mhurhangee/ep-ind-claims huggingface dataset:
A dispensing system having a dispenser for portions of a material web wound to form a roll that have to be severed, and having at least one material web wound to form a roll that is provided on the central region of a support bar which, on each end, has a bearing journal (4, 5) projecting from the roll, wherein on at least one of the two bearing journals a mating surface which is not configured to be a rotation surface is provided, wherein the dispenser, for each of the two bearing journals (4, 5), displays a guide (21, 24) which ends in a dispensing position, and, for each of the bearing journals provided with the mating surface, a counter surface to the mating surface is provided at the commencement of the guide, such that inserting the roll into the dispenser is only possible when the mating surface and its counter surface coincide at the insertion position, wherein the counter surface of the dispenser, on the guide, extends up into the dispensing position, and wherein the roll is rotatably disposed on the central region of the support bar which, in the dispensing position, is rotationally fixed, characterized in that the bearing journal, in the end side, has a groove, and that the guide on the dispenser is formed by a projecting ridge onto which the groove can be pushed.
A card reader comprising: a card insertion port into which a card is inserted and from which the card is ejected; a card conveying passage where the card inserted from the card insertion port is conveyed; and a card lock mechanism structured to prevent drawing of the card from the card insertion port when the card has been abnormally stopped in the card conveying passage and the card has been clogged in the card conveying passage; wherein the card lock mechanism comprises: a motor; a lock member, the card reader being characterized in that the lock member is formed with a prevention pawl configured to contact with the card for preventing drawing of the card and is moved between a contact position where the prevention pawl is contacted with the card and a retreated position where the prevention pawl is retreated from the card conveying passage by power transmitted from the motor; and a power transmission mechanism structured to transmit power of the motor to the lock member; wherein the lock member formed with the prevention pawl is also formed with a teeth part in a fan shape; and wherein the teeth part in the fan shape is driven by the power transmission mechanism. a card insertion port into which a card is inserted and from which the card is ejected; a card conveying passage where the card inserted from the card insertion port is conveyed; and a card lock mechanism structured to prevent drawing of the card from the card insertion port when the card has been abnormally stopped in the card conveying passage and the card has been clogged in the card conveying passage; wherein the card lock mechanism comprises: a motor; a lock member, the card reader being characterized in that the lock member is formed with a prevention pawl configured to contact with the card for preventing drawing of the card and is moved between a contact position where the prevention pawl is contacted with the card and a retreated position where the prevention pawl is retreated from the card conveying passage by power transmitted from the motor; and a power transmission mechanism structured to transmit power of the motor to the lock member; wherein the lock member formed with the prevention pawl is also formed with a teeth part in a fan shape; and wherein the teeth part in the fan shape is driven by the power transmission mechanism. a motor; a lock member, the card reader being characterized in that the lock member is formed with a prevention pawl configured to contact with the card for preventing drawing of the card and is moved between a contact position where the prevention pawl is contacted with the card and a retreated position where the prevention pawl is retreated from the card conveying passage by power transmitted from the motor; and a power transmission mechanism structured to transmit power of the motor to the lock member; wherein the lock member formed with the prevention pawl is also formed with a teeth part in a fan shape; and wherein the teeth part in the fan shape is driven by the power transmission mechanism.
Method for operating a driver assistance system of a motor vehicle, in which the motor vehicle is autonomously maneuvered in an autonomous drive mode by means of the driver assistance system and display data is displayed to the driver of the motor vehicle by means of a display device, wherein the display data is displayed to the driver in a central field of view upon viewing the display device, characterized in that an environmental region of the motor vehicle is captured by means of a sensor device and environmental data is additionally displayed to the driver by means of two environmental display devices, which describes the environmental region captured by the sensor device, wherein the environmental data is displayed to the driver in a peripheral field of view upon viewing the display device, and wherein the two environmental display devices are disposed symmetrically on the right and left side of a steering wheel and at the height of the steering wheel.
