mhurhangee/ep-ind-claims huggingface dataset:
An output optical coupler (130, 200) for a pulsed laser, comprising: a cavity output coupler mirror; a piezoelectric actuator coupled to the cavity output coupler mirror; a locking assembly that forms a housing having an enclosed space inside of which the cavity output coupler mirror and the piezoelectric actuator are contained and held in place with one or more compliant components (410, 420); and one or more components physically coupled to the locking assembly and configured to provide multiple positional degrees of freedom for tuning a frequency comb spectrum of the pulsed laser by adjusting at least one position of the locking assembly with the cavity output coupler mirror, and wherein the output optical coupler is positioned within a laser cavity of the pulsed laser and the locking assembly of the output optical coupler is configured to provide high-bandwidth operation by mechanically decoupling the piezoelectric actuator and the cavity output coupler mirror from environmental vibrations in the pulsed laser. a cavity output coupler mirror; a piezoelectric actuator coupled to the cavity output coupler mirror; a locking assembly that forms a housing having an enclosed space inside of which the cavity output coupler mirror and the piezoelectric actuator are contained and held in place with one or more compliant components (410, 420); and one or more components physically coupled to the locking assembly and configured to provide multiple positional degrees of freedom for tuning a frequency comb spectrum of the pulsed laser by adjusting at least one position of the locking assembly with the cavity output coupler mirror, and wherein the output optical coupler is positioned within a laser cavity of the pulsed laser and the locking assembly of the output optical coupler is configured to provide high-bandwidth operation by mechanically decoupling the piezoelectric actuator and the cavity output coupler mirror from environmental vibrations in the pulsed laser.
A power plant comprising: a hybrid power train having: a through shaft, a gas turbine, mechanically connected to the shaft; a load mechanically connected to the shaft; an electric motor/generator, mechanically connected to the shaft; a variable frequency device, connected to the electric motor/generator, and to a power generation plant and to a renewable energy source, wherein the variable frequency device is operable to allow the electric motor/generator transforming the energy from the power generation plant and the renewable energy source to drive the load or to help the operation of the gas turbine; and a plant control unit operably connected to the gas turbine, the electric motor/generator, and the variable frequency device, the power plant being characterised in that the plant control unit is configured to control the hybrid power train to maximize the energy used coming from the renewable energy source by maximizing the driving load of the electric motor/generator, and wherein the load of the gas turbine is kept above a combustor premix transfer threshold ( Pmx Load). a through shaft, a gas turbine, mechanically connected to the shaft; a load mechanically connected to the shaft; an electric motor/generator, mechanically connected to the shaft; a variable frequency device, connected to the electric motor/generator, and to a power generation plant and to a renewable energy source, wherein the variable frequency device is operable to allow the electric motor/generator transforming the energy from the power generation plant and the renewable energy source to drive the load or to help the operation of the gas turbine; and a plant control unit operably connected to the gas turbine, the electric motor/generator, and the variable frequency device, the power plant being characterised in that the plant control unit is configured to control the hybrid power train to maximize the energy used coming from the renewable energy source by maximizing the driving load of the electric motor/generator, and wherein the load of the gas turbine is kept above a combustor premix transfer threshold ( Pmx Load).
A nucleotide molecule having a ribose or deoxyribose sugar moiety and a base linked to a detectable label via a cleavable linker, wherein the sugar moiety comprises a blocking group attached via a 3' oxygen atom, such that the 3' carbon atom has attached a group of the structure: -O-Z wherein Z is -C(R') 2 -N 3; wherein each R' is H. wherein Z is -C(R') 2 -N 3; wherein each R' is H.
Mobile device for computer-assisted input and output of data with an integrated screen output unit comprising a screen and a housing, characterized in that two operation elements are attached to a pair of opposite rectangles sides outside at the housing as cylindrical rotary knobs I, II (8, 5) designed in left- and right course and having an axially mounted button I, II (9, 4), respectively, whose rotation axes are represented horizontally over the image plane of the screen in a virtually extended manner, wherein a menu having further sub-menus is pushed virtually into the image plane in the button push direction by means of the button I, and wherein button elements (6, 13) are arranged at the upper and on the lower side of the screen in parallel alignment to the rotation axis of rotary knob I and rotary knob II by which settings of the function values contained in the further sub-menus can be activated on the screen, wherein the sub-menus are located in one or more menus, and the function values are displayed on the screen in an altered manner by a real rotation of the rotary button I and by a virtually representable rotation of the rotary knob I and can be stored in a selected place of a sub-menu.
