mhurhangee/patent-ind-claim-en huggingface dataset:
A device for spreading a tire , wherein the device comprises a first arm assembly and a second arm assembly , the first arm assembly and the second arm assembly comprise at least one arm , respectively, and each arm , comprises at least two arm sections , ; , , wherein the at least two arm sections , ; , of each arm , form an angle with respect to each other, wherein the device is configured to: move the first arm assembly or the second arm assembly along a first direction so as to spread the tire , and/or move the first arm assembly along a second direction and the second arm assembly along a third direction so as to spread the tire, wherein the second direction and the third direction are opposite to each other, wherein the at least two arm sections , ; , contact two tire beads and the angle is located substantially between the tire beads, and wherein the angle determines substantially a width or a distance of the tire beads can be spread. wherein the device comprises a first arm assembly and a second arm assembly , the first arm assembly and the second arm assembly comprise at least one arm , respectively, and each arm , comprises at least two arm sections , ; , , wherein the at least two arm sections , ; , of each arm , form an angle with respect to each other, wherein the device is configured to: move the first arm assembly or the second arm assembly along a first direction so as to spread the tire , and/or move the first arm assembly along a second direction and the second arm assembly along a third direction so as to spread the tire, wherein the second direction and the third direction are opposite to each other, wherein the at least two arm sections , ; , contact two tire beads and the angle is located substantially between the tire beads, and wherein the angle determines substantially a width or a distance of the tire beads can be spread. move the first arm assembly or the second arm assembly along a first direction so as to spread the tire , and/or move the first arm assembly along a second direction and the second arm assembly along a third direction so as to spread the tire, wherein the second direction and the third direction are opposite to each other, wherein the at least two arm sections , ; , contact two tire beads and the angle is located substantially between the tire beads, and wherein the angle determines substantially a width or a distance of the tire beads can be spread.
An apparatus, comprising: a stall detection system comprising an optical system coupled to a processing system ; wherein the stall detection system comprises: an optical transceiver ; wherein the optical transceiver is configured to emit at least one light beam (112, 212, 242a, 242b, 272a, 272b, 312; 342a, 342b, 372a, 372b); optics optically coupled to the optical transceiver ; a window ; wherein the optics is configured to direct the at least one light beam through the window; and wherein the optical transceiver is configured to detect backscattered light of the at least one light beam; wherein the stall detection system is configured to detect an onset of a stall condition in at least one measurement region , proximate to a foil of a vehicle , by characterizing a fluid flowing in the at least one measurement region proximate to the foil by characterizing the backscattered light from the at least one measurement region; and wherein, upon detecting the onset of the stall condition, the processing system is configured to perform at least one of: generating an alert, and causing an automatic pilot to cause the vehicle to avoid or exit the stall condition. a stall detection system comprising an optical system coupled to a processing system ; wherein the stall detection system comprises: an optical transceiver ; wherein the optical transceiver is configured to emit at least one light beam (112, 212, 242a, 242b, 272a, 272b, 312; 342a, 342b, 372a, 372b); optics optically coupled to the optical transceiver ; a window ; wherein the optics is configured to direct the at least one light beam through the window; and wherein the optical transceiver is configured to detect backscattered light of the at least one light beam; an optical transceiver ; wherein the optical transceiver is configured to emit at least one light beam (112, 212, 242a, 242b, 272a, 272b, 312; 342a, 342b, 372a, 372b); optics optically coupled to the optical transceiver ; a window ; wherein the optics is configured to direct the at least one light beam through the window; and wherein the optical transceiver is configured to detect backscattered light of the at least one light beam; wherein the stall detection system is configured to detect an onset of a stall condition in at least one measurement region , proximate to a foil of a vehicle , by characterizing a fluid flowing in the at least one measurement region proximate to the foil by characterizing the backscattered light from the at least one measurement region; and wherein, upon detecting the onset of the stall condition, the processing system is configured to perform at least one of: generating an alert, and causing an automatic pilot to cause the vehicle to avoid or exit the stall condition.
