mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting device comprising: a substrate layer; a first transparent electrode layer located on the substrate layer; an organic layer which includes an organic light emitting layer and is located on the first transparent electrode layer; a second transparent electrode layer located on the organic layer; a reflecting plate located on a side of the substrate layer that is opposite the first transparent electrode layer; a light scattering layer located between the substrate layer and the first transparent electrode layer; characterized by a low refractive region which is present between the reflecting plate and the substrate layer, and which has a refractive index of 1.4 or less. a substrate layer; a first transparent electrode layer located on the substrate layer; an organic layer which includes an organic light emitting layer and is located on the first transparent electrode layer; a second transparent electrode layer located on the organic layer; a reflecting plate located on a side of the substrate layer that is opposite the first transparent electrode layer; a light scattering layer located between the substrate layer and the first transparent electrode layer; characterized by a low refractive region which is present between the reflecting plate and the substrate layer, and which has a refractive index of 1.4 or less.
A heat exchanger, such as in particular an exhaust gas evaporator, having a housing with a fluid inlet and a fluid outlet for a first medium, such as in particular exhaust gas, and having tubes which are arranged in the housing transversely with respect to the flow direction of the first fluid and through which a second medium can flow and the ends of which are arranged and connected in a fluid-tight manner in a tube sheet at the inlet side and at the outlet side, wherein the respective tube sheet has connected to it in each case a structure by means of which groups of tubes are connected to one another in such a way that an outlet of at least one tube is fluidically connected to an inlet of at least one other tube, characterised in that the structure consists of a deflection plate and a cover plate, wherein the deflection plate has openings which connect the outlets of one set of tubes to the inlets of the other set of tubes, and wherein the cover plate covers the deflection plate in a fluid-tight manner.
Receiving basket for a lifting device of a food processing machine, in particular of a filling machine, to receive a meat trolley formed as a U-shaped support structure, characterized in that the receiving basket has a sealing element fixed thereon that can lay itself onto at least one external wall of the meat trolley, whereby the sealing element extends at least along one of the three sides (S1, S2, S3) of the support structure, preferably at least along the tilting side S1.
A stable water-soluble composition containing: vitamin K1, vitamin K2 or a mixture of vitamin K1 and vitamin K2, together with a physiologically acceptable carrier, excipient and/or diluent, wherein the composition includes a UV absorber selected from the group consisting of zinc oxide, lycopene, lutein and beta-carotene, for use in increasing bone density, maintaining bone density and/or inhibiting loss of bone density and/or reducing osteochondral defects in an equine. vitamin K1, vitamin K2 or a mixture of vitamin K1 and vitamin K2, together with a physiologically acceptable carrier, excipient and/or diluent, wherein the composition includes a UV absorber selected from the group consisting of zinc oxide, lycopene, lutein and beta-carotene,
A lawn mower comprising: a blade disk rotatable about a rotation shaft extending in an up-down direction; a cutter blade provided on the blade disk; and a blade protection section for protecting the cutter blade, wherein the blade protection section is provided integrally on the blade disk, the cutter blade has a distal end portion located beneath the blade protection section, the blade disk has a blade mounting section; and the cutter blade is mounted at a proximal end portion to the blade mounting section, characterized in that the blade disk has an opening section extending therethrough in the up-down direction and the blade mounting section is located radially inward of the opening section, the blade protection section has an annular portion formed radially outward of the opening section of the blade disk, the cutter blade extends through the opening section, and the cutter blade is mounted at the proximal end portion to an upper surface of the blade mounting section. a blade disk rotatable about a rotation shaft extending in an up-down direction; a cutter blade provided on the blade disk; and a blade protection section for protecting the cutter blade, wherein the blade protection section is provided integrally on the blade disk, the cutter blade has a distal end portion located beneath the blade protection section, the blade disk has a blade mounting section; and the cutter blade is mounted at a proximal end portion to the blade mounting section, characterized in that the blade disk has an opening section extending therethrough in the up-down direction and the blade mounting section is located radially inward of the opening section, the blade protection section has an annular portion formed radially outward of the opening section of the blade disk, the cutter blade extends through the opening section, and the cutter blade is mounted at the proximal end portion to an upper surface of the blade mounting section.
