mhurhangee/ep-ind-claims huggingface dataset:
Access management system for a vehicle for the public transport of persons, the management system comprising: - a pair of movement systems to be mounted respectively on opposite sides of a passageway of the vehicle, the passageway having a transit direction and a transverse direction, horizontal and perpendicular to the transit direction; - a pair of bars respectively associated to the pair of movement systems, each bar having a main extension direction, wherein each movement system is configured to rotate the respective bar around a respective axis of rotation between an open position, wherein a passage area extending between the two movement systems on a plane orthogonal to said transit direction is allowed free by the management system, and an obstruction position, wherein a protruding portion of the bar is in the passage area, with the main extension direction arranged substantially along the transverse direction, wherein said axes of rotation are horizontal and parallel to the transit direction, wherein in the open position the bars are located so that the main extension direction is substantially vertical, characterized in that the management system is designed to allow the rotation of at least a portion of each bar around a further axis of rotation substantially orthogonal to said axis of rotation, such that the bars may take a safety position different from the open position, wherein said further axes of rotation are vertical and wherein said rotation around the further axis of rotation is due to a manual force horizontally applied on the bars. - a pair of movement systems to be mounted respectively on opposite sides of a passageway of the vehicle, the passageway having a transit direction and a transverse direction, horizontal and perpendicular to the transit direction; - a pair of bars respectively associated to the pair of movement systems, each bar having a main extension direction,
A method, comprising: in a communication network wherein a first computing device comprises user equipment and a second computing device comprises an authentication function for authenticating the user equipment; receiving at the second computing device from the first computing device a first type call indicator message; and making a decision regarding proceeding with or dropping an authentication procedure for the first computing device at the second computing device based on the first type call indicator message characterized in that said authentication procedure comprises: sending in accordance with a first authentication attempt an authentication request from the second computing device to the first computing device; receiving at the second computing device from the first computing device an authentication failure message, the authentication failure message being sent by the first computing device in response to the authentication request sent by the second computing device; and initiating at the second computing device a second authentication attempt in response to the authentication failure message; wherein the second authentication attempt is ceased at the second computing device in response to the first type call indicator message. in a communication network wherein a first computing device comprises user equipment and a second computing device comprises an authentication function for authenticating the user equipment; receiving at the second computing device from the first computing device a first type call indicator message; and making a decision regarding proceeding with or dropping an authentication procedure for the first computing device at the second computing device based on the first type call indicator message characterized in that said authentication procedure comprises: sending in accordance with a first authentication attempt an authentication request from the second computing device to the first computing device; receiving at the second computing device from the first computing device an authentication failure message, the authentication failure message being sent by the first computing device in response to the authentication request sent by the second computing device; and initiating at the second computing device a second authentication attempt in response to the authentication failure message; wherein the second authentication attempt is ceased at the second computing device in response to the first type call indicator message. sending in accordance with a first authentication attempt an authentication request from the second computing device to the first computing device; receiving at the second computing device from the first computing device an authentication failure message, the authentication failure message being sent by the first computing device in response to the authentication request sent by the second computing device; and initiating at the second computing device a second authentication attempt in response to the authentication failure message; wherein the second authentication attempt is ceased at the second computing device in response to the first type call indicator message.
A powdered hydraulic binder based on silicates and/or aluminate having reduced tendency to clump or set during storage, characterized in that it comprises - an organic acid selected from the group consisting of adipic acid and a mixture of adipic, glutaric and succinic acids, wherein the weight concentration of said organic acid is between 0.05 percent and 5 percent relative to the weight of hydraulic binder, - and as main component, a cement selected from the group consisting of Portland cement, high-alumina cement and quick-setting cement, the hydraulic binder being prepared by blending said organic acid with the hydraulic binder in powder form. - an organic acid selected from the group consisting of adipic acid and a mixture of adipic, glutaric and succinic acids, wherein the weight concentration of said organic acid is between 0.05 percent and 5 percent relative to the weight of hydraulic binder, - and as main component, a cement selected from the group consisting of Portland cement, high-alumina cement and quick-setting cement,
Method for identifying a voltage offset at least in a region of a voltage-lambda characteristic curve of a two-point lambda probe arranged in an exhaust gas duct of an internal combustion engine relative to a reference voltage-lambda characteristic curve of the two-point lambda probe, wherein the two-point lambda probe is part of a controlled system for setting an air/fuel mixture fed to the internal combustion engine, wherein a characteristic curve deviation of the voltage-lambda characteristic curve with respect to the reference voltage-lambda characteristic curve is corrected at lambda = 1, wherein, on the basis of a value pair to be checked on the reference voltage-lambda characteristic curve with a lambda to be checked and a voltage to be checked, a change in the composition of the air/fuel mixture fed to the internal combustion engine is carried out into lambda = 1 and wherein the actual value of lambda is deduced from the change in the composition of the air/fuel mixture until lambda = 1 is attained, wherein, in a first method step, a delay time of the controlled system is determined, wherein, in a second method step, on the basis of the value pair to be checked, the change in the composition of the air/fuel mixture is carried out as a ramped change in lambda until lambda = 1, wherein the change in the composition is corrected using the delay time of the controlled system, wherein the actual value of lambda in the value pair is determined from the corrected change in the composition of the air/fuel mixture, wherein a voltage offset of the voltage-lambda characteristic curve is identified from a deviation of the actual value of lambda from the value to be checked of lambda, characterized in that the first method step and the second method step are carried out if a threshold value of a fuel injection time is exceeded.
