mhurhangee/patent-ind-claim-en huggingface dataset:
Heat exchanger for an oxygenator, comprising a plurality of tube sections each having a longitudinal tube axis , wherein - the tube sections are arranged in a bundle having a longitudinal bundle axis and spaces are formed between the tube sections , - the tube sections are connected to each other in at least one connecting section of the bundle by joining by way of chemical and/or physical bonded joints, - two connecting elements are provided, which each are arranged at a bundle end , - wherein the connecting elements are designed cylindrically, - the bundle is at least partially arranged in a housing , - the individual tube sections are directly connected to each other by adhesive bonding, whereby the bundle is formed independently and inherently dimensionally stable, - the spaces are free of flow obstacles, characterized in that - the prefabricated, dimensionally stable bundle is adhesively bonded to an inner side of the housing at the connecting sections via their outer cylinder surfaces. - the tube sections are arranged in a bundle having a longitudinal bundle axis and spaces are formed between the tube sections , - the tube sections are connected to each other in at least one connecting section of the bundle by joining by way of chemical and/or physical bonded joints, - two connecting elements are provided, which each are arranged at a bundle end , - wherein the connecting elements are designed cylindrically, - the bundle is at least partially arranged in a housing , - the individual tube sections are directly connected to each other by adhesive bonding, whereby the bundle is formed independently and inherently dimensionally stable, - the spaces are free of flow obstacles, characterized in that - the prefabricated, dimensionally stable bundle is adhesively bonded to an inner side of the housing at the connecting sections via their outer cylinder surfaces.
A computer-readable storage medium having a program recorded thereon, wherein the program makes a computer which is used by a user equipment, UE, to execute a data transmission method comprising: determining , by the UE, a security attribute of a session of the UE; sending , by the UE, a session establishment request message to a control plane node when the security attribute of the session of the UE does not meet a security requirement of an application, wherein the session establishment request message is used to request to establish a session corresponding to the security requirement of the application. determining , by the UE, a security attribute of a session of the UE; sending , by the UE, a session establishment request message to a control plane node when the security attribute of the session of the UE does not meet a security requirement of an application, wherein the session establishment request message is used to request to establish a session corresponding to the security requirement of the application.
. A drug delivery system which comprises a polynucleotide sequence susceptible of being cleaved by a specific nuclease derived from a bacterium or a mammalian cell, wherein the polynucleotide sequence comprises i) an oligonucleotide sequence of RNase-resistant modified RNA bases and/or nuclease-resistant DNA bases, acting as a resistant moiety, directly linked to ii) a polynucleotide sequence susceptible of being cleaved by a specific nuclease derived from a bacterium or a mammalian cell; wherein the polynucleotide sequence susceptible of being cleaved by a specific nuclease derived from a bacterium or a mammalian cell is in turn directly linked to a pharmacological active ingredient, wherein the polynucleotide sequence when cleaved at the cleaving site, releases the pharmacological active ingredient.
Electronic device comprising - anode, - cathode, - at least one emitting layer which is arranged between anode and cathode and in each case comprises one or more emitter compounds, which may be phosphorescent or fluorescent, - at least one p-doped layer A which is arranged between anode and emitting layer and which comprises a monotriarylamine as host, as well as - at least one non-p-doped layer layer B comprising a monotriarylamine which is arranged between anode and emitting layer and - a further non-p-doped layer C, comprising a monotriarylamine, between layer B and the emitting layer, characterised in that the p-doped layer A is arranged directly adjacent to the anode, and in that layer C is directly adjacent to the emitting layer. - anode, - cathode, - at least one emitting layer which is arranged between anode and cathode and in each case comprises one or more emitter compounds, which may be phosphorescent or fluorescent, - at least one p-doped layer A which is arranged between anode and emitting layer and which comprises a monotriarylamine as host, as well as - at least one non-p-doped layer layer B comprising a monotriarylamine which is arranged between anode and emitting layer and - a further non-p-doped layer C, comprising a monotriarylamine, between layer B and the emitting layer,
Exterior aircraft light unit comprising: a housing comprising an at least partially transparent external cover and a structural wall defining an interior space accommodating at least one light source ; at least one opening configured for venting the interior space ; a liquid-moisture-barrier sealing an outer end of the at least one opening thereby allowing wet air to exit from the interior space and preventing water from getting into interior space ; a support structure formed next to the opening within the interior space and supporting a hygroscopic material , which is arranged in fluid communication with the interior space for absorbing water and/or moisture from inside the interior space so that air entering or leaving the interior space passes both, the liquid-moisture-barrier and the hygroscopic material ; a sealing element sealing the interface between the hygroscopic material and the support structure for preventing air from bypassing the hygroscopic material ; and a heat conducting element arranged on the structural wall next to the support structure facing the interior space and providing a thermal connection between the hygroscopic material and the at least one light source for enhancing the transfer of heat from the at least one light source to the