mhurhangee/patent-ind-claim-en huggingface dataset:
A kit comprising a wall anchor comprising: a base plate including opposing major surfaces: a first insert plate pivotably coupled to an edge of the base plate at a first hinge segment , a second insert plate pivotably coupled to the base plate at a second hinge segment disposed at an opposite edge of the base plate from the first hinge segment, wherein each insert plate includes a curved prong extending from a surface of the respective insert plate at a location distal to the hinge segment, and characterised in that each insert plate includes a hook segment, and wherein the hook segments are cooperable to form a load bearing structure when the first insert plate and the second insert plate are pivoted to be adjacent a major surface of the base plate; and in that the kit includes one or more transfer structures , each transfer structure including a separable connection system and a marking aperture, wherein each transfer structure comprises a first adhesive transfer construction and a second adhesive transfer construction. a first insert plate pivotably coupled to an edge of the base plate at a first hinge segment , a second insert plate pivotably coupled to the base plate at a second hinge segment disposed at an opposite edge of the base plate from the first hinge segment, wherein each insert plate includes a curved prong extending from a surface of the respective insert plate at a location distal to the hinge segment, and characterised in that each insert plate includes a hook segment, and wherein the hook segments are cooperable to form a load bearing structure when the first insert plate and the second insert plate are pivoted to be adjacent a major surface of the base plate; and in that the kit includes one or more transfer structures , each transfer structure including a separable connection system and a marking aperture, wherein each transfer structure comprises a first adhesive transfer construction and a second adhesive transfer construction.
A mobile terminal , comprising: a display panel ; a cover body , located on a light emitting side of the display panel ; a photoelectric conversion apparatus , located in a display region (A) of the mobile terminal ; a bearer layer , comprising a non-polarized part , wherein the bearer layer is disposed between the cover body and the display panel , and the bearer layer is located in a partial transmissive region of the display region (A), wherein an orthographic projection of the photoelectric conversion apparatus on the bearer layer is located in an orthographic projection of the non-polarized part on the bearer layer , and the non-polarized part is configured to enable a polarization direction of light before the light passes through the non-polarized part to be the same as a polarization direction of the light after the light passes through the non-polarized part ; and an ink layer , disposed on a surface of the bearer layer , wherein the ink layer is located in a peripheral region (B) around the display region (A); wherein the ink layer is first silkscreen printed on a polyethylene terephthalate, PET, film layer by using the silkscreen printing process, and then the PET film layer on which the ink layer is silkscreen printed is attached to the cover body by using a full lamination technology. a display panel ; a cover body , located on a light emitting side of the display panel ; a photoelectric conversion apparatus , located in a display region (A) of the mobile terminal ; a bearer layer , comprising a non-polarized part , wherein the bearer layer is disposed between the cover body and the display panel , and the bearer layer is located in a partial transmissive region of the display region (A), wherein an orthographic projection of the photoelectric conversion apparatus on the bearer layer is located in an orthographic projection of the non-polarized part on the bearer layer , and the non-polarized part is configured to enable a polarization direction of light before the light passes through the non-polarized part to be the same as a polarization direction of the light after the light passes through the non-polarized part ; and an ink layer , disposed on a surface of the bearer layer , wherein the ink layer is located in a peripheral region (B) around the display region (A); wherein the ink layer is first silkscreen printed on a polyethylene terephthalate, PET, film layer by using the silkscreen printing process, and then the PET film layer on which the ink layer is silkscreen printed is attached to the cover body by using a full lamination technology.
An apparatus comprising: a flat substrate comprising a first surface, a second surface and a plurality of apertures extending through the substrate from the first surface to the second surface wherein the plurality of apertures respectively have a first end and a second end and wherein the substrate is arranged such that one or more photons incident on the first end of a respective aperture pass through the respective aperture to the second end ; and a plurality of photodetectors positioned such that a photodetector is overlaying the second end of each of the plurality of apertures wherein the plurality of photodetectors comprises graphene functionalised with quantum dots and wherein the plurality of apertures extend perpendicular to a plane of the second surface and a plane of the plurality of photodetectors and each of the plurality of apertures are parallel to each other. a flat substrate comprising a first surface, a second surface and a plurality of apertures extending through the substrate from the first surface to the second surface wherein the plurality of apertures respectively have a first end and a second end and wherein the substrate is arranged such that one or more photons incident on the first end of a respective aperture pass through the respective aperture to the second end ; and a plurality of photodetectors positioned such that a photodetector is overlaying the second end of each of the plurality of apertures wherein the plurality of photodetectors comprises graphene functionalised with quantum dots and wherein the plurality of apertures extend perpendicular to a plane of the second surface and a plane of the plurality of photodetectors and each of the plurality of apertures are parallel to each other.
