mhurhangee/patent-ind-claim-en huggingface dataset:
Process to produce olefins and aromatics via a purification of a hydrocarbon stream comprising the following steps: a) Providing a hydrocarbon stream having a starting boiling point of at least 15°C, a diene value of at least 1.0 preferably at least 1.5 gI2/100 g as measured according to UOP 326 and a bromine number of at least 5 g Br2/ 100g as measured according to ASTM D1159 and containing at least 10 wt % of pyrolysis plastic oil the other part of said hydrocarbon stream being a first diluent or alternatively providing a hydrocarbon stream containing only pyrolysis plastic oil; and wherein preferably at least 10 wt. % of said hydrocarbon stream has a boiling point of at least 150°C based on the total weight of said hydrocarbon stream c) Performing a first hydrotreating step at a temperature of at most 225°C, preferably at most 200°C; e) performing a second hydrotreating step at a temperature of at least 200°C, f) recovering a purified hydrocarbon stream wherein at least a part of this purified hydrocarbon stream is sent to a steam cracker to produce olefins, such as ethylene and propylene, and aromatics. a) Providing a hydrocarbon stream having a starting boiling point of at least 15°C, a diene value of at least 1.0 preferably at least 1.5 gI2/100 g as measured according to UOP 326 and a bromine number of at least 5 g Br2/ 100g as measured according to ASTM D1159 and containing at least 10 wt % of pyrolysis plastic oil the other part of said hydrocarbon stream being a first diluent or alternatively providing a hydrocarbon stream containing only pyrolysis plastic oil; and wherein preferably at least 10 wt. % of said hydrocarbon stream has a boiling point of at least 150°C based on the total weight of said hydrocarbon stream c) Performing a first hydrotreating step at a temperature of at most 225°C, preferably at most 200°C; e) performing a second hydrotreating step at a temperature of at least 200°C, f) recovering a purified hydrocarbon stream wherein at least a part of this purified hydrocarbon stream is sent to a steam cracker to produce olefins, such as ethylene and propylene, and aromatics.
A method for manufacturing a fiber-reinforced composite component including at least three layers comprising at least one core layer made of textile material and at least one upper cover layer and at least one lower cover layer , wherein the core layer is a nonwoven of natural or synthetic fibers or a mixture of both, comprising the following steps: - placing the cover layers and the core layer on top of each other so that the core layer is sandwiched between the cover layers , - introducing a resin between the individual layers, - pressing the layers at elevated pressure and elevated temperature and compressing the core layer to form a compressed nonwoven , characterized in that the cover layers consist of carbon-fiber reinforced plastic, wherein the upper cover layer and/or the lower cover layer consist of a plurality of individual layers bonded with resin , and in that the core layer is compressed during pressing of the layers so that the thickness (B) of the compressed nonwoven in the fiber-reinforced composite component is between 5 % and 50 % of the thickness (A) of the nonwoven before pressing. - placing the cover layers and the core layer on top of each other so that the core layer is sandwiched between the cover layers , - introducing a resin between the individual layers, - pressing the layers at elevated pressure and elevated temperature and compressing the core layer to form a compressed nonwoven ,
Pressure-measuring glow plug comprising a housing in which a glow plug for igniting a combustion mixture of an internal combustion engine and a pressure sensor for detecting a combustion chamber pressure of the internal combustion engine are arranged, comprising a contact-making unit which has a carrier for receiving a signal-processing unit and a plug connection with connection contacts , wherein the glow plug is exposed to the combustion chamber pressure and at least indirectly transmits the combustion chamber pressure to the pressure sensor , and wherein a plug housing is provided for the plug connection , characterized in that at least one glow module housing for receiving the glow plug and the pressure sensor and one electronics module housing for receiving the carrier are provided, wherein the electronics module housing , by way of at least one carrier-side supporting section , is supported on at least one carrier-side carrier section of the carrier or is guided there, and an interface is formed between the glow module housing and the electronics module housing , which interface has glow module-side contacts which are exposed on a glow module-side end side of the contact-making unit , and the interface additionally has a high-current contact which is exposed on the glow module-side end side of the contact-making unit , and the exposed glow module-side contacts and/or the exposed high-current contact are/is accessible in the uninstalled state of the pressure-measuring glow plug outside the electronics module housing .
