mhurhangee/ep-ind-claims huggingface dataset:
A blower arrangement for turbo machines, consisting of at least one spiral-shaped housing and at least one impeller having blade face sides, the impeller being accommodated in the spiral-shaped housing and being mounted to be rotatable about a rotational axis, wherein the spiral-shaped housing has at least one first inflow chamber (60, 280) and at least one second inflow chamber (50, 290), in which the first inflow chamber (60, 280) and the at least second inflow chamber (50, 290) are separated from one another via at least one housing wall section (760a - 760c), in which the outer edge of the at least one housing wall section (760a - 760c) facing the impeller forms a grip lip, in which the housing wall section (760a - 760c) extends in the direction of the inflow chambers (50, 290) and in which the first inflow chamber (60, 280) and the second inflow chamber (50, 290) are axially offset to one another, at least in sections, in relation to the rotational axis, wherein the beginning first inflow chamber (60, 280) and the ending second inflow chamber (50, 290) at least partially overlap one another in the region of the housing wall section (760a - 760c), and the housing wall section (760a - 760c) comprises at least one radial component (17, 310), wherein the first inflow chamber (60, 280) and the second inflow chamber (50, 290) are radially offset to one another in relation to the rotational axis, characterized in that the second inflow chamber (50, 290) forms at least in sections the outflow chamber for delivering the volume flow fed from the first inflow chamber (60, 280) through the spiral-shaped housing, wherein the first inflow chamber and the outflow chamber directly connect to the free blade face sides of the impeller in the region of the grip lip, namely in the radial direction in relation to the rotational axis.
A bioacoustic processing apparatus that processes an acoustic signal of a bioacoustic sensor attached to a body surface, the bioacoustic processing apparatus comprising: a noise extraction section that extracts, from the acoustic signal, a noise component included in the acoustic signal; and characterised in that it further comprises: a noise type classification section that classifies the extracted noise component according to a plurality of noise types respectively corresponding to different attachment states of the bioacoustic sensor, and that outputs information corresponding to a result of the classification. a noise extraction section that extracts, from the acoustic signal, a noise component included in the acoustic signal; and characterised in that it further comprises: a noise type classification section that classifies the extracted noise component according to a plurality of noise types respectively corresponding to different attachment states of the bioacoustic sensor, and that outputs information corresponding to a result of the classification.
A cleaning article for cleaning a target surface, said cleaning article comprising: a cleaning strip element comprising a plurality of strips, each strip extending from a respective proximal end to a respective distal end remote therefrom, said cleaning strip element having a first surface and a second surface opposed thereto, and a tow fiber bundle joined to said first surface of said cleaning strip element, said tow fiber bundle being oriented generally transverse to said strips, wherein the cleaning strip element comprises a serpentine folded member with the width decreasing as the distal edge of the cleaning strip element is approached, wherein the cleaning strip element includes a plurality of layers having plural widths. a cleaning strip element comprising a plurality of strips, each strip extending from a respective proximal end to a respective distal end remote therefrom, said cleaning strip element having a first surface and a second surface opposed thereto, and a tow fiber bundle joined to said first surface of said cleaning strip element, said tow fiber bundle being oriented generally transverse to said strips, wherein the cleaning strip element comprises a serpentine folded member with the width decreasing as the distal edge of the cleaning strip element is approached, wherein the cleaning strip element includes a plurality of layers having plural widths.