Crystallised dairy salt of which the composition has a ratio between the potassium content and the sodium content that is between 3 and 6, and for which more than 50% of the crystals have a mean diameter greater than 100 micrometres.
Method for controlling a combination which accompanies a harvesting machine and consists of a tractor and a trailer which is pulled by the tractor and onto which the harvesting machine at least temporarily loads crops by means of a loading device, the harvesting machine transmitting a first control signal using a first transmitting device in order to influence a relative position of the trailer relative to the harvesting machine, characterized in that the trailer receives the first control signal using a first receiving device and, depending on the first control signal, transmits a second control signal containing speed information using a second transmitting device, the tractor receiving the second control signal using a second receiving device and then adjusting its actual speed in accordance with the speed information.
A pharmaceutical composition containing trifunctional bispecific antibodies having the following properties: (a) binding to a T cell via CD3; (b) binding to tumor-associated antigen Her2/neu which is expressed on a tumor cell; (c) binding via their Fc-portion to Fcγ-receptor type I and/or III positive cells, wherein said trifunctional antibody is a rat/mouse bispecific antibody selected from at least one member of the following group of isotype combinations in its Fc-region: rat-IgG2b/mouse-IgG2a, rat-IgG2b/mouse-IgG2b, rat-IgG2b/human-IgG 1, mouse-[VH-CH1,VL-CL]-human-IgG1/rat-[VH-CH1,VL-CL]- human-IgG 1-[hinge]-human-IgG3*-[CH2-CH3] wherein * = caucasian allotypes G3m(b+g) = no binding to protein A, optionally with a pharmaceutically acceptable carrier, for use in a method of prophylaxis and treatment of a subgroup of patients suffering from a tumor wherein the tumor cells of said tumor express said tumor-associated antigen as a mean value in an amount of 5,000 to 150,000 and wherein said tumor cells are destructed by directing said antibodies to said tumor-associated antigens and wherein activation of T cells is provided by accessory cells. (a) binding to a T cell via CD3; (b) binding to tumor-associated antigen Her2/neu which is expressed on a tumor cell; (c) binding via their Fc-portion to Fcγ-receptor type I and/or III positive cells, wherein said trifunctional antibody is a rat/mouse bispecific antibody selected from at least one member of the following group of isotype combinations in its Fc-region: rat-IgG2b/mouse-IgG2a, rat-IgG2b/mouse-IgG2b, rat-IgG2b/human-IgG 1, mouse-[VH-CH1,VL-CL]-human-IgG1/rat-[VH-CH1,VL-CL]- human-IgG 1-[hinge]-human-IgG3*-[CH2-CH3] wherein * = caucasian allotypes G3m(b+g) = no binding to protein A, optionally with a pharmaceutically acceptable carrier, for use in a method of prophylaxis and treatment of a subgroup of patients suffering from a tumor wherein the tumor cells of said tumor express said tumor-associated antigen as a mean value in an amount of 5,000 to 150,000 and wherein said tumor cells are destructed by directing said antibodies to said tumor-associated antigens and wherein activation of T cells is provided by accessory cells. rat-IgG2b/mouse-IgG2a, rat-IgG2b/mouse-IgG2b, rat-IgG2b/human-IgG 1, mouse-[VH-CH1,VL-CL]-human-IgG1/rat-[VH-CH1,VL-CL]- human-IgG 1-[hinge]-human-IgG3*-[CH2-CH3] wherein * = caucasian allotypes G3m(b+g) = no binding to protein A, optionally with a pharmaceutically acceptable carrier, for use in a method of prophylaxis and treatment of a subgroup of patients suffering from a tumor wherein the tumor cells of said tumor express said tumor-associated antigen as a mean value in an amount of 5,000 to 150,000 and wherein said tumor cells are destructed by directing said antibodies to said tumor-associated antigens and wherein activation of T cells is provided by accessory cells.
A drive arrangement for an endoscopic shank instrument with an instrument housing at the proximal shank end, with at least one housing shaft which is rotatably mounted in the instrument housing and which is repeatedly releasably drive-connected to pull means, said pull means being provided at the distal shank end for the control of an instrument head, and with a drive unit with at least one drive shaft, to which drive shaft the housing shaft is drive-connectable, characterised in that the at least one housing shaft is aligned obliquely to the drive shaft which is drive-connectable to it.
