mhurhangee/patent-ind-claim-en huggingface dataset:
Seating furniture, in particular a high-chair for children having a height-adjustable support device for supporting a part of the child's body and/or an external object, such as a drinking bottle or a toy, comprising a height-adjusting device which comprises two locking devices , namely a first locking device on one side of the seating furniture, in particular a high-chair, and a second locking device on the other side of the seating furniture, in particular the high-chair, wherein the first and the second locking device can be released and/or transferred to the locked state by a common mechanism, namely by rotation and/or translation of a common actuating device , wherein the common actuating device is operatively connected to a locking element of the first locking device via a first purely translationally movable connecting device, wherein locking can be produced and/or released by rotation of the locking element and/or by a translational movement of the locking element , wherein the common actuating device is operatively connected to a locking element of the second locking device via a second purely translationally movable connecting device, wherein locking can be produced and/or released by rotation of the locking element and/or by a translational movement of the locking element , wherein a pretensioning device, in particular a spring device , is provided which acts in the direction of a locked state.
A video reception method performed by a video reception apparatus including a display , the video reception method comprising: receiving (S111) a reception signal including video data and transfer characteristics information; displaying (S115, S116) the video data while controlling a luminance dynamic range of the display ; the transfer characteristics information being information for specifying, at frame accuracy, a first transfer function being an EOTF or an OETF and corresponding to a first luminance dynamic range of the video data or a second transfer function being an EOTF or an OETF and corresponding to a second luminance dynamic range wider than the first luminance dynamic range; and the video data being displayed while controlling the luminance dynamic range of the display on a frame-by-frame basis using the transfer function indicated in the transfer characteristics information, wherein the luminance dynamic range of the display is switched between the first luminance dynamic range and the second luminance dynamic range, based on the transfer characteristics information; characterized by determining whether an intra coded frame is correctly decoded, wherein, in the displaying of the video data, the first luminance dynamic range is set as the luminance dynamic range of the display when it is determined that the intra coded frame is not correctly decoded. receiving (S111) a reception signal including video data and transfer characteristics information; displaying (S115, S116) the video data while controlling a luminance dynamic range of the display ; the transfer characteristics information being information for specifying, at frame accuracy, a first transfer function being an EOTF or an OETF and corresponding to a first luminance dynamic range of the video data or a second transfer function being an EOTF or an OETF and corresponding to a second luminance dynamic range wider than the first luminance dynamic range; and the video data being displayed while controlling the luminance dynamic range of the display on a frame-by-frame basis using the transfer function indicated in the transfer characteristics information, wherein the luminance dynamic range of the display is switched between the first luminance dynamic range and the second luminance dynamic range, based on the transfer characteristics information; characterized by determining whether an intra coded frame is correctly decoded, wherein, in the displaying of the video data, the first luminance dynamic range is set as the luminance dynamic range of the display when it is determined that the intra coded frame is not correctly decoded.
A saddle riding type vehicle provided with a storage portion that includes a lockable lid member , the saddle riding type vehicle comprising: a smart key authenticated by a control unit arranged in the saddle riding type vehicle by way of wireless communication; a locking mechanism locking and unlocking the lid member ; an unlocking operation portion transmitting an unlocking signal to the control unit ; and an actuator connected to the locking mechanism and driven according to an instruction of the control unit , wherein the unlocking operation portion is disposed at a position higher than a minimum ground clearance (H) of the saddle riding type vehicle and lower than a hinge mechanism that openably/closably supports the lockable lid member being a seat on which an occupant sits, the control unit drives the actuator to switch the locking mechanism to an unlocked state when the unlocking operation portion is operated, an unlocking signal is thereby transmitted, and authentication of the smart key is completed, and the locking mechanism is switched to a locked state by holding a hook provided on the lid member by a lockplate that is swingable, and is switched to an unlock state by that, when the actuator is driven, a cable connected to the actuator is pulled, the lock plate swings, and the hook is released. a smart key authenticated by a control unit arranged in the saddle riding type vehicle by way of wireless communication; a locking mechanism locking and unlocking the lid member ; an unlocking operation portion transmitting an unlocking signal to the control unit ; and an actuator connected to the locking mechanism and driven according to an instruction of the control unit , wherein the unlocking operation portion is disposed at a position higher than a minimum ground clearance (H) of the saddle riding type vehicle and lower than a hinge mechanism that openably/closably supports the lockable lid member being a seat on which an occupant sits, the control unit drives the actuator to switch the locking mechanism to an unlocked state when the unlocking operation portion is operated, an unlocking signal is thereby transmitted, and authentication of the smart key is completed, and the locking mechanism is switched to a locked state by holding a hook provided on the lid member by a lockplate that is swingable, and is switched to an unlock state by that, when the actuator is driven, a cable connected to the actuator is pulled, the lock plate swings, and the hook is released.
