mhurhangee/patent-ind-claim-en huggingface dataset:
A pet carrying backpack comprising a backpack body comprising a bottom panel , a front panel , a back panel , a right-side panel, and a left-side panel that collectively form an interior compartment , the backpack body further comprising a top portion having a collar forming an opening which is configured to have a head of an animal disposed within the interior protrude, the collar being adjustable; shoulder straps disposed on and extending from the front panel ; paw holes disposed on a front of the backpack body above the shoulder straps and below the collar , the paw holes being configured to accommodate paws or legs of the animal; further comprising contouring straps that are configured to shape the interior compartment of the backpack ; and a pet carrying platform disposed on or within the bottom panel . a backpack body comprising a bottom panel , a front panel , a back panel , a right-side panel, and a left-side panel that collectively form an interior compartment , the backpack body further comprising a top portion having a collar forming an opening which is configured to have a head of an animal disposed within the interior protrude, the collar being adjustable; shoulder straps disposed on and extending from the front panel ; paw holes disposed on a front of the backpack body above the shoulder straps and below the collar , the paw holes being configured to accommodate paws or legs of the animal; further comprising contouring straps that are configured to shape the interior compartment of the backpack ; and a pet carrying platform disposed on or within the bottom panel .
Device for continuous gas exchange in a stream of a fluid mixture, with a nozzle for supplying a fluid mixture composed of several components into a volume filled by the fluid mixture when the device is in use, which nozzle has a conical annular gap arranged between a conical inner surface of a nozzle jacket and a guide cone and opening at its tip, at a nozzle opening , into the volume , and a fluid supply line opening tangentially into the conical annular gap , and with a separator for separating a first gas contained in the fluid mixture, which separator has a separating portion arranged in the volume and fluidically connected to an outlet line , with an inlet opening arranged concentrically with respect to the nozzle opening and axially spaced apart from the latter, and with at least one gas supply line which is fluidically connected to a gas source for a second gas to be dispersed into the fluid mixture and which, at an outlet , opens into the volume at a distance from the nozzle opening , at the level of the separating portion and radially to the outside of the latter.
A device for construction of self-supporting three-dimensional prestressed structures , said device comprising a number of symmetrically and radially positioned telescopic arms each hinged to a circle positioned at the center of the device, whereas at the tip of each telescopic arm there is a guide block holding a corresponding vertical rodlike member , characterized in that, the guide block comprises two parallel plates fixed to the telescopic arms , whereas between said plates are installed in sequence grooved rollers , with the opening between the two rollers being at least equal to the cross-sectional diameter of the vertical rodlike member to be held between them .
A pharmaceutical composition comprising Ramalin represented by a following Chemical Formula I as an active ingredient for use in the treatment or prevention of Alzheimer's disease:
A photoconversion arrangement comprising: a photoconversion sheet; an optical sheet, wherein the optical sheet is disposed over the photoconversion sheet facing a top surface of the photoconversion sheet; the photoconversion sheet comprising: a polymer matrix; and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and a strip overlapping an edge portion of the top surface of the photoconversion sheet, and contacting the edge portion of the photoconversion sheet, wherein the strip comprises at least one of: - a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and - a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer. a photoconversion sheet; an optical sheet, wherein the optical sheet is disposed over the photoconversion sheet facing a top surface of the photoconversion sheet; the photoconversion sheet comprising: a polymer matrix; and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and a strip overlapping an edge portion of the top surface of the photoconversion sheet, and contacting the edge portion of the photoconversion sheet, wherein the strip comprises at least one of: - a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and - a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer. a polymer matrix; and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and a strip overlapping an edge portion of the top surface of the photoconversion sheet, and contacting the edge portion of the photoconversion sheet, wherein the strip comprises at least one of: - a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and - a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer. - a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and - a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer.
