mhurhangee/ep-ind-claims huggingface dataset:
Hinge for two relative to each other swinging panels, in particular for the swinging mount of a door on a stationary frame, with two on one of both panels, in particular the frame, in a distance (a) on top of each other mountable hinge panels (1, 2) as well as one on the other panel, in particular the door, third mounted hinge panel, which as an intermediate piece is arranged between the lower and upper hinge panel (1, 2), whereas in each the lower and in the upper hinge panel (1, 2) a connecting shaft (5, 6) is arranged and which joining the opening of the third central hinge panel, whereas the central hinge panel is situated in a distance (b) above the lower hinge panel and also is lain in a distance (c) below the upper hinge panel, whereas by axial adjustment of the lower connecting shaft in the lower hinge panel the distances (b, c) of the central hinge panel from the lower and from the upper hinge panel (1, 2) are changeable, whereas the panel, in particular the door, connected to the central hinge panel in the mounted condition of the hinge is height-adjustable in a certain section, whereas the central hinge panel over a axial bearing is lying on the lower connecting shaft, characterised in that the axial bearing, for instance a ball bearing, is axially supported once on an inner passage surface of the central hinge panel respectively on its opening and second on a bearing part, which bearing part is lying on an upper front surface of the lower connecting shaft and is axially hold by an into the opening from below pressed in sleeve, and the upper connecting shaft joining from above the central hinge panel is screwed in the upper hinge panel with a thread part, whereas its axial position rests unchanged with the height adjustment of the panel, in particular the door, connected with the central hinge panel, whereas a further sleeve is pressed in the opening from above and a radial journal bearing is forming for the swinging mount of the central hinge panel on the upper connecting shaft.
Communication method by means of a system for data communication between a railway vehicle and a communication terminal which is external to the railway vehicle, in which: - the railway vehicle comprises a device for data communication with the communication terminal, the device for data communication comprising first means (20, 22, 24) for transmitting light signals according to a Li-Fi technology, - the communication terminal comprises a second photoreceiver, second means for conversion of light signals received by the second photoreceiver into electrical signals, and second means for decoding the electrical signals into numerical data. - the communication terminal comprises second means (42, 44, 46) for transmission of light signals according to a Li-Fi technology, the communication method comprising: - the arrival of the railway vehicle in the vicinity of the communication terminal, - the transmission of light signals by the first transmission means (20, 22, 24), - receipt of the light signals by the second photoreceiver, - conversion of the light signals received by the second photoreceiver into electrical signals, and - decoding of the electrical signals into numerical data, characterised in that the method comprises, following the arrival of the railway vehicle in the vicinity of the communication terminal, and prior to the transmission of light signals by the first transmission means (20, 22, 24), detection of the railway vehicle by the communication terminal, this detection of the railway vehicle being produced by means of the second photoreceiver when the light intensity detected by this second photoreceiver exceeds a predefined threshold. - the railway vehicle comprises a device for data communication with the communication terminal, the device for data communication comprising first means (20, 22, 24) for transmitting light signals according to a Li-Fi technology, - the communication terminal comprises a second photoreceiver, second means for conversion of light signals received by the second photoreceiver into electrical signals, and second means for decoding the electrical signals into numerical data. - the communication terminal comprises second means (42, 44, 46) for transmission of light signals according to a Li-Fi technology, - the arrival of the railway vehicle in the vicinity of the communication terminal, - the transmission of light signals by the first transmission means (20, 22, 24), - receipt of the light signals by the second photoreceiver, - conversion of the light signals received by the second photoreceiver into electrical signals, and - decoding of the electrical signals into numerical data, characterised in that the method comprises, following the arrival of the railway vehicle in the vicinity of the communication terminal, and prior to the transmission of light signals by the first transmission means (20, 22, 24), detection of the railway vehicle by the communication terminal, this detection of the railway vehicle being produced by means of the second photoreceiver when the light intensity detected by this second photoreceiver exceeds a predefined threshold.
An electromechanical brake system for a road vehicle comprising a brake mechanism configured to apply braking to a wheel of a vehicle, or release braking of the wheel, depending on a position of the brake mechanism; an electric brake motor configured to transduce electrical power into mechanical power (Tm); and a force transmission chain configured to transmit (Tm→Tt→Fa) the mechanical power (Tm) from the electric brake motor to the brake mechanism for changing the position of the brake mechanism; characterised in that the electric brake motor is a high-voltage motor configured to receive a high voltage of at least two hundred volt. a brake mechanism configured to apply braking to a wheel of a vehicle, or release braking of the wheel, depending on a position of the brake mechanism; an electric brake motor configured to transduce electrical power into mechanical power (Tm); and a force transmission chain configured to transmit (Tm→Tt→Fa) the mechanical power (Tm) from the electric brake motor to the brake mechanism for changing the position of the brake mechanism; characterised in that the electric brake motor is a high-voltage motor configured to receive a high voltage of at least two hundred volt.
