mhurhangee/patent-ind-claim-en huggingface dataset:
A pollution mask comprising: an air chamber ; a fan for drawing air from outside the air chamber into the air chamber and/or drawing air from inside the air chamber to the outside; an optical sensor for detecting rotation of the fan and, during fan rotation, to detect the speed of rotation; and a controller characterized in that the controller is adapted, based on an analysis of the optical sensor signal, to: implement an automatic turn on and/or turn off function of the fan; and/or detect the breathing cycles of a user. an air chamber ; a fan for drawing air from outside the air chamber into the air chamber and/or drawing air from inside the air chamber to the outside; an optical sensor for detecting rotation of the fan and, during fan rotation, to detect the speed of rotation; and a controller characterized in that the controller is adapted, based on an analysis of the optical sensor signal, to: implement an automatic turn on and/or turn off function of the fan; and/or detect the breathing cycles of a user. implement an automatic turn on and/or turn off function of the fan; and/or detect the breathing cycles of a user.
A friction pad assembly for a disc brake in which at least one lining assembly is swingably supported on a guide plate receiving a braking torque and the lining assembly is pressed against a disc rotor, wherein the lining assembly includes a friction material which is pressed against the disc rotor during braking and a back plate which is fixed to a back surface of the friction material , and the back plate includes a plate fitting part swingably fitted to a guide hole provided in the guide plate , the plate fitting part is fitted into the guide hole such that a braking torque acting when the friction material is pressed against the disc rotor is transmitted from the plate fitting part to the guide plate , characterized in that a rotation regulator regulating a rotation of the lining assembly is integrally formed on a torque receiving plate fixed to the guide plate . the lining assembly includes a friction material which is pressed against the disc rotor during braking and a back plate which is fixed to a back surface of the friction material , and the back plate includes a plate fitting part swingably fitted to a guide hole provided in the guide plate , the plate fitting part is fitted into the guide hole such that a braking torque acting when the friction material is pressed against the disc rotor is transmitted from the plate fitting part to the guide plate , characterized in that a rotation regulator regulating a rotation of the lining assembly is integrally formed on a torque receiving plate fixed to the guide plate .
A resin composition comprising: a styrene-based resin; reinforced fibers; a compatibilizer having a reactive cyclic group; and a resin having a solubility parameter being different from that of the styrene-based resin and having at least one of an amide bond and an imide bond, wherein a content of the resin having a solubility parameter being different from that of the styrene-based resin and having at least one of an amide bond and an imide bond is from 1% by weight to 9% by weight with respect to the weight of the reinforced fibers. a styrene-based resin; reinforced fibers; a compatibilizer having a reactive cyclic group; and a resin having a solubility parameter being different from that of the styrene-based resin and having at least one of an amide bond and an imide bond, wherein a content of the resin having a solubility parameter being different from that of the styrene-based resin and having at least one of an amide bond and an imide bond is from 1% by weight to 9% by weight with respect to the weight of the reinforced fibers.
A receiver comprising: a storage unit adapted to store a signaling template, the signaling template being a template for generating a signaling instance, the signaling instance including signaling data required for reception and reproduction of a content; a communication unit adapted to receive difference information as data to be applied to the signaling template and used for generating a signaling instance; and a data processing unit adapted to generate the signaling instance by applying the difference information to the signaling template, wherein the difference information includes: an identifier of a signaling template to which difference information is applied; and an identifier of a signaling instance generated by the process of applying the difference information to the signaling template, the data processing unit is adapted to set a signaling instance identifier recorded in difference information to the signaling instance generated as a result of executing the process of applying the difference information by selecting and applying a signaling template including the same identifier as the identifier of the signaling template recorded in the difference information. a storage unit adapted to store a signaling template, the signaling template being a template for generating a signaling instance, the signaling instance including signaling data required for reception and reproduction of a content; a communication unit adapted to receive difference information as data to be applied to the signaling template and used for generating a signaling instance; and a data processing unit adapted to generate the signaling instance by applying the difference information to the signaling template, wherein the difference information includes: an identifier of a signaling template to which difference information is applied; and an identifier of a signaling instance generated by the process of applying the difference information to the signaling template, an identifier of a signaling template to which difference information is applied; and an identifier of a signaling instance generated by the process of applying the difference information to the signaling template, the data processing unit is adapted to set a signaling instance identifier recorded in difference information to the signaling instance generated as a result of executing the process of applying the difference information by selecting and applying a signaling template including the same identifier as the identifier of the signaling template recorded in the difference information.
