mhurhangee/ep-ind-claims huggingface dataset:
Pipe clamp for connecting a pipe to a connection piece which can be inserted into one end of the pipe, said pipe clamp having a clamping ring which has a ring-shaped section along its circumference and an ear which extends radially outward and is compressible by a tool, wherein the pipe clamp also includes a tensioning ring, which can be compressed by the clamping ring and which projects at least partially into the ring-shaped section by way of a tensioning section, and essentially completely surrounds the pipe with the tensioning section, wherein the tensioning section has a plurality of slots which divide the tensioning section into a plurality of tensioning tongues, characterized in that the slots are provided such that the inside width of which in the compressed state of the clamping ring is able to be completely removed in that the respective sides of the tensioning tongues in the region of each slot are moved on bloc.
A method for forming a spring, comprising a heating step for heating a steel wire while feeding the steel wire, a coiling step for coiling the heated steel wire in a coiled shape, and a cutting step for cutting the steel wire coiled at a given number of turns off the steel wire remained backward, wherein the cutting step is carried out by a receiving blade and a cutting blade which closes and separates to the receiving blade, characterised in that the cutting blade follows tracks having a speed Va that moves to the receiving blade and a speed Vc that moves in an axial direction of the coiled steel wire, in cutting of the coiled steel wire, and in the case in which feeding speed of the steel wire when the steel wire is cut off by the cutting blade is set to be Vw, the relationship Vc/Vw ≥ 1.1 is satisfied. a heating step for heating a steel wire while feeding the steel wire, a coiling step for coiling the heated steel wire in a coiled shape, and a cutting step for cutting the steel wire coiled at a given number of turns off the steel wire remained backward, wherein the cutting step is carried out by a receiving blade and a cutting blade which closes and separates to the receiving blade, characterised in that the cutting blade follows tracks having a speed Va that moves to the receiving blade and a speed Vc that moves in an axial direction of the coiled steel wire, in cutting of the coiled steel wire, and in the case in which feeding speed of the steel wire when the steel wire is cut off by the cutting blade is set to be Vw, the relationship Vc/Vw ≥ 1.1 is satisfied.
A message handling arrangement for communicating messages between a processor and a plurality of peripheral devices in a communication device, each message including operation data for controlling the operation of a peripheral device for an event, the message handling arrangement comprising: a timer for generating trigger signals for triggering events; a message handler for receiving from the processor at least one message associated with one of the plurality of peripheral devices and with an event before the event is initiated by the timer and for transmitting the at least one message in response to a trigger signal generated by the timer for the event; and a router coupled to the message handler for receiving the at least one message transmitted by the message handler and for communicating the at least one message to the associated one of the plurality of peripheral devices, wherein each of the at least one message includes an address of the peripheral device associated with the at least one message, wherein the router is arranged to use the address in the message to communicate the message to the associated one of the peripheral devices. a timer for generating trigger signals for triggering events; a message handler for receiving from the processor at least one message associated with one of the plurality of peripheral devices and with an event before the event is initiated by the timer and for transmitting the at least one message in response to a trigger signal generated by the timer for the event; and a router coupled to the message handler for receiving the at least one message transmitted by the message handler and for communicating the at least one message to the associated one of the plurality of peripheral devices, wherein each of the at least one message includes an address of the peripheral device associated with the at least one message, wherein the router is arranged to use the address in the message to communicate the message to the associated one of the peripheral devices.
A printer comprising: an ink tank having a mark at a side surface of the ink tank; a print head performing printing by using ink in the ink tank; a photoelectric conversion device provided outside the side surface having the mark among side surfaces of the ink tank, and detecting light from the ink tank in a period during which a light source emits light; and characterized by a processing unit configured to determine a position of an interface of the ink based on an output of the photoelectric conversion device and configured to detect an amount of ink in the ink tank based on an interval between a position of the mark and the position of the interface. an ink tank having a mark at a side surface of the ink tank; a print head performing printing by using ink in the ink tank; a photoelectric conversion device provided outside the side surface having the mark among side surfaces of the ink tank, and detecting light from the ink tank in a period during which a light source emits light; and characterized by a processing unit configured to determine a position of an interface of the ink based on an output of the photoelectric conversion device and configured to detect an amount of ink in the ink tank based on an interval between a position of the mark and the position of the interface.
