mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light emitting device comprising: a substrate; a first electrode provided on the substrate; an organic material layer provided on the first electrode ; a second electrode pattern provided on the organic material layer and comprising two or more metal layers spaced apart from each other; and a fuse layer provided in an entire region of an upper surface of the second electrode pattern and gaps between the metal layers spaced apart from each other, wherein the metal layer and the fuse layer comprise the same material, wherein a thickness of the fuse layer is smaller than that of the metal layer and characterized in that the thickness of the fuse layer is from 10 nm to 100 nm, and a difference in thickness between the metal layer and the fuse layer is from 10 nm to 100 nm. a substrate; a first electrode provided on the substrate; an organic material layer provided on the first electrode ; a second electrode pattern provided on the organic material layer and comprising two or more metal layers spaced apart from each other; and a fuse layer provided in an entire region of an upper surface of the second electrode pattern and gaps between the metal layers spaced apart from each other, wherein the metal layer and the fuse layer comprise the same material, wherein a thickness of the fuse layer is smaller than that of the metal layer and characterized in that the thickness of the fuse layer is from 10 nm to 100 nm, and a difference in thickness between the metal layer and the fuse layer is from 10 nm to 100 nm.
Modular infrared radiation source which comprises: - a support provided with a flat wall ; - a membrane comprising two essentially parallel faces designated, respectively, front face and rear face , the membrane being adapted to emit an infrared radiation according to one and the other of its faces, and maintained in suspension with respect to the support , the rear face facing and at a distance D from the wall , said wall being further adapted to reflect the infrared radiation capable of being emitted by the membrane ; - electrostatic actuating means that comprise two electrodes designated, respectively, first electrode and second electrode , arranged facing each other, and intended, by application of a difference in electrostatic potential between said electrodes, to vary the distance D; the membrane and the electrostatic actuating means being laid out such that, for each wavelength, the infrared radiation emitted by the rear face is reflected by the wall , passes through the membrane from its rear face to its front face and interferes with the infrared radiation emitted by the front face . - a support provided with a flat wall ; - a membrane comprising two essentially parallel faces designated, respectively, front face and rear face , the membrane being adapted to emit an infrared radiation according to one and the other of its faces, and maintained in suspension with respect to the support , the rear face facing and at a distance D from the wall , said wall being further adapted to reflect the infrared radiation capable of being emitted by the membrane ; - electrostatic actuating means that comprise two electrodes designated, respectively, first electrode and second electrode , arranged facing each other, and intended, by application of a difference in electrostatic potential between said electrodes, to vary the distance D;
A device for fastening a structure, comprising: an automated fastening machine , for performing fastening functions, including a carriage , an arm , and an end effector , wherein the arm is mounted on the carriage and the end effector is mounted on the arm ; wherein the automated fastening machine is mounted on a track while performing the fastening functions, the track is mounted interior to a structure in order to access a first surface of the structure , and the first surface has one or more holes through which fasteners are inserted; and wherein the carriage traverses the track for positioning the arm and the end effector , the arm is attached to the carriage for positioning the end effector , and the end effector is attached to the arm for installing the fasteners into the holes of the first surface , wherein the end effector has a normality sensor configured to position the end effector relative to the first surface , and signals from the normality sensor are used to rotate the arm and end effector to achieve a perpendicular or substantially perpendicular orientation relative to the surface . an automated fastening machine , for performing fastening functions, including a carriage , an arm , and an end effector , wherein the arm is mounted on the carriage and the end effector is mounted on the arm ; wherein the automated fastening machine is mounted on a track while performing the fastening functions, the track is mounted interior to a structure in order to access a first surface of the structure , and the first surface has one or more holes through which fasteners are inserted; and wherein the carriage traverses the track for positioning the arm and the end effector , the arm is attached to the carriage for positioning the end effector , and the end effector is attached to the arm for installing the fasteners into the holes of the first surface , wherein the end effector has a normality sensor configured to position the end effector relative to the first surface , and signals from the normality sensor are used to rotate the arm and end effector to achieve a perpendicular or substantially perpendicular orientation relative to the surface .
