mhurhangee/ep-ind-claims huggingface dataset:
Plug-in connection for covering panels, in particular of covering panels for device installation channels, wherein the covering panel has a substantially rectangular or square planar surface, wherein the edge of the said covering panel, at least on one of the sides (12, 13), has in each case at least one male and/or one female connecting element which cooperate/cooperates in an interlocking manner with corresponding male and/or female connecting elements of another adjacent covering panel (10, 10') which is to be connected in order to manually connect the said two covering panels in a releasable manner, wherein the plug-in connection comprises a combination of one male and one female connecting element, characterized in that the male connecting element is designed as a plug with a fork-like end having two webs (22, 22') and cooperates in an interlocking manner with a complementary female connecting element which is designed as an interlocking recess which is formed at the edge, wherein: - the recess, as seen in the direction of the edge, has a substantially trapezoidal cross section which cooperates in an interlocking manner with the respectively outer oblique shape of the two webs (22, 22'), - the recess has a horizontal bearing surface which is bevelled in the direction of the outer free edge and which cooperates in an interlocking manner with the free ends (23, 23') of the two webs, which free ends are bevelled at the bottom, - the recess is delimited along its depth, to the left and to the right, by two laterally bevelled walls (33, 33') of which the free ends (34, 34') have two planar vertical surfaces (35, 35') which cooperate with two projections (24, 24') at the free end of the two webs (22, 22') of the plug for the purpose of locking the said plug in the recess, and - the recess, in the region of the bevelled bearing surface at the outer free edge, has a widened input which makes it easier to insert the two projections (24, 24') of the plug into the recess. - the recess, as seen in the direction of the edge, has a substantially trapezoidal cross section which cooperates in an interlocking manner with the respectively outer oblique shape of the two webs (22, 22'), - the recess has a horizontal bearing surface which is bevelled in the direction of the outer free edge and which cooperates in an interlocking manner with the free ends (23, 23') of the two webs, which free ends are bevelled at the bottom, - the recess is delimited along its depth, to the left and to the right, by two laterally bevelled walls (33, 33') of which the free ends (34, 34') have two planar vertical surfaces (35, 35') which cooperate with two projections (24, 24') at the free end of the two webs (22, 22') of the plug for the purpose of locking the said plug in the recess, and - the recess, in the region of the bevelled bearing surface at the outer free edge, has a widened input which makes it easier to insert the two projections (24, 24') of the plug into the recess.
A cabin of a helicopter with a bracket (24, 24', 31, 34, 36, 38) for attachment of a landing gear to the cabin by connecting a traverse of said landing gear to said cabin of the helicopter, a longitudinal direction of the traverse being essentially perpendicular to a longitudinal direction of the cabin/helicopter, said bracket (24, 24', 31, 34, 36, 38) comprising: - a landing gear retainer for fixation around the traverse coaxially to the longitudinal direction of the traverse, - a pendulum, an upper and a lower pendulum bolt (12, 13) and upper and lower pendulum bearings (18, 19) for said upper and lower pendulum bolts (12, 13), said pendulum being for mobility of the cabin in longitudinal direction of the traverse, the pendulum being hinged to the cabin by the lower pendulum bolt in the lower pendulum bearings; and said pendulum being for mobility in longitudinal direction of the traverse, the pendulum being hinged to the landing gear retainer by the upper pendulum bolt in the upper pendulum bearings. - a landing gear retainer for fixation around the traverse coaxially to the longitudinal direction of the traverse, - a pendulum, an upper and a lower pendulum bolt (12, 13) and
A packaging receptacle including a container 1 and a lid 2 that are separate, said container 1 being provided with a bottom 10 and a peripheral wall opening into an opening 3 that can be closed by the lid 2, mutual securing means made up of profiles or peripheral edge face 4, 5 interlocking with one another and equipping the container 1 and the lid 2, the profile 4 of the container 1 including a peripheral annular groove 14 except on at least one angular sector equipped with a radial protuberance 6 of planar shape protruding toward the outside of the container 1, the lid 2 including a peripheral border 12 inserted into said groove 14 and, in the radial extension of the peripheral border 12, at least one tongue 13, the container 1 having, in each radial protuberance 6, a slit 7 able to receive the tongue 13, characterized in that the radial protuberance includes means for releasing said tongue 13 consisting on the one hand of a single breakable zone 9 manually arranged between an outer edge of the radial protuberance 6 and the slit 7, and on the other hand a tab 8 protruding from the radial protuberance 6, in a direction substantially oriented along the axis of the slit 7, said tab 8 having a first lateral border oriented in the extension of the breakable zone 9 of linear shape.