Induction hob, comprising at least one induction heating device, wherein the induction heating device has: - at least one induction heating coil, - a plug-type contact device, - a coil carrier of flat design for the at least one induction heating coil, - the plug-type contact device is arranged on the bottom face of the coil carrier with an insertion direction perpendicular to the surface of the coil carrier, - the plug-type contact device has a plug housing which is held on the bottom face of the coil carrier in such a way that the plug housing has an ability to move with a defined movement travel in a plane parallel to the surface of the coil carrier, - the plug housing has at least two receiving chambers with a direction of extent parallel to the insertion direction, wherein the receiving chambers are open at the bottom, - a plug-type contact is arranged in each of the receiving chambers, - a contact-making line runs from the plug-type contact to the induction heating coil, characterized in that the induction hob has a generator housing beneath a hob plate, a generator component carrier being arranged in the generator housing, wherein the induction heating device is arranged above the generator housing with a downwardly pointing plug-type contact device, wherein at least two upwardly projecting plug-type contacts are arranged on the generator component carrier in a fixed and unmovable manner for mounting the plug-type contact device of the induction heating device. - at least one induction heating coil, - a plug-type contact device, - a coil carrier of flat design for the at least one induction heating coil, - the plug-type contact device is arranged on the bottom face of the coil carrier with an insertion direction perpendicular to the surface of the coil carrier, - the plug-type contact device has a plug housing which is held on the bottom face of the coil carrier in such a way that the plug housing has an ability to move with a defined movement travel in a plane parallel to the surface of the coil carrier, - the plug housing has at least two receiving chambers with a direction of extent parallel to the insertion direction, wherein the receiving chambers are open at the bottom, - a plug-type contact is arranged in each of the receiving chambers, - a contact-making line runs from the plug-type contact to the induction heating coil,
Slat for roll up doors that comprises an external metal sheet and a body of thermally insulating material, and an internal metal sheet, in contact with the body on the side opposite to the external sheet, it further comprises a first profile of plastic material attached to the external sheet and to the body along one of its edges, and a second profile of plastic material, attached to the external sheet and to the body along another one of its edges, characterised in that ∘ the external metal sheet comprises: ∘ a first curved edge (41, 41') having substantially a U shape, with a first free end arranged to be inserted in a groove made in the first profile, and ∘ a second curved edge (42, 42') having substantially a U shape, with a second free end arranged to be inserted in a groove or to encircle a projection made in the second profile. ∘ the external metal sheet comprises: ∘ a first curved edge (41, 41') having substantially a U shape, with a first free end arranged to be inserted in a groove made in the first profile, and ∘ a second curved edge (42, 42') having substantially a U shape, with a second free end arranged to be inserted in a groove or to encircle a projection made in the second profile. ∘ a first curved edge (41, 41') having substantially a U shape, with a first free end arranged to be inserted in a groove made in the first profile, and ∘ a second curved edge (42, 42') having substantially a U shape, with a second free end arranged to be inserted in a groove or to encircle a projection made in the second profile.
A meta-surface optical device comprising: a substrate; a first meta-surface disposed on an upper surface of the substrate; a second meta-surface disposed on a bottom surface of the substrate; and a first light control member arranged over the substrate and around the first meta-surface as viewed in a plan view of the device, wherein the second meta-surface comprises a plurality of patterns configured to perform a first operation with respect to light incident thereon, wherein the first meta-surface comprises a plurality of patterns configured to perform a second operation, different from the first operation, with respect to light incident thereon and characterized in that any gap between the first meta-surface and the light control member, as viewed in the plan view, has a width less than or equal to 5μm, and any overlap of the first meta-surface with the light control member, as viewed in the plan view, has a width less than or equal to 9μm. a substrate; a first meta-surface disposed on an upper surface of the substrate; a second meta-surface disposed on a bottom surface of the substrate; and a first light control member arranged over the substrate and around the first meta-surface as viewed in a plan view of the device, wherein the second meta-surface comprises a plurality of patterns configured to perform a first operation with respect to light incident thereon, wherein the first meta-surface comprises a plurality of patterns configured to perform a second operation, different from the first operation, with respect to light incident thereon and characterized in that any gap between the first meta-surface and the light control member, as viewed in the plan view, has a width less than or equal to 5μm, and any overlap of the first meta-surface with the light control member, as viewed in the plan view, has a width less than or equal to 9μm.
