mhurhangee/ep-ind-claims huggingface dataset:
A urea production process carried out in a urea production plant of the thermal stripping type, the plant comprising a high pressure synthesis section and a first and a second medium pressure recovery section (MPR1, MPR2), wherein the HP synthesis section comprises a HP reaction zone, a HP stripper of the thermal stripping type (HPSt), a HP carbamate condenser (HPCC), and a separator (HPLS), wherein the HP stripper (HPSt) has an outlet for stripped urea solution connected to the first MP recovery section and an outlet for gas connected to the HP carbamate condenser (HPCC), the process comprising: - separating the reaction mixture from the reaction zone at high pressure in said separator (HPLS) into a first stream and a second stream, wherein the first stream and the second stream both contain a liquid phase containing urea; - supplying the first stream at least in part to the HP stripper (HPSt); and - supplying the second stream at least in part to the second medium pressure recovery section, wherein the first stream has a lower gravimetric density than the second stream and the first stream is an ammonia-rich first stream having a higher concentration of ammonia than the second stream. wherein the HP synthesis section comprises a HP reaction zone, a HP stripper of the thermal stripping type (HPSt), a HP carbamate condenser (HPCC), and a separator (HPLS), wherein the HP stripper (HPSt) has an outlet for stripped urea solution connected to the first MP recovery section and an outlet for gas connected to the HP carbamate condenser (HPCC), the process comprising: - separating the reaction mixture from the reaction zone at high pressure in said separator (HPLS) into a first stream and a second stream, wherein the first stream and the second stream both contain a liquid phase containing urea; - supplying the first stream at least in part to the HP stripper (HPSt); and - supplying the second stream at least in part to the second medium pressure recovery section, - separating the reaction mixture from the reaction zone at high pressure in said separator (HPLS) into a first stream and a second stream, wherein the first stream and the second stream both contain a liquid phase containing urea; - supplying the first stream at least in part to the HP stripper (HPSt); and - supplying the second stream at least in part to the second medium pressure recovery section, wherein the first stream has a lower gravimetric density than the second stream and the first stream is an ammonia-rich first stream having a higher concentration of ammonia than the second stream.
A vehicular display device, characterized by: a pair of display sections that are provided on each of left and right inside a vehicle interior and are disposed configured to be visually recognized from a vehicle outside on an opposite side to a side on which each of the pair of display sections has been provided, the pair of display sections each displaying a photographic image of a vehicle periphery; and a control section that controls the display sections so as to display predetermined information when display conditions have been satisfied, the display conditions being satisfied in at least one of a case that a person is about to get into a vehicle, a case that a person is about to move away from the vehicle, and a case that approach to the vehicle by a person has been detected. a pair of display sections that are provided on each of left and right inside a vehicle interior and are disposed configured to be visually recognized from a vehicle outside on an opposite side to a side on which each of the pair of display sections has been provided, the pair of display sections each displaying a photographic image of a vehicle periphery; and a control section that controls the display sections so as to display predetermined information when display conditions have been satisfied, the display conditions being satisfied in at least one of a case that a person is about to get into a vehicle, a case that a person is about to move away from the vehicle, and a case that approach to the vehicle by a person has been detected.
A dual-connection disc brake rotor comprising: a substantially tubular rotor body; a first annular braking disc directly connected to the rotor body at an inner periphery of the first braking disc; a second annular braking disc directly connected to the rotor body at an inner periphery of the second braking disc and positioned a distance axially from the first braking disc, forming a space between the first braking disc and the second braking disc; and a plurality of vanes disposed within the space and axially interconnecting the first braking disc and the second braking disc, characterized in that the dual-connection disc brake rotor further comprises axial passageways disposed around the inner periphery of the first disc and the inner periphery of the second disc, the axial passageways extending axially through the first disc and the second disc, connecting the space to a first region exterior to the rotor body and adjacent to the inner periphery of the first disc, and connecting the space to a second region exterior to the rotor body and adjacent to the inner periphery of the second disc; and radial passageways aligned with the space and extending radially through the rotor body, connecting the space to a region interior to the rotor body encircled by an inner diameter of the rotor body, the axial passageways being radially aligned with the radial passageways. a substantially tubular rotor body; a first annular braking disc directly connected to the rotor body at an inner periphery of the first braking disc; a second annular braking disc directly connected to the rotor body at an inner periphery of the second braking disc and positioned a distance axially from the first braking disc, forming a space between the first braking disc and the second braking disc; and a plurality of vanes disposed within the space and axially interconnecting the first braking disc and the second braking disc, characterized in that the dual-connection disc brake rotor further comprises axial passageways disposed around the inner periphery of the first disc and the inner periphery of the second disc, the axial passageways extending axially through the first disc and the second disc, connecting the space to a first region exterior to the rotor body and adjacent to the inner periphery of the first disc, and connecting the space to a second region exterior to the rotor body and adjacent to the inner periphery of the second disc; and radial passageways aligned with the space and extending radially through the rotor body, connecting the space to a region interior to the rotor body encircled by an inner diameter of the rotor body, the axial passageways being radially aligned with the radial passageways.