Device for packaging and applying a cosmetic or care product to the lips, comprising: - a container containing the product to be applied to the lips, and - an applicator member a) defining two opposite main application faces, and b) comprising at least three apertures formed between at least four longitudinal, transverse or oblique members (16, 17), the thickness of the members (16, 17) defining the spacing between the two opposite application faces (11, 12) and the spacing being less than 3mm, wherein the applicator member comprises one or more main members that form a frame and a central core, and at least two secondary members connected to the frame or to the central core, the frame having a closed contour, wherein at least one aperture has, in at least one plane, a closed contour. - a container containing the product to be applied to the lips, and - an applicator member a) defining two opposite main application faces, and b) comprising at least three apertures formed between at least four longitudinal, transverse or oblique members (16, 17), the thickness of the members (16, 17) defining the spacing between the two opposite application faces (11, 12) and the spacing being less than 3mm, a) defining two opposite main application faces, and b) comprising at least three apertures formed between at least four longitudinal, transverse or oblique members (16, 17), the thickness of the members (16, 17) defining the spacing between the two opposite application faces (11, 12) and the spacing being less than 3mm,
A combined magnetic energy generator, comprising a magnetic body consisting of two separate magnets (1, 3) connected to each other, wherein one separate magnet has a side surface at which at least two troughs are provided, the other magnet also has a side surface with the same number of troughs, wherein the two separate magnets are designed such that a lamp body or lamp bodies can be disposed within the troughs of the magnets and thus the troughs embrace the lamp body or lamp bodies, wherein the two magnets (1, 3) are fit together with their side surfaces, and the side surface of the one magnet provides two end portions which contact two end portions provided by the side surface of the other magnet respectively such that the troughs of the one magnet face respective ones of the other magnet and wherein a face portion of the one magnet is formed between two of the at least two troughs of the one magnet, and a face portion of the another magnet is formed between two of the at least two troughs of the another magnet, wherein a fixed gap is thus formed between the face portion of the one magnet and the face portion of the other magnet and is in communication with the two of the at least two troughs of the one magnet and the two of the at least two troughs of the another magnet, characterized in that an insulated bakelite frame is provided opposite the face portion of each magnet (1,3) for being wound therearound by an electromagnetic inductive coil.
A supporting device for lateral protective elements for vehicles, preferably for trucks, comprising: a base configured for being connected to a vehicle on wheels, in the base is defined a cavity; at least one mobile element (13, 24), movable relative to the base and configured for being coupled, in use, to at least one lateral protective element, the at least one mobile element (13, 24) being at least partially positioned in said cavity; connecting means (19a, 19b, 31) for mutually connecting the base and the at least one mobile element (13, 24) in such a way that the at least one mobile element (13, 24) is able to rotate and translate relative to the base between a lowered position, wherein the at least one mobile element (13, 24) covers laterally, in use, a predetermined space adjacent to the wheels of the vehicle on wheels, and at least one raised position, wherein the at least one mobile element (13, 24) leaves the predetermined space fee laterally; first constraining means (28a', 28b', 9a, 9b) for constraining the at least one mobile element (13, 24) in the lowered position; and second constraining means (10a, 10b, 20a, 20b, 38a, 38b) for constraining the at least one mobile element (13, 24) in the at least one raised position; characterized in that the second constraining means comprise at least one protrusion (38a, 38b) protruding towards the cavity in such a way that the at least one mobile element (13, 24) stops when, in use, it abuts against the at least one protrusion (38a, 38b). a base configured for being connected to a vehicle on wheels, in the base is defined a cavity; at least one mobile element (13, 24), movable relative to the base and configured for being coupled, in use, to at least one lateral protective element, the at least one mobile element (13, 24) being at least partially positioned in said cavity; connecting means (19a, 19b, 31) for mutually connecting the base and the at least one mobile element (13, 24) in such a way that the at least one mobile element (13, 24) is able to rotate and translate relative to the base between a lowered position, wherein the at least one mobile element (13, 24) covers laterally, in use, a predetermined space adjacent to the wheels of the vehicle on wheels, and at least one raised position, wherein the at least one mobile element (13, 24) leaves the predetermined space fee laterally; first constraining means (28a', 28b', 9a, 9b) for constraining the at least one mobile element (13, 24) in the lowered position; and second constraining means (10a, 10b, 20a, 20b, 38a, 38b) for constraining the at least one mobile element (13, 24) in the at least one raised position; characterized in that the second constraining means comprise at least one protrusion (38a, 38b) protruding towards the cavity in such a way that the at least one mobile element (13, 24) stops when, in use, it abuts against the at least one protrusion (38a, 38b).
