mhurhangee/ep-ind-claims huggingface dataset:
A picture presentation system (1, 1A, 1B, 1C, 1D) that shows a dialogue partner with a virtual image (Di) in a space in front of a user, comprising: a hologram mirror (10, 10D) configured to reflect light of a specific wavelength at an angle different from an angle of incidence and transmit light other than the light of the specific wavelength; a screen (20, 20A); and a projector configured to project a picture of the dialogue partner on the screen (20, 20A), wherein the screen (20, 20A) is configured to display the picture of the dialogue partner toward the hologram mirror (10, 10D), and wherein the hologram mirror (10, 10D), being placed opposite to the user, is configured to reflect the picture from the screen (20, 20A) in such a way that the user can visually recognize the virtual image (Di) of the picture of the dialogue partner at a position on the opposite side from the user across the hologram mirror (10, 10D). a hologram mirror (10, 10D) configured to reflect light of a specific wavelength at an angle different from an angle of incidence and transmit light other than the light of the specific wavelength; a screen (20, 20A); and a projector configured to project a picture of the dialogue partner on the screen (20, 20A), wherein the screen (20, 20A) is configured to display the picture of the dialogue partner toward the hologram mirror (10, 10D), and wherein the hologram mirror (10, 10D), being placed opposite to the user, is configured to reflect the picture from the screen (20, 20A) in such a way that the user can visually recognize the virtual image (Di) of the picture of the dialogue partner at a position on the opposite side from the user across the hologram mirror (10, 10D).
A rotor blade assembly comprising a rotor blade; a slat located at a leading edge of the rotor blade and defining a slot between the slat and the rotor blade; and strut system comprising: an actuator disposed at a main element of the multi-element rotor blade; a strut operably connected to the actuator and a slat of the multi-element rotor blade, to control motion of the slat relative to the main element; a slat pitch bearing to operably connect the actuator to the strut, defining an axis about which the slat locally rotates relative to the main element; and characterised by a journal bearing connecting the slat to the strut allowing relative motion in a radial direction between the slat and the main element of the multi-element rotor blade to prevent transmission of edgewise bending loads into the strut; the strut particularly being configured to react slat lift, drag and rotational moments; the journal bearing particularly being configured to prevent transmission of edgewise bending moments into the active strut system. an actuator disposed at a main element of the multi-element rotor blade; a strut operably connected to the actuator and a slat of the multi-element rotor blade, to control motion of the slat relative to the main element; a slat pitch bearing to operably connect the actuator to the strut, defining an axis about which the slat locally rotates relative to the main element; and characterised by a journal bearing connecting the slat to the strut allowing relative motion in a radial direction between the slat and the main element of the multi-element rotor blade to prevent transmission of edgewise bending loads into the strut; the strut particularly being configured to react slat lift, drag and rotational moments; the journal bearing particularly being configured to prevent transmission of edgewise bending moments into the active strut system.
A Single Inductor Multiple Output DC-to-DC converter comprising a first voltage output and a second voltage output; a first feedback current control circuit coupled to the first voltage output of the Single Inductor Multiple Output DC-to-DC converter, the first feedback current control circuit configured to generate a first control current based on a voltage difference between a first reference voltage and the first voltage output of the Single Inductor Multiple Output DC-to-DC converter; a constant charge comparator coupled to the first feedback current control circuit and configured to compare an integrated error signal to a threshold to generate a comparison result, the integrated error signal comprising an integration of a first error signal over time, the first error signal based on the first control current; and characterized by a controller coupled to the first feedback current control circuit through the constant charge comparator, the controller configured to switch a charging current from the second voltage output to the first voltage output of the Single Inductor Multiple Output DC-to-DC converter based on a comparison between a voltage at the first voltage output and the first reference voltage and continuing to apply the charging current to the first output of the Single Inductor Multiple Output DC-to-DC converter based on the comparison between the voltage at the first voltage output and the first reference voltage and a comparison between the voltage at the second voltage output and a second reference voltage.
