mhurhangee/patent-ind-claim-en huggingface dataset:
A paper-sheet handling system including a plurality of paper-sheet handling units each configured to handle a paper sheet, the paper-sheet handling system comprising: a memory unit storing information related to each paper-sheet handling unit as well as components and a layout of the paper-sheet handling units included in the paper-sheet handling system ; a display unit configured to display information related to one or more paper-sheet handling unit/units based on the information, related to each paper-sheet handling unit as well as the components and the layout of the paper-sheet handling units , which are stored in the memory unit , wherein the display unit is configured to display the information related to the paper-sheet handling unit(s) per each unit when the display unit displays information related to a part of a plurality of the paper-sheet handling units ; and an input unit configured to change a display of the display unit ; characterised in that the display of the display unit is changed by operating the input unit such that the display unit displays a paper-sheet handling unit which was not being displayed before the input unit was operated and which is adjacent to a paper-sheet handling unit that was being displayed before the input unit was operated thereby to scroll the display in accordance with the layout of the paper-sheet handling units such that no paper-sheet handling unit is partially displayed. a memory unit storing information related to each paper-sheet handling unit as well as components and a layout of the paper-sheet handling units included in the paper-sheet handling system ; a display unit configured to display information related to one or more paper-sheet handling unit/units based on the information, related to each paper-sheet handling unit as well as the components and the layout of the paper-sheet handling units , which are stored in the memory unit , wherein the display unit is configured to display the information related to the paper-sheet handling unit(s) per each unit when the display unit displays information related to a part of a plurality of the paper-sheet handling units ; and an input unit configured to change a display of the display unit ; characterised in that the display of the display unit is changed by operating the input unit such that the display unit displays a paper-sheet handling unit which was not being displayed before the input unit was operated and which is adjacent to a paper-sheet handling unit that was being displayed before the input unit was operated thereby to scroll the display in accordance with the layout of the paper-sheet handling units such that no paper-sheet handling unit is partially displayed.
A method of encoding a digital video sequence for use in a video coding application to produce an encoded video bit-stream representative of the digital video sequence, the digital video sequence comprising a number of frames, each frame of said sequence comprising an array of pixels divided into a plurality of blocks, each block comprising a certain number of said pixels, said method comprising: a) defining a default level of quantization for use in encoding of the digital video sequence; b) encoding a frame of the digital video sequence by applying motion compensated prediction to blocks of pixels for producing corresponding blocks of prediction error values; and c) applying a transform coding technique to said blocks of prediction error values to produce sets of transform coefficient values representative of said blocks of prediction error values; d) quantizing the transform coefficient values using a quantization parameter; e) determining a difference between the default level of quantization and the quantization parameter level used f) providing the determined difference and the default level of quantization to the encoded bit-stream; and g) storing the encoded bit-stream in a storage medium, or transmitting the encoded bit-stream from a video encoding device to a corresponding video decoding device. a) defining a default level of quantization for use in encoding of the digital video sequence; b) encoding a frame of the digital video sequence by applying motion compensated prediction to blocks of pixels for producing corresponding blocks of prediction error values; and c) applying a transform coding technique to said blocks of prediction error values to produce sets of transform coefficient values representative of said blocks of prediction error values; d) quantizing the transform coefficient values using a quantization parameter; e) determining a difference between the default level of quantization and the quantization parameter level used f) providing the determined difference and the default level of quantization to the encoded bit-stream; and g) storing the encoded bit-stream in a storage medium, or transmitting the encoded bit-stream from a video encoding device to a corresponding video decoding device.
An adhesion promoter coating composition, comprising: an oligomeric alkylalkoxysiloxane; and an adhesion compound comprising an electrophile moiety and an alkoxysilyl moiety. an oligomeric alkylalkoxysiloxane; and an adhesion compound comprising an electrophile moiety and an alkoxysilyl moiety.
Guide device for a cartridge syringe comprising two guide arms , it being possible for the two guide arms or only one guide arm to be brought into contact with at least one contact surface or a workpiece, characterized in that the guide arms are arranged on the cartridge syringe , or on a nozzle which can be fitted onto the cartridge syringe , so as to be separately pivotable, the guide arms being arranged on a rib of the cartridge syringe or of the nozzle so as to be movable and/or lockable and each guide arm comprising a holding portion and a guide portion which is angled with respect thereto, the holding portion having a thickness which ensures contact with the rib and at the same time spaces the guide portion apart from the syringe such that the guide arm is freely pivotable and that the guide portions have a V-shaped profile when the guide arms are oriented substantially in parallel with one another.
