mhurhangee/patent-ind-claim-en huggingface dataset:
An image-forming device, comprising: a plurality of paper-supply stages (112a - 112d); remaining paper amount detection sensors that detect the remaining paper amounts in the paper-supply stages (112a - 112d); and a system control unit is configured such that, when there is a fax reception of a fax to be printed by the image forming device and a remaining paper amount that is detected by a remaining paper amount detection sensor of the remaining paper amount detection sensors is less than a setting value, sets a paper-supply stage (112a - 112d) that has a paper amount that is less than the setting value as a FAX use only paper-supply stage (112a - 112d) a plurality of paper-supply stages (112a - 112d); remaining paper amount detection sensors that detect the remaining paper amounts in the paper-supply stages (112a - 112d); and a system control unit is configured such that, when there is a fax reception of a fax to be printed by the image forming device and a remaining paper amount that is detected by a remaining paper amount detection sensor of the remaining paper amount detection sensors is less than a setting value, sets a paper-supply stage (112a - 112d) that has a paper amount that is less than the setting value as a FAX use only paper-supply stage (112a - 112d)
A method for fabricating a multi-layer glass phosphor powder sheet, comprising: a) mixing a first optical functional material, a glass powder and an organic carrier to form a first slurry, and mixing a second optical functional material, the glass powder and the organic carrier to form a second slurry; wherein at least one of the first optical functional material and the second optical functional material includes a phosphor powder; b) coating the first slurry on a first substrate, and drying the substrate at a first temperature to volatilize at least some of the organic carrier, to obtain a first functional layer, the first temperature being lower than a softening point of the glass powder; then c) coating the second slurry on a surface of the first functional layer, to obtain a second functional layer; and d) sintering the first substrate which is coated with the first and second functional layers at a second temperature, to obtain a multi-layer glass phosphor powder sheet, wherein the first and second functional layers are sintered simultaneously, and wherein the glass powders of the first functional layer and the glass powders of the second functional layer are softened and are joined together when being sintered at the second temperature. a) mixing a first optical functional material, a glass powder and an organic carrier to form a first slurry, and mixing a second optical functional material, the glass powder and the organic carrier to form a second slurry; wherein at least one of the first optical functional material and the second optical functional material includes a phosphor powder; b) coating the first slurry on a first substrate, and drying the substrate at a first temperature to volatilize at least some of the organic carrier, to obtain a first functional layer, the first temperature being lower than a softening point of the glass powder; then c) coating the second slurry on a surface of the first functional layer, to obtain a second functional layer; and d) sintering the first substrate which is coated with the first and second functional layers at a second temperature, to obtain a multi-layer glass phosphor powder sheet, wherein the first and second functional layers are sintered simultaneously, and wherein the glass powders of the first functional layer and the glass powders of the second functional layer are softened and are joined together when being sintered at the second temperature.
A vehicle door switch comprising: a rod configured to move as a door is closed; a detecting unit configured to output a detection signal when one of ends of the rod has moved by a predetermined distance or more; and a limiting unit configured to limit an amount of movement made by the rod within a range where the detecting unit outputs the detection signal, to a limited value that is shorter than a prescribed initial value by an amount corresponding to the thickness of the limiting unit . a rod configured to move as a door is closed; a detecting unit configured to output a detection signal when one of ends of the rod has moved by a predetermined distance or more; and a limiting unit configured to limit an amount of movement made by the rod within a range where the detecting unit outputs the detection signal, to a limited value that is shorter than a prescribed initial value by an amount corresponding to the thickness of the limiting unit .
