mhurhangee/patent-ind-claim-en huggingface dataset:
Railway vehicle platform having a ventilation system, the platform comprising a high part , a low part and a stair connecting the high part and the low part , characterised in that the ventilation system comprises at least one first device (B1A) for vertical blowing of air in the vicinity of a first door of the low part and provided to blow the air in the direction of the first door and at least one second device (B2A) for vertical blowing of air in the vicinity of a second door of the low part and provided to blow the air in the direction of the second door , the first device (B1A) for vertical blowing of air and the second device (B2A) for vertical blowing of air each opening into the low part in the form of a slot which is substantially vertical.
Horizontal tensioner for a lateral tarpaulin tensioning system comprising a housing with a tensioning shaft , which has on one end a coupling piece laterally arranged outside the housing for a non-rotatable connection to a standpipe of the lateral tarpaulin tensioning system and on which a gear wheel is non-rotatably arranged, via which the tensioning shaft is drivable by means of a pivotably arranged tension lever , wherein the housing has a mounting plate on its side opposite the tension lever , characterised in that the housing and the tension lever have a first passage, in which the tensioning shaft can be inserted from both sides, wherein the mounting plate has a connecting flange projecting from the housing and wherein a second passage is inserted in the housing , in which the mounting plate can be inserted from both sides.
A method for controlling an autonomous vehicle through a multi-lane turn, the method comprising: receiving, by one or more processors , data corresponding to a position of the autonomous vehicle in a lane of the multi-lane turn and a trajectory of the autonomous vehicle; receiving, by the one or more processors, data corresponding to positions of objects in a vicinity of the autonomous vehicle; determining based on a position of the autonomous vehicle in the lane relative to the positions of the objects, whether the autonomous vehicle is positioned as a first vehicle in the lane or positioned behind another vehicle in the lane; adjusting, based on whether the autonomous vehicle is positioned as a first vehicle in the lane or positioned behind another vehicle in the lane, by one or more processors, the trajectory of the autonomous vehicle through the lane, wherein upon determining the autonomous vehicle is positioned as the first vehicle in the lane, adjusting the trajectory of the autonomous vehicle through the lane is based on historical data corresponding to previous trajectories of one or more vehicles which traversed the lane; and controlling the autonomous vehicle through the multi-lane turn based on the adjusted trajectory. receiving, by one or more processors , data corresponding to a position of the autonomous vehicle in a lane of the multi-lane turn and a trajectory of the autonomous vehicle; receiving, by the one or more processors, data corresponding to positions of objects in a vicinity of the autonomous vehicle; determining based on a position of the autonomous vehicle in the lane relative to the positions of the objects, whether the autonomous vehicle is positioned as a first vehicle in the lane or positioned behind another vehicle in the lane; adjusting, based on whether the autonomous vehicle is positioned as a first vehicle in the lane or positioned behind another vehicle in the lane, by one or more processors, the trajectory of the autonomous vehicle through the lane, wherein upon determining the autonomous vehicle is positioned as the first vehicle in the lane, adjusting the trajectory of the autonomous vehicle through the lane is based on historical data corresponding to previous trajectories of one or more vehicles which traversed the lane; and controlling the autonomous vehicle through the multi-lane turn based on the adjusted trajectory.
Method for generating at least one combination image dataset, with the steps: - Recording of a first image dataset with a first turbo spin echo sequence , wherein the echo signals are placed so that the spins of two spin species in the region to be examined are in-phase, - Recording of a second image dataset with a second turbo spin echo sequence , wherein the echo signals are placed so that the spins of two spin species in the region to be examined are opposed phase, - Combination of the first image dataset and the second image dataset into a combination image, wherein the turbo spin echo sequences each have an echo time (TE) which is defined as the time between the excitation pulse and the first spin echo, and wherein the turbo spin echo sequences each have an interecho time (TI), which is defined as the time between two spin echos in an echo train, characterised in that - the echo time (TE) and/or the interecho time (TI) is smaller during the first turbo spin echo sequence than during the second turbo spin echo sequence . - Recording of a first image dataset with a first turbo spin echo sequence , wherein the echo signals are placed so that the spins of two spin species in the region to be examined are in-phase, - Recording of a second image dataset with a second turbo spin echo sequence , wherein the echo signals are placed so that the spins of two spin species in the region to be examined are opposed phase, - Combination of the first image dataset and the second image dataset into a combination image, wherein the turbo spin echo sequences each have an echo time (TE) which is defined as the time between the excitation pulse and the first spin echo, and wherein the turbo spin echo sequences each have an interecho time (TI), which is defined as the time between two spin echos in an echo train, - the echo time (TE) and/or the interecho time (TI) is smaller during the first turbo spin echo sequence than during the second turbo spin echo sequence .
