mhurhangee/ep-ind-claims huggingface dataset:
A single-core optical transceiver, which is an optical transceiver for transmitting or receiving an optical signal through a single optical fiber which is plastic optical fiber, comprising a light emitting device for transmitting the optical signal and a light receiving device for receiving the optical signal, wherein the light emitting device is an LED arranged on a light receiving surface of the light receiving device so as to be coaxial with the light receiving surface, characterized in that the light emitting device is configured including a sapphire substrate arranged on a central region of the light receiving surface of the light receiving device so as to be coaxial with the light receiving surface, and a nitride semiconductor layer laid on the sapphire substrate, wherein the wavelength of the optical signal transmitted from the light emitting device is from 450 nm to 600 nm.
A tire having a tread portion, a pair of opposing sidewall portions, and a pair of shoulder portions each arranged between the tread portion and one of the sidewall portions, wherein at least on one side of the tire the sidewall and shoulder portions (14, 16) comprise at least a first rubber compound and a second rubber compound, the second rubber compound having a material composition different from that of the first rubber compound, characterized in that the first rubber compound is made of a low hysteresis tire material to form a low hysteresis compound and/or in that the first rubber compound has a hysteresis which is lower than that of said second rubber compound; and in that, in inwardly axial direction, the first rubber compound extends to underneath the tread portion.
A method for transmitting a data unit by a transmitting device in a wireless communication system, the method comprising: submitting, by a packet data convergence protocol, PDCP, entity of the transmitting device, configured with a PDCP duplication function, a PDCP protocol data unit, PDU, which corresponds to a duplicated PDCP PDU 1, to a lower layer and starting a prohibit timer for the duplicated PDCP PDU 1; submitting, by the PDCP entity, the same PDCP PDU, which corresponds to a duplicated PDCP PDU 2, to the lower layer if the prohibit timer expires; and transmitting, by the transmitting device, the duplicated PDCP PDU 1 and the duplicated PDCP PDU 2, wherein the duplicated PDCP PDU 1 and the duplicated PDCP PDU 2 are loaded into transport blocks transmitted at different time instances. submitting, by a packet data convergence protocol, PDCP, entity of the transmitting device, configured with a PDCP duplication function, a PDCP protocol data unit, PDU, which corresponds to a duplicated PDCP PDU 1, to a lower layer and starting a prohibit timer for the duplicated PDCP PDU 1; submitting, by the PDCP entity, the same PDCP PDU, which corresponds to a duplicated PDCP PDU 2, to the lower layer if the prohibit timer expires; and transmitting, by the transmitting device, the duplicated PDCP PDU 1 and the duplicated PDCP PDU 2, wherein the duplicated PDCP PDU 1 and the duplicated PDCP PDU 2 are loaded into transport blocks transmitted at different time instances.
A charging device for a portable terminal, the charging device comprising: a charging cradle adapted to mount a portable terminal or a battery pack for a portable terminal, the charging cradle having a coupling recess; a multi-plug adapted to be mounted on the charging cradle by being inserted into the coupling recess such that it can be separated from the charging cradle; hook holes formed upon the charging cradle; and hooks provided upon the multi-plug and adapted to engage the hook holes; wherein the direction for inserting the multi-plug into the coupling recess and the direction for connecting the multi-plug to an external receptacle are perpendicular to each other; wherein the hooks are formed from leaf springs and adapted to protrude in a curved shape from the multi-plug such that during insertion of the multi-plug into the coupling recess, the hooks create friction against the inner walls of the coupling recess while allowing the multi-plug to be smoothly moved forward, and when the hooks are coupled to the hook holes, the hooks restrain backward movement of the multi-plug from the coupling recess; and wherein the charging device is characterised in that the hooks are adapted to be connected to a ground provided in the circuit of the charging cradle and further adapted to connect the ground of the circuit to a ground part of the external receptacle when the multi-plug is coupled to an external receptacle. a charging cradle adapted to mount a portable terminal or a battery pack for a portable terminal, the charging cradle having a coupling recess; a multi-plug adapted to be mounted on the charging cradle by being inserted into the coupling recess such that it can be separated from the charging cradle; hook holes formed upon the charging cradle; and hooks provided upon the multi-plug and adapted to engage the hook holes; wherein the direction for inserting the multi-plug into the coupling recess and the direction for connecting the multi-plug to an external receptacle are perpendicular to each other; wherein the hooks are formed from leaf springs and adapted to protrude in a curved shape from the multi-plug such that during insertion of the multi-plug into the coupling recess, the hooks create friction against the inner walls of the coupling recess while allowing the multi-plug to be smoothly moved forward, and when the hooks are coupled to the hook holes, the hooks restrain backward movement of the multi-plug from the coupling recess; and wherein the charging device is characterised in that the hooks are adapted to be connected to a ground provided in the circuit of the charging cradle and further adapted to connect the ground of the circuit to a ground part of the external receptacle when the multi-plug is coupled to an external receptacle.
