mhurhangee/ep-ind-claims huggingface dataset:
An eyesight training device comprising: a display unit; a user input unit; and a controller configured for controlling the display unit for overlapping a recognition restraining image, which restrains a visual recognition of a recognition image, with the recognition image and for gradually changing a concentration value of the recognition restraining image, and further configured for storing, as recognition level information, information corresponding to a concentration value of the recognition restraining image as of a time when a visibility change confirmation input is input through the user input unit if the visibility change confirmation input is input. a display unit; a user input unit; and a controller configured for controlling the display unit for overlapping a recognition restraining image, which restrains a visual recognition of a recognition image, with the recognition image and for gradually changing a concentration value of the recognition restraining image, and further configured for storing, as recognition level information, information corresponding to a concentration value of the recognition restraining image as of a time when a visibility change confirmation input is input through the user input unit if the visibility change confirmation input is input.
A pump comprising: a casing having an inlet port on an inlet side of the pump and a discharge port on a discharge side of the pump; a driving rotor that is supported for rotation within the casing, the driving rotor having a plurality of teeth, each of the plurality of teeth having a leading convex surface and a trailing surface; and a driven rotor that is supported for rotation within the casing in the same direction as said driving rotor, the driven rotor having a plurality of teeth, each of the plurality of teeth having a leading surface and a trailing flat surface, said pump characterized by the driving rotor and the driven rotor being positioned in the casing such that, as the driving rotor and the driven rotor rotate, the teeth of the driving rotor and the teeth of the driven rotor are interfaced with one another to form a seal between the inlet side and the discharge of the pump, the seal being formed only between the leading convex surfaces of the teeth of the driving rotor and the trailing flat surfaces of the teeth of the driven rotor. a casing having an inlet port on an inlet side of the pump and a discharge port on a discharge side of the pump; a driving rotor that is supported for rotation within the casing, the driving rotor having a plurality of teeth, each of the plurality of teeth having a leading convex surface and a trailing surface; and a driven rotor that is supported for rotation within the casing in the same direction as said driving rotor, the driven rotor having a plurality of teeth, each of the plurality of teeth having a leading surface and a trailing flat surface, said pump characterized by the driving rotor and the driven rotor being positioned in the casing such that, as the driving rotor and the driven rotor rotate, the teeth of the driving rotor and the teeth of the driven rotor are interfaced with one another to form a seal between the inlet side and the discharge of the pump, the seal being formed only between the leading convex surfaces of the teeth of the driving rotor and the trailing flat surfaces of the teeth of the driven rotor.
An electric pump (1, 2), comprising: a pump portion including a pump housing; a motor portion including a motor housing and including a rotor formed in a cylinder form sharing an axis with a rotation shaft provided at the pump portion and a stator and a driver portion being a circuit board mounted with components and being arranged at a position between the pump portion and the motor portion when viewed in a direction orthogonal to an axial direction of the rotation shaft, the driver portion controlling the motor portion, the driver portion arranged in a state where a portion of the driver portion overlaps with at least a portion of the pump portion or with at least a portion of the motor portion when viewed in the axial direction, wherein the driver portion is contained in a driver containing portion formed by the pump housing and the motor housing, characterized in that the stator is formed in an annular form arranged at an outer periphery of the rotor with a clearance between the stator and the rotor; the stator is covered by a stator sealing portion, which is a portion of the motor housing formed integrally with the stator, the motor housing includes a driver attaching portion, which is a portion extending in a radially outward direction of the motor portion from the stator sealing portion, and the circuit board is fixed to the driver attaching portion. a pump portion including a pump housing; a motor portion including a motor housing and including a rotor formed in a cylinder form sharing an axis with a rotation shaft provided at the pump portion and a stator and a driver portion being a circuit board mounted with components and being arranged at a position between the pump portion and the motor portion when viewed in a direction orthogonal to an axial direction of the rotation shaft, the driver portion controlling the motor portion, the driver portion arranged in a state where a portion of the driver portion overlaps with at least a portion of the pump portion or with at least a portion of the motor portion when viewed in the axial direction, wherein
