mhurhangee/ep-ind-claims huggingface dataset:
A product comprising human cell line derived recombinant follicle stimulating hormone for use in the treatment of infertility in a patient having serum AMH level ≥15 pmol/L wherein the product is to be administered at a daily dose of 0.09 to 0.19 μg human cell line derived recombinant FSH per kilogram bodyweight of the patient; wherein the treatment of infertility includes a step of determining the serum AMH level of the patient, and a step of administering the dose to a patient having the defined serum AMH level.
An arithmetic device comprising: a communication unit configured to receive a message including a reception authentication code; a storage unit (18, 19) configured to store a key; and a message verification unit configured to generate a generation authentication code, using: the key, for data to be verified including data excluding at least the reception authentication code from the message received by the communication unit; a first counter value updated in response to reception of the message and initialized at a time when an abnormality regarding transmission/reception of the message occurs; and a second counter value updated at a time when the abnormality occurs; the message verification unit being further configured to verify the message according to whether the reception authentication code and the generation authentication code match. a communication unit configured to receive a message including a reception authentication code; a storage unit (18, 19) configured to store a key; and a message verification unit configured to generate a generation authentication code, using: the key, for data to be verified including data excluding at least the reception authentication code from the message received by the communication unit; a first counter value updated in response to reception of the message and initialized at a time when an abnormality regarding transmission/reception of the message occurs; and a second counter value updated at a time when the abnormality occurs; the key, for data to be verified including data excluding at least the reception authentication code from the message received by the communication unit; a first counter value updated in response to reception of the message and initialized at a time when an abnormality regarding transmission/reception of the message occurs; and a second counter value updated at a time when the abnormality occurs; the message verification unit being further configured to verify the message according to whether the reception authentication code and the generation authentication code match.
A prefabricated substructure unit configured to receive an upper flooring at the installation location, said substructure unit comprising a first series of panels arranged in parallel in a first layer and being fixed under a second series of panels arranged in parallel in a second layer, said first series of panels being arranged in a criss-cross manner with respect to said second series of panels to form a diagonal lattice, said panels of the first series are fastened to the panels of the second series by two screws in each panel-overlap portion, said panels of said first and second series (2, 4) having bevelled cut ends (5, 6) extending outwardly from said lattice by extending outwardly with respect to the ends of the panels of the other series (4, 2) to form coupling means to interconnect at least two substructure units.
A refractory plate for use in a slide gate valve for controlling a flow of molten metal, comprising the following features: 1.1 a channel passing through said plate through which molten metal can flow; 1.2 a first portion made of a first refractory material; wherein 1.3 said channel is at least partially passing through said first portion; and 1.4 a second portion made of a second refractory material; wherein 1.5 said channel is spaced from said second portion; and wherein 1.6 said first refractory material is bonded by a carbon bond or a coking binder; and wherein 1.7 said second refractory material is not bonded by a carbon bond or a coking binder; and wherein 1.8 said second refractory material is comprised of 35 to 99 % by mass Al 2 O 3, of below 2 % by mass carbon and of 1 to 65 % by mass at least one of the following: SiO 2, CaO and Fe 2 O 3; and wherein 1.9 said first portion and said second portion abut at an interface. 1.1 a channel passing through said plate through which molten metal can flow; 1.2 a first portion made of a first refractory material; wherein 1.3 said channel is at least partially passing through said first portion; and 1.4 a second portion made of a second refractory material; wherein 1.5 said channel is spaced from said second portion; and wherein 1.6 said first refractory material is bonded by a carbon bond or a coking binder; and wherein 1.7 said second refractory material is not bonded by a carbon bond or a coking binder; and wherein 1.8 said second refractory material is comprised of 35 to 99 % by mass Al 2 O 3, of below 2 % by mass carbon and of 1 to 65 % by mass at least one of the following: SiO 2, CaO and Fe 2 O 3; and wherein 1.9 said first portion and said second portion abut at an interface.
