mhurhangee/ep-ind-claims huggingface dataset:
Continuous adiabatic process for the preparation of nitrobenzene by the nitration of benzene in a nitration unit, wherein a) a benzene-containing stream (a.1 1), comprising at least 90 wt% of benzene, based on the total weight of (a.1 1), is reacted in a reactor with a mixture of sulfuric acid (a.2) and nitric acid (a.3) under adiabatic conditions, the benzene being used in a stoichiometric excess, based on nitric acid (a.3), b) the process product obtained in step a) is separated in a phase separation apparatus into an aqueous phase (b.1) comprising sulfuric acid and an organic phase (b.2) comprising nitrobenzene, c) the aqueous phase (b.1) obtained in step b) is concentrated by evaporation of the water to give an aqueous phase (c.1) having a higher sulfuric acid concentration than (b.1), and all or part of the phase (c.1) being recycled into step a) and used as a component of (a.2), and d) the organic phase (b.2) obtained in step b) is worked up to pure nitrobenzene (d.1) to give a benzene-containing stream (d.2), all or part of which is used as a component of (a. 1) in the nitration unit of step a), characterized in that aliphatic organic compounds are specifically removed from the process at at least one point so that only such a benzene-containing stream (a.1) having a content of aliphatic organic compounds of less than 1.5 wt%, based on the total weight of (a.1 1), is fed into the reactor. a) a benzene-containing stream (a.1 1), comprising at least 90 wt% of benzene, based on the total weight of (a.1 1), is reacted in a reactor with a mixture of sulfuric acid (a.2) and nitric acid (a.3) under adiabatic conditions, the benzene being used in a stoichiometric excess, based on nitric acid (a.3), b) the process product obtained in step a) is separated in a phase separation apparatus into an aqueous phase (b.1) comprising sulfuric acid and an organic phase (b.2) comprising nitrobenzene, c) the aqueous phase (b.1) obtained in step b) is concentrated by evaporation of the water to give an aqueous phase (c.1) having a higher sulfuric acid concentration than (b.1), and all or part of the phase (c.1) being recycled into step a) and used as a component of (a.2), and d) the organic phase (b.2) obtained in step b) is worked up to pure nitrobenzene (d.1) to give a benzene-containing stream (d.2), all or part of which is used as a component of (a. 1) in the nitration unit of step a),
A multi-purpose scanner comprising a first passageway for receiving a first portion of an angled document provided and disposed in a first plane and a second passageway for receiving a second portion of the angled document provided and disposed in a second plane and having optical capturing means for capturing information provided on the angled document, wherein an angle included between the first plane and the second plane is in the range of 0° to 180°; characterized - in that the scanner comprises: • a first body; • a second body disposed on the first body, wherein the first passageway and the second passageway are provided between the first body and the second body and - in that the optical reading means comprises a scanning module which is disposed on one or both of the two bodies and which is adapted to perform an image scan operation on the first portion of the angled document in the first passageway while the angled document is transported past the scanning module in order to obtain an image signal. - in that the scanner comprises: • a first body; • a second body disposed on the first body, wherein the first passageway and the second passageway are provided between the first body and the second body and • a first body; • a second body disposed on the first body, - in that the optical reading means comprises a scanning module which is disposed on one or both of the two bodies and which is adapted to perform an image scan operation on the first portion of the angled document in the first passageway while the angled document is transported past the scanning module in order to obtain an image signal.
An electric motor actuator for a brake system, comprising: a housing comprising an outer surface, and having a first length along a first housing axis, a second length along a second housing axis orthogonal to the first housing axis, and a third length along a third housing axis, orthogonal to the first housing axis and the second housing axis, the electric motor actuator configured to couple to a pressure generating device of the brake system to receive tensioning along the first housing axis by the brake system; a first strain gage installed on the housing; and a second strain gage installed on the housing, wherein the first strain gage is installed on the housing 180° degrees from the second strain gage, wherein the first strain gage and the second strain gage are configured to measure tensioning along the first housing axis imparted by the brake system. a housing comprising an outer surface, and having a first length along a first housing axis, a second length along a second housing axis orthogonal to the first housing axis, and a third length along a third housing axis, orthogonal to the first housing axis and the second housing axis, the electric motor actuator configured to couple to a pressure generating device of the brake system to receive tensioning along the first housing axis by the brake system; a first strain gage installed on the housing; and a second strain gage installed on the housing, wherein the first strain gage is installed on the housing 180° degrees from the second strain gage, wherein the first strain gage and the second strain gage are configured to measure tensioning along the first housing axis imparted by the brake system.