A seating sensor arranged in an inside of a seat to detect seating of a person, comprising: a film-like base table; a sensor portion having three or more switches (40A-40D) conducted by a pressing force by the seating of the person and a first conductor (16A-16D) connected to the respective switches (40A-40D) and arranged within a minimum rectangular area containing the respective switches (40A-40D); and a connector portion having a terminal (42A,42B) and a second conductor (17A,17B) connecting the terminal (42A,42B) to the first conductor (16A-16D), wherein the base table includes a first part provided with the sensor portion and a second part provided with the connector portion, and the first part includes a pair of strip-like lateral portions (11A, 11B) having equal shapes and parallel to each other, and a strip-like intermediate portion (11 C) extending in a direction perpendicular to the lateral portions (11A, 11 B) between the lateral portions (11A, 11B) and connected to respective intermediate parts of the lateral portions (11A, 11B), characterized in that the second part with the terminal (42A,42B) and the second conductor (17A,17B) provided thereon is arranged within a minimum rectangular area containing the first part and the minimum rectangular area containing the respective switches (40A-40D) without protruding from an inside of the minimum rectangular area containing the first part of the base table. a film-like base table; a sensor portion having three or more switches (40A-40D) conducted by a pressing force by the seating of the person and a first conductor (16A-16D) connected to the respective switches (40A-40D) and arranged within a minimum rectangular area containing the respective switches (40A-40D); and a connector portion having a terminal (42A,42B) and a second conductor (17A,17B) connecting the terminal (42A,42B) to the first conductor (16A-16D), wherein the base table includes a first part provided with the sensor portion and a second part provided with the connector portion, and the first part includes a pair of strip-like lateral portions (11A, 11B) having equal shapes and parallel to each other, and a strip-like intermediate portion (11 C) extending in a direction perpendicular to the lateral portions (11A, 11 B) between the lateral portions (11A, 11B) and connected to respective intermediate parts of the lateral portions (11A, 11B), characterized in that the second part with the terminal (42A,42B) and the second conductor (17A,17B) provided thereon is arranged within a minimum rectangular area containing the first part and the minimum rectangular area containing the respective switches (40A-40D) without protruding from an inside of the minimum rectangular area containing the first part of the base table.
A crystalline form of N -[1-(5-cyano-pyridin-2-ylmethyl)-1 H -pyrazol-3-yl]-2-[4-(1-trifluoromethyl-cyclopropyl)-phenyl]-acetamide, characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 4.7°, 14.1°, and 20.1°.
A cutting element for an earth-boring tool, comprising: a superabrasive table positioned on a substrate; at least one indentation in a cutting face of the superabrasive table; and at least one spoke extending radially across at least a portion of the at least one indentation, wherein the at least one spoke comprises an upper surface that is angled relative to a substantially planar surface of the cutting face of the superabrasive table, characterised in that: the at least one spoke comprises an upper surface that inclines toward the substantially planar surface of the cutting face in a direction radially toward a central axis of the superabrasive table. a superabrasive table positioned on a substrate; at least one indentation in a cutting face of the superabrasive table; and at least one spoke extending radially across at least a portion of the at least one indentation, wherein the at least one spoke comprises an upper surface that is angled relative to a substantially planar surface of the cutting face of the superabrasive table, characterised in that: the at least one spoke comprises an upper surface that inclines toward the substantially planar surface of the cutting face in a direction radially toward a central axis of the superabrasive table.
Steam power plant comprising a steam generator, a turbine, a condenser and at least one pre-heater (VW i), characterized in that there is provided, parallel to a pre-heater, at least one heat exchanger (11, 33) and in that, in the at least one heat exchanger (11, 33), heat from one or more solar collectors is transferred to a condensate partial flow flowing through the at least one heat exchanger (11, 33).
Separation filter 1 to filter particle-laden gases comprising a filter housing 2 with raw gas inlet 3, clean gas outlet 9 and product discharge 4 as well as a head plate 7 which separates the raw gas chamber 5 from the clean gas chamber 6, whereby the head plate 7 has at least one opening equipped with a filter medium 8 characterised in that the clean gas chamber 6 with clean gas outlet 9 is sealed axially at the bottom by means of the head plate 7 and axially at the top by means of the cover plate 11, whereby the cover plate 11 seals the clean gas chamber 6 against the environment and a removable filter head seals the cover plate against internal pressure and that the cover plate 11 has a glove port 12 and a socket 13 with plastic tube 14 or plastic bag to permit exchange of the filter medium 8.
A method of transparently creating a virtual private network, VPN, between a client and a target site, wherein the method comprises: generating from the client a Domain Name Service, DNS, request that requests an IP address associated with the target site; the method further comprising performing the following steps at a DNS sever separate from the client: determining whether the DNS request generated is requesting access to a secure site, and automatically initiating the VPN between the client and the target site in response to determining that the DNS request is requesting access to a secure site, wherein the step of automatically initiating comprises establishing the VPN by creating an IP address hopping scheme between the client and the target site. generating from the client a Domain Name Service, DNS, request that requests an IP address associated with the target site; the method further comprising performing the following steps at a DNS sever separate from the client: determining whether the DNS request generated is requesting access to a secure site, and automatically initiating the VPN between the client and the target site in response to determining that the DNS request is requesting access to a secure site, wherein the step of automatically initiating comprises establishing the VPN by creating an IP address hopping scheme between the client and the target site.