A coated microcapsule comprising: a microcapsule comprising a polymeric shell and a liquid core material encapsulated therein; and a metallic coating surrounding said microcapsule; wherein the metallic coating comprises particles of a first metal adsorbed on said polymeric shell and a film of a second metal formed thereon; and wherein the metallic coating has a maximum thickness of 1000 nm. a microcapsule comprising a polymeric shell and a liquid core material encapsulated therein; and a metallic coating surrounding said microcapsule; wherein the metallic coating comprises particles of a first metal adsorbed on said polymeric shell and a film of a second metal formed thereon; and wherein the metallic coating has a maximum thickness of 1000 nm.
A damper device comprising: a first rotating body ; a second rotating body configured to rotate coaxially with the first rotating body ; a pair of intermediate members configured to rotate coaxially with the first rotating body and the second rotating body and disposed with the second rotating body interposed therebetween in an axial direction; an elastic mechanism including a first elastic body configured to elastically interconnect the first rotating body and at least one of the pair of intermediate members in a rotational direction and a second elastic body configured to elastically interconnect at least one of the pair of intermediate members and the second rotating body in the rotational direction; and a dynamic vibration absorber including a pair of mass bodies arranged with the pair of intermediate members interposed therebetween, and located at an outer side of the second rotating body in a radial direction, the damper device being characterized in that the first rotating body includes a pair of plate members and a spacer accommodated between the pair of plate members and having an outer diameter at a radial position where the dynamic vibration absorber is provided, and the spacer has a first stopper configured to restrict rotation of the second rotating body . a first rotating body ; a second rotating body configured to rotate coaxially with the first rotating body ; a pair of intermediate members configured to rotate coaxially with the first rotating body and the second rotating body and disposed with the second rotating body interposed therebetween in an axial direction; an elastic mechanism including a first elastic body configured to elastically interconnect the first rotating body and at least one of the pair of intermediate members in a rotational direction and a second elastic body configured to elastically interconnect at least one of the pair of intermediate members and the second rotating body in the rotational direction; and a dynamic vibration absorber including a pair of mass bodies arranged with the pair of intermediate members interposed therebetween, and located at an outer side of the second rotating body in a radial direction, the damper device being characterized in that the first rotating body includes a pair of plate members and a spacer accommodated between the pair of plate members and having an outer diameter at a radial position where the dynamic vibration absorber is provided, and the spacer has a first stopper configured to restrict rotation of the second rotating body .
Use of a coating composition, comprising MXene surface-modified with an organosilane compound; and an organic solvent for preparing a coating film or an EMI shielding composite.
A filter element comprising: a filter media ; a passive circuit provided on the filter media; the passive circuit having a notch in the form of at least one gap or break provided in the circuitry thereof being configured to provide a first state of the passive circuit in a clean state of the filter media; wherein a stream of a fluid is configured to be directed through the filter media , wherein the filter media is configured to remove particulates from the stream; wherein the media is configured to collect a buildup of particulates until a contaminated state in which the filter media is deformed or has reached a particular load of particulates, wherein in the contaminated state of the filter media the circuitry is configured to provide a second state of the passive circuit ; and wherein the filter media is pleated and the passive circuit is located within a pleat of the filter media ; and wherein a load of particulates on the filter media causes an increase in pressure on the filter element, wherein the increase in pressure causes deformation of at least one pleat of the pleated filter media , wherein the passive circuit comprises a first side having an open circuit with the notch and second side having a conductive material with a fold there between, wherein the first side and the second side are located on opposing sidewalls of the pleat of the filter media , and wherein deformation of the pleat causes the first side to contact with the second side and the conductive material closes the open circuit. a filter media ; a passive circuit provided on the filter media; the passive circuit having a notch in the form of at least one gap or break provided in the circuitry thereof being configured to provide a first state of the passive circuit in a clean state of the filter media; wherein a stream of a fluid is configured to be directed through the filter media , wherein the filter media is configured to remove particulates from the stream; wherein the media is configured to collect a buildup of particulates until a contaminated state in which the filter media is deformed or has reached a particular load of particulates, wherein in the contaminated state of the filter media the circuitry is configured to provide a second state of the passive circuit ; and wherein the filter media is pleated and the passive circuit is located within a pleat of the filter media ; and wherein a load of particulates on the filter media causes an increase in pressure on the filter element, wherein the increase in pressure causes deformation of at least one pleat of the pleated filter media , wherein the passive circuit comprises a first side having an open circuit with the notch and second side having a conductive material with a fold there between, wherein the first side and the second side are located on opposing sidewalls of the pleat of the filter media , and wherein deformation of the pleat causes the first side to contact with the second side and the conductive material closes the open circuit.
