mhurhangee/ep-ind-claims huggingface dataset:
A turbofan engine including an exhaust casing through which passes a primary flow and surrounded by a secondary flow both circulating from upstream to downstream of the turbofan engine during operation, and an outlet cone having an upstream end carried by this exhaust casing, the outlet cone delimiting an inner space, wherein the exhaust casing includes a hollow radial arm crossing the primary flow which conveys part of the secondary flow in order to form a cooling flow (Fr) to cool down one or several component(s) located in the inner space, and wherein the outlet cone terminates in an opening for discharging the cooling flow (Fr) characterized in that the outlet cone includes a main wall and an inner lining wall which running parallel to the main wall over most of its surface area while being spaced therefrom so as to delimit, together with this main wall, an inter-wall space (Ei), and wherein a portion of the cooling flow (Fr) passes through the inter-wall space (Ei) before being discharged by the outlet opening, and wherein the inner lining wall comprises an upstream end that extends radially into the hollow radial arm to collect the portion of the cooling flow (Fr) that passes through the inter-wall space (Ei).
Apparatus for harvesting olives and similar products, of the type comprising a support body suitable to be grasped; a shaker unit comprising a containment box suitable to be mounted at the top of said support body; at least one comb sector (6, 60) shaping a support structure (9, 90, 99) carrying integral a plurality of teeth, carried mobile by said containment box; a motor unit for actuating said comb sector (6, 60); a motor shaft arranged substantially aligned to the longitudinal axis of said support body and suitable to be actuated in a rotary motion by said motor unit, characterized in that it comprises a first kinematic chain actuated in input by said motor shaft, suitable to transmit in output a first rotary motion, and a second kinematic chain actuated in input by said motor shaft and suitable to transmit in output a second motion of the type substantially alternated, said first kinematic chain and said second kinematic chain being connected to respective distanced portions of said support structure (9, 90, 99) to drive said teeth according to a swinging motion resulting from the combination of said first rotary motion and of said second motion of the type substantially alternated.
A coding method comprising: determining a coding mode of an input signal, based on characteristics of the input signal; extracting a linear prediction coefficient, LPC, from a low-frequency signal of the input signal; quantizing the LPC; performing code excited linear prediction, CELP, coding on an LPC excitation signal of the low-frequency signal of the input signal, when the coding mode of the input signal is a CELP coding mode, the LPC excitation signal being extracted using the quantized LPC; performing time-domain, TD, extension coding on a high-frequency signal of the input signal, when the CELP coding is performed on the LPC excitation signal; performing audio coding on the LPC excitation signal, when the coding mode of the input signal is an audio coding mode; and performing frequency-domain, FD, extension coding on the high-frequency signal of the input signal, when the audio coding is performed on the LPC excitation signal. determining a coding mode of an input signal, based on characteristics of the input signal; extracting a linear prediction coefficient, LPC, from a low-frequency signal of the input signal; quantizing the LPC; performing code excited linear prediction, CELP, coding on an LPC excitation signal of the low-frequency signal of the input signal, when the coding mode of the input signal is a CELP coding mode, the LPC excitation signal being extracted using the quantized LPC; performing time-domain, TD, extension coding on a high-frequency signal of the input signal, when the CELP coding is performed on the LPC excitation signal; performing audio coding on the LPC excitation signal, when the coding mode of the input signal is an audio coding mode; and performing frequency-domain, FD, extension coding on the high-frequency signal of the input signal, when the audio coding is performed on the LPC excitation signal.
A face equipment for mechanical extraction in longwall mining, in particular in the underground hard coal mining industry, comprising a face conveyor arranged along the mining wall, an extraction means that can be moved along the face conveyor, and shield support frames supported on the face conveyor at an angle thereto, characterized in that, in order to determine the height of the face opening in the area of the face conveyor, a flexible hose level with a liquid-filled hose placed between the face conveyor and the roof canopy of the shield support frame is installed on individual shield support frames, and a pressure sensor (23, 24, 28) is arranged on at least one end of the hose, wherein, in addition to considering a longitudinal and/or transverse inclination of the face conveyor and the shield support frame during face height determination, an inclination measuring device (25, 26) that permits the measurement of at least two tilting axes against the horizontal is arranged on the face conveyor and on the main component of the shield support frame exhibiting the end of the flexible hose level, and the pressure sensor (23, 24, 28) and inclination measuring devices (25, 26) are connected to an analyzing and control unit.