A wearable device comprising: a case having a ring shape, the ring shape of the case defining an opening at a center of the case , the opening being configured to receive a wrist of a user; a projector located in the case , the projector being configured to output an image; characterized by a lens module configured to: receive the image from the projector at a side of the lens module ; adjust a direction of the image; adjust a size of the image; and project the image from a front of the lens module ; and a controller configured to control the projector and the lens module . a case having a ring shape, the ring shape of the case defining an opening at a center of the case , the opening being configured to receive a wrist of a user; a projector located in the case , the projector being configured to output an image; characterized by a lens module configured to: receive the image from the projector at a side of the lens module ; adjust a direction of the image; adjust a size of the image; and project the image from a front of the lens module ; and receive the image from the projector at a side of the lens module ; adjust a direction of the image; adjust a size of the image; and project the image from a front of the lens module ; and a controller configured to control the projector and the lens module .
A method of wireless communication of a user equipment, UE, comprising: determining a number of uplink timing groups configured for a plurality of component carriers; determining whether to transmit at least one of data or control information on one or more first component carriers of the plurality of component carriers concurrently with sounding reference signals, SRS on one or more second component carriers of the plurality of component carriers based at least in part on the number of uplink timing groups and on whether the UE is power limited from transmitting the at least one of the data or the control information concurrently with the SRS; transmitting the SRS on the one or more second component carriers concurrently with the at least one of the data or the control information when the UE is not power limited, when at least two uplink timing groups are determined, and when the one or more first component carriers and the one or more second component carriers comprise different component carriers; and refraining from transmitting the SRS on the one or more second component carriers concurrently with the at least one of the data or the control information when the UE is power limited. determining a number of uplink timing groups configured for a plurality of component carriers; determining whether to transmit at least one of data or control information on one or more first component carriers of the plurality of component carriers concurrently with sounding reference signals, SRS on one or more second component carriers of the plurality of component carriers based at least in part on the number of uplink timing groups and on whether the UE is power limited from transmitting the at least one of the data or the control information concurrently with the SRS; transmitting the SRS on the one or more second component carriers concurrently with the at least one of the data or the control information when the UE is not power limited, when at least two uplink timing groups are determined, and when the one or more first component carriers and the one or more second component carriers comprise different component carriers; and refraining from transmitting the SRS on the one or more second component carriers concurrently with the at least one of the data or the control information when the UE is power limited.
A vertical-channel cell array transistor structure comprising a semiconductor substrate ; a plurality of channels arranged in an array on the semiconductor substrate each of the plurality of channels extending perpendicularly from the semiconductor substrate; a gate insulating layer on the plurality of channels; a plurality of word lines on the semiconductor substrate and extending in a first direction; and a material layer on at least one surface of each of the plurality of word lines, characterised in that , the material layer is a two-dimensional, 2D, material. a semiconductor substrate ; a plurality of channels arranged in an array on the semiconductor substrate each of the plurality of channels extending perpendicularly from the semiconductor substrate; a gate insulating layer on the plurality of channels; a plurality of word lines on the semiconductor substrate and extending in a first direction; and a material layer on at least one surface of each of the plurality of word lines, characterised in that , the material layer is a two-dimensional, 2D, material.
A method for measuring an effective wind speed in the vicinity of an object , characterised in that it comprises the following steps: - pre-determining a reference point located at a thermal contact interface between the object and a piece of equipment , other than the object and of a temperature different from a temperature of a portion of the object remote from the equipment , in thermal contact with the object , - storing a model of temperature evolution in the object from the predetermined reference point , the model comprising an effective wind speed parameter, - capturing an infrared thermal image of the object and its reference point , using an infrared thermal image sensor , - transmission of the infrared thermal image to a computer , - location of the reference point in the infrared thermal image by the computer , - assessing in the infrared thermal image , by the computer , several temperature values (T) in the object from the located reference point , and - measurement of the effective wind speed by assessing a value (V) of this speed on the basis of a comparison of the estimated temperature values (T) with the stored model. - pre-determining a reference point located at a thermal contact interface between the object and a piece of equipment , other than the object and of a temperature different from a temperature of a portion of the object remote from the equipment , in thermal contact with the object , - storing a model of temperature evolution in the object from the predetermined reference point , the model comprising an effective wind speed parameter, - capturing an infrared thermal image of the object and its reference point , using an infrared thermal image sensor , - transmission of the infrared thermal image to a computer , - location of the reference point in the infrared thermal image by the computer , - assessing in the infrared thermal image , by the computer , several temperature values (T) in the object from the located reference point , and - measurement of the effective wind speed by assessing a value (V) of this speed on the basis of a comparison of the estimated temperature values (T) with the stored model.
