mhurhangee/patent-ind-claim-en huggingface dataset:
A light emission assembly of a backlight module, comprising: a back plate , at least one light emission unit , provided on the back plate , the light emission unit including a light source , and a light absorption element , provided on the back plate , the light absorption element being provided around the light source , the light absorption element includes a plurality of sub-light absorption elements , the plurality of sub-light absorption elements are sequentially arranged from a position close to the light source to a position away from the light source ; characterized in that , a shape of each of the plurality of sub-light absorption elements includes a closed ring provided around the light source , and the plurality of sub-light absorption elements respectively include a black substance, a brown substance, and a gray substance, so that from the position close to the light source to a position away from the light source , light absorption rates of the plurality of sub-light absorption elements of the light absorption element gradually decrease; and the light absorption element being provided, at a position where a light emission intensity of the at least one light emission unit , is larger than an average value within a light emission angle in the case where the light absorption element is not provided. a back plate , at least one light emission unit , provided on the back plate , the light emission unit including a light source , and a light absorption element , provided on the back plate , the light absorption element being provided around the light source , the light absorption element includes a plurality of sub-light absorption elements , the plurality of sub-light absorption elements are sequentially arranged from a position close to the light source to a position away from the light source ; characterized in that , a shape of each of the plurality of sub-light absorption elements includes a closed ring provided around the light source , and the plurality of sub-light absorption elements respectively include a black substance, a brown substance, and a gray substance, so that from the position close to the light source to a position away from the light source , light absorption rates of the plurality of sub-light absorption elements of the light absorption element gradually decrease; and the light absorption element being provided, at a position where a light emission intensity of the at least one light emission unit , is larger than an average value within a light emission angle in the case where the light absorption element is not provided.
A matrix that supports a load bearing feature, the matrix being made up of a plurality of modular cells linked together horizontally, each cell being a single piece moulding that supports a compressive load placed thereon, each moulding including a void space for retaining soil and/or water, each void space being defined by: (a) a support member defining a substantially planar surface with an opening therein; and (b) at least one leg integral to and extending from the support member; and characterised in that the cells are releasably linked together by separate elongated linking members , each elongated linking member having a main horizontal length defining a distance of separation in a horizontal plane between adjacent cells, wherein the distance of separation is substantially equal to a width of each cell. (a) a support member defining a substantially planar surface with an opening therein; and (b) at least one leg integral to and extending from the support member; and
An armboard assembly comprising: an armboard deck comprising a cavity formed in a lower surface of the armboard deck ; an armboard mount ; and an engagement assembly movable relative to the armboard deck between an engaged position to engage the armboard mount and a disengaged position to disengage the armboard mount , the engagement assembly comprising: a handle including one or more legs extending from an upper surface of the handle , the one or more legs slidably engaging a leg recess formed in the armboard deck , the leg recess including an insertion hole and a channel extending from the insertion hole toward the armboard mount ; and an indexing member positioned within the cavity of the armboard deck and coupled to the handle , wherein the indexing member limits movement of the engagement assembly toward the disengaged position such that the one or more legs of the handle is maintained within the channel of the leg recess and does not extend into the insertion hole . an armboard deck comprising a cavity formed in a lower surface of the armboard deck ; an armboard mount ; and an engagement assembly movable relative to the armboard deck between an engaged position to engage the armboard mount and a disengaged position to disengage the armboard mount , the engagement assembly comprising: a handle including one or more legs extending from an upper surface of the handle , the one or more legs slidably engaging a leg recess formed in the armboard deck , the leg recess including an insertion hole and a channel extending from the insertion hole toward the armboard mount ; and an indexing member positioned within the cavity of the armboard deck and coupled to the handle , wherein the indexing member limits movement of the engagement assembly toward the disengaged position such that the one or more legs of the handle is maintained within the channel of the leg recess and does not extend into the insertion hole . a handle including one or more legs extending from an upper surface of the handle , the one or more legs slidably engaging a leg recess formed in the armboard deck , the leg recess including an insertion hole and a channel extending from the insertion hole toward the armboard mount ; and an indexing member positioned within the cavity of the armboard deck and coupled to the handle , wherein the indexing member limits movement of the engagement assembly toward the disengaged position such that the one or more legs of the handle is maintained within the channel of the leg recess and does not extend into the insertion hole .
