mhurhangee/ep-ind-claims huggingface dataset:
Connection arrangement comprising two mutually complementary connector parts which are connectable from a separated connection status into a connected connection status, wherein there is provision for a transmitter and an associated antenna arrangement, by means of which a radio signal signalling the connection status is able to be generated and able to be transmitted by way of the antenna arrangement, wherein there is provision for an attenuation device which, in the connected connection status of the connection arrangement, operatively connects to the antenna arrangement and attenuates the radio signal transmitted by said antenna arrangement, characterized in that the attenuation device provided is a line portion which makes contact with and electrically connects the ends of the antenna arrangement in the connected connection status.
Wind turbine hub for a rotor with at least one rotor blade, where the blades and pitch systems are bolted to the hub and the rotary part of this hub moves with the rotational shaft via the corresponding bearings, the wind turbine being formed by: - a hub central core composed by crossbeams connected between the front part and the rear part of a three-dimensional prism having triangular, square or hexagonal base, with crossed braces on all sides of the prism, and - at least two transition parts per blade that extend radially from the hub core to the blade and have a truncated pyramid shape which are formed by attached modules, each one constituting one of its faces with beams and internally crossing transverse braces, the hub core and the radial transition parts forming an assembly connected via shear through pins, characterized in that the central core internally houses a main shaft which turns together with the rest of the hub, connecting to a circular flange situated outside the triangular base, the rotation being achieved by the two sets of circular bearings established on the fixed part being formed by a hollow cylinder rigidly connected to a frame. - a hub central core composed by crossbeams connected between the front part and the rear part of a three-dimensional prism having triangular, square or hexagonal base, with crossed braces on all sides of the prism, and - at least two transition parts per blade that extend radially from the hub core to the blade and have a truncated pyramid shape which are formed by attached modules, each one constituting one of its faces with beams and internally crossing transverse braces, the hub core and the radial transition parts forming an assembly connected via shear through pins, characterized in that the central core internally houses a main shaft which turns together with the rest of the hub, connecting to a circular flange situated outside the triangular base, the rotation being achieved by the two sets of circular bearings established on the fixed part being formed by a hollow cylinder rigidly connected to a frame.
A computer-implemented method for generating four-dimensional imaging information representative of a physiologic cycle of a subject, the method comprising: generating two or more two-dimensional images, the two-dimensional images comprising projection images representative of different projection angles, and the two-dimensional images generated using imaging information obtained via nuclear magnetic resonance projection imaging; assigning particular two-dimensional images to bins at least in part using information indicative of temporal positions within the physiologic cycle corresponding to the particular two-dimensional images; constructing three-dimensional images using the binned two-dimensional images; and constructing the four-dimensional imaging information, comprising aggregating the three-dimensional images. generating two or more two-dimensional images, the two-dimensional images comprising projection images representative of different projection angles, and the two-dimensional images generated using imaging information obtained via nuclear magnetic resonance projection imaging; assigning particular two-dimensional images to bins at least in part using information indicative of temporal positions within the physiologic cycle corresponding to the particular two-dimensional images; constructing three-dimensional images using the binned two-dimensional images; and constructing the four-dimensional imaging information, comprising aggregating the three-dimensional images.
An endoprosthesis (100, 200, 300, 400) comprising: a graft component (210, 310) and a support component (220, 320) defining a lumen and comprising at least a first segment (101, 301), second segment (102, 302), and a third segment (103, 303), wherein the graft component (210, 310) is fixedly secured or coupled at one or more locations to an abluminal or luminal surface of the support component (220, 320), wherein the lumen is continuous through the first segment, second segment, and the third segment, and wherein the first (101, 301) and third segments (103, 303) have greater longitudinal compressibility than the second segment (102, 302), wherein the support component (220, 320) comprises at least a helical member having a pitch or a series of rings defining a space between neighboring rings, wherein the pitch of the helical member or the space between neighboring rings is greater in the first segment (101, 301) and third segment (103, 303) than in the second segment (102, 302); and wherein a percentage of lateral surface area of the support component that is fixedly secured to the graft component is lower in the first segment (101, 301) and third segment (103, 303) than in the second segment (102, 302). a graft component (210, 310) and a support component (220, 320) defining a lumen and comprising at least a first segment (101, 301), second segment (102, 302), and a third segment (103, 303), wherein the graft component (210, 310) is fixedly secured or coupled at one or more locations to an abluminal or luminal surface of the support component (220, 320), wherein the lumen is continuous through the first segment, second segment, and the third segment, and wherein the first (101, 301) and third segments (103, 303) have greater longitudinal compressibility than the second segment (102, 302), wherein the support component (220, 320) comprises at least a helical member having a pitch or a series of rings defining a space between neighboring rings, wherein the pitch of the helical member or the space between neighboring rings is greater in the first segment (101, 301) and third segment (103, 303) than in the second segment (102, 302); and wherein a percentage of lateral surface area of the support component that is fixedly secured to the graft component is lower in the first segment (101, 301) and third segment (103, 303) than in the second segment (102, 302).