A method for adjusting one or more plysteer parameters in a tire having a tread formed from a mold , comprising: providing a plurality of tread-molding elements defining a total plysteer contribution of the mold, comprising at least one of: one or more removable tread-molding elements with each element having a predetermined plysteer contribution; and at least one alternative removable tread-molding element having a predetermined plysteer contribution that differs from the predetermined plysteer contribution of the one or more removable tread-molding elements; characterized by substitution of at least one of the one or more removable tread-molding elements with at least one alternative removable tread-molding element to effect adjustment of the total plysteer contribution of the mold. providing a plurality of tread-molding elements defining a total plysteer contribution of the mold, comprising at least one of: one or more removable tread-molding elements with each element having a predetermined plysteer contribution; and at least one alternative removable tread-molding element having a predetermined plysteer contribution that differs from the predetermined plysteer contribution of the one or more removable tread-molding elements; one or more removable tread-molding elements with each element having a predetermined plysteer contribution; and at least one alternative removable tread-molding element having a predetermined plysteer contribution that differs from the predetermined plysteer contribution of the one or more removable tread-molding elements; characterized by substitution of at least one of the one or more removable tread-molding elements with at least one alternative removable tread-molding element to effect adjustment of the total plysteer contribution of the mold.
Reactor vessel for suspending media particles in a fluid, the reactor vessel having a center line and comprising: a reactor bottom , a number of air injection devices each comprising a nozzle having a nozzle axis extending transversely to the center line wherein adjacent reactor bottom areas of the reactor bottom extend in parallel fashion along the direction of the nozzle axis, each air injection device situated near the reactor bottom in a vertical mid plane having a first side and an opposite a second side, the reactor bottom on each side of the vertical mid plane sloping downward to a lower point situated below the air injection device; a draft tube extending along the center line, substantially above the air injection devices, and the number of air injection devices extend in a direction transversely to the center line at a horizontal distance from the draft tube , characterised in that each air injection device is spaced at a predetermined distance (H1) from the lower point of the reactor bottom , and in that for each air injection device a fluid passage is defined between a lower surface of the injection device and the bottom , one or more air exit openings of the injection device being provided in the nozzle and situated at the second side of the mid plane for providing an upward air stream, wherein on the second side a larger open surface of air exit openings is present than on the first side, such that particles can travel downward at the first side of the mid plane and can move through the fluid passage to the second side of the mid plane to be transported upward by the air stream. a reactor bottom , a number of air injection devices each comprising a nozzle having a nozzle axis extending transversely to the center line wherein adjacent reactor bottom areas of the reactor bottom extend in parallel fashion along the direction of the nozzle axis, each air injection device situated near the reactor bottom in a vertical mid plane having a first side and an opposite a second side, the reactor bottom on each side of the vertical mid plane sloping downward to a lower point situated below the air injection device; a draft tube extending along the center line, substantially above the air injection devices, and the number of air injection devices extend in a direction transversely to the center line at a horizontal distance from the draft tube , characterised in that each air injection device is spaced at a predetermined distance (H1) from the lower point of the reactor bottom , and in that for each air injection device a fluid passage is defined between a lower surface of the injection device and the bottom , one or more air exit openings of the injection device being provided in the nozzle and situated at the second side of the mid plane for providing an upward air stream, wherein on the second side a larger open surface of air exit openings is present than on the first side, such that particles can travel downward at the first side of the mid plane and can move through the fluid passage to the second side of the mid plane to be transported upward by the air stream.
A slide bearing for supporting a load, the slide bearing being made of synthetic resin and comprising; an upper case ; a lower case combined with the upper case; and a center plate in an annular shape, the center plate being placed between the upper case and the lower case and allowing relative rotation between the upper case and the lower case, wherein the center plate is integrally formed with one of the lower case or the upper case; wherein a joining surface of the one of the lower case or the upper case to the center plate has a plurality of grip parts grasped by a center-plate joining surface of the center plate to the one of the lower case or the upper case; characterized in that the grip parts are protrusions arranged in a pattern with a plurality of protrusions on each line in a radial direction and on each line in a circumferential direction, respectively. an upper case ; a lower case combined with the upper case; and a center plate in an annular shape, the center plate being placed between the upper case and the lower case and allowing relative rotation between the upper case and the lower case, wherein the center plate is integrally formed with one of the lower case or the upper case; wherein a joining surface of the one of the lower case or the upper case to the center plate has a plurality of grip parts grasped by a center-plate joining surface of the center plate to the one of the lower case or the upper case; characterized in that the grip parts are protrusions arranged in a pattern with a plurality of protrusions on each line in a radial direction and on each line in a circumferential direction, respectively.