A vehicular lighting fixture comprising: a housing ; a lamp unit , accommodated in the housing and configured to emit light in a front direction; an aiming mechanism , accommodated in the housing and configured to enable aim of the lamp unit in a vertical direction or a horizontal direction of a vehicle when the vehicular lighting fixture is mounted on the vehicle; and a leveling mechanism , accommodated in the housing and configured to level the lamp unit in the vertical direction of the vehicle independently of the aiming mechanism , wherein the lamp unit is supported by the aiming mechanism and the leveling mechanism , wherein the aiming mechanism includes an aiming bolt and an aiming nut configured to be screwed onto the aiming bolt ; wherein the leveling mechanism includes a leveling actuator and an actuator output shaft protruding from the leveling actuator and which is movable by the leveling actuator ; wherein the aiming mechanism and the leveling mechanism include a shared aiming/leveling bracket integrally molded with a resin; wherein the aiming nut is formed in the aiming/leveling bracket ; wherein a recess configured to accommodate the actuator output shaft is located on the aiming/leveling bracket , wherein the recess is located at or substantially at a front end portion of the aiming/leveling bracket , wherein the aiming nut is located at or substantially at a rear end portion of the aiming/leveling bracket , wherein the recess , where the actuator output shaft is accommodated, serves as a point of effort, characterized in that the recess is located on the central axis (Ax) of the aiming nut . a housing ; a lamp unit , accommodated in the housing and configured to emit light in a front direction; an aiming mechanism , accommodated in the housing and configured to enable aim of the lamp unit in a vertical direction or a horizontal direction of a vehicle when the vehicular lighting fixture is mounted on the vehicle; and a leveling mechanism , accommodated in the housing and configured to level the lamp unit in the vertical direction of the vehicle independently of the aiming mechanism , wherein the lamp unit is supported by the aiming mechanism and the leveling mechanism , wherein the aiming mechanism includes an aiming bolt and an aiming nut configured to be screwed onto the aiming bolt ; wherein the leveling mechanism includes a leveling actuator and an actuator output shaft protruding from the leveling actuator and which is movable by the leveling actuator ; wherein the aiming mechanism and the leveling mechanism include a shared aiming/leveling bracket integrally molded with a resin; wherein the aiming nut is formed in the aiming/leveling bracket ; wherein a recess configured to accommodate the actuator output shaft is located on the aiming/leveling bracket , wherein the recess is located at or substantially at a front end portion of the aiming/leveling bracket , wherein the aiming nut is located at or substantially at a rear end portion of the aiming/leveling bracket , wherein the recess , where the actuator output shaft is accommodated, serves as a point of effort,
An electrophoretic liquid, comprising a first type of pigment particles , a second type of pigment particles and a third type of pigment particles , wherein the first type of pigment particles , the second type of pigment particles and the third type of pigment particles are the same in particle size; the second type of pigment particles has a charge polarity the same as that of the third type of pigment particles , and the first type of pigment particles has a charge polarity opposite to that of the third type of pigment particles ; and wherein the first type of pigment particles , the second type of pigment particles and the third type of pigment particles have different colors from each other; the first type of pigment particles is white or black, while the second type of pigment particles is black or white, and the third type of pigment particles is colored rather than white or black; the first type of pigment particles , the second type of pigment particles and the third type of pigment particles are the same in charge strength such that they have same amount of charge; none of the first type of pigment particles , the second type of pigment particles and the third type of pigment particles has a threshold voltage; and the mass of the second type of pigment particles is 3-6 times that of the third type of pigment particles .
A heat-transfer device , comprising: an evaporator and a condenser with at least one fluid-guide to passively guide condensate in a direction of the evaporator , wherein the fluid-guide has at least one guide-structure protruding from a condenser wall of the condenser , characterised in that the fluid-guide has a capillary channel between two guide-structures , wherein the capillary channel has an upward slope in the direction of the evaporator .
A method of fabricating an opto-pyrotechnic initiator , the method comprising the following steps: a) forming a body having a cavity in which a pyrotechnic charge is to be received, the body also having an internal passage extending between the cavity containing the pyrotechnic charge and an inlet opening out in an outside face of said body; b) placing a first portion of an optical fiber in the internal passage of the body , with a second portion of the optical fiber extending beyond the inlet of the body , and a glass preform being interposed between the optical fiber and the inlet of the body ; and c) applying heat treatment to the glass preform to raise it to a temperature higher than the melting point of said glass preform so as to form a hermetic sealing element made of glass between the optical fiber and the inlet of the body . a) forming a body having a cavity in which a pyrotechnic charge is to be received, the body also having an internal passage extending between the cavity containing the pyrotechnic charge and an inlet opening out in an outside face of said body; b) placing a first portion of an optical fiber in the internal passage of the body , with a second portion of the optical fiber extending beyond the inlet of the body , and a glass preform being interposed between the optical fiber and the inlet of the body ; and c) applying heat treatment to the glass preform to raise it to a temperature higher than the melting point of said glass preform so as to form a hermetic sealing element made of glass between the optical fiber and the inlet of the body .