A wind turbine driving device that drives a nacelle provided rotatably with respect to a tower of a wind turbine or blades provided rockably in a pitch direction with respect to a rotor attached to the nacelle, comprising: an electric motor; a speed reducer coupled to an output shaft of the electric motor; a pinion provided on an output portion that is coupled to the speed reducer and meshing with a ring gear provided on the wind turbine; a first friction plate coupled to the output shaft at an end of the output shaft opposite to an end that faces the speed reducer; a second friction plate configured to contact the first friction plate and configured to generate a braking force to stop rotation of the output shaft by contacting the first friction plate; an elastic member configured to bias the second friction plate toward the first friction plate; electromagnet configured to magnetically attract the second friction plate to bias the second friction plate in a direction in which the second friction plate is separated from the first friction plate; characterized in that the wind turbine driving device further comprising a detection target portion fixed on the second friction plate; and a detector configured to detect a position and a displacement of the detection target portion that is displaced along with the second friction plate, wherein, based on a result of detection performed by the detector, operation of the second friction plate is detected and checked, and the amount of wear of at least the first friction plate or the second friction plate or both is detected. an electric motor; a speed reducer coupled to an output shaft of the electric motor; a pinion provided on an output portion that is coupled to the speed reducer and meshing with a ring gear provided on the wind turbine; a first friction plate coupled to the output shaft at an end of the output shaft opposite to an end that faces the speed reducer; a second friction plate configured to contact the first friction plate and configured to generate a braking force to stop rotation of the output shaft by contacting the first friction plate; an elastic member configured to bias the second friction plate toward the first friction plate; electromagnet configured to magnetically attract the second friction plate to bias the second friction plate in a direction in which the second friction plate is separated from the first friction plate; characterized in that the wind turbine driving device further comprising a detection target portion fixed on the second friction plate; and a detector configured to detect a position and a displacement of the detection target portion that is displaced along with the second friction plate, wherein, based on a result of detection performed by the detector, operation of the second friction plate is detected and checked, and the amount of wear of at least the first friction plate or the second friction plate or both is detected.
An apparatus for holding together loose collections of punched sheets which comprises a ribbon element, which can be threaded through at least two holes (32, 34) of the loose collection of sheets, and retention means (14, 16), wherein the retention means (14, 16) can adopt a retaining position in which they hold together a collection of loose sheets threaded through by the ribbon element, wherein the apparatus comprises a clamping means (40, 50, 70) for clamping the ribbon element and wherein the ribbon element is elastically stretchable and the clamping means are configured as planar, characterised in that the ribbon element for holding together a collection of loose sheets can be guided over the surfaces and around the edges of the clamping means such that the ribbon element is held tensioned over its total length.
A method, comprising: assigning, based on a plurality of criteria, a plurality of log messages to a first message block, wherein the association between a message and a message block is determined based on the plurality of criteria; removing redundant message elements from the plurality of log messages; generating, based on contents of the messages assigned to the first message block, a message block vector in a vector space; determining a position of the message block vector in the vector space is within a defined volume in the vector space, the defined volume associated with a remedial action; in response to determining that the message block vector is within the defined volume, automatically performing the remedial action. assigning, based on a plurality of criteria, a plurality of log messages to a first message block, wherein the association between a message and a message block is determined based on the plurality of criteria; removing redundant message elements from the plurality of log messages; generating, based on contents of the messages assigned to the first message block, a message block vector in a vector space; determining a position of the message block vector in the vector space is within a defined volume in the vector space, the defined volume associated with a remedial action; in response to determining that the message block vector is within the defined volume, automatically performing the remedial action.
A tris(hydroxymethyl)aminomethane salt of -3-(4'-cyano-biphenyl-4-yl)-2-{[(3R,7S)-3-[4-(3,4-dichloro-benzyloxy)-phenyl]-1-methyl-2-oxo-6-( -1-phenyl-propyl)-2,3,5,6,7,8-hexahydro-1 H -4-oxa-1,6-diaza-anthracene-7-carbonyl]-amino}-propionic acid.
A bicycle fork having a cylindrical steerer tube, a crown and a pair of fork arms for mounting of a front wheel therebetween the crown having the steerer tube extending upwardly therefrom to an upper distal end of the steerer tube, the crown having the fork arms extending downwardly therefrom to lower distal ends of the fork arms, the steerer tube adapted to extend through a bicycle frame to rotatably couple the fork to the bicycle frame, characterized by: the steerer tube having an inner tube of fibre composite material and a plated layer of metal circumferentially about at least a section of the inner tube forming an exterior surface of the steerer tube over the section of the inner tube. the steerer tube having an inner tube of fibre composite material and a plated layer of metal circumferentially about at least a section of the inner tube forming an exterior surface of the steerer tube over the section of the inner tube.
