mhurhangee/ep-ind-claims huggingface dataset:
An onboard vehicle system, comprising: - one or more input sensors (104, 106, 212); - one or more component adjusters communicatively coupled to one or more vehicle components (306, 308); - a processor device (204, 302) configured to: - receive input from the one or more input sensors (104, 106, 212), the input related to a condition of a driver; - determine, based at least in part on the received input, that the driver is distracted by comparing the received input to a stored driver profile data, the determination being made based on the received input diverging from the stored driver profile data; and - provide, to the component adjuster, an instruction to adjust an attribute of at least one of the one or more vehicle components; and an antenna configured to enable communication with a service provider computer, wherein the service provider computer is configured to store the driver profile data, wherein the processor device (204, 302) is further configured to: - transmit the received input to the service provider computer via the antenna; and - receive, from the service provider, an indication that the driver is distracted, and wherein the instruction to adjust the one or more vehicle components (3036, 308) includes at least one of a vehicle brake and vehicle throttle, wherein a brake force adjuster is caused to increase brake sensitivity of the braking system by increasing a hydraulic pressure of the braking system of the vehicle, and a throttle adjuster is caused to decrease the gas pedal sensitivity so that a movement of the vehicle's gas pedal will result in a smaller acceleration than the movement would typically result in. - one or more input sensors (104, 106, 212); - one or more component adjusters communicatively coupled to one or more vehicle components (306, 308); - a processor device (204, 302) configured to: - receive input from the one or more input sensors (104, 106, 212), the input related to a condition of a driver; - determine, based at least in part on the received input, that the driver is distracted by comparing the received input to a stored driver profile data, the determination being made based on the received input diverging from the stored driver profile data; and - provide, to the component adjuster, an instruction to adjust an attribute of at least one of the one or more vehicle components; and - receive input from the one or more input sensors (104, 106, 212), the input related to a condition of a driver; - determine, based at least in part on the received input, that the driver is distracted by comparing the received input to a stored driver profile data, the determination being made based on the received input diverging from the stored driver profile data; and - provide, to the component adjuster, an instruction to adjust an attribute of at least one of the one or more vehicle components; and - transmit the received input to the service provider computer via the antenna; and - receive, from the service provider, an indication that the driver is distracted, and
Electronic device comprising: i. a substrate having a multi-layered wiring structure comprising a first layer and a layer comprising a ground plane; ii. an electronic circuit comprising a radio transceiver; iii. a printed antenna; the antenna comprises a radiating element provided at the first layer and an adaptation element that is physically separated from the radiating element and that is provided at a layer of the multi-layered wiring structure that is different from the first layer, said adaptation element configured to match an antenna impedance to an impedance of the electronic circuit, and wherein the radiating element comprises an open end and a feeding end, and wherein the adaptation element is connected to the radiating element at an intermediate point between the open end and the feeding end, and wherein the radiating element is a folded wired section comprising plural portions that are parallel to each other and joined. i. a substrate having a multi-layered wiring structure comprising a first layer and a layer comprising a ground plane; ii. an electronic circuit comprising a radio transceiver; iii. a printed antenna;
An image processing apparatus that has a display unit, and in response to execution of a function selected by a user, displays on the display unit a history button for calling job setting information used by the function, comprising: a display control unit configured to display at least part of setting values of a job executed using one function of a plurality of functions which the image processing apparatus has, on the history button corresponding to the executed job; characterized by further comprising: an obtaining unit configured to obtain a display size of the display unit, wherein the display control unit controls a display area on the history button in accordance with the obtained display size, the at least part of the setting values being displayed on the display area. a display control unit configured to display at least part of setting values of a job executed using one function of a plurality of functions which the image processing apparatus has, on the history button corresponding to the executed job; characterized by further comprising: an obtaining unit configured to obtain a display size of the display unit, wherein the display control unit controls a display area on the history button in accordance with the obtained display size, the at least part of the setting values being displayed on the display area. an obtaining unit configured to obtain a display size of the display unit, wherein the display control unit controls a display area on the history button in accordance with the obtained display size, the at least part of the setting values being displayed on the display area.