Method of controlling a wind turbine , the wind turbine comprising a tower , a nacelle , a rotating hub , a first rotor blade and at least a second rotor blade , wherein both rotor blades are mounted to the hub , and wherein the method comprises the steps of - measuring noise by means of at least one noise detection device , the noise being generated in at least one angular section within the rotor plane due to an interaction between the first rotor blade of the wind turbine and airflow impinging on the first rotor blade , and - changing the orientation of the second rotor blade with regard to the direction of the impinging airflow such that the noise which is generated by the interaction between the second rotor blade and the airflow impinging on the second rotor blade in the angular section is changed. - measuring noise by means of at least one noise detection device , the noise being generated in at least one angular section within the rotor plane due to an interaction between the first rotor blade of the wind turbine and airflow impinging on the first rotor blade , and - changing the orientation of the second rotor blade with regard to the direction of the impinging airflow such that the noise which is generated by the interaction between the second rotor blade and the airflow impinging on the second rotor blade in the angular section is changed.
An adjustable flow shunt for treating glaucoma in a human patient, the shunt comprising: an elongated outflow drainage tube having a proximal inflow region and a distal outflow region; and an inflow control assembly at the proximal inflow region, wherein the inflow control assembly comprises a control element sized and shaped to slidably engage the proximal inflow region; and a spring element operably coupled between the control element and an anchor element engaged with the proximal inflow region; wherein the proximal inflow region comprises one or more apertures defining a fluid inlet area positioned to allow fluid to flow therethrough and into the outflow drainage tube, wherein the spring element is configured to be activated by a non-invasive energy and, upon activation, slidably actuate the control element along the proximal inflow region such that (a) the one or more apertures are accessible and have a first fluid flow cross-section or (b) the one or more apertures are at least partially covered by the control element and have a second fluid-flow cross-section less than the first fluid flow cross-section. an elongated outflow drainage tube having a proximal inflow region and a distal outflow region; and an inflow control assembly at the proximal inflow region, wherein the inflow control assembly comprises a control element sized and shaped to slidably engage the proximal inflow region; and a spring element operably coupled between the control element and an anchor element engaged with the proximal inflow region; a control element sized and shaped to slidably engage the proximal inflow region; and a spring element operably coupled between the control element and an anchor element engaged with the proximal inflow region; wherein the proximal inflow region comprises one or more apertures defining a fluid inlet area positioned to allow fluid to flow therethrough and into the outflow drainage tube, wherein the spring element is configured to be activated by a non-invasive energy and, upon activation, slidably actuate the control element along the proximal inflow region such that (a) the one or more apertures are accessible and have a first fluid flow cross-section or (b) the one or more apertures are at least partially covered by the control element and have a second fluid-flow cross-section less than the first fluid flow cross-section.
Anchor rod assembly for fastening in synthetic resin mortar , having an anchor rod which has a shank portion , a special fastening portion , and a head part which comprises a cutting edge at the free end thereof , and having a sleeve-like additional element , the fastening portion , which is provided between the shank portion and the head part , is surrounded at least in regions by the sleeve-like additional element , characterized in that the sleeve-like additional element comprises two different materials which have a different hardness and form a support region and a tear region , the support region being formed of the harder material. the fastening portion , which is provided between the shank portion and the head part , is surrounded at least in regions by the sleeve-like additional element , characterized in that the sleeve-like additional element comprises two different materials which have a different hardness and form a support region and a tear region , the support region being formed of the harder material.
Use of a compound as a gelator, wherein the compound is selected from the following compounds M1, M2, M3, M4, M5, M6, M8, M10, G3 and G8: [M1] R 1 = CH 3 O, R 2 = H [M2] R 1 = CH 3 (CH 2 ) 3 O, R 2 = H [M3] R 1 = CH 3 (CH 2 ) 3 O, R 2 = H [M4] R 1 = CH 3 (CH 2 ) 7 O, R 2 = H [M5] R 1 = CH 3 (CH 2 ) 9 O, R 2 = H [M6] R 1 = CH 3 (CH 2 ) 11 O, R 2 = H [M8] R 1 = 3-Butenyl-O-, R 2 = H [M10] R 1 = 2-Ethylhexyl-O-, R 2 = H [G3] R 1 = CH 3 (CH 2 ) 3 O-, R 2 = H [G8] R 1 = CH 3 (CH 2 ) 11 O-, R 2 = H.
