mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising: a vehicle body having three or more wheels including at least a steered wheel with a trail (L T ) and a pair of wheels provided in the vehicle width direction; an operation input part that inputs a turning direction when being operated; an inclining part that inclines the vehicle body; and a steered wheel controller that controls the steering angle of the steered wheel , wherein when the vehicle speed of the vehicle is lower than a predetermined vehicle speed (V2), the vehicle travels in a first mode in which the steered wheel controller controls the steering angle of the steered wheel according to an input from the operation input part , and the inclining part inclines the vehicle body according to an input from the operation input part , and when the vehicle speed is equal to or higher than the predetermined vehicle speed (V2), the vehicle travels in a second mode in which the steered wheel controller makes the steered wheel freely turnable irrespective of the operation input part , and the inclining part inclines the vehicle body according to an input from the operation input part , characterized in that a turning radius (R) based on the inclination angle of the vehicle body at the predetermined vehicle speed (V2) in the second mode is estimated, then the steering angle (δ W 2) of the steered wheel at the predetermined vehicle speed (V2) is calculated from the estimated turning radius (R), and the steered wheel is controlled until the calculated steering angle (δ W 2) is reached. a vehicle body having three or more wheels including at least a steered wheel with a trail (L T ) and a pair of wheels provided in the vehicle width direction; an operation input part that inputs a turning direction when being operated; an inclining part that inclines the vehicle body; and a steered wheel controller that controls the steering angle of the steered wheel , wherein when the vehicle speed of the vehicle is lower than a predetermined vehicle speed (V2), the vehicle travels in a first mode in which the steered wheel controller controls the steering angle of the steered wheel according to an input from the operation input part , and the inclining part inclines the vehicle body according to an input from the operation input part , and when the vehicle speed is equal to or higher than the predetermined vehicle speed (V2), the vehicle travels in a second mode in which the steered wheel controller makes the steered wheel freely turnable irrespective of the operation input part , and the inclining part inclines the vehicle body according to an input from the operation input part , characterized in that a turning radius (R) based on the inclination angle of the vehicle body at the predetermined vehicle speed (V2) in the second mode is estimated, then the steering angle (δ W 2) of the steered wheel at the predetermined vehicle speed (V2) is calculated from the estimated turning radius (R), and the steered wheel is controlled until the calculated steering angle (δ W 2) is reached.
Sleeve fastening system intended to be fastened to a joist pierced with a hole (106a-b) and to receive two pipes (50a-b), said sleeve fastening system having: - a cylinder of which each end is intended to receive a pipe (50a-b) by fitting, wherein the wall of said cylinder has at least one tunnel cut into it that is sealed with respect to the inside of the cylinder , wherein the cylinder is intended to be fitted into a hole (106a-b) in the joist , - a flange as one with the cylinder and extending around the cylinder , wherein each tunnel has a first and a second opening (156a-b) that both emerge outside the wall of the cylinder and on either side of the flange , wherein the flange has a bearing face intended to bear against the joist and a free face opposite, and - for each tunnel , a holding system having a link , a shoe as one with a first end of the link and a locking system , wherein the link is housed in the tunnel such that the shoe is blocked at the first opening that is on the side of the free face and such that the second end of the link exits via the second opening on the side of the bearing face and wherein the locking system has an attachment means that attaches to the second end of the link and a bearing surface intended to come to bear against the joist . - a cylinder of which each end is intended to receive a pipe (50a-b) by fitting, wherein the wall of said cylinder has at least one tunnel cut into it that is sealed with respect to the inside of the cylinder , wherein the cylinder is intended to be fitted into a hole (106a-b) in the joist , - a flange as one with the cylinder and extending around the cylinder , wherein each tunnel has a first and a second opening (156a-b) that both emerge outside the wall of the cylinder and on either side of the flange , wherein the flange has a bearing face intended to bear against the joist and a free face opposite, and - for each tunnel , a holding system having a link , a shoe as one with a first end of the link and a locking system , wherein the link is housed in the tunnel such that the shoe is blocked at the first opening that is on the side of the free face and such that the second end of the link exits via the second opening on the side of the bearing face and wherein the locking system has an attachment means that attaches to the second end of the link and a bearing surface intended to come to bear against the joist .