Method to convert black soldier fly larvae into nutrient streams, comprising the steps of: a) providing fresh black soldier fly larvae and preparing a pulp thereof; b) heating the pulp for 50-100 seconds at a temperature of 80°C-93°C; c) subjecting the heated pulp to a physical separation step thereby obtaining a fat fraction, an aqueous protein fraction and a solid-containing fraction. a) providing fresh black soldier fly larvae and preparing a pulp thereof; b) heating the pulp for 50-100 seconds at a temperature of 80°C-93°C; c) subjecting the heated pulp to a physical separation step thereby obtaining a fat fraction, an aqueous protein fraction and a solid-containing fraction.
Glycosylated repeat-motif-molecule conjugate consisting of two glycosylated repeat-motif-molecule conjugates of the following formula (repeat-motif-molecule - linker n) m - (conjugation partner) q - (linker o - repeat-motif-molecule) p wherein n=0, m=1, q=1, p=0, wherein the repeat-motif-molecule conjugate comprises at least one oligosaccharide attached to a glycosylation site, wherein the conjugation partner comprises a human IgG1 Fc-part with a hinge region with three interchain disulfide bonds, and wherein said repeat-motif-molecule is an ankyrin-repeat-motif-molecule.
A method of image processing for finding a target in a scene comprising: by one or more processors: receiving a series of images from a sensor; computing a background relative velocity in the series of images; hypothesizing a target relative velocity of the target in the series of images; computing a target revisit time based on a difference of the hypothesized target relative velocity and the background relative velocity; and adjusting one or more of a frame capture rate of the sensor or a frame processing rate based on the target revisit time; and further comprising: calculating a multiplier (k) based on the background power spectral density; wherein computing the target revisit time includes calculating the product of the multiplier and the inverse of the magnitude of the difference between the hypothesized target relative velocity and the background relative velocity. by one or more processors: receiving a series of images from a sensor; computing a background relative velocity in the series of images; hypothesizing a target relative velocity of the target in the series of images; computing a target revisit time based on a difference of the hypothesized target relative velocity and the background relative velocity; and adjusting one or more of a frame capture rate of the sensor or a frame processing rate based on the target revisit time; and further comprising: calculating a multiplier (k) based on the background power spectral density; wherein computing the target revisit time includes calculating the product of the multiplier and the inverse of the magnitude of the difference between the hypothesized target receiving a series of images from a sensor; computing a background relative velocity in the series of images; hypothesizing a target relative velocity of the target in the series of images; computing a target revisit time based on a difference of the hypothesized target relative velocity and the background relative velocity; and adjusting one or more of a frame capture rate of the sensor or a frame processing rate based on the target revisit time; and further comprising: calculating a multiplier (k) based on the background power spectral density; wherein computing the target revisit time includes calculating the product of the multiplier and the inverse of the magnitude of the difference between the hypothesized target calculating a multiplier (k) based on the background power spectral density; wherein computing the target revisit time includes calculating the product of the multiplier and the inverse of the magnitude of the difference between the hypothesized target relative velocity and the background relative velocity.