A light emitting device comprising: a light emitting part; a first black layer; a light diffusion part that is formed above the first black layer, wherein the first black layer is provided with an opening part that allows light emitted from the light emitting part to pass through it, and light having passed through the opening part passes through the light diffusion part; a first interlayer film on which the first black layer is formed; and a second interlayer film that covers the first black layer and the light emitting part and on which the light diffusion part is formed, wherein the light emitting part is located within the opening part, the light diffusion part includes a light diffusion region through which the light having passed through the opening part passes, and a second black layer is formed in a region of the second interlayer film that is not occupied by the light diffusion region. a light emitting part; a first black layer; a light diffusion part that is formed above the first black layer, wherein the first black layer is provided with an opening part that allows light emitted from the light emitting part to pass through it, and light having passed through the opening part passes through the light diffusion part; a first interlayer film on which the first black layer is formed; and a second interlayer film that covers the first black layer and the light emitting part and on which the light diffusion part is formed, wherein the light emitting part is located within the opening part, the light diffusion part includes a light diffusion region through which the light having passed through the opening part passes, and a second black layer is formed in a region of the second interlayer film that is not occupied by the light diffusion region.
An aircraft (16, 22, 410) comprising: an aircraft body; and an apparatus (30, 430), carried by the body, for discharging a persistent vapor of bird repellant into an elevated airspace, wherein the body includes an empennage; and wherein said apparatus is mounted within said empennage. an aircraft body; and an apparatus (30, 430), carried by the body, for discharging a persistent vapor of bird repellant into an elevated airspace, wherein the body includes an empennage; and wherein said apparatus is mounted within said empennage.
A camera device that comprises a camera housing and a lens assembly, where the camera housing comprises: - a through-hole connecting an inner side of the camera housing to an outer side of the camera housing, - a first rim portion at least partially circumventing a first end of the through-hole at the inner side of the camera housing, and - a second rim portion, at least partially circumventing a second end of the through-hole at the outer side of the camera housing, and where the lens assembly comprises: - a lens aperture, - a lens flange, - a lens barrel, and - a circumferentially running slot provided in the lens barrel between the lens aperture and the lens flange, wherein the lens assembly comprises: - an at least partly circumferentially running resilient member that at last partly circumvents the lens barrel and is adapted to be sandwiched between the first rim portion and the lens flange, and - a resilient partly circumferentially running clip member that is adapted to be received in the slot and to abut the second rim portion. - a through-hole connecting an inner side of the camera housing to an outer side of the camera housing, - a first rim portion at least partially circumventing a first end of the through-hole at the inner side of the camera housing, and - a second rim portion, at least partially circumventing a second end of the through-hole at the outer side of the camera housing, and where the lens assembly comprises: - a lens aperture, - a lens flange, - a lens barrel, and - a circumferentially running slot provided in the lens barrel between the lens aperture and the lens flange, - a lens aperture, - a lens flange, - a lens barrel, and - a circumferentially running slot provided in the lens barrel between the lens aperture and the lens flange, wherein the lens assembly comprises: - an at least partly circumferentially running resilient member that at last partly circumvents the lens barrel and is adapted to be sandwiched between the first rim portion and the lens flange, and - a resilient partly circumferentially running clip member that is adapted to be received in the slot and to abut the second rim portion. - an at least partly circumferentially running resilient member that at last partly circumvents the lens barrel and is adapted to be sandwiched between the first rim portion and the lens flange, and - a resilient partly circumferentially running clip member that is adapted to be received in the slot and to abut the second rim portion.
Method for drying plastic granulate, wherein first an amount of expanded compressed air is introduced to the plastic granulate as drying air, said drying air is then circulated through the plastic granulate until its dew point has reached a defined saturation dew point, after which saturated air is continuously repeatedly removed from the circuit and further expanded compressed air is introduced until a desired dew point of the drying air in the circuit is adjusted and it is subsequently circulated again until it reaches the saturation dew point, wherein, when the saturation dew point is reached, first, expanded compressed air is introduced, whereby the pressure in the circuit is increased, wherein, due to the increased pressure, an arranged outlet valve is opened, through which saturated air is discharged from the circuit until the initial process pressure is readjusted.
A counterflow heat exchanger configured to exchange thermal energy between a first fluid flow at a first pressure and a second fluid flow at a second pressure less than the first pressure, comprising: a first fluid inlet; a first fluid outlet fluidly coupled to the first fluid inlet via a core section; a second fluid inlet; a second fluid outlet fluidly coupled to the second fluid inlet via the core section; and a heating arrangement configured to heat the second fluid inlet to prevent ice ingestion via the second fluid inlet; and characterised in that the heating arrangement comprises one or more bypass passages extending from the first fluid inlet toward the second fluid inlet, bypassing the core section, the one or more bypass passage configured to direct a bypass portion of the first fluid flow past the second fluid inlet; and in that the bypass portion of the first fluid flow is modulated based on conditions at the second fluid inlet via one or more valves at the one or more bypass passages. a first fluid inlet; a first fluid outlet fluidly coupled to the first fluid inlet via a core section; a second fluid inlet; a second fluid outlet fluidly coupled to the second fluid inlet via the core section; and a heating arrangement configured to heat the second fluid inlet to prevent ice ingestion via the second fluid inlet; and characterised in that the heating arrangement comprises one or more bypass passages extending from the first fluid inlet toward the second fluid inlet, bypassing the core section, the one or more bypass passage configured to direct a bypass portion of the first fluid flow past the second fluid inlet; and in that the bypass portion of the first fluid flow is modulated based on conditions at the second fluid inlet via one or more valves at the one or more bypass passages.
