mhurhangee/ep-ind-claims huggingface dataset:
A monoclonal antibody against VEGF, or a fragment of the antibody, that binds to exon 1 to 5 regions of a vascular endothelial growth factor (VEGF), comprising: (i) a heavy chain that comprises the amino acid sequence of SEQ ID NO: 34 and a light chain that comprises the amino acid sequence of SEQ ID NO: 36; or (ii) a heavy chain that comprises the amino acid sequence of SEQ ID NO 38 and a light chain that comprises the amino acid sequence of SEQ ID NO: 40. (i) a heavy chain that comprises the amino acid sequence of SEQ ID NO: 34 and a light chain that comprises the amino acid sequence of SEQ ID NO: 36; or (ii) a heavy chain that comprises the amino acid sequence of SEQ ID NO 38 and a light chain that comprises the amino acid sequence of SEQ ID NO: 40.
A tray for carton packages, comprising - a first quadrangular surface forming a flat support plateau for accommodating bottoms of carton packages, - a second quadrangular surface forming a flat support plateau for accommodating tops of carton packages, - a first edge surrounding the first surface and extending away therefrom, and - at least a first row of recesses formed in the second surface, characterized by - a second edge surrounding the second flat surface and extending away therefrom, and - at least a second row of recesses (28 - 32) formed on the second surface, the second row of recesses being dissimilar to the first row of recesses so that the recesses can accommodate at least two different types of packages, and wherein - at leat one row (23 - 26) of recesses comprises circular cavities and cutouts having straight edges around each circular cavity, and - the depth of the cutouts is smaller than the depth of the circular cavities. - a first quadrangular surface forming a flat support plateau for accommodating bottoms of carton packages, - a second quadrangular surface forming a flat support plateau for accommodating tops of carton packages, - a first edge surrounding the first surface and extending away therefrom, and - at least a first row of recesses formed in the second surface, characterized by - a second edge surrounding the second flat surface and extending away therefrom, and - at least a second row of recesses (28 - 32) formed on the second surface, the second row of recesses being dissimilar to the first row of recesses so that the recesses can accommodate at least two different types of packages, and wherein - at leat one row (23 - 26) of recesses comprises circular cavities and cutouts having straight edges around each circular cavity, and - the depth of the cutouts is smaller than the depth of the circular cavities.
A dosage form for orally administering levorphanol to a human patient, the dosage form comprising an amount of levorphanol or a pharmaceutically acceptable salt thereof equivalent to 4 to 80 milligrams of levorphanol tartrate, functionally combined with a controlled release material selected from the group consisting of waxes, vegetable oils, esters of vegetable oils, and hydrogenated vegetable oils formulated as an orally-administrable dosage form such that the in-vitro fractional release of levorphanol therefrom, when measured by the USP Paddle Method at 100 rpm in 900 mL aqueous phosphate buffer at pH 6.8 and at 37 °C is: not greater than 47.5% at 1 hour, from 10% to 65% at 2 hours, from 15% to 70% at 4 hours, from 25% to 77.5% at 6 hours, from 35% to 87.5% at 9 hours, and greater than 65% at 12 hours. an amount of levorphanol or a pharmaceutically acceptable salt thereof equivalent to 4 to 80 milligrams of levorphanol tartrate, functionally combined with a controlled release material selected from the group consisting of waxes, vegetable oils, esters of vegetable oils, and hydrogenated vegetable oils formulated as an orally-administrable dosage form such that the in-vitro fractional release of levorphanol therefrom, when measured by the USP Paddle Method at 100 rpm in 900 mL aqueous phosphate buffer at pH 6.8 and at 37 °C is: not greater than 47.5% at 1 hour, from 10% to 65% at 2 hours, from 15% to 70% at 4 hours, from 25% to 77.5% at 6 hours, from 35% to 87.5% at 9 hours, and greater than 65% at 12 hours. not greater than 47.5% at 1 hour, from 10% to 65% at 2 hours, from 15% to 70% at 4 hours, from 25% to 77.5% at 6 hours, from 35% to 87.5% at 9 hours, and greater than 65% at 12 hours.