hygroscopic material . a housing comprising an at least partially transparent external cover and a structural wall defining an interior space accommodating at least one light source ; at least one opening configured for venting the interior space ; a liquid-moisture-barrier sealing an outer end of the at least one opening thereby allowing wet air to exit from the interior space and preventing water from getting into interior space ; a support structure formed next to the opening within the interior space and supporting a hygroscopic material , which is arranged in fluid communication with the interior space for absorbing water and/or moisture from inside the interior space so that air entering or leaving the interior space passes both, the liquid-moisture-barrier and the hygroscopic material ; a sealing element sealing the interface between the hygroscopic material and the support structure for preventing air from bypassing the hygroscopic material ; and a heat conducting element arranged on the structural wall next to the support structure facing the interior space and providing a thermal connection between the hygroscopic material and the at least one light source for enhancing the transfer of heat from the at least one light source to the hygroscopic material .
Automatic injection training device comprising: - an elongated housing having a distal and an opposite proximal end and extending along a longitudinally axis (L); - a tubular demo container axially and rotationally fixed relative to the elongated housing and having a tubular wall extending along the longitudinally axis (L) ; - a reloadable plunger assembly comprising a plunger which is movable in the demo container between a first and a second position and a first energy accumulating member configured to move the plunger from the first to the second position; - a biased needle cover assembly comprising a needle cover member which is movable in relation to the housing from an extended position to a retracted position and from the retracted position to the extended position, characterized in that - the automatic injection training device further comprises an actuation assembly configured to hold the plunger in the first position, wherein the needle cover member is configured to interact with the actuation assembly for releasing the plunger when the needle cover member is moved from the extended position to the retracted position and for preventing the needle cover member to be retracted when it is moved from the retracted position to the extended position. - an elongated housing having a distal and an opposite proximal end and extending along a longitudinally axis (L); - a tubular demo container axially and rotationally fixed relative to the elongated housing and having a tubular wall extending along the longitudinally axis (L) ; - a reloadable plunger assembly comprising a plunger which is movable in the demo container between a first and a second position and a first energy accumulating member configured to move the plunger from the first to the second position; - a biased needle cover assembly comprising a needle cover member which is movable in relation to the housing from an extended position to a retracted position and from the retracted position to the extended position, characterized in that - the automatic injection training device further comprises an actuation assembly configured to hold the plunger in the first position, wherein the needle cover member is configured to interact with the actuation assembly for releasing the plunger when the needle cover member is moved from the extended position to the retracted position and for preventing the needle cover member to be retracted when it is moved from the retracted position to the extended position.
An electrically assisted bicycle including a drive assisting system , comprising: a stem ; a handlebar including grips and extending from the stem in a width direction of the bicycle ; and an operation device attached near to one grip including a device main body and a mounting portion provided in the device main body and attached to the handlebar to hold an outer circumferential surface of the handlebar ; wherein the device main body includes: an operation surface not facing the handlebar ; an operation section for operating the drive assisting system ; characterised in that the device main body further includes: a light-receiving window in the operation surface for letting ambient light enter; and an illumination detection section which detects illumination in a surrounding environment based on the light from the light-receiving window ; and wherein the light-receiving window is on a side closer to the stem than is a geographic center-of-gravity point (A) of the operation surface with respect to an axial direction of the handlebar at a location where the mounting portion is attached. a stem ; a handlebar including grips and extending from the stem in a width direction of the bicycle ; and an operation device attached near to one grip including a device main body and a mounting portion provided in the device main body and attached to the handlebar to hold an outer circumferential surface of the handlebar ; wherein the device main body includes: an operation surface not facing the handlebar ; an operation section for operating the drive assisting system ; characterised in that the device main body further includes: a light-receiving window in the operation surface for letting ambient light enter; and an illumination detection section which detects illumination in a surrounding environment based on the light from the light-receiving window ; and wherein the light-receiving window is on a side closer to the stem than is a geographic center-of-gravity point (A) of the operation surface with respect to an axial direction of the handlebar at a location where the mounting portion is attached. a light-receiving window in the operation surface for letting ambient light enter; and an illumination detection section which detects illumination in a surrounding environment based on the light from the light-receiving window ; and wherein the light-receiving window is on a side closer to the stem than is a geographic center-of-gravity point (A) of the operation surface with respect to an axial direction of the handlebar at a location where the mounting portion is attached.