A control system for electrically controlled installations , comprising at least one control device for monitoring and/or controlling the installation and/or installation components , at least one portable, mobile hand-held terminal comprising output means for displaying information and input means for the input of control commands by an operator , wherein the hand-held terminal is provided with at least one manually actuatable safety switching element , with which safety switching element a lighting device having at least one lighting means is associated, and, between the safety switching element of the hand-held terminal and the at least one control device or a separately formed safety controller , a signal connection , which may be coupled or released as needed, wherein the control system is configured for transferring the installation or one or more installation components into a safe state upon presence of a coupled signal connection and upon manual actuation of the safety switching element , and wherein the control system is configured for activating the lighting device upon presence of a coupled signal connection and for deactivating the lighting device upon presence of a released signal connection , characterized in that it comprises at least one lighting control device , which is configured for the electrically and/or electronically controlled adaptation of a visually perceptible light intensity of the lighting device within a limited region between a minimum limit intensity that can be predefined by control technology and a maximum limit intensity that can be predefined by control technology, upon presence of a coupled signal connection between the safety switching element of the hand-held terminal and the at least one control device or the safety controller .
An electric hair straightener , comprising a straightening iron formed by two articulated arms equipped with heating plates , a water reservoir separate from the straightening iron and a hose connecting said reservoir to said iron for conveying the water before it is transformed into steam by a steam generator , the arms being movable relative to one another between an open position allowing placing a lock of hair between the heating plates and a closed position allowing clamping the previously placed lock of hair with said plates, said straightener being characterized in that the straightening iron includes an activatable vibrator to make the heating plates vibrate, and in that the water reservoir comprises a removable cosmetic product refill .
Molded part for a nozzle core for stuffer-box crimping of threads, preferably synthetic multifilament threads, comprising: a ceramic body with a planar surface , wherein a preferably central cavity is arranged in the planar surface for forming part of a nozzle duct and preferably for forming half of a nozzle duct, wherein receiving contours are arranged in the planar surface for receiving attaching means , which receiving contours are arranged laterally with reference to the cavity , characterized in that the receiving contours are open in the lateral direction. a ceramic body with a planar surface , wherein a preferably central cavity is arranged in the planar surface for forming part of a nozzle duct and preferably for forming half of a nozzle duct, wherein receiving contours are arranged in the planar surface for receiving attaching means , which receiving contours are arranged laterally with reference to the cavity , characterized in that the receiving contours are open in the lateral direction.
Electrical connection and junction box for a photovoltaic cell module, having an enclosure in which a connection facility is accommodated for the electrical contacting of the conduction bands of the photovoltaic cell module to connection cables leading out of the enclosure , whereby each of the connection cables is provided with a plug connector on its end facing away from the enclosure , and whereby retention devices are provided on the outside of the enclosure , to each of which the plug connectors can be detachably fastened, whereby the retention devices are designed in such a manner that the plug connectors accommodated in the same are fixed in the axial and radial direction and are held in a freely rotatable fashion around their longitudinal axes, characterised in that each retention device has integral spring arms and a counter-bearing opposite the same which cooperate with each other to provide the axial fastening of the accommodated plug connector in that the spring arms are supported, adjacent to the cable outlet of the plug connector , on the rear side of its enclosure and press the same against the counter-bearing with a spring force which acts in the axial direction.
A gastric medical device assembly comprising: a gastric bougie that defines at least one lumen ; a gastric catheter with a distal segment extending distally from the gastric bougie , a middle segment slidably received in a first lumen of the at least one lumen , and a proximal segment extending proximally from the gastric bougie; a light emitter attached to a distal portion of at least one of the gastric bougie and the gastric catheter , and having a luminosity sufficient to penetrate through, and be seen on an opposite side of, a stomach wall; at least one of the gastric bougie and the gastric catheter define a plurality of side ports; characterized in that the gastric catheter includes a distal stop surface ; the gastric bougie includes a tapered distal end that terminates at a contact surface; and the distal stop surface blocks the gastric bougie from being advanced past a position in contact with the distal stop surface of the gastric catheter . a gastric bougie that defines at least one lumen ; a gastric catheter with a distal segment extending distally from the gastric bougie , a middle segment slidably received in a first lumen of the at least one lumen , and a proximal segment extending proximally from the gastric bougie; a light emitter attached to a distal portion of at least one of the gastric bougie and the gastric catheter , and having a luminosity sufficient to penetrate through, and be seen on an opposite side of, a stomach wall; at least one of the gastric bougie and the gastric catheter define a plurality of side ports; characterized in that the gastric catheter includes a distal stop surface ; the gastric bougie includes a tapered distal end that terminates at a contact surface; and the distal stop surface blocks the gastric bougie from being advanced past a position in contact with the distal stop surface of the gastric catheter .