A building structure comprising a space demarcation assembly on a base area of the building structure formed by a concrete ceiling or wall against a building interior , the space demarcation assembly comprising heat changes surfaces , which are spaced apart from the base area , and comprising connections, which are arranged between the heat exchange surfaces and the base area , wherein the heat exchange surfaces are provided with a plaster layer , wherein the heat exchange surfaces as well as the connections between the heat exchange surfaces and the base area are formed by heat transfer elements , which each comprise a cohering metallic flat material comprising through openings , wherein the flat material comprises contact surfaces to the base area , web surfaces leading away from the base area , as well as the heat exchange surfaces , and folding regions are embodied between these subsurfaces of the flat material , characterised in that the concrete ceiling or wall serves as passive or active heat store, and the contact surfaces of the heat transfer elements are fastened to the base area by means of a heat-conductive connecting layer by means of an adhesive or mortar.
Control device to control a combustion carried out by a burner assembly depending on a setpoint for an ionization current, the burner assembly comprising a flame area and at least one ionization electrode arranged within the flame area of the burner assembly and an air-control element , which is configured to influence a supply volume of air depending on an air-control signal , and a fuel-control element , which is configured to influence a supply quantity of fuel depending on a fuel-control signal ; wherein the control device is configured to receive signals from the at least one ionization electrode and to process them into actual values of an ionization current; wherein the control device is configured to generate a first air-control signal and output it to the air-control element and to generate a fuel-control signal by adjusting the actual values of the ionization current to the ionization-current setpoint and output the signal to the fuel-control element ; and to generate a setpoint increased by a specified amount from the ionization-current setpoint and to generate a changed fuel-control signal by adjusting the actual values of the ionization current to the increased setpoint in the case of a first air-control signal ; and to evaluate the changed fuel-control signal generated based on the increased setpoint by comparing it with a specified maximum value and based on the evaluation, to detect a blockage, wherein the control device is configured to recognize the blockage based on the evaluation if the fuel-control signal generated based on the increased setpoint exceeds the specified maximum value. wherein the control device is configured to receive signals from the at least one ionization electrode and to process them into actual values of an ionization current; wherein the control device is configured to generate a first air-control signal and output it to the air-control element and to generate a fuel-control signal by adjusting the actual values of the ionization current to the ionization-current setpoint and output the signal to the fuel-control element ; and to generate a setpoint increased by a specified amount from the ionization-current setpoint and to generate a changed fuel-control signal by adjusting the actual values of the ionization current to the increased setpoint in the case of a first air-control signal ; and to evaluate the changed fuel-control signal generated based on the increased setpoint by comparing it with a specified maximum value and based on the evaluation, to detect a blockage, wherein the control device is configured to recognize the blockage based on the evaluation if the fuel-control signal generated based on the increased setpoint exceeds the specified maximum value.
A vehicle hazard management system mounted to a vehicle having a high voltage system including at least one battery connected to a drive unit and a DC-DC converter , comprising: a sensor configured to provide an activation signal in response to at least one of a collision involving the vehicle, a fault of the high voltage system, and at least partial submersion of the vehicle; a controller in communication with the sensor , the controller being configured to receive the activation signal and to respond by generating an emergency message including information describing at least one of the make, model and year of the vehicle; a discharge device coupled to the controller and to the at least one battery ; and a transmitter coupled to the controller and configured to transmit the emergency message to a communication device, wherein the emergency message includes one of an emergency response guide corresponding to the vehicle or a link to an emergency response guide corresponding to the vehicle, wherein the controller is further configured to respond to receipt of the activation signal from the sensor by causing the discharge device to discharge energy stored in the at least one battery , and the controller is further configured to respond to the activation signal by causing the transmitter to transmit a deactivation signal to another adjacent vehicle hazard management system mounted to a nearby vehicle, to cause that vehicle to deactivate its charging system and/or to prepare its batteries to be discharged. a sensor configured to provide an activation signal in response to at least one of a collision involving the vehicle, a fault of the high voltage system, and at least partial submersion of the vehicle; a controller in communication with the sensor , the controller being configured to receive the activation signal and to respond by generating an emergency message including information describing at least one of the make, model and year of the vehicle; a discharge device coupled to the controller and to the at least one battery ; and a transmitter coupled to the controller and configured to transmit the emergency message to a communication device, wherein the emergency message includes one of an emergency response guide corresponding to the vehicle or a link to an emergency response guide corresponding to the vehicle, wherein the controller is further configured to respond to receipt of the activation signal from the sensor by causing the discharge device to discharge energy stored in the at least one battery , and the controller is further configured to respond to the activation signal by causing the transmitter to transmit a deactivation signal to another adjacent vehicle hazard management system mounted to a nearby vehicle, to cause that vehicle to deactivate its charging system and/or to prepare its batteries to be discharged.