An article of footwear, comprising: - a bladder having a first bladder wall , the first bladder wall having a first bladder wall thickness, an exterior-facing side comprising a first thermoplastic material, and an interior-facing side comprising a second thermoplastic material, wherein the first bladder wall has a gas transmission rate of 150 cm 3 /m 2 •MPa•day (15 cm 3 /m 2 •atm•day) or less for nitrogen for an average wall thickness of 0.5 mm (20 mils); and - a multi-layer optical film (12; 200) disposed on or within the bladder, wherein the multi-layer optical film (12; 200) has a first side and a second side, wherein the first side and the second side are on opposing sides, wherein the first side or the second side of the multi-layer optical film (12; 200) is disposed on the exterior-facing side of the first bladder wall , on the interior-facing side of the first bladder wall , or on a side of a component in an internal cavity of the bladder; wherein the first side of the multi-layer optical film (12;200), the second side of the multi-layer optical film (12; 200), or both impart a structural color to the bladder; and wherein the multi-layer optical film (12; 200) comprises at least three layers , including a first layer comprising a metal, and a second layer comprising a metal oxide. - a bladder having a first bladder wall , the first bladder wall having a first bladder wall thickness, an exterior-facing side comprising a first thermoplastic material, and an interior-facing side comprising a second thermoplastic material, wherein the first bladder wall has a gas transmission rate of 150 cm 3 /m 2 •MPa•day (15 cm 3 /m 2 •atm•day) or less for nitrogen for an average wall thickness of 0.5 mm (20 mils); and - a multi-layer optical film (12; 200) disposed on or within the bladder, wherein the multi-layer optical film (12; 200) has a first side and a second side, wherein the first side and the second side are on opposing sides, wherein the first side or the second side of the multi-layer optical film (12; 200) is disposed on the exterior-facing side of the first bladder wall , on the interior-facing side of the first bladder wall , or on a side of a component in an internal cavity of the bladder; wherein the first side of the multi-layer optical film (12;200), the second side of the multi-layer optical film (12; 200), or both impart a structural color to the bladder; and wherein the multi-layer optical film (12; 200) comprises at least three layers , including a first layer comprising a metal, and a second layer comprising a metal oxide.
Method for coating glass, in particular for coating glass hollow bodies, characterized in that - a UV-curing primer composition for the coating of glass, in particular glass hollow bodies, wherein the primer composition, in addition to reactive oligomers and/or reactive monomers and in addition to at least one photoinitiator, comprises at least one organosilane, which possesses at least one acetoxy radical, in particular 1 to 4 acetoxy radicals, is applied to at least part of an optionally pre-treated glass surface, - the applied primer layer is partially crosslinked by UV radiation, and - at least one further coating is applied to at least part of the crosslinked primer layer, wherein the primer composition is applied to the glass surface preferably in a digital printing process, in particular an inkjet printing process, characterized in that the further coating, preferably a UV-curing ink, is applied in a digital printing process, in particular an inkjet printing process. - a UV-curing primer composition for the coating of glass, in particular glass hollow bodies, wherein the primer composition, in addition to reactive oligomers and/or reactive monomers and in addition to at least one photoinitiator, comprises at least one organosilane, which possesses at least one acetoxy radical, in particular 1 to 4 acetoxy radicals, is applied to at least part of an optionally pre-treated glass surface, - the applied primer layer is partially crosslinked by UV radiation, and - at least one further coating is applied to at least part of the crosslinked primer layer, wherein the primer composition is applied to the glass surface preferably in a digital printing process, in particular an inkjet printing process,
An airbag comprising a deployed state and a collapsed state, the airbag being capable of providing protection for occupants between the occupants and the inside of a vehicle when the airbag is inflated and expanded to be in the deployed state, and being capable of being accommodated in a predetermined space in the vehicle when in the collapsed state; the airbag comprising at least a first end and a second end , the first end being a free end of the airbag, and the second end being used for fixing the airbag to a mounting position; and the airbag comprising a folding portion and a rolling portion when in the collapsed state, wherein the folding portion is formed by folding one part of the airbag in an "N" shape; the rolling portion surrounds a periphery of the folding portion , so that the folding portion is completely surrounded by an inner side of the rolling portion and the first end is also positioned at the inner side of the rolling portion and wherein the rolling portion is branched to comprise a first rolling sub-portion and a second rolling sub-portion the first rolling sub-portion extends from the folding portion and surrounds at least one part of the periphery of the folding portion and the second rolling sub-portion is branched from the first rolling sub-portion and surrounds at least one part of the periphery of the folding portion , characterized in that , using as origins the positions where the first rolling sub-portion and the second rolling sub-portion are branched, an extending direction of the first rolling sub-portion surrounding at least one part of the periphery of the folding portion is opposite to an extending direction of the second rolling sub-portion surrounding at least one part of the folding portion