A kit for securing a medical implant within a patient, the kit comprising: an anchor element including an anchoring portion and a flexible intermediate portion coupled to the anchoring portion, wherein the anchor element is configured and arranged to be disposed around the implant by positioning a portion of the implant within, and in direct contact with, the intermediate portion and folding the anchor element around the portion of the implant, wherein the anchoring portion comprises a pair of tabs (40, 50), wherein the flexible intermediate portion is disposed between the tabs (40, 50), wherein each of the tabs (40, 50) comprises an eyelet (45, 55); a fixation element delivery tool (195,250); and a fixation element, characterized in that the fixation element delivery tool (195, 250) comprises a cannula, wherein the cannula is configured for insertion through the eyelets (45, 55) of the tabs (40, 50) of the anchor element and into the tissue; and in that the fixation element is configured to be carried by the cannula of the fixation element delivery tool (195, 250), wherein the fixation element comprises at least one tissue anchor (80, 85, 205) deployable using the fixation element delivery tool (195, 250) and configured and arranged to be embedded into soft tissue of the patient; and an adjustable suture arrangement coupleable to the at least one tissue anchor (80, 85, 205) to secure the anchor element against the soft tissue using the at least one tissue anchor (80, 85, 205). an anchor element including an anchoring portion and a flexible intermediate portion coupled to the anchoring portion, wherein the anchor element is configured and arranged to be disposed around the implant by positioning a portion of the implant within, and in direct contact with, the intermediate portion and folding the anchor element around the portion of the implant, wherein the anchoring portion comprises a pair of tabs (40, 50), wherein the flexible intermediate portion is disposed between the tabs (40, 50), wherein each of the tabs (40, 50) comprises an eyelet (45, 55); a fixation element delivery tool (195,250); and a fixation element, characterized in that the fixation element delivery tool (195, 250) comprises a cannula, wherein the cannula is configured for insertion through the eyelets (45, 55) of the tabs (40, 50) of the anchor element and into the tissue; and in that the fixation element is configured to be carried by the cannula of the fixation element delivery tool (195, 250), wherein the fixation element comprises at least one tissue anchor (80, 85, 205) deployable using the fixation element delivery tool (195, 250) and configured and arranged to be embedded into soft tissue of the patient; and an adjustable suture arrangement coupleable to the at least one tissue anchor (80, 85, 205) to secure the anchor element against the soft tissue using the at least one tissue anchor (80, 85, 205).
An anti-drug antibody immunoassay for the determination of the presence of an anti-drug antibody against an effector function suppressed human or humanized drug antibody (EFS-DA) in a sample comprising the following steps in the following order: a) incubating a solid phase on which the effector function suppressed human or humanized drug antibody or a FAB thereof has been immobilized with a sample comprising mammalian blood serum, b) incubating the solid phase with full length human Fcgamma receptor I or an Fc-region binding fragment thereof, whereby the full length human Fcgamma receptor I or the Fc-region binding fragment thereof is conjugated to a detectable label, and c) determining the formation of a solid-phase-bound complex in step b) by determining the presence of the detectable label and thereby determining the presence of an anti-drug antibody against an effector function suppressed human or humanized drug antibody in the sample. a) incubating a solid phase on which the effector function suppressed human or humanized drug antibody or a FAB thereof has been immobilized with a sample comprising mammalian blood serum, b) incubating the solid phase with full length human Fcgamma receptor I or an Fc-region binding fragment thereof, whereby the full length human Fcgamma receptor I or the Fc-region binding fragment thereof is conjugated to a detectable label, and c) determining the formation of a solid-phase-bound complex in step b) by determining the presence of the detectable label and thereby determining the presence of an anti-drug antibody against an effector function suppressed human or humanized drug antibody in the sample.
A fusion molecule comprising a first polypeptide and a second polypeptide, wherein said second polypeptide is a SurrobodyTM or SurrobodyTM fragment comprising one or more functionally null binding regions, wherein a functionally null binding region does not bind to any self-target or foreign target present in a recipient living organism, fused to and capable of extending the in vivo half-life of said first polypeptide.
Hand tool module comprising an interconnection apparatus (12a; 12b) which has an interface (14a; 14b), wherein the interface (14a; 14b) is provided for establishing at least one releasable mechanical connection to a further hand tool module (10a; 10b) and/or to a hand tool (18a; 18b), characterized in that the interconnection apparatus (12a; 12b) has, in addition to the interface (14a; 14b), at least one additional interface (16a; 16b) which is provided, in the state in which it is connected to the further hand tool module (10a; 10b) and/or to the hand tool (18a; 18b), for bidirectionally exchanging at least energy at least with the further hand tool module (10a; 10b).
Use of 2,6-di-tert-butyl-p-cresol for increasing the storage stability of biodiesel which has been obtained by transesterification from rapeseed oil with methanol.