Aircraft comprising a monument complex mounted in a rear area of a cabin of an aircraft, the monument complex comprising: a system component (112, 113); a left-hand lavatory module and a right-hand lavatory module, each comprising a lavatory (101, 102) and a wash basin (112, 113), wherein the lavatory modules are separated from each other by way of a dividing wall; a rear contour; an entrance region; wherein the entrance region is arranged in front of the system component (112, 113) with respect to a flight direction; and wherein the rear contour is at least partially adapted to a contour of the rear area of the cabin and the contour defines a space, in which the system component (112, 113) is at least partially arranged, characterized in, that the system component is a wash basin surrounds comprising both wash basins (112, 113). a system component (112, 113); a left-hand lavatory module and a right-hand lavatory module, each comprising a lavatory (101, 102) and a wash basin (112, 113), wherein the lavatory modules are separated from each other by way of a dividing wall; a rear contour; an entrance region; wherein the entrance region is arranged in front of the system component (112, 113) with respect to a flight direction; and wherein the rear contour is at least partially adapted to a contour of the rear area of the cabin and the contour defines a space, in which the system component (112, 113) is at least partially arranged, characterized in, that the system component is a wash basin surrounds comprising both wash basins (112, 113).
A molding material comprising: a composite comprising 1 to 50 wt% of a bundle of continuous reinforcing fibers and 0.1 to 40 wt% of a polyarylene sulfide prepolymer or (B') a polyarylene sulfide; and 10 to 98.9 wt% of a thermoplastic resin adhered to said composite; wherein said composite further comprises a zero-valent transition metal compound or a low-valent iron compound in an amount of 0.001 to 20 mol% based on the amount of sulfur atoms contained in said component or (B'). a composite comprising 1 to 50 wt% of a bundle of continuous reinforcing fibers and 0.1 to 40 wt% of a polyarylene sulfide prepolymer or (B') a polyarylene sulfide; and 10 to 98.9 wt% of a thermoplastic resin adhered to said composite; wherein said composite further comprises a zero-valent transition metal compound or a low-valent iron compound in an amount of 0.001 to 20 mol% based on the amount of sulfur atoms contained in said component or (B').
A terminal device antenna, comprising a metal frame, wherein a side of the metal frame is provided with at least two slot units, each slot unit comprises a first slot ring and a second slot ring that are independent of each other, the first slot ring and the second slot ring communicate through a third slot, and an outer edge circumference of the first slot ring is different from an outer edge circumference of the second slot ring; portions of the metal frame on both sides of the third slot are provided with an antenna feed point and a ground feed point, respectively; and the metal frame is electrically connected with a ground plate of the terminal device. portions of the metal frame on both sides of the third slot are provided with an antenna feed point and a ground feed point, respectively; and the metal frame is electrically connected with a ground plate of the terminal device.
A photoelectric sensor comprising a housing, that houses at least one of a light projecting unit that is configured to emit light and a light receiving unit that is configured to receive light in the housing, wherein the housing has an opening that allows at least one of light from the light projecting unit and light to the light receiving unit to pass through, a cover lens that covers the opening and that is configured to transmit the light is provided, the cover lens is joined to an edge portion of the housing that defines the opening, and an outer surface of the cover lens is applied with antifouling coating while a portion, which is in contact with the edge portion, of an inner surface of the cover lens is not applied with the antifouling coating, characterized in that a material constituting the antifouling coating is a structure that is a one-layer structure in which a coating base material and an antifouling coating material are chemically crosslinked. the housing has an opening that allows at least one of light from the light projecting unit and light to the light receiving unit to pass through, a cover lens that covers the opening and that is configured to transmit the light is provided, the cover lens is joined to an edge portion of the housing that defines the opening, and an outer surface of the cover lens is applied with antifouling coating while a portion, which is in contact with the edge portion, of an inner surface of the cover lens is not applied with the antifouling coating, characterized in that a material constituting the antifouling coating is a structure that is a one-layer structure in which a coating base material and an antifouling coating material are chemically crosslinked.
