mhurhangee/patent-ind-claim-en huggingface dataset:
A rider holder for an amusement ride , comprising - a holding portion for holding a rider, - a restraining device which can be adjusted between an open position, in which the rider can access the holding portion , and a closed position, in which the rider held in the holding portion can interact with the restraining device , - a lockable safety device which, in a locked state, secures the restraining device in the closed position and, in an unlocked state, releases the restraining device , - a control unit which comprises detection means , by means of which it can be redundantly detected in a fail-safe manner whether the safety device is in the locked or unlocked state, wherein the control unit generates corresponding state signals, characterized in that - the safety device can be transferred into the locked state by authorized persons only and - the control unit comprises tampering detection means , by means of which it is possible to detect in a tamper-proof manner whether the safety device is in the locked or unlocked state. - a holding portion for holding a rider, - a restraining device which can be adjusted between an open position, in which the rider can access the holding portion , and a closed position, in which the rider held in the holding portion can interact with the restraining device , - a lockable safety device which, in a locked state, secures the restraining device in the closed position and, in an unlocked state, releases the restraining device , - a control unit which comprises detection means , by means of which it can be redundantly detected in a fail-safe manner whether the safety device is in the locked or unlocked state, wherein the control unit generates corresponding state signals, - the safety device can be transferred into the locked state by authorized persons only and - the control unit comprises tampering detection means , by means of which it is possible to detect in a tamper-proof manner whether the safety device is in the locked or unlocked state.
Vehicle composite pane with an integrated light sensor, at least comprising an outer pane [and] an inner pane that are bonded to one another via a thermoplastic intermediate layer , wherein a plurality of photodiodes situated on a circuit board are arranged between the outer pane and the inner pane , wherein the photodiodes are SMD components, and wherein the photodiodes are arranged on the circuit board as groups of parallel connected photodiodes , wherein all groups are connected to a common electrical input and each group is connected to a separate electrical output (10.1, 10.2). wherein a plurality of photodiodes situated on a circuit board are arranged between the outer pane and the inner pane , wherein the photodiodes are SMD components, and wherein the photodiodes are arranged on the circuit board as groups of parallel connected photodiodes , wherein all groups are connected to a common electrical input and each group is connected to a separate electrical output (10.1, 10.2).
A chemical protection glove comprising: an outer layer comprising at least one layer of a chemically impermeable material comprising a polyurethane solution; a fabric layer located beneath the outer layer ; and an inner layer configured to contact a user's skin comprising a plurality of hollow beads dispersed throughout the inner layer , wherein the hollow beads at least partially extend from a surface of the inner layer , and wherein the hollow beads create a textured surface on the inner layer wherein the outer layer and inner layer comprise a polyurethane solution; and wherein the polyurethane solution of the outer layer extends through the fabric layer to form the inner layer . an outer layer comprising at least one layer of a chemically impermeable material comprising a polyurethane solution; a fabric layer located beneath the outer layer ; and an inner layer configured to contact a user's skin comprising a plurality of hollow beads dispersed throughout the inner layer , wherein the hollow beads at least partially extend from a surface of the inner layer , and wherein the hollow beads create a textured surface on the inner layer wherein the outer layer and inner layer comprise a polyurethane solution; and wherein the polyurethane solution of the outer layer extends through the fabric layer to form the inner layer .
A method of varying roll rate limits of an aircraft while flying with engine thrust asymmetry, comprising: (a) calculating a value of a flight parameter indicative of thrust asymmetry; characterized in that the method further comprises: (b) applying either a nominal maximum commandable roll rate or a reduced maximum commandable roll rate less than said nominal maximum commandable roll rate in a roll rate command system , said nominal maximum commandable roll rate being applied in response to said calculated flight parameter value being less than a lower threshold value indicative of thrust asymmetry and said reduced maximum commandable roll rate being applied instead of said nominal maximum commandable roll rate in response to said calculated flight parameter value increasing from a value less than an upper threshold value to a value greater than said upper threshold value, said upper threshold value being greater than said lower threshold value; and (c) controlling deflection of control surfaces of the aircraft so that the roll rate of the aircraft, after receipt of a roll rate command from a pilot, does not exceed the applied maximum commandable roll rate. (a) calculating a value of a flight parameter indicative of thrust asymmetry; (b) applying either a nominal maximum commandable roll rate or a reduced maximum commandable roll rate less than said nominal maximum commandable roll rate in a roll rate command system , said nominal maximum commandable roll rate being applied in response to said calculated flight parameter value being less than a lower threshold value indicative of thrust asymmetry and said reduced maximum commandable roll rate being applied instead of said nominal maximum commandable roll rate in response to said calculated flight parameter value increasing from a value less than an upper threshold value to a value greater than said upper threshold value, said upper threshold value being greater than said lower threshold value; and (c) controlling deflection of control surfaces of the aircraft so that the roll rate of the aircraft, after receipt of a roll rate command from a pilot, does not exceed the applied maximum commandable roll rate.