A method for handling mobility synchronization measurements, the method being performed by a wireless device , the method comprising the steps of: receiving (S102) an indication to perform mobility measurements on a set of transmission beams associated with a unique identity, wherein the unique identity is represented by a sequence of binary digits, and identities of single transmission beams in the set of transmission beams share at least a subset of the sequence of binary digits; checking (S104) if said unique identity has previously been stored by the wireless device, and if so: performing (S106a) mobility measurements on the set of transmission beams based on previously stored synchronization information of the set of transmission beams, wherein said synchronization information is identified by said unique identity. receiving (S102) an indication to perform mobility measurements on a set of transmission beams associated with a unique identity, wherein the unique identity is represented by a sequence of binary digits, and identities of single transmission beams in the set of transmission beams share at least a subset of the sequence of binary digits; checking (S104) if said unique identity has previously been stored by the wireless device, and if so: performing (S106a) mobility measurements on the set of transmission beams based on previously stored synchronization information of the set of transmission beams, wherein said synchronization information is identified by said unique identity.
An avalanche airbag system including at least one airbag and a filling device for introducing ambient air into the airbag , wherein the filling device includes at least one fan with an electric motor , a first electrical energy storage , a second electrical energy storage formed as a capacitor , and a control device for controlling the electric motor , wherein the avalanche airbag system includes an actuating device , by means of which the filling device can be brought into a triggered state, in which the filling device introduces ambient air into the airbag , characterized in that the avalanche airbag system includes a switch different from the actuating device , wherein the filling device can be put into a standby mode by actuating the switch, wherein the control device is formed to detect an activation of the standby mode of the filling device and to effect charging of the capacitor with electrical energy originating from the first energy storage depending on the activation of the standby mode, wherein, if the filling device is in the standby mode, actuation of the actuating device causes the fan to fill the airbag with ambient air.
Fasoracetam for use in a method of treating anxiety disorder in a subject comprising administering an effective amount of said fascoracetam to a subject that has at least one copy number variation (CNV) in a metabotropric glutamate receptor (mGluR) network gene.
A system for manufacturing printed circuit boards, comprising: a standard reflow oven configured to elevate a temperature therein; a solder pallet assembly configured to be selectively inserted into said standard reflow oven , characterized by said solder pallet assembly including: a vacuum solder pallet mounted to a carrier and defining a selectively sealable solder chamber configured to temporarily receive a printed circuit board therein; and a vacuum chamber pallet mounted to said carrier and defining a chamber that is fluidly connected to said vacuum solder pallet so as to provide a source of negative pressure relative to a pressure in said vacuum solder pallet chamber, wherein said solder pallet assembly further comprises a valve configured to selectively open and close the fluid communication path between said solder chamber and said source of negative pressure. a standard reflow oven configured to elevate a temperature therein; a solder pallet assembly configured to be selectively inserted into said standard reflow oven , characterized by said solder pallet assembly including: a vacuum solder pallet mounted to a carrier and defining a selectively sealable solder chamber configured to temporarily receive a printed circuit board therein; and a vacuum chamber pallet mounted to said carrier and defining a chamber that is fluidly connected to said vacuum solder pallet so as to provide a source of negative pressure relative to a pressure in said vacuum solder pallet chamber, a vacuum solder pallet mounted to a carrier and defining a selectively sealable solder chamber configured to temporarily receive a printed circuit board therein; and a vacuum chamber pallet mounted to said carrier and defining a chamber that is fluidly connected to said vacuum solder pallet so as to provide a source of negative pressure relative to a pressure in said vacuum solder pallet chamber, wherein said solder pallet assembly further comprises a valve configured to selectively open and close the fluid communication path between said solder chamber and said source of negative pressure.
A vehicle control device for a vehicle having external recognition means configured to obtain a parallax image by processing images obtained from a plurality of imaging units , wherein the vehicle control device is configured to perform acceleration/deceleration control of the vehicle according to a relative speed of a host vehicle obtained from a sensor and an inter-vehicle distance with respect to a preceding vehicle obtained from the parallax image, wherein the acceleration/deceleration control of the vehicle is performed with the inter-vehicle distance being less than a certain value, the vehicle control device includes correction means configured to, in a case where the parallax image is not acquired in a correct state due to distortion due to a temperature change, correct the distortion in the parallax image, and a start timing of the acceleration/deceleration control of the vehicle is changed during a correction operation by the correction means , characterized in that : the correction means is configured to cause a deceleration start timing of the acceleration/deceleration control (Apc1), in which the parallax image is not acquired in the correct state due to the deformation of the stereo camera, to be performed earlier than a deceleration start timing of the acceleration/deceleration control (Ap), in which the parallax image is acquired in the correct state. the acceleration/deceleration control of the vehicle is performed with the inter-vehicle distance being less than a certain value, the vehicle control device includes correction means configured to, in a case where the parallax image is not acquired in a correct state due to distortion due to a temperature change, correct the distortion in the parallax image, and a start timing of the acceleration/deceleration control of the vehicle is changed during a correction operation by the correction means , characterized in that : the correction means is configured to cause a deceleration start timing of the acceleration/deceleration control (Apc1), in which the parallax image is not acquired in the correct state due to the deformation of the stereo camera, to be performed earlier than a deceleration start timing of the acceleration/deceleration control (Ap), in which the parallax image is acquired in the correct state.