A capacitive-coupled magnetic neutral loop orneutral loop discharge-NLD plasma sputtering system comprising: a vacuum chamber; a target placed oppositely relative to a substrate in the vacuum chamber; a magnetic field generation means (6, 7, 8) for forming a magnetic neutral loop of zero magnetic field in the vacuum chamber; wherein said magnetic field generation means has three cylindrical electromagnetic coils (6, 7, 8) arranged outside the lateral wall of the vacuum chamber, the upper and lower electromagnetic coils (6, 8) are intended to flow constant electric currents in the same; direction and the intermediate electromagnetic coil is intended to flow constant electric current in the opposite direction, the magnetic field generation means is arranged so that the magnetic neutral loop has a diameter which can be changed by changing the electric current flowing through the intermediate electromagnetic coil, and an electric field generation means (13, 15) for generating plasma along the magnetic neutral loop by applying a high-frequency bias to the target; characterized in that the electric field generation means has a conductive ceiling board fitted to the top edge of the vacuum chamber by way of an insulator to airtightly seal and ensure vacuum in the vacuum chamber and a high-frequency power source connected to said ceiling board, the target is fitted to the inner surface of the conductive ceiling board which is an electrode for introducing the electric field into the magnetic neutral loop and operates as a cathode electrode, the wall of the vacuum chamber is formed by material other than a dielectric, and the magnetic field gradient being set at 2 gauss/cm or more within 1 cm from the zero magnetic field region for sputtering said target by plasma and forming film on the substrate placed oppositely relative to said target. a vacuum chamber; a target placed oppositely relative to a substrate in the vacuum chamber; a magnetic field generation means (6, 7, 8) for forming a magnetic neutral loop of zero magnetic field in the vacuum chamber; wherein said magnetic field generation means has three cylindrical electromagnetic coils (6, 7, 8) arranged outside the lateral wall of the vacuum chamber, the upper and lower electromagnetic coils (6, 8) are intended to flow constant electric currents in the same; direction and the intermediate electromagnetic coil is intended to flow constant electric current in the opposite direction, the magnetic field generation means is arranged so that the magnetic neutral loop has a diameter which can be changed by changing the electric current flowing through the intermediate electromagnetic coil, and an electric field generation means (13, 15) for generating plasma along the magnetic neutral loop by applying a high-frequency bias to the target;
A turbomachine intermediate casing, comprising: - an inner hub adapted to receive a turbomachine compressor shaft, - an outer ferrule, and - a plurality of radial arms connecting the hub and the ferrule, one of the arms comprising an inner housing for a radial shaft for driving auxiliary machines, the casing further comprising an angle gearbox of the radial shaft arranged in the outer ferrule, said gearbox being integrally formed with the outer ferrule, characterized in that the angle gearbox comprises a gear housing between a radial shaft and an accessory gearbox, said housing comprising an opening terminating at the periphery of the outer ferrule. - an inner hub adapted to receive a turbomachine compressor shaft, - an outer ferrule, and - a plurality of radial arms connecting the hub and the ferrule, one of the arms comprising an inner housing for a radial shaft for driving auxiliary machines,
A composition, comprising platelets and a RHOA inhibitor selected from: or salt thereof, or salt thereof, or combinations thereof; and an acceptable carrier.
A sedation device for volatile anaesthetic delivery to a patient, including: a housing; an interior volume of the housing defining a housing deadspace volume; the housing having a ventilator chamber and an associated juxtaposed patient chamber communicating with the ventilator chamber; a filter mounted between the ventilator chamber and the patient chamber forming a common gas-permeable dividing wall between the ventilator chamber and the patient chamber, the ventilator chamber and the patient chamber communicating through the filter; the ventilator chamber having an inlet port for connection to a ventilator, the inlet port positioned at a side of the housing to promote air flow across a surface of the filter; the patient chamber having an outlet port for connection to a patient breathing tube, the outlet port positioned at a side of the housing to promote air flow across a surface of the filter; an evaporator mounted within the patient chamber for delivery of a volatile sedative into 1 the patient chamber; characterised in that at least one insert (14, 15) is fixedly mounted within the housing to reduce the deadspace volume within the housing, the or each insert (14, 15) being mounted against an outer wall of the ventilator chamber or against an outer wall of the patient chamber spaced-apart from the filter to provide an air flow path therebetween. a housing; an interior volume of the housing defining a housing deadspace volume; the housing having a ventilator chamber and an associated juxtaposed patient chamber communicating with the ventilator chamber; a filter mounted between the ventilator chamber and the patient chamber forming a common gas-permeable dividing wall between the ventilator chamber and the patient chamber, the ventilator chamber and the patient chamber communicating through the filter; the ventilator chamber having an inlet port for connection to a ventilator, the inlet port positioned at a side of the housing to promote air flow across a surface of the filter; the patient chamber having an outlet port for connection to a patient breathing tube, the outlet port positioned at a side of the housing to promote air flow across a surface of the filter; an evaporator mounted within the patient chamber for delivery of a volatile sedative into 1 the patient chamber; characterised in that at least one insert (14, 15) is fixedly mounted within the housing to reduce the deadspace volume within the housing, the or each insert (14, 15) being mounted against an outer wall of the ventilator chamber or against an outer wall of the patient chamber spaced-apart from the filter to provide an air flow path therebetween.