A cap for a container to be mounted on a container body comprising: (i) a cap body formed with a liquid path and a gas path therein, wherein the liquid path is configured for liquid to go through from the container and the gas path is configured for gas to go through to balance pressures inside and outside the container, and (ii) a top plate; characterized in that the top plate is detachably connected with the cap body to seal the liquid path and the gas path; and wherein the top plate is connected with the cap body solely via an easily torn off structure. (i) a cap body formed with a liquid path and a gas path therein, wherein the liquid path is configured for liquid to go through from the container and the gas path is configured for gas to go through to balance pressures inside and outside the container, and (ii) a top plate; characterized in that the top plate is detachably connected with the cap body to seal the liquid path and the gas path; and wherein the top plate is connected with the cap body solely via an easily torn off structure.
A conjugate of formula R-L-M for use in a method of diagnosis in vivo of amyloid related diseases by targeting an amyloid deposit, wherein R is angiopep-2, L is a linker or a chemical bond, and M is an optical imaging group, radioactive isotope, or an imaging group suitable for MRI or CT detection.
A computer-implemented method of providing targeted video promotional items, the method comprising: receiving a selection for a program to be displayed at a video terminal (110, 428); analyzing item profiles (212a-c) corresponding to promotional items (202a-c) against a local profile (206a-d) relating to a user of the video terminal, wherein the item profiles and the local profile indicate values for attributes characterizing the promotional items (202a-c); based on the analyzing, transmitting one of the promotional items (202a-c) for display on the video terminal (110, 428); determining whether the transmitted promotional item was skipped; and updating the item profile (212a-c) corresponding to the transmitted promotional item (202a-c) based on whether or not the transmitted promotional item was skipped, wherein the updating includes adjusting the attribute values of the item profile (212a-c) corresponding to the transmitted promotional item by pushing the attribute values away from values associated with the user in case the promotional item was determined as skipped or by pushing the attribute values toward values associated with the user in case the promotional item was determined as watched. receiving a selection for a program to be displayed at a video terminal (110, 428); analyzing item profiles (212a-c) corresponding to promotional items (202a-c) against a local profile (206a-d) relating to a user of the video terminal, wherein the item profiles and the local profile indicate values for attributes characterizing the promotional items (202a-c); based on the analyzing, transmitting one of the promotional items (202a-c) for display on the video terminal (110, 428); determining whether the transmitted promotional item was skipped; and updating the item profile (212a-c) corresponding to the transmitted promotional item (202a-c) based on whether or not the transmitted promotional item was skipped, wherein the updating includes adjusting the attribute values of the item profile (212a-c) corresponding to the transmitted promotional item by pushing the attribute values away from values associated with the user in case the promotional item was determined as skipped or by pushing the attribute values toward values associated with the user in case the promotional item was determined as watched.