A clothing article having a cup part , the clothing article comprising: a front part including the cup part ; a rear part ; and a shoulder strap , the front part , the rear part , and the shoulder strap are formed only of an elastic material, the shoulder strap is continuously formed with the front part and the rear part , the shoulder strap is less prone to stretch at a top of the shoulder strap than at a border between the shoulder strap and the front part and at a border between the shoulder strap and the rear part , characterized in that the border between the shoulder strap and the rear part is arranged more inward than the top of the shoulder strap and the border between the shoulder strap and the front part , each of the front part , the rear part , and the shoulder strap includes a main body cloth formed of the elastic material and a patch cloth formed of the elastic material, the main body cloth and the patch cloth being bonded to each other, and, an area ratio of the patch cloth to the main body cloth is 65 to 80%, and a bust part of the front part , the shoulder strap , and a region in the rear part extending in a predetermined width from a center of the rear part and are less prone to stretch than other parts. a front part including the cup part ; a rear part ; and a shoulder strap , the front part , the rear part , and the shoulder strap are formed only of an elastic material, the shoulder strap is continuously formed with the front part and the rear part , the shoulder strap is less prone to stretch at a top of the shoulder strap than at a border between the shoulder strap and the front part and at a border between the shoulder strap and the rear part , characterized in that the border between the shoulder strap and the rear part is arranged more inward than the top of the shoulder strap and the border between the shoulder strap and the front part , each of the front part , the rear part , and the shoulder strap includes a main body cloth formed of the elastic material and a patch cloth formed of the elastic material, the main body cloth and the patch cloth being bonded to each other, and, an area ratio of the patch cloth to the main body cloth is 65 to 80%, and a bust part of the front part , the shoulder strap , and a region in the rear part extending in a predetermined width from a center of the rear part and are less prone to stretch than other parts.
A plastic film comprising a sealing layer comprising EVOH and wherein the polyolefin content of the film is less than 10% per weight.
A curing catalyst [B] for an organic polymer or an organopolysiloxane, which is used for curing an organic polymer [A1] or an organopolysiloxane [A2] having a reactive hydrolyzable silicon-containing group, wherein the catalyst [B] contains a titanium compound [B1] represented by the following formula and a secondary amine compound or a tertiary amine compound [B2], (R 1 -O) n Ti-A 4-n wherein R 1 is a hydrocarbon group having 1 to 10 carbon atoms, and A is a carboxylic acid residue, and n is 1 or 2. the catalyst [B] contains a titanium compound [B1] represented by the following formula and a secondary amine compound or a tertiary amine compound [B2], (R 1 -O) n Ti-A 4-n wherein R 1 is a hydrocarbon group having 1 to 10 carbon atoms, and A is a carboxylic acid residue, and n is 1 or 2.
A specimen holder that is used for an optical microscope , comprising: an optical axis being an axis parallel to viewing direction of the specimen based on the optical microscope ; a specimen support that supports a specimen to enable the specimen to tilt relative to the optical axis of the optical microscope ; an adjustment plate for adjusting a position of the specimen and that has an observation surface for making observations using the optical microscope , a marker that serves as a mark used when positioning the specimen is formed on the observation surface ; and an adjustment plate support that supports the adjustment plate so that an angle formed by the optical axis and the observation surface is larger than an angle formed by the optical axis and a specimen surface of the specimen , and so that the adjustment plate tilts when the specimen is tilted by the specimen support , wherein the marker extends from an edge of the adjustment plate , and wherein the adjustment plate is supported so that the edge of the adjustment plate comes in contact with or is situated closer to the specimen surface . an optical axis being an axis parallel to viewing direction of the specimen based on the optical microscope ; a specimen support that supports a specimen to enable the specimen to tilt relative to the optical axis of the optical microscope ; an adjustment plate for adjusting a position of the specimen and that has an observation surface for making observations using the optical microscope , a marker that serves as a mark used when positioning the specimen is formed on the observation surface ; and an adjustment plate support that supports the adjustment plate so that an angle formed by the optical axis and the observation surface is larger than an angle formed by the optical axis and a specimen surface of the specimen , and so that the adjustment plate tilts when the specimen is tilted by the specimen support , wherein the marker extends from an edge of the adjustment plate , and wherein the adjustment plate is supported so that the edge of the adjustment plate comes in contact with or is situated closer to the specimen surface .