Tachograph arrangement encompassing an antenna arrangement having an antenna and a processing unit, the antenna and the processing unit being connected to one another by means of a connecting line; and the antenna arrangement furthermore comprising a diagnostics unit that is configured to determine a voltage in the connecting line, specifically a voltage that is applied to an input of a control unit of a tachograph, to which control unit the connecting line is connected, and to detect a fault if the determined voltage meets predefined criteria; wherein additional measures are taken if a fault has been detected and the processing unit is in an operating state that is not a standby state, the additional measures comprising at least one from: generating a warning; and storing an error message in a memory; and wherein the diagnostics unit comprises at least one analogue converter (42, 43) that is configured to determine the voltage in the connecting line and to detect the fault if the determined voltage meets the predefined criteria, the diagnostics unit comprising two analogue converters (42, 43) that are connected in parallel with one another between one end of the connecting line and a first processing unit and are configured to each detect different faults. the antenna and the processing unit being connected to one another by means of a connecting line; and the antenna arrangement furthermore comprising a diagnostics unit that is configured to determine a voltage in the connecting line, specifically a voltage that is applied to an input of a control unit of a tachograph, to which control unit the connecting line is connected, and to detect a fault if the determined voltage meets predefined criteria; wherein additional measures are taken if a fault has been detected and the processing unit is in an operating state that is not a standby state, the additional measures comprising at least one from: generating a warning; and storing an error message in a memory; and wherein the diagnostics unit comprises at least one analogue converter (42, 43) that is configured to determine the voltage in the connecting line and to detect the fault if the determined voltage meets the predefined criteria, the diagnostics unit comprising two analogue converters (42, 43) that are connected in parallel with one another between one end of the connecting line and a first processing unit and are configured to each detect different faults. generating a warning; and storing an error message in a memory; and wherein the diagnostics unit comprises at least one analogue converter (42, 43) that is configured to determine the voltage in the connecting line and to detect the fault if the determined voltage meets the predefined criteria, the diagnostics unit comprising two analogue converters (42, 43) that are connected in parallel with one another between one end of the connecting line and a first processing unit and are configured to each detect different faults.
Textile complex intended to be attached to a communicating panel characterised in that it comprises: - a textile sheet having, on at least one face, loops intended to engage with a self-gripping strip provided with hooks; - a coating film attached on one face of the textile sheet; - a printing ink deposited on the coating film, and in that said textile complex has a capacity for preferential elastic deformation in a direction of deployment on the communicating panel. - a textile sheet having, on at least one face, loops intended to engage with a self-gripping strip provided with hooks; - a coating film attached on one face of the textile sheet; - a printing ink deposited on the coating film,
A method for determining a location of a transit stop for a transit system, the method comprising: registering a plurality of entries of device location data of a plurality of mobile computing devices; and determining a transit stop location responsive to the registered entries of device location data, characterized in that each entry of the plurality of entries comprises a geographical coordinate of a mobile computing device from the plurality of mobile computing devices at a time the mobile computing device displayed information relating to the transit stop. registering a plurality of entries of device location data of a plurality of mobile computing devices; and determining a transit stop location responsive to the registered entries of device location data, characterized in that each entry of the plurality of entries comprises a geographical coordinate of a mobile computing device from the plurality of mobile computing devices at a time the mobile computing device displayed information relating to the transit stop.
An inductive coil unit suitable for use in full surface induction heating cooking ranges, comprising a table on which pots made of materials having low magnetic permeability are placeable the coil unit comprising a plurality of coils adjacent to each other and magnetically interacting with each other, arranged so as to cover almost the entire table plane, each driven with the same phase (0°) or with 180° phase difference with respect to its adjacent other, characterized by at least one conductive layer placed between the coils and the table and made of material with low magnetic permeability and high electrical conductivity, the conductive layer being formed by a plurality of segments placed side-by-side along the horizontal and vertical directions (X, Y) forming reference for the quadrilateral or trigonal coil arrangement defining the table plane, having a symmetrical structure adjacent to each other, and forming a periodical array along said horizontal and vertical directions (X, Y).
A colored organic display (OLED display) having pixels each comprising a set of subpixels (2, 3, 4) having the colors red, green and blue, wherein the individual subpixels (2, 3, 4) contain an identical emitter material, comprising: - a substrate which is at least partially transparent to visible light, - a structured color filter which generates the colors of the subpixels (2, 3, 4) and is subsequent to the substrate, - a first electrode (7, 9) which is subsequent to the color filter and is at least partially transparent to visible light, - at least one active layer which is subsequent to the first electrode (7, 9) and contains the emitter material, wherein the emitter material contains polymers having chromophores that produce a blue color impression, and comprises first chromophores that produce a green color impression and second chromophores that produce a red color impression, and wherein the emitter material is suitable for generating electromagnetic radiation, whose spectrum is matched to the transmission spectrum of the color filter by the fractions of the respective chromophores (10, 11, 12) in such a way that when driven by an identical electrical signal, the pixels emit light, whose the color location is in the white region of the CIE diagram, and - a second electrode (7, 9) subsequent to the active layer. - a substrate which is at least partially transparent to visible light, - a structured color filter which generates the colors of the subpixels (2, 3, 4) and is subsequent to the substrate, - a first electrode (7, 9) which is subsequent to the color filter and is at least partially transparent to visible light, - at least one active layer which is subsequent to the first electrode (7, 9) and contains the emitter material, wherein the emitter material contains polymers having chromophores that produce a blue color impression, and comprises first chromophores that produce a green color impression and second chromophores that produce a red color impression, and wherein the emitter material is suitable for generating electromagnetic radiation, whose spectrum is matched to the transmission spectrum of the color filter by the fractions of the respective chromophores (10, 11, 12) in such a way that when driven by an identical electrical signal, the pixels emit light, whose the color location is in the white region of the CIE diagram, and - a second electrode (7, 9) subsequent to the active layer.