A block copolymer comprising the following blocks,, and: a temperature-responsive polymer block having a lower critical solution temperature (LCST) in water in the range of 0 °C to 50 °C; a hydrophilic polymer block which does not have an LCST in the range of 0 °C to 50 °C and which has an HLB (Hydrophile-Lipophile Balance) value as determined by the Griffin method in the range of 9 to 20; and a hydrophobic polymer block which does not have an LCST in the range of 0 °C to 50 °C and which has an HLB value as determined by the Griffin method in the range from 0 to less than 9, wherein the block is a polymer comprising at least one repeating unit from among the repeating units represented by the following Formula: where R 15 is a hydrogen atom or methyl group and R 16 is -(CH 2 CH 2 O) i -(CH 2 O) j -(CH 2 CH(CH 3)O) k -R 17 where R 17 is a hydrogen atom or C 1-10 alkyl group, i is an integer from 1 to 30, and j and k are each independently an integer from 0 to 30. a temperature-responsive polymer block having a lower critical solution temperature (LCST) in water in the range of 0 °C to 50 °C; a hydrophilic polymer block which does not have an LCST in the range of 0 °C to 50 °C and which has an HLB (Hydrophile-Lipophile Balance) value as determined by the Griffin method in the range of 9 to 20; and a hydrophobic polymer block which does not have an LCST in the range of 0 °C to 50 °C and which has an HLB value as determined by the Griffin method in the range from 0 to less than 9,
An ignition device for a firearm with a rimfire cartridge, comprising a striking pin, a bias spring and a guide cylinder, wherein the striking pin is guided in the guide cylinder in a receiver of the firearm, wherein the striking pin is provided with a firing head that has at least two firing pins arranged symmetrically to the longitudinal axis of the firing head, and wherein the guide cylinder has a breech face with bores, which serve for guiding the firing pins, on its front end referred to the barrel direction, characterized in that the free end of the firing pins is realized with an edge that is beveled toward the longitudinal axis.
A humanized monoclonal antibody that specifically binds CD38 for use in the treatment of relapsed and/or refractory multiple myeloma in a human subject, wherein: said multiple myeloma is relapsed or refractory from previous treatment with lenalidomide and bortezomib; said antibody comprises at least one heavy chain and at least one light chain; said heavy chain comprises the amino acid sequence set forth in SEQ ID NO: 50; said light chain comprises the amino acid sequence set forth in SEQ ID NO: 52; said antibody is capable of killing a CD38+ cell in the human subject by induction of apoptosis, antibody-dependent cell-mediated cytotoxicity (ADCC), and complement-dependent cytotoxicity; and said antibody is to be administered to a human subject in a safe therapeutic dose of 10mg/kg or 20 mg/kg once every two weeks. said multiple myeloma is relapsed or refractory from previous treatment with lenalidomide and bortezomib; said antibody comprises at least one heavy chain and at least one light chain; said heavy chain comprises the amino acid sequence set forth in SEQ ID NO: 50; said light chain comprises the amino acid sequence set forth in SEQ ID NO: 52; said antibody is capable of killing a CD38+ cell in the human subject by induction of apoptosis, antibody-dependent cell-mediated cytotoxicity (ADCC), and complement-dependent cytotoxicity; and said antibody is to be administered to a human subject in a safe therapeutic dose of 10mg/kg or 20 mg/kg once every two weeks.