A fabricated torque rod for use in a vehicle suspension, comprising: a rod having a solid rectangular cross-section, the rod having a first end and an oppositely disposed second end; a first bushing hub; and a second bushing hub; wherein the rod is only a single piece cut from a metal plate or sheet; wherein the first bushing hub comprises cut tubing; wherein the second bushing hub comprises cut tubing; wherein the first end of the rod has a radius that conforms to an outer surface of the first bushing hub; wherein the second end of the rod has a radius that conforms to an outer surface of the second bushing hub; wherein the first end of the rod is welded to the outer surface of the first bushing hub; wherein the second end of the rod is welded to the outer surface of the second bushing hub. a rod having a solid rectangular cross-section, the rod having a first end and an oppositely disposed second end; a first bushing hub; and a second bushing hub; wherein the rod is only a single piece cut from a metal plate or sheet; wherein the first bushing hub comprises cut tubing; wherein the second bushing hub comprises cut tubing; wherein the first end of the rod has a radius that conforms to an outer surface of the first bushing hub; wherein the second end of the rod has a radius that conforms to an outer surface of the second bushing hub; wherein the first end of the rod is welded to the outer surface of the first bushing hub; wherein the second end of the rod is welded to the outer surface of the second bushing hub.
A cell culturing device comprising: (a) a base that contains nutrient media for microorganisms; (b) a porous membrane overlaying the nutrient media, wherein the nutrient media has a flat growth area raised above the base and a circumferential area that slopes from the edge of the flat growth area to the base, and wherein the nutrient media is capable of sustaining growth of microorganisms in the growth area; and (c) a lid that mates with the base to cover the membrane and the nutrient media, and wherein the device further comprises a film applied to the base and circumferential area, wherein the film adheres the membrane to the base and prevents growth of microorganisms outside the flat growth area and wherein the film is not porous. (a) a base that contains nutrient media for microorganisms; (b) a porous membrane overlaying the nutrient media, wherein the nutrient media has a flat growth area raised above the base and a circumferential area that slopes from the edge of the flat growth area to the base, and wherein the nutrient media is capable of sustaining growth of microorganisms in the growth area; and (c) a lid that mates with the base to cover the membrane and the nutrient media, and
A wind turbine control system comprising: a controller of a control mechanism of a wind turbine, wherein the controller implements a computerised real-time blade model to calculate operational parameters of the controller; wherein the computerised real-time blade model receives as inputs a determined wind turbine operating point and a rotor-plane wind speed value that is estimated in real-time; and wherein the estimated rotor-plane wind speed value is calculated in dependence on a difference between an actual generated power value and an estimated generated power value. a controller of a control mechanism of a wind turbine, wherein the controller implements a computerised real-time blade model to calculate operational parameters of the controller; wherein the computerised real-time blade model receives as inputs a determined wind turbine operating point and a rotor-plane wind speed value that is estimated in real-time; and wherein the estimated rotor-plane wind speed value is calculated in dependence on a difference between an actual generated power value and an estimated generated power value.
A mobile body having a reflection control layer that reflects light in a wavelength region of sunlight or a wavelength region of infrared radiation formed on a surface of the mobile body, wherein when a surface that receives traveling wind from a traveling direction of the mobile body, of the surface of the mobile body, is designated as a mobile body front surface and a surface substantially parallel to the traveling direction is designated as a mobile body top surface, characterized in that an average reflectance in a wavelength from 0.75 micrometer to 100 micrometers of the reflection control layer on the mobile body front surface is different from an average reflectance in a wavelength from 0.3 micrometer to 100 micrometers of the reflection control layer on the mobile body top surface, wherein an average reflectance of the reflection control layer on the mobile body front surface in a wavelength from 0.75 micrometer to 100 micrometers is equal to or higher than 4%. when a surface that receives traveling wind from a traveling direction of the mobile body, of the surface of the mobile body, is designated as a mobile body front surface and a surface substantially parallel to the traveling direction is designated as a mobile body top surface, characterized in that an average reflectance in a wavelength from 0.75 micrometer to 100 micrometers of the reflection control layer on the mobile body front surface is different from an average reflectance in a wavelength from 0.3 micrometer to 100 micrometers of the reflection control layer on the mobile body top surface, wherein an average reflectance of the reflection control layer on the mobile body front surface in a wavelength from 0.75 micrometer to 100 micrometers is equal to or higher than 4%.