A mounting system for facilitating ordered mating of plural connectors (21-1, 21-2, 21-3, 21-4, 33-1, 33-2, 33-3, 33-4, 81-1, 81-2, 81-3, 81-4, 91-1, 91-2, 91-3, 91-4), said mounting system comprising: a first plate having plural mounting positions (17-1, 17-2, 17-3, 17-4, 17A-1, 17A-2, 17A-3, 17A-3, 109-1, 109-2, 109-3, 109-4) for securing plural first connectors (21-1, 21-2, 21-3, 21-4, 81-1, 81-2, 81-3, 81-4) thereto; a second plate attached to said first plate by a rod , wherein said second plate is spaced from said first plate and has at least one opening or channel (37-1, 37-2, 37-3, 37-4) to permit at least one cord (31-1, 31-2, 31-3, 31-4) to pass therethrough; a transition , wherein said second plate is mounted to said transition and wherein said at least one cord passes through said transition into a common jacket of a trunk cable ; a housing extending between said first and second plates and substantially covering an area between said first and second plates; and a bracket attached to at least one of said first plate , said second plate or said housing , said bracket having at least one feature for securing said bracket to a pole or wall, characterized in that said rod has a first threaded end attached to said first plate , and a second threaded end attached to said second plate or said transition .
An interface and control assembly for culinary preparation appliance (A) comprising: - a control circuit comprising a socket adapted to be connected to a power circuit of the culinary preparation appliance (A) or to a connecting element to said power circuit , the control circuit being arranged to emit a control signal for at least one functional element (F) of the culinary preparation appliance (A), - a communication circuit arranged to exchange information with a remote terminal according to a known communication protocol, for example a bidirectional communication protocol by radio waves, the communication circuit further being able to exchange information with the control circuit , - a support on which are attached or in which are provided the control circuit and the communication circuit , the support comprising fasteners to a frame of the culinary preparation appliance (A), the fasteners being able to secure the support to the frame, the fasteners , such as screws, being removable relative to the frame. - a control circuit comprising a socket adapted to be connected to a power circuit of the culinary preparation appliance (A) or to a connecting element to said power circuit , the control circuit being arranged to emit a control signal for at least one functional element (F) of the culinary preparation appliance (A), - a communication circuit arranged to exchange information with a remote terminal according to a known communication protocol, for example a bidirectional communication protocol by radio waves, the communication circuit further being able to exchange information with the control circuit , - a support on which are attached or in which are provided the control circuit and the communication circuit , the support comprising fasteners to a frame of the culinary preparation appliance (A), the fasteners being able to secure the support to the frame, the fasteners , such as screws, being removable relative to the frame.