An endoscopic bipolar forceps for sealing and dividing tissue, comprising: a housing having an elongated shaft attached thereto, the shaft defining a longitudinal axis; the elongated shaft having opposing jaw members (110, 120) at a distal end thereof, the jaw members being movable relative to one another from a first position wherein the jaw members are disposed in spaced relation relative to one another to a second position wherein the jaw members cooperate to grasp tissue therebetween, each jaw member including an electrically conductive sealing surface (112, 122); a drive rod assembly for imparting movement of the jaw members between the first and second positions; a handle assembly, attached to the housing for actuating the drive rod assembly; each jaw member adapted to electrically couple to a source of electrical energy such that the sealing surfaces of the jaw members are capable of conducting energy through tissue held therebetween to effect a tissue seal; and characterised by the handle assembly including a four-bar mechanical linkage (40, 65, 36, 50, 37, 67b) that includes a handle and a cam-like piston which cooperate to impart a uniform closure pressure against tissue grasped between the jaw members, whereby movement of the cam-like piston imparts movement to the drive rod assembly to impart movement of the jaw members between the first and second positions. a housing having an elongated shaft attached thereto, the shaft defining a longitudinal axis; the elongated shaft having opposing jaw members (110, 120) at a distal end thereof, the jaw members being movable relative to one another from a first position wherein the jaw members are disposed in spaced relation relative to one another to a second position wherein the jaw members cooperate to grasp tissue therebetween, each jaw member including an electrically conductive sealing surface (112, 122); a drive rod assembly for imparting movement of the jaw members between the first and second positions; a handle assembly, attached to the housing for actuating the drive rod assembly; each jaw member adapted to electrically couple to a source of electrical energy such that the sealing surfaces of the jaw members are capable of conducting energy through tissue held therebetween to effect a tissue seal; and characterised by the handle assembly including a four-bar mechanical linkage (40, 65, 36, 50, 37, 67b) that includes a handle and a cam-like piston which cooperate to impart a uniform closure pressure against tissue grasped between the jaw members, whereby movement of the cam-like piston imparts movement to the drive rod assembly to impart movement of the jaw members between the first and second positions.
A method of manufacturing a cylinder block for a multi-cylinder engine having a crankcase and cylinder bores disposed therein separated by cylinder walls, wherein the crankcase is adapted to receive a crankshaft and comprises crank chambers disposed therein separated by partition walls (4, 30), each of the crank chambers of the crankcase corresponding to one of the cylinder bores of the cylinder block wherein a cylinder bore side of each partition wall (4, 30) comprises a honing runoff portion thinner in section than a crankshaft side thereof such that a step face results in each partition wall (4, 30), the method characterized by: forming a runoff groove in the step face of at least one of the partition walls (4, 30) of the crank chambers; and after the runoff groove is formed, forming a communication hole at least partially within the runoff groove in the at least one of the partition walls (4, 30) to enable communication between crank chambers. forming a runoff groove in the step face of at least one of the partition walls (4, 30) of the crank chambers; and after the runoff groove is formed, forming a communication hole at least partially within the runoff groove in the at least one of the partition walls (4, 30) to enable communication between crank chambers.
A wind turbine generator system comprising: a nacelle supporting a wind turbine rotor; a rotation mechanism comprising a yaw motor for performing a yaw rotation of the nacelle; a wind direction measurement apparatus for measuring a wind direction; and a control apparatus for controlling said rotation mechanism, wherein said control apparatus is configured to calculate a wind direction deviation from the wind direction measured by said wind direction measurement apparatus and a direction of said wind turbine rotor, and is configured to perform a yaw rotation of said nacelle by operating the yaw motor of said rotation mechanism when any of a first and second conditions is satisfied, wherein the first condition is a condition under which a state where an absolute value of said wind direction deviation is equal to or more than a first threshold value continues for a first duration predetermined, and wherein the second condition is a condition under which a state where the absolute value of said wind direction deviation is equal to or more than a second threshold value smaller than said first threshold value continues for a second duration longer than said first duration. a nacelle supporting a wind turbine rotor; a rotation mechanism comprising a yaw motor for performing a yaw rotation of the nacelle; a wind direction measurement apparatus for measuring a wind direction; and a control apparatus for controlling said rotation mechanism, wherein said control apparatus is configured to calculate a wind direction deviation from the wind direction measured by said wind direction measurement apparatus and a direction of said wind turbine rotor, and is configured to perform a yaw rotation of said nacelle by operating the yaw motor of said rotation mechanism when any of a first and second conditions is satisfied, wherein the first condition is a condition under which a state where an absolute value of said wind direction deviation is equal to or more than a first threshold value continues for a first duration predetermined, and wherein the second condition is a condition under which a state where the absolute value of said wind direction deviation is equal to or more than a second threshold value smaller than said first threshold value continues for a second duration longer than said first duration.
Steering column for a motor vehicle comprising a steering spindle, which is rotatably mounted in a casing unit, and comprising a holding unit, which indirectly or directly surrounds the casing unit, for connecting the casing unit to the motor vehicle, wherein the holding unit is in the form of a hybrid component and comprises two side parts (5a, 5b), which in turn each comprise a side web (5c, 5d), and functional elements, and wherein the functional elements are connecting sections to the vehicle or to the casing unit, wherein the hybrid component comprises at least one insert (12a, 12b, 13a, 13b) to which plastic is added in order to form the hybrid component, wherein the insert (12a, 12b, 13a, 13b) forms at least one functional element, characterized in that an insert (13a, 13b) forms a side web (5c, 5d), which insert comprises an elongate hole (15a, 15b), and/or an insert (12a, 12b) forms a recess for receiving a pivot axis, wherein the insert (12a, 12b, 13a, 13b) has a fastening point for fastening to the vehicle.