A method for managing an elevator system , comprising: inputting a pre-call request corresponding to the elevator system remotely from a user terminal (S11), the pre-call request reflecting an elevator riding requirement at a future time point after the pre-call request is made; acquiring position information of the user terminal with respect to the elevator system(S 13); judging, based on the position information, whether a distance between the user terminal and the elevator system meets a predetermined condition (S14); and initiating a corresponding call request based on the pre-call request when the distance between the user terminal and the elevator system meets the predetermined condition (S15); characterised in that the position information acquiring step and the distance judging step are performed in the user terminal, and the user terminal performs real-time positioning to acquire the position information of the user terminal with respect to the elevator system in real time. inputting a pre-call request corresponding to the elevator system remotely from a user terminal (S11), the pre-call request reflecting an elevator riding requirement at a future time point after the pre-call request is made; acquiring position information of the user terminal with respect to the elevator system(S 13); judging, based on the position information, whether a distance between the user terminal and the elevator system meets a predetermined condition (S14); and initiating a corresponding call request based on the pre-call request when the distance between the user terminal and the elevator system meets the predetermined condition (S15); characterised in that the position information acquiring step and the distance judging step are performed in the user terminal, and the user terminal performs real-time positioning to acquire the position information of the user terminal with respect to the elevator system in real time.
A device for dispensing a fluid product, comprising a body provided with a dispensing orifice , two removable reservoirs each containing a single dose of fluid product to be dispensed, dispensing means (30, 30'; 35, 35') for dispensing said fluid products contained in said reservoirs , and actuating means for actuating said dispensing means (30, 30'; 35, 35'), said reservoirs being closed in a sealed manner before the dispensing device is actuated, the body comprising means for opening each reservoir , said opening means being adapted to open said reservoirs during actuation of the device, said reservoirs each forming a sealed unit which is separate from said body , each reservoir being filled with a respective fluid product and hermetically sealed before it is installed in said body , each reservoir comprising a hollow tube , comprising a first proximal axial opening and a second distal axial opening , said first axial opening being plugged by a first sealed closure , and said second axial opening being plugged by a second sealed closure ,said body comprising receiving means for lateral installation of said reservoirs in said body , said dispensing means (30, 30'; 35, 35') comprising a rod associated with each reservoir, said rods being axially displaceable and cooperating with the second sealed closure of each reservoir , each rod being associated with an actuating spring which is adapted for axially displacing said rods during actuation, said rods being secured to an axial slide extending out of said body , said axial slide being axially displaceable with respect to said body between a loaded position, in which said actuating springs are loaded, and an unloaded position after actuation, the user manually returning said slide to the loaded position after each actuation in order to reload said actuating springs .
A subtractive method for structuring a hydrogel comprising the following steps: - producing a hydrogel layer containing a benzophenone on a substrate , the hydrogel not possessing a photocleavable group; - bringing the hydrogel layer into contact with an oxygen reservoir ; - selectively illuminating the hydrogel layer with light capable of activating the benzophenone, to transform the illuminated zone of the hydrogel layer into a liquid; - removing the liquid. - producing a hydrogel layer containing a benzophenone on a substrate , the hydrogel not possessing a photocleavable group; - bringing the hydrogel layer into contact with an oxygen reservoir ; - selectively illuminating the hydrogel layer with light capable of activating the benzophenone, to transform the illuminated zone of the hydrogel layer into a liquid; - removing the liquid.
Magnetoresistive element comprising a first magnetic layer having a first magnetization ; a second magnetic layer having a second magnetization ; a tunnel barrier layer comprised between the first and the second magnetic layers ; and an antiferromagnetic layer , which comprises manganese, exchanged coupling the second magnetic layer such that the second magnetization is pinned below a critical temperature of the antiferromagnetic layer , and is freely varied when the antiferromagnetic layer is heated above the critical temperature; wherein the magnetoresistive element further comprises an oxygen gettering layer which comprises material that has better oxygen gettering properties than the antiferromagnetic layer and/or the second magnetic layer , and wherein the oxygen gettering layer is arranged in the magnetoresistive element such that it blocks diffusion of manganese from the antiferromagnetic layer into the second magnetic layer , wherein said oxygen gettering layer is comprised between the second magnetic layer and the antiferromagnetic layer ; characterized in that said oxygen gettering layer is further arranged in the magnetoresistive element such that it acts as an oxygen getter; and in that said oxygen gettering layer comprises magnesium.