WC having a WC bowl , and an oval or round bowl opening , and an entry opening for flushing water, wherein, in case of an oval bowl opening , in the top view a longitudinal axis along a longitudinal extension of the oval bowl opening , namely in terms of the longest inner dimension of an inner shape of the bowl opening , in relation to the common seated position of a user of the WC, is directed from the front to the back, and in case of a round bowl opening is analogously defined from the front to the back, and the longitudinal axis and a transverse axis, proceeding perpendicular and centrally to it as perpendicular bisector to the longitudinal axis, define a centre point and, starting from the longitudinal axis and the centre point, define an azimuthal angle, namely in that from a certain position in the bowl in the top view a connecting line is drawn to the section of these axes and the angle between this line and the longitudinal axis either in or opposite to the clockwise direction is taken as the azimuthal angle, zero being either at the front or at the back wherein the entry opening for the flushing water is directed in the direction of greater azimuthal angles, and in the top view and relative to the shape of the bowl opening a tangential entry direction of the flushing water is thus given, so that after entry into the WC bowl through the entry opening the flushing water flowing on an inner wall of the WC bowl meets at an azimuthal angle of 150° to 210° a curvature of the inner wall that is concave in the top view and relative to the centre point, wherein the WC bowl has a flow path for the flushing water which flow path is defined in the inner shape of the WC bowl between an outer concave edge and an inner convex edge in the vertical section and relative to the centre point and which flow path connects to the entry opening in a lower region and proceeds relative to the azimuthal angle at least between 90° and 270°, wherein the entry opening is provided relative to the azimuthal angle between 80° and 180° and the azimuthal angle where the flushing water after entry meets the concave curvature, is greater than the above mentioned azimuthal angle of the entry opening and wherein a second flow path is provided at an azimuthal angle of between 230° and, once past 360°, 90°, but not beyond, but at least at an azimuthal angle of between 310° and 340°, which flow path is likewise defined in the inner shape of the WC bowl between an outer concave and an inner convex edge in the vertical section and relative to the centre point and therein is located higher than a further portion of the first mentioned first flow path at the same azimuthal angle or than a closest part of the first flow path .
A noise absorbing panel for guard rail system for installation at a lateral side or median of a road , said guard rail system comprises a series of supporting posts , that are preferably vertically oriented, where at least one noise absorbing panel can be mounted to said supporting posts , and a series of longitudinal guard rails mounted on the side of the guard rail system facing the road , wherein said noise absorbing panel comprises a noise absorbing material board which is encased in an energy absorbing material provided with openings characterised in that the energy absorbing material is a stretch-metal netting encasing said noise absorbing material board . said noise absorbing panel comprises a noise absorbing material board which is encased in an energy absorbing material provided with openings characterised in that the energy absorbing material is a stretch-metal netting encasing said noise absorbing material board .
A milk module for producing hot or cold, foamed or non-foamed milk, and integrable in a machine for producing milk-based beverages; the milk module comprises: a supply pump ; a suction line extending from a fluid inlet to a suction side of the supply pump ; a delivery line extending from a delivery side of the supply pump to a dispensing nozzle with an inlet portion and a dispensing outlet ; an electronic control unit configured to operate the milk module in a production mode, in which the suction line is supplied with milk, and in a washing mode, in which the suction line is supplied with either water or water and detergent; and a drainage line to drain washing water into a waste container during operation in the washing mode; characterised in that the drainage line extends from the dispensing nozzle to the waste container and comprises a suction pump ; and in that the electronic control unit is configured to operate the suction pump during at least part of the washing mode to cause the washing water that has reached the dispensing nozzle to flow into the drainage line before reaching the dispensing outlet of the dispensing nozzle . a supply pump ; a suction line extending from a fluid inlet to a suction side of the supply pump ; a delivery line extending from a delivery side of the supply pump to a dispensing nozzle with an inlet portion and a dispensing outlet ; an electronic control unit configured to operate the milk module in a production mode, in which the suction line is supplied with milk, and in a washing mode, in which the suction line is supplied with either water or water and detergent; and a drainage line to drain washing water into a waste container during operation in the washing mode; characterised in that the drainage line extends from the dispensing nozzle to the waste container and comprises a suction pump ; and in that the electronic control unit is configured to operate the suction pump during at least part of the washing mode to cause the washing water that has reached the dispensing nozzle to flow into the drainage line before reaching the dispensing outlet of the dispensing nozzle .
A multiband radio configured to filter a set of uplink sub-bands in a wireless communication system, comprising: one or more wideband filters , each of the wideband filters configured to filter any group of two or more adjacent uplink sub-bands in a frequency spectrum utilized by the multiband radio for communication with one or more user equipment; a multiplexer configured to isolate each of the adjacent uplink sub-bands using separate filters ; and a plurality of single sub-band filters , each of the plurality of single sub-band filters configured to filter a different isolated uplink sub-band in the frequency spectrum. one or more wideband filters , each of the wideband filters configured to filter any group of two or more adjacent uplink sub-bands in a frequency spectrum utilized by the multiband radio for communication with one or more user equipment; a multiplexer configured to isolate each of the adjacent uplink sub-bands using separate filters ; and a plurality of single sub-band filters , each of the plurality of single sub-band filters configured to filter a different isolated uplink sub-band in the frequency spectrum.