A pedestrian air-bag for a vehicle, the pedestrian air-bag comprising: a housing connectable to a lower end surface of a windshield side of a hood of the vehicle and having: a cut line formed at an upper portion of a rear surface in the housing; and a hinge part formed at a lower portion, wherein the cut line and the hinge part form an air-bag door; an air-bag module embedded in the housing; and a thermal damage preventing cover spaced apart from a lower portion of the housing, wherein the thermal damage preventing cover covers a lower surface and a front surface of the housing, and includes a rear end portion supporting the hinge part of the housing, characterized in that the hinge part of the housing protrudes downwardly from the lower portion of the housing. a housing connectable to a lower end surface of a windshield side of a hood of the vehicle and having: a cut line formed at an upper portion of a rear surface in the housing; and a hinge part formed at a lower portion, wherein the cut line and the hinge part form an air-bag door; a cut line formed at an upper portion of a rear surface in the housing; and a hinge part formed at a lower portion, wherein the cut line and the hinge part form an air-bag door; an air-bag module embedded in the housing; and a thermal damage preventing cover spaced apart from a lower portion of the housing, wherein the thermal damage preventing cover covers a lower surface and a front surface of the housing, and includes a rear end portion supporting the hinge part of the housing, characterized in that the hinge part of the housing protrudes downwardly from the lower portion of the housing.
A valve assembly for a feeding or drinking vessel, the valve assembly comprising: a lid with a valve seat surface; a valve element having a valve face opposing said valve seat surface, a centre axis and a rim; a biasing element configured such that, in a rest position, the valve face is biased against the valve seat surface; and an actuator arranged to transmit a force to move the valve face from the rest position upon the application of contact pressure from a user's lips; wherein the valve element rim is arranged to be anchored relative to the lid, and the biasing element is arranged intermediate the valve element centre axis and rim. a lid with a valve seat surface; a valve element having a valve face opposing said valve seat surface, a centre axis and a rim; a biasing element configured such that, in a rest position, the valve face is biased against the valve seat surface; and an actuator arranged to transmit a force to move the valve face from the rest position upon the application of contact pressure from a user's lips; wherein the valve element rim is arranged to be anchored relative to the lid, and the biasing element is arranged intermediate the valve element centre axis and rim.
Device for air-conditioning an indoor swimming pool, having at least one main air/air heat exchanger, which is suitable for transferring the heat content of exhaust air extracted from an indoor swimming pool and conducted in an exhaust-air line to outside air supplied to the indoor swimming pool by a line, wherein the cooled exhaust air is able to be discharged to the outside as outgoing air via at least one line, and wherein an exhaust-air bypass is branched off from the exhaust-air line in front of the main air/air heat exchanger and has a heat exchanger, characterized in that the exhaust-air bypass opens into the cold part of the main air/air heat exchanger on the outgoing-air side, and in that the heat exchanger arranged in the exhaust-air bypass is an air/water or air/air heat exchanger, which is able to be flowed through by the branched-off exhaust air in the exhaust-air bypass and is designed such that a fluid flows through it to be heated, the heat content of said fluid being able to be used inside or outside the indoor swimming pool.
A targeting construct, comprising a mutant human interferon alpha 2 coupled to a targeting moiety, wherein the mutant human interferon alpha 2 is mutated in one or more amino acids of the region 144-154 and has a reduced affinity for its interferon receptor and a reduced biological activity of less than 70% of the biological activity of the wild type interferon, and wherein the targeting moiety comprises a variable domain of camelid heavy chain antibodies directed to Her2, DC-STAMP, PD-L2, or CD20.