Safety device for a rope, comprising a clamping device (2; 102; 102'), comprising: a first wall portion (4; 116) and a second wall portion (6; 118) opposite the first wall portion (4; 116), wherein the first wall portion (4; 116) has a surface configuration having a transport element (20, 22; 110, 122; 110', 122', 132, 134) which is formed as structures projecting from the wall portion (4; 116) and/or as structures projecting into the wall portion (4; 116) in portions, wherein the surface configuration is configured to move the rope into a clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a first axial rope movement direction and which is configured to move the rope into the clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a second axial rope movement direction counter to the first axial rope movement direction, characterized in that the surface configuration of the first wall portion (4; 116) has a pair of transport portions comprising a first transport portion (A; E) which is configured to move the rope into a first clamping region portion of the clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a first axial rope movement direction and a second transport portion (B; F) which is configured to move the rope into a second clamping region portion (12; 138) of the clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a second axial rope movement direction counter to the first axial rope movement direction, wherein the first transport portion (A; E) is directly adjacent to the second transport portion (B; F) in the axial rope movement direction. a first wall portion (4; 116) and a second wall portion (6; 118) opposite the first wall portion (4; 116), wherein the first wall portion (4; 116) has a surface configuration having a transport element (20, 22; 110, 122; 110', 122', 132, 134) which is formed as structures projecting from the wall portion (4; 116) and/or as structures projecting into the wall portion (4; 116) in portions, wherein the surface configuration is configured to move the rope into a clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a first axial rope movement direction and which is configured to move the rope into the clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a second axial rope movement direction counter to the first axial rope movement direction,
Method to authenticate a data carrier wherein said data carrier is provided with an authentication data, said authentication data comprising at least two optically encoded data, a first and a second optically encoded data, wherein each optically encoded data comprises a latent image invisible or illegible to a naked eye and viewable through a decoder device wherein each optically encoded data is generated according to encoding parameters in accordance with particular parameters of the decoder device, wherein the first optically encoded data and the second optically encoded data of the authentication data are respectively revealed when the decoder device is enlightened under a first specific lighting conditions and a different second specific lighting conditions and wherein when the first optically encoded data is revealed through the decoder device under the first specific lighting conditions, the second optically encoded data appears opaque and remains invisible or illegible to a naked eye and vice versa, wherein the data carrier comprises more than one sheet or one sheet comprising more than one layer, and the first optical authentication data and the second optical authentication data are respectively printed into a predefined printed area, each predefined printed area being positioned into a separate and opposite sheet of the data carrier or in different layers of the same sheet, in such a way that the two predefined printed areas are aligned and overlapped to each other, for example when one sheet is turned to the other sheet or by stacked layers, and wherein at least one of the printed area is a see through window. wherein the data carrier comprises more than one sheet or one sheet comprising more than one layer, and the first optical authentication data and the second optical authentication data are respectively printed into a predefined printed area, each predefined printed area being positioned into a separate and opposite sheet of the data carrier or in different layers of the same sheet, in such a way that the two predefined printed areas are aligned and overlapped to each other, for example when one sheet is turned to the other sheet or by stacked layers, and wherein at least one of the printed area is a see through window.
A system for reducing noise in an aircraft cabin , comprising: - a first vibration isolator attachable to a fuselage of the aircraft; - a second vibration isolator attachable to an interior structure of the cabin ; and - an intermediate mass attached between the first vibration isolator and the second vibration isolator ; wherein the intermediate mass comprises a cable holder arranged to be able to hold electrical cables; wherein the intermediate mass comprises one or more wiring bundles including electrical power and/or system cables. - a first vibration isolator attachable to a fuselage of the aircraft; - a second vibration isolator attachable to an interior structure of the cabin ; and - an intermediate mass attached between the first vibration isolator and the second vibration isolator ;
A photocurable material that comprises a photocurable liquid composition curable by irradiation of light, the material comprising: (meth)acrylate; and a chain transfer agent, wherein the chain transfer agent comprises a compound comprising: one or more of at least one kind selected from a urethane bond, a urea bond, and an isocyanate group; and one or more alkoxysilyl groups, wherein the chain transfer agent is represented by Formula 1: wherein, R represents an alkyl group; X represents a divalent hydrocarbon group; Y represents a linear divalent hydrocarbon group, a saturated cyclic divalent hydrocarbon, or an unsaturated cyclic divalent hydrocarbon group; Z represents a repeating unit of a diol component; and n is 5 to 100 and m is 2 to 100, wherein the photocurable material further comprises a metal-containing compound, wherein the metal-containing compound comprises any one metal selected from copper, zinc, cobalt, and nickel. (meth)acrylate; and a chain transfer agent, one or more of at least one kind selected from a urethane bond, a urea bond, and an isocyanate group; and one or more alkoxysilyl groups, wherein the chain transfer agent is represented by Formula 1: wherein, R represents an alkyl group; X represents a divalent hydrocarbon group; Y represents a linear divalent hydrocarbon group, a saturated cyclic divalent hydrocarbon, or an unsaturated cyclic divalent hydrocarbon group; Z represents a repeating unit of a diol component; and n is 5 to 100 and m is 2 to 100, wherein the photocurable material further comprises a metal-containing compound, wherein the metal-containing compound comprises any one metal selected from copper, zinc, cobalt, and nickel. wherein, R represents an alkyl group; X represents a divalent hydrocarbon group; Y represents a linear divalent hydrocarbon group, a saturated cyclic divalent hydrocarbon, or an unsaturated cyclic divalent hydrocarbon group; Z represents a repeating unit of a diol component; and n is 5 to 100 and m is 2 to 100, wherein the photocurable material further comprises a metal-containing compound, wherein the metal-containing compound comprises any one metal selected from copper, zinc, cobalt, and nickel.