An electronic device, comprising: one or more transceivers configured to transmit and receive extremely high throughput, EHT, wireless communications over multiple links; and a processor, coupled to the one or more transceivers, configured to: transmit to an EHT station, STA, via the one or more transceivers using one of the multiple links, a first frame comprising a multilink basic service set, BSS, identification, BSSID, wherein the multilink BSSID identifies the electronic device, and the multilink BSSID remains the same regardless of which link of the multiple links is used for transmission of the first frame; characterised by the processor being configured to: receive from the EHT STA, via the one or more transceivers using one link of the multiple links, a second frame comprising the multilink BSSID and a link-specific media access control, MAC, address corresponding to the one link; and derive from the link-specific MAC address, a multilink MAC address that identifies the EHT STA, wherein the multilink MAC address remains the same regardless of which link of the multiple links is used for reception of the second frame. one or more transceivers configured to transmit and receive extremely high throughput, EHT, wireless communications over multiple links; and a processor, coupled to the one or more transceivers, configured to: transmit to an EHT station, STA, via the one or more transceivers using one of the multiple links, a first frame comprising a multilink basic service set, BSS, identification, BSSID, wherein the multilink BSSID identifies the electronic device, and the multilink BSSID remains the same regardless of which link of the multiple links is used for transmission of the first frame; characterised by the processor being configured to: receive from the EHT STA, via the one or more transceivers using one link of the multiple links, a second frame comprising the multilink BSSID and a link-specific media access control, MAC, address corresponding to the one link; and derive from the link-specific MAC address, a multilink MAC address that identifies the EHT STA, wherein the multilink MAC address remains the same regardless of which link of the multiple links is used for reception of the second frame. receive from the EHT STA, via the one or more transceivers using one link of the multiple links, a second frame comprising the multilink BSSID and a link-specific media access control, MAC, address corresponding to the one link; and derive from the link-specific MAC address, a multilink MAC address that identifies the EHT STA, wherein the multilink MAC address remains the same regardless of which link of the multiple links is used for reception of the second frame.
A method of providing communications between a wearable first wireless electronic device and a second wireless electronic device , the method comprising: establishing a Body Area Network, BAN, link, through a human body of a user that is wearing the wearable first wireless electronic device , between the wearable first wireless electronic device and the second wireless electronic device , when the user touches a conductive button on the second wireless electronic device , automatically transmitting authentication information that unlocks a display screen of the second wireless electronic device , via the BAN link, from the wearable first wireless electronic device to the second wireless electronic device , when the user touches the conductive button on the second wireless electronic device , and receiving, at the wearable first wireless electronic device , the authentication information from the second wireless electronic device via a short-range over-the-air radio link, before establishing the BAN link. establishing a Body Area Network, BAN, link, through a human body of a user that is wearing the wearable first wireless electronic device , between the wearable first wireless electronic device and the second wireless electronic device , when the user touches a conductive button on the second wireless electronic device , automatically transmitting authentication information that unlocks a display screen of the second wireless electronic device , via the BAN link, from the wearable first wireless electronic device to the second wireless electronic device , when the user touches the conductive button on the second wireless electronic device , and receiving, at the wearable first wireless electronic device , the authentication information from the second wireless electronic device via a short-range over-the-air radio link, before establishing the BAN link.