A directivity control method for applying an emphasize or suppress to a pair of input signals (InL(k), InR(k)) input through a pair of microphones comprising a step of multiplying the pair of input signals by a sequentially updated coefficient m that converges towards a value corresponding to a phase difference between the pair of input signals and outputting a result (OutL(k), OutR(k)), and characterized in that the method further comprising the steps of: alternately interchanging the pair of input signals for each one sample through an interchange circuit to generate a pair of interchanged signals (InA(k), InB(k)); multiplying one of the interchanged signals (InA(k)) by the coefficient m, calculated one sample before, and calculating a difference between this interchanged signal and the other of interchanged signals (InB(k)) to generate an error signal between the interchanged signals; and calculating a recurrence formula of the coefficient m, the recurrence formula adding coefficient m calculated one sample before to an instant square error based on the error signal so as to update the coefficient m for each one sample. alternately interchanging the pair of input signals for each one sample through an interchange circuit to generate a pair of interchanged signals (InA(k), InB(k)); multiplying one of the interchanged signals (InA(k)) by the coefficient m, calculated one sample before, and calculating a difference between this interchanged signal and the other of interchanged signals (InB(k)) to generate an error signal between the interchanged signals; and calculating a recurrence formula of the coefficient m, the recurrence formula adding coefficient m calculated one sample before to an instant square error based on the error signal so as to update the coefficient m for each one sample.
An under-display camera structure, comprising: a display and a camera arranged under the display, wherein the display comprises display glass and display area backlight, an opening area is configured in the display area backlight above the camera, the display glass forms a convex glass in a direction of the opening area curving towards the camera, a flexible printed circuit board having an annular conical structure which is connected between the convex glass and the camera, so as to surround a viewing angle of the camera, and a plurality of lamp beads which are sequentially arranged on the flexible printed circuit board from a camera end to a convex glass end, wherein when the camera is in a turned-on state, a first-type lamp bead which is pre-determined in the plurality of lamp beads and is close to the camera end is in a turned off state, a predetermined second-type lamp beads far away from the camera are in a lighting state, and light emitted by the second-type lamp beads cannot be reflected to enter the viewing angle of the camera, forms a circle of light on the convex glass after being refracted by the convex glass, so as to make the convex glass display no images; and when the camera is in a turned-off state, the plurality of lamp beads are in a lighting state, and backlight is provided for the convex glass after refraction by the convex glass, light emitted by the plurality of lamp beads is concentrated and emitted upward out of the display under a converging action of the convex glass, so as to make the convex glass display images. a display and a camera arranged under the display, wherein the display comprises display glass and display area backlight, an opening area is configured in the display area backlight above the camera, the display glass forms a convex glass in a direction of the opening area curving towards the camera, a flexible printed circuit board having an annular conical structure which is connected between the convex glass and the camera, so as to surround a viewing angle of the camera, and a plurality of lamp beads which are sequentially arranged on the flexible printed circuit board from a camera end to a convex glass end, wherein when the camera is in a turned-on state, a first-type lamp bead which is pre-determined in the plurality of lamp beads and is close to the camera end is in a turned off state, a predetermined second-type lamp beads far away from the camera are in a lighting state, and light emitted by the second-type lamp beads cannot be reflected to enter the viewing angle of the camera, forms a circle of light on the convex glass after being refracted by the convex glass, so as to make the convex glass display no images; and when the camera is in a turned-off state, the plurality of lamp beads are in a lighting state, and backlight is provided for the convex glass after refraction by the convex glass, light emitted by the plurality of lamp beads is concentrated and emitted upward out of the display under a converging action of the convex glass, so as to make the convex glass display images.
Alumina having a water desorption index H defined by the following formula of 0.15 or less in a water adsorption/desorption isotherm at 25°C: water desorption index H = V d 0.5 − V a 0.5 ÷ V a 0.9 where V d0.5 represents a water adsorption amount [mg/g] per 1 g of alumina in a desorption isotherm at a relative water vapor pressure of 0.5, V a0.5 represents a water adsorption amount [mg/g] per 1 g of alumina in an adsorption isotherm at a relative water vapor pressure of 0.5, and V a0.9 represents a water adsorption amount [mg/g] per 1 g of alumina in the adsorption isotherm at a relative water vapor pressure of 0.9 which alumina is obtainable by being pulverized by a jet mill using as a pulverizing gas superheated steam having a temperature of 150 to 500°C and a pressure of 0.5 to 5 MPa wherein the temperature and pressure of the superheated steam are the temperature and pressure at a discharge port of a jet nozzle of the jet mill. V d0.5 represents a water adsorption amount [mg/g] per 1 g of alumina in a desorption isotherm at a relative water vapor pressure of 0.5, V a0.5 represents a water adsorption amount [mg/g] per 1 g of alumina in an adsorption isotherm at a relative water vapor pressure of 0.5, and V a0.9 represents a water adsorption amount [mg/g] per 1 g of alumina in the adsorption isotherm at a relative water vapor pressure of 0.9 which alumina is obtainable by being pulverized by a jet mill using as a pulverizing gas superheated steam having a temperature of 150 to 500°C and a pressure of 0.5 to 5 MPa wherein the temperature and pressure of the superheated steam are the temperature and pressure at a discharge port of a jet nozzle of the jet mill.
