mhurhangee/patent-ind-claim-en huggingface dataset:
A child-resistant container comprising: a lid having a side wall, an inner surface and a lid cover , the lid cover including a top surface , a bottom surface , a front surface , and at least two lid hooks protruding from the bottom surface ; and a vial having a top , a bottom , and a side wall , the top containing an opening accessing a cavity and a rim extending around at least a portion of the opening, the rim having at least two moveable tabs partially affixed to the rim and movable about a pivot point , wherein the movable tabs contain tab hooks above the pivot point for engaging with the lid hooks to secure the lid cover to the vial , and wherein the moveable tabs are displaceable outwardly away from the lid to disengage the tab hooks from the lid hooks by pressing inwardly on the moveable tabs below the pivot point . a lid having a side wall, an inner surface and a lid cover , the lid cover including a top surface , a bottom surface , a front surface , and at least two lid hooks protruding from the bottom surface ; and a vial having a top , a bottom , and a side wall , the top containing an opening accessing a cavity and a rim extending around at least a portion of the opening, the rim having at least two moveable tabs partially affixed to the rim and movable about a pivot point , wherein the movable tabs contain tab hooks above the pivot point for engaging with the lid hooks to secure the lid cover to the vial , and wherein the moveable tabs are displaceable outwardly away from the lid to disengage the tab hooks from the lid hooks by pressing inwardly on the moveable tabs below the pivot point .
Process for the preparation of the metallocene complexes according to formula 5 comprises the steps of: a) reacting 2-bromophenyl boronic acid with 1,8-diaminonaphthalene to form a protected compound (formula 13), b) reacting the protected compound with a compound with the formula 14, in the presence of a Pd catalyst and in the presence of a base (with a reaction known as the Suzuki reaction), herewith forming a protected compound according to formula 15 c) deprotecting the protected compound by reaction with an acid to arrive at the compound according to formula 16, d) reacting the compound with N-substituted 2-bromoaniline (formula 7) in the presence of a Pd catalyst in the presence of a base (according to the Suzuki reaction), to form a ligand precursor (formula 11), wherein the substituent R of the N in 2-bromoaniline is chosen from the group of hydrogen and a hydrocarbon radical with 1-20 carbon atoms, preferably t-butyl e) creating anions of the ligand precursors with an organic or inorganic base f) reacting the anion of the ligand precursor with (Me 2 N) a MQ k , wherein Me is methyl; M is a metal selected from lanthanides or transition metals from group 3, 4, 5 or 6 of the Periodic System of the Elements, preferably M is Zr; Q is an anionic ligand to M, preferably Q is Cl or methyl; k is the number of Q groups and equals the valence of M minus 2; and a equals the valence of M minus k, to yield a metallocene complex according to formula 5. a) reacting 2-bromophenyl boronic acid with 1,8-diaminonaphthalene to form a protected compound (formula 13), b) reacting the protected compound with a compound with the formula 14, in the presence of a Pd catalyst and in the presence of a base (with a reaction known as the Suzuki reaction), herewith forming a protected compound according to formula 15 c) deprotecting the protected compound by reaction with an acid to arrive at the compound according to formula 16, d) reacting the compound with N-substituted 2-bromoaniline (formula 7) in the presence of a Pd catalyst in the presence of a base (according to the Suzuki reaction), to form a ligand precursor (formula 11), wherein the substituent R of the N in 2-bromoaniline is chosen from the group of hydrogen and a hydrocarbon radical with 1-20 carbon atoms, preferably t-butyl e) creating anions of the ligand precursors with an organic or inorganic base f) reacting the anion of the ligand precursor with (Me 2 N) a MQ k , wherein Me is methyl; M is a metal selected from lanthanides or transition metals from group 3, 4, 5 or 6 of the Periodic System of the Elements, preferably M is Zr; Q is an anionic ligand to M, preferably Q is Cl or methyl; k is the number of Q groups and equals the valence of M minus 2; and a equals the valence of M minus k, to yield a metallocene complex according to formula 5.