Method for commissioning and/or maintaining a regulation and control device (RSG1, RSG2) for field devices (FG1, FG2) for building automation, wherein a communication link (KV1, KV3) is produced between the regulation and control device (RSG1, RSG2) and a mobile communication terminal (MG1, MG2) of a user (B1, B2); wherein the mobile communication terminal (MG1, MG2) is designed to query, by way of the communication link (KV1, KV3), an identification code, current configuration data and current data points of the regulation and control device (RSG1, RSG2), wherein a data point represents the state of a parameter of a field device (FG1, FG2) connected to the regulation and control device (RSG1, RSG2); wherein the mobile communication terminal (MG1, MG2) is further designed to communicate with a central point (ZS1, ZS2) by way of a further communication link (KV2, KV4), wherein a BIM model of the corresponding building (GB1, GB2) is stored in the central point (ZS1, ZS2); wherein the current data (KD, DP) of the regulation and control device (RSG1, RSG2) is related to the data of the regulation and control device (RSG1, RSG2) stored in the BIM model by way of the identification code; and wherein the mobile communication terminal (MG1, MG2) is designed to provide dedicated handling instructions for the user (B1, B2), based on the current configuration data, the current data points, the data of the regulation and control device (RSG1, RSG2) stored in the BIM model, wherein the installation site of the regulation and control device (RSG1, RSG2) in a building is communicated by a corresponding position signal to the mobile communication terminal (MG1, MG2), characterised in that the position signal is emitted by the regulation and control device, wherein the dedicated handling instructions are processed on the mobile communication terminal (MG1, MG2) of the user (B1, B2) as a series of instructions for field devices (FG1, FG2) connected to the regulation and control device (RSG1, RSG2), wherein measured values of sensors, which are connected to the regulation and control device (RSG1, RSG2) using data technology, are detected by the mobile communication terminal (MG1, MG2) as a result of the instructions for the field devices (FG1, FG2), wherein, on the basis of the measured values of the sensors, further handling instructions for the user (B1, B2) are provided on the mobile communication terminal (MG1, MG2).
A barbeque grill assembly comprising: a grill plate with a substantially planar first cooking surface having an opening therein; and a cooking insert adapted for releasable engagement with the opening and having a substantially planar second cooking surface; wherein the first cooking surface and the second cooking surface are non-parallel with respect to each other characterised in that the opening is bounded by a plurality of inwardly directed cooking insert support flanges that are parallel to the second cooking surface. a grill plate with a substantially planar first cooking surface having an opening therein; and a cooking insert adapted for releasable engagement with the opening and having a substantially planar second cooking surface;
A display device comprising: a display panel; a light guide plate having an upper surface facing the display panel, a bottom surface and side surfaces; a light source including a plurality of light emitting diodes and being disposed laterally to the light guide plate to emit light into at least one side surface of the light guide plate; a reflective sheet disposed below the light guide plate to reflect the light upward as the light is output downward from the bottom surface of the light guide plate; a light conversion member between the light guide plate and the display panel, wherein the light conversion member comprises a light conversion layer and a lower substrate having an upper surface supporting the light conversion layer, a bottom surface, sides surfaces and including polyethyleneterephthalate, PET; and characterized in that the light conversion layer includes a host and a plurality of quantum dots in the host to convert a wavelength of the light guided by the light guide plate upwards toward the display panel; and further characterized by a concavo-convex pattern formed on the upper surface of the lower substrate, and the concavo-convex pattern includes convex parts and concave parts between the convex parts disposed on the upper surface of the lower substrate; and wherein the light conversion layer includes a concavo-convex surface corresponding to the concavo-convex pattern of the lower substrate. a display panel; a light guide plate having an upper surface facing the display panel, a bottom surface and side surfaces; a light source including a plurality of light emitting diodes and being disposed laterally to the light guide plate to emit light into at least one side surface of the light guide plate; a reflective sheet disposed below the light guide plate to reflect the light upward as the light is output downward from the bottom surface of the light guide plate; a light conversion member between the light guide plate and the display panel, wherein the light conversion member comprises a light conversion layer and a lower substrate having an upper surface supporting the light conversion layer, a bottom surface, sides surfaces and including polyethyleneterephthalate, PET; and characterized in that the light conversion layer includes a host and a plurality of quantum dots in the host to convert a wavelength of the light guided by the light guide plate upwards toward the display panel; and further characterized by a concavo-convex pattern formed on the upper surface of the lower substrate, and the concavo-convex pattern includes convex parts and concave parts between the convex parts disposed on the upper surface of the lower substrate; and wherein the light conversion layer includes a concavo-convex surface corresponding to the concavo-convex pattern of the lower substrate.