Coating device for coating components with a coating agent, namely for coating motor vehicle body components with a paint, with a) a print head (10; 14; 22; 32) for applying the coating agent to the component, and b) a coating agent supply for supplying the print head (10; 14; 22; 32) with the coating agent to be applied, the coating agent flowing from the coating agent supply to the print head (10; 14; 22; 32) at a specific coating agent pressure (p) and a specific flow rate (Q), characterized in c) that said coating agent supply comprises a cartridge dispenser having a coating agent-filled cartridge with a cartridge outlet for dispensing said coating agent and a cartridge inlet for introducing a displacement fluid which displaces said coating agent in said cartridge and ejects it through said cartridge outlet, and d) in that the flow rate of the coating agent at the print head is precisely controllable by controlling the displacement fluid introduced into the cartridge, so that defined application conditions can also be set in this way. a) a print head (10; 14; 22; 32) for applying the coating agent to the component, and b) a coating agent supply for supplying the print head (10; 14; 22; 32) with the coating agent to be applied, the coating agent flowing from the coating agent supply to the print head (10; 14; 22; 32) at a specific coating agent pressure (p) and a specific flow rate (Q), characterized in c) that said coating agent supply comprises a cartridge dispenser having a coating agent-filled cartridge with a cartridge outlet for dispensing said coating agent and a cartridge inlet for introducing a displacement fluid which displaces said coating agent in said cartridge and ejects it through said cartridge outlet, and d) in that the flow rate of the coating agent at the print head is precisely controllable by controlling the displacement fluid introduced into the cartridge, so that defined application conditions can also be set in this way.
A composite molded body comprising a layer of a copolymer of tetrafluoroethylene and perfluoro(ethyl vinyl ether), wherein the amount of perfluoro(ethyl vinyl ether) in said copolymer is 20 to 80 weight percent based on the total weight of the copolymer, and wherein the melt flow rate of said copolymer is 0.1 to 100 g/10 min, as measured in compliance with ASTM D1238 at a temperature of 250°C ±0.1°C using a 5 kg weight, wherein the composite molded body comprises said copolymer and a thermoplastic resin and/or a thermosetting resin.
A display device comprising: a substrate comprising a light emitting region and an outer region; a top-emitting display unit formed over the substrate in the light emitting region; a thin film encapsulation layer covering a portion of the display unit; an encapsulation substrate formed over the thin film encapsulation layer and encapsulating the display unit; and a photosensor arranged to sense at least part of the light output from the display unit, the photosensor being formed adjacent an end of the thin film encapsulation layer in the outer region of the substrate; wherein the thin film encapsulation layer comprises a plurality of organic layers and a plurality of inorganic layers having different refractive indices which are alternately stacked; further comprising an adhesion layer formed between respective ends of the thin film encapsulation layer and the encapsulation substrate, wherein the adhesion layer is arranged to attach the thin film encapsulation layer to the encapsulation substrate; characterized in that the adhesion layer comprises a plurality of metal particles and/or a reflection layer is formed over an upper surface of the adhesion layer. a substrate comprising a light emitting region and an outer region; a top-emitting display unit formed over the substrate in the light emitting region; a thin film encapsulation layer covering a portion of the display unit; an encapsulation substrate formed over the thin film encapsulation layer and encapsulating the display unit; and a photosensor arranged to sense at least part of the light output from the display unit, the photosensor being formed adjacent an end of the thin film encapsulation layer in the outer region of the substrate; wherein the thin film encapsulation layer comprises a plurality of organic layers and a plurality of inorganic layers having different refractive indices which are alternately stacked; further comprising an adhesion layer formed between respective ends of the thin film encapsulation layer and the encapsulation substrate, wherein the adhesion layer is arranged to attach the thin film encapsulation layer to the encapsulation substrate; characterized in that the adhesion layer comprises a plurality of metal particles and/or a reflection layer is formed over an upper surface of the adhesion layer.
