mhurhangee/ep-ind-claims huggingface dataset:
Tapered roller bearing, comprising frustoconical rolling bodies and an inner raceway element, wherein the raceway element for the frustoconical rolling bodies with a rolling face for the rolling bodies and with a rim which has an inner side on one of the end sides of the rolling bodies, in which a region of the inner side is provided for contact with regions of the rolling-body end sides, in one view the raceway element being configured so as to be free from an undercut in a transitional region from the inner side towards the rolling face in relation to a viewing direction which starts from a middle region of the inner side between its outer and inner edge and is directed radially towards the rolling face along a rolling-body end side, the rolling face being configured in accordance with a frustoconical shell which is bulged towards the rolling bodies, the outer shell of at least one of the rolling bodies being configured between the transitional regions towards its two end sides such that it is bulged outwards.
A method for preparing trastuzumab, the method comprising: culturing recombinant trastuzumab expressing animal cells in a medium comprising glycerol at a concentration of 0.5 to 3% (v/v), manganese at a concentration of 20 to 120 μM and uridine at a concentration of 3 to 10 mM as additives for regulating the sugar chain content of the antibody; wherein the animal cells are selected from: HD201 cell line expressing trastuzumab deposited under the Accession No: KCTC 12164BP and Chinese hamster ovary cell line expressing trastuzumab; wherein the culturing step comprises: (a) culturing the trastuzumab-expressing cells in a medium comprising glycerol at a concentration of 0.5 to 3% (v/v) and manganese at a concentration of 20 to 120 mM; and (b) culturing the cells cultured in step (a) by adding uridine at a concentration of 3 to 10 mM on day 5 of culture; and optionally wherein the method further comprises (c) culturing the cells cultured in the step (b) by adding a feed medium comprising glycerol and manganese. (a) culturing the trastuzumab-expressing cells in a medium comprising glycerol at a concentration of 0.5 to 3% (v/v) and manganese at a concentration of 20 to 120 mM; and (b) culturing the cells cultured in step (a) by adding uridine at a concentration of 3 to 10 mM on day 5 of culture; and optionally wherein the method further comprises (c) culturing the cells cultured in the step (b) by adding a feed medium comprising glycerol and manganese.
A method comprising: constructing a matrix based at least in part on an input gesture and a template gesture, wherein the input gesture comprises movement of an apparatus (10; 102; 302); determining, by at least one processor (20; 110), whether a relationship determined based at least in part on the constructed matrix satisfies a predefined threshold; in an instance in which the relationship does not satisfy the predefined threshold, eliminating the template gesture from further consideration for recognition of the input gesture; and in an instance in which the relationship satisfies the predefined threshold: determining a rotation matrix based at least in part on the constructed matrix; using the rotation matrix to rotate the template gesture to a coordinate system of the input gesture; and determining whether the input gesture matches the rotated template gesture, based at least in part on a comparison between the rotated template gesture and the input gesture. constructing a matrix based at least in part on an input gesture and a template gesture, wherein the input gesture comprises movement of an apparatus (10; 102; 302); determining, by at least one processor (20; 110), whether a relationship determined based at least in part on the constructed matrix satisfies a predefined threshold; in an instance in which the relationship does not satisfy the predefined threshold, eliminating the template gesture from further consideration for recognition of the input gesture; and in an instance in which the relationship satisfies the predefined threshold: determining a rotation matrix based at least in part on the constructed matrix; using the rotation matrix to rotate the template gesture to a coordinate system of the input gesture; and determining whether the input gesture matches the rotated template gesture, based at least in part on a comparison between the rotated template gesture and the input gesture. determining a rotation matrix based at least in part on the constructed matrix; using the rotation matrix to rotate the template gesture to a coordinate system of the input gesture; and determining whether the input gesture matches the rotated template gesture, based at least in part on a comparison between the rotated template gesture and the input gesture.