Process of producing a clad plate comprising a first, structural-strength-providing base layer of a first material and on at least one side thereof a second, wear-resistance-providing cladding layer of a second material, wherein the first material and the second material are relatively ductile and brittle, respectively, whereby the process comprises the steps of: - placing the second layer onto the first layer to form a multilayer plate assembly; - making slits in the second layer , - wherein the slits are made as to extend from the outer surface of the second layer towards the boundary with the first layer , preferably to extend throughout the whole thickness of the second layer . - placing the second layer onto the first layer to form a multilayer plate assembly; - making slits in the second layer , - wherein the slits are made as to extend from the outer surface of the second layer towards the boundary with the first layer , preferably to extend throughout the whole thickness of the second layer .
Pneumatic vehicle tyre comprising a tread with shoulder-side rows of profile blocks having shoulder-side profile blocks and with oblique grooves which are formed to a profile depth (T P ) and have shoulder-side groove portions that separate the shoulder-side profile blocks from one another and in plan view run at an angle (β) of 0° to 15° with respect to the axial direction, wherein the shoulder-side profile blocks are each provided with a number of first sipes which in plan view run at an angle (ε) of 0° to 15° with respect to the axial direction and parallel to one another, in particular also parallel to the shoulder-side groove portions , and have a constant width (b E1 ) of 0.4 mm to 1.2 mm, wherein shoulder-side profile blocks are provided, each of which is provided with a single further sipe that is formed between two first sipes and in plan view runs parallel to them, wherein the first sipes and the further sipe each have sipe walls and a maximum depth (t E ) which corresponds at least to the profile depth (T P ) reduced by 2.5 mm, characterized in that the further sipe passes through the shoulder-side profile block within the ground contact area and is provided with at least one sipe pocket which extends from the tread periphery and reaches at least its maximum depth (t E ) in the radial direction and is formed by a depression located on one sipe wall and a depression located on the other sipe wall and wherein the further sipe has outside the sipe pocket(s) a constant width (b E2 ) of 0.4 mm to 1.2 mm.
An assembly station of a body of a motor vehicle, the assembly station including frames and a positioning structure defining a working space including two large lateral sides, each frame being able to hold a part of the body, the assembly station including a transfer robot able to select a frame for a part of the body, as a function of a particular variation of bodywork of the body of the vehicle to be assembled, the assembly station including means for attaching a selected frame to the positioning structure , the positioning structure including an overhead structure and a low structure , the positioning structure being stationary with respect to a ground on which the assembly station rests, characterized in that the attachment means include, on the overhead structure , a plate provided with markers permitting a selected frame to be indexed.
An electrically operated valve comprising: a valve body ; a driver configured to move the valve body along a first axis; a rotation shaft configured to rotate the driver around the first axis; a permanent magnet member disposed on a rotation shaft and configured to rotate with the rotation shaft ; an angle sensor configured to detect a rotation angle of a permanent magnet included in the permanent magnet member ; and a case for housing the permanent magnet member , wherein: the angle sensor is disposed above the permanent magnet , characterized in that an end wall of the case is disposed between the angle sensor and the permanent magnet member , a permanent magnet positioning member configured to maintain a constant distance between the permanent magnet and the angle sensor is disposed inside the case, the permanent magnet positioning member comprises a ball disposed between the end wall of the case and the permanent magnet member , and a leaf spring that biases the permanent magnet member towards the end wall of the case. a valve body ; a driver configured to move the valve body along a first axis; a rotation shaft configured to rotate the driver around the first axis; a permanent magnet member disposed on a rotation shaft and configured to rotate with the rotation shaft ; an angle sensor configured to detect a rotation angle of a permanent magnet included in the permanent magnet member ; and a case for housing the permanent magnet member , wherein: the angle sensor is disposed above the permanent magnet , characterized in that an end wall of the case is disposed between the angle sensor and the permanent magnet member , a permanent magnet positioning member configured to maintain a constant distance between the permanent magnet and the angle sensor is disposed inside the case, the permanent magnet positioning member comprises a ball disposed between the end wall of the case and the permanent magnet member , and a leaf spring that biases the permanent magnet member towards the end wall of the case. the angle sensor is disposed above the permanent magnet , characterized in that an end wall of the case is disposed between the angle sensor and the permanent magnet member , a permanent magnet positioning member configured to maintain a constant distance between the permanent magnet and the angle sensor is disposed inside the case, the permanent magnet positioning member comprises a ball disposed between the end wall of the case and the permanent magnet member , and a leaf spring that biases the permanent magnet member towards the end wall of the case.
