mhurhangee/ep-ind-claims huggingface dataset:
Radial braiding machine comprising warp yarn and braiding yarn being fed by means of a bobbin mechanism, comprising a braiding ring through which the warp and braiding yarns are guided, and at least one transport means for transporting a core to be braided, characterized in that the braiding ring has an oval inner cross section and the front face of the braiding ring, which face redirects the warp and braiding yarns, has outwardly curved sides which protrude in regions from the yarn outlet plane spanned by the bobbin mechanism or from a plane parallel thereto counter to the transport direction.
A vehicle lighting system (200, 300, 400) comprising: left and right exterior lighting devices (102, 104) including at least direction lights, and adapted to be arranged on each side of a longitudinal center plane of the vehicle; and a single lighting module (106, 206) adapted to be built into a vehicle structure as a headlight, the lighting module is a high-definition lighting module including an array of at least 1000 light source units in the form of pixels in a matrix that are controllable to provide low beam light and high beam light, the array of light source units being adapted to extend along a transverse axis of the vehicle across the longitudinal center plane of the vehicle, the transverse axis being substantially parallel to an axis between a wheel pair of the vehicle, the lighting module (106, 206) is arranged as a center lighting module between the left exterior lighting device and the right exterior lighting device of the vehicle. left and right exterior lighting devices (102, 104) including at least direction lights, and adapted to be arranged on each side of a longitudinal center plane of the vehicle; and a single lighting module (106, 206) adapted to be built into a vehicle structure as a headlight, the lighting module is a high-definition lighting module including an array of at least 1000 light source units in the form of pixels in a matrix that are controllable to provide low beam light and high beam light, the array of light source units being adapted to extend along a transverse axis of the vehicle across the longitudinal center plane of the vehicle, the transverse axis being substantially parallel to an axis between a wheel pair of the vehicle, the lighting module (106, 206) is arranged as a center lighting module between the left exterior lighting device and the right exterior lighting device of the vehicle.
A laser apparatus comprising: a solid-state laser apparatus configured to output burst seed pulsed light, BSP, containing a plurality of pulses; an excimer amplifier configured to amplify the burst seed pulsed light in a discharge space in a single occurrence of discharge and to output the amplified light as amplified burst pulsed light, BSP, wherein an overall pulse width of the burst seed pulsed light BSP, is set to a value corresponding to a discharge duration, Tg; an energy sensor configured to measure energy of the amplified burst pulsed light; a laser controller configured to correct, based on a relationship between a difference, D, and a measured value, E, of the energy, a timing at which the solid-state laser apparatus is caused to output the burst seed pulsed light, BSP, based on said relationship, the difference, D, being between a timing, D1, at which the solid-state laser apparatus outputs the burst seed pulsed light and a timing, D2, at which discharge occurs in the discharge wherein the laser controller controls said difference to maximize said measured value, E, of the energy; wherein the laser controller causes the solid-state laser apparatus to output the burst seed pulsed light in response to one externally inputted light emission trigger signal. a solid-state laser apparatus configured to output burst seed pulsed light, BSP, containing a plurality of pulses; an excimer amplifier configured to amplify the burst seed pulsed light in a discharge space in a single occurrence of discharge and to output the amplified light as amplified burst pulsed light, BSP, wherein an overall pulse width of the burst seed pulsed light BSP, is set to a value corresponding to a discharge duration, Tg; an energy sensor configured to measure energy of the amplified burst pulsed light; a laser controller configured to correct, based on a relationship between a difference, D, and a measured value, E, of the energy, a timing at which the solid-state laser apparatus is caused to output the burst seed pulsed light, BSP, based on said relationship, the difference, D, being between a timing, D1, at which the solid-state laser apparatus outputs the burst seed pulsed light and a timing, D2, at which discharge occurs in the discharge wherein the laser controller controls said difference to maximize said measured value, E, of the energy; wherein the laser controller causes the solid-state laser apparatus to output the burst seed pulsed light in response to one externally inputted light emission trigger signal. the difference, D, being between a timing, D1, at which the solid-state laser apparatus outputs the burst seed pulsed light and a timing, D2, at which discharge occurs in the discharge wherein the laser controller controls said difference to maximize said measured value, E, of the energy; wherein the laser controller causes the solid-state laser apparatus to output the burst seed pulsed light in response to one externally inputted light emission trigger signal.
