mhurhangee/ep-ind-claims huggingface dataset:
A motor vehicle windshield wiper comprising a windshield wiper blade hinged onto a windshield wiper arm by means of an arm/blade connector including a first part integral with the arm and a second part integral with the blade, and a washing liquid spraying device that is arranged on the windshield wiper blade and connected by means of a connecting device (49, 53, 57) to a washing liquid delivery channel that extends at least partially along the windshield wiper arm, in which the connecting device is built into the arm/blade connector so as to automatically connect the spraying device to the delivery channel when connecting the windshield wiper blade onto the windshield wiper arm and so as to automatically detach the spraying device from the delivery channel when disconnecting the windshield wiper blade from the windshield wiper arm, said connecting device including a fist part integral with the arm built into the first part of the arm/blade connector, and a second part integral with the blade, built into the second part of the arm/blade connector, making the connecting device integral with the arm/blade connector (43, 44, 45, 51), and in which the first part of the arm/blade connector includes an opening and the second part of the arm/blade connector is provided with a rocker suitable to be positioned in said opening to ensure the connection between the arm and the blade, said rocker is used as a lock of the first and second parts of the connecting device, said windshield wiper being characterized in that the rocker is pin-shaped including an upper zone with a wide opening to permit the passage of the head-shaped first part of the connecting device and a lower zone with a narrow opening to prevent the passage of this same first part of the connecting device.
Handheld measuring device for detecting concealed mould damage, in particular in interiors, characterized in that it has at least the following components: - at least one collecting unit for accommodating at least one interior sample, - at least one buffer unit, - at least one immunological test unit, - an evaluation unit, and - a control panel. - at least one collecting unit for accommodating at least one interior sample, - at least one buffer unit, - at least one immunological test unit, - an evaluation unit, and - a control panel.
A multi-catheter infusion system comprising: a cannula including a first end for connecting to a drug delivery system and a second end opposite the first end, characterized by: a plurality of catheters attached to the second end in fluid communication with the cannula for delivering a drug to a target area of a patient, wherein each catheter includes a multi-orifice distal end having a closed distal face, and wherein the distal end of each catheter includes a needle detachable from the catheter.
An eye tracking system (100 and 1200) comprising: an infrared module (IR Laser 105 and 1240A) that is configured to emit a beam of photons, wherein at least some of the emitted photons are directed toward a user's eye during use of the eye tracking system wherein the infrared module is configured to emit a continuous wave of photons that is continuous for a determined duration; a microelectromechanical, MEMs, scanner configured to scan the emitted beam of photons; one or more silicon photomultipliers, SiPM, (135 and 1225) that are positioned relative to the infrared module and that are positioned to capture a reflection of at least some photons which reflect from the user's eye as a result of the at least some photons being directed towards the user's eye within the beam of photons whereby, the reflection is also a continuous wave reflection and wherein the one or more SiPMs are configured to capture the continuous wave reflection during use of the eye tracking system; and an analog low pass filter configured to filter an electrical response of a first SiPM. an infrared module (IR Laser 105 and 1240A) that is configured to emit a beam of photons, wherein at least some of the emitted photons are directed toward a user's eye during use of the eye tracking system wherein the infrared module is configured to emit a continuous wave of photons that is continuous for a determined duration; a microelectromechanical, MEMs, scanner configured to scan the emitted beam of photons; one or more silicon photomultipliers, SiPM, (135 and 1225) that are positioned relative to the infrared module and that are positioned to capture a reflection of at least some photons which reflect from the user's eye as a result of the at least some photons being directed towards the user's eye within the beam of photons whereby, the reflection is also a continuous wave reflection and wherein the one or more SiPMs are configured to capture the continuous wave reflection during use of the eye tracking system; and an analog low pass filter configured to filter an electrical response of a first SiPM.
A shock absorbing floor pavement structure for use as synthetic sports surface comprising: - a top layer that seals the floor pavement structure; and - a PU gel layer comprised of a solid and a liquid component between a base material and the top layer, the solid component being a polyurethane polymer matrix, the liquid component being a plasticizer. - a top layer that seals the floor pavement structure; and - a PU gel layer comprised of a solid and a liquid component between a base material and the top layer, the solid component being a polyurethane polymer matrix, the liquid component being a plasticizer.
