mhurhangee/ep-ind-claims huggingface dataset:
Modular fiber reinforced plastic poles, consisting of two or more successive hollow parts of constant cross section, said successive hollow parts having different sizes, said poles further consisting of annular joints of shape corresponding with the shape of the hollow parts that they connect, with circumferential grooves at both their sides suitable for fitting the hollow parts that they connect, whereby each hollow part is fitted with the other via the annular joints; characterized In that: said successive hollow parts have different shapes, and said modular fiber reinforced plastic poles further consist of a cap of shape corresponding to the shape of the upper hollow part, whereby the cap is fitted on the top of the upper hollow part of the pole, said successive hollow parts have different shapes, and said modular fiber reinforced plastic poles further consist of a cap of shape corresponding to the shape of the upper hollow part, whereby the cap is fitted on the top of the upper hollow part of the pole,
Elevator car defining an interior space for accommodating passengers and comprising a support frame positioned on a top side of the interior space; a support structure pivotably mounted to the support frame; and a working platform pivotably mounted to the support structure; wherein the support structure is pivotable with respect to the support frame and the working platform is pivotable with respect to the support structure between a retracted position, in which the working platform and the support structure are oriented close to the support frame, and a deployed position, in which the support structure extends away from the support frame towards the interior space and the working platform extends away from the support structure wherein the elevator car further comprises a linkage including linkage elements (32a, 32b), the elevator car characterised in that the linkage elements (32a, 32b) have a variable length and a first end of each linkage element (32a, 32b) is connected to the support frame and a second end of each linkage element (32a, 32b) is connected to the working platform. a support frame positioned on a top side of the interior space; a support structure pivotably mounted to the support frame; and a working platform pivotably mounted to the support structure; wherein the support structure is pivotable with respect to the support frame and the working platform is pivotable with respect to the support structure between a retracted position, in which the working platform and the support structure are oriented close to the support frame, and a deployed position, in which the support structure extends away from the support frame towards the interior space and the working platform extends away from the support structure wherein the elevator car further comprises a linkage including linkage elements (32a, 32b), the elevator car characterised in that the linkage elements (32a, 32b) have a variable length and a first end of each linkage element (32a, 32b) is connected to the support frame and a second end of each linkage element (32a, 32b) is connected to the working platform.
A method for detecting a target nucleic acid by sandwich hybridization using a detection probe that hybridizes with the target nucleic acid, and a capture probe immobilized on a support, wherein at least one nucleic acid base in the nucleic acid molecule(s) of the detection probe is substituted with a photoreactive group, said method comprising the step of hybridizing the target nucleic acid with a detection probe to form a complex; irradiating, with light, the formed complex to form a covalent bond(s) between the photoreactive group(s) in the detection probe and a nucleic acid base(s) in the target nucleic acid; and hybridizing the complex after the formation of the covalent bond(s) with a capture probe immobilized on a support.
A display module, comprising: a substrate; a thin film transistor layer disposed on a surface of the substrate; a plurality of LED packages comprising a connection substrate and a plurality of LEDs disposed on a first surface of the connection substrate; a wiring configured to electrically connect the TFT layer and the plurality of LEDs, wherein the wiring comprises a first wiring for electrically coupling with the plurality of LEDs on the first surface of the connection substrate, and a second wiring for electrically coupling with the TFT layer on a second surface of the connection substrate; and characterised in that a black matrix is formed between each of the plurality of LED packages on the TFT layer; the display module further comprises a molding part configured to cover the plurality of LED packages and the black matrix, and the molding part covers the TFT layer exposed between the plurality of LED packages. a substrate; a thin film transistor layer disposed on a surface of the substrate; a plurality of LED packages comprising a connection substrate and a plurality of LEDs disposed on a first surface of the connection substrate; a wiring configured to electrically connect the TFT layer and the plurality of LEDs, wherein the wiring comprises a first wiring for electrically coupling with the plurality of LEDs on the first surface of the connection substrate, and a second wiring for electrically coupling with the TFT layer on a second surface of the connection substrate; and characterised in that a black matrix is formed between each of the plurality of LED packages on the TFT layer; the display module further comprises a molding part configured to cover the plurality of LED packages and the black matrix, and the molding part covers the TFT layer exposed between the plurality of LED packages.
A method of controlling a welding-type power supply comprising: providing a pulse welding current wave form having an arc current portion and a short circuit current portion; causing an arc state to be entered by retracting a welding wire and creating an arc; causing the short circuit state to be entered by advancing the wire; and causing the current to enter an arc current portion prior to the creation of the arc by coordinating the wave form with the wire retraction.