Display apparatus for an operating panel of an electronic domestic appliance, having: a carrier plate; at least one light source mounted on the carrier plate; and a housing having an opaque housing wall and a light-transmissive passage, wherein the light-transmissive passage extends from an entrance opening facing the carrier plate and the at least one light source to an exit opening facing away from the carrier plate, wherein a display of the display apparatus is configured as a simple light indicator through an open exit opening or as a backlit display means through a display element arranged in the exit opening, and wherein the exit opening of the light-transmissive passage has a cross-sectional area that is greater than a cross-sectional area of a narrowest section of the light-transmissive passage, with the result that the light-transmissive passage has the shape of a funnel that increases in size in the direction of the exit opening, characterized in that the light-transmissive passage has at least one section with a direction change between the entrance opening and the exit opening, with the result that the exit opening extends at a non-zero-degree angle to the carrier plate, wherein the housing wall has a light-reflective configuration in the region of the section with the direction change. a carrier plate; at least one light source mounted on the carrier plate; and a housing having an opaque housing wall and a light-transmissive passage, wherein the light-transmissive passage extends from an entrance opening facing the carrier plate and the at least one light source to an exit opening facing away from the carrier plate, wherein a display of the display apparatus is configured as a simple light indicator through an open exit opening or as a backlit display means through a display element arranged in the exit opening, and wherein the exit opening of the light-transmissive passage has a cross-sectional area that is greater than a cross-sectional area of a narrowest section of the light-transmissive passage, with the result that the light-transmissive passage has the shape of a funnel that increases in size in the direction of the exit opening, characterized in that the light-transmissive passage has at least one section with a direction change between the entrance opening and the exit opening, with the result that the exit opening extends at a non-zero-degree angle to the carrier plate, wherein the housing wall has a light-reflective configuration in the region of the section with the direction change.
Load carrier for a motor vehicle, in particular a car, with a support structure (13a, 13c) for carrying a load which, in an operating position of the load carrier, extends to the rear beyond a rear section of the motor vehicle, wherein it has a lower loading level located closer to the vehicle tail end, and an upper loading level further away from the vehicle tail end, wherein the support structure (13a, 13c) has at least one extension member, for increasing the loading capacity, which may be fitted releasably to a base carrier or mounted movably thereon, characterised in that a taillight assembly (70; 70c) is mounted on the support structure, that the taillight assembly is located below the upper loading level, away from the rear free end of the load carrier and closer to the vehicle tail end, and that the upper loading level is located above the lower loading level in such a way that a view of the taillight assembly (70; 70c) remains free.
A method for diagnosing cancer in an individual, comprising the steps of: - obtaining a secretome from a cell culture obtained from peripheral blood of the individual, wherein a non-hematological cell component present in peripheral blood has been allowed to expand in said cell culture; - performing at least one measurement of channel current I(t) at at least one measurement point comprising a channel of conductive polymer located between a respective first and second electrode, said channel being arranged to act as a conducting channel of a transistor and being connected to a gate electrode of said transistor through the secretome; - obtaining, from said at least one measured channel current I(t), a modulation m, given by a final intensity Ids of the channel current normalized with respect to the initial intensity IdsO, and a time constant τ given by the time it takes for the channel current I(t) to reach a predetermined percentage of the final intensity Ids, said values of m and τ being indicative of the protonation state of the secretome; - on the basis of the obtained values of modulation m and time constant τ, classifying the secretome as a secretome from a healthy individual, from an individual having cancer, or from an individual at risk of getting cancer. - obtaining a secretome from a cell culture obtained from peripheral blood of the individual, wherein a non-hematological cell component present in peripheral blood has been allowed to expand in said cell culture; - performing at least one measurement of channel current I(t) at at least one measurement point comprising a channel of conductive polymer located between a respective first and second electrode, said channel being arranged to act as a conducting channel of a transistor and being connected to a gate electrode of said transistor through the secretome; - obtaining, from said at least one measured channel current I(t), a modulation m, given by a final intensity Ids of the channel current normalized with respect to the initial intensity IdsO, and a time constant τ given by the time it takes for the channel current I(t) to reach a predetermined percentage of the final intensity Ids, said values of m and τ being indicative of the protonation state of the secretome; - on the basis of the obtained values of modulation m and time constant τ, classifying the secretome as a secretome from a healthy individual, from an individual having cancer, or from an individual at risk of getting cancer.