A method for providing a ring back tone service by using a Play Announcement message based on an intelligent network, the method comprising the steps of: (a) receiving a Service Control Point, SCP, information on a receiving terminal from a Mobile Switching Center, MSC, on the side of the receiving terminal that is required for call receipt; (b) in case the Service Control Point, SCP, provides a response message to the Mobile Switching Center, MSC, that the receiving terminal subscribes to the ring back tone service, forming a communication line (S404, S406) between the Mobile Switching Center and a coloring player in the form of an apparatus adapted to receive a sound source corresponding to the ID number of the receiving terminal and to play the sound source in the sending terminal that has required the call receipt, (c) in case that the communication line is formed (S404, S406), receiving by the Service Control Point, SCP, an Assist Request Instruction from the coloring player, (d) transmitting by the Service Control Point, SCP, the Play Announcement message including an ID number of the receiving terminal, to the coloring player, and (e) enabling a sound source corresponding to the ID number of the receiving terminal included in the Play Announcement message to be transmitted from a coloring server, in the form of an apparatus adapted to transmit a sound source corresponding to the ID number of the receiving terminal to the coloring player and to interoperate with a subscriber database and a coloring database, to the coloring player, so as to be played. (a) receiving a Service Control Point, SCP, information on a receiving terminal from a Mobile Switching Center, MSC, on the side of the receiving terminal that is required for call receipt; (b) in case the Service Control Point, SCP, provides a response message to the Mobile Switching Center, MSC, that the receiving terminal subscribes to the ring back tone service, forming a communication line (S404, S406) between the Mobile Switching Center and a coloring player in the form of an apparatus adapted to receive a sound source corresponding to the ID number of the receiving terminal and to play the sound source in the sending terminal that has required the call receipt, (c) in case that the communication line is formed (S404, S406), receiving by the Service Control Point, SCP, an Assist Request Instruction from the coloring player, (d) transmitting by the Service Control Point, SCP, the Play Announcement message including an ID number of the receiving terminal, to the coloring player, and (e) enabling a sound source corresponding to the ID number of the receiving terminal included in the Play Announcement message to be transmitted from a coloring server, in the form of an apparatus adapted to transmit a sound source corresponding to the ID number of the receiving terminal to the coloring player and to interoperate with a subscriber database and a coloring database, to the coloring player, so as to be played.
An optical system comprising: a non-coherent source that provides a set of one or more non-coherent optical wavelength channels (301A-301F); a coherent source that provides a set of one or more coherent optical wavelength channels (301G, 301H); and an introduction node that receives the non-coherent optical wavelength channel set (301A-301F) from the non-coherent source, and receives the coherent optical wavelength channel set from the coherent source, and combines the coherent and non-coherent optical wavelength sets to form a mixed optical wavelength channel set that is provided onto an at least partially dispersion compensated optical fiber link (203, 304), the introduction node comprising: a dispersive element (302A, 302B) that introduces different dispersion levels into either or both of the coherent optical wavelength channel set (301G-301H) and the non-coherent optical wavelength channel set (301A-301F) such that the coherent optical wavelength channel set (301G-301H) has a shifted dispersion map (501C, 510C) as compared to the non-coherent optical wavelength channel set. a non-coherent source that provides a set of one or more non-coherent optical wavelength channels (301A-301F); a coherent source that provides a set of one or more coherent optical wavelength channels (301G, 301H); and an introduction node that receives the non-coherent optical wavelength channel set (301A-301F) from the non-coherent source, and receives the coherent optical wavelength channel set from the coherent source, and combines the coherent and non-coherent optical wavelength sets to form a mixed optical wavelength channel set that is provided onto an at least partially dispersion compensated optical fiber link (203, 304), the introduction node comprising: a dispersive element (302A, 302B) that introduces different dispersion levels into either or both of the coherent optical wavelength channel set (301G-301H) and the non-coherent optical wavelength channel set (301A-301F) such that the coherent optical wavelength channel set (301G-301H) has a shifted dispersion map (501C, 510C) as compared to the non-coherent optical wavelength channel set. a dispersive element (302A, 302B) that introduces different dispersion levels into either or both of the coherent optical wavelength channel set (301G-301H) and the non-coherent optical wavelength channel set (301A-301F) such that the coherent optical wavelength channel set (301G-301H) has a shifted dispersion map (501C, 510C) as compared to the non-coherent optical wavelength channel set.
A method of managing a queuing operation corresponding to a cell update procedure for a user equipment of a wireless communications system, the method comprising: initiating the cell update procedure; entering a waiting state of the queuing operation according to a received response message of the cell update procedure; and characterized by reinitiating the cell update procedure during a period of the waiting state when an event triggering the cell update procedure occurs. initiating the cell update procedure; entering a waiting state of the queuing operation according to a received response message of the cell update procedure; and characterized by reinitiating the cell update procedure during a period of the waiting state when an event triggering the cell update procedure occurs.