Automated luminaire, comprising: multiple LED sources (60, 64); an elongated integrator; a gobo carrier (154, 163, 165) which carries a plurality of gobo light patterns (168, 172-178); a receiving lens (120, 130); and an output lens (122, 132), wherein the automated luminaire is configured such that the multiple LED sources (60, 64) feed light into the elongated integrator, the output of which feeds light via the gobo carrier (154, 163, 165) to the receiving lens (120, 130), the receiving lens (120, 130) in-turn feeding light to the output lens (122, 132), characterized in that the receiving lens (120,130) is protected by an elongated receiving lens spill shield, wherein the elongated receiving lens spill shield is attached to and moves with the receiving lens (120, 130), and the output lens (122, 132) is protected by an elongated output lens spill shield, wherein the elongated output lens spill shield is attached to and moves with the output lens (122, 132), wherein the receiving lens spill shield is of a smaller diameter than the output lens spill shield such that the receiving lens and its attached receiving lens spill shield may move within the output lens spill shield such that the lenses may move to be adjacent, and wherein the receiving lens spill shield encloses at least partially the gobo carrier and the elongated integrator. multiple LED sources (60, 64); an elongated integrator; a gobo carrier (154, 163, 165) which carries a plurality of gobo light patterns (168, 172-178); a receiving lens (120, 130); and an output lens (122, 132), wherein the automated luminaire is configured such that the multiple LED sources (60, 64) feed light into the elongated integrator, the output of which feeds light via the gobo carrier (154, 163, 165) to the receiving lens (120, 130), the receiving lens (120, 130) in-turn feeding light to the output lens (122, 132), characterized in that the receiving lens (120,130) is protected by an elongated receiving lens spill shield, wherein the elongated receiving lens spill shield is attached to and moves with the receiving lens (120, 130), and the output lens (122, 132) is protected by an elongated output lens spill shield, wherein the elongated output lens spill shield is attached to and moves with the output lens (122, 132), wherein the receiving lens spill shield is of a smaller diameter than the output lens spill shield such that the receiving lens and its attached receiving lens spill shield may move within the output lens spill shield such that the lenses may move to be adjacent, and wherein the receiving lens spill shield encloses at least partially the gobo carrier and the elongated integrator.
Holder for fastening a component, in particular a fuel distributor, to an internal combustion engine, having at least one decoupling element (7, 8), one fastening body, one fastening means and one holding element, wherein the fastening body is fastenable by the fastening means to the internal combustion engine, and wherein the holding element is fastened by means of the decoupling element (7, 8) to the fastening body, characterized in that the decoupling element (7, 8) is shaped such that, in an axial direction along an axis of the fastening body and in a radial direction which is oriented perpendicular to an axis of the fastening body, a non-linear spring characteristic curve is predefined which describes a dependency of a resetting force, acting on the holding element along the axis of the fastening body, of a deflection (s) of the holding element along the axis of the fastening body relative to the fastening body, and in that a preloading element is provided in order to impart a preload to the decoupling element (7, 8), wherein the preloading element, which is connected to the fastening body, interacts in positively locking fashion with the decoupling element (7, 8), and in that the decoupling element (7, 8) has at least one formation (23, 28) which interacts in positively locking fashion with a formation (25, 30) of the holding element and/or in that the decoupling element has at least one formation which interacts in positively locking fashion with a formation of the preloading element, and in that the decoupling elements (7, 8) are not acted on by the fastening force imparted by the fastening means.
A meter (10, 200) for determining the concentration of an analyte in a fluid sample provided on a test strip, the meter comprising: a body (12, 212) having first (14, 216) and second (16, 216) ends, the body defining a longitudinal axis (Y, B) extending between the first and second ends; a read-head (28, 228) coupled to the body and adapted to analyze the analyte on the test strip; and a test strip holder coupled to the body, the test strip holder having first and second arms, or first and second slots formed in the body each dimensioned to receive at least a portion of the test strip; characterized in that at least one of the read-head or the test strip holder is movable along the longitudinal axis (Y, B) of the body between a first position, in which the first and second arms of the test strip holder or the first and second slots overlie the read-head and the read-head is substantially disposed within the body, and a second position, in which the read-head extends beyond the first and second arms of the test strip holder or extends beyond the first and second slots and is substantially disposed outside the body. a body (12, 212) having first (14, 216) and second (16, 216) ends, the body defining a longitudinal axis (Y, B) extending between the first and second ends; a read-head (28, 228) coupled to the body and adapted to analyze the analyte on the test strip; and a test strip holder coupled to the body, the test strip holder having first and second arms, or first and second slots formed in the body each dimensioned to receive at least a portion of the test strip; characterized in that at least one of the read-head or the test strip holder is movable along the longitudinal axis (Y, B) of the body between a first position, in which the first and second arms of the test strip holder or the first and second slots overlie the read-head and the read-head is substantially disposed within the body, and a second position, in which the read-head extends beyond the first and second arms of the test strip holder or extends beyond the first and second slots and is substantially disposed outside the body.
A composition comprising a peptide comprising a sequence selected from the group consisting of YDYNLY, FDYNFY, FDYNLY, WDYNLY, FDYNWY, YDWNLY and YDWHLY, wherein said peptide comprises up to 50 amino acids, and wherein the composition is devoid of cytotoxic or cytostatic activity.