Method for inspecting tyres, having the steps of: - illuminating a surface region of a tyre to be inspected by means of an illumination device, wherein the illumination device has a plurality of light sources (16, 18, 20, 22, 24), which illuminate the surface region from two directions; - generating a plurality of two-dimensional image recordings of the illuminated surface region by means of at least one image recording device; and - evaluating the plurality of two-dimensional image recordings by means of an evaluation device in order to detect defects, flaws and/or damage on the surface of the tyre; wherein the plurality of two-dimensional image recordings are generated in different illumination states, and the evaluation of the plurality of two-dimensional image recordings comprises determining three-dimensional tread information relating to the surface of the tyre on the basis of the plurality of two-dimensional image recordings generated in different illumination states, wherein, when evaluating the plurality of two-dimensional image recordings, a photometric stereo analysis is carried out by the evaluation device on the basis of the plurality of two-dimensional image recordings generated in different illumination states, characterized in that the angles of incidence (α and β) which arise on account of the illumination of the surface region from two directions are in a range between 35 and 45 degrees. - illuminating a surface region of a tyre to be inspected by means of an illumination device, wherein the illumination device has a plurality of light sources (16, 18, 20, 22, 24), which illuminate the surface region from two directions; - generating a plurality of two-dimensional image recordings of the illuminated surface region by means of at least one image recording device; and - evaluating the plurality of two-dimensional image recordings by means of an evaluation device in order to detect defects, flaws and/or damage on the surface of the tyre; wherein the plurality of two-dimensional image recordings are generated in different illumination states, and the evaluation of the plurality of two-dimensional image recordings comprises determining three-dimensional tread information relating to the surface of the tyre on the basis of the plurality of two-dimensional image recordings generated in different illumination states, wherein, when evaluating the plurality of two-dimensional image recordings, a photometric stereo analysis is carried out by the evaluation device on the basis of the plurality of two-dimensional image recordings generated in different illumination states, characterized in that the angles of incidence (α and β) which arise on account of the illumination of the surface region from two directions are in a range between 35 and 45 degrees.
A filler neck for a fuel tank of a motor vehicle having at least one tubular section provided in the region of the filler inlet in order to receive the outlet pipe of a fuel delivery nozzle, and a flame barrier which is provided in the tubular section and surrounds the outlet pipe of the fuel delivery nozzle in the inserted state, wherein the flame barrier comprises at least two segments which are mounted resiliently in the radial direction of the tubular section, the diameter of the opening in the flame barrier for the outlet pipe of the fuel delivery nozzle being smaller in the prestressed state of the segments than the diameter of the outlet pipe of the fuel delivery nozzle, wherein in the inserted state of the outlet pipe of the fuel delivery nozzle small gaps are formed between the individual segments, characterized in that the small gaps formed between the individual segments are so that the distance between two segments in the radial direction is smaller than 2 mm, preferably smaller than 1.2 mm, and furthermore more preferably smaller than 0.9 mm, and in that the segments are electrically conductive and are connected in an electrically conducting manner to an electric ground.
An antifog hydrophilic polyurethane composition comprising: a. from 20% to 70% by weight side-chain ethylene oxide monomeric units, based on the total weight of the polyurethane; b. from 10% to 100% by weight of at least one low-molecular-weight main-chain polyol having a number-average molecular weight as determined according to the description of from 200 to 900 g/mol, based on the total weight of main-chain polyols present in the polyurethane; and c. an amount of acid-functional units effective to provide an acid number of from 1 to 100 mg KOH/g to the polyurethane. a. from 20% to 70% by weight side-chain ethylene oxide monomeric units, based on the total weight of the polyurethane; b. from 10% to 100% by weight of at least one low-molecular-weight main-chain polyol having a number-average molecular weight as determined according to the description of from 200 to 900 g/mol, based on the total weight of main-chain polyols present in the polyurethane; and c. an amount of acid-functional units effective to provide an acid number of from 1 to 100 mg KOH/g to the polyurethane.