A lead acid battery, including a negative plate, comprising a carbon-based additive having a BET-surface area of at least 3 m 2 /g when an amount of the carbon-based additive in a paste is 2 to 3% by weight, wherein the carbon-based additive is selected from a group consisting of - a first carbon-based additive being a disordered carbon additive in negative active material with (i) crystallinity of 60% or lower, (ii) degradation onset temperature of 650° C or lower; and (iii) degradation temperature range of a minimum 170° C or higher; and - a second carbon-based additive having (i) between 20 and 40 percent microporous carbon particles of the total amount of carbon-based additive by weight; (ii) between 60 and 70 percent mesoporous carbon particles of the total amount of carbon-based additive by weight; and (iii) between 0 and 10 percent macroporous carbon particles of the total amount of carbon-based additive by weight, wherein the BET-surface area and the pore-volume distribution were measured using nitrogen gas adsorption on a Micrometrics Tristar 3020 and density functional theory methods, the crystallinity was analyzed using a Siemens D5000 X-ray Diffractometer operated at 20 kV and 5A and the degradation behaviour was examined using a thermogravimetric analyzer TGA Q500 by heating the graphite powder sample up to 1000° C at the rate of 20° C/min. - a first carbon-based additive being a disordered carbon additive in negative active material with (i) crystallinity of 60% or lower, (ii) degradation onset temperature of 650° C or lower; and (iii) degradation temperature range of a minimum 170° C or higher; and - a second carbon-based additive having (i) between 20 and 40 percent microporous carbon particles of the total amount of carbon-based additive by weight; (ii) between 60 and 70 percent mesoporous carbon particles of the total amount of carbon-based additive by weight; and (iii) between 0 and 10 percent macroporous carbon particles of the total amount of carbon-based additive by weight,
A side plate unit used in a centrifugal projector which projects projection material toward a processing target by rotating a plurality of blades, and the side plate unit being provided to attach the plurality of blades thereto, the side plate unit comprising: a pair of side plates; and a joining member for joining the pairs of side plates; wherein guide channel portions are respectively formed on mutually opposing surfaces of the pair of side plates, the blades being attachable to the guide channel portions; and the side plate guide channel portions are formed to be pitched so that the radial outer side thereof is positioned to a rear in the rotational direction compared to the radial inner side thereof; characterised in that the side plate unit and the blades are rotated by a rotary shaft, the side plate unit is attachable to the rotary shaft by a bolt, and a concave portion for attaching the bolt is provided in the guide channel portion of a side plate. a pair of side plates; and a joining member for joining the pairs of side plates; wherein guide channel portions are respectively formed on mutually opposing surfaces of the pair of side plates, the blades being attachable to the guide channel portions; and the side plate guide channel portions are formed to be pitched so that the radial outer side thereof is positioned to a rear in the rotational direction compared to the radial inner side thereof; characterised in that the side plate unit and the blades are rotated by a rotary shaft, the side plate unit is attachable to the rotary shaft by a bolt, and a concave portion for attaching the bolt is provided in the guide channel portion of a side plate.
A stacking apparatus for mounting of an upper laundry treatment appliance onto a workplate top of a first lower appliance, said stacking apparatus comprising a front panel and two support arms extending from said front panel along lateral edges of said workplate top, characterized by two depth adjustment means which are attached to the ends of two support arms, wherein said arms have longitudinally extending inner channels into which a bracket of said depth adjustment means is fixedly securable in the manner that the brackets are advanceable within each of said inner channels.
A power compensation differential scanning calorimeter comprising: a) an isothermal enclosure having a sample holder assembly (201 s) and a reference holder assembly (201 r) installed in the isothermal enclosure; b) the sample holder (201 s) supported by a sample thermal resistor having a small cross-sectional area in the direction normal to the heat flow to the sample holder (201 s), wherein the sample holder (201 s) has a sample temperature detector and a sample heating element, and is adapted to receive a sample, wherein the sample thermal resistor is the principal path for heat exchange between the sample holder and the isothermal enclosure; c) the reference holder (201 r) supported by a reference thermal resistor having a small cross-sectional area in the direction normal to the heat flow to the reference holder, wherein the reference holder has a reference temperature detector and a reference heating element, and is adapted to receive a reference wherein the reference thermal resistor is the principal path for heat exchange between the reference holder (201 r) and the isothermal enclosure; and d) an isothermal enclosure temperature detector installed into the body of the isothermal enclosure for measuring the isothermal temperature of said isothermal enclosure. a) an isothermal enclosure having a sample holder assembly (201 s) and a reference holder assembly (201 r) installed in the isothermal enclosure; b) the sample holder (201 s) supported by a sample thermal resistor having a small cross-sectional area in the direction normal to the heat flow to the sample holder (201 s), wherein the sample holder (201 s) has a sample temperature detector and a sample heating element, and is adapted to receive a sample, wherein the sample thermal resistor is the principal path for heat exchange between the sample holder and the isothermal enclosure; c) the reference holder (201 r) supported by a reference thermal resistor having a small cross-sectional area in the direction normal to the heat flow to the reference holder, wherein the reference holder has a reference temperature detector and a reference heating element, and is adapted to receive a reference wherein the reference thermal resistor is the principal path for heat exchange between the reference holder (201 r) and the isothermal enclosure; and d) an isothermal enclosure temperature detector installed into the body of the isothermal enclosure for measuring the isothermal temperature of said isothermal enclosure.