A decoder comprising: • a reception unit configured to receive a file in an ISO base file format, the file including: o a bitstream for media data, the bitstream including coded images and including filler data, wherein by the provisioning of the filler data in the bitstream characteristics of a Hypothetical Reference Decoder, HRD, parameter managing a decoder buffer of the decoder are maintained; and o an identification parameter used for identifying that the filler data exist in the bit stream; • a decoding control unit configured to determine, based on the identification parameter identifying that the filler data exist in the bit stream, that a decoding is to be performed based on the HRD parameter, and • a decoding unit configured to, after the decoding control unit has determined to perform the decoding: ∘ decode the bitstream by using the HRD parameter. • a reception unit configured to receive a file in an ISO base file format, the file including: o a bitstream for media data, the bitstream including coded images and including filler data, wherein by the provisioning of the filler data in the bitstream characteristics of a Hypothetical Reference Decoder, HRD, parameter managing a decoder buffer of the decoder are maintained; and o an identification parameter used for identifying that the filler data exist in the bit stream; o a bitstream for media data, the bitstream including coded images and including filler data, wherein by the provisioning of the filler data in the bitstream characteristics of a Hypothetical Reference Decoder, HRD, parameter managing a decoder buffer of the decoder are maintained; and o an identification parameter used for identifying that the filler data exist in the bit stream; • a decoding control unit configured to determine, based on the identification parameter identifying that the filler data exist in the bit stream, that a decoding is to be performed based on the HRD parameter, and • a decoding unit configured to, after the decoding control unit has determined to perform the decoding: ∘ decode the bitstream by using the HRD parameter.
A bollard comprising a foot plate with a bollard pipe placed thereon and a bollard head placed on the bollard pipe , wherein a measuring support is positioned in the bollard pipe , said measuring support carrying a measuring instrument adapted for position determination of the bollard head and/or position determination of an area of the bollard pipe below the bollard head at a height from the foot plate which is at least 80% of the distance between the foot plate and the bollard head wherein the measuring support has a foundation separated from the foot plate .
A surgical linear stapler comprising: a staple cartridge configured to be internally loaded with staples for stapling a surgical site; a cartridge accommodating channel configured to be formed with a cartridge accommodating groove to accommodate the staple cartridge therein; an anvil configured to shape the staples discharged from the staple cartridge; and a cutter configured to move along a lengthwise direction of the staple cartridge by external force and to cut the surgical site stapled by the staples; wherein the staple cartridge comprises: a cartridge body formed with a cutter guide for guiding the cutter to move along the lengthwise direction of the staple cartridge, one or more rows of left staple discharge holes and one or more rows of right staple discharge holes arranged at opposite sides of the cutter guide , characterized in that the surgical linear stapler further comprises an indicator configured to indicate a position of the one or more rows of right staple discharge holes so that an object tissue for pathological examination can be included in a first surgical site (C) to be removed by the cutter , wherein the indicator is placed on at least one of an outer surface of the anvil and an outer surface of the cartridge accommodating channel . a staple cartridge configured to be internally loaded with staples for stapling a surgical site; a cartridge accommodating channel configured to be formed with a cartridge accommodating groove to accommodate the staple cartridge therein; an anvil configured to shape the staples discharged from the staple cartridge; and a cutter configured to move along a lengthwise direction of the staple cartridge by external force and to cut the surgical site stapled by the staples; wherein the staple cartridge comprises: a cartridge body formed with a cutter guide for guiding the cutter to move along the lengthwise direction of the staple cartridge, one or more rows of left staple discharge holes and one or more rows of right staple discharge holes arranged at opposite sides of the cutter guide , characterized in that the surgical linear stapler further comprises an indicator configured to indicate a position of the one or more rows of right staple discharge holes so that an object tissue for pathological examination can be included in a first surgical site (C) to be removed by the cutter , wherein the indicator is placed on at least one of an outer surface of the anvil and an outer surface of the cartridge accommodating channel .
Method for measuring the format of a platelike workpiece wherein the platelike workpiece is a workpiece of wood or wood substitutes, wherein markings are identified on a flat surface side of the workpiece, applied to the flat surface side of the platelike workpiece and/or are introduced into the platelike workpiece , wherein the relative positions of the markings in relation to one another are measured by means of a position determining device , characterised in that the result of determining the positions of the markings is used for a quality control measure wherein dependent on the result of determining the positions of the markings the relative workpiece is separated and reprocessed, wherein the quality control measure comprises comparing the result of measuring the format of the platelike workpiece , preferably taking into consideration tolerances, with a standard value and deciding in automated manner whether the platelike workpiece does or does not meet the quality requirements regarding its format, and automatically removing and reprocessing the workpiece if it is decided that the workpiece does not meet the requirements.