A method for degrading perfluorinated compounds (PFCs), comprising the following steps: S10: uniformly mixing cetyltrimethylammonium bromide (CTAB), indoleacetic acid (IAA) and PFCs to obtain ternary mixed self-assembled micelles; and S20: illuminating the ternary mixed self-assembled micelles obtained in step S10 by a high-voltage mercury lamp to implement photoreaction to degrade PFCs. S10: uniformly mixing cetyltrimethylammonium bromide (CTAB), indoleacetic acid (IAA) and PFCs to obtain ternary mixed self-assembled micelles; and S20: illuminating the ternary mixed self-assembled micelles obtained in step S10 by a high-voltage mercury lamp to implement photoreaction to degrade PFCs.
A pharmaceutical composition or a formulation comprising nano-sized vesicles; wherein the nano-sized vesicles comprise a bolaamphiphilic compound and a biologically active compound, wherein the biologically active compound is CPT-11, the composition or formulation being for delivering the biologically active compound into a brain, and wherein the bolaamphiphilic compound is GLH-20: wherein the biologically active compound is CPT-11, the composition or formulation being for delivering the biologically active compound into a brain, and wherein the bolaamphiphilic compound is GLH-20:
Modular shower cabin for aircrafts comprising an integratable faucet unit and integrated technical facilities, like for example a water drain , an illumination, a ventilation device, oxygen masks or the like, wherein - the shower cabin comprises a center portion , in which an entrance area formed by a recess and a mounting for the faucet unit are provided, - and the shower cabin comprises a ceiling portion adjoining the center portion at the top, and a bottom portion adjoining the center portion at the bottom, - and the technical facilities are allocated to the ceiling portion and/or to the bottom portion , characterised in that - the center portion is formed by at least two structural components , and the structural components are connected with each other at their vertically running sides, wherein - at least one of the structural components has a radius , and the structural component at the end of the radius passes into a planar side wall , so that when installed in an aircraft a free space between the shower cabin and the side walls of an aircraft cabin adjacent to each other is provided by the radius , in which free space the faucet unit can be attached to the shower cabin from the outside. - the shower cabin comprises a center portion , in which an entrance area formed by a recess and a mounting for the faucet unit are provided, - and the shower cabin comprises a ceiling portion adjoining the center portion at the top, and a bottom portion adjoining the center portion at the bottom, - and the technical facilities are allocated to the ceiling portion and/or to the bottom portion , characterised in that - the center portion is formed by at least two structural components , and the structural components are connected with each other at their vertically running sides, wherein - at least one of the structural components has a radius , and the structural component at the end of the radius passes into a planar side wall , so that when installed in an aircraft a free space between the shower cabin and the side walls of an aircraft cabin adjacent to each other is provided by the radius , in which free space the faucet unit can be attached to the shower cabin from the outside.
A system for assessing wound exudate from a wound of a patient , said system comprising: a wound treatment device ; a wound drain line comprising a flow disruption element ; a source of light ; detecting means configured for detecting the light emitted by the light source for detecting one or more values of one or more physiological parameters of the wound exudate; analyzing means for analyzing the values of the one or more physiological parameters so as to obtain an assessment of the wound exudate, wherein the detecting means is integral with the wound drain line comprising the flow disruption element; and providing means for providing a treatment guideline based on the assessment; and in which the wound treatment device, the detecting means, the analyzing means, and the providing means are integrated. a wound treatment device ; a wound drain line comprising a flow disruption element ; a source of light ; detecting means configured for detecting the light emitted by the light source for detecting one or more values of one or more physiological parameters of the wound exudate; analyzing means for analyzing the values of the one or more physiological parameters so as to obtain an assessment of the wound exudate, wherein the detecting means is integral with the wound drain line comprising the flow disruption element; and providing means for providing a treatment guideline based on the assessment; and in which the wound treatment device, the detecting means, the analyzing means, and the providing means are integrated.