Cooking appliance device, in particular induction hob device, having at least one heating unit , having at least one sensor unit , which is provided to detect at least one signal influenced by the heating unit , and having at least one control unit , which is provided to determine at least one level of activity of the heating unit from an interference signal overlaying a main signal of the signal, characterised by at least one switching unit , which is provided to establish at least one flow path to the heating unit and to interrupt the same, wherein the control unit is provided to check a function of the switching unit on the basis of the interference signal.
A fiber optic termination for communicatively connecting a cable to equipment , the cable comprising a casing having a cable tube therethrough, the cable tube having optical fibers extending therethrough, the fiber optic termination comprising: a sealed housing having an inlet to sealably receive an end of the cable , the optical fibers extendable from an end of the cable into a sealed chamber of the sealed housing ; a connector positioned about the sealed housing , the connector comprising optical contacts communicatively connectable to the equipment and the optical fibers ; a manifold positioned in the sealed housing , the manifold having passages shaped to distribute the optical fibers therethrough; and a plurality of termination tubes positioned within the sealed chamber of the sealed housing , wherein the manifold has a single inlet to receive the optical fibers of the cable ; and a first termination tube of the plurality of termination tubes has an entry end sealingly connected to an end of the cable tube and second termination tubes of the plurality of termination tubes are sealingly connected between the optical contacts and the manifold , the manifold sealingly connected at its inlet to the first termination tube of the plurality of termination tubes to define a sealed channel therethrough, the optical fibers disposable through the sealed channel whereby the sealed housing , the manifold and the plurality of termination tubes define a multi-layer protective environment for sealingly encasing the optical fibers . a sealed housing having an inlet to sealably receive an end of the cable , the optical fibers extendable from an end of the cable into a sealed chamber of the sealed housing ; a connector positioned about the sealed housing , the connector comprising optical contacts communicatively connectable to the equipment and the optical fibers ; a manifold positioned in the sealed housing , the manifold having passages shaped to distribute the optical fibers therethrough; and a plurality of termination tubes positioned within the sealed chamber of the sealed housing , wherein the manifold has a single inlet to receive the optical fibers of the cable ; and a first termination tube of the plurality of termination tubes has an entry end sealingly connected to an end of the cable tube and second termination tubes of the plurality of termination tubes are sealingly connected between the optical contacts and the manifold , the manifold sealingly connected at its inlet to the first termination tube of the plurality of termination tubes to define a sealed channel therethrough, the optical fibers disposable through the sealed channel whereby the sealed housing , the manifold and the plurality of termination tubes define a multi-layer protective environment for sealingly encasing the optical fibers .
A kit comprising an array of feminine articles, the array comprising: a first package comprising a menstrual cup having a first size and capacity marketed for menstrual use; a second package comprising a second product marketed for menstrual use, wherein the second product comprises a feminine hygiene pad; wherein the menstrual cup has a rim extending around the circumference of the top end and having an inner diameter D i across the top end of more than 35mm and a thickness T r of between 3 mm and 5 mm; and a length of less than 53 mm from the top end to the base of the receptacle , and wherein the menstrual cup and the second product are made by, made for, distributed by, and/or distributed for a manufacturer of feminine consumer articles. a first package comprising a menstrual cup having a first size and capacity marketed for menstrual use; a second package comprising a second product marketed for menstrual use, wherein the second product comprises a feminine hygiene pad; wherein the menstrual cup has a rim extending around the circumference of the top end and having an inner diameter D i across the top end of more than 35mm and a thickness T r of between 3 mm and 5 mm; and a length of less than 53 mm from the top end to the base of the receptacle , and wherein the menstrual cup and the second product are made by, made for, distributed by, and/or distributed for a manufacturer of feminine consumer articles.