A system comprising: a control unit; a liquid container; a milk analysis apparatus; and a milk extracting arrangement, operating in conjunction with the milk analysis apparatus; characterised in that the liquid container is insertable into the milk analysis apparatus and comprises a memory device and a second wireless communication device, configured for information exchange with the control unit of the milk analysis apparatus comprising a first wireless communication device, when the liquid container is inserted into the milk analysis apparatus wherein the memory device is configured to: receive information concerning remaining amount of liquid in the liquid container from the control unit of the milk analysis apparatus, via the second wireless communication device; and store the received information; wherein the milk analysis apparatus comprises the first wireless communication device, for communication with the memory device of the liquid container, via the second wireless communication device comprised in the liquid container; and wherein the control unit is configured to: obtain a signal associated with consumed liquid amount of the liquid container, during a liquid extraction session; and transmit information related to the consumed liquid amount via the first wireless communication device, for storage in the memory device of the liquid container. a control unit; a liquid container; a milk analysis apparatus; and a milk extracting arrangement, operating in conjunction with the milk analysis apparatus; characterised in that the liquid container is insertable into the milk analysis apparatus and comprises a memory device and a second wireless communication device, configured for information exchange with the control unit of the milk analysis apparatus comprising a first wireless communication device, when the liquid container is inserted into the milk analysis apparatus wherein the memory device is configured to: receive information concerning remaining amount of liquid in the liquid container from the control unit of the milk analysis apparatus, via the second wireless communication device; and store the received information; wherein obtain a signal associated with consumed liquid amount of the liquid container, during a liquid extraction session; and transmit information related to the consumed liquid amount via the first wireless communication device, for storage in the memory device of the liquid container.
A heat exchanger arrangement comprising a housing in which an air inlet opening is arranged on the circumference, a cover that covers the housing on an upper side and in which an air outlet opening is arranged, a reverse-operated radial fan being arranged inside the housing in such a way that it can generate an air flow between the air inlet opening and the air outlet opening, which air flow is directed radially inward with respect to the axis of rotation of said radial fan and which flows through at least one air heat exchanger arranged in the housing, characterized in that the air inlet opening is arranged between the cover and the housing, and that during operation, the air flow generated by the radial fan flows upwards through the air outlet opening.
An article of manufacture comprising: a. an ink-jet cartridge; and b. a sugar-poor and unfermented-wort-based ink formulation disposed within the ink-jet cartridge, the ink formulation comprising: i. an unfermented wort; ii. a humectant for providing moisture-retention; and iii. a pH controlling agent for maintaining a pH of the ink formulation at or below 4.0; wherein ink formulation is edible, aqueous and has all of the following structural properties: I. the unfermented wort is the primary colorant of the ink formulation; II. a 25 0 C viscosity of the ink formulation is at most 4.5 millipascal-second (mPa·s); III. the ink formulation is characterized by an EBC (European Brewing Convention) number of at least 1800 colorant units; IV. a ratio between the EBC number of the ink formulation and the 25 0 C viscosity thereof is at least 400 (mPa·s) -1; V. the ink formulation comprises at least 10% wt/wt carbohydrates; VI. the ink formulation is sugar-poor such that a ratio between a wt/wt% concentration of soluble sugars and a wt/wt concentration of carbohydrates in the ink formulation is at most 0.2; and VII. at least 60% of particles of the ink formulation are sub-400 nanometer particles. a. an ink-jet cartridge; and b. a sugar-poor and unfermented-wort-based ink formulation disposed within the ink-jet cartridge, the ink formulation comprising: i. an unfermented wort; ii. a humectant for providing moisture-retention; and iii. a pH controlling agent for maintaining a pH of the ink formulation at or below 4.0; i. an unfermented wort; ii. a humectant for providing moisture-retention; and iii. a pH controlling agent for maintaining a pH of the ink formulation at or below 4.0; I. the unfermented wort is the primary colorant of the ink formulation; II. a 25 0 C viscosity of the ink formulation is at most 4.5 millipascal-second (mPa·s); III. the ink formulation is characterized by an EBC (European Brewing Convention) number of at least 1800 colorant units; IV. a ratio between the EBC number of the ink formulation and the 25 0 C viscosity thereof is at least 400 (mPa·s) -1; V. the ink formulation comprises at least 10% wt/wt carbohydrates; VI. the ink formulation is sugar-poor such that a ratio between a wt/wt% concentration of soluble sugars and a wt/wt concentration of carbohydrates in the ink formulation is at most 0.2; and VII. at least 60% of particles of the ink formulation are sub-400 nanometer particles.
A pharmaceutical composition comprising an IL-13Rα2 peptide; an EphA2 peptide; and only a single survivin peptide comprising the amino sequence of SEQ ID N0:9; and a Tetanus toxoid epitope, wherein said composition is emulsified by Montanide ISA-51, for use in a method of treating, preventing, or managing brain cancer in a subject in need thereof, wherein the pharmaceutical composition is administered to the subject subcutaneously, and further wherein the pharmaceutical composition is co-administered with bevacizumab.
A bonded abrasive wheel comprising magnetizable abrasive particles retained in a first organic binder, wherein the bonded abrasive wheel has a central portion adjacent to a central hub, wherein the bonded abrasive wheel has an outer circumference and a rotational axis extending through the central hub, wherein a majority of the magnetizable abrasive particles are substantially parallel to the rotational axis.