A method for performing wireless communication by a first device, the method comprising: obtaining configuration information including at least one of information related to a fixed frame period, FFP, and information related to an FFP offset; and monitoring a physical sidelink control channel, PSCCH, or a physical sidelink shared channel, PSSCH, from a second device during a first time within a first FFP determined by the configuration information, wherein the PSCCH is a channel carrying first sidelink control information, SCI, for scheduling of the PSSCH and second SCI, wherein the PSSCH is a channel carrying the second SCI and data, and wherein, based on a failure to monitor the PSCCH from the second device during the first time within the first FFP, the monitoring of the PSCCH from the second device is skipped during a second time outside the first time within the first FFP. obtaining configuration information including at least one of information related to a fixed frame period, FFP, and information related to an FFP offset; and monitoring a physical sidelink control channel, PSCCH, or a physical sidelink shared channel, PSSCH, from a second device during a first time within a first FFP determined by the configuration information, wherein the PSCCH is a channel carrying first sidelink control information, SCI, for scheduling of the PSSCH and second SCI, wherein the PSSCH is a channel carrying the second SCI and data, and wherein, based on a failure to monitor the PSCCH from the second device during the first time within the first FFP, the monitoring of the PSCCH from the second device is skipped during a second time outside the first time within the first FFP.
A spiral heat exchanger including at least two sheets extending along a spiral-shaped path around a common centre body and separated to form at least a first and a second spiral-shaped substantially parallel flow channels extending and enabling flow communication between a radially outer orifice and a radially inner orifice, where the centre body comprises a wall body with an first conduit at the inner surface of the wall body being in fluid connection to the first flow channel , and an second conduit formed at the outer surface of the wall body and being in fluid connection to the second flow channel , characterized in that the outer surface of the wall body is formed with features projecting out from the outer surface of the wall body , said first features forming flow passages .
Refractor comprising: - an enclosure comprising a front face containing a first optical window and a back face containing a second optical window aligned with the first optical window along an optical axis of observation; - at least one vision compensating device (10; 200) making it possible to observe along the optical axis of observation; - the vision compensating device (10; 200) comprises, between the first window and the second window, a first optical element having a spherical power along the variable optical axis; and in that - the enclosure is mounted on an orientable holder that is rotatable relative to a stationary portion about a horizontal axis (H); characterized in that the refractor comprises at least one image capturing device (168; 169) having a line of sight, in which the image capturing device (168; 169) is mounted in the refractor so that the line of sight is essentially parallel to said horizontal axis (H), this allowing the location of the eye relative to the vision compensating device to be monitored without interruption. - an enclosure comprising a front face containing a first optical window and a back face containing a second optical window aligned with the first optical window along an optical axis of observation; - at least one vision compensating device (10; 200) making it possible to observe along the optical axis of observation; - the vision compensating device (10; 200) comprises, between the first window and the second window, a first optical element having a spherical power along the variable optical axis; and in that - the enclosure is mounted on an orientable holder that is rotatable relative to a stationary portion about a horizontal axis (H);
A tail rotor assembly for countering torque produced by a main rotor of a helicopter , comprising: a tail rotor comprising a plurality of tail rotor blades ; and a tail rotor housing comprising: a first cambered surface ; a second cambered surface ; and an aperture disposed through each of the first cambered surface and the second cambered surface and configured to receive the tail rotor blades ; characterised in that the first cambered surface comprises a convex profile and the second cambered surface comprises a concave profile when the tail rotor housing is viewed from above. a tail rotor comprising a plurality of tail rotor blades ; and a tail rotor housing comprising: a first cambered surface ; a second cambered surface ; and an aperture disposed through each of the first cambered surface and the second cambered surface and configured to receive the tail rotor blades ; characterised in that the first cambered surface comprises a convex profile and the second cambered surface comprises a concave profile when the tail rotor housing is viewed from above. a first cambered surface ; a second cambered surface ; and an aperture disposed through each of the first cambered surface and the second cambered surface and configured to receive the tail rotor blades ; characterised in that the first cambered surface comprises a convex profile and the second cambered surface comprises a concave profile when the tail rotor housing is viewed from above.
A kit for making a limb or other body part encircling therapeutic device, for applying dynamic and/or static pressure to said limb/body part , comprising: a garment or bandage encircling the limb/body part , and preferably applying a compression to said limb/body part ; and a plurality of patches (1; 1') being releasably attachable to each other and to said garment or bandage , wherein said patches (1; 1') are releasably attachable to each other at overlap areas when arranged at least partly overlapping each other, and wherein the patches (1; 1') are dimensioned such that at least 3 patches are required to encircle the limb/body part. a garment or bandage encircling the limb/body part , and preferably applying a compression to said limb/body part ; and a plurality of patches (1; 1') being releasably attachable to each other and to said garment or bandage , wherein said patches (1; 1') are releasably attachable to each other at overlap areas when arranged at least partly overlapping each other, and wherein the patches (1; 1') are dimensioned such that at least 3 patches are required to encircle the limb/body part.
