for removing the tools from the tool magazine; wherein the tools are held in tool receivers along the circumference of the n tool magazines such that the longitudinal axes of the tools of a respective one of the n tool magazines are located in a plane and project from the circumference of the tool magazine, and the tools can be moved along the circumference of the respective tool magazine, characterized in that the tool magazines comprise, at most with the exception of the outer tool magazine that is arranged on a side of the tool magazines opposite to the manipulator, in one position on the circumference a free place without tools, and that for the removal of a tool in the m-th tool magazine, at least the tool magazines which are arranged between the m-th tool magazine and the manipulator, along the rotational axis, are rotated about the rotational axis into a predetermined position such that their free places along the rotational axis provide access for the manipulator to the m-th tool magazine by a sideways movement, wherein the manipulator is configured such that for the removal of a tool located in the m-th tool magazine, it performs a 2-point linear movement through the access of the free places, wherein the manipulator is moved from a parking position or tool transfer position sideways outside the tool magazine at the most until the m-th tool magazine along the passage of the free places and back.
A method for producing a silane-functionalized metal medical device comprising a surface treatment layer on at least a part of its metal surface, the surface treatment layer comprising: a primer layer formed of an alkoxysilane; and a functional layer on the primer layer, the functional layer being formed of a silane compound containing a polyoxyalkylene group, a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group, or a fluorine-containing hydrophobic group, the method comprising: step 1 of priming a metal surface with an alkoxysilane; and step 2 of functionalizing the primed surface using a silane compound containing a polyoxyalkylene group, a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group, or a fluorine-containing hydrophobic group, wherein the method further comprises step 3 of maintaining a functionalized product obtained in step 2 at a humidity of 50% or more, wherein the alkoxysilane is represented by the formula: R 11 k Si(OR 12) 4-k, wherein each R 11 or each R 12 is the same or different and represents a C1-C8 saturated or unsaturated hydrocarbon group, and R 11 and R 12 are the same as or different from each other, and k represents an integer of 0 to 3. step 1 of priming a metal surface with an alkoxysilane; and step 2 of functionalizing the primed surface using a silane compound containing a polyoxyalkylene group, a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group, or a fluorine-containing hydrophobic group, wherein the method further comprises step 3 of maintaining a functionalized product obtained in step 2 at a humidity of 50% or more, wherein the alkoxysilane is represented by the formula: R 11 k Si(OR 12) 4-k, wherein each R 11 or each R 12 is the same or different and represents a C1-C8 saturated or unsaturated hydrocarbon group, and R 11 and R 12 are the same as or different from each other, and k represents an integer of 0 to 3.
A large container, in particular a drinking-water container, food container, or container for pharmaceutical products, having a container base and a circumferential container wall, which forms a receiving space, wherein an upper, open end of the container wall is closed by a container cover, which has at least a diameter of 3 m, wherein an annularly encircling support element is fixed on an upper end region of the container wall, wherein the container cover is designed as a metal disc which spans the upper, open end of the container wall in a self-supporting manner and closes said end by virtue of the fact that a lower side of the metal disc, which lower side faces the receiving space, is welded in a gas-tight or liquid-tight manner to the support element and/or to the upper end region of the container wall by means of a continuous first weld seam, characterized in that in addition an upper side and/or an edge of the metal disc are/is welded to the support element by means of a continuous second weld seam, wherein a root of the first weld seam and a root of the second weld seam come together or merge into one another. an annularly encircling support element is fixed on an upper end region of the container wall, wherein the container cover is designed as a metal disc which spans the upper, open end of the container wall in a self-supporting manner and closes said end by virtue of the fact that a lower side of the metal disc, which lower side faces the receiving space, is welded in a gas-tight or liquid-tight manner to the support element and/or to the upper end region of the container wall by means of a continuous first weld seam, characterized in that in addition an upper side and/or an edge of the metal disc are/is welded to the support element by means of a continuous second weld seam, wherein a root of the first weld seam and a root of the second weld seam come together or merge into one another.