A fire suppression system, comprising: a high rate discharge system configured to discharge a first portion of fire suppression agent to an aircraft structure; and a low rate discharge system configured to discharge a second portion of fire suppression agent to the aircraft structure; wherein the low rate discharge system comprising: a valve configured to sense an ambient pressure of the aircraft structure, and an orifice configured to receive a mass flow of fire suppression agent via the valve (160; 260), wherein the valve (160; 260) comprises a bellows, and wherein a portion of the bellows is subjected to the ambient pressure of the aircraft structure. a high rate discharge system configured to discharge a first portion of fire suppression agent to an aircraft structure; and a low rate discharge system configured to discharge a second portion of fire suppression agent to the aircraft structure; wherein the low rate discharge system comprising: a valve configured to sense an ambient pressure of the aircraft structure, and an orifice configured to receive a mass flow of fire suppression agent via the valve (160; 260), wherein the valve (160; 260) comprises a bellows, and wherein a portion of the bellows is subjected to the ambient pressure of the aircraft structure. a valve configured to sense an ambient pressure of the aircraft structure, and an orifice configured to receive a mass flow of fire suppression agent via the valve (160; 260), wherein the valve (160; 260) comprises a bellows, and wherein a portion of the bellows is subjected to the ambient pressure of the aircraft structure.
An input operation device comprising: an operating lever; a holder which supports a base portion of the operating lever so as to be rotatable on one plane; a housing and a cancel lever to return the operating lever to a neutral position, which is provided in the housing so as to be movable according to the rotation of the holder and can perform an advance and retreat movement with respect to a rotation locus of a cancel projection which rotates along with a steering shaft of an automobile, and a rotation, characterised in that: the housing supports the holder so as to be rotatable on another plane intersecting the one plane; a leaf spring portion is integrally molded in the cancel lever, and the leaf spring portion is elastically biased so as to be pressed against a guide surface which guides the advance and retreat movement and the rotation of the cancel lever. an operating lever; a holder which supports a base portion of the operating lever so as to be rotatable on one plane; a housing and a cancel lever to return the operating lever to a neutral position, which is provided in the housing so as to be movable according to the rotation of the holder and can perform an advance and retreat movement with respect to a rotation locus of a cancel projection which rotates along with a steering shaft of an automobile, and a rotation, characterised in that: the housing supports the holder so as to be rotatable on another plane intersecting the one plane; a leaf spring portion is integrally molded in the cancel lever, and the leaf spring portion is elastically biased so as to be pressed against a guide surface which guides the advance and retreat movement and the rotation of the cancel lever. the housing supports the holder so as to be rotatable on another plane intersecting the one plane; a leaf spring portion is integrally molded in the cancel lever, and the leaf spring portion is elastically biased so as to be pressed against a guide surface which guides the advance and retreat movement and the rotation of the cancel lever.
A bag comprising an outer shell, the outer shell having an exterior surface and an interior surface opposite the exterior surface, the interior surface facing towards an interior of the bag, the interior for storing a mobile phone, wherein: the bag comprises a plate, a lamp, and a controller; the plate comprises a lens or aperture for viewing the lamp therethrough; the plate is mounted on the exterior surface of the bag; the lamp is electrically connected to the controller; the controller comprises a wireless transceiver for wirelessly communicating with the mobile phone; the bag comprises a battery pack within the interior of the bag; and the battery pack is connected to the controller for powering the controller, characterised in that the plate and the controller form a touch detector configured to detect when the plate is touched. the bag comprises a plate, a lamp, and a controller; the plate comprises a lens or aperture for viewing the lamp therethrough; the plate is mounted on the exterior surface of the bag; the lamp is electrically connected to the controller; the controller comprises a wireless transceiver for wirelessly communicating with the mobile phone; the bag comprises a battery pack within the interior of the bag; and the battery pack is connected to the controller for powering the controller, characterised in that the plate and the controller form a touch detector configured to detect when the plate is touched.