An electronic module , wherein the electronic module comprises a first substrate and a second substrate , wherein the first substrate supports an integrated antenna device , and wherein the first substrate is connected to the second substrate , wherein a top side of the first substrate rests on a bottom side of the second substrate , wherein the second substrate supports at least one electronic component embedded in the second substrate , wherein, in the second substrate , apart from the at least one electronic component , at least one shielding device in the form of a via is present on the side of the integrated antenna device , which is arranged next to the at least one electronic component and protects the embedded component from the electromagnetic signals of the integrated antenna device , characterized in that a reflector of the integrated antenna device is arranged on a bottom side of the first substrate which is opposite a side on which the integrated antenna device is basically located.
A method of transmitting symbols using a plurality of subcarriers simultaneously from a plurality of antennas, wherein each subcarrier is associated with a respective orthogonal matrix, the method comprising: transmitting the symbols from the plurality of antennas such that, for each antenna, the symbol transmitted from each subcarrier is multiplied by an element of a respective row of the matrix associated with the subcarrier, wherein the row is associated with the antenna; wherein the matrices are such that from each antenna, the symbol transmitted from at least one subcarrier is multiplied by a non-zero element, and the symbol transmitted from at least one other subcarrier is multiplied by a zero element, characterized in that the matrix associated with one of the subcarriers is different to the matrix associated with at least one other of the subcarriers. transmitting the symbols from the plurality of antennas such that, for each antenna, the symbol transmitted from each subcarrier is multiplied by an element of a respective row of the matrix associated with the subcarrier, wherein the row is associated with the antenna; wherein the matrices are such that from each antenna, the symbol transmitted from at least one subcarrier is multiplied by a non-zero element, and the symbol transmitted from at least one other subcarrier is multiplied by a zero element, characterized in that the matrix associated with one of the subcarriers is different to the matrix associated with at least one other of the subcarriers.
An imaging system for generating white light images and short wavelength visible images of tissue in response to a broad band illumination light that is delivered to a tissue sample and providing those images to one or more color video monitors, comprising: a color image sensor that receives reflected light from the tissue sample, the image sensor having a number of pixels sensitive to different wavelengths of light and which generate signals in response to the light received from the tissue sample; and an image processor coupled to receive signals produced by the color image sensor in response to illumination light reflected from the tissue having red, green, and blue color components, characterized in that the imaage processor is arranged to produce from the same broad band reflected white light signal transduced by the color image sensor a white light image of the tissue sample and a short wavelength image of the tissue sample, wherein the short wavelength image of the tissue is produced by calculating image signals that are stored in a memory minimizing a contribution from signals produced by the image sensor in response to red illumination light. a color image sensor that receives reflected light from the tissue sample, the image sensor having a number of pixels sensitive to different wavelengths of light and which generate signals in response to the light received from the tissue sample; and an image processor coupled to receive signals produced by the color image sensor in response to illumination light reflected from the tissue having red, green, and blue color components, characterized in that the imaage processor is arranged to produce from the same broad band reflected white light signal transduced by the color image sensor a white light image of the tissue sample and a short wavelength image of the tissue sample, wherein the short wavelength image of the tissue is produced by calculating image signals that are stored in a memory minimizing a contribution from signals produced by the image sensor in response to red illumination light.