Magnetically activated mechanical doorstop comprising: - at least one pin installed in a hollow element , said hollow element being operatively connected to a door ; - at least one magnetic element operatively connected to a jamb ; said magnetic element being designed to attract and lock said pin by magnetic force when said door is in its closed operating position; said magnetic element being furthermore designed to bring said door to its open operative position when the magnetic attraction between said pin and said magnetic element ceases and said pin falls back by force of gravity in said hollow element , characterized in that said pin is free to move horizontally and vertically in said hollow element , and in that said magnetic element installed in the jamb has a horizontally elongated recess suitable for doors with push and pull opening in both directions, said recess being able to house said pin during the closing phase of said door . - at least one pin installed in a hollow element , said hollow element being operatively connected to a door ; - at least one magnetic element operatively connected to a jamb ; said magnetic element being designed to attract and lock said pin by magnetic force when said door is in its closed operating position; said magnetic element being furthermore designed to bring said door to its open operative position when the magnetic attraction between said pin and said magnetic element ceases and said pin falls back by force of gravity in said hollow element , characterized in that said pin is free to move horizontally and vertically in said hollow element , and in that said magnetic element installed in the jamb has a horizontally elongated recess suitable for doors with push and pull opening in both directions, said recess being able to house said pin during the closing phase of said door . said magnetic element being designed to attract and lock said pin by magnetic force when said door is in its closed operating position; said magnetic element being furthermore designed to bring said door to its open operative position when the magnetic attraction between said pin and said magnetic element ceases and said pin falls back by force of gravity in said hollow element , characterized in that said pin is free to move horizontally and vertically in said hollow element , and in that said magnetic element installed in the jamb has a horizontally elongated recess suitable for doors with push and pull opening in both directions, said recess being able to house said pin during the closing phase of said door .
A method of monitoring state of health of a rechargeable battery comprised within a hearing device , the rechargeable battery being adapted to provide energy for electronic components (2, ..., 8) of the hearing device , the method comprising the steps of: - dividing a usage time of the hearing device into time slots, - determining a number of full equivalent charges applied to the rechargeable battery in each of the time slots, and - determining a performance level of the rechargeable battery in dependence on the number of full equivalent charges per time slot, wherein the step of determining the number of full equivalent charges in a time slot comprises the steps of: - estimating a state of battery charge level before charging the battery , - estimating the state of battery charge level after charging the battery , - determining a charge difference by subtracting the state of battery charge level before charging the battery from state of battery charge level after charging the battery , and - accumulating charge differences of all charges in a time slot for obtaining the number of full equivalent charges in the specific time slot. - dividing a usage time of the hearing device into time slots, - determining a number of full equivalent charges applied to the rechargeable battery in each of the time slots, and - determining a performance level of the rechargeable battery in dependence on the number of full equivalent charges per time slot, wherein the step of determining the number of full equivalent charges in a time slot comprises the steps of: - estimating a state of battery charge level before charging the battery , - estimating the state of battery charge level after charging the battery , - determining a charge difference by subtracting the state of battery charge level before charging the battery from state of battery charge level after charging the battery , and - accumulating charge differences of all charges in a time slot for obtaining the number of full equivalent charges in the specific time slot. - estimating a state of battery charge level before charging the battery , - estimating the state of battery charge level after charging the battery , - determining a charge difference by subtracting the state of battery charge level before charging the battery from state of battery charge level after charging the battery , and - accumulating charge differences of all charges in a time slot for obtaining the number of full equivalent charges in the specific time slot.
A window cover film comprising: a substrate layer; a hard coating layer formed on one surface of the substrate layer; an adhesion enhancement layer formed from a composition for forming an adhesion enhancement layer comprising an alkoxysilane compound having one or two or more functional groups, formed on the hard coating layer; and an antifouling layer formed from a composition for forming an antifouling layer layer comprising a fluorine-containing alkoxysilane compound, formed on the adhesion enhancement layer. a substrate layer; a hard coating layer formed on one surface of the substrate layer; an adhesion enhancement layer formed from a composition for forming an adhesion enhancement layer comprising an alkoxysilane compound having one or two or more functional groups, formed on the hard coating layer; and an antifouling layer formed from a composition for forming an antifouling layer layer comprising a fluorine-containing alkoxysilane compound, formed on the adhesion enhancement layer.