Device for drying, in particular for drying biomass, comprising at least one drying surface (11, 12) onto which material, in particular biomass, can be spread in a planar manner for drying, wherein for spreading and/or conveying the material, in particular the biomass, conveying elements are provided which can be or are moved by at least one traction means, which are attached at least indirectly to the at least one traction means via at least one support, and which can be moved by said traction means in the conveying direction, wherein the conveying elements, for mixing the material on the at least one drying surface (11, 12), are mounted eccentrically with respect to the at least one traction means so as to be rotatable about at least one rotation axis extending perpendicularly to the conveying direction, such that the conveying elements are guided along cyclic curves during the conveying movement over the drying surface (11, 12), wherein at least one of the conveying elements is coupled via a transmission to a coupling element, which is anchored in a stationary manner with respect to the conveying direction, such that the at least one conveying element can be set into a rotary movement by movement of the at least one traction means, wherein the transmission is designed as a gear transmission, wherein the transmission comprises at least one gear wheel which engages in the stationary coupling element, wherein the gear wheel is connected to the support in a rotationally fixed manner, and wherein the gear wheel is attached to the traction means and is arranged in a horizontal plane.
Braking catch device comprising a main body for engaging two opposing friction surfaces of an elevator rail, a movable braking element, at least one force element that pushes the braking element towards the guide rail, and an electrically and/or hydraulically and/or pneumatically activatable first holding element that holds the braking element in its standby position against the effect of the force element when activated, wherein the braking element can be brought into contact with the elevator rail by the force element when the first holding element is deactivated, thereby deploying its braking or braking catch effect, wherein the braking catch device includes a second holding element actuated by a switch mountable in or on the car, which holds the braking element in its standby position independently of the first holding element as long as the switch is actuated from the car and releases the braking element when the switch is not actuated, characterized in that the switch is a slack rope switch that is actuated by the weight of the car during proper elevator operation.
An optical fiber-to-waveguide interconnect comprising: a waveguide; an optical fiber; a grating coupler located at the end of the waveguide; and a grating layer disposed on the end of the optical fiber, the optical fiber including a core and the grating layer including a planar, non-periodic, sub- wavelength grating, wherein light carried by the waveguide into the grating coupler can be output and coupled into the core via the sub-wavelength grating, and light transmitted along the core to the grating layer can be directed by the sub-wavelength grating into the grating coupler for transmission in the waveguide.
Battery for a motor vehicle, the battery having a housing base and at least one battery cell, wherein the housing base is designed as an extruded profile in the form of a tub, wherein the extruded profile has a base surface and two lateral side surfaces extending substantially perpendicularly from the base surface, and the extruded profile is open at both end sides, wherein the extruded profile is formed from metal, and the two side surfaces and the at least one battery cell are arranged relative to each other in such a way that the two side surfaces exert a prestressing force on the battery cell. at least one battery cell, wherein the housing base is designed as an extruded profile in the form of a tub, wherein the extruded profile has a base surface and two lateral side surfaces extending substantially perpendicularly from the base surface, and the extruded profile is open at both end sides, wherein the extruded profile is formed from metal, and the two side surfaces and the at least one battery cell are arranged relative to each other in such a way that the two side surfaces exert a prestressing force on the battery cell.
A method for loading update data for a multiple device system, comprising a communication device and at least one further, communicatively coupleable communication device, wherein the method is initiated by the communication device, wherein the method comprises the steps of: - the communication device generating device context information based on a piece of device information on the communication device and based on at least one further piece of device information on at least one further communication device, which is communicatively coupleable to the communication device, - receiving, from a data provision device, loading information on the update data to be loaded, - the communication device loading the update data based on the device context information, - the communication device sending at least one part of the loading information or sending (240, 350) a request to load update data to the at least one further communication device, and - the further communication device loading update data based on the load information. - the communication device generating device context information based on a piece of device information on the communication device and based on at least one further piece of device information on at least one further communication device, which is communicatively coupleable to the communication device, - receiving, from a data provision device, loading information on the update data to be loaded, - the communication device loading the update data based on the device context information, - the communication device sending at least one part of the loading information or sending (240, 350) a request to load update data to the at least one further communication device, and - the further communication device loading update data based on the load information.