A photopolymerizable composition, comprising: photopolymerizable monomers containing glycerol dimethacrylate, caprolactone-modified dipentaerythritol hexaacrylate, and diethylene glycol dimethacrylate, wherein an amount of the glycerol dimethacrylate in the photopolymerizable monomers is 25% by mass to 40% by mass. photopolymerizable monomers containing glycerol dimethacrylate, caprolactone-modified dipentaerythritol hexaacrylate, and diethylene glycol dimethacrylate, wherein an amount of the glycerol dimethacrylate in the photopolymerizable monomers is 25% by mass to 40% by mass.
An augmented reality display system, comprising; an image source to provide one or more frames of image data; a scanning device operatively coupled to the image source for scanning light associated with the one or more frames of image data in a scanning pattern to form one or more images, respectively; a variable focus element, VFE, operatively coupled to the scanning device to variably focus the one or more images and to alter optical power of the variable focus element based upon eccentricity of different portions of the one or more images at least by providing a first optical power in a central portion near a center of a spiral scan pattern and a second optical power in a peripheral portion near a periphery of the spiral scan for the one or more images, wherein the second optical power is lower than the first optical power; a processor coupled to the VFE to vary a drive signal of the VFE as a function of the scanning pattern in order to correct a field curvature of the one or more images; and a plurality of switchable screens having a range of numerical apertures to spread light associated with the one or more images, wherein the VFE focuses the light on one of the switchable screens of the plurality of switchable screens, and wherein the plurality of switchable screens correspond to different viewing distances. an image source to provide one or more frames of image data; a scanning device operatively coupled to the image source for scanning light associated with the one or more frames of image data in a scanning pattern to form one or more images, respectively; a variable focus element, VFE, operatively coupled to the scanning device to variably focus the one or more images and to alter optical power of the variable focus element based upon eccentricity of different portions of the one or more images at least by providing a first optical power in a central portion near a center of a spiral scan pattern and a second optical power in a peripheral portion near a periphery of the spiral scan for the one or more images, wherein the second optical power is lower than the first optical power; a processor coupled to the VFE to vary a drive signal of the VFE as a function of the scanning pattern in order to correct a field curvature of the one or more images; and a plurality of switchable screens having a range of numerical apertures to spread light associated with the one or more images, wherein the VFE focuses the light on one of the switchable screens of the plurality of switchable screens, and wherein the plurality of switchable screens correspond to different viewing distances.
Wearable textile article for the assistance of muscle function, comprising: a tubular element made of a fabric having an inner side suitable for contact with a part of the human or animal body and an outer side opposite the inner side, on said inner side being applied a plurality of bands of polymeric material suitable to be in contact with skin at a contact region of said part of the human or animal body, said bands being arranged along paths suitable to overlap the paths of muscle and/or subcutaneous nerve fibres of said part of the human or animal body when the textile article is worn, so as to create a decompression effect of said body part and a stimulating effect of the muscle and/or nerve fibres in correspondence of the contact region, characterized in that the bands are interconnected so as to form a weave or a lattice and in that the bands comprise a first group of bands (201, 201') comprising a first plurality of bands spaced apart and arranged along first parallel paths (203, 203') and a second group of bands (202, 202') comprising a second plurality of bands spaced apart and arranged along second parallel paths (204, 204'), said second parallel paths (204, 204') being arranged substantially in a specular manner with respect to the first parallel paths with respect to a longitudinal axis of symmetry (Y, Y') parallel to the generatrices of the tubular element. a tubular element made of a fabric having an inner side suitable for contact with a part of the human or animal body and an outer side opposite the inner side, on said inner side being applied a plurality of bands of polymeric material suitable to be in contact with skin at a contact region of said part of the human or animal body, said bands being arranged along paths suitable to overlap the paths of muscle and/or subcutaneous nerve fibres of said part of the human or animal body when the textile article is worn, so as to create a decompression effect of said body part and a stimulating effect of the muscle and/or nerve fibres in correspondence of the contact region, characterized in that the bands are interconnected so as to form a weave or a lattice and in that the bands comprise a first group of bands (201, 201') comprising a first plurality of bands spaced apart and arranged along first parallel paths (203, 203') and a second group of bands (202, 202') comprising a second plurality of bands spaced apart and arranged along second parallel paths (204, 204'), said second parallel paths (204, 204') being arranged substantially in a specular manner with respect to the first parallel paths with respect to a longitudinal axis of symmetry (Y, Y') parallel to the generatrices of the tubular element.