A network access method in a wireless communication system including a terminal and a base station, the network access method comprising: transmitting, by the terminal to the base station, a radio resource control, RRC, connection request message including a machine type communication, MTC, terminal indicator; receiving, by the terminal from the base station, an RRC reject message including a hold time if the MTC terminal indicator is included in the first access request message and an overload start message is transmitted from a mobility management entity, MME to the base station; and transmitting, by the terminal to the base station, a second access request message after the hold time included in the RRC reject message elapses. transmitting, by the terminal to the base station, a radio resource control, RRC, connection request message including a machine type communication, MTC, terminal indicator; receiving, by the terminal from the base station, an RRC reject message including a hold time if the MTC terminal indicator is included in the first access request message and an overload start message is transmitted from a mobility management entity, MME to the base station; and transmitting, by the terminal to the base station, a second access request message after the hold time included in the RRC reject message elapses.
Hob apparatus, in particular induction hob apparatus, with at least three heating units (12a-c), with at least one power supply unit (20a-c) which has at least three power supply outputs (22a-c) and which supplies power to at least one of the heating units (12a-c) in at least one operating state, with at least one configuration unit (24a-c) which has at least three configuration inputs (26a-c), each of which are connected in an electrically conductive manner to one of the power supply outputs (22a-c), specifically independently of an operating state, and has at least three configuration outputs (28a-c), wherein a first configuration input (26a1-c1) is connected in an electrically conductive manner to a first configuration output (28a1-c1) and a second configuration input (26a2-c2) is connected in an electrically conductive manner to a second configuration output (28a2-c2), specifically independently of an operating state, and with at least one assignment unit (30a-c) which has at least three assignment inputs (32a-c), each of which are connected in an electrically conductive manner to one of the configuration outputs (28a-c), specifically independently of an operating state, and has at least three assignment outputs (34a-c), each of which are connected in an electrically conductive manner to one of the heating units (12a-c), specifically in at least one operating state depending on a switch position, and by means of which switch position, in the operating state, the assignment outputs (34a-c) are connected in an electrically conductive manner to the assignment inputs (32a-c), specifically in at least one operating state depending on a switch position, characterised in that, in the operating state, a third configuration input (26a3-c3) can be selectively connected in an electrically conductive manner to at least one of the configuration outputs (28a-c), specifically in at least one operating state depending on a switch position.
An automated method for stacking and loading facemasks into a carton in a facemask production line, comprising: conveying individual facemasks (101, 134) to a delivery location adjacent to a rotary wheel conveyor having a plurality of individual pick-up devices spaced around a circumference thereof; as the rotary wheel conveyor rotates by the delivery location, picking up each wrapped facemask (101, 134) with a respective pick-up device on the rotary wheel conveyor and transporting the facemasks (101, 134) to a first carton staging area at a first location on the circumference of the rotary wheel conveyor; and at the first staging area, releasing the facemasks (101, 134) from the rotary wheel conveyor and depositing the facemasks (101, 134) into a carton as the rotary wheel conveyor rotates by the first staging area. conveying individual facemasks (101, 134) to a delivery location adjacent to a rotary wheel conveyor having a plurality of individual pick-up devices spaced around a circumference thereof; as the rotary wheel conveyor rotates by the delivery location, picking up each wrapped facemask (101, 134) with a respective pick-up device on the rotary wheel conveyor and transporting the facemasks (101, 134) to a first carton staging area at a first location on the circumference of the rotary wheel conveyor; and at the first staging area, releasing the facemasks (101, 134) from the rotary wheel conveyor and depositing the facemasks (101, 134) into a carton as the rotary wheel conveyor rotates by the first staging area.
A liquid electrophotographic ink, comprising: a non-polar carrier liquid; pigmented toner particles; a charge director; and polymer resin encapsulated metal oxide nanoparticles, wherein each of the polymer resin encapsulated metal oxide nanoparticles includes: a metal oxide nanoparticle core; and a polymer resin coating formed on the metal oxide nanoparticle core. a non-polar carrier liquid; pigmented toner particles; a charge director; and polymer resin encapsulated metal oxide nanoparticles, wherein each of the polymer resin encapsulated metal oxide nanoparticles includes: a metal oxide nanoparticle core; and a polymer resin coating formed on the metal oxide nanoparticle core. a metal oxide nanoparticle core; and a polymer resin coating formed on the metal oxide nanoparticle core.