A suction unit comprising a suction apparatus, a dirt collection container, a filter device, wherein the dirt collection container is connected in terms of flow via the filter device to the suction apparatus, and a cleaning device for the filter device, which cleaning device comprises an external-air valve device, characterized by at least one guide duct (120; 180) for air, which at least one guide duct has a first port (134; 188) which is connected in terms of fluid action to the cleaning device for the provision of external air from the at least one guide duct (120; 180), a second port (136; 190) for the coupling of exhaust air of the suction apparatus into the at least one guide duct (120; 180), and a third port (138; 192) which is connected in terms of fluid action to the surroundings of the suction unit, wherein air from the surroundings is configured to flow into the at least one guide duct (120; 180) via the third port (138; 192).
Box of a battery, comprising: a first component, comprising a first interface; a second component, configured to connect with the first component to form a chamber, the second component comprising a second interface, the second interface being configured to be arranged opposite to the first interface; a first locking mechanism, configured to lock the first component and the second component, so that the first interface and the second interface are sealed and connected; wherein, the first locking mechanism is configured to be actuated when an internal pressure of the chamber exceeds a preset value, so that the first interface and the second interface break away from a sealed state to relieve the internal pressure of the chamber; wherein the first locking mechanism is further configured to recover the first interface and the second interface to the sealed state, when the internal pressure of the chamber is relieved to smaller than or equal to the preset value; wherein the first locking mechanism comprises an elastic element, and the elastic element is configured to generate elastic deformation when the internal pressure of the chamber exceeds the preset value, so that the first interface and the second interface break away from the sealed state; and wherein at least one abutment surface for abutting against the elastic element is provided with a restraint part, and the restraint part is configured to restrain movement of the elastic element perpendicular to an elasticity direction of the elastic element. a first component, comprising a first interface; a second component, configured to connect with the first component to form a chamber, the second component comprising a second interface, the second interface being configured to be arranged opposite to the first interface; a first locking mechanism, configured to lock the first component and the second component, so that the first interface and the second interface are sealed and connected; wherein, the first locking mechanism is configured to be actuated when an internal pressure of the chamber exceeds a preset value, so that the first interface and the second interface break away from a sealed state to relieve the internal pressure of the chamber; wherein the first locking mechanism is further configured to recover the first interface and the second interface to the sealed state, when the internal pressure of the chamber is relieved to smaller than or equal to the preset value; wherein the first locking mechanism comprises an elastic element, and the elastic element is configured to generate elastic deformation when the internal pressure of the chamber exceeds the preset value, so that the first interface and the second interface break away from the sealed state; and wherein at least one abutment surface for abutting against the elastic element is provided with a restraint part, and the restraint part is configured to restrain movement of the elastic element perpendicular to an elasticity direction of the elastic element.
Reaction products made of reacting metakaolin, which has a particle size of ≤ 100 μm, an Al2O3 portion of > 20 mass %, an SiO2 portion of < 80 mass %, a loss on ignition of < 10 mass %, a kaolinite portion of < 50 mass %, and a density of < 2.7 g/ml, with an alkaline reaction partner, which comprises an element from the second main group of the periodic table, in an aqueous medium, wherein the metakaolin is thermally activated by dehydrating kaolin in a temperature range of from 550 °C to 900 °C by bringing said kaolin to the calcination temperature within a very short time period of << 1 minute and then rapidly bringing said kaolin to a temperature of < 550 °C in a time period of << 5 minutes, and the reaction products have a thermal stability of > 500 °C and a fine structure having a BET specific surface area of > 5 m2/g and/or a porosity having an average pore size of < 100 nm.