A polymer composition comprising a product, wherein the product comprises ultrafine natural glass having a top cut (d 99) particle size of less than 12 μm (microns) and wherein the ultrafine natural glass comprises perlite ore having a water content of 2-10wt%.
A three-terminal resistive switching logic device, comprising: a first vertical active region disposed above a first metal line as an input terminal T1, the first vertical active region comprising a first portion of a metal output region disposed on a first active oxide material region disposed on a first metal input region disposed on the first metal line; a second vertical active region disposed above a second metal line as an input terminal T2 being co-planar with the first metal line, the second vertical active region comprising a second portion of the metal output region disposed on a second active oxide material region disposed on a second metal input region disposed on the second metal line and a third metal line as an output terminal T3 disposed on and electrically connecting the first and second portions of the metal output region. a first vertical active region disposed above a first metal line as an input terminal T1, the first vertical active region comprising a first portion of a metal output region disposed on a first active oxide material region disposed on a first metal input region disposed on the first metal line; a second vertical active region disposed above a second metal line as an input terminal T2 being co-planar with the first metal line, the second vertical active region comprising a second portion of the metal output region disposed on a second active oxide material region disposed on a second metal input region disposed on the second metal line and a third metal line as an output terminal T3 disposed on and electrically connecting the first and second portions of the metal output region.
A method for communicating the braking conditions for a runway comprising: determining braking information from a first aircraft which has landed on the runway, wherein said braking information comprises at least one of braking data, a braking performance measurement, and a normalized braking performance measurement, wherein the braking data comprises data regarding braking of the first aircraft on the runway; wherein the braking performance measurement comprises one or more runway deceleration measurements of the first aircraft; and wherein the normalized braking performance measurement comprises an index, coefficient, or value used to represent the expected braking ability of a generalized aircraft; and communicating said braking information to at least one of a second aircraft and air traffic control; and determining an expected braking performance of said second aircraft on said runway based on said braking information. determining braking information from a first aircraft which has landed on the runway, wherein said braking information comprises at least one of braking data, a braking performance measurement, and a normalized braking performance measurement, wherein the braking data comprises data regarding braking of the first aircraft on the runway; wherein the braking performance measurement comprises one or more runway deceleration measurements of the first aircraft; and wherein the normalized braking performance measurement comprises an index, coefficient, or value used to represent the expected braking ability of a generalized aircraft; and communicating said braking information to at least one of a second aircraft and air traffic control; and determining an expected braking performance of said second aircraft on said runway based on said braking information.
A method for operating a pair of multi-tone transceivers coupled to one another across a communication medium, and the method comprising: dedicating a fixed subset of tones in each successive symbol to at least one robust communication channel, RCC, and remaining tones to a standard communication channel, SCC, assigning a first noise margin target for data transported on the first set of tones dedicated to the RCC and a second noise margin target lower than the first noise margin for data transported on the remaining tones dedicated to the SCC; and transmitting RCC and SCC tone dedication information and target first and second noise margins to an opposing one of the pair of transceivers. dedicating a fixed subset of tones in each successive symbol to at least one robust communication channel, RCC, and remaining tones to a standard communication channel, SCC, assigning a first noise margin target for data transported on the first set of tones dedicated to the RCC and a second noise margin target lower than the first noise margin for data transported on the remaining tones dedicated to the SCC; and transmitting RCC and SCC tone dedication information and target first and second noise margins to an opposing one of the pair of transceivers.
An organic light-emitting diode (OLED) display device comprising a plurality of pixel units, wherein, each of the pixel units comprises five sub-pixels comprising at least one red sub-pixel, at least one green sub-pixel and at least one blue sub-pixel; four of the five sub-pixels are distributed at four corners and have a same shape and size, one sub-pixel is surrounded by the four sub-pixels, any side of the one sub-pixel is in contact with one of the other four sub-pixels and each of the other four sub-pixels is in contact with one side of the one sub-pixel, and the four sub-pixels have different colors from the one sub-pixel surrounded by the four sub-pixels; any one sub-pixel at a corner of the pixel unit forms a regular pattern with one sub-pixel at a corner in each of other three adjacent pixel units, and in the regular pattern, all of the sub-pixels arc of a same color and each occupies 1/4 of the pattern; and the sub-pixels each comprise an anode, a cathode and a light-emitting layer of organic material; characterized in that a rectangle without any opening is formed by the four sub-pixels and the one sub-pixel, and each vertex of the one sub-pixel is on one side of the rectangle.