An opening and closing system for a pressure cooker having an internally-fitted lid, the system comprising: - a lid that is movable between at least a closed position in which said lid is suitable for co-operating with a vessel to form a sealed pressure cooker, and an opening position in which the lid allows the inside of the vessel to communicate with the outside; - a control lever for controlling movement of the lid between its closed and opening positions, the lever being movable in turning between a first position corresponding to the closed position of the lid, and at least one second position corresponding to the opening position of said lid; the lever being provided with a cam; - a latch that is movable between an engaged position in which the latch tends to hold the lever in the first position, and a disengaged position in which the lever can turn freely; and - a return member returning the latch towards the engaged position against the cam, the latch thus generating a holding force for holding the cam in order to hold the lever in the first position; the system being characterized in that the cam and the latch are configured in such a manner that when a torque greater than a predetermined value is applied to the lever to cause it to pass from the first position to the second position, the cam applies a force on the latch that is greater than the holding force and the lever turns from the first position to the second position, the cam pushing the latch against the action of the return spring, which then moves from the engaged position to the disengaged position. - a lid that is movable between at least a closed position in which said lid is suitable for co-operating with a vessel to form a sealed pressure cooker, and an opening position in which the lid allows the inside of the vessel to communicate with the outside; - a control lever for controlling movement of the lid between its closed and opening positions, the lever being movable in turning between a first position corresponding to the closed position of the lid, and at least one second position corresponding to the opening position of said lid; the lever being provided with a cam; - a latch that is movable between an engaged position in which the latch tends to hold the lever in the first position, and a disengaged position in which the lever can turn freely; and - a return member returning the latch towards the engaged position against the cam, the latch thus generating a holding force for holding the cam in order to hold the lever in the first position;
A rotor for an axial turbomachine, comprising at least one first rotor main body, wherein the first rotor main body has a first connecting flange for connecting the first rotor main body to a second rotor main body, wherein the first rotor main body is connected to at least one rotor blade and has a balancing flange, and wherein the first connecting flange is integrally bonded to the balancing flange and the balancing flange is arranged radially on the inside of the first connecting flange, characterized in that the balancing flange is axially aligned.
Ambient temperature curable intumescent coating composition comprising: A) a binder comprising (i) a resin comprising a polysiloxane chain or a precursor for said chain, (ii) an organic resin, and (iii) at least one type of functional group selected from the group consisting of epoxy, amine, mercaptan, carboxylic acid, acryloyl, isocyanate, alkoxysilyl, and anhydride groups, said functional groups being present as pendant and/or terminal groups on said resin comprising a polysiloxane chain or the precursor for said chain, and/or on the organic resin, provided that the binder contains alkoxysilyl groups as the only type of said functional groups, and these alkoxysilyl groups are present on the organic resin, B) a compound capable of reacting with or catalysing the reaction between the functional groups, and C) a spumific and a phosporous compound char forming adjunct. A) a binder comprising (i) a resin comprising a polysiloxane chain or a precursor for said chain, (ii) an organic resin, and (iii) at least one type of functional group selected from the group consisting of epoxy, amine, mercaptan, carboxylic acid, acryloyl, isocyanate, alkoxysilyl, and anhydride groups, said functional groups being present as pendant and/or terminal groups on said resin comprising a polysiloxane chain or the precursor for said chain, and/or on the organic resin, provided that the binder contains alkoxysilyl groups as the only type of said functional groups, and these alkoxysilyl groups are present on the organic resin, (i) a resin comprising a polysiloxane chain or a precursor for said chain, (ii) an organic resin, and (iii) at least one type of functional group selected from the group consisting of epoxy, amine, mercaptan, carboxylic acid, acryloyl, isocyanate, alkoxysilyl, and anhydride groups, said functional groups being present as pendant and/or terminal groups on said resin comprising a polysiloxane chain or the precursor for said chain, and/or on the organic resin, provided that the binder contains alkoxysilyl groups as the only type of said functional groups, and these alkoxysilyl groups are present on the organic resin, B) a compound capable of reacting with or catalysing the reaction between the functional groups, and C) a spumific and a phosporous compound char forming adjunct.