An adjustable intraocular lens comprising: a lens body having a front surface and a rear surface , and comprising a central optic zone formed convexly in a first direction; characterized by an optical rod portion comprising optical rods, said optical rod portion arranged so that at least part thereof is included inside the central optic zone , and the optical rod portion surrounds an outer portion of the central optic zone , wherein the optical rod portion is arranged inside the lens body , wherein the optical rods are at least one of glass rods and optical fibers, and wherein a refractive index of the optical rod portion is different from a refractive index of the central optic zone , such that external light directed to the central optic zone passes through the central optic zone , and external light directed to the optical rod portion selectively passes through the optical rod portion depending on an incident angle, which is defined as an angle between a direction of a center line (CL) in a thickness direction of the adjustable intraocular lens and a direction of the incident light. a lens body having a front surface and a rear surface , and comprising a central optic zone formed convexly in a first direction; characterized by an optical rod portion comprising optical rods, said optical rod portion arranged so that at least part thereof is included inside the central optic zone , and the optical rod portion surrounds an outer portion of the central optic zone , wherein the optical rod portion is arranged inside the lens body , wherein the optical rods are at least one of glass rods and optical fibers, and wherein a refractive index of the optical rod portion is different from a refractive index of the central optic zone , such that external light directed to the central optic zone passes through the central optic zone , and external light directed to the optical rod portion selectively passes through the optical rod portion depending on an incident angle, which is defined as an angle between a direction of a center line (CL) in a thickness direction of the adjustable intraocular lens and a direction of the incident light.
Hub bearing/constant velocity joint assembly (1;1b;1c;1d) for vehicles, comprising: - a hub bearing unit with a radially outer ring or housing , a radially inner, annular, flanged hub , and a plurality of rolling bodies arranged between the annular housing and the flanged hub; - an annular element of a constant velocity joint , configured to engage with the flanged hub by means of an axial splined coupling arranged between the annular element and the flanged hub ; and - a clamping system comprising a screw element configured to engage with a threaded section formed on the flanged hub , and provided with a flange-shaped head configured to cooperate with the annular element and axially constrain the flanged hub and the annular element ; the assembly being characterized in that the clamping system further comprises an elastic ring and at least one annular seat (27;30) for the elastic ring, formed radially on the inside of the annular element and/or formed radially on the outside of the flange-shaped head , along a radially outer peripheral edge of the flange-shaped head. - a hub bearing unit with a radially outer ring or housing , a radially inner, annular, flanged hub , and a plurality of rolling bodies arranged between the annular housing and the flanged hub; a radially outer ring or housing , a radially inner, annular, flanged hub , and a plurality of rolling bodies arranged between the annular housing and the flanged hub; - an annular element of a constant velocity joint , configured to engage with the flanged hub by means of an axial splined coupling arranged between the annular element and the flanged hub ; and - a clamping system comprising a screw element configured to engage with a threaded section formed on the flanged hub , and provided with a flange-shaped head configured to cooperate with the annular element and axially constrain the flanged hub and the annular element ; the assembly being characterized in that the clamping system further comprises an elastic ring and at least one annular seat (27;30) for the elastic ring, formed radially on the inside of the annular element and/or formed radially on the outside of the flange-shaped head , along a radially outer peripheral edge of the flange-shaped head. a screw element configured to engage with a threaded section formed on the flanged hub , and provided with a flange-shaped head configured to cooperate with the annular element and axially constrain the flanged hub and the annular element ; the assembly being characterized in that the clamping system further comprises an elastic ring and at least one annular seat (27;30) for the elastic ring, formed radially on the inside of the annular element and/or formed radially on the outside of the flange-shaped head , along a radially outer peripheral edge of the flange-shaped head.