An anode for secondary batteries, comprising an anode mixture comprising an anode active material, coated on a current collector, wherein the anode active material comprises lithium titanium oxide particles provided on the surfaces thereof with a cross-linked polymer coating layer, wherein the LTO particles with the cross-linked polymer coating layer formed thereon retain a porous structure formed therebetween, and a cross-linked polymer of the coating layer is a phosphate-based compound, and wherein the phosphate-based compound is at least one material selected from the group consisting of a phosphate-based acrylate represented by Formula 1 below, a pyrophosphate-based acrylate represented by Formula 2 below, and a phosphate-based urethane acrylate: wherein R 1 and R 2 are each independently hydrogen, a methyl group, or F, and n is an integer of 1 to 20.
A paper dispenser comprising a housing in which a receiving compartment for a dispensing roll, a guide track leading from above into said receiving compartment for a spare roll to be moved from an upper waiting position into said receiving compartment, and a device for transferring the paper from the spare roll, which is dispensed once the dispensing roll has been used up, are disposed, said upper waiting position being delimited by a narrow passage, characterized in that paper of the spare roll is dispensed, after the dispensing roll has been used up, from the upper waiting position, in that moving of the spare roll into said receiving compartment takes place only when the diameter of the spare roll has been reduced in the upper waiting position, and in that a releasable blocking device (9, 9') is disposed in said narrow passage, and is coupled to a movable sensing element (15, 15') for the diameter of the spare roll.
A vacuum pump oil, comprising: a mineral oil having a temperature gradient Δ | η∗ | of complex viscosity between two points of t(°C) and t-10(°C) (where -15 ≤ t ≤ -10), as measured using a rotary rheometer, of 8.0 Pa·s/°C or less, and one or more compounds selected from a phenol-based compound and an amine-based compound; and having a viscosity index of less than 160, wherein the mineral oil contains both a mineral oil classified into Group 3 of the API category and a mineral oil classified into Group 2 in the API category, wherein the vacuum pump oil comprises both the phenol-based compound and the amine-based compound, and wherein the rotary rheometer includes a cone plate having a diameter of 50 mm and a tilt angle of 1°, and the complex viscosity η∗ is measured at predetermined measurement temperatures in a vibration mode at an angular velocity of 6.3 rad/s and a strain amount set as follows at each measurement temperature: strain amount at -10°C: 2.1 %; strain amount at -15°C: 1.17 %; strain amount at -20°C: 0.65 %; and strain amount at -25°C: 0.36 %. a mineral oil having a temperature gradient Δ | η∗ | of complex viscosity between two points of t(°C) and t-10(°C) (where -15 ≤ t ≤ -10), as measured using a rotary rheometer, of 8.0 Pa·s/°C or less, and one or more compounds selected from a phenol-based compound and an amine-based compound; and having a viscosity index of less than 160, wherein the mineral oil contains both a mineral oil classified into Group 3 of the API category and a mineral oil classified into Group 2 in the API category, wherein the vacuum pump oil comprises both the phenol-based compound and the amine-based compound, and wherein the rotary rheometer includes a cone plate having a diameter of 50 mm and a tilt angle of 1°, and the complex viscosity η∗ is measured at predetermined measurement temperatures in a vibration mode at an angular velocity of 6.3 rad/s and a strain amount set as follows at each measurement temperature: strain amount at -10°C: 2.1 %; strain amount at -15°C: 1.17 %; strain amount at -20°C: 0.65 %; and strain amount at -25°C: 0.36 %. strain amount at -10°C: 2.1 %; strain amount at -15°C: 1.17 %; strain amount at -20°C: 0.65 %; and strain amount at -25°C: 0.36 %.