A two-piece driveshaft comprising a tube assembly with a rear joint is mounted at the rear of a rear shaft; a monoblock tube in the front part of the rear shaft wherein the monoblock tube passes axially to a coaxial sliding yoke connected to a rigid front shaft having a front joint mounted at a front end; the monoblock tube having an elongated first tube portion having a first diameter wherein the monoblock tube comprises a coaxially elongated second tube portion having a second diameter narrower than the first diameter forming a shaft by shrinking the first tube portion in an elbow section provided therebetween and an outer periphery of the second tube portion comprises a plurality of radially spaced channels which are axially formed from one end to the front edge.
An induction heat-seal liner (10, 110, 310) comprising: a top closure-facing layer (20, 120, 320), a bottom heat-seal bonding layer (30, 130, 330), and an intermediate metal-foil layer (40, 140, 340) disposed in a thickness direction between the top and bottom layers, the top, bottom and intermediate layers being bonded to form an integral induction heat-seal liner (10, 110, 310), the metal-foil layer (40, 140, 340) having a central opening (42, 142, 342) surrounded by a metal-foil portion (44, 144, 344) configured to lie above a container rim (82, 382) surrounding an open mouth of a container body, and the bottom layer (30, 130, 330) having a heat-seal bonding area (32, 130, 330) configured to lie above the container rim (82, 382) that is activated by heating of the metal-foil portion to induction heat-seal the bonding area to the container rim; and characterised by the liner having a central liner portion, aligned in the thickness direction with the central opening (42, 142, 342) of the metal-foil layer, the central liner portion comprising one or more materials or spaces that provide visibility into the open mouth of the container, allowing visible detection of a product in the container body, wherein the central liner portion is clear or translucent to permit visible detection of a product in the container body. a top closure-facing layer (20, 120, 320), a bottom heat-seal bonding layer (30, 130, 330), and an intermediate metal-foil layer (40, 140, 340) disposed in a thickness direction between the top and bottom layers, the top, bottom and intermediate layers being bonded to form an integral induction heat-seal liner (10, 110, 310), the metal-foil layer (40, 140, 340) having a central opening (42, 142, 342) surrounded by a metal-foil portion (44, 144, 344) configured to lie above a container rim (82, 382) surrounding an open mouth of a container body, and the bottom layer (30, 130, 330) having a heat-seal bonding area (32, 130, 330) configured to lie above the container rim (82, 382) that is activated by heating of the metal-foil portion to induction heat-seal the bonding area to the container rim; and characterised by the liner having a central liner portion, aligned in the thickness direction with the central opening (42, 142, 342) of the metal-foil layer, the central liner portion comprising one or more materials or spaces that provide visibility into the open mouth of the container, allowing visible detection of a product in the container body, wherein the central liner portion is clear or translucent to permit visible detection of a product in the container body.
An oral care implement comprising: a handle extending along a longitudinal axis; first and second prong members (120, 130) extending from a distal end of the handle, each of the first and second prong members (120, 130) having a distal end (121, 131); a blade for scraping soft tissue, the blade extending between the distal ends (121, 131) of the first and second prong members (120, 130); and the blade integrally formed with the first and second prong members (120, 130), the first and second prong members (120, 130) transitioning into the blade at the distal ends (121, 131) of the first and second prong members (120, 130); wherein the blade comprises a base formed of a first material and a layer formed of a second material overlying at least a portion of the base, the first material having a hardness that is greater than a hardness of the second material; and wherein a plurality of protuberances protrude from a first edge of the blade, characterised in that the protuberances are formed of the first material and integrally formed with the base and protrude through the layer formed of the second material so that only a tip portion of the protuberances extend therefrom. a handle extending along a longitudinal axis; first and second prong members (120, 130) extending from a distal end of the handle, each of the first and second prong members (120, 130) having a distal end (121, 131); a blade for scraping soft tissue, the blade extending between the distal ends (121, 131) of the first and second prong members (120, 130); and the blade integrally formed with the first and second prong members (120, 130), the first and second prong members (120, 130) transitioning into the blade at the distal ends (121, 131) of the first and second prong members (120, 130); wherein the blade comprises a base formed of a first material and a layer formed of a second material overlying at least a portion of the base, the first material having a hardness that is greater than a hardness of the second material; and wherein a plurality of protuberances protrude from a first edge of the blade, characterised in that the protuberances are formed of the first material and integrally formed with the base and protrude through the layer formed of the second material so that only a tip portion of the protuberances extend therefrom.