An automated feed manufacturing product, comprising: a flexible substrate having a plurality of card zones with the card zones defining sensing areas with sensor units formed within the sensing areas, the sensor units having a first electrode coupled to first fingers, and a second electrode coupled to second fingers and with the first fingers interleaved with the second fingers and with the first fingers spaced away from the second fingers, the sensor units also comprising biomolecule receptors on the substrate between the first electrode and the second electrode such that a physical property of the first electrode relative to the second electrode is effected upon one or more of the biomolecule receptors binding to a biomolecule, wherein the first fingers and the second fingers are comprised of a first conductive ink having a particle size of less than or equal to 5 microns, and wherein the first electrode and the second electrode are comprised of a second conductive ink having a particle size of greater than 5 microns. a flexible substrate having a plurality of card zones with the card zones defining sensing areas with sensor units formed within the sensing areas, the sensor units having a first electrode coupled to first fingers, and a second electrode coupled to second fingers and with the first fingers interleaved with the second fingers and with the first fingers spaced away from the second fingers, the sensor units also comprising biomolecule receptors on the substrate between the first electrode and the second electrode such that a physical property of the first electrode relative to the second electrode is effected upon one or more of the biomolecule receptors binding to a biomolecule, wherein the first fingers and the second fingers are comprised of a first conductive ink having a particle size of less than or equal to 5 microns, and wherein the first electrode and the second electrode are comprised of a second conductive ink having a particle size of greater than 5 microns.
Cutter system for an electric shaver and/or trimmer , comprising a pair of cooperating cutting elements with two rows of comb-like cutting teeth at opposite edges thereof and a skin contact surface or skin facing surface of said cutting elements , wherein said cutting elements are movably supported relative to each other by a support structure which provides for a pivot axis about which said cooperating cutting elements are pivotable to follow the skin contour, said pivot axis extending substantially parallel to a longitudinal direction of said rows of comb-like cutting teeth , wherein said pivot axis is positioned offset from a middle plane which extends perpendicular to a center section of said skin contact/facing surface of the cutting elements and thus closer to a first one of said rows of comb-like cutting teeth than to a second one of said comb-like cutting teeth , wherein further comprising a biasing device for biasing said cutting elements about said pivot axis towards a home position and wherein said pivot axis has a fixed position relative to one of said cutting elements and a fixed position relative to a handle of the shaver/trimmer .
A wig foundation net worn under a wig, comprising: a first net portion formed with a first elastic net-shaped member ; a position holder ; characterized in that a second net portion is connected to the first net portion and formed with a second elastic net-shaped member ; and the position holder connected to the second net portion and formed with an elastic belt-shaped member including a friction surface , wherein at wearing the wig foundation net, the first net portion, the second net portion and the position holder are located in the order thereof from a top side of the head, an elastic modulus of the second elastic net-shaped member is higher than an elastic modulus of the first elastic net-shaped member, and the second net-shaped member is overlapped in a region corresponding to a back side of the head in the second net portion. a first net portion formed with a first elastic net-shaped member ; a position holder ; characterized in that a second net portion is connected to the first net portion and formed with a second elastic net-shaped member ; and the position holder connected to the second net portion and formed with an elastic belt-shaped member including a friction surface , wherein at wearing the wig foundation net, the first net portion, the second net portion and the position holder are located in the order thereof from a top side of the head, an elastic modulus of the second elastic net-shaped member is higher than an elastic modulus of the first elastic net-shaped member, and the second net-shaped member is overlapped in a region corresponding to a back side of the head in the second net portion.
A composite structure (1; 101; 201; 301; 401; 501; 601; 701; 901; 1001; 1101), comprising: a plurality of first layers (2; 102a...102l; 302; 402; 502; 602; 702) each comprising graphene; and a plurality of second layers (3; 103a...103l; 303; 403; 503; 603; 703) each comprising an aerogel, wherein the first (2;...702) and second layers (3;...703) alternate in the composite structure (1;...1101), characterized in that at least one of the first layers (2;...702) comprises graphene in the form of graphene platelets. a plurality of first layers (2; 102a...102l; 302; 402; 502; 602; 702) each comprising graphene; and a plurality of second layers (3; 103a...103l; 303; 403; 503; 603; 703) each comprising an aerogel, wherein the first (2;...702) and second layers (3;...703) alternate in the composite structure (1;...1101), characterized in that at least one of the first layers (2;...702) comprises graphene in the form of graphene platelets.