An integrated circuit comprising: circuitry which, in operation, receives resource assignment information including a plurality of bits that indicate activation or deactivation statuses of respective downlink component carriers, the downlink component carriers being secondary downlink component carriers added to a primary component carrier which is always activated, each of the downlink component carriers corresponding to one bit included in the plurality of bits, and the one bit indicating that a corresponding downlink component carrier is to be activated or deactivated, wherein when any one bit of the plurality of bits indicates that its corresponding downlink component carrier is to be activated, the plurality of bits jointly indicate the activation or deactivation statuses, a sounding reference signal, SRS, transmission request and a channel quality information, CQI, reporting request; activates or deactivates each of the downlink component carriers according to the resource assignment information; and starts an SRS transmission and a CQI reporting on an uplink component carrier linked to one or more of activated downlink component carriers. circuitry which, in operation, receives resource assignment information including a plurality of bits that indicate activation or deactivation statuses of respective downlink component carriers, the downlink component carriers being secondary downlink component carriers added to a primary component carrier which is always activated, each of the downlink component carriers corresponding to one bit included in the plurality of bits, and the one bit indicating that a corresponding downlink component carrier is to be activated or deactivated, wherein when any one bit of the plurality of bits indicates that its corresponding downlink component carrier is to be activated, the plurality of bits jointly indicate the activation or deactivation statuses, a sounding reference signal, SRS, transmission request and a channel quality information, CQI, reporting request; activates or deactivates each of the downlink component carriers according to the resource assignment information; and starts an SRS transmission and a CQI reporting on an uplink component carrier linked to one or more of activated downlink component carriers.
Process for hydroconversion in a reaction zone of heavy hydrocarbon feedstocks containing sulphur, in the presence of hydrogen and a catalytic solid phase, said solid phase being obtained from a catalytic precursor, said process being operated at a total pressure that can range from 10 to 500 bar, with a partial hydrogen pressure varying from 10 to 500 bar, at a temperature of 350 to 500°C, a residence time of the liquid hydrocarbons in the reaction zone between 5 mn and 20 h, a process in which the conversion products from the reaction zone are separated in an internal or external liquid/gas separator, and the catalytic precursor is directly injected into the part of the liquid conversion products which contain dissolved hydrogen sulphide and asphaltenes and/or resins which is recycled to the reaction zone, said injection being performed into the part of recycled liquid conversion products before the separation of said conversion products in the liquid/gas separator when an external liquid/gas separator is used, or after the separation of said conversion products in the liquid/gas separator when an internal liquid/gas separator is used, the temperature Tmel, resulting from the contact of the catalytic precursor with said liquid products, is comprised in the range Ts +/- 10°C (Ts is the temperature at which said liquid products leave the reaction zone), and the total pressure Pmel is comprised in the range Ps +/- 10°C (Ps is the pressure at which said liquid products leave the reaction zone), said temperature Tmel being comprised in the range 380°C and 500°C, and the obtained mixture reacts in the reaction zone.
A method of graphics processing, the method comprising: executing commands in a command buffer for a graphics processing unit, the commands operating on data in a read-modify-write memory resource; storing, in a first buffer, original data of the read-modify-write memory resource; storing, in a second buffer, any modified data produced by executing the commands in the command buffer; preempting execution of the commands in the command buffer before completing all commands in the command buffer; and after preempting execution, restarting execution of the commands at the start of the command buffer using the original data in the first buffer. executing commands in a command buffer for a graphics processing unit, the commands operating on data in a read-modify-write memory resource; storing, in a first buffer, original data of the read-modify-write memory resource; storing, in a second buffer, any modified data produced by executing the commands in the command buffer; preempting execution of the commands in the command buffer before completing all commands in the command buffer; and after preempting execution, restarting execution of the commands at the start of the command buffer using the original data in the first buffer.