Method for conditioning a wisp of hair with a hair shaping device in accordance with any one of claims 7 to 15, comprising at least a heatable hair shaping surface, which the hair to be shaped makes contact with for the purpose of shaping, and comprising a conditioner reservoir with a conditioner outlet (8, 81, 29), via which the conditioner can be dispensed to the hair moved past the outlet, comprising the following steps: - heating the conditioner stored in a conditioner reservoir (7, 25), comprising a conditioner outlet (8, 8.1, 29), to a temperature which is somewhat below its evaporation temperature, - heating the hair wisps to be conditioned at the at least one heatable hair shaping device to a temperature which is above the evaporation temperature of the conditioner, and - moving the hair wisps exhibiting a temperature above the evaporation temperature of the conditioner past the conditioner outlet (8, 8.1, 29), as a result of which, heat from the hair wisps moved past at the conditioner outlet (8, 8.1, 29) is radiated through the conditioner outlet (8, 8.1, 29) of the conditioner reservoir (7, 26) into the said reservoir, and, as a result, a part of this pre-heated conditioner present in the reservoir (7, 26) is heated above its pre-heating temperature and up to its evaporation temperature, such that conditioner in vapour form emerges from the conditioner outlet (8, 8.1, 29) and is conveyed to the hair wisps being moved past. - heating the conditioner stored in a conditioner reservoir (7, 25), comprising a conditioner outlet (8, 8.1, 29), to a temperature which is somewhat below its evaporation temperature, - heating the hair wisps to be conditioned at the at least one heatable hair shaping device to a temperature which is above the evaporation temperature of the conditioner, and - moving the hair wisps exhibiting a temperature above the evaporation temperature of the conditioner past the conditioner outlet (8, 8.1, 29), as a result of which, heat from the hair wisps moved past at the conditioner outlet (8, 8.1, 29) is radiated through the conditioner outlet (8, 8.1, 29) of the conditioner reservoir (7, 26) into the said reservoir, and, as a result, a part of this pre-heated conditioner present in the reservoir (7, 26) is heated above its pre-heating temperature and up to its evaporation temperature, such that conditioner in vapour form emerges from the conditioner outlet (8, 8.1, 29) and is conveyed to the hair wisps being moved past.
A device for detecting the position of a shifter lever in a motor vehicle, the shifter lever rotatably movable around a pivot axis and translationally moveable in a direction along the axis, the device comprising: a 2D magnetic sensor; and a dual magnet (30, 30') coupled to the shifter lever at a pivot point and disposed proximate the 2D magnetic sensor, the dual magnet (30, 30') having a first magnet and a second magnet, the first magnet having a first pole pair and the second magnet having a second pole pair, wherein the first pole pair is circumferentially offset from the second pole pair. a 2D magnetic sensor; and a dual magnet (30, 30') coupled to the shifter lever at a pivot point and disposed proximate the 2D magnetic sensor, the dual magnet (30, 30') having a first magnet and a second magnet, the first magnet having a first pole pair and the second magnet having a second pole pair, wherein the first pole pair is circumferentially offset from the second pole pair.
A disposable protective garment comprising a protective fabric, the garment having: a body portion for covering at least a portion of a person's torso when the garment is worn by a person; the body portion having at least one torso opening for donning the garment and a neck opening for a person's head and neck; the body portion further having a plurality of openings; the plurality including at least a first opening ending in a first sleeve for receiving a portion of a person's right arm when the person wears the garment, and a second opening ending in a second sleeve for receiving a portion of a person's left arm when the person wears the garment, each of the sleeves further having an opening (9,10) for a person's wrist and hand; the garment having an interior surface facing a person's body when the person wears the garment and an exterior surface facing a potentially hazardous environment or threat; the garment characterized by being provided with at least one continuous line of flexible sealing material (11,14,15,16,17,29) extending from the neck opening to at least one other opening in the garment, the sealing material attaching a first part of the protective fabric to a second part of the protective fabric, the continuous line of sealing material (11,14,15,16,17,29) forming a liquid-impervious seal between the first and second parts of protective fabric; wherein the sealing material has a tensile strength less than the tensile strength of the protective fabric and the continuous line of flexible sealing material (11,14,15,16,17,29) can be torn open by the wearer for doffing of the garment. a body portion for covering at least a portion of a person's torso when the garment is worn by a person; the body portion having at least one torso opening for donning the garment and a neck opening for a person's head and neck; the body portion further having a plurality of openings; the plurality including at least a first opening ending in a first sleeve for receiving a portion of a person's right arm when the person wears the garment, and a second opening ending in a second sleeve for receiving a portion of a person's left arm when the person wears the garment, each of the sleeves further having an opening (9,10) for a person's wrist and hand; the garment having an interior surface facing a person's body when the person wears the garment and an exterior surface facing a potentially hazardous environment or threat; the garment characterized by being provided with at least one continuous line of flexible sealing material (11,14,15,16,17,29) extending from the neck opening to at least one other opening in the garment, the sealing material attaching a first part of the protective fabric to a second part of the protective fabric, the continuous line of sealing material (11,14,15,16,17,29) forming a liquid-impervious seal between the first and second parts of protective fabric; wherein the sealing material has a tensile strength less than the tensile strength of the protective fabric and the continuous line of flexible sealing material (11,14,15,16,17,29) can be torn open by the wearer for doffing of the garment.