A device comprising: an optical waveguide ; an optical ring modulator optically coupled to the optical waveguide ; a first voltage control device (410-1) along a first segment of the optical ring modulator ; a second voltage control device (410-2) along a second segment of the optical ring modulator ; one or more further voltage control devices along respective further segments of the optical ring modulator , the one or more further voltage control devices comprising a third voltage control device (410-3) along a third segment of the optical ring modulator ; a first driver device (411-1) configured to control the first voltage control device (410-1) to a first voltage (V1) and a second voltage (V2) to shift a resonance of the optical ring modulator corresponding to a most significant bit of data encoding; a second driver device (411-2) configured to control the second voltage control device (410-2) to a third voltage (V3) and a fourth voltage (V4) to shift the resonance of the optical ring modulator corresponding to a middle bit of data encoding; and one or more further driver devices each configured to control a respective further voltage control device to two respective voltages, the one or more further driver devices comprising a third driver device (411-3) configured to control the third voltage control device (410-3) to a fifth voltage (V5) and a sixth voltage (V6) to shift the resonance of the optical ring modulator corresponding to a least significant bit of data encoding. an optical waveguide ; an optical ring modulator optically coupled to the optical waveguide ; a first voltage control device (410-1) along a first segment of the optical ring modulator ; a second voltage control device (410-2) along a second segment of the optical ring modulator ; one or more further voltage control devices along respective further segments of the optical ring modulator , the one or more further voltage control devices comprising a third voltage control device (410-3) along a third segment of the optical ring modulator ; a first driver device (411-1) configured to control the first voltage control device (410-1) to a first voltage (V1) and a second voltage (V2) to shift a resonance of the optical ring modulator corresponding to a most significant bit of data encoding; a second driver device (411-2) configured to control the second voltage control device (410-2) to a third voltage (V3) and a fourth voltage (V4) to shift the resonance of the optical ring modulator corresponding to a middle bit of data encoding; and one or more further driver devices each configured to control a respective further voltage control device to two respective voltages, the one or more further driver devices comprising a third driver device (411-3) configured to control the third voltage control device (410-3) to a fifth voltage (V5) and a sixth voltage (V6) to shift the resonance of the optical ring modulator corresponding to a least significant bit of data encoding.
An air purifying device comprising: - a honeycomb structure having a plurality of hexagonal openings , wherein the honeycomb structure is supported by a frame , - a plurality of ionization needles , wherein each of the needles is coaxially aligned with a respective center axis of an opening of the honeycomb structure , and - a plurality of collector plates arranged downstream of the plurality of ionization needles , - and wherein the device is configured to generate ionization corona discharge by positive ionization voltage led to the needles , characterized in that - the honeycomb structure is grounded, - the tips of the plurality of ionization needles are arranged downstream of the honeycomb structure in order to create a corona flow that is covering each opening of the honeycomb structure , and - the ionization needles are attached to PCB rails embedded in plastic structures in the form of aerodynamic profiles. - a honeycomb structure having a plurality of hexagonal openings , wherein the honeycomb structure is supported by a frame , - a plurality of ionization needles , wherein each of the needles is coaxially aligned with a respective center axis of an opening of the honeycomb structure , and - a plurality of collector plates arranged downstream of the plurality of ionization needles , - and wherein the device is configured to generate ionization corona discharge by positive ionization voltage led to the needles , characterized in that - the honeycomb structure is grounded, - the tips of the plurality of ionization needles are arranged downstream of the honeycomb structure in order to create a corona flow that is covering each opening of the honeycomb structure , and - the ionization needles are attached to PCB rails embedded in plastic structures in the form of aerodynamic profiles.
Device for testing a fibre composite component , which is to be processed by means of adhesive bonding, for the presence of at least one substance from a selection of possible contaminants, comprising: - a surface heating device for regionally heating a partial region of the fibre composite component to be adhesively bonded, for the purpose of desorbing contaminants; - a sensor array comprising a plurality of sensors for detecting all contaminants in the gas phase; and - a control unit for regulating the surface heating device and also for driving and for reading the sensor array and also for establishing and signalling ascertained contaminants, wherein the surface heating device , the sensor array and the control unit are encompassed in a mobile, integral unit of the device, and wherein the surface heating device is embodied as a central heating plunger surrounded by the sensor array , which is enclosed by an outer housing or the surface heating device is embodied as a radiant heating unit arranged centrally and the sensor array is arranged all around the radiation region. - a surface heating device for regionally heating a partial region of the fibre composite component to be adhesively bonded, for the purpose of desorbing contaminants; - a sensor array comprising a plurality of sensors for detecting all contaminants in the gas phase; and - a control unit for regulating the surface heating device and also for driving and for reading the sensor array and also for establishing and signalling ascertained contaminants, wherein the surface heating device , the sensor array and the control unit are encompassed in a mobile, integral unit of the device, and wherein the surface heating device is embodied as a central heating plunger surrounded by the sensor array , which is enclosed by an outer housing or the surface heating device is embodied as a radiant heating unit arranged centrally and the sensor array is arranged all around the radiation region.