An apparatus for evaluating a geologic formation property proximate to a borehole through such formation, comprising: a tool body moveable through the borehole; a first transmitter engaged with said tool body for generating an electromagnetic wave into the geologic formation; a second transmitter engaged with said tool body proximate to said first transmitter for generating an electromagnetic wave into the geologic formation; a first receiver engaged with said tool body for receiving electromagnetic wave energy generated by said first and second transmitters (Tx1, Tx2) and for generating electrical signals representing the electromagnetic wave energy; a second receiver engaged with said tool body proximate to said first receiver for receiving electromagnetic wave energy generated by said first and second transmitters (Tx1, Tx2) and for generating electrical signals representing the electromagnetic wave energy; and a controller for processing the electrical signals generated by said first and second receivers (Rx1, Rx2), wherein said controller is configured to process said signals to indicate the resistivity of the geologic formation; characterized in that said controller is configured to produce a compensated resistivity measurement (R CS, R CL) of the geologic formation by averaging the resistivity measurements of said geologic formation taken from two selected locations within the borehole. a tool body moveable through the borehole; a first transmitter engaged with said tool body for generating an electromagnetic wave into the geologic formation; a second transmitter engaged with said tool body proximate to said first transmitter for generating an electromagnetic wave into the geologic formation; a first receiver engaged with said tool body for receiving electromagnetic wave energy generated by said first and second transmitters (Tx1, Tx2) and for generating electrical signals representing the electromagnetic wave energy; a second receiver engaged with said tool body proximate to said first receiver for receiving electromagnetic wave energy generated by said first and second transmitters (Tx1, Tx2) and for generating electrical signals representing the electromagnetic wave energy; and a controller for processing the electrical signals generated by said first and second receivers (Rx1, Rx2), wherein said controller is configured to process said signals to indicate the resistivity of the geologic formation; characterized in that said controller is configured to produce a compensated resistivity measurement (R CS, R CL) of the geologic formation by averaging the resistivity measurements of said geologic formation taken from two selected locations within the borehole.
A method of a base station in a wireless communication system, the method comprising: transmitting information on a subset codebook as a subset of a full codebook, the subset codebook having information on at least one precoder, to a user equipment; receiving a feedback signal from the user equipment, the feedback signal including information on a channel quality indicator, which is generated based on the at least one precoder, and information on a preferred precoder; transmitting information on a precoder assigned to the user equipment; and transmitting data based on the precoder, to the user equipment. transmitting information on a subset codebook as a subset of a full codebook, the subset codebook having information on at least one precoder, to a user equipment; receiving a feedback signal from the user equipment, the feedback signal including information on a channel quality indicator, which is generated based on the at least one precoder, and information on a preferred precoder; transmitting information on a precoder assigned to the user equipment; and transmitting data based on the precoder, to the user equipment.
Method for managing a plurality of electronic entities (10.1; 10.2; 10.3), each electronic entity registered with a primary management server being: - associated with a given type and with a user identifier in the primary management server, and - able to transmit event data to the primary management server, the method comprising the following steps: - transmission, by a secondary management server to the primary management server, of a request indicating an item of information relating to a first type of electronic entity and comprising a first user identifier; - determination, by the primary management server, of a first set (10.1; 10.2) of electronic entities comprising the electronic entities associated with the first type identified in the request and associated with the first user identifier; - transmission, by the primary management server, of the event data originating from the electronic entities of the first set to the secondary management server; - publication, by the secondary management server, of the event data originating from said electronic entities of the first set on a newsfeed of a user associated with the first user identifier. - associated with a given type and with a user identifier in the primary management server, and - able to transmit event data to the primary management server, - transmission, by a secondary management server to the primary management server, of a request indicating an item of information relating to a first type of electronic entity and comprising a first user identifier; - determination, by the primary management server, of a first set (10.1; 10.2) of electronic entities comprising the electronic entities associated with the first type identified in the request and associated with the first user identifier; - transmission, by the primary management server, of the event data originating from the electronic entities of the first set to the secondary management server; - publication, by the secondary management server, of the event data originating from said electronic entities of the first set on a newsfeed of a user associated with the first user identifier.