A weld training system, comprising: - a display; - a camera; - a communications device to communicate with welding equipment capable of performing actual welding; and - a welding helmet comprising a view port and configured to hold the camera, the communications device, and the display such that, when the welding helmet is worn by a wearer, the display is viewable by the wearer, the camera has a view through the view port such that the display displays to the wearer images taken by the camera through the view port and displays a simulated object generated based on information received from the welding equipment via the communications device, characterized in that the display, the camera, and the communications device are in a smartphone or tablet computer integral to the welding helmet, wherein the smartphone or tablet computer comprises a microphone and a processor (410, 416) configured to: - recognize a first audio command received via the microphone; - begin a weld training operation, the weld training operation including displaying the images and the simulated object to the wearer via the display; - recognize a second audio command received via the microphone; and end the weld training operation. - a display; - a camera; - a communications device to communicate with welding equipment capable of performing actual welding; and - a welding helmet comprising a view port and configured to hold the camera, the communications device, and the display such that, when the welding helmet is worn by a wearer, the display is viewable by the wearer, the camera has a view through the view port such that the display displays to the wearer images taken by the camera through the view port and displays a simulated object generated based on information received from the welding equipment via the communications device, - recognize a first audio command received via the microphone; - begin a weld training operation, the weld training operation including displaying the images and the simulated object to the wearer via the display; - recognize a second audio command received via the microphone; and end the weld training operation.
Method for controlling a power train equipping a motor vehicle and comprising an electric motor provided with a rotor and a stator, comprising a regulation of the currents ( I d,I q,I f) in the rotor and in the stator so that they reach required current values I d C, I q C, I f C using control signals (Ṽ d,Ṽ q,Ṽ f) of the electric motor, said currents to be regulated ( I d, I q, I f) and said control signals (Ṽ d,Ṽ q,Ṽ f) being expressed in a rotating reference frame comprising a plurality of axes ( d, q, f), said control signals (Ṽ d,Ṽ q,Ṽ f) resulting from a transformation comprising a change of variable allowing the dynamic decoupling of the regulation along each of the axes of said plurality of axes, characterized in that said regulation comprises, for each of the axes ( d, q, f) of said plurality of axes, an application (4, 5) of a first (OP1d, OP1q, OP1f) or of a second (OP2d, OP2q, OP2f) linear operator according to which the regulation equation takes the form: V ̃ x = A x − − λ x L x max I x − I x c s i I x ≥ I x c, or V ̃ x = A x + − λ x L x max I x − I x c s i I x ≤ I x c, in which I x is the current to be regulated along the axis under consideration ( d, q, f), I x c is the setpoint current along said axis under consideration ( d, q, f), Ṽ x is the control signal for said axis under consideration ( d, q, f), A x + and A x − are addition variables for said axis under consideration ( d, q, f), the variable A x + being higher than the variable A x −, L x max is a maximum inductance value of the motor for said axis under consideration ( d, q, f) and λ x is a given constant for said axis under consideration ( d, q, f), the result of the application of the two linear operators (OP1d, OP2d, OP1q, OP2q, OP1f, OP2f) having to be substantially equal to the control signal (Ṽ d,Ṽ q,Ṽ f) of that axis. V ̃ x = A x − − λ x L x max I x − I x c s i I x ≥ I x c, or V ̃ x = A x + − λ x L x max I x − I x c s i I x ≤ I x c,
A blister-free, ballistic resistant composite comprising a unitary composite, said unitary composite comprising a plurality of fibrous pre-preg plies, wherein each of said fibrous pre-preg plies is non-woven and comprises a plurality of unidirectionally oriented fibers or unidirectionally oriented fibrous tapes, and each of said fibrous pre-preg plies being partially coated with a discontinuous, non-liquid dispersed polymeric binder, wherein upon said plurality of fibrous pre-preg plies being united into said unitary composite, said unitary composite comprises an empty space volume of from 0% up to 5%, wherein said polymeric binder is on and between the fibers or fibrous tapes of the each fibrous pre-preg ply and wherein said polymeric binder is on and between adjacent fibrous pre-preg plies, and wherein each fibrous pre-preg ply has a fiber areal density of less than 80 g/m 2.