A semiochemical composition comprising valeric acid, lactic acid and linoleic acid.
Ornament mechanism, comprising: - an elastic core body ; - a light emitting device for winding around the elastic core body; - a translucent air cover for covering the core body being wound around by the light emitting device and that seals air inside it; and - a translucent sheet that coats the translucent air cover ; wherein said translucent air cover comprises a plurality of translucent air members sealing air inside and each being coated by said translucent sheet ; and wherein said translucent air members are cylindrically shaped. - an elastic core body ; - a light emitting device for winding around the elastic core body; - a translucent air cover for covering the core body being wound around by the light emitting device and that seals air inside it; and - a translucent sheet that coats the translucent air cover ;
A process for preparing an asymmetric modified carbon molecular sieve hollow fiber membrane having improved gas separation performance properties comprising: a. providing an asymmetric polymer precursor hollow fiber, b. contacting the polymer precursor fiber with a solution comprising a modifying agent and a liquid diluent that does not interfere with the reaction of the modifying agent to form a morphology stabilizer, wherein the modifying agent is a compound having the general formula R 1 R 2 R 3 R 4 Si, where each of R 1 , R 2 , R 3 , and R 4 are independently C 1 -C 6 alkyl or alkenyl, alkoxy, or halogen; with the proviso that the compound contains at least one C 1 -C 6 alkyl or alkenyl substituent and at least one alkoxy or halogen substituent, especially wherein the modifying agent is vinyl trimethoxy silane, or a compound having the general formula R 1 R 2 R 3 R 4 M, where M is a metal and where each of R 1 , R 2 , R 3 , and R 4 are independently C 1 -C 6 alkyl or alkenyl, alkoxy, or halogen, with the proviso that the compound contains at least one C 1 -C 6 alkyl or alkenyl substituent and at least one alkoxy or halogen substituent, especially where M is selected from the group consisting of Ge, B, Al, Ti, V, Fe, and combinations thereof, and characterized by c. contacting the polymer precursor fiber of step b. with a moisture-containing atmosphere to form a treated polymer fiber, d. pyrolyzing the treated polymer fiber to form an asymmetric modified carbon molecular sieve hollow fiber membrane having an improved gas permeance, wherein the concentration of the modifying agent in the solution is between 1 wt% and 95 wt% of the solution. a. providing an asymmetric polymer precursor hollow fiber, b. contacting the polymer precursor fiber with a solution comprising a modifying agent and a liquid diluent that does not interfere with the reaction of the modifying agent to form a morphology stabilizer, wherein the modifying agent is a compound having the general formula R 1 R 2 R 3 R 4 Si, where each of R 1 , R 2 , R 3 , and R 4 are independently C 1 -C 6 alkyl or alkenyl, alkoxy, or halogen; with the proviso that the compound contains at least one C 1 -C 6 alkyl or alkenyl substituent and at least one alkoxy or halogen substituent, especially wherein the modifying agent is vinyl trimethoxy silane, or a compound having the general formula R 1 R 2 R 3 R 4 M, where M is a metal and where each of R 1 , R 2 , R 3 , and R 4 are independently C 1 -C 6 alkyl or alkenyl, alkoxy, or halogen, with the proviso that the compound contains at least one C 1 -C 6 alkyl or alkenyl substituent and at least one alkoxy or halogen substituent, especially where M is selected from the group consisting of Ge, B, Al, Ti, V, Fe, and combinations thereof, and characterized by c. contacting the polymer precursor fiber of step b. with a moisture-containing atmosphere to form a treated polymer fiber, d. pyrolyzing the treated polymer fiber to form an asymmetric modified carbon molecular sieve hollow fiber membrane having an improved gas permeance, wherein the concentration of the modifying agent in the solution is between 1 wt% and 95 wt% of the solution.