A coffee machine comprising: a water supply; a water heater for heating water; a pump for pumping the heated water; a brewing chamber for receiving coffee grinds and brewing coffee using hot water delivered by the pump; a waste bin for collecting coffee grinds after brewing; a drip tray; a sensor system for detecting manual removal of the waste bin and/or drip tray; a user interface comprising a display; and a controller, wherein the controller is adapted to determine a number of brews, characterised in that the controller is further adapted to control the display to display a count of the number of brews, or a count down from a nominal maximum number of brews, or the fraction of brews compared to a nominal maximum number of brews, since the last removal of the waste bin and/or drip tray and in advance of the waste bin and/or drip tray being full. a water supply; a water heater for heating water; a pump for pumping the heated water; a brewing chamber for receiving coffee grinds and brewing coffee using hot water delivered by the pump; a waste bin for collecting coffee grinds after brewing; a drip tray; a sensor system for detecting manual removal of the waste bin and/or drip tray; a user interface comprising a display; and a controller, wherein the controller is adapted to determine a number of brews, characterised in that the controller is further adapted to control the display to display a count of the number of brews, or a count down from a nominal maximum number of brews, or the fraction of brews compared to a nominal maximum number of brews, since the last removal of the waste bin and/or drip tray and in advance of the waste bin and/or drip tray being full.
An electric power steering apparatus comprising: a motor for generating auxiliary torque corresponding to steering torque exerted by a driver of a vehicle; and a control unit for controlling the motor, wherein the motor and the control unit are integrated with each other and the motor is mounted in the vehicle through the intermediary of a gear unit, wherein the motor has a motor housing in which motor constituent members are contained, one axis-direction end portion of which is sealed, and the other axis-direction end portion of which is opened, wherein the control unit has a control unit case in which control apparatus constituent members are contained, one axis-direction end portion of which is opened, and the other axis-direction end portion of which is sealed, wherein the other axis-direction end portion of the motor housing and the one axis-direction end portion of the control unit case are coupled with each other while maintaining a waterproofing function, wherein the one axis-direction end portion of the motor housing and the gear unit are coupled with each other while maintaining a waterproofing function, characterized in that the motor housing and the control unit have a respiratory apparatus (15, 22) that performs a respiratory action, based on an inner pressure change in at least one of the motor housing and the control unit, wherein the respiratory apparatus includes a first respiratory apparatus provided in the motor housing and a second respiratory apparatus provided in the control unit. a motor for generating auxiliary torque corresponding to steering torque exerted by a driver of a vehicle; and a control unit for controlling the motor, wherein the motor and the control unit are integrated with each other and the motor is mounted in the vehicle through the intermediary of a gear unit, wherein the motor has a motor housing in which motor constituent members are contained, one axis-direction end portion of which is sealed, and the other axis-direction end portion of which is opened, wherein the control unit has a control unit case in which control apparatus constituent members are contained, one axis-direction end portion of which is opened, and the other axis-direction end portion of which is sealed, wherein the other axis-direction end portion of the motor housing and the one axis-direction end portion of the control unit case are coupled with each other while maintaining a waterproofing function, wherein the one axis-direction end portion of the motor housing and the gear unit are coupled with each other while maintaining a waterproofing function, characterized in that the motor housing and the control unit have a respiratory apparatus (15, 22) that performs a respiratory action, based on an inner pressure change in at least one of the motor housing and the control unit, wherein the respiratory apparatus includes a first respiratory apparatus provided in the motor housing and a second respiratory apparatus provided in the control unit.
An endoscope hybrid knife, comprising: a handle part having a hollow, and having an opening connected to the hollow formed at one side thereof; first and second handle sliders (120, 140) coupled to the outer circumferential surface of the handle part to be slidable forward and backward along the longitudinal direction thereof; a pipe disposed at the hollow of the handle part and connected to the first handle slider to be movable integrally with the first handle slider; a second knife disposed to pass through the pipe and connected to the second handle slider to be movable integrally with the second handle slider; a fluid injection part coupled to one end of the handle part, and configured to inject fluid therein; an inner tube connected to one end of the fluid injection part and having the pipe disposed therein; a first knife coupled to the end of the pipe; and an insulating tip coupled to the end of the first knife, wherein both the first knife and the second knife are slidable with respect to the inner tube and independently of each other. a handle part having a hollow, and having an opening connected to the hollow formed at one side thereof; first and second handle sliders (120, 140) coupled to the outer circumferential surface of the handle part to be slidable forward and backward along the longitudinal direction thereof; a pipe disposed at the hollow of the handle part and connected to the first handle slider to be movable integrally with the first handle slider; a second knife disposed to pass through the pipe and connected to the second handle slider to be movable integrally with the second handle slider; a fluid injection part coupled to one end of the handle part, and configured to inject fluid therein; an inner tube connected to one end of the fluid injection part and having the pipe disposed therein; a first knife coupled to the end of the pipe; and an insulating tip coupled to the end of the first knife, wherein both the first knife and the second knife are slidable with respect to the inner tube and independently of each other.