Household appliance, specifically gas hob, comprising a horizontal appliance portion , preferably an appliance worktop, and one or more control elements provided at said appliance portion , the control element comprising a shaft (3.1), wherein an area between an opening of said appliance portion and a shaft (3.1) of the control element is sealed by a gasket , the gasket sealing a passage of the shaft (3.1) through the appliance portion , the gasket comprising: - a first gasket portion being adapted to provide a sealed connection around the shaft (3.1) of the control element ; - a second gasket portion adapted to be arranged below said appliance portion ; and - a coupling portion for coupling said first and second gasket portions ; wherein said gasket is adapted to seal a ring-shaped passage between said shaft (3.1) of the control element and the edge (4.1) of the opening of the appliance portion in order to avoid an ingress of liquid into one or more control element portions arranged below the gasket, characterized in that the first gasket portion comprises a lip (6.1) or neckband protruding upwardly from the coupling portion both in an assembled state and in a non-assembled state, wherein the radial width (W7) of the second gasket portion is greater than the radial width (W8) of the coupling portion , and wherein particularly said first gasket portion , preferably said lip (6.1), at least partially extends along said shaft (3.1) in that providing a tubular passage for said shaft (3.1). - a first gasket portion being adapted to provide a sealed connection around the shaft (3.1) of the control element ; - a second gasket portion adapted to be arranged below said appliance portion ; and - a coupling portion for coupling said first and second gasket portions ;
A method for making aesthetic images, logos, wordings, patterns and signs on a flexible sublayer consisting of a precision synthetic single thread woven square mesh or pore fabric having an even construction and mesh opening therethrough with constant weight, thickness, surface characteristics and temperature performance, and made by weaving a thread comprising a polymer material selected from the group consisting of polyester, polyamide, polypropylene, polyether-sulphone, polyimide, polyamideimide, polyphenylene sulphide, polyetheretherketone, polyvinylden fluoride and polytetrafluoroethylene, said flexible sublayer having mesh openings or pores in a range from 2500 to 0 micrometres, 4-600 threads/cm, a thread diameter of 100-500 micrometres, a weave, a 15-300 g/m 2 weight, a 15-1000 micrometres thickness, said fabric having first and second surfaces and partially or fully coating at least one of said first and second surfaces of said precision fabric by a metal, alloy or semiconductor and removing patterns from said at least one of said metal, alloy or semiconductor coated first and second surfaces by a laser beam, said laser beam being absorbed by said metal, alloy or semiconducor coating, removing said metal, alloy or semiconductor coating by evaporating, while passing through said polymer material which is transparent to the laser beam, said laser beam not altering said precision mesh or pore fabric thereby preserving perspiring, acoustic and filtering properties of said precision fabric, said laser beam operating either in a continuous or pulsed regimen range with a frequency from 100 Hz to 500 MHz, a pulse duration from 200 ns to 10 femtoseconds, a wavelength from 1080 nm to 354 nm, a power from 5 to 100 W, a laser beam spot with a size from 10 to 200 micrometres, said laser beam being focalized on said sublayer by a micrometrically controlled focalizing lens system, and being driven through said flexible sublayer by a combined movement of said laser beam and of said flexible sublayer.
A robot cleaner comprising: a sensing unit configured to detect the stuck situation of the robot cleaner ; and a driving unit to drive the robot cleaner, wherein the robot cleaner further comprises: a processor configured to: determine a rotation angle of the robot cleaner when the stuck situation is detected through the sensing unit , control the driving unit such that the robot cleaner rotates by the determined rotation angle, and control the driving unit such that the robot cleaner reverses by a certain distance after rotating by the rotation angle, characterized in that the processor is further configured to generate a virtual wall at a front position of the robot cleaner and reflect the virtual wall on a cleaning map, after the robot cleaner reverses by the certain distance. a sensing unit configured to detect the stuck situation of the robot cleaner ; and a driving unit to drive the robot cleaner, wherein the robot cleaner further comprises: a processor configured to: determine a rotation angle of the robot cleaner when the stuck situation is detected through the sensing unit , control the driving unit such that the robot cleaner rotates by the determined rotation angle, and control the driving unit such that the robot cleaner reverses by a certain distance after rotating by the rotation angle, characterized in that the processor is further configured to generate a virtual wall at a front position of the robot cleaner and reflect the virtual wall on a cleaning map, after the robot cleaner reverses by the certain distance. determine a rotation angle of the robot cleaner when the stuck situation is detected through the sensing unit , control the driving unit such that the robot cleaner rotates by the determined rotation angle, and control the driving unit such that the robot cleaner reverses by a certain distance after rotating by the rotation angle, characterized in that the processor is further configured to generate a virtual wall at a front position of the robot cleaner and reflect the virtual wall on a cleaning map, after the robot cleaner reverses by the certain distance.