A belt finishing device, with a finishing belt and with a mechanical port for a rotary drive of a tool machine, wherein the mechanical port is at least indirectly coupled to an oscillation drive, which comprises a converter for converting a rotary movement into an oscillation movement of a pressing tool, wherein the pressing tool is intended to press the finishing belt against a workpiece to be finished, wherein the mechanical port is at least indirectly coupled to a finishing belt drive for conveying the finishing belt, wherein the oscillation drive and/or the finishing belt drive has or have a transmission, characterized in that an input variable of the transmission is the direction of rotation of the rotary drive of the tool machine and an output variable of the transmission is rotational speeds, which are dependent on the input variable and differ from one another, in that a first direction of rotation of the rotary drive corresponds to a first rotational speed and a second direction of rotation, which is opposite to the first direction of rotation, corresponds to a second rotational speed, and in that a direction of rotation at the output of the transmission is always the same direction of rotation irrespective of the input variable.
A neutron grid, comprising: a grid including: a plurality of spacers configured to pass at least a part of first neutrons from a target; and a plurality of absorbers configured to absorb at least a part of second neutrons to be scattered thorough the target, the spacers and the absorbers being alternately arranged along a first direction and extending along a second direction intersecting with the first direction; and a pair of covers (153, 154) configured to pass at least a part of the first neutrons and at least a part of the second neutrons sandwiching the grid along a third direction intersecting with the first and second directions, wherein the spacers contain at least one selected from the group consisting of Si, w, Al 2 O 3, AlN, SiC and Y 2 O 3, wherein the absorbers contain Ta, wherein a thermal expansion coefficient difference between one of the spacers and one of the absorbers is ±9 × 10 -6 /°C or less, or Young's modulus of one of the spacers is 100 GPa or more. a grid including: a plurality of spacers configured to pass at least a part of first neutrons from a target; and a plurality of absorbers configured to absorb at least a part of second neutrons to be scattered thorough the target, the spacers and the absorbers being alternately arranged along a first direction and extending along a second direction intersecting with the first direction; and a pair of covers (153, 154) configured to pass at least a part of the first neutrons and at least a part of the second neutrons sandwiching the grid along a third direction intersecting with the first and second directions, wherein the spacers contain at least one selected from the group consisting of Si, w, Al 2 O 3, AlN, SiC and Y 2 O 3, wherein the absorbers contain Ta, wherein a thermal expansion coefficient difference between one of the spacers and one of the absorbers is ±9 × 10 -6 /°C or less, or Young's modulus of one of the spacers is 100 GPa or more.
A method for determining angular position of a generator shaft of a wind turbine, the method comprising: receiving a position signal, from an encoder position sensor of the wind turbine, indicative of an angular position of the generator shaft; determining a compensation signal to compensate for a disturbance signal in the received position signal indicative of an imperfection associated with the encoder position sensor; and, modifying the position signal by applying the determined compensation signal to the received position signal to determine angular position, characterized in that, determining the compensation signal comprises: determining a position component of the position signal; determining a speed signal based on the position signal, and determining a speed component associated with the disturbance signal in the speed signal; and, determining a gain of the compensation signal based on the position component and the speed component. receiving a position signal, from an encoder position sensor of the wind turbine, indicative of an angular position of the generator shaft; determining a compensation signal to compensate for a disturbance signal in the received position signal indicative of an imperfection associated with the encoder position sensor; and, modifying the position signal by applying the determined compensation signal to the received position signal to determine angular position, characterized in that, determining the compensation signal comprises: determining a position component of the position signal; determining a speed signal based on the position signal, and determining a speed component associated with the disturbance signal in the speed signal; and, determining a gain of the compensation signal based on the position component and the speed component. determining a position component of the position signal; determining a speed signal based on the position signal, and determining a speed component associated with the disturbance signal in the speed signal; and, determining a gain of the compensation signal based on the position component and the speed component.
A valve assembly including at least one passage along which fluid can be selectively allowed to pass, said assembly including a valve body in which the passage is formed and at least first and second balls located in the passage, each selectively movable between a first position in which a channel in the ball forms part of the passage and a second position in which the ball prevents fluid passing along the passage and wherein a sealing assembly is provided in a space in the valve body between said balls, said sealing assembly including a first sealing ring for location with a face of a first ball and a second sealing ring for location with a face of the other of said balls characterised in that a plurality of biasing means are provided with a first end of each of the biasing means located to act on the first sealing ring and a second end located to act on the second sealing ring and in that at least a portion of the biasing means intermediate the ends of the same are located in a channel for each respective biasing means.
A hydrosilylation curable polysiloxane comprising at least one of units of formula and units of formula wherein Ar is C 6 -C 20 aryl, R 1 is C 2 -C 20 alkenyl, and R 2, R 3, R 4 and R 5 independently are C 1 -C 20 hydrocarbyl.