A tip part for an endoscope , the tip part comprising: a vision receptor having a vision sensor for providing an image from light received from an object to be investigated; a first light source ; an exterior housing accommodating the vision receptor and the light source ; a proximal or back end for connection to another part of the endoscope , such as an insertion tube of the endoscope ; a distal or front end for receiving light from the object; and a first lens positioned in front of the first light source so that a portion of light emitted from the first light source travels towards and propagates through the first lens ; the exterior housing comprising a window positioned at the distal end , the window consisting essentially of a transparent material, so that light emitted from the first light source can pass through the window to the exterior, the window comprising an exterior surface positioned at least partly in front of the first light source , wherein the first lens is a convex lens and has a convex lens surface integrally provided on an interior surface of the window , wherein the exterior surface of the window is further positioned at least partly in front of the vision receptor so that light received from the object can pass through the window to the vision receptor . a vision receptor having a vision sensor for providing an image from light received from an object to be investigated; a first light source ; an exterior housing accommodating the vision receptor and the light source ; a proximal or back end for connection to another part of the endoscope , such as an insertion tube of the endoscope ; a distal or front end for receiving light from the object; and a first lens positioned in front of the first light source so that a portion of light emitted from the first light source travels towards and propagates through the first lens ; the exterior housing comprising a window positioned at the distal end , the window consisting essentially of a transparent material, so that light emitted from the first light source can pass through the window to the exterior, the window comprising an exterior surface positioned at least partly in front of the first light source , wherein the first lens is a convex lens and has a convex lens surface integrally provided on an interior surface of the window , wherein the exterior surface of the window is further positioned at least partly in front of the vision receptor so that light received from the object can pass through the window to the vision receptor .
Corrugated panel with a wave-shaped cross section for a clamping arrangement for clamping semiconductor components, characterized in that the wave-shaped cross section has a first wavelength in the centre of the corrugated panel , and the wave-shaped cross section has a second wavelength in the outer region of the corrugated panel , wherein the second wavelength is shorter than the first wavelength, so that the stiffness of the corrugated panel is lower in its centre than in the outer region. the wave-shaped cross section has a first wavelength in the centre of the corrugated panel , and the wave-shaped cross section has a second wavelength in the outer region of the corrugated panel , wherein the second wavelength is shorter than the first wavelength, so that the stiffness of the corrugated panel is lower in its centre than in the outer region.
A multi-pole molded case circuit breaker, including a fixed contact , a movable contact configured to be in contact with and separated from the fixed contact and shafts to which the movable contact is fixed, an open/close device configured to operate one of the shafts , and a shaft pin configured to connect the shafts , the multi-pole molded case circuit breaker comprising: a lower link having an indicator at one surface thereof; and a locking plate , rotatably mounted to a side plate , configured to allow or release movement of a handle to an OFF-position by being in contact with the indicator , wherein the locking plate includes a lever restriction part configured to restrict an open/close lever coupled to the handle , the open/close lever includes a blocking protrusion , and the lever restriction part includes a restriction protrusion configured to be caught by the blocking protrusion characterized in that the locking plate includes: a rotation prevention part formed in a predetermined length in line with inclination of the shaft pin and configured to restrict movement of the handle to an OFF-position by being in contacting with the indicator , wherein the length of the rotation prevention part is larger than displacement of inclination of the shaft pin ; and a rotation permission part , formed at one side of the rotation prevention part , configured to permit the handle to move to an OFF-position by being released from contact with the indicator . a lower link having an indicator at one surface thereof; and a locking plate , rotatably mounted to a side plate , configured to allow or release movement of a handle to an OFF-position by being in contact with the indicator , wherein the locking plate includes a lever restriction part configured to restrict an open/close lever coupled to the handle , the open/close lever includes a blocking protrusion , and the lever restriction part includes a restriction protrusion configured to be caught by the blocking protrusion characterized in that the locking plate includes: a rotation prevention part formed in a predetermined length in line with inclination of the shaft pin and configured to restrict movement of the handle to an OFF-position by being in contacting with the indicator , wherein the length of the rotation prevention part is larger than displacement of inclination of the shaft pin ; and a rotation permission part , formed at one side of the rotation prevention part , configured to permit the handle to move to an OFF-position by being released from contact with the indicator . a rotation prevention part formed in a predetermined length in line with inclination of the shaft pin and configured to restrict movement of the handle to an OFF-position by being in contacting with the indicator , wherein the length of the rotation prevention part is larger than displacement of inclination of the shaft pin ; and a rotation permission part , formed at one side of the rotation prevention part , configured to permit the handle to move to an OFF-position by being released from contact with the indicator .
An apparatus , comprising: an additively manufactured node ; and an additively manufactured interconnect co-printed with the node, wherein the interconnect is configured to connect the node to a component ; wherein the node comprises a channel extending from an exterior surface of the node to a socket for adhesion injection, and a second channel extending from the exterior surface of the node to the socket. an additively manufactured node ; and an additively manufactured interconnect co-printed with the node, wherein the interconnect is configured to connect the node to a component ; wherein the node comprises a channel extending from an exterior surface of the node to a socket for adhesion injection, and a second channel extending from the exterior surface of the node to the socket.