Bearing securing device for a rotatably mounted helicopter rotor shaft, the bearing securing device comprising: - a groove encircling the shaft, - two C rings which engage in a form-fitting manner in the groove and are arranged coaxially with respect to the shaft and have a receiving surface extending in the axial direction of a bearing to be secured, - a threaded ring which is arranged coaxially with respect to the shaft with bores arranged over the circumference of said threaded ring, wherein the threaded ring rests on the receiving surface of the two C rings, - a pressure ring which is arranged coaxially with respect to the shaft and can be brought into contact with a bearing element of the bearing to be secured, - a multiplicity of lock nuts which are connected to the threaded ring along the circumference of the threaded ring by means of screws protruding through the bores and are arranged axially between the threaded ring and pressure ring and are in contact with the pressure ring such that, in an assembled state of the bearing securing device, the two C rings are connected via the threaded ring, the lock nuts and the pressure ring to the bearing element of the bearing which rotatably supports the shaft. - a groove encircling the shaft, - two C rings which engage in a form-fitting manner in the groove and are arranged coaxially with respect to the shaft and have a receiving surface extending in the axial direction of a bearing to be secured, - a threaded ring which is arranged coaxially with respect to the shaft with bores arranged over the circumference of said threaded ring, wherein the threaded ring rests on the receiving surface of the two C rings, - a pressure ring which is arranged coaxially with respect to the shaft and can be brought into contact with a bearing element of the bearing to be secured, - a multiplicity of lock nuts which are connected to the threaded ring along the circumference of the threaded ring by means of screws protruding through the bores and are arranged axially between the threaded ring and pressure ring and are in contact with the pressure ring such that, in an assembled state of the bearing securing device, the two C rings are connected via the threaded ring, the lock nuts and the pressure ring to the bearing element of the bearing which rotatably supports the shaft.
A tissue removal tool for use with an endoscope, comprising: a loop (12, 152) formed by a piece of wire and movable between an open position and a closed position, and a transmitting assembly comprising: a handle; and a link having a first end attached to the handle and a second end attached to the loop (12, 152), the loop portion being movable between the open and closed position by action of the handle, a cutting section disposed at least at a distal portion of the loop (12, 152), wherein the loop (12, 152) is defined in the open position by a proximal portion and the distal portion, and wherein the widest portion of the loop (12, 152) is more proximal to a proximal end of the loop (12, 152) than the mid-point of the length of the loop (12, 152) is, characterised in that the cutting section is a cutting element with eyelets. a loop (12, 152) formed by a piece of wire and movable between an open position and a closed position, and a transmitting assembly comprising: a handle; and a link having a first end attached to the handle and a second end attached to the loop (12, 152), the loop portion being movable between the open and closed position by action of the handle, a cutting section disposed at least at a distal portion of the loop (12, 152), wherein the loop (12, 152) is defined in the open position by a proximal portion and the distal portion, and wherein the widest portion of the loop (12, 152) is more proximal to a proximal end of the loop (12, 152) than the mid-point of the length of the loop (12, 152) is, characterised in that the cutting section is a cutting element with eyelets.
A refrigerator comprising: a main body having a front side thereof open; and a door configured to open and close the open front side of the main body, wherein the door includes: a door panel including a panel body and an upper trim on a rear surface of the panel body; a door body to which the door panel is detachably mounted, the door body including an upper door cap having an upper coupling groove that is formed by recessing a portion of a front surface of the upper door cap to accommodate a portion of the upper trim when the door panel is mounted to the door body; and a heat insulating member arranged inside the door body and configured to come in contact with a portion of the upper door cap that forms the upper coupling groove. a main body having a front side thereof open; and a door configured to open and close the open front side of the main body, wherein the door includes: a door panel including a panel body and an upper trim on a rear surface of the panel body; a door body to which the door panel is detachably mounted, a door panel including a panel body and an upper trim on a rear surface of the panel body; a door body to which the door panel is detachably mounted, the door body including an upper door cap having an upper coupling groove that is formed by recessing a portion of a front surface of the upper door cap to accommodate a portion of the upper trim when the door panel is mounted to the door body; and a heat insulating member arranged inside the door body and configured to come in contact with a portion of the upper door cap that forms the upper coupling groove.
A roller bed for rotating a generally circular work piece in circumferential direction, the roller bed comprising two supporting members, each supporting member comprising a top roller and a bottom roller, said rollers (3, 4) being adapted for simultaneous mechanical drive in the same circumferential direction, characterised by said supporting members being arranged such that said supporting members are openable in a direction away from each other during a work piece loading operation, each top roller being connected to an electrical clutch, said electrical clutch being adapted such that during said work piece loading operation, said top roller is disengageable from said simultaneous mechanical drive and further adapted to rotate each top roller in a circumferential direction which is directed towards an opposing top roller within the same roller bed, wherein both top roller clutches are engageable simultaneously such that both top rollers are rotatable at the same time, but in opposite directions.