Transmitter-receiver arrangement for an apparatus for measuring a concentration of a first gas and/or for measuring a pressure in a headspace of a container , wherein the transmitter-receiver arrangement defines a measuring zone for accommodating said headspace, and wherein the transmitter-receiver arrangement comprises - a transmitter configured to emit electromagnetic radiation covering a wavelength range including an absorption line of said first gas, - a receiver configured to receive electromagnetic radiation in said wavelength range, said receiver and said transmitter being oriented with respect to each other such as to define a radiation path for said electromagnetic radiation from said transmitter across said measuring zone to said receiver, - a fixating element for fixating the transmitter-receiver arrangement to the apparatus or to a filling and/or closing machine, and - an electrically controllable actuator arrangement configured to cause at least one of - a common translatory and/or rotational displacement of said transmitter and of said receiver relative to said fixating element, - a mutual relative translatory and/or rotational displacement of said transmitter relative to said receiver, characterized in that said transmitter-receiver arrangement further comprises a casing defining an interior space and having an outer surface towards an exterior space, wherein said exterior space includes said measuring zone, and wherein said electrically controllable actuator arrangement is located in said interior space. - a transmitter configured to emit electromagnetic radiation covering a wavelength range including an absorption line of said first gas, - a receiver configured to receive electromagnetic radiation in said wavelength range, said receiver and said transmitter being oriented with respect to each other such as to define a radiation path for said electromagnetic radiation from said transmitter across said measuring zone to said receiver, - a fixating element for fixating the transmitter-receiver arrangement to the apparatus or to a filling and/or closing machine, and - an electrically controllable actuator arrangement configured to cause at least one of - a common translatory and/or rotational displacement of said transmitter and of said receiver relative to said fixating element, - a mutual relative translatory and/or rotational displacement of said transmitter relative to said receiver, - a common translatory and/or rotational displacement of said transmitter and of said receiver relative to said fixating element, - a mutual relative translatory and/or rotational displacement of said transmitter relative to said receiver,
A method for wireless communications performed by a base station in a network, comprising: determining a first bandwidth within a larger system bandwidth to transmit a first positioning reference signal, PRS, to a first type of user equipment,UE; determining a second bandwidth, different from the first bandwidth, within the system bandwidth to transmit a second PRS to a second type of UE; and transmitting information associated with the first PRS and the second PRS; further comprising: transmitting the first PRS and the second PRS in different subframes (702; 704; 802; 804; 806) associated with the first bandwidth and the second bandwidth. determining a first bandwidth within a larger system bandwidth to transmit a first positioning reference signal, PRS, to a first type of user equipment,UE; determining a second bandwidth, different from the first bandwidth, within the system bandwidth to transmit a second PRS to a second type of UE; and transmitting information associated with the first PRS and the second PRS; further comprising: transmitting the first PRS and the second PRS in different subframes (702; 704; 802; 804; 806) associated with the first bandwidth and the second bandwidth.
Modular prefabricated element (E), suitable for the structural construction of slabs in multistory buildings, comprising: - panel means , - beam means that are provided with blades inserted into perforated seats which are in said panel means , and - mechanical and adhesive fixing means that connect panel means and beam means to each other, characterized in that : - said panel means is a wood XLAM panel defined by several crossed layers of plywood made of hardwood board, - wherein the beam means are two steel collaborating beams jointly arranged below said panel and - each beam is made of two shaped press-formed elements made of steel which are welded together to form a single "omega" profile. - panel means , - beam means that are provided with blades inserted into perforated seats which are in said panel means , and - mechanical and adhesive fixing means that connect panel means and beam means to each other, - said panel means is a wood XLAM panel defined by several crossed layers of plywood made of hardwood board, - wherein the beam means are two steel collaborating beams jointly arranged below said panel and - each beam is made of two shaped press-formed elements made of steel which are welded together to form a single "omega" profile.
An in vitro method for the early detection of a potential inflammation caused by a rejection of a transplant, wherein the level of kynurenine in saliva is quantitatively determined and wherein the value of kynurenine measured in the patient to be diagnosed is compared with the average value obtained from a comparable cohort of persons who do not suffer from this disease, whereby the value of kynurenine in patients showing early signs of inflammation is increased.
A method comprising, by a computing system: accessing an image (100;150;201); generating a feature map for the image (100;150;201) using a neural network ; identifying a plurality of regions of interest in the feature map by processing the feature map using a region proposal network ; generating , based on target region definitions, a plurality of regional feature maps (501-503) for the plurality of regions of interest, respectively, by sampling the respective region of interest in the feature map for the image, wherein each of the plurality of regional feature maps (501-503) has a first dimension, a second dimension, and a third dimension and corresponds to a three-dimensional tensor; generating a first combined regional feature map by combining the plurality of regional feature maps (501-503), wherein the combined regional feature map has a first dimension, a second dimension, and a third dimension; is formed by tiling the regional feature maps (501-503) in at least one dimension; and combining the plurality of regional feature maps (501-503) comprises tiling the three-dimensional tensors corresponding to the regional feature maps together to form a larger three-dimensional tensor; generating a second combined regional feature map by processing the first combined regional feature map using one or more convolutional layers; and generating , for each of the plurality of regions of interest, information associated with an object instance based on a portion of the second combined regional feature map associated with that region of interest. accessing an image (100;150;201); generating a feature map for the image (100;150;201) using a neural network ; identifying a plurality of regions of interest in the feature map by processing the feature map using a region proposal network ; generating , based on target region definitions, a plurality of regional feature maps (501-503) for the plurality of regions of interest, respectively, by sampling the respective region of interest in the feature map for the image, wherein each of the plurality of regional feature maps (501-503) has a first dimension, a second dimension, and a third dimension and corresponds to a three-dimensional tensor; generating a first combined regional feature map by combining the plurality of regional feature maps (501-503), wherein the combined regional feature map has a first dimension, a second dimension, and a third dimension; is formed by tiling the regional feature maps (501-503) in at least one dimension; and combining the plurality of regional feature maps (501-503) comprises tiling the three-dimensional tensors corresponding to the regional feature maps together to form a larger three-dimensional tensor; generating a second combined regional feature map by processing the first combined regional feature map using one or more convolutional layers; and generating , for each of the plurality of regions of interest, information associated with an object instance based on a portion of the second combined regional feature map associated with that region of interest.