A feeder for insertion into a mould used for casting metals, having a feeder body enclosing a feeder cavity, consisting of a circumferential side wall, a top region as well as a base region comprising a feeder opening acting as the connection with the mould cavity, wherein the feeder body consists of an exothermic material which incinerates to produce heat in contact with the hot metal rising in the feeder cavity during the casting process and the outside of which is enclosed by a sleeve consisting of an insulating refractory material, wherein a breaker core consisting of a refractory material is disposed at the base region of the feeder, characterized in that the sleeve consisting of the insulating refractory material enclosing the feeder body extends over the breaker core consisting of the refractory material and reaches up to the contact surface of the feeder on a casting pattern forming the mould so that the additional insulating action of the outer sleeve extends to cover the breaker core and the connecting opening formed therein.
A microarray for detecting the type of mature B-cell neoplasm present in a sample, said microarray being a oligonucleotide array and comprising a substrate with a plurality of oligonucleotides corresponding to distinct genomic regions arrayed thereon, wherein genomic region means the portion of nucleic acid polymer that is contained within the human genome complement, wherein each of the oligonucleotides corresponding to the distinct genomic regions is individually capable of hybridizing to genetic material present in said sample, wherein the genomic regions are regions wherein an alteration therein is correlated to one or more types of mature B-cell neoplasm, and wherein the plurality of distinct genomic regions is all of the human genomic regions set forth in Table 6.
Cutting verification method for at least one fabric sheet arranged on a cutting plane, in a cutting system comprising a support beam, movable along a longitudinal dimension of said cutting plane, and at least one cutting element, coupled to said support beam and movable on said support beam, along a transversal dimension of said cutting plane, comprising the following steps: • detecting a snap-shot of said at least one fabric sheet arranged on said cutting plane by means of an image capture device; • loading said snap-shot on a control system; • characterised by verifying the alignment of at least one point of interest of said at least one fabric sheet with a corresponding point of interest of said cutting plane by means of said control system. • detecting a snap-shot of said at least one fabric sheet arranged on said cutting plane by means of an image capture device; • loading said snap-shot on a control system; • characterised by verifying the alignment of at least one point of interest of said at least one fabric sheet with a corresponding point of interest of said cutting plane by means of said control system.
A method in a behaviour monitoring server of monitoring a behaviour of an individual communication client in relation to a behaviour of a group of communication clients, wherein the individual communication client operates a communication terminal in a communication network and has joined or intends to join said client group for sharing client data, comprising the following steps executed by the behaviour monitoring server: - collecting the client data based on activities reflecting the individual communication client's behaviour in the communication network, said collected client data forming a resulting client behaviour profile that reflects the behaviour of the individual communication client, - comparing the collected client data with a group behaviour profile of said client group reflecting the behaviour of the client group in the communication network and including behavioural parameters of interest to the client group, wherein the group behaviour profile has been created based on activities of the members of the client group, and - issuing an alerting signal if an unacceptable behavioural deviation between the individual communication client and the client group is detected by finding that a measured behavioural parameter in the client behaviour profile or in the group behaviour profile falls outside a defined accepted parameter range, wherein the group behaviour profile is compared with said resulting client behaviour profile, and the alerting signal is issued if a behaviour of the client group, deemed unacceptable in view of the individual communication client is detected, wherein the group behaviour profile has been created based on a history of client data collected for activities reflecting the behaviour of the client group, and wherein the group behaviour profile is updated continuously based on client data collected based on further activities by the members in the client group. - collecting the client data based on activities reflecting the individual communication client's behaviour in the communication network, said collected client data forming a resulting client behaviour profile that reflects the behaviour of the individual communication client, - comparing the collected client data with a group behaviour profile of said client group reflecting the behaviour of the client group in the communication network and including behavioural parameters of interest to the client group, wherein the group behaviour profile has been created based on activities of the members of the client group, and - issuing an alerting signal if an unacceptable behavioural deviation between the individual communication client and the client group is detected by finding that a measured behavioural parameter in the client behaviour profile or in the group behaviour profile falls outside a defined accepted parameter range,
Sterile aqueous solution of an extract of tobacco leaves having a dry matter content of 0.05 to 150 mg/ml of sterile water, preferably of 0.5 to 100 mg/ml of sterile water, and more preferably of 1 to 20 mg/ml of sterile water.