A surgical assembly for placing a sub-urethral sling, comprising: a surgical introducer having a handle portion and a needle element extending outwardly from the handle portion to a free distal end; substantially identical first and second sheath elements (104, 104a) each having a proximal end (107, 107a), a tapered distal end region terminating in a closed tissue penetrating distal tip (105, 105a), a channel extending therein from an opening (106, 106a) at the proximal end to the closed distal tip, and a side aperture (108, 108a) defined by a peripheral edge positioned at a predetermined distance from the distal tip and extending into said channel, the needle element of the introducer extending through the side aperture and into the channel of the first sheath element so as to be slidably engaged therewith; and an implant comprised of a substantially flat, flexible, biocompatible material, and having first and second ends (114,116) coupled to the proximal ends of the first and second sheath elements respectively characterised in that the surgical introducer further has a sliding mechanism including a compressible member positioned within the handle portion and a sliding button slidably coupled to the handle portion for longitudinal movement relative thereto, the sliding button having at least a first retaining device extending outwardly from a distal end thereof and a projection extending outwardly therefrom to a position substantially adjacent to a proximal end of the compressible member; wherein the sliding button is slidable between a first resting position wherein the compressible member does not exert any force on the projection of the sliding button and wherein the predetermined distance between the distal tip and side aperture of the first sheath element is such that the first retaining device cannot engage the peripheral edge of the side aperture; and a second more distal position wherein the first retaining device can engage the peripheral edge of the side aperture, and wherein when so engaged the compressible member exerts a constant force on the sliding button and the first sheath element in a direction toward the first resting position of the sliding button. a surgical introducer having a handle portion and a needle element extending outwardly from the handle portion to a free distal end; substantially identical first and second sheath elements (104, 104a) each having a proximal end (107, 107a), a tapered distal end region terminating in a closed tissue penetrating distal tip (105, 105a), a channel extending therein from an opening (106, 106a) at the proximal end to the closed distal tip, and a side aperture (108, 108a) defined by a peripheral edge positioned at a predetermined distance from the distal tip and extending into said channel, the needle element of the introducer extending through the side aperture and into the channel of the first sheath element so as to be slidably engaged therewith; and an implant comprised of a substantially flat, flexible, biocompatible material, and having first and second ends (114,116) coupled to the proximal ends of the first and second sheath elements respectively
Method for producing solid cellulosic-shaped articles or films from a solution of cellulose, NMMO (N-methylmorpholine N-oxide) and water by extruding the solution through one or more extrusion openings under pressure and solidifying the cellulosic-shaped articles in a collection bath, the solution being guided through an air gap between the extrusion openings and the collection bath, characterised in that the temperature of the solution at the extrusion openings is below 105°C and the pressure difference between the pressure of the solution immediately before extrusion and after extrusion in the air gap is between 8 and 40 bar.
A composition comprising a carrier for delivery of a substance to phagocytes, said carrier comprising a lactic acid bacterium, wherein the lactic acid bacterium is a Lactobacillus plantarum L-137 strain, wherein the substance is used to diagnose, prevent and/or treat a phagocyte-related disease, and wherein the substance is loaded onto the lactic acid bacterium.
An address resolution method, comprising: receiving an address request packet from a first terminal, wherein the address request packet comprises a device identifier of a first network device; querying an address correspondence table according to a destination IP address in the address request packet, wherein the address correspondence table comprises address correspondence information, wherein the address correspondence information comprises correspondence between an IP address of a terminal, a MAC address of the terminal, and a device identifier of a network device to which the terminal is connected; and when the destination IP address is the same as an IP address in an existing address correspondence information in the address correspondence table, sending the existing address correspondence information to the first network device, so that the first network device updates a MAC table, and sending a MAC address of the first terminal and the device identifier of the first network device to a network device corresponding to a device identifier in the existing address correspondence information, so that the network device corresponding to the device identifier in the existing address correspondence information updates a MAC table. receiving an address request packet from a first terminal, wherein the address request packet comprises a device identifier of a first network device; querying an address correspondence table according to a destination IP address in the address request packet, wherein the address correspondence table comprises address correspondence information, wherein the address correspondence information comprises correspondence between an IP address of a terminal, a MAC address of the terminal, and a device identifier of a network device to which the terminal is connected; and when the destination IP address is the same as an IP address in an existing address correspondence information in the address correspondence table, sending the existing address correspondence information to the first network device, so that the first network device updates a MAC table, and sending a MAC address of the first terminal and the device identifier of the first network device to a network device corresponding to a device identifier in the existing address correspondence information, so that the network device corresponding to the device identifier in the existing address correspondence information updates a MAC table.