A consumption meter arranged to measure a flow rate of a fluid, the consumption meter comprising: - a tube comprising a through-going opening for passage of the fluid between an inlet and an outlet and two transducer holes in a wall of the tube; - a meter housing arranged at the tube, comprising two transducer housings and a main housing; - first and second ultrasonic transducers arranged in the transducer housings for transmitting and receiving ultrasonic signals propagating through the fluid; and - a control circuit arranged in the meter housing for operating the first and second ultrasonic transducers, and being arranged to generate a signal according to the flow rate of the fluid, wherein each transducer housing comprises: - an internal transducer housing element arranged at an inner surface of the tube and sealing means between the internal transducer housing element and the inner surface of the tube; and - an external transducer housing element (208, 300) arranged at an outer surface of the tube, and wherein the internal transducer housing element and / or the external transducer housing element (208, 300) are arranged to extend through the transducer hole in the wall of the tube and to engage, such that the transducer housing is fixated to the tube, and wherein the main housing is arranged to engage with the transducer housings to constitute a closed meter housing. - a tube comprising a through-going opening for passage of the fluid between an inlet and an outlet and two transducer holes in a wall of the tube; - a meter housing arranged at the tube, comprising two transducer housings and a main housing; - first and second ultrasonic transducers arranged in the transducer housings for transmitting and receiving ultrasonic signals propagating through the fluid; and - a control circuit arranged in the meter housing for operating the first and second ultrasonic transducers, and being arranged to generate a signal according to the flow rate of the fluid, - an internal transducer housing element arranged at an inner surface of the tube and sealing means between the internal transducer housing element and the inner surface of the tube; and - an external transducer housing element (208, 300) arranged at an outer surface of the tube,
Active dynamic seating furniture having a seat part, a supporting frame and a resilient rocking mechanism arranged on the supporting frame for executing movements with the seat part relative to a supporting frame, wherein the seat part is spring movably tiltably mounted on the support frame, the resilient rocking mechanism forms a first bracket comprising at least one lever arm (21a, 21b) each connected to a rear portion of the support frame and a second bracket comprising at least one lever arm (22a, 22b) each connected to a front portion of the support frame, and wherein the seat part is fastened to the brackets (21, 22) of the rocking mechanism by means of elastically deformable bearings.
Process for increasing the temperature gradient in a magnetocaloric thermal generator comprising on the one hand fixed magnetocaloric elements and magnetic assemblies moving relative to magnetocaloric elements to alternatively submit them to a magnetic field variation between a maximum field value and a minimum field value to make the temperature of said magnetocaloric elements vary, and on the other hand means for collecting calories and/or frigories emitted by the magnetocaloric elements, these means for collecting comprising at least one circuit (31a, 32a) with at least one heat transfer fluid being a liquid solution circulating in at least one circulation channel of said magnetocaloric elements, the process wherein one makes the heat transfer fluid circulate in a direction parallel to the motion of the magnetic assemblies, and characterized that one makes the heat transfer fluid circulate in the said circuit (31a, 32a) at a speed greater than the motion speed of the magnetic assemblies to perform at least one of pre-heating the magnetocaloric elements to modify their initial temperature before and/or during the magnetic field variation before reaching the maximum field value and/or at least one of pre-cooling the magnetocaloric elements to modify their initial temperature before and/or during the magnetic field variation before reaching the minimum field value.
A processor system comprising: a register; and characterized by: a load store unit (LSU, 66) configured to execute a load instruction to load data into the register from a memory, wherein when in little endian mode bytes from sequentially increasing memory addresses are loaded in order of corresponding sequentially increasing byte memory addresses from a first end of the register to a second end of the register, and wherein when in big endian mode bytes from sequentially increasing memory addresses are loaded in order of corresponding sequentially increasing memory addresses from the second end of the register to the first end of the register.