1. A gas delivery system comprising: - a gas cartridge ; - a canister comprising a case that defines a housing for containing the cartridge and a locknut ; said case comprising an opening for inserting and extracting the cartridge from the housing ; - a device for drawing gas from the cartridge , removably applied to the locknut ; - a means for retaining the cartridge inside said housing ; said retaining means being removably connected to the case and obstructing the extraction of the cartridge through the opening ; wherein said locknut and said case are unremovably connected to each other, characterised in that said locknut and said case are made of two distinct materials. - a gas cartridge ; - a canister comprising a case that defines a housing for containing the cartridge and a locknut ; said case comprising an opening for inserting and extracting the cartridge from the housing ; - a device for drawing gas from the cartridge , removably applied to the locknut ; - a means for retaining the cartridge inside said housing ; said retaining means being removably connected to the case and obstructing the extraction of the cartridge through the opening ;
An organic light emitting display device comprising: a first substrate including a black matrix positioned on one surface of the first substrate, an overcoating layer formed of a semi-permeable material and configured to planarize the surface of the first substrate by covering an area where the black matrix is present and an area where the black matrix is not present, and a touch electrode layer disposed on the overcoating layer ; and a second substrate in which pixels each including an organic light emitting element layer are disposed on one surface of the second substrate and bonded to the first substrate to face each other, wherein the black matrix is positioned corresponding to a boundary of each pixel region, characterized in that the first substrate and the second substrate are formed of materials having flexibility, and the overcoating layer is formed of a semi-permeable material having a visible light transmissivity of 45% to 80%, said material being a material in which an organic dye is homogeneously dissolved in a polymer, or a material in which at least one among particle-shaped graphite, carbon nanoparticles, and carbon nanotubes are dispersed in a polymer. a first substrate including a black matrix positioned on one surface of the first substrate, an overcoating layer formed of a semi-permeable material and configured to planarize the surface of the first substrate by covering an area where the black matrix is present and an area where the black matrix is not present, and a touch electrode layer disposed on the overcoating layer ; and a second substrate in which pixels each including an organic light emitting element layer are disposed on one surface of the second substrate and bonded to the first substrate to face each other, wherein the black matrix is positioned corresponding to a boundary of each pixel region, characterized in that the first substrate and the second substrate are formed of materials having flexibility, and the overcoating layer is formed of a semi-permeable material having a visible light transmissivity of 45% to 80%, said material being a material in which an organic dye is homogeneously dissolved in a polymer, or a material in which at least one among particle-shaped graphite, carbon nanoparticles, and carbon nanotubes are dispersed in a polymer.
A system of identifying a payload destination, the system including: one or more sensors located on a lifting machine; and an identifying module configured to: receive a plurality of inputs from the one or more sensors , the plurality of inputs being associated with payload delivery from the lifting machine; characterised in that the identifying module is further configured to: define a plurality of input destination identifiers based on the plurality of inputs; compare the plurality of input destination identifiers with stored identifiers in order to establish one or more destination match estimates; and identify the payload destination based on the one or more destination match estimates. one or more sensors located on a lifting machine; and an identifying module configured to: receive a plurality of inputs from the one or more sensors , the plurality of inputs being associated with payload delivery from the lifting machine; characterised in that the identifying module is further configured to: define a plurality of input destination identifiers based on the plurality of inputs; compare the plurality of input destination identifiers with stored identifiers in order to establish one or more destination match estimates; and identify the payload destination based on the one or more destination match estimates. receive a plurality of inputs from the one or more sensors , the plurality of inputs being associated with payload delivery from the lifting machine; characterised in that the identifying module is further configured to: define a plurality of input destination identifiers based on the plurality of inputs; compare the plurality of input destination identifiers with stored identifiers in order to establish one or more destination match estimates; and identify the payload destination based on the one or more destination match estimates. define a plurality of input destination identifiers based on the plurality of inputs; compare the plurality of input destination identifiers with stored identifiers in order to establish one or more destination match estimates; and identify the payload destination based on the one or more destination match estimates.