A yarn package knot releasing device for releasing a knot in a yarn package in which a yarn portion at the end of winding of a yarn layer formed by winding a yarn on a bobbin is tied on an outer peripheral surface of the yarn layer by a knot including a slip knot, comprising: a yarn capturing portion which captures an end of the yarn portion at the end of winding by suction; a receiving portion which contacts the yarn capturing portion so that the end of the yarn portion at the end of winding captured by the yarn capturing portion is sandwiched between the yarn capturing portion and the receiving portion; a guide portion which guides the receiving portion from a first position to a second position in a direction moving away from the yarn package; and a yarn capturing portion moving portion which allows the yarn capturing portion to contact the receiving portion at the first position and moves the yarn capturing portion to the second position in a direction moving away from the yarn package while guiding the receiving portion by the guide portion in a state in which the yarn capturing portion contacts the receiving portion. a yarn capturing portion which captures an end of the yarn portion at the end of winding by suction; a receiving portion which contacts the yarn capturing portion so that the end of the yarn portion at the end of winding captured by the yarn capturing portion is sandwiched between the yarn capturing portion and the receiving portion; a guide portion which guides the receiving portion from a first position to a second position in a direction moving away from the yarn package; and a yarn capturing portion moving portion which allows the yarn capturing portion to contact the receiving portion at the first position and moves the yarn capturing portion to the second position in a direction moving away from the yarn package while guiding the receiving portion by the guide portion in a state in which the yarn capturing portion contacts the receiving portion.
Collapsible strut construction, manually movable between an extended, locked position and a retracted, unlocked position, comprising: an outer tubular strut; an inner tubular strut slidable within the outer tubular strut; and a pull-rotation mechanism configured to lock and unlock under load the outer tubular strut and the inner tubular strut together in the extended position, the pull-rotation mechanism further comprising a plurality of locking dogs, a locking groove configured to house the plurality of locking dogs in the extended, locked position, and elastic means; the pull-rotation mechanism further comprising a locking collar slidable and rotatable within the outer tubular strut and around the inner tubular strut; the locking collar and the elastic means being configured to cooperatively bias the plurality of locking dogs into the locking groove; characterised in that the locking collar further comprises a crenel end having a plurality of cutouts; and the elastic means are compressed and the cutouts of the crenel end are aligned with each one of the locking dogs in the extended, unlocked position. an outer tubular strut; an inner tubular strut slidable within the outer tubular strut; and a pull-rotation mechanism configured to lock and unlock under load the outer tubular strut and the inner tubular strut together in the extended position, the pull-rotation mechanism further comprising a plurality of locking dogs, a locking groove configured to house the plurality of locking dogs in the extended, locked position, and elastic means; the pull-rotation mechanism further comprising a locking collar slidable and rotatable within the outer tubular strut and around the inner tubular strut; the locking collar and the elastic means being configured to cooperatively bias the plurality of locking dogs into the locking groove; characterised in that the locking collar further comprises a crenel end having a plurality of cutouts; and the elastic means are compressed and the cutouts of the crenel end are aligned with each one of the locking dogs in the extended, unlocked position.
An image processing device for use in a mounting device, which mounts components on a board, provided with a discard processing section that arranges a discard component to be discarded based on a captured image to a specified discard loading section, the image processing device comprising: an information acquiring section configured to acquire an identification image in which it is possible to identify the discard component to be discarded by the discard processing section and a captured image of the discard component; the image processing device is characterized by comprising: a screen creating section configured to link the identification image of the discard component and the captured image of the discard component acquired by the information acquiring section and to create a discard component arrangement image screen that includes an arrangement display area in which the identification images are arranged based on an order in which the discard processing section loaded the discard components on the discard loading section; and an output section configured to output the discard component arrangement image screen created by the screen creating section. a screen creating section configured to link the identification image of the discard component and the captured image of the discard component acquired by the information acquiring section and to create a discard component arrangement image screen that includes an arrangement display area in which the identification images are arranged based on an order in which the discard processing section loaded the discard components on the discard loading section; and an output section configured to output the discard component arrangement image screen created by the screen creating section.