A method in a wireless network, the method comprising: determining cells in which user equipment reside that desire a common multicast service; selecting at least one serving cell for transmitting the common multicast service; and selecting at least one extended serving cell from at least one neighbor cell, the extended serving cell being a cell wherein no user equipment that desires the common multicast service resides; wherein the selecting at least one extended serving cell is based on the at least one extended serving cell having a largest average interference with the serving cell, and either transmitting at least a portion of the same common multicast service on the selected at least one serving cell and at least one extended serving cell in the case that cell power is available in the extended serving cell, or blocking a resource element that is used by the extended serving cell in the case that cell power is unavailable at the extended serving cell. determining cells in which user equipment reside that desire a common multicast service; selecting at least one serving cell for transmitting the common multicast service; and selecting at least one extended serving cell from at least one neighbor cell, the extended serving cell being a cell wherein no user equipment that desires the common multicast service resides; wherein the selecting at least one extended serving cell is based on the at least one extended serving cell having a largest average interference with the serving cell, and either transmitting at least a portion of the same common multicast service on the selected at least one serving cell and at least one extended serving cell in the case that cell power is available in the extended serving cell, or blocking a resource element that is used by the extended serving cell in the case that cell power is unavailable at the extended serving cell.
Indication device (100, 200, 300, 400) for monitoring the structural integrity of a repair location (101, 201) on a laminate structure, manufactured from a composite material (102, 202), of a part of an aircraft outer skin, wherein the indication device (100, 200, 300, 400) has at least one elongate, thin indicator strip (110, 210, 310, 410, 510), which is detachably applied to an outer layer of the laminate structure in the immediate vicinity of the repair location (101, 201); wherein the indicator strip (110, 210, 310, 410, 510) is designed to indicate a predefined residual strength of an adhesive joint (103, 203, 303) of a repair patch (104, 204, 304) to the surrounding composite material (102, 202); wherein the indicator strip (110, 210, 310, 410, 510) is applied to the cured adhesive joint (103, 203, 303) by means of an adhesive; characterized in that the indicator strip (110, 210, 310, 410, 510) has a predefined prestress, which is matched to a target strength to be achieved of the adhesive joint (103, 203, 303) of the repair patch (104, 204, 304) to the surrounding composite material (102, 202). wherein the indication device (100, 200, 300, 400) has at least one elongate, thin indicator strip (110, 210, 310, 410, 510), which is detachably applied to an outer layer of the laminate structure in the immediate vicinity of the repair location (101, 201); wherein the indicator strip (110, 210, 310, 410, 510) is designed to indicate a predefined residual strength of an adhesive joint (103, 203, 303) of a repair patch (104, 204, 304) to the surrounding composite material (102, 202); wherein the indicator strip (110, 210, 310, 410, 510) is applied to the cured adhesive joint (103, 203, 303) by means of an adhesive; characterized in that the indicator strip (110, 210, 310, 410, 510) has a predefined prestress, which is matched to a target strength to be achieved of the adhesive joint (103, 203, 303) of the repair patch (104, 204, 304) to the surrounding composite material (102, 202).
A method of receiving information performed by a mobile terminal in a mobile communications network, comprising the steps of: receiving, from a serving network element, information related to an indication of whether a voice over internet protocol, VoIP, via packet switched, PS, domain is supported, during one of a routing area update, RAU, procedure and an attach procedure; identifying a voice call continuity, VCC, capability of the mobile terminal; and transmitting, to the serving network element, the VCC capability of the mobile terminal, wherein the information is based on a VoIP capability of the serving network element. receiving, from a serving network element, information related to an indication of whether a voice over internet protocol, VoIP, via packet switched, PS, domain is supported, during one of a routing area update, RAU, procedure and an attach procedure; identifying a voice call continuity, VCC, capability of the mobile terminal; and transmitting, to the serving network element, the VCC capability of the mobile terminal, wherein the information is based on a VoIP capability of the serving network element.
A texture processor comprising: a texture cache adapted to store textures; a controller configured to read a texture from among stored textures based on a texture request; a format converter configured to convert the read texture into a converted texture having a different format from the read texture, based on a degree of texture precision required by a graphics processing unit, GPU; and a texture filter configured to perform texture filtering using the converted texture, and characterized in that the format converter is configured to determine the degree of texture precision required by the GPU based on at least one of a texture filtering mode and a type of an application programming interface, API, used in the GPU, determine an output format of the converted texture based on a degree of texture precision required by the GPU, and output the converted texture in the determined output format. a texture cache adapted to store textures; a controller configured to read a texture from among stored textures based on a texture request; a format converter configured to convert the read texture into a converted texture having a different format from the read texture, based on a degree of texture precision required by a graphics processing unit, GPU; and a texture filter configured to perform texture filtering using the converted texture,
A method of stress-limited deceleration for managing engine component life in a part in an engine comprising: measuring a first temperature at a first location of the engine; measuring at least one of a pressure, a flow rate, or a rotational speed of the engine; estimating at least one of a stress or a strain of the part based on at least one of the first temperature, the pressure, the air flow rate, or the rotational speed of the engine; controlling a deceleration rate of the engine in response to at least one of the stress or the strain exceeding a predetermined threshold value, wherein the predetermined threshold values for stress and/or strain correspond to final steady-state stress or steady-state strain, plus a transient adjustment, and are determined as a function of operating conditions, wherein controlling the deceleration rate of the engine comprises controlling fuel flow delivered to the engine. measuring a first temperature at a first location of the engine; measuring at least one of a pressure, a flow rate, or a rotational speed of the engine; estimating at least one of a stress or a strain of the part based on at least one of the first temperature, the pressure, the air flow rate, or the rotational speed of the engine; controlling a deceleration rate of the engine in response to at least one of the stress or the strain exceeding a predetermined threshold value, wherein the predetermined threshold values for stress and/or strain correspond to final steady-state stress or steady-state strain, plus a transient adjustment, and are determined as a function of operating conditions, wherein controlling the deceleration rate of the engine comprises controlling fuel flow delivered to the engine.