A power circuit monitoring device , comprising: an enclosure, monitoring electronics in the enclosure, the monitoring electronics comprising at least one processing unit and at least one memory unit configured to determine signature vector information for the power circuit and identify individual devices connected to the power circuit based on the determined signature vector information, and connectors configured to engage with the power circuit, characterized in that at least one of the connectors is configured to be fastened by a magnet to an external part of a contact element of a breaker module of the power circuit through an opening in the breaker module. an enclosure, monitoring electronics in the enclosure, the monitoring electronics comprising at least one processing unit and at least one memory unit configured to determine signature vector information for the power circuit and identify individual devices connected to the power circuit based on the determined signature vector information, and connectors configured to engage with the power circuit, characterized in that at least one of the connectors is configured to be fastened by a magnet to an external part of a contact element of a breaker module of the power circuit through an opening in the breaker module.
A wearable augmented reality head-mounted display system configured to pass light from the world forward a wearer wearing the head-mounted system into an eye of the wearer , said wearable augmented reality head mounted display system comprising: an optical display configured to output light to form an image; one or more waveguides disposed to receive said light from said display ; a frame configured to dispose the one or more waveguides forward of said eye such that said one or more waveguides have a forward side and a rearward side, said rearward side closer to said eye than said forward side; a variable power reflector disposed on said forward side of said one or more waveguides , said variable optical power reflector configured to have an optical power that is adjustable upon application of an electrical signal; and one or more out-coupling elements disposed with respect to said one or more waveguides to extract light from the one or more waveguides and direct at least a portion of said light propagating within said one or more waveguides to the variable power reflector , said light extracted from said one or more waveguides being redirected by said variable power reflector back through said one or more waveguides and into said eye to present an image from the display into the eye of the wearer . an optical display configured to output light to form an image; one or more waveguides disposed to receive said light from said display ; a frame configured to dispose the one or more waveguides forward of said eye such that said one or more waveguides have a forward side and a rearward side, said rearward side closer to said eye than said forward side; a variable power reflector disposed on said forward side of said one or more waveguides , said variable optical power reflector configured to have an optical power that is adjustable upon application of an electrical signal; and one or more out-coupling elements disposed with respect to said one or more waveguides to extract light from the one or more waveguides and direct at least a portion of said light propagating within said one or more waveguides to the variable power reflector , said light extracted from said one or more waveguides being redirected by said variable power reflector back through said one or more waveguides and into said eye to present an image from the display into the eye of the wearer .
Milking robot device , comprising - at least one milking cup , and in particular four milking cups, which is or are, respectively, configured to be attached to a teat of a dairy animal for the purpose of a milking operation of the dairy animal, - a measuring system for determining a flow of milk through the or each milking cup and for determining a milk volume of milk milked by the milking cup, and - a control unit for controlling and monitoring the milking device, comprising a functional connection to the measuring system and a display , wherein the control unit is configured to display, on the display, the flow of milk and an indication of the milk volume based on the milk volume, in particular the determined milk volume, characterized in that the control unit is configured to display at most one of the flow of milk and the milk volume indication simultaneously for the milking cup or milking cups, as well as to alternate, in particular automatically, based on a criterion, between displaying the flow of milk and displaying the milk volume indication. - at least one milking cup , and in particular four milking cups, which is or are, respectively, configured to be attached to a teat of a dairy animal for the purpose of a milking operation of the dairy animal, - a measuring system for determining a flow of milk through the or each milking cup and for determining a milk volume of milk milked by the milking cup, and - a control unit for controlling and monitoring the milking device, comprising a functional connection to the measuring system and a display , wherein the control unit is configured to display, on the display, the flow of milk and an indication of the milk volume based on the milk volume, in particular the determined milk volume, characterized in that the control unit is configured to display at most one of the flow of milk and the milk volume indication simultaneously for the milking cup or milking cups, as well as to alternate, in particular automatically, based on a criterion, between displaying the flow of milk and displaying the milk volume indication.