An adaptive self-tunable antenna system , comprising: a sensing antenna for detecting a near field radio frequency (RF) signal of an RF signal transmitted from a transmitting antenna , the RF signal comprising one or more of an analog modulated signal or a digital modulated signal; a band pass filter in communication with the sensing antenna, the band pass filter for generating a filtered near field RF signal from the near field RF signal; an RF detector in communication with the band pass filter, the RF detector for detecting a power of the filtered near field RF signal and outputting an RF strength control signal representing a strength of the filtered near field RF signal; and a processor in communication with the RF detector, the processor configured to receive the RF strength control signal and generate an antenna tuning control signal based on the RF strength control signal, wherein the antenna tuning control signal is for controlling an electrical length of the transmitting antenna with an antenna tuner, based on open-circuiting or short-circuiting one or more segments of a tuning network such that a strength of the RF signal transmitted by the transmitting antenna is maximized. a sensing antenna for detecting a near field radio frequency (RF) signal of an RF signal transmitted from a transmitting antenna , the RF signal comprising one or more of an analog modulated signal or a digital modulated signal; a band pass filter in communication with the sensing antenna, the band pass filter for generating a filtered near field RF signal from the near field RF signal; an RF detector in communication with the band pass filter, the RF detector for detecting a power of the filtered near field RF signal and outputting an RF strength control signal representing a strength of the filtered near field RF signal; and a processor in communication with the RF detector, the processor configured to receive the RF strength control signal and generate an antenna tuning control signal based on the RF strength control signal, wherein the antenna tuning control signal is for controlling an electrical length of the transmitting antenna with an antenna tuner, based on open-circuiting or short-circuiting one or more segments of a tuning network such that a strength of the RF signal transmitted by the transmitting antenna is maximized.
A device for recording movement data (DE2D) of a motor vehicle, the device comprising means for sensing and recording data from at least one acceleration measurement module (ACC) and at least one location module (GPS), which device is shaped as a rectangular parallelepiped comprising an anterior face (FA) and a posterior face, which device comprises attachment means (PVA, FIX) for attaching a windshield of a motor vehicle on the inner face, the attachment means being positioned on the anterior face of the movement data recording device and in that the anterior face (FA) further comprises at least one gate of at least one photovoltaic cell (CELL), positioned so that it can receive light from outside of the motor vehicle, said device being characterised in that it further comprises at least one housing for inserting an insurance voucher (PVA) and in that the housing for inserting an insurance voucher comprises the means for attaching said movement data recording device to said windshield.
An electronic device comprising: a housing comprising a first portion having an opening , a second portion opposite to the first portion, a third portion connecting the first portion and the second portion, and a fourth portion opposite to the third portion; a roll mounted in the housing ; a flexible display wound on the roll and being extendable and retractable through the opening based on a rotation direction of the roll ; a roll guide configured to guide the roll to move in a direction capable of maintaining a proceeding direction of the flexible display toward the opening in the housing , based on a variation in a wound length of the flexible display on the roll ; a display guide having a supporting surface configured to support the flexible display wound on the roll , and to guide the flexible display when the flexible display is unwound from the roll , toward the opening in the housing , a guide member disposed inside the housing on an inner surface of the first portion and comprising a curvature surface configured to guide the flexible display to proceed in a direction perpendicular to the inner surface of the first portion; and a push member configured to push the roll toward the display guide such that the flexible display wound on the roll contacts the supporting surface . a housing comprising a first portion having an opening , a second portion opposite to the first portion, a third portion connecting the first portion and the second portion, and a fourth portion opposite to the third portion; a roll mounted in the housing ; a flexible display wound on the roll and being extendable and retractable through the opening based on a rotation direction of the roll ; a roll guide configured to guide the roll to move in a direction capable of maintaining a proceeding direction of the flexible display toward the opening in the housing , based on a variation in a wound length of the flexible display on the roll ; a display guide having a supporting surface configured to support the flexible display wound on the roll , and to guide the flexible display when the flexible display is unwound from the roll , toward the opening in the housing , a guide member disposed inside the housing on an inner surface of the first portion and comprising a curvature surface configured to guide the flexible display to proceed in a direction perpendicular to the inner surface of the first portion; and a push member configured to push the roll toward the display guide such that the flexible display wound on the roll contacts the supporting surface .