A receiver, wherein the receiver (UE 1 -UE 3, 104 1 -104 2, 212, RX) is configured to receive and process a radio signal, the radio signal comprising at least a first frequency band and a second frequency band, the first frequency band including a first signal, the second frequency band including a second signal, and each of the first signal and the second signal comprising a plurality of frames (226, M-frame), each frame (226, M-frame) having a plurality of subframes (200, M-subframe), wherein one or more of the subframes (200, M-subframe) of the first signal comprises connecting information allowing a receiver (UE 1 -UE 3, 104 1 -104 2, 212, RX) to establish a connection with a wireless communication system, wherein all of the subframes (200, M-subframe) of the second signal are free of any connecting information so that a receiver (UE 1 -UE 3, 104 1 -104 2, 212, RX) listening only to the second signal cannot set up a connection with the wireless communication system, wherein the receiver (UE 1 -UE 3, 104 1 -104 2, 212, RX) is configured to establish the connection with the wireless communication system using the connecting information, and, after having established the connection with the wireless communication system and responsive to system information indicating the second frequency band, to operate in the second frequency band, and wherein the second frequency band for the receiver is randomly assigned from a plurality of frequency bands, the receiver being configured to use the randomly assigned frequency band for a random access channel, RACH. wherein the receiver (UE 1 -UE 3, 104 1 -104 2, 212, RX) is configured to receive and process a radio signal, the radio signal comprising at least a first frequency band and a second frequency band, the first frequency band including a first signal, the second frequency band including a second signal, and each of the first signal and the second signal comprising a plurality of frames (226, M-frame), each frame (226, M-frame) having a plurality of subframes (200, M-subframe), wherein one or more of the subframes (200, M-subframe) of the first signal comprises connecting information allowing a receiver (UE 1 -UE 3, 104 1 -104 2, 212, RX) to establish a connection with a wireless communication system, wherein all of the subframes (200, M-subframe) of the second signal are free of any connecting information so that a receiver (UE 1 -UE 3, 104 1 -104 2, 212, RX) listening only to the second signal cannot set up a connection with the wireless communication system, wherein the receiver (UE 1 -UE 3, 104 1 -104 2, 212, RX) is configured to establish the connection with the wireless communication system using the connecting information, and, after having established the connection with the wireless communication system and responsive to system information indicating the second frequency band, to operate in the second frequency band, and wherein the second frequency band for the receiver is randomly assigned from a plurality of frequency bands, the receiver being configured to use the randomly assigned frequency band for a random access channel, RACH.