A seal , comprising: a first ring having a first peripheral wall extending circumferentially therearound; a first lobe attached to said first peripheral wall , said first lobe extending circumferentially around said first ring ; a first sealing surface positioned on said first lobe , said first sealing surface extending circumferentially around said first ring ; at least a first projection extending from said first sealing surface , said first projection defining a closeable leak path across said first sealing surface ; a second ring having a second peripheral wall extending circumferentially around said second ring ; a second lobe attached to said second peripheral wall , said second lobe extending circumferentially around said second ring ; a second sealing surface positioned on said second lobe , said second sealing surface extending circumferentially around said second ring ; and a tube connecting said first and second rings to one another. a first ring having a first peripheral wall extending circumferentially therearound; a first lobe attached to said first peripheral wall , said first lobe extending circumferentially around said first ring ; a first sealing surface positioned on said first lobe , said first sealing surface extending circumferentially around said first ring ; at least a first projection extending from said first sealing surface , said first projection defining a closeable leak path across said first sealing surface ; a second ring having a second peripheral wall extending circumferentially around said second ring ; a second lobe attached to said second peripheral wall , said second lobe extending circumferentially around said second ring ; a second sealing surface positioned on said second lobe , said second sealing surface extending circumferentially around said second ring ; and a tube connecting said first and second rings to one another.
An array substrate comprising: a base substrate , gate lines and data lines intersecting the gate lines on the base substrate , the gate lines and the data lines defining a plurality of pixel regions , wherein each of at least some of the plurality of the pixel regions is provided with an image sensor , the image sensor is configured to sense light having image information, and comprises a sensitive element , a first electrode at one end of the sensitive element and a second electrode at the other end of the sensitive element , characterized in that the first electrode of the image sensor is coupled to one of the gate lines through a connection electrode in a through hole of a gate insulating layer, and the second electrode of the image sensor is coupled to a current detection line , and wherein the first electrode and the second electrode of the image sensor are spaced apart, the sensitive element thereof is on the first electrode and the second electrode , and the sensitive element is suspended with respect to the gate insulating layer. a base substrate , gate lines and data lines intersecting the gate lines on the base substrate , the gate lines and the data lines defining a plurality of pixel regions , wherein each of at least some of the plurality of the pixel regions is provided with an image sensor , the image sensor is configured to sense light having image information, and comprises a sensitive element , a first electrode at one end of the sensitive element and a second electrode at the other end of the sensitive element , characterized in that the first electrode of the image sensor is coupled to one of the gate lines through a connection electrode in a through hole of a gate insulating layer, and the second electrode of the image sensor is coupled to a current detection line , and wherein the first electrode and the second electrode of the image sensor are spaced apart, the sensitive element thereof is on the first electrode and the second electrode , and the sensitive element is suspended with respect to the gate insulating layer.