An airbag module for a motor vehicle, comprising - a gas bag which for the protection of a person can be inflated by means of a gas generator, - a module housing for accommodating the gas bag, which includes a projection which protrudes from a main chamber of the module housing accommodating the gas bag, - a gas bag holder for fixing the gas bag at the module housing, - an inflatable element for regulating the gas pressure in the gas bag, which is fixed at the gas bag holder and which in the inflated condition is provided to interact with a vent opening through which gas originating from the airbag module can escape, - a triggering unit comprising a gas source for filling the inflatable element with gas, which is arranged within the module housing in the projection of the module housing, wherein the gas source is different from the gas generator, and - a fixing element by means of which the triggering unit is fixed at the module housing, characterized in that the fixing element with a base body, with which it at least sectionally encloses the triggering unit, engages into the projection of the module housing. - a gas bag which for the protection of a person can be inflated by means of a gas generator, - a module housing for accommodating the gas bag, which includes a projection which protrudes from a main chamber of the module housing accommodating the gas bag, - a gas bag holder for fixing the gas bag at the module housing, - an inflatable element for regulating the gas pressure in the gas bag, which is fixed at the gas bag holder and which in the inflated condition is provided to interact with a vent opening through which gas originating from the airbag module can escape, - a triggering unit comprising a gas source for filling the inflatable element with gas, which is arranged within the module housing in the projection of the module housing, wherein the gas source is different from the gas generator, and - a fixing element by means of which the triggering unit is fixed at the module housing,
A method for detecting a plurality of target molecules in a sample comprising a plurality of cells, the method comprising the steps of: (a) binding to the target molecules in the plurality of cells a plurality of tags, wherein a tag comprises a unique binding agent that is specific for one of the target molecules, and an epitope specific barcode comprising a code that represents the target molecule identity; and (b) subsequently adding multiple assayable polymer subunits (APSs) to each of the bound tags in the plurality of cells in an ordered manner during successive rounds of split pool synthesis to create unique cell origination barcodes (COBs) that represent the identities of individual cells in which the tags are bound. (a) binding to the target molecules in the plurality of cells a plurality of tags, wherein a tag comprises a unique binding agent that is specific for one of the target molecules, and an epitope specific barcode comprising a code that represents the target molecule identity; and (b) subsequently adding multiple assayable polymer subunits (APSs) to each of the bound tags in the plurality of cells in an ordered manner during successive rounds of split pool synthesis to create unique cell origination barcodes (COBs) that represent the identities of individual cells in which the tags are bound.
A method comprising: receiving, over a secure service control link (150, 132, 134) to a network service control agent executing in a protected execution partition (114, 314) on a wireless end-user device, a report from the control agent comprising information about a device service state; determining, based on the report, that a particular service policy setting of the end-user device needs to be modified, the particular service policy setting stored in a protected storage partition (114, 214, 314, 414, 614, 714, 814, 914, 1114, 324) of the end-user device and accessible only to the network service control agent executing in the protected execution partition (114, 314), the particular service policy setting associated with a service profile that provides for access to a network data service over a wireless access network (136, 138) and configured to assist the network service control agent in controlling one or more communications between the end-user device and the wireless access network, the protected storage partition (114, 214, 314, 414, 614, 714, 814, 914, 1114, 324) configured to deter or prevent unauthorized modifications to the particular service policy setting; and in response to determining that the particular service policy setting needs to be modified, sending configuration information over the service control link to instruct the network service control agent to modify the particular service policy setting. determining, based on the report, that a particular service policy setting of the end-user device needs to be modified, the particular service policy setting stored in a protected storage partition (114, 214, 314, 414, 614, 714, 814, 914, 1114, 324) of the end-user device and accessible only to the network service control agent executing in the protected execution partition (114, 314), the particular service policy setting associated with a service profile that provides for access to a network data service over a wireless access network (136, 138) and configured to assist the network service control agent in controlling one or more communications between the end-user device and the wireless access network, the protected storage partition (114, 214, 314, 414, 614, 714, 814, 914, 1114, 324) configured to deter or prevent unauthorized modifications to the particular service policy setting; and in response to determining that the particular service policy setting needs to be modified, sending configuration information over the service control link to instruct the network service control agent to modify the particular service policy setting.
Munition comprising an elongate casing extending along an axis (A-A') and housing an explosive charge and an inert charge, and further comprising a firing device, the munition being characterized in that at least a portion of the inert charge is interposed between the firing device and said explosive charge, and in that said munition further comprises at least one pyrotechnic transmission unit provided with a pyrotechnic extension, said pyrotechnic transmission unit coupling the firing device to the explosive charge to allow said explosive charge to be detonated by the action of the firing device.