A lithium-air battery comprising: an air electrode using oxygen as a positive electrode active material; a negative electrode disposed apart from the positive electrode; a separator interposed between the positive electrode and the negative electrode; and an electrolyte, wherein the air electrode includes a gas diffusion layer and a coating layer of a first conductive material for coating the surface of the gas diffusion layer, and the separator includes a coating layer of a second conductive material for coating the surface of a separator membrane, wherein the first conductive material and the second conductive material are each independently any one selected from the group consisting of carbon black, Ketjen black, Super P, Denka black, acetylene black, activated carbon powder, carbon molecular sieve, carbon nanotube, carbon nanowire, activated carbon having a micropore, mesoporous carbon, graphite, copper powder, silver powder, nickel, aluminum powder, polyphenylene derivative, and mixtures thereof, wherein the second conductive material coating layer in the separator and the first conductive material coating layer in the air electrode are arranged to face each other, and wherein the second conductive material coating layer in the separator and the first conductive material coating layer in the air electrode are in direct contact with each other. an air electrode using oxygen as a positive electrode active material; a negative electrode disposed apart from the positive electrode; a separator interposed between the positive electrode and the negative electrode; and an electrolyte, wherein the air electrode includes a gas diffusion layer and a coating layer of a first conductive material for coating the surface of the gas diffusion layer, and the separator includes a coating layer of a second conductive material for coating the surface of a separator membrane, wherein the first conductive material and the second conductive material are each independently any one selected from the group consisting of carbon black, Ketjen black, Super P, Denka black, acetylene black, activated carbon powder, carbon molecular sieve, carbon nanotube, carbon nanowire, activated carbon having a micropore, mesoporous carbon, graphite, copper powder, silver powder, nickel, aluminum powder, polyphenylene derivative, and mixtures thereof, wherein the second conductive material coating layer in the separator and the first conductive material coating layer in the air electrode are arranged to face each other, and wherein the second conductive material coating layer in the separator and the first conductive material coating layer in the air electrode are in direct contact with each other.
Detector device configured to detect presence of liquid in a container, comprising a main duct provided at a first end with an inlet, configured to be connected to the container, and at a second end with an outlet, configured to be connected to a suction device, wherein an inner channel of the main duct is in communication with a detection chamber through a branch channel (130, 210) and a return channel (140, 220) arranged along a lateral surface of the main duct extending between the first and the second end (110; 120), wherein the branch channel (130, 210) is arranged between the first end of the main duct and the return channel (140, 220) and wherein the return channel (140, 220) is arranged between the second end of the main duct and the branch channel (130, 210), the detection chamber being closed by a top cap and by a bottom wall and comprising a stem that is coupled to at least one between the top cap and the bottom wall and that internally houses a reed switch, wherein the stem is inserted into a longitudinal cavity of a float (280A; 280B) housing at least one permanent magnet in an inner seat, the float (280A; 280B) being configured to slide along the stem between a rest position and a floating position, wherein: - one between the rest position and the floating position coincides with a position of interaction of the float (280A; 280B) with the reed switch, at which said at least one permanent magnet magnetically interacts with the reed switch, whereby the reed switch is closed; and - the other one between the rest position and the floating position coincides with a position of non-interaction of the float (280A; 280B) with the reed switch, at which said at least one permanent magnet does not magnetically interact with the reed switch, whereby the reed switch is open. - one between the rest position and the floating position coincides with a position of interaction of the float (280A; 280B) with the reed switch, at which said at least one permanent magnet magnetically interacts with the reed switch, whereby the reed switch is closed; and - the other one between the rest position and the floating position coincides with a position of non-interaction of the float (280A; 280B) with the reed switch, at which said at least one permanent magnet does not magnetically interact with the reed switch, whereby the reed switch is open.
A general-purpose tapping screw comprising: a two-line screw structure including a cylindrical body and main threads and auxiliary threads formed on an outer circumferential surface of the body, wherein an outer diameter of the auxiliary threads is 92% to 97% an outer diameter of the main threads, characterized in that a first pitch from the main thread to the auxiliary thread and a second pitch (from the auxiliary thread to the next main thread have a difference of ±10~20%. a two-line screw structure including a cylindrical body and main threads and auxiliary threads formed on an outer circumferential surface of the body, wherein an outer diameter of the auxiliary threads is 92% to 97% an outer diameter of the main threads, characterized in that a first pitch from the main thread to the auxiliary thread and a second pitch (from the auxiliary thread to the next main thread have a difference of ±10~20%.