A nasal seal configured to be removably coupled to a frame of a patient interface , the nasal seal comprising: a seal body formed of a soft flexible material and defining an inner cavity and one or more delivery openings for supply of breathing gases from the inner cavity to a patient; wherein the seal body comprises a central portion and a side portion extending from each end of the central portion, the seal body further comprising an interior side and an exterior side, wherein the interior side of the central portion is configured to extend across a base of a user's nose and the interior side of each of the side portions is configured to extend across a side of the nose, wherein the interior side of the seal is supple and configured to conform under internal pressure to surfaces of the user's nose, including, at the side portions of the seal , to outside surfaces of the side of the nose; and a support supporting a portion of the seal body ; wherein the support defines a mount for mounting the nasal seal to the frame , the mount comprising a first member that is connectable to a second member , wherein the first member and the second member capture a portion of the seal body between them, and the mount is more rigid than the seal body . a seal body formed of a soft flexible material and defining an inner cavity and one or more delivery openings for supply of breathing gases from the inner cavity to a patient; wherein the seal body comprises a central portion and a side portion extending from each end of the central portion, the seal body further comprising an interior side and an exterior side, wherein the interior side of the central portion is configured to extend across a base of a user's nose and the interior side of each of the side portions is configured to extend across a side of the nose, wherein the interior side of the seal is supple and configured to conform under internal pressure to surfaces of the user's nose, including, at the side portions of the seal , to outside surfaces of the side of the nose; and a support supporting a portion of the seal body ; wherein the support defines a mount for mounting the nasal seal to the frame , the mount comprising a first member that is connectable to a second member , wherein the first member and the second member capture a portion of the seal body between them, and the mount is more rigid than the seal body .
A foamed plasticized PVC article obtainable by a method comprising the step of foam extruding a dry blend of a plasticized PVC formulation by an extrusion plant with an extruder and a die, the plasticized PVC formulation comprising polyvinyl chloride, at least one plasticizer, at least one nucleating agent and a chemical blowing agent, wherein the plasticized PVC formulation is a dry blend containing 0.5 to 5% by weight of one or more nucleating agents and 0.1 to 3% by weight of the chemical blowing agent and wherein the foamed plasticized PVC article is a plurality of strands converted into a non-woven mat.
Control device (CTL) for a production module (PM) in each case for machining or handling a product (P) in a production system having a multiplicity of production modules (PM, PMA), having a) a data memory (MEM) for storing operational settings (LBE) of the production modules (PM, PMA) and restrictions (LCR, ICR, ECR) which must be complied with by at least some of the operational settings, b) a settings management module (EM) for determining the external operational setting (XA 1 ) of an adjacent production module (PMA) on which a local operational setting (X 1 ) of the production module (PM) is dependent on account of a common restriction (ICR), c) an optimization module (OPT) having a local assessment function (LBF), which assesses the local operational setting (X 1 ), and having a further assessment function (EBF), which assesses non-compliance with the common restriction (ICR), set up to determine an optimized local operational setting (OLBE, X 1 ) by: - optimizing the local assessment function (LBF), - reading in the determined external operational setting (XA 1 ), and - optimizing the further assessment function (EBF) on the basis of the external operational setting (XA 1 ) which has been read in and operational settings (LBE) which have been updated as the result (OLBE) of the optimization of the local assessment function (LBF), and d) a control module (SM) for setting the optimized local operational setting (OLBE) in the production module (PM). a) a data memory (MEM) for storing operational settings (LBE) of the production modules (PM, PMA) and restrictions (LCR, ICR, ECR) which must be complied with by at least some of the operational settings, b) a settings management module (EM) for determining the external operational setting (XA 1 ) of an adjacent production module (PMA) on which a local operational setting (X 1 ) of the production module (PM) is dependent on account of a common restriction (ICR), c) an optimization module (OPT) having a local assessment function (LBF), which assesses the local operational setting (X 1 ), and having a further assessment function (EBF), which assesses non-compliance with the common restriction (ICR), set up to determine an optimized local operational setting (OLBE, X 1 ) by: - optimizing the local assessment function (LBF), - reading in the determined external operational setting (XA 1 ), and - optimizing the further assessment function (EBF) on the basis of the external operational setting (XA 1 ) which has been read in and operational settings (LBE) which have been updated as the result (OLBE) of the optimization of the local assessment function (LBF), and - optimizing the local assessment function (LBF), - reading in the determined external operational setting (XA 1 ), and - optimizing the further assessment function (EBF) on the basis of the external operational setting (XA 1 ) which has been read in and operational settings (LBE) which have been updated as the result (OLBE) of the optimization of the local assessment function (LBF), and d) a control module (SM) for setting the optimized local operational setting (OLBE) in the production module (PM).