A method of manufacturing a corrugated polymeric material web for an aerosol-generating article, the method comprising the steps of: heating polymeric material pellets to form a polymeric material melt; forming a polymeric material web from the polymeric material melt and working the polymeric material web at an elevated temperature to form a corrugated polymeric material web; and winding the corrugated polymeric material web onto a bobbin. heating polymeric material pellets to form a polymeric material melt; forming a polymeric material web from the polymeric material melt and working the polymeric material web at an elevated temperature to form a corrugated polymeric material web; and winding the corrugated polymeric material web onto a bobbin.
A method for analysing one or more nitrogen-containing compounds, in particular amino acids, in which the one or more nitrogen-containing compounds are contacted with hydrindantin in a closed contact zone, the method comprising: contacting ninhydrin with one or more reducing agents in a closed heating zone in the absence of air at a temperature of from 100°C to 160°C to produce a hydrindantin-containing mixture; wherein the reducing agent is a temperature-dependent reducing agent, which agent is inactive in the reduction of ninhydrin at a temperature of from 0°C to 30°C and active in reducing ninhydrin to hydrindantin at a temperature of at least 100°C; and introducing the hydrindantin-containing mixture into the closed contact zone in the absence of air and contacting the hydrindantin-containing mixture with the nitrogen-containing compounds at a temperature of from 100°C to 160°C. contacting ninhydrin with one or more reducing agents in a closed heating zone in the absence of air at a temperature of from 100°C to 160°C to produce a hydrindantin-containing mixture; wherein the reducing agent is a temperature-dependent reducing agent, which agent is inactive in the reduction of ninhydrin at a temperature of from 0°C to 30°C and active in reducing ninhydrin to hydrindantin at a temperature of at least 100°C; and introducing the hydrindantin-containing mixture into the closed contact zone in the absence of air and contacting the hydrindantin-containing mixture with the nitrogen-containing compounds at a temperature of from 100°C to 160°C.
A controlled atmosphere system to output a controlled atmosphere, the controlled atmosphere system comprising: an air compressor (330;430) to output compressed air, a heater (334;434) to heat the compressed air output by the compressor, a membrane separator (336;436) to divide the heated air into separate streams (356,358;456,485) comprising its principal constituents of oxygen and nitrogen, and a controller coupled to the compressor, the heater, and the membrane separator to regulate temperature of the membrane separator to control a discharge pressure of the compressor, and characterised in that the controller is configured: to receive a prescribed nitrogen level; to determine a set nitrogen output level for the membrane separator or for the controlled atmosphere system; to select a discharge pressure of the compressor; and to control the discharge pressure of the compressor at the selected level by monitoring and modifying the temperature of the membrane separator. an air compressor (330;430) to output compressed air, a heater (334;434) to heat the compressed air output by the compressor, a membrane separator (336;436) to divide the heated air into separate streams (356,358;456,485) comprising its principal constituents of oxygen and nitrogen, and a controller coupled to the compressor, the heater, and the membrane separator to regulate temperature of the membrane separator to control a discharge pressure of the compressor, and characterised in that the controller is configured: to receive a prescribed nitrogen level; to determine a set nitrogen output level for the membrane separator or for the controlled atmosphere system; to select a discharge pressure of the compressor; and to control the discharge pressure of the compressor at the selected level by monitoring and modifying the temperature of the membrane separator. to receive a prescribed nitrogen level; to determine a set nitrogen output level for the membrane separator or for the controlled atmosphere system; to select a discharge pressure of the compressor; and to control the discharge pressure of the compressor at the selected level by monitoring and modifying the temperature of the membrane separator.
Tire tread comprising at least one groove (26, 28, 30) and at least one block (14,18, 22) providing an outer contact surface, further comprising at least one a radially outer layer (60,72) made of an outer tread compound, further comprising a radially inner layer made of an inner tread compound, wherein said inner layer reaches radially through said at least one outer layer (60, 72) to said contact surface at least in one outer contact region of said outer contact surface in an unworn state of said tire tread in such a way that said outer contact surface comprises at least one region of said outer layer (60,72) and at least one region of said inner layer, characterized in that said tire tread comprises a plurality of ribs (14, 18, 22; 170, 172, 174), whereby each rib (14, 18, 22; 170, 172, 174) comprises two inner zones in which said inner layer radially reaches outwards into said at least one outer layer (60,72), and whereby in each rib (170, 172, 174) exactly one of said two inner zones reaches radially to said outer contact surface, providing an outer contact region.