A computing device configured to communicate with an electronic aerosol provision device to exchange operating data associated with the operation of the electronic aerosol provision device and to communicate with a biometric sensor that is separated from the electronic aerosol provision device in use to receive sensor data from the biometric sensor indicating a measurement of a biometric parameter of a user of the electronic aerosol provision device, wherein the biometric sensor is configured to provide sensor data indicating a measurable aspect of a user which has the potential for change during periods of use of the electronic aerosol provision device, wherein the computing device is further configured to control an aspect of its operation relating to the electronic aerosol provision device in response to the sensor data received from the biometric sensor, and wherein the computing device is configured to support wireless communications with the electronic aerosol provision device and with the biometric sensor.
An epitaxial group-III-nitride buffer-layer structure arrangeable on a heterosubstrate , wherein the buffer-layer structure comprises at least one stress management layer sequence (S) including an interlayer structure arranged between and adjacent to a first and a second group-III-nitride layer , wherein the interlayer structure comprises a group-III-nitride interlayer material having a larger band gap than the materials of the first and second group-III-nitride layers , and wherein a p-type-dopant-concentration profile drops, starting from at least 1×10 18 cm -3 , by at least a factor of two in transition from the interlayer structure to the first and second group-III-nitride layers , - wherein either the p-type dopant concentration is constant throughout the interlayer structure or the concentration of the p-type dopant in a second and a third group-III-nitride interlayer is higher than in a first group-III-nitride interlayer , the first, second and third group-III-nitride interlayers being comprised by the interlayer structure , the first group-III-interlayer being arranged between and adjacent to the second and the third group-III-interlayer and the first group-III-nitride interlayer being compositionally graded - wherein the buffer layer structure comprises at least two stress management layer sequences (S) wherein a second stress management layer sequence arranged at a larger distance from the substrate than a first stress management layer sequence (S) has a second interlayer structure. - wherein either the p-type dopant concentration is constant throughout the interlayer structure or the concentration of the p-type dopant in a second and a third group-III-nitride interlayer is higher than in a first group-III-nitride interlayer , the first, second and third group-III-nitride interlayers being comprised by the interlayer structure , the first group-III-interlayer being arranged between and adjacent to the second and the third group-III-interlayer and the first group-III-nitride interlayer being compositionally graded - wherein the buffer layer structure comprises at least two stress management layer sequences (S) wherein a second stress management layer sequence arranged at a larger distance from the substrate than a first stress management layer sequence (S) has a second interlayer structure.
Use of a device for printing edge bands , - with at least one print head for producing a print image on the edge band , - having a linear drive for moving the at least one print head in a printing direction (A) within a printing area between two end positions - with a feed device (14, 14a-14d) for feeding the edge band into the printing area along a transport direction (B) and - with a control device for controlling the at least one print head , the linear drive and the feed device , - wherein the transport direction (B) of the edge band is aligned substantially parallel to the printing direction (A). - with at least one print head for producing a print image on the edge band , - having a linear drive for moving the at least one print head in a printing direction (A) within a printing area between two end positions - with a feed device (14, 14a-14d) for feeding the edge band into the printing area along a transport direction (B) and - with a control device for controlling the at least one print head , the linear drive and the feed device , - wherein the transport direction (B) of the edge band is aligned substantially parallel to the printing direction (A).
A system for generating maps representing a surrounding environment of a vehicle , comprising: at least one automotive radar sensor of a first type configured to transmit and receive radar signals with a first polarization, at least one automotive radar sensor of a second type configured to transmit and receive radar signals with a second polarization, wherein the second polarization is different from the first polarization, and a controller coupled to the automotive radar sensors of the first and second type and configured to store information on the surrounding environment of the vehicle extracted from the radar signals transmitted and received by the at least one automotive radar sensor of the first type in a first map and configured to store information on the surrounding environment of the vehicle extracted from the radar signals transmitted and received by the at least one automotive radar sensor of the second type in a second map. at least one automotive radar sensor of a first type configured to transmit and receive radar signals with a first polarization, at least one automotive radar sensor of a second type configured to transmit and receive radar signals with a second polarization, wherein the second polarization is different from the first polarization, and a controller coupled to the automotive radar sensors of the first and second type and configured to store information on the surrounding environment of the vehicle extracted from the radar signals transmitted and received by the at least one automotive radar sensor of the first type in a first map and configured to store information on the surrounding environment of the vehicle extracted from the radar signals transmitted and received by the at least one automotive radar sensor of the second type in a second map.