A wireless device comprising: a processor; and a memory, including instructions, which when performed by the processor causes the device to at least: receive a first plurality of channels used for a first wireless connection with a second device ; select a second plurality of channels for a second wireless connection with a third device based upon the received first plurality of channels and responsive to receipt of the first plurality of channels, the second plurality of channels including at least one of the first plurality of channels, the second wireless connection occurring during at least a portion of the first wireless connection; send an identification of the second plurality of channels to the third device ; and communicate with the third device over the second wireless connection using the second plurality of channels. a processor; and a memory, including instructions, which when performed by the processor causes the device to at least: receive a first plurality of channels used for a first wireless connection with a second device ; select a second plurality of channels for a second wireless connection with a third device based upon the received first plurality of channels and responsive to receipt of the first plurality of channels, the second plurality of channels including at least one of the first plurality of channels, the second wireless connection occurring during at least a portion of the first wireless connection; send an identification of the second plurality of channels to the third device ; and communicate with the third device over the second wireless connection using the second plurality of channels. receive a first plurality of channels used for a first wireless connection with a second device ; select a second plurality of channels for a second wireless connection with a third device based upon the received first plurality of channels and responsive to receipt of the first plurality of channels, the second plurality of channels including at least one of the first plurality of channels, the second wireless connection occurring during at least a portion of the first wireless connection; send an identification of the second plurality of channels to the third device ; and communicate with the third device over the second wireless connection using the second plurality of channels.
Sanding shoe holder (5, 5.1) for a sanding shoe (1, 1.1) with an elastic carrier , wherein a contact surface (9, 9.1) is provided for abutment of the carrier , wherein the contact surface has a chamfer (10, 10.1), characterised in that the contact surface has a surface sensor.
A method for producing acetic acid, comprising: a carbonylation reaction step of reacting methanol with carbon monoxide in the presence of a catalyst system containing a metal catalyst and methyl iodide, as well as acetic acid, methyl acetate, and water in a reaction vessel to produce acetic acid; an evaporation step of separating a reaction mixture obtained in the carbonylation reaction step into a vapor stream and a residual liquid stream in an evaporator; a lower boiling point component removal step of separating the vapor stream by a first distillation column into a first overhead stream rich in at least one lower boiling point component selected from methyl iodide and acetaldehyde, and a first acetic acid stream rich in acetic acid, and condensing and separating the first overhead stream to obtain an aqueous phase and an organic phase; and a first overhead stream recycle step of recycling at least a portion of the aqueous phase and/or the organic phase obtained by condensing the first overhead stream to the reaction vessel, wherein a crotonaldehyde concentration in the first acetic acid stream is controlled to not more than 2.2 ppm by mass. a carbonylation reaction step of reacting methanol with carbon monoxide in the presence of a catalyst system containing a metal catalyst and methyl iodide, as well as acetic acid, methyl acetate, and water in a reaction vessel to produce acetic acid; an evaporation step of separating a reaction mixture obtained in the carbonylation reaction step into a vapor stream and a residual liquid stream in an evaporator; a lower boiling point component removal step of separating the vapor stream by a first distillation column into a first overhead stream rich in at least one lower boiling point component selected from methyl iodide and acetaldehyde, and a first acetic acid stream rich in acetic acid, and condensing and separating the first overhead stream to obtain an aqueous phase and an organic phase; and a first overhead stream recycle step of recycling at least a portion of the aqueous phase and/or the organic phase obtained by condensing the first overhead stream to the reaction vessel, wherein a crotonaldehyde concentration in the first acetic acid stream is controlled to not more than 2.2 ppm by mass.
A system for making an at least partially closed environment using a plurality of panels, the system comprising: a lower plate which comprises a plurality of holes , a plurality of panels in a supported configuration with respect to the lower plate , and connection means for connecting said panels at the top, wherein said lower plate comprises first threaded pin-like members and second threaded pin-like members screwed inside at least a part of said holes of the lower plate and projecting upwardly, wherein said first pin-like members are adjustable heightwise to compensate for possible different heights of the floor, the system being characterized in that the lower plate is shaped as a closed loop or as an open loop; in that both said first and second pin-like members comprise, in their upwardly projecting portion, means for rotating them with a screwdriver or a hexagonal key or any other similar tool; and in that each of said panels comprises a perimetral frame or a lower profile , wherein the perimetral frame or the lower profile comprises a cavity for accommodating the projecting portion of said pin-like members providing stability and alignment. a lower plate which comprises a plurality of holes , a plurality of panels in a supported configuration with respect to the lower plate , and connection means for connecting said panels at the top,