A shift range switching device for a vehicle, comprising: a cover part configured such that a display part for displaying a working range of a transmission is inserted in one side of the cover part; a knob operation part inserted in the cover part so as to be arranged on a side of the display part; a rotary unit comprising a shaft inserted in a lower end of the knob operation part, a moving block inserted in an upper side of the shaft, and a stopper inserted in a lower side of the shaft, the rotary unit rotating along with the knob operation part; characterised by a gear part coupled to a lower portion of the rotary unit to rotate the rotary unit to a parking range when ignition of the vehicle is turned off; and a body part comprising a locking part coupled to the rotary unit to restrict rotation of the rotary unit, a sensing part for sensing rotation of the rotary unit and the gear part, and a body receiving the locking part and the sensing part.
A base station device configured to communicate wirelessly with a terminal device, the base station comprising: a transmission and reception control portion configured to control transmission and reception of data to and from the terminal device through a user plane set between the base station device and the terminal device; a setting management portion configured to set a control plane between the base station device and the terminal device, the control plane being configured to set the user plane, and the setting management portion being further configured to manage the movement of the terminal device; and a deactivating portion configured to disconnect the control plane after the setting management portion performs the setting of the control plane and the control plane performs the setting of the user plane, wherein the transmission and reception control portion is configured to perform the transmission and reception of data to and from the terminal device in a state where the control plane is disconnected arid the user plane is connected. a transmission and reception control portion configured to control transmission and reception of data to and from the terminal device through a user plane set between the base station device and the terminal device; a setting management portion configured to set a control plane between the base station device and the terminal device, the control plane being configured to set the user plane, and the setting management portion being further configured to manage the movement of the terminal device; and a deactivating portion configured to disconnect the control plane after the setting management portion performs the setting of the control plane and the control plane performs the setting of the user plane, wherein the transmission and reception control portion is configured to perform the transmission and reception of data to and from the terminal device in a state where the control plane is disconnected arid the user plane is connected.
An endoscopic surgical stapling instrument, comprising: a handle assembly; an elongate shaft assembly; an end effector for performing a surgical stapling operation, said end effector operably coupled to said handle assembly by said elongate shaft assembly and operably supporting a firing member that is movable from a retracted position to a fired position in response to a longitudinal firing motion applied thereto to accomplish said surgical stapling operation; a firing drive supported by said handle assembly and configured to selectively generate said longitudinal firing motion upon actuation of a firing trigger operably coupled to said handle assembly; and a retraction assembly supported by said handle assembly and interfacing with said firing drive such that manual actuation of said retraction assembly causes said firing drive to generate a sole retraction motion which is communicated to said firing member to cause said firing member to move from said fired position to said retracted position, characterized in that the instrument possesses no additional force generating member to assist the movement of said firing member from said fired position to said retracted position caused by manual actuation of said retraction assembly. a handle assembly; an elongate shaft assembly; an end effector for performing a surgical stapling operation, said end effector operably coupled to said handle assembly by said elongate shaft assembly and operably supporting a firing member that is movable from a retracted position to a fired position in response to a longitudinal firing motion applied thereto to accomplish said surgical stapling operation; a firing drive supported by said handle assembly and configured to selectively generate said longitudinal firing motion upon actuation of a firing trigger operably coupled to said handle assembly; and a retraction assembly supported by said handle assembly and interfacing with said firing drive such that manual actuation of said retraction assembly causes said firing drive to generate a sole retraction motion which is communicated to said firing member to cause said firing member to move from said fired position to said retracted position, characterized in that the instrument possesses no additional force generating member to assist the movement of said firing member from said fired position to said retracted position caused by manual actuation of said retraction assembly.