A catalyst for ethylene polymer production, comprising as main components, a transition metal compound (component (a)) represented by the general formula: wherein M 1 represents zirconium atom; X 1 each identically represents hydrogen atom, a chlorine atom, a methyl group, an ethyl group, a phenyl group, or a benzyl group, L each independently represents a coordinate bonding compound; a is 2; b is 0; Q 1 and Q 2 each independently represents a ligand represented by the general formula wherein R 1 represents hydrogen atom; Q 1 and Q 2 form a sandwich structure together with M 1, and Z 1 is represented by the general formula,,,, (13"), or: wherein each R 15 is identical and represents a methyl group, an iso -propyl group or a phenyl group, and E represents an oxygen atom; wherein each R 16 is identical and represents a methyl group, an iso -propyl group or a phenyl group; wherein d is 3, 4 or 5; wherein each R 17 is identical and represents a methyl group or a phenyl group, and e is 2; wherein R 18 represents hydrogen atom, and each T is identical and represents a methylene group or a butane-1,4-diyl group; and acts so as to crosslink Q 1 and Q 2, and a metallocene compound (component (b)) comprising titanium atom, zirconium atom or hafnium atom as a central metal. M 1 represents zirconium atom; X 1 each identically represents hydrogen atom, a chlorine atom, a methyl group, an ethyl group, a phenyl group, or a benzyl group, L each independently represents a coordinate bonding compound; a is 2; b is 0; Q 1 and Q 2 each independently represents a ligand represented by the general formula wherein R 1 represents hydrogen atom; Q 1 and Q 2 form a sandwich structure together with M 1, and Z 1 is represented by the general formula,,,, (13"), or: wherein each R 15 is identical and represents a methyl group, an iso -propyl group or a phenyl group, and E represents an oxygen atom; wherein each R 16 is identical and represents a methyl group, an iso -propyl group or a phenyl group; wherein d is 3, 4 or 5; wherein each R 17 is identical and represents a methyl group or a phenyl group, and e is 2; wherein R 18 represents hydrogen atom, and each T is identical and represents a methylene group or a butane-1,4-diyl group;
A furniture drive for retracting a movably-supported furniture part into a closed end position relative to a furniture carcass, comprising: - an entrainment member for retracting the movable furniture part, the entrainment member being displaceably arranged at least over a region along a linear displacement path and being configured to be releasably coupled to the movable furniture part, - a spring device for applying a force to the entrainment member in a retracting direction, - a damping device for dampening a movement of the entrainment member in the retracting direction, the damping device including a fluid chamber and a ram displaceably arranged relative to the fluid chamber, - a holding device arranged between the ram and the entrainment member, wherein the holding device holds the ram relative to the entrainment member, characterized in that the ram, when a force exertion applied to the entrainment member in the retracting direction is exceeded, is moved through an opening of the holding device so that the entrainment member is decoupled from the ram. - an entrainment member for retracting the movable furniture part, the entrainment member being displaceably arranged at least over a region along a linear displacement path and being configured to be releasably coupled to the movable furniture part, - a spring device for applying a force to the entrainment member in a retracting direction, - a damping device for dampening a movement of the entrainment member in the retracting direction, the damping device including a fluid chamber and a ram displaceably arranged relative to the fluid chamber, - a holding device arranged between the ram and the entrainment member, wherein the holding device holds the ram relative to the entrainment member,
Control rod comprising first and second parts (26, 28) each having a fixing head (14, 18), - the first part comprising a cylinder, coaxial to a longitudinal axis, which has a peripheral face, - the second part comprising a barrel, coaxial to the longitudinal axis when the first and second parts (26, 28) are assembled, which has an outer lateral face, an inner lateral face configured to at least partially receive the cylinder of the first part and having an inner diameter substantially equal to the diameter of the peripheral face of the first part and an annular end rim linking the inner and outer lateral faces (46, 48), characterized in that the peripheral face of the first part comprises a succession of peripheral grooves, separated from one another by notches, positioned in transverse planes and which each extend over all the circumference of the first part and in that the barrel comprises several cutouts configured to divide up the barrel into several cylinder sectors between the cutouts and at least one inner rib, protruding from the inner lateral face, which has a section configured to be housed in one of the peripheral grooves of the first part, the barrel being configured to occupy a first state, in which the cylinder sectors are pressed against the peripheral face of the first part and in which the inner rib is housed in one of the peripheral grooves, and an elastically deformed second state in which the inner rib is positioned outside of the peripheral grooves. - the first part comprising a cylinder, coaxial to a longitudinal axis, which has a peripheral face, - the second part comprising a barrel, coaxial to the longitudinal axis when the first and second parts (26, 28) are assembled, which has an outer lateral face, an inner lateral face configured to at least partially receive the cylinder of the first part and having an inner diameter substantially equal to the diameter of the peripheral face of the first part and an annular end rim linking the inner and outer lateral faces (46, 48),