A header for an agricultural harvester comprising an endless belt conveyor and a flex arm disposed between upper and lower runs of the endless belt conveyor, the flex arm comprising: an elongate beam having an upper surface , wherein the header is characterised in that it further comprises a roller extending above the upper surface of the elongate beam for contacting the upper run of the endless belt conveyor.
An electronic device comprising: a flexible display ; a first housing member ; a second housing member ; a hinge module coupled to the first housing member and the second housing member ; two support bodies disposed between the flexible display and the first and second housing members; wherein the second housing member is adapted to pivot about the hinge module relative to the first housing member ; wherein the hinge module comprises a support frame , wherein each of the support bodies comprises: a first support member coupled to the support frame; a second support member coupled to the first support member; and a third support member coupled to the second support member, wherein, when the electronic device is folded, opposite sides of the flexible display abut each other, wherein the second support member is a resilient member adapted to bend and conform to a bend that is formed in the flexible display when the electronic device is folded, and wherein the first support member, the second support member, and the third support member are aligned to form a substantially flat surface that provides support to the flexible display, when the electronic device is unfolded. a flexible display ; a first housing member ; a second housing member ; a hinge module coupled to the first housing member and the second housing member ; two support bodies disposed between the flexible display and the first and second housing members; wherein the second housing member is adapted to pivot about the hinge module relative to the first housing member ; wherein the hinge module comprises a support frame , wherein each of the support bodies comprises: a first support member coupled to the support frame; a second support member coupled to the first support member; and a third support member coupled to the second support member, a first support member coupled to the support frame; a second support member coupled to the first support member; and a third support member coupled to the second support member, wherein, when the electronic device is folded, opposite sides of the flexible display abut each other, wherein the second support member is a resilient member adapted to bend and conform to a bend that is formed in the flexible display when the electronic device is folded, and wherein the first support member, the second support member, and the third support member are aligned to form a substantially flat surface that provides support to the flexible display, when the electronic device is unfolded.
A bottom protection film for an OLED panel, comprising: a base film including a first adhesive layer disposed on an upper surface of a first base material ; a carrier film including a second adhesive layer adhered to a lower surface of the first base material and a second base material adhered to a lower surface of the second adhesive layer ; and a liner film adhered using the first adhesive layer , characterized in that the liner film , the first base material , the first adhesive layer , the second base material , and the second adhesive layer all satisfy Condition and Condition below: 100 ≤ a 1 _ A . 23 ≤ a 3 b 3 + c 3 , b 3 c 3 < 1 . where, A denotes the average of the other values except for a maximum value and a minimum value of surface resistances from among a 2 , b 1 , b 2 , c 1 , and c 2 , and a 1 denotes a surface resistance, measured in Ω/sq, of the first adhesive layer , a 2 denotes a surface resistance, measured in Ω/sq, of the first base material , b 1 and b 2 respectively denote surface resistances, measured in Ω/sq, of upper and lower surfaces of the liner film , c 1 denotes a surface resistance, measured in Ω/sq, of the second adhesive layer , and c 2 denotes a surface resistance, measured in Ω/sq, of the second base material , and as denotes adhesion, measured in gf/in (1 N/mm ≈ 2590 gf/in), of the base film , b 3 denotes a release force, measured in gf/in, of the liner film , and c 3 denotes an exfoliation force, measured in gf/in, of the carrier film . a base film including a first adhesive layer disposed on an upper surface of a first base material ; a carrier film including a second adhesive layer adhered to a lower surface of the first base material and a second base material adhered to a lower surface of the second adhesive layer ; and a liner film adhered using the first adhesive layer , characterized in that the liner film , the first base material , the first adhesive layer , the second base material , and the second adhesive layer all satisfy Condition and Condition below: 100 ≤ a 1 _ A . 23 ≤ a 3 b 3 + c 3 , b 3 c 3 < 1 . where, A denotes the average of the other values except for a maximum value and a minimum value of surface resistances from among a 2 , b 1 , b 2 , c 1 , and c 2 , and a 1 denotes a surface resistance, measured in Ω/sq, of the first adhesive layer , a 2 denotes a surface resistance, measured in Ω/sq, of the first base material , b 1 and b 2 respectively denote surface resistances, measured in Ω/sq, of upper and lower surfaces of the liner film , c 1 denotes a surface resistance, measured in Ω/sq, of the second adhesive layer , and c 2 denotes a surface resistance, measured in Ω/sq, of the second base material , and as denotes adhesion, measured in gf/in (1 N/mm ≈ 2590 gf/in), of the base film , b 3 denotes a release force, measured in gf/in, of the liner film , and c 3 denotes an exfoliation force, measured in gf/in, of the carrier film .