An apparatus for storing at least one object including at least one top end and at least one bottom end, the apparatus comprising: a container configured to store the at least one object; a pouch containing a liquid and configured to substantially cover the at least one top end of the at least one object when stored inside the container, the pouch being configured to contact the at least one top end of the at least one object and to open when contacted by contents expelled from the at least one object due to thermal runaway, characterized in that the pouch further includes at least one air pocket configured to be positioned on the at least one object, such that the at least one air pocket separates the liquid from the at least one object. a container configured to store the at least one object; a pouch containing a liquid and configured to substantially cover the at least one top end of the at least one object when stored inside the container, the pouch being configured to contact the at least one top end of the at least one object and to open when contacted by contents expelled from the at least one object due to thermal runaway, characterized in that the pouch further includes at least one air pocket configured to be positioned on the at least one object, such that the at least one air pocket separates the liquid from the at least one object.
A method for authentication using ciphers, the method comprising: in a determined secure environment, executing cryptographic calculations of an encryption algorithm at a base station to produce a pre-calculated cipher (216, 506) comprising an interrogation signature cipher and a response signature cipher for a subsequent authentication process; storing the pre-calculated cipher (216, 506) in a nonvolatile storage device at the base station; in response to a trigger event, transmitting an authentication request message of an authentication process from the base station, the authentication request message including the interrogation signature cipher; receiving an authentication response message from a responding device at the base station, the authentication response message including a response signature cipher; validating the authentication response message at the base station by verifying whether the received response signature cipher is the expected pre-calculated response signature cipher to determine if the authentication process has been successful; and after the authentication response message has been successfully validated, executing additional cryptographic calculations at the base station to produce a next pre-calculated cipher (216, 512) comprising an interrogation signature cipher and a response signature cipher for a next authentication process. in a determined secure environment, executing cryptographic calculations of an encryption algorithm at a base station to produce a pre-calculated cipher (216, 506) comprising an interrogation signature cipher and a response signature cipher for a subsequent authentication process; storing the pre-calculated cipher (216, 506) in a nonvolatile storage device at the base station; in response to a trigger event, transmitting an authentication request message of an authentication process from the base station, the authentication request message including the interrogation signature cipher; receiving an authentication response message from a responding device at the base station, the authentication response message including a response signature cipher; validating the authentication response message at the base station by verifying whether the received response signature cipher is the expected pre-calculated response signature cipher to determine if the authentication process has been successful; and after the authentication response message has been successfully validated, executing additional cryptographic calculations at the base station to produce a next pre-calculated cipher (216, 512) comprising an interrogation signature cipher and a response signature cipher for a next authentication process.
An inertial navigation system of a vehicle comprising: a processing unit, wherein the processing unit is configured to implement a stationary alignment Kalman filter (SAKF) in a gyrocompass alignment mode to generate state estimates and provide corrections when the vehicle is stationary, and wherein the processing unit further includes an algorithm to compute a covariance for the SAKF that accounts for uncertainty in the SAKF estimates; characterised in that the processing unit is further configured to implement a continuous alignment filter that generates a secondary solution which remains unaffected by the SAKF corrections during a delay period from a time of actual motion to a time of detected motion of the vehicle, and wherein the processing unit further includes an algorithm to compute a covariance for CAF that accounts for the uncertainty in CAF during the delay period; and wherein the processing unit is further configured to implement an in-motion alignment filter (AIMKF) and wherein outputs of CAF are communicated to the in-motion alignment filter.
A holder assembly for hanging goods to be displayed at a point of sale, comprising: - at least one elongated holding member at which goods are to be hanged and to be arranged in a row of goods one behind the other so that the hanging goods may be slid along the at least one elongated holding member to a removal position at an end of the at least one elongated holding member where a good may be removed from the at least one elongated holding member; and - a carrier to which the at least one elongated holding member is mounted and at which an electronic detection element (6; 1110B, 6R) is provided, wherein the at least one elongated holding member is displaceable between a first position and a second position, wherein the at least one elongated holding member is configured to be displaced from the first position to the second position in order to allow a removal of at least one foremost good of a row of hanging goods arranged at the at least one elongated holding member from the at least one elongated holding member, and wherein the electronic detection element (6; 1110B, 6R) is configured to detect a displacement of the at least one elongated holding member from the first position to the second position for emitting at least one signal, characterized in that the at least one elongated holding member is configured to be swivelled about a swivel axis running perpendicular to a direction along which goods are slidable at the at least one elongated holding member. - at least one elongated holding member at which goods are to be hanged and to be arranged in a row of goods one behind the other so that the hanging goods may be slid along the at least one elongated holding member to a removal position at an end of the at least one elongated holding member where a good may be removed from the at least one elongated holding member; and - a carrier to which the at least one elongated holding member is mounted and at which an electronic detection element (6; 1110B, 6R) is provided,