An optical module, comprising: a housing , a circuit board , and a light conducting structure ; a portion of the light conducting structure is disposed within the housing , and another portion of the light conducting structure juts out from the housing ; the circuit board is provided with a light source , and the light conducting structure is configured to conduct light emitted by the light source to an outside of the housing ; wherein the light conducting structure comprises a light receiving portion and a light conducting portion ; the light receiving portion is laid on a first supporting frame at a bottom of the housing and configured to receive an optical signal transmitted from the light source ; the light conducting portion is configured to conduct the optical signal received by the light receiving portion to the outside of the housing ; wherein the light conducting portion comprises a light guiding post bent at both ends; a first bending portion of the light guiding post is located inside the housing and first bent obliquely toward the bottom of the housing and then bent horizontally along the bottom of the housing ; wherein the first bending portion is located between the bottom of the housing and an optical fiber adapter ; characterized in that a second bending portion of the light guiding post is located outside the housing and bent toward a lateral direction of the housing ; wherein the optical module further comprises an unlocking handle , and the second bending portion is in communication with the unlocking handle ; wherein the unlocking handle is further provided with an unlocking device ; the unlocking device is fitted with two side surfaces of the housing through a first clamping portion and a second clamping portion ; wherein the first clamping portion and the second clamping portion are provided with a positioning groove , respectively; the two side surfaces of the housing are provided with a positioning boss , respectively; the positioning boss is located in the positioning groove correspondingly; the first clamping portion and the second clamping portion are provided with an elastic clamping tongue , respectively; the two side surfaces of the housing are further provided with a clamping groove , respectively, and the elastic clamping tongue is locked in the clamping groove correspondingly.
A wood screw comprising a head , and a shank axially extending from said head and having a main shank portion connected to said head , and a conical tip portion extending from said main shank portion in a direction away from said head and gradually tapering to form a conical tip end , said wood screw further comprising a main thread protruding from said shank and extending helically around said shank from said main shank portion to said conical tip end in a tightening direction (A), characterized by : said main thread having an outer diameter ranging from 3 mm to 16 mm; a plurality of circumferentially spaced-apart forward ribs protruding from said shank and extending spirally around said shank from said main shank portion to said conical tip portion in a same direction as said main thread , said forward ribs being spaced apart from said conical tip end by a distance, the number of said forward ribs ranging from three to five, wherein, in a cross section of each of said forward ribs , each of said forward ribs has a first outer edge connected to said shank and facing the tightening direction (A), and a second outer edge connected to said first outer edge and said shank and facing opposite the tightening direction (A), said second outer edge having a length (L2) shorter than a length (L1) of said first outer edge ; each of said forward ribs having a height (h1) in a radial direction of said shank smaller than a height (h2) of said main thread in the radial direction of said shank , and a lead angle (α) greater than a lead angle (β) of said main thread ; characterized in that a ratio of the length (L1) of said first outer edge to the length (L2) of said second outer edge (L2) ranges from 1.25 to 2.6. said main thread having an outer diameter ranging from 3 mm to 16 mm; a plurality of circumferentially spaced-apart forward ribs protruding from said shank and extending spirally around said shank from said main shank portion to said conical tip portion in a same direction as said main thread , said forward ribs being spaced apart from said conical tip end by a distance, the number of said forward ribs ranging from three to five, wherein, in a cross section of each of said forward ribs , each of said forward ribs has a first outer edge connected to said shank and facing the tightening direction (A), and a second outer edge connected to said first outer edge and said shank and facing opposite the tightening direction (A), said second outer edge having a length (L2) shorter than a length (L1) of said first outer edge ; each of said forward ribs having a height (h1) in a radial direction of said shank smaller than a height (h2) of said main thread in the radial direction of said shank , and a lead angle (α) greater than a lead angle (β) of said main thread ; characterized in that a ratio of the length (L1) of said first outer edge to the length (L2) of said second outer edge (L2) ranges from 1.25 to 2.6.