A computer-implemented method performed by a data processing apparatus, the method comprising: receiving, from WiFi access points in an environment , reports, wherein a report comprises an identifier of a WiFi device , an indication of a connection to or disconnection from one of the WiFi access points , a time of the connection or disconnection, and an identifier of the one of the WiFi access points ; generating, from the reports, a connection sequence for the WiFi device , wherein the connection sequence comprises times of connections to and times of disconnections from the WiFi access points by the WiFi device ; determining, based on time periods of connection to any of the WiFi access points and time periods of disconnection from all of the WiFi access points in the connection sequence, whether the WiFi device is present in the environment or absent from the environment as of a specified time; and generating an indication of presence for a user associated with the WiFi device if it is determined that the WiFi device is present in the environment or generating an indication of absence for the user associated with the WiFi device if it is determined that the WiFi device is absent from the environment . receiving, from WiFi access points in an environment , reports, wherein a report comprises an identifier of a WiFi device , an indication of a connection to or disconnection from one of the WiFi access points , a time of the connection or disconnection, and an identifier of the one of the WiFi access points ; generating, from the reports, a connection sequence for the WiFi device , wherein the connection sequence comprises times of connections to and times of disconnections from the WiFi access points by the WiFi device ; determining, based on time periods of connection to any of the WiFi access points and time periods of disconnection from all of the WiFi access points in the connection sequence, whether the WiFi device is present in the environment or absent from the environment as of a specified time; and generating an indication of presence for a user associated with the WiFi device if it is determined that the WiFi device is present in the environment or generating an indication of absence for the user associated with the WiFi device if it is determined that the WiFi device is absent from the environment .
A dental varnish composition comprising a hydrogel system comprising: (a) at least one polyphenol having at least one phenol group, the at least one polyphenol including both tannic acid and gallic acid (b) at least one polymer comprising a functional group selected from the group consisting of hydroxy, amine, thiol, carboxyl, carbonyl, ester, imine, amide, and nitrile (c)a metal ion, and at least one fluoride source; preferably wherein the fluoride source is present in a concentration of from about 0.01 to about 10 weight percent based on a total weight of the composition; and wherein the hydrogel system is present in a concentration of from 5 to 95 weight percent based on a total weight of the composition, wherein the dental varnish is water soluble. (a) at least one polyphenol having at least one phenol group, the at least one polyphenol including both tannic acid and gallic acid (b) at least one polymer comprising a functional group selected from the group consisting of hydroxy, amine, thiol, carboxyl, carbonyl, ester, imine, amide, and nitrile (c)a metal ion, and at least one fluoride source; preferably wherein the fluoride source is present in a concentration of from about 0.01 to about 10 weight percent based on a total weight of the composition; and wherein the hydrogel system is present in a concentration of from 5 to 95 weight percent based on a total weight of the composition, wherein the dental varnish is water soluble.
A light polarisation converter for a photonic integrated circuit, comprising: A substrate (102, 102-4, 102-11) comprising a first surface (104, 104-4, 104-11) and a second surface (106, 106-4, 106-11), the substrate comprising a first substrate layer (134, 134-4, 134-11) and a second substrate layer (136, 136-4, 136-11), the first substrate layer comprising the first surface and the second substrate layer comprising the second surface; and a waveguide (108, 108-4, 108-11) comprising a first waveguide portion (110, 110-4, 110-11) in contact with the first surface, and a second waveguide portion (112, 112-4, 112-11) in contact with the second surface, wherein the second surface is offset from the first surface along a first axis (114, 114-4, 114-11) and a second axis (116, 116-4, 116-11) each perpendicular to a light propagation direction (118, 118-4, 118-11) for converting polarisation of the light, such that the second waveguide portion is offset from the first waveguide portion. A substrate (102, 102-4, 102-11) comprising a first surface (104, 104-4, 104-11) and a second surface (106, 106-4, 106-11), the substrate comprising a first substrate layer (134, 134-4, 134-11) and a second substrate layer (136, 136-4, 136-11), the first substrate layer comprising the first surface and the second substrate layer comprising the second surface; and a waveguide (108, 108-4, 108-11) comprising a first waveguide portion (110, 110-4, 110-11) in contact with the first surface, and a second waveguide portion (112, 112-4, 112-11) in contact with the second surface, wherein the second surface is offset from the first surface along a first axis (114, 114-4, 114-11) and a second axis (116, 116-4, 116-11) each perpendicular to a light propagation direction (118, 118-4, 118-11) for converting polarisation of the light, such that the second waveguide portion is offset from the first waveguide portion.