Method for the positionally correct attachment or introduction of valve or cover-sheet patches (11, 12, 13), imprints, coatings and/or embossings on or in components of tube pieces with the following method steps: a) recording images of the components of tube pieces with attached or introduced valve or cover-sheet patches (11, 12, 13), imprints, coatings and/or embossings, b) determining the positions of valve or cover-sheet patches (11, 12, 13), imprints, coatings and/or embossings relative to a reference point of the components of the tube pieces, c) calculating the deviation of the determined positions from the target positions characterized in that the positions of the valve or cover-sheet patches (11, 12, 13) and components of the tube pieces are changed by a value that follows from the determined deviation, the value that follows from the determined deviation being determined from a function that describes the deviations of the determined positions from the target positions on a time-dependent basis. a) recording images of the components of tube pieces with attached or introduced valve or cover-sheet patches (11, 12, 13), imprints, coatings and/or embossings, b) determining the positions of valve or cover-sheet patches (11, 12, 13), imprints, coatings and/or embossings relative to a reference point of the components of the tube pieces, c) calculating the deviation of the determined positions from the target positions
A portable medical data acquisition and communication device for storing tools necessary for personal therapy of a patient and establishing data communication with some of said tools to read out pieces of information stored therein and/or with one or more external databases to transmit said pieces of information into said databases, comprising - a housing having a first half piece, a second half piece and a closing element to close the two half pieces together and to open the two half pieces; and - electronics arranged within and integrated into the housing, the electronics comprising, as components, - a processor unit; - a memory unit; - at least one short-range communication device to communicate with the tools; - at least one long-range communication device to communicate with the one or more external databases; - a user interface; and - at least one trigger signal generating element; wherein said components are operatively connected with one another via the elecronics; characterized in that - the electronics further comprises a power supply to provide power for the functioning of the device; and - the long range communication device is configured for GPRS-based GSM communication and further comprises a SIM card. - a housing having a first half piece, a second half piece and a closing element to close the two half pieces together and to open the two half pieces; and - electronics arranged within and integrated into the housing, the electronics comprising, as components, - a processor unit; - a memory unit; - at least one short-range communication device to communicate with the tools; - at least one long-range communication device to communicate with the one or more external databases; - a user interface; and - at least one trigger signal generating element; wherein said components are operatively connected with one another via the elecronics; - a processor unit; - a memory unit; - at least one short-range communication device to communicate with the tools; - at least one long-range communication device to communicate with the one or more external databases; - a user interface; and - at least one trigger signal generating element; - the electronics further comprises a power supply to provide power for the functioning of the device; and - the long range communication device is configured for GPRS-based GSM communication and further comprises a SIM card.
Apparatus for removing a sterile object, in particular a tub, from an outer packaging, in particular a film bag, having a tensioning device which comprises a rotatable tensioning roller and a further tensioning element, a first portion of the outer packaging, in particular a tab-shaped portion, being clampable between the tensioning roller and the further tensioning element during a removal process, and the outer packaging being tensionable by rotating the tensioning roller when the first portion is clamped, having a cutting device for cutting open the tensioned outer packaging, and having a removal device for removing the sterile object from the cut-open outer packaging, characterized in that at least one piercing element is arranged on the tensioning roller, which piercing element comprises a gas supply channel having at least one inlet opening for supplying gas and at least one outlet opening, the piercing element being able to pierce into the outer packaging, in particular by rotating the tensioning roller, and gas being able to be injected into the outer packaging via the outlet opening of the pierced piercing element in order to fill the outer packaging with gas.