A cell transduced to express a PD1-CD28 fusion protein for use in the treatment of a cancer characterized by the expression of a ligand for PD-1, wherein said PD-1-CD28 fusion protein comprises (a) a PD-1 polypeptide that comprises the extracellular and transmembrane domain of a PD-1 polypeptide and (b) the intracellular domain of a CD28 polypeptide, and wherein said cell is a T cell, a natural killer (NK) cell, a tumor-infiltrating lymphocyte (TIL), a myeloid cell or a mesenchymal cell.
Vehicle comprising: - a display device comprising a graphical user interface which is designed to display at least one graphic display object and to receive at least one input signal; and - an electronic control unit which is designed to receive the at least one input signal from the display device and transmit the input signal to at least one device in the vehicle and/or to receive at least one functionality signal from the at least one device in the vehicle and transmit the at least one functionality signal as an output signal to the display device , characterized in that - the electronic control unit is designed to receive an orientation signal (X) of at least one vehicle element , wherein the orientation signal (X) comprises information about a position and/or an orientation of the at least one vehicle element being in a first element position and/or orientation (P1); and - the electronic control unit is designed to adjust a position of the graphical user interface as a function of the orientation signal (X) of the at least one vehicle element , such that a relative position of the graphical user interface relative to the at least one vehicle element lies within a predefined tolerance. - a display device comprising a graphical user interface which is designed to display at least one graphic display object and to receive at least one input signal; and - an electronic control unit which is designed to receive the at least one input signal from the display device and transmit the input signal to at least one device in the vehicle and/or to receive at least one functionality signal from the at least one device in the vehicle and transmit the at least one functionality signal as an output signal to the display device , characterized in that - the electronic control unit is designed to receive an orientation signal (X) of at least one vehicle element , wherein the orientation signal (X) comprises information about a position and/or an orientation of the at least one vehicle element being in a first element position and/or orientation (P1); and - the electronic control unit is designed to adjust a position of the graphical user interface as a function of the orientation signal (X) of the at least one vehicle element , such that a relative position of the graphical user interface relative to the at least one vehicle element lies within a predefined tolerance.
A method for equipment networking, comprising: acquiring, by equipment, at least one of first information indicating a state of the equipment or second information indicating a state of peer equipment ; determining, by the equipment, whether a pre-set condition is met by at least one of the first information or the second information ; in response to determining that the pre-set condition is met by at least one of the first information or the second information, forming, by the equipment, a group with the peer equipment ; and after the equipment has formed the group with the peer equipment, quitting, by the equipment, the group formed with the peer equipment upon once again acquiring the first information triggered by a first physical operation or upon acquiring fourth information sent by the peer equipment according to a second physical operation, the fourth information indicating that the peer equipment is no longer a member of the group, wherein both the equipment and the peer equipment are output equipment capable of outputting data of a type, comprising at least one of display equipment capable of outputting image data, audio equipment capable of outputting audio data, or equipment capable of outputting control data. acquiring, by equipment, at least one of first information indicating a state of the equipment or second information indicating a state of peer equipment ; determining, by the equipment, whether a pre-set condition is met by at least one of the first information or the second information ; in response to determining that the pre-set condition is met by at least one of the first information or the second information, forming, by the equipment, a group with the peer equipment ; and after the equipment has formed the group with the peer equipment, quitting, by the equipment, the group formed with the peer equipment upon once again acquiring the first information triggered by a first physical operation or upon acquiring fourth information sent by the peer equipment according to a second physical operation, the fourth information indicating that the peer equipment is no longer a member of the group, wherein both the equipment and the peer equipment are output equipment capable of outputting data of a type, comprising at least one of display equipment capable of outputting image data, audio equipment capable of outputting audio data, or equipment capable of outputting control data.