A method for detecting fake base stations, the method comprising: identifying, by a first wireless device, multiple parameters associated with a discovery signal transmitted by a second wireless device, the second wireless device advertising as a base station controller, BS; comparing, by the first wireless device, the multiple parameters associated with the discovery signal transmitted by the second wireless device with a set of parameters assigned to, or otherwise associated with, a cluster of neighboring BSs; and determining that the second wireless device is a fake BS when an inconsistency between the parameters associated with the discovery signal transmitted by the second wireless device and the set of parameters assigned to, or otherwise associated with, the cluster of neighboring BSs exceeds a threshold; wherein the discovery signal identifies one or more BS capabilities of the second wireless device, and wherein determining that the second wireless device is a fake BS comprises: comparing the one or more BS capabilities of the second wireless device with a set of BS capabilities associated with the cluster of neighboring BSs to determine whether or not the one or more BS capabilities of the second wireless device are inconsistent with BS capabilities of the cluster of neighboring BSs; wherein the one or more BS capabilities of the second wireless device are inconsistent with the BS capabilities of the cluster of neighboring BSs when the second wireless device lacks a BS capability in the set of BS capabilities associated with the cluster of neighboring BSs. identifying, by a first wireless device, multiple parameters associated with a discovery signal transmitted by a second wireless device, the second wireless device advertising as a base station controller, BS; comparing, by the first wireless device, the multiple parameters associated with the discovery signal transmitted by the second wireless device with a set of parameters assigned to, or otherwise associated with, a cluster of neighboring BSs; and determining that the second wireless device is a fake BS when an inconsistency between the parameters associated with the discovery signal transmitted by the second wireless device and the set of parameters assigned to, or otherwise associated with, the cluster of neighboring BSs exceeds a threshold; wherein the discovery signal identifies one or more BS capabilities of the second wireless device, and wherein determining that the second wireless device is a fake BS comprises: comparing the one or more BS capabilities of the second wireless device with a set of BS capabilities associated with the cluster of neighboring BSs to determine whether or not the one or more BS capabilities of the second wireless device are inconsistent with BS capabilities of the cluster of neighboring BSs; wherein the one or more BS capabilities of the second wireless device are inconsistent with the BS capabilities of the cluster of neighboring BSs when the second wireless device lacks a BS capability in the set of BS capabilities associated with the cluster of neighboring BSs.
An automatic analysis device for measuring liquid obtained by mixing a sample and a solution, wherein a solution mounting mechanism including a solution mounting part serving as an installation location of a container (9a-c, 19) for holding the solution is provided in a side surface of the automatic analysis device, and the automatic analysis device comprises an RFID reader for reading an RFID tag installed in a container (9a-c, 19), characterised in that the solution mounting mechanism is drawable and includes a temporary installing place for installing one container (9a-c, 19) in addition to the solution mounting part, and the RFID reader is arranged in a position of the temporary installing place in a position matching the RFID tag when the container (9a-c, 19) is placed on the temporary installing place of the drawn solution mounting mechanism. a solution mounting mechanism including a solution mounting part serving as an installation location of a container (9a-c, 19) for holding the solution is provided in a side surface of the automatic analysis device, and the automatic analysis device comprises an RFID reader for reading an RFID tag installed in a container (9a-c, 19), characterised in that the solution mounting mechanism is drawable and includes a temporary installing place for installing one container (9a-c, 19) in addition to the solution mounting part, and the RFID reader is arranged in a position of the temporary installing place in a position matching the RFID tag when the container (9a-c, 19) is placed on the temporary installing place of the drawn solution mounting mechanism.
An anchor for releasably securing a bicycle through-axle, that is installed in a wheelless front fork of a bicycle, to a load carrier, the anchor comprising: an anchor body comprising a through-axle receiving space for receiving a bicycle through-axle therein; and a movable jaw located within the anchor body and transitionable between a receiving configuration in which an interior of the receiving space is expanded for insertably receiving a bicycle through-axle therein and a secured configuration in which the movable jaw is in lateral abutting engagement with a bicycle through-axle received within the interior of the receiving space and an actuator coupled to the movable jaw that transitions the movable jaw between the receiving and secured configurations and wherein the through-axle receiving space laterally bounds a bicycle through-axle inserted therein when the movable jaw is in the secured configuration characterised in that the actuator comprises a first lever coupled to the movable jaw that linearly translates the movable jaw slidingly across a support surface of the anchor body between the receiving and secured configurations.. an anchor body comprising a through-axle receiving space for receiving a bicycle through-axle therein; and a movable jaw located within the anchor body and transitionable between a receiving configuration in which an interior of the receiving space is expanded for insertably receiving a bicycle through-axle therein and a secured configuration in which the movable jaw is in lateral abutting engagement with a bicycle through-axle received within the interior of the receiving space and an actuator coupled to the movable jaw that transitions the movable jaw between the receiving and secured configurations and wherein the through-axle receiving space laterally bounds a bicycle through-axle inserted therein when the movable jaw is in the secured configuration