Middle seal block system for a lift and slide door , at least comprising: - a middle seal block for arrangement between a fixed sash and a structure profile which increases a ground sill , at least comprising a base which, in the assembled state, extends in a longitudinal direction of the structure profile , and a transverse bar which adjoins the base at a right angle, wherein at least one downwardly open sealant/adhesive chamber (19.1, 19.2) is configured on an underside which is to be turned towards the structure profile , said chamber having at least one fill opening (18.1, 18.2) which opens with respect to the upper side; characterized in that the middle seal block system - comprises a middle seal termination piece for insertion into a lower end face of a middle seal profile which is to be attached to the sliding sash , wherein - at least one support surface is configured on the base of the middle seal block, and a guide element which projects above the support surface is integrally formed on the base , - the guide element has, on the upper side thereof, a support surface (16.1) for a middle seal profile of the sliding sash , in which support surface at least one groove (16.2) which extends in the longitudinal direction is formed, and has, on a side which is to be turned towards the sliding sash , at least one oblique surface (16.3), and - the middle seal termination piece has at least one oblique surface which is to be arranged in a plane-parallel manner with respect to the oblique surface (16.3) of the guide element . - a middle seal block for arrangement between a fixed sash and a structure profile which increases a ground sill , at least comprising a base which, in the assembled state, extends in a longitudinal direction of the structure profile , and a transverse bar which adjoins the base at a right angle, wherein at least one downwardly open sealant/adhesive chamber (19.1, 19.2) is configured on an underside which is to be turned towards the structure profile , said chamber having at least one fill opening (18.1, 18.2) which opens with respect to the upper side; characterized in that the middle seal block system - comprises a middle seal termination piece for insertion into a lower end face of a middle seal profile which is to be attached to the sliding sash , wherein - at least one support surface is configured on the base of the middle seal block, and a guide element which projects above the support surface is integrally formed on the base , - the guide element has, on the upper side thereof, a support surface (16.1) for a middle seal profile of the sliding sash , in which support surface at least one groove (16.2) which extends in the longitudinal direction is formed, and has, on a side which is to be turned towards the sliding sash , at least one oblique surface (16.3), and - the middle seal termination piece has at least one oblique surface which is to be arranged in a plane-parallel manner with respect to the oblique surface (16.3) of the guide element .
Device for extracting water from laundry , having a press ram which can be moved up and down by a hydraulic cylinder and which has a ram plate with a pressing membrane which can be fastened therebelow, said pressing membrane having a membrane surface and a membrane collar which is integrally formed thereon, wherein the membrane collar is provided with a fastening ring for connecting the pressing membrane to the ram plate of the press ram , characterized in that the fastening ring is connected at least in a form-fitting manner to the membrane collar , and the form-fitting connection of the fastening ring to the membrane collar of the pressing membrane is realized by at least partial embedding of the fastening ring in the membrane collar .
An apparatus, comprising: an impedance layer comprising a layer of dielectric material , the impedance layer being attached to an electrically reflective ground plane ; and a plurality of resonators arranged within the dielectric material , wherein tuning a characteristic of the one or more resonators changes an absorption of radiation by the resonators and an amount of destructive interference caused by the dielectric material ; wherein at least one of the resonators includes a plurality of conductive elements electrically coupled via a resistive material , and wherein tuning the characteristic comprises applying an electrical signal to the resistive material to change an impedance of the resistive material adjacent the one or more resonators; wherein the destructive interference comprises destructive interference occurring between radiation reflecting from the one or more resonators and radiation reflecting from the ground plane. an impedance layer comprising a layer of dielectric material , the impedance layer being attached to an electrically reflective ground plane ; and a plurality of resonators arranged within the dielectric material , wherein tuning a characteristic of the one or more resonators changes an absorption of radiation by the resonators and an amount of destructive interference caused by the dielectric material ; wherein at least one of the resonators includes a plurality of conductive elements electrically coupled via a resistive material , and wherein tuning the characteristic comprises applying an electrical signal to the resistive material to change an impedance of the resistive material adjacent the one or more resonators; wherein the destructive interference comprises destructive interference occurring between radiation reflecting from the one or more resonators and radiation reflecting from the ground plane.
An attention focusing device for supplying a plurality of attention prompting signals to a user who has the device, the device comprising: a) a circuit for producing a plurality of attention prompting signals , the circuit providing a random different attention prompting signal each time the attention prompting signal is supplied; and b) a circuit for delivering the plurality of randomly produced attention prompting signals at a time when the user needs their attention focused; wherein the plurality of attention prompting signals randomly vary in type and time interval; characterized in that the plurality of attention prompting signals further randomly vary in frequency, intensity, tone, length of tone or note intensity, or in pattern. a) a circuit for producing a plurality of attention prompting signals , the circuit providing a random different attention prompting signal each time the attention prompting signal is supplied; and b) a circuit for delivering the plurality of randomly produced attention prompting signals at a time when the user needs their attention focused;