An active aerodynamic application torque link system comprising: a four bar linkage (14, 14') having a fixed link with a follower link and driven link rotatably connected, a coupler rotatably connected to the follower link and the driven link; a torque transfer tube having a four sided polygon cross sectional shape; wherein the driven link has a drive bore with an opposing first drive aperture and a second drive aperture that receive the torque transfer tube, within the drive bore, the first drive aperture and the second drive aperture are a plurality of drive zones (50A, 50B, 50C, 50D, 50E, 50F, 50G, 50H) separated by one of a plurality of drive relief zones (51A, 51B, 51C, 51D, 51E, 51F, 51G, 51H), wherein each one of the plurality of drive zones (50A, 50B, 50C, 50D, 50E, 50F, 50G, 50H) creates a torsional non-sliding interference fit between the torque transfer tube and the drive bore of the driven link and at least one of the plurality of drive relief zones (51A, 51B, 51C, 51D, 51E, 51F, 51G, 51H) creates a neutral fit between the torque transfer tube and the drive bore, wherein the plurality of drive zones (50A, 50B, 50C, 50D, 50E, 50F, 50G, 50H) and the plurality of drive relief zones (51A, 51B, 51C, 51D, 51E, 51F, 51G, 51H) reduce the spacing tolerances and eliminate lag between the driven link and the torque transfer tube, when the torque transfer tube rotates; and an actuator (12; 112; 212) rotatably connected to the torque transfer tube for rotating the torque transfer tube thereby transferring torque to the four bar linkage (14, 14') through the driven link. a four bar linkage (14, 14') having a fixed link with a follower link and driven link rotatably connected, a coupler rotatably connected to the follower link and the driven link; a torque transfer tube having a four sided polygon cross sectional shape; wherein the driven link has a drive bore with an opposing first drive aperture and a second drive aperture that receive the torque transfer tube, within the drive bore, the first drive aperture and the second drive aperture are a plurality of drive zones (50A, 50B, 50C, 50D, 50E, 50F, 50G, 50H) separated by one of a plurality of drive relief zones (51A, 51B, 51C, 51D, 51E, 51F, 51G, 51H), wherein each one of the plurality of drive zones (50A, 50B, 50C, 50D, 50E, 50F, 50G, 50H) creates a torsional non-sliding interference fit between the torque transfer tube and the drive bore of the driven link and at least one of the plurality of drive relief zones (51A, 51B, 51C, 51D, 51E, 51F, 51G, 51H) creates a neutral fit between the torque transfer tube and the drive bore, wherein the plurality of drive zones (50A, 50B, 50C, 50D, 50E, 50F, 50G, 50H) and the plurality of drive relief zones (51A, 51B, 51C, 51D, 51E, 51F, 51G, 51H) reduce the spacing tolerances and eliminate lag between the driven link and the torque transfer tube, when the torque transfer tube rotates; and an actuator (12; 112; 212) rotatably connected to the torque transfer tube for rotating the torque transfer tube thereby transferring torque to the four bar linkage (14, 14') through the driven link.
A method for controlling an orthopedic joint of a lower extremity in at least one degree of freedom by means of an adjustable actuator with which an orthopedic appliance, which comprises upper means of attachment to a limb and an orthopedic element arranged in an articulated manner distally of the attachment means, is adapted to walking situations that deviate from walking on a plane, said method comprising the following steps: a. detecting several parameters of the orthopedic appliance via sensors, b. comparing the detected parameters with criteria that have been established on the basis of several parameters and/or parameter profiles and are stored in a computer unit, c. selecting a criterion that is suitable on the basis of the detected parameters and/or parameter profiles, and d. adapting movement resistances, movement ranges, drive forces and/or the profiles thereof in accordance with the selected criterion, in order to control special functions that deviate from walking on a plane, wherein in the special function the flexion damping is reduced. a. detecting several parameters of the orthopedic appliance via sensors, b. comparing the detected parameters with criteria that have been established on the basis of several parameters and/or parameter profiles and are stored in a computer unit, c. selecting a criterion that is suitable on the basis of the detected parameters and/or parameter profiles, and d. adapting movement resistances, movement ranges, drive forces and/or the profiles thereof in accordance with the selected criterion, in order to control special functions that deviate from walking on a plane, wherein in the special function the flexion damping is reduced.
Double clutch transmission having a double clutch and an actuating apparatus for the double clutch, having two component clutches which can be actuated via in each case one engagement/release bearing (7, 8), in each case one piston system (K1, K2) being provided for loading the first and second engagement/release bearing (7, 8) which act on the first and second component clutch, which piston system (K1, K2) can be moved in each case by a first and second actuator unit in the axial direction along a guide sleeve which is arranged around at least one transmission input shaft and is received on the double clutch transmission, the guide sleeve having at least two axial guide faces/guide diameters (d1, d2) which are spaced apart radially, each guide diameter (d1, d2) being assigned in each case one piston system (K1, K2), the guide face/guide diameter which is situated radially on the outside being formed by way of the inner wall of a section (3.3) of the guide sleeve, which section (3.3) is arranged at a spacing (a) from a tubular section (3.1) which is situated radially on the inside with the guide face/guide diameter, characterized in that that section (3.3) of the guide sleeve which forms the outer guide face/guide diameter has an opening (3.4) which makes it possible for an actuator lever of the actuator unit to reach through, and a bearing carrier can be brought into an operative connection with the first engagement/release bearing via the coupling-side end of the section (3.3) of the guide sleeve in a manner which reaches radially inwards.