A method of making a functionalized polymer in a reaction vessel, said method comprising initiating polymerization of one or more types of unsaturated monomers with a compound having the general formula where M is an alkali metal atom, R is a hydrocarbyl group, each Gp independently is a protecting group, and m is an integer of from 1 to 5 inclusive, with the proviso that, when m = 1, the (OGp) substituent is para the M-containing substituent. M is an alkali metal atom, R is a hydrocarbyl group, each Gp independently is a protecting group, and m is an integer of from 1 to 5 inclusive,
A device for holding refuse bags comprising a support element which can be fixed to a surface, and at least one holding unit for holding at least one refuse bag, wherein each holding unit includes a holding ring and an elastic element surrounding same in force-locking relationship, wherein each holding ring is shielded in a rest position with an annular cover (5, 6) arranged thereover, and each cover (5, 6) is mounted to the support element, characterised in that each holding ring is rotatably mounted on the side opposite to the support element at the underside of the cover (5, 6) associated with said holding ring in such a way that it can be rotated out of its rest position into an outer working position.
A method for controlling cylinder deactivation in a motor vehicle including an engine having a plurality of cylinders (111 to 116) comprising the steps of: establishing a maximum cylinder mode wherein all of the plurality of cylinders is operated; establishing a minimum cylinder mode wherein a minimum number of cylinders is operated, wherein the minimum number is less than the maximum number; establishing an intermediate cylinder mode wherein an intermediate number of cylinders is operated, wherein the intermediate number is less than the maximum number but greater than the minimum number; receiving information related to a parameter associated with an operating condition of the motor vehicle, wherein the parameter is engine speed or vehicle speed or transmission ratio or engine load; comparing the parameter with a first predetermined prohibited range (320; 402) of the minimum cylinder mode and a second predetermined prohibited range (326; 412) of the intermediate cylinder mode, the first predetermined prohibited range having a first lower limit (L1; L7) and a first upper limit (L2; L8) and the second predetermined prohibited range having a second lower limit (L3; L11) and a second upper limit (L4; L12); the second lower limit (L3; L11) being greater than the first upper limit (L1; L7); and prohibiting cylinder deactivation when the parameter is within either the first predetermined prohibited range or the second predetermined prohibited range. establishing a maximum cylinder mode wherein all of the plurality of cylinders is operated; establishing a minimum cylinder mode wherein a minimum number of cylinders is operated, wherein the minimum number is less than the maximum number; establishing an intermediate cylinder mode wherein an intermediate number of cylinders is operated, wherein the intermediate number is less than the maximum number but greater than the minimum number; receiving information related to a parameter associated with an operating condition of the motor vehicle, wherein the parameter is engine speed or vehicle speed or transmission ratio or engine load; comparing the parameter with a first predetermined prohibited range (320; 402) of the minimum cylinder mode and a second predetermined prohibited range (326; 412) of the intermediate cylinder mode, the first predetermined prohibited range having a first lower limit (L1; L7) and a first upper limit (L2; L8) and the second predetermined prohibited range having a second lower limit (L3; L11) and a second upper limit (L4; L12); the second lower limit (L3; L11) being greater than the first upper limit (L1; L7); and prohibiting cylinder deactivation when the parameter is within either the first predetermined prohibited range or the second predetermined prohibited range.
A cellulose reactive glyoxalated copolymer composition comprising an aqueous medium and 0.1 to 4 weight % of a cellulose reactive glyoxalated vinylamide copolymer, based on the total weight of the aqueous medium, wherein the glyoxalated vinylamide copolymer is obtained by reaction in an aqueous reaction medium of glyoxal and a cationic vinylamide copolymer, a dry weight of glyoxal: cationic copolymer in the aqueous reaction medium ranging from 5 to 40 glyoxal to 95 to 60 cationic vinylamide copolymer, the aqueous reaction medium having a total solids concentration of from 0.3 to 3.0%, the cationic vinylamide copolymer having a weight average molecular weight of 15,000 Daltons to 46,100 Daltons based on total weight of the cationic vinylamide copolymer before reaction with glyoxal, and comprised of 5 to 95 weight % diallyldimethyl ammonium halide monomer and 95 to 5 weight % acrylamide monomer, based on the total weight of the cationic copolymer before glyoxalation.