Reversing device for a film web, having a take-off device, at least one turning device and at least one deflecting roller, where the film web can be guided by the take-off device over the at least one turning device and the at least one deflecting roller to a winding device, and the axes (AA, WA, UA) of the take-off device, the at least one turning device and the at least one deflecting roller are variable in angle relative to one another, characterized in that the at least one deflecting roller is formed as an expanding roller having an expanding capacity which increases towards the end faces (42, 44) of the deflecting roller, wherein the deflecting roller has on the circumferential surface, at least in some sections, expanding elements which have an angle of attack that increases in the direction of the end faces (42, 44) of the deflecting roller.
A rolled iron core traction transformer, comprising an iron core, wherein the iron core is formed by splicing two annealed iron-core closed single frames symmetrically, each iron-core closed single frame is formed by sequentially coiling continuous silicon steel sheets, the iron-core closed single frame having two iron-core column single bodies, which sections are semicircular, the iron core having two iron-core columns, which sections are circular, thereon formed by splicing two iron-core column single bodies, wherein each iron-core column is sequentially provided with a low voltage T winding, a low voltage F winding and a high voltage winding thereon from inside to outside; wherein two sides of each high voltage winding are respectively provided with a first tapping area and a second tapping area, the first tapping area being provided with low voltage side high voltage tapping outgoing lines, the second tapping area being provided with high voltage side high voltage tapping outgoing lines,two low voltage side high voltage tapping outgoing lines are connected together with a no-load voltage regulation switch, and two high voltage side high voltage tapping outgoing lines are connected together with another no-load voltage regulation switch, the side of the high voltage winding is provided with high voltage winding outgoing lines, low voltage T winding outgoing lines of the low voltage T winding is provided on one side of the opposite direction of the high voltage winding outgoing lines on the low voltage T winding, low voltage F winding outgoing lines of the low voltage F winding is provided on one side of the opposite direction of the high voltage winding outgoing lines on the low voltage F winding.
A contrast-amplifying support for the observation of a sample, deposited on said support, comprising a transparent substrate (MI, SS) carrying an absorbing layer whose complex refractive index N 1 =n 1 -jk 1 and thickness are chosen in such a way that said layer behaves in the guise of antireflection layer when it is illuminated under normal incidence at an illumination wavelength λ through said substrate, the face of said layer opposite to said substrate being in contact with a transparent so-called ambient medium whose refractive index n 3 is less than that of the refractive index n 0 of said substrate and in which, at said illumination wavelength λ, the refractive index n 0 of the substrate, the real and imaginary parts of the complex refractive index of the layer N 1 =n 1 -jk 1 and the thickness e 1 of the layer satisfy the following conditions: a) ν 1 2 = 1 + κ 1 2; b) δ 1 = n 0 / n 3 − 1 2 ν 1 κ 1 1 − e − κ 1 K; and c) κ 1 ≥ 0.01 and preferably κ 1 ≥ 0.1, where: - δ 1 = 2 πn 0 λ e 1; - ν 1 = n 1 n 0 n 3; - κ 1 = k 1 n 0 n 3; and - K = π / n 0 / n 3 − 1 n 0 / n 3 − 1 with a tolerance of less than or equal to 5%, and preferably less than or equal to 0.3%, for n 1 and k 1, and with a tolerance of less than or equal to 30% and preferably less than or equal to 5% for e 1. a) ν 1 2 = 1 + κ 1 2; b) δ 1 = n 0 / n 3 − 1 2 ν 1 κ 1 1 − e − κ 1 K; and c) κ 1 ≥ 0.01 and preferably κ 1 ≥ 0.1, where: - δ 1 = 2 πn 0 λ e 1; - ν 1 = n 1 n 0 n 3; - κ 1 = k 1 n 0 n 3; and - K = π / n 0 / n 3 − 1 n 0 / n 3 − 1 with a tolerance of less than or equal to 5%, and preferably less than or equal to 0.3%, for n 1 and k 1, and with a tolerance of less than or equal to 30% and preferably less than or equal to 5% for e 1. - δ 1 = 2 πn 0 λ e 1; - ν 1 = n 1 n 0 n 3; - κ 1 = k 1 n 0 n 3; and - K = π / n 0 / n 3 − 1 n 0 / n 3 − 1
Method for preparing a wine comprising the initiation of fermentation by inoculating the wine with fermenting bacteria of the genus Oenococcus in the form of a biofilm.