A catheter comprising: an elongated catheter body ; a distal electrode array comprising a plurality of offset spine loops , each spine loop having at least a pair of electrode-carrying portions carrying first ring electrodes and a distal portion connecting the pair of electrode-carrying portions, wherein the electrode-carrying portions of the plurality of offset spine loops are arranged in-plane in a single common plane (P), and the distal portions of the plurality of offset spine loops are arranged off-plane from the single common plane; a second distal ring electrode and a third proximal ring electrode each carried on the catheter proximally of the distal electrode array; and an intermediate deflection section comprising a section of tubing , wherein the section of tubing comprises: a first lumen carrying a plurality of lead wires for the first ring electrodes ; a second lumen carrying a first puller wire ; a third lumen carrying a cable for an electromagnetic position sensor and a plurality of lead wires for the second distal ring electrode and the third proximal ring electrode; and a fourth lumen carrying a second puller wire . an elongated catheter body ; a distal electrode array comprising a plurality of offset spine loops , each spine loop having at least a pair of electrode-carrying portions carrying first ring electrodes and a distal portion connecting the pair of electrode-carrying portions, wherein the electrode-carrying portions of the plurality of offset spine loops are arranged in-plane in a single common plane (P), and the distal portions of the plurality of offset spine loops are arranged off-plane from the single common plane; a second distal ring electrode and a third proximal ring electrode each carried on the catheter proximally of the distal electrode array; and an intermediate deflection section comprising a section of tubing , wherein the section of tubing comprises: a first lumen carrying a plurality of lead wires for the first ring electrodes ; a second lumen carrying a first puller wire ; a third lumen carrying a cable for an electromagnetic position sensor and a plurality of lead wires for the second distal ring electrode and the third proximal ring electrode; and a fourth lumen carrying a second puller wire . a first lumen carrying a plurality of lead wires for the first ring electrodes ; a second lumen carrying a first puller wire ; a third lumen carrying a cable for an electromagnetic position sensor and a plurality of lead wires for the second distal ring electrode and the third proximal ring electrode; and a fourth lumen carrying a second puller wire .
A method for checking an assembly state of a spinning rotor comprising a rotor shaft having a shoulder and a rotor cup releasably connected to the rotor shaft and supported in a magnetic bearing in an open-end spinning device closeable at the front by means of a cover element , the magnetic bearing comprising means for adjusting an axial position of the rotor shaft , means for determining the axial position, and at least one front axial safety bearing for the shoulder of the rotor shaft , characterized in that a first spacing, designated as s0, between the shoulder of the rotor shaft and the front axial safety bearing is defined for a regular axial operating position of the spinning rotor , that prior to starting the spinning rotor the spinning rotor is transported axially in the direction of the front axial safety bearing until said rotor reaches an axial stop, that a first travel distance, designated as s, of the spinning rotor between the regular axial operating position and the axial stop is captured and compared with the first spacing, and that the spinning rotor is started if s = s0 and that starting the spinning rotor is prevented if s < s0.
A vehicle onboard control apparatus for charging an energy storage apparatus mounted on a vehicle , with electrical energy supplied through a charging cable from a power source external to the vehicle, the control apparatus comprising: a power control unit adapted to turn on a charging mode signal when a state of a signal changes from a state with no change for a certain period of time to a state with a change, to activate a charging control unit , and to turn off the charging mode signal when detecting a charging completion signal characterized in that said charging completion signal is turned on by the charging control unit , the signal whose state changes from a state with no change for a certain period of time to a state with a change being outputted from a signal generating unit included in the charging cable and being according to a state of electrical energy supply from the power source; and the charging control unit adapted to charge the energy storage apparatus through the charging cable when detecting the charging mode signal which is turned on by the power control unit , and to turn on the charging completion signal when the charging has been completed, and thereafter to turn off the charging completion signal when detecting that the charging mode signal has been turned off by the power control unit . a power control unit adapted to turn on a charging mode signal when a state of a signal changes from a state with no change for a certain period of time to a state with a change, to activate a charging control unit , and to turn off the charging mode signal when detecting a charging completion signal characterized in that said charging completion signal is turned on by the charging control unit , the signal whose state changes from a state with no change for a certain period of time to a state with a change being outputted from a signal generating unit included in the charging cable and being according to a state of electrical energy supply from the power source; and the charging control unit adapted to charge the energy storage apparatus through the charging cable when detecting the charging mode signal which is turned on by the power control unit , and to turn on the charging completion signal when the charging has been completed, and thereafter to turn off the charging completion signal when detecting that the charging mode signal has been turned off by the power control unit .