A method of diagnosing a fault in an air-conditioning pack of an aircraft where the air-conditioning pack includes one or more sensors outputting data related to air-conditioning pack temperature, air-conditioning pack pressure, or air-conditioning pack valve position, the method comprising: transmitting data from at least one of the sensors operably coupled to the air-conditioning pack during one of pre-flight, post-flight, or longest cruise; comparing the transmitted data to a predetermined threshold; diagnosing, by a controller (34, 60), a fault in the air-conditioning pack based on the comparison; and providing an indication of the diagnosed fault; wherein the predetermined threshold is determined from flow rate data transmitted from another air-conditioning pack of the aircraft. transmitting data from at least one of the sensors operably coupled to the air-conditioning pack during one of pre-flight, post-flight, or longest cruise; comparing the transmitted data to a predetermined threshold; diagnosing, by a controller (34, 60), a fault in the air-conditioning pack based on the comparison; and providing an indication of the diagnosed fault;
Microscope having an optics module, which has at least one optical element (4, 14), and having a control module for controlling the microscope, wherein the optics module has a subsystem that is designed as an objective of the microscope and comprises a memory and an actuator and/or a sensor, wherein a rule for setting the actuator and/or the sensor of the subsystem is stored in the memory, wherein the control module is designed such that, during the operation of the microscope, it reads the rule from the memory of the subsystem and controls the actuator and/or the sensor of the subsystem in accordance with the rule, wherein the subsystem is provided in the microscope so as to be interchangeable and is designed such that it cannot execute the rule stored in its memory itself. having a control module for controlling the microscope, wherein the optics module has a subsystem that is designed as an objective of the microscope and comprises a memory and an actuator and/or a sensor, wherein a rule for setting the actuator and/or the sensor of the subsystem is stored in the memory, wherein the control module is designed such that, during the operation of the microscope, it reads the rule from the memory of the subsystem and controls the actuator and/or the sensor of the subsystem in accordance with the rule, wherein the subsystem is provided in the microscope so as to be interchangeable and is designed such that it cannot execute the rule stored in its memory itself.
A method comprising: maintaining a data repository comprising network traffic data related to a plurality of user devices, the network traffic data being collected from a plurality of Network Service Providers (NSPs); detecting that a subset of the plurality of user devices are communicating with one or more same endpoint devices based on analysing the network traffic data; determining a number of historical connections between each user device of the subset of the plurality of user devices and the one or more endpoint devices based on analysing historical connection data maintained in the data repository; and in response to detecting that the number of historical connections between the subset of the plurality of user devices and the one or more endpoint devices exceeds a predetermined threshold, identifying the one or more endpoint devices as a suspected botnet. maintaining a data repository comprising network traffic data related to a plurality of user devices, the network traffic data being collected from a plurality of Network Service Providers (NSPs); detecting that a subset of the plurality of user devices are communicating with one or more same endpoint devices based on analysing the network traffic data; determining a number of historical connections between each user device of the subset of the plurality of user devices and the one or more endpoint devices based on analysing historical connection data maintained in the data repository; and in response to detecting that the number of historical connections between the subset of the plurality of user devices and the one or more endpoint devices exceeds a predetermined threshold, identifying the one or more endpoint devices as a suspected botnet.
Scooter, in particular electric scooter comprising a handle bar, which is pivotably connected to a tread element, which has a swingarm at least at the rear, wherein an anti-theft device is arranged, by means of which the handle bar can be fixed in the pivoted position, wherein the anti-theft device comprises a stirrup element, which encloses the handle bar and can be positively connected with its free ends to two receptacles oppositely arranged at the tread element and can be locked in this position via at least one closing element, characterised in that the receptacles each comprise a guide web, onto which a leg of the stirrup element can be pushed with a guide groove arranged thereto for this purpose and wherein either a closing element is arranged on at least one leg of the stirrup element, which has a locking bolt, which can be moved into and out of the guide groove of the leg via a key, or a closing element is arranged on at least one receptacle, which has a locking bolt which can be moved via a key into a bore, which is provided for this purpose in the leg of the stirrup element pushed onto the guide web.