Arrangement for fixing a component inside of a wind turbine, the arrangement comprising - a portion of a tower and - a direct fastener, wherein the direct fastener comprises a first part and a second part, wherein the portion of the tower is a portion of a wind turbine tower, wherein the first part of the direct fastener is driven into the portion of the tower and connected thereto by a combination of friction hold and bonding, and wherein the second part of the direct fastener protrudes the portion of the tower and is connectable to a component (10, 11). - a portion of a tower and - a direct fastener,
A wireless transmit/receive unit, WTRU, configured for selectively enabling and disabling reception of downlink signaling, the WTRU comprising: means for monitoring a buffer of the WTRU for uplink data to transmit, including monitoring the buffer when the reception of downlink signaling is disabled; means for transmitting an uplink channel allocation request on a condition that the buffer contains uplink data; means for, on a condition that reception of the downlink signaling is disabled and in response to the transmission of the uplink channel allocation request, enabling reception of the downlink signaling to allow the WTRU to receive an uplink channel allocation; means for, in response to receiving an uplink channel allocation, transmitting uplink data on an uplink channel; means for determining a time when hybrid automatic repeat request, HARQ, feedback is expected to be received, based on a preconfigured schedule, in response to the transmitted uplink data; and means for receiving the HARQ feedback at the expected time. means for monitoring a buffer of the WTRU for uplink data to transmit, including monitoring the buffer when the reception of downlink signaling is disabled; means for transmitting an uplink channel allocation request on a condition that the buffer contains uplink data; means for, on a condition that reception of the downlink signaling is disabled and in response to the transmission of the uplink channel allocation request, enabling reception of the downlink signaling to allow the WTRU to receive an uplink channel allocation; means for, in response to receiving an uplink channel allocation, transmitting uplink data on an uplink channel; means for determining a time when hybrid automatic repeat request, HARQ, feedback is expected to be received, based on a preconfigured schedule, in response to the transmitted uplink data; and means for receiving the HARQ feedback at the expected time.
Measuring device - having a moisture sensor for detecting the amount of moisture in a flowing medium, - having a temperature sensor for detecting the temperature of the flowing medium, - the moisture sensor and the temperature sensor being arranged on a common carrier, and - the carrier having flow-directing elements (4, 5), - the flow-directing elements (4, 5) being suitable for concentrating the flowing medium in the direction of one of the sensors, different partial flows of the flowing medium being combined and led in the direction of said sensor, - the carrier having a channel having an inlet opening through which the flowing medium flows into the channel, - the channel having a constricted region whose cross section is smaller than the cross section of the inlet opening, - one of the sensors from the set of moisture sensor and temperature sensor being arranged in the constricted region, characterized - in that the channel has a non-constricted region whose cross section is equal to the cross section of the inlet opening, and - the other sensor from the set of moisture sensor and temperature sensor being arranged in the non-constricted region. - having a moisture sensor for detecting the amount of moisture in a flowing medium, - having a temperature sensor for detecting the temperature of the flowing medium, - the moisture sensor and the temperature sensor being arranged on a common carrier, and - the carrier having flow-directing elements (4, 5), - the flow-directing elements (4, 5) being suitable for concentrating the flowing medium in the direction of one of the sensors, different partial flows of the flowing medium being combined and led in the direction of said sensor, - the carrier having a channel having an inlet opening through which the flowing medium flows into the channel, - the channel having a constricted region whose cross section is smaller than the cross section of the inlet opening, - one of the sensors from the set of moisture sensor and temperature sensor being arranged in the constricted region, characterized - in that the channel has a non-constricted region whose cross section is equal to the cross section of the inlet opening, and - the other sensor from the set of moisture sensor and temperature sensor being arranged in the non-constricted region.