Anchor reinforcement apparatus developed to prevent an anchor cable from being released from a concrete mass and to ensure that it is kept in the center along a borehole, comprising: a main body which has a diameter to enter to an anchor borehole and which has symmetrically positioned vertical slits ensuring that the concrete grouting flows out through the remaining gap and fills up the borehole wherein a fixed wing is fastened to one side of each vertical slit on the main body and the vertical slits defining the locations on which the fixed wings are to be welded, the fixed wings provide an extra frictional resistance by increasing the interaction areas of the concrete grouting and anchor cables by reducing the displacement amount of the composite structure on the root zone in case of interacting with the environmental soil, a centering profile welded to the upper portion of the main body and comprising holes as much as the number of anchor cables and ensuring that the anchor reinforcement apparatus is in the same direction as the anchor cable, an anchor head comprising holes as much as the number of anchor cables at the lower portion of the main body and configured to fix the anchor reinforcement apparatus to the anchor cable by means of anchor grip. a main body which has a diameter to enter to an anchor borehole and which has symmetrically positioned vertical slits ensuring that the concrete grouting flows out through the remaining gap and fills up the borehole wherein a fixed wing is fastened to one side of each vertical slit on the main body and the vertical slits defining the locations on which the fixed wings are to be welded, the fixed wings provide an extra frictional resistance by increasing the interaction areas of the concrete grouting and anchor cables by reducing the displacement amount of the composite structure on the root zone in case of interacting with the environmental soil, a centering profile welded to the upper portion of the main body and comprising holes as much as the number of anchor cables and ensuring that the anchor reinforcement apparatus is in the same direction as the anchor cable, an anchor head comprising holes as much as the number of anchor cables at the lower portion of the main body and configured to fix the anchor reinforcement apparatus to the anchor cable by means of anchor grip.
An electrolytic CO 2 -removal device for liquid chromatography comprising (a) a basic chamber comprising basic medium comprising an aqueous cation hydroxide solution; (b) a CO 2 -permeable barrier which substantially blocks the passage of water, said basic medium being on one side of said CO 2 -permeable barrier; (c) a liquid sample stream flow channel on the opposite side of said CO 2 -permeable barrier from said basic chamber, and having an inlet and an outlet; (d) a first anion exchange membrane on one side of said basic chamber; (e) a second anion exchange membrane on the opposite side of said basic chamber from said first anion exchange membrane; (f) a first electrode on the other side of said first anion exchange membrane from said basic medium; and (g) a second electrode on the other side of said second anion exchange membrane from said basic medium; wherein said CO 2 -permeable barrier comprises tubing, said liquid sample stream flow channel comprises the interior of said tubing, and said basic chamber comprises a chamber exterior to said tubing and in contact therewith. (a) a basic chamber comprising basic medium comprising an aqueous cation hydroxide solution; (b) a CO 2 -permeable barrier which substantially blocks the passage of water, said basic medium being on one side of said CO 2 -permeable barrier; (c) a liquid sample stream flow channel on the opposite side of said CO 2 -permeable barrier from said basic chamber, and having an inlet and an outlet; (d) a first anion exchange membrane on one side of said basic chamber; (e) a second anion exchange membrane on the opposite side of said basic chamber from said first anion exchange membrane; (f) a first electrode on the other side of said first anion exchange membrane from said basic medium; and (g) a second electrode on the other side of said second anion exchange membrane from said basic medium;
Boom of an agricultural implement, in particular a distributor boom of a field sprayer, having a plurality of sections (4, 6, 8, 10) which are adjustable via joints (3, 5, 7, 9), which are substantially perpendicular to the ground, between an unfolded working position, in which the sections are aligned approximately transversely to the working direction and more or less parallel to the ground, and a transport position, folded up in a zigzag shape, by adjusting elements arranged at the hinges, characterized in that, at at least one joint between two successive sections (4, 6), on one section, at least one pivoting strut that is pivotable between a reinforcing position pivoted out relative to the section and a stowed position pivoted in with respect to the section is arranged, said pivoting strut, in the working position and in the reinforcing position, bridging the joint at a spacing and being supportable on or lockable to the other section, and in that the pivoting strut is pivotable at least into the reinforcing position by the adjusting element.