Apparatus for generating a virtual image, comprising a housing and a mirror, wherein the mirror is arranged inside the housing, such that an image received by the mirror is reflected to create the virtual image, wherein the mirror is fixed to the housing by at least one fixation device and wherein the fixation device is configured for the mirror to be detachable from the housing, wherein the fixation device comprises a body part and a clipping part, wherein the clipping part is configured to snap back and interlock with the body part after being elastically deformed, and, wherein at one of its edges the mirror comprises a protrusion, which is at least partially enclosed by the fixation device, characterized in that the clipping part comprises two engagement points with the body part, wherein one of the engagement points is an aperture and one is a protrusion, wherein the body part comprises engagement points corresponding to the ones of the clipping part, and wherein the body part is fixated to the housing by an expansion anchor, wherein the expansion anchor comprises at least two, preferably four, elastic fingers, that are configured to snap back and interlock with a corresponding opening in the housing after being elastically deformed
A mobile terminal, comprising: a display; a memory; a wireless communication unit configured to receive position information related to a current location of the mobile terminal; and a controller configured to display a lock screen corresponding to a locked state; characterized in that the controller is further configured to: identify an azimuth between a location associated with a schedule stored in the memory, and the current location and orientation of the mobile terminal; cause the display to display an icon corresponding to the schedule according the identified azimuth, wherein a displayed location of the icon within the display corresponds to the location associated with the schedule relative to the current location and the orientation of the mobile terminal; cause the display to change the displayed location of the icon according to changes in the current location of the mobile terminal; and cause the display to change the displayed location of the icon according to changes in the orientation of the mobile terminal; and display the icon within an edge portion of the lock screen. a display; a memory; a wireless communication unit configured to receive position information related to a current location of the mobile terminal; and a controller configured to display a lock screen corresponding to a locked state; characterized in that the controller is further configured to: identify an azimuth between a location associated with a schedule stored in the memory, and the current location and orientation of the mobile terminal; cause the display to display an icon corresponding to the schedule according the identified azimuth, wherein a displayed location of the icon within the display corresponds to the location associated with the schedule relative to the current location and the orientation of the mobile terminal; cause the display to change the displayed location of the icon according to changes in the current location of the mobile terminal; and identify an azimuth between a location associated with a schedule stored in the memory, and the current location and orientation of the mobile terminal; cause the display to display an icon corresponding to the schedule according the identified azimuth, wherein a displayed location of the icon within the display corresponds to the location associated with the schedule relative to the current location and the orientation of the mobile terminal; cause the display to change the displayed location of the icon according to changes in the current location of the mobile terminal; and cause the display to change the displayed location of the icon according to changes in the orientation of the mobile terminal; and display the icon within an edge portion of the lock screen.
Pusher escutcheon (12, 22) for locking systems of a door or window fitting, comprising a snap ring bearing surface (12a, 22a) for receiving a snap ring, characterized in that the snap ring bearing surface (12a, 22a) has an outwardly directed embossing (12b, 22b) extending in the axial direction.
A device control method, comprising: connecting (S110, S210) to a current LAN and searching a device in the LAN; determining (S120, S220) whether there is a created device management group corresponding to the device, wherein the device management group further corresponds to one or more smart home devices, and the device management group is created by a previous account; when there is a created device management group, determining (S130, S230) whether there is an account bound to the device management group; and when there is no account bound to the device management group, binding (S140, S240) a current account of a user to the device management group, the method characterized by comprising: when there is an account bound to the device management group and the bound account is not the current account of the user, obtaining a request for joining the device management group sent by the user; binding the current account to the device management group after a preset administrator accepting the request, and obtaining control of the device corresponding to the device management group according to a binding relationship between the current account of the user and the device management group. connecting (S110, S210) to a current LAN and searching a device in the LAN; determining (S120, S220) whether there is a created device management group corresponding to the device, wherein the device management group further corresponds to one or more smart home devices, and the device management group is created by a previous account; when there is a created device management group, determining (S130, S230) whether there is an account bound to the device management group; and when there is no account bound to the device management group, binding (S140, S240) a current account of a user to the device management group, the method characterized by comprising: when there is an account bound to the device management group and the bound account is not the current account of the user, obtaining a request for joining the device management group sent by the user; binding the current account to the device management group after a preset administrator accepting the request, and obtaining control of the device corresponding to the device management group according to a binding relationship between the current account of the user and the device management group. when there is an account bound to the device management group and the bound account is not the current account of the user, obtaining a request for joining the device management group sent by the user; binding the current account to the device management group after a preset administrator accepting the request, and obtaining control of the device corresponding to the device management group according to a binding relationship between the current account of the user and the device management group.
A method for preparing a tissue matrix comprising: selecting an intact collagen-based tissue matrix; and contacting the intact matrix with a composition to incorporate deactivated enzyme(s) into the intact tissue matrix, said composition containing at least one enzyme selected from MMP-1, MMP-2, and MMP-9 and a chelating agent that deactivates each of the at least one selected enzyme. selecting an intact collagen-based tissue matrix; and contacting the intact matrix with a composition to incorporate deactivated enzyme(s) into the intact tissue matrix, said composition containing at least one enzyme selected from MMP-1, MMP-2, and MMP-9 and a chelating agent that deactivates each of the at least one selected enzyme.