A northbound interface uniform platform, comprising: a network management system common object request broker architecture NMS CORBA module, which is used to provide an NMS CORBA adapter; an network element management system common object request broker architecture EMS CORBA module, which is used to provide an EMS CORBA adapter; an network element management system simple network management protocol EMS SNMP module, which is used to provide an EMS SNMP adapter, characterized in that the northbound interface uniform platform further comprises: an EMS Adapter for Northbound Interface, NBI, module, connected respectively with the EMS CORBA module and the EMS SNMP module, configured to access an external EMS and introduce the access of the EMS CORBA module and the EMS SNMP module; a uniform guarding process module, configured to start, guard and close the EMS Adapter for NBI module, the EMS SNMP module, the EMS CORBA module or the NMS CORBA module. an EMS Adapter for Northbound Interface, NBI, module, connected respectively with the EMS CORBA module and the EMS SNMP module, configured to access an external EMS and introduce the access of the EMS CORBA module and the EMS SNMP module; a uniform guarding process module, configured to start, guard and close the EMS Adapter for NBI module, the EMS SNMP module, the EMS CORBA module or the NMS CORBA module.
A power switching apparatus comprising a vacuum interrupter assembly and a switching assembly connected in parallel between a pair of terminals, each of the terminals being connectable in use to an electrical circuit, wherein: the vacuum interrupter assembly includes at least one vacuum interrupter having a pair of electrically conductive rods (26, 28) connected at a first end to a respective one of the terminals and extending at a second end into a vacuum tight enclosure, a first electrode being mounted at or near the second end of a first of the electrically conductive rods and a slotted coil including a support base mounted at or near the second end of a second of the electrically conductive rods, and at least one of the electrically conductive rods (26, 28) is movable relative to the other to open or close a gap between the opposed contact surfaces; and the switching assembly includes at least one crossed-field plasma discharge switch that does not carry any current in its open state and conducts and carries current in its closed state, the switching assembly being controllable to switch between open and closed states to modify, in use of the power switching apparatus, a current flowing through the vacuum interrupter assembly, characterized in that a second electrode is mounted on an inner surface of the slotted coil and a third electrode is mounted on the support base, the second ends of the electrically conductive rods (26, 28) extending into the vacuum tight enclosure such that the first and third electrodes (30, 32) define opposed contact surfaces.
A feeder of oval parts which comprises a linear gravity chute for guiding oval parts, wherein the linear gravity chute is provided with an inlet opening at its upper end and abuts a removal bed of oval parts with its lower end, the removal bed being associated with a sensor for detecting oval parts in the removal bed, and a separating device for controlled release of individual oval parts from the linear gravity chute to the removal bed, wherein the linear gravity chute is further provided with a sensor for detecting an oval part in the linear gravity chute and the linear gravity chute is coupled to a vibrating device, characterized in that the lower end of the linear gravity chute is mounted rotatably about a vertical axis near the removal bed and the upper end of the linear gravity chute is movably reversibly mounted in the horizontal plane about said vertical axis, wherein the vibrating device is adapted to cause movement of the upper end of the linear gravity chute in the horizontal plane about said vertical axis.
An isolated polypeptide comprising a sequence of amino acid residues having at least 85% sequence identity to any of SEQ ID NO:1; SEQ ID NO:2; SEQ ID NO:3; SEQ ID NO:4; SEQ ID NO:5; SEQ ID NO:6; SEQ ID NO:7 and SEQ ID NO:8, wherein said amino acid sequence comprises 6 or more ice binding domains selected from the group consisting of SEQ ID NO:73; SEQ ID NO:74; SEQ ID NO:75; SEQ ID NO:76; SEQ ID NO:77; SEQ ID NO:78; SEQ ID NO:79 and SEQ ID NO:80, and wherein said polypeptide comprising said sequence of amino acid residues is capable of reducing or inhibiting the formation and/or growth of ice crystals.
Foldable scooter capable of being in a first, unfolded state for transporting a person and in a second, folded state, the foldable scooter comprising a frame, said frame having a base comprising a first face capable of serving as a footrest and a second face opposite of the first face, at least one rear wheel being provided at said second face of the base; the foldable scooter further comprising a steering organ and at least one front wheel attached to the steering organ, wherein the frame comprises a first frame section comprising the footrest of the base, the first frame section - comprising a first face and a second face, - being provided with the at least one rear wheel, and - being hingedly connected to a second frame section (101"), said second frame section (101") comprising a first face and a second face; characterized in that the second frame section (101") has its first face from which two longitudinally extending, spaced-apart shield elements extend, and the foldable scooter comprises a locking organ for locking the foldable scooter in the first unfolded state, wherein in the second, folded state the first face of the base is folded such that the first face of the first frame section faces the first face of the second frame section (101") with the at least one rear wheel between sides defined by the shield elements, the at least one front wheel being pivoted about an axis that is parallel to the axis of rotation of a rear wheel such that the front wheel is at least partially between the sides defined by the shield elements. - comprising a first face and a second face, - being provided with the at least one rear wheel, and - being hingedly connected to a second frame section (101"), said second frame section (101") comprising a first face and a second face;