A vehicle sunroof controlling method, comprising the following steps: acquiring an environment parameter inside and outside a vehicle; establishing a corresponding environment parameter and sunroof opening degree model according to a sunroof opening degree record where a driver or passenger manually operates a vehicle sunroof and a current environment parameter record; inputting the acquired environment parameter into the corresponding environment parameter and sunroof opening degree model for predicting a sunroof opening degree; and controlling the sunroof opening degree of the vehicle according to a prediction result; characterized by the following steps: detecting a manual operation signal for the vehicle sunroof; recording a current environment parameter and a sunroof opening degree after detecting that the manual operation signal for the vehicle sunroof exceeds a preset time; and establishing the corresponding environment parameter and sunroof opening degree model by taking the current environment parameter record and the sunroof opening degree record as sample data. acquiring an environment parameter inside and outside a vehicle; establishing a corresponding environment parameter and sunroof opening degree model according to a sunroof opening degree record where a driver or passenger manually operates a vehicle sunroof and a current environment parameter record; inputting the acquired environment parameter into the corresponding environment parameter and sunroof opening degree model for predicting a sunroof opening degree; and controlling the sunroof opening degree of the vehicle according to a prediction result; characterized by the following steps: detecting a manual operation signal for the vehicle sunroof; recording a current environment parameter and a sunroof opening degree after detecting that the manual operation signal for the vehicle sunroof exceeds a preset time; and establishing the corresponding environment parameter and sunroof opening degree model by taking the current environment parameter record and the sunroof opening degree record as sample data. detecting a manual operation signal for the vehicle sunroof; recording a current environment parameter and a sunroof opening degree after detecting that the manual operation signal for the vehicle sunroof exceeds a preset time; and establishing the corresponding environment parameter and sunroof opening degree model by taking the current environment parameter record and the sunroof opening degree record as sample data.
An illumination device for generating white light that is suitable for car headlamps, comprising: - a semiconductor excitation light source for generating blue light; - a converter which exhibits a quantum efficiency of more than 70 % at elevated operating temperatures in the range from 200 °C to 250 °C, and which allows conversion from blue into yellow light at a color location near the white point in the chromaticity diagram; and - a filter which attenuates the green light component below 530 nm in the near-white point light emitted by the converter so as to obtain white illumination light as a result. - a semiconductor excitation light source for generating blue light; - a converter which exhibits a quantum efficiency of more than 70 % at elevated operating temperatures in the range from 200 °C to 250 °C, and which allows conversion from blue into yellow light at a color location near the white point in the chromaticity diagram; and - a filter which attenuates the green light component below 530 nm in the near-white point light emitted by the converter so as to obtain white illumination light as a result.
Coated steel reinforcing element, characterized in that it comprises one or more threadlike reinforcing elements, each comprising a steel core, and an adhesive layer coating at least a portion of the steel core of the or each threadlike reinforcing element, the coated steel reinforcing element being devoid of metal layer between the steel core of the or each threadlike reinforcing element and the adhesive layer, the adhesive layer comprising an adhesive composition comprising at least one phenol/aldehyde resin based on at least: - one aromatic aldehyde bearing at least one aldehyde functional group, comprising at least one aromatic nucleus; - one polyphenol comprising one or more aromatic nucleus/nuclei, it being understood that: ∘ in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted. - one aromatic aldehyde bearing at least one aldehyde functional group, comprising at least one aromatic nucleus; - one polyphenol comprising one or more aromatic nucleus/nuclei, it being understood that: ∘ in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted. ∘ in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted.
A system comprising a driver and a control module, the control module capable of translating a received control signal having a first control scheme into a driver control signal having a predetermined second control scheme, and capable of transmitting the driver control signal and an identity voltage (A i) to the driver, wherein the identity voltage is an identity of the first control scheme; and wherein the driver is capable of generating a driver output (I A) based on the identity voltage of the first control scheme and the driver control signal. the control module capable of translating a received control signal having a first control scheme into a driver control signal having a predetermined second control scheme, and capable of transmitting the driver control signal and an identity voltage (A i) to the driver, wherein the identity voltage is an identity of the first control scheme; and wherein the driver is capable of generating a driver output (I A) based on the identity voltage of the first control scheme and the driver control signal.
A Serial Attached SCSI expander comprising: multiple physical links with associated transceivers (PHYs), wherein the PHYs are configured into ports at the SAS expander; and a memory that defines routing attributes for each of the ports; characterized by a control unit operable to detect a discovery Serial Management Protocol request received at a port of the SAS expander, and in that the control unit is operable to set the routing attribute for the port to subtractive routing responsive to detecting the SMP request. multiple physical links with associated transceivers (PHYs), wherein the PHYs are configured into ports at the SAS expander; and a memory that defines routing attributes for each of the ports; characterized by a control unit operable to detect a discovery Serial Management Protocol request received at a port of the SAS expander, and in that the control unit is operable to set the routing attribute for the port to subtractive routing responsive to detecting the SMP request.