A method for determining a cell upgrade metric, the method comprising: receiving (405, 410, 415, 420) samples comprising user session data from user equipment communicating within a cell; obtaining training data from the samples by applying a filtering rule; training an autoencoder using the samples; combining encoder and code layers of the trained autoencoder with a classifier network to generate a combined classification network; training the combined classification network using the training data; using the trained combined classifier network to classify user session data within the same or a different cell and using a plurality of said classifications to determine the cell upgrade metric for said cell. receiving (405, 410, 415, 420) samples comprising user session data from user equipment communicating within a cell; obtaining training data from the samples by applying a filtering rule; training an autoencoder using the samples; combining encoder and code layers of the trained autoencoder with a classifier network to generate a combined classification network; training the combined classification network using the training data; using the trained combined classifier network to classify user session data within the same or a different cell and using a plurality of said classifications to determine the cell upgrade metric for said cell.
A dialysis solution having at least one osmotic agent, characterized in that the osmotic agent is a polysaccharide that is modified by 2-sulfoethyl groups. characterized in that the osmotic agent is a polysaccharide that is modified by 2-sulfoethyl groups.
A method of controlling an SMA actuation assembly wherein at least one SMA actuator wire is connected in tension between a support structure and a movable element in an arrangement capable of driving movement of the movable element with respect to the support structure, the method comprising: while supplying drive signals to the at least one SMA actuator wire to drive said movement: setting target signals representing desired positions of the movable element with respect to the support structure that vary within a predetermined spatial envelope; deriving measures of resistance of the at least one SMA actuator wire, and controlling the power of the drive signals under closed loop control on the basis of the target signals and feedback signals obtained from the derived measures of resistance, characterised by further comprising: monitoring electrical characteristics of the at least one SMA actuator wire; and detecting on the basis of the monitored electrical characteristics when a motion limit of the movement driven by the at least one SMA actuator wire is reached, and in response thereto adjusting said spatial envelope to restrict the movement to be within the detected motion limit. while supplying drive signals to the at least one SMA actuator wire to drive said movement: setting target signals representing desired positions of the movable element with respect to the support structure that vary within a predetermined spatial envelope; deriving measures of resistance of the at least one SMA actuator wire, and controlling the power of the drive signals under closed loop control on the basis of the target signals and feedback signals obtained from the derived measures of resistance, setting target signals representing desired positions of the movable element with respect to the support structure that vary within a predetermined spatial envelope; deriving measures of resistance of the at least one SMA actuator wire, and controlling the power of the drive signals under closed loop control on the basis of the target signals and feedback signals obtained from the derived measures of resistance, characterised by further comprising: monitoring electrical characteristics of the at least one SMA actuator wire; and detecting on the basis of the monitored electrical characteristics when a motion limit of the movement driven by the at least one SMA actuator wire is reached, and in response thereto adjusting said spatial envelope to restrict the movement to be within the detected motion limit. monitoring electrical characteristics of the at least one SMA actuator wire; and detecting on the basis of the monitored electrical characteristics when a motion limit of the movement driven by the at least one SMA actuator wire is reached, and in response thereto adjusting said spatial envelope to restrict the movement to be within the detected motion limit.
An electrical apparatus, comprising: a frame; a speaker connected to said frame; a digital signal processor in communication with said speaker to send audio data and control data to control said speaker, said digital signal processor connected to said frame; a coupler electrically connected to said speaker, said coupler detachably connectable to a power source, when the power source is present; a light electrically connected to said coupler; and a sound diffuser to create a diffused sound field during operation of said speaker, wherein said light is positioned in an interior of said sound diffuser; wherein said speaker and digital signal processor on said frame may be detachably connected to the power source through said coupler. a frame; a speaker connected to said frame; a digital signal processor in communication with said speaker to send audio data and control data to control said speaker, said digital signal processor connected to said frame; a coupler electrically connected to said speaker, said coupler detachably connectable to a power source, when the power source is present; a light electrically connected to said coupler; and a sound diffuser to create a diffused sound field during operation of said speaker, wherein said light is positioned in an interior of said sound diffuser; wherein said speaker and digital signal processor on said frame may be detachably connected to the power source through said coupler.
A capromorelin-containing composition for use in the management of weight loss in cats with chronic kidney disease; wherein the capromorelin-containing composition is for administration to a cat diagnosed with chronic kidney disease and in need thereof at least once per day for a period of at least 30 days; wherein the capromorelin-containing composition comprises of from 1.0 milligrams to 4.0 milligrams of capromorelin per kilogram of bodyweight of the cat per day; and wherein the capromorelin-containing composition is for administration through an oral cavity of the cat. wherein the capromorelin-containing composition comprises of from 1.0 milligrams to 4.0 milligrams of capromorelin per kilogram of bodyweight of the cat per day; and wherein the capromorelin-containing composition is for administration through an oral cavity of the cat.