A rotational assembly, comprising: a first rotor shaft; a second rotor shaft spaced apart from said first rotor shaft; and a seal assembly extending circumferentially about said first rotor shaft and said second rotor shaft, said seal assembly including a first seal adjacent said first rotor shaft, said first seal comprising a first, annular seal element, a first seal seat mounted to said first rotor shaft and a seal housing, said first seal element engaging said first seal seat and a second seal adjacent said second rotor shaft, said second seal comprising a second seal element, and a second seal seat mounted to said second rotor shaft, said second seal element engaging said second seal seat; characterised in that: said first seal is a metal backed face seal and said second seal is a monoblock cartridge seal. a first rotor shaft; a second rotor shaft spaced apart from said first rotor shaft; and a seal assembly extending circumferentially about said first rotor shaft and said second rotor shaft, said seal assembly including a first seal adjacent said first rotor shaft, said first seal comprising a first, annular seal element, a first seal seat mounted to said first rotor shaft and a seal housing, said first seal element engaging said first seal seat and a second seal adjacent said second rotor shaft, said second seal comprising a second seal element, and a second seal seat mounted to said second rotor shaft, said second seal element engaging said second seal seat; characterised in that: said first seal is a metal backed face seal and said second seal is a monoblock cartridge seal.
A microscope device comprising: a microscope objective, a sample stage for holding a sample and moving the sample in a plane perpendicular to the optical axis of the microscope objective, a light source and an illumination pattern generator unit for illuminating the sample with a line-type illumination pattern, an area-detector (40, 44) for detecting light from the sample collected by the microscope objective, and a control unit configured to selectively operate the microscope arrangement in a normal magnification mode or in a lower magnification mode, characterised in that: the microscope further comprises a scanning unit for moving the illumination pattern in a scanning direction across the field of view, wherein the scanning direction is perpendicular to the longitudinal axis of the illumination pattern, wherein in the lower magnification mode the sample is moved in a direction antiparallel to the scanning direction while the illumination pattern is moved across the field of view by the scanning unit so as to obtain an at least unidirectionally compressed image, whereby the compression-factor is given by the ratio of the stage- and scan-speed. a microscope objective, a sample stage for holding a sample and moving the sample in a plane perpendicular to the optical axis of the microscope objective, a light source and an illumination pattern generator unit for illuminating the sample with a line-type illumination pattern, an area-detector (40, 44) for detecting light from the sample collected by the microscope objective, and a control unit configured to selectively operate the microscope arrangement in a normal magnification mode or in a lower magnification mode, characterised in that: the microscope further comprises a scanning unit for moving the illumination pattern in a scanning direction across the field of view, wherein the scanning direction is perpendicular to the longitudinal axis of the illumination pattern, wherein in the lower magnification mode the sample is moved in a direction antiparallel to the scanning direction while the illumination pattern is moved across the field of view by the scanning unit so as to obtain an at least unidirectionally compressed image, whereby the compression-factor is given by the ratio of the stage- and scan-speed. the microscope further comprises a scanning unit for moving the illumination pattern in a scanning direction across the field of view, wherein the scanning direction is perpendicular to the longitudinal axis of the illumination pattern, wherein in the lower magnification mode the sample is moved in a direction antiparallel to the scanning direction while the illumination pattern is moved across the field of view by the scanning unit so as to obtain an at least unidirectionally compressed image, whereby the compression-factor is given by the ratio of the stage- and scan-speed.
A device for fixing at least one tube against a wall, the device comprises: - a flat support; - a wall anchor, extending orthogonally from a lower face of the support; and - a striking pin extending orthogonally from an upper face of the support, in alignment with the wall anchor; - at least one means for snapping in a tube, the snapping-in means extending from the upper face of the support and having two elastic branches defining an upwardly open annular shape allowing the tube to be snapped in and out of place after the wall anchor has been anchored in the wall; characterized in that the ends of the elastic branches are bent inwards to come into contact with the tube in order to hold the snapped-in tube firmly, and to adapt to the different sizes of tubes - a flat support; - a wall anchor, extending orthogonally from a lower face of the support; and - a striking pin extending orthogonally from an upper face of the support, in alignment with the wall anchor; - at least one means for snapping in a tube, the snapping-in means extending from the upper face of the support and having two elastic branches defining an upwardly open annular shape allowing the tube to be snapped in and out of place after the wall anchor has been anchored in the wall; characterized in that the ends of the elastic branches are bent inwards to come into contact with the tube in order to hold the snapped-in tube firmly, and to adapt to the different sizes of tubes