A three-dimensional structure, wherein: the three-dimensional structure has a pouch form, the three-dimensional structure is made of non-woven fabric by depositing fibers measuring 1-100 μm in diameter produced by electrospinning, the fibers of the three-dimensional structure are containing a polyhydroxyalkanoate which is a copolymer of at least two monomers selected from 3-hydroxybutyric acid, 3-hydroxyvaleric acid, and 4-hydroxybutyric acid. the three-dimensional structure has a pouch form, the three-dimensional structure is made of non-woven fabric by depositing fibers measuring 1-100 μm in diameter produced by electrospinning, the fibers of the three-dimensional structure are containing a polyhydroxyalkanoate which is a copolymer of at least two monomers selected from 3-hydroxybutyric acid, 3-hydroxyvaleric acid, and 4-hydroxybutyric acid.
A method of transmitting position data for an unmanned aerial vehicle to a flight control center, the method comprising: transmitting, by a UAV controller onboard the UAV, UAV position data from a Global Positioning System unit located onboard the UAV to a ground control station, wherein the UAV controller transmits the UAV position data to the ground control station via a transmitter onboard the UAV and a receiver at the ground control station, and wherein the ground control station is separate from and controls the operation of the UAV; formatting the UAV position data by a ground control station controller included in the ground control station, wherein the UAV position data is formatted to be received by the flight control center; assigning aircraft identification to the formatted UAV position data; and transmitting the formatted and assigned UAV position data from the ground control station to the flight control center, wherein the flight control center receives other position data for a plurality of aerial vehicles. transmitting, by a UAV controller onboard the UAV, UAV position data from a Global Positioning System unit located onboard the UAV to a ground control station, wherein the UAV controller transmits the UAV position data to the ground control station via a transmitter onboard the UAV and a receiver at the ground control station, and wherein the ground control station is separate from and controls the operation of the UAV; formatting the UAV position data by a ground control station controller included in the ground control station, wherein the UAV position data is formatted to be received by the flight control center; assigning aircraft identification to the formatted UAV position data; and transmitting the formatted and assigned UAV position data from the ground control station to the flight control center, wherein the flight control center receives other position data for a plurality of aerial vehicles.
A method of transitioning between a first virtual reality view and a second virtual reality view within media content of a virtual reality environment, the method comprising: sending the first virtual reality view containing the media content to a virtual reality device over a first network path; determining a second, different, virtual reality view containing media content; sending at least a section of the second virtual reality view to the virtual reality device over a second network path, the section of the second virtual reality view being non-overlapping with the first virtual reality view, wherein the first and second network paths are different network slices such that the first network path has a higher latency and a higher bandwidth than the second network path. sending the first virtual reality view containing the media content to a virtual reality device over a first network path; determining a second, different, virtual reality view containing media content; sending at least a section of the second virtual reality view to the virtual reality device over a second network path, the section of the second virtual reality view being non-overlapping with the first virtual reality view, wherein the first and second network paths are different network slices such that the first network path has a higher latency and a higher bandwidth than the second network path.
Parenteral solution for pediatric use comprising, per 1000 ml of sodium solution in a concentration comprised between 90 and 120 mEq/L, chlorine in a concentration comprised between 90 and 120 mEq/L, potassium in an amount comprised between 20 and 25 mEq/L, glucose in an amount comprised between 5% and 7.5%, and having a theoretical osmolarity of less than 750 mOsm/L.
A method performed by a terminal in a wireless communication system, the method comprising: monitoring, by the terminal having at least two subscriber identity module, SIM, capabilities, a system information, SI, update indication in at least one first paging occasion of at least one modification period for a first network associated with a first SIM; identifying that the terminal fails to monitor the at least one first paging occasion because of monitoring a second SIM; upon resuming monitoring of the first network associated with the first SIM, reading master information block, MIB, and system information block 1, SIB1, to determine whether any SI is updated or not; determining whether any SI is updated or not based on the MIB and the SIB1; and in case that any SI is updated, acquiring the updated SI. monitoring, by the terminal having at least two subscriber identity module, SIM, capabilities, a system information, SI, update indication in at least one first paging occasion of at least one modification period for a first network associated with a first SIM; identifying that the terminal fails to monitor the at least one first paging occasion because of monitoring a second SIM; upon resuming monitoring of the first network associated with the first SIM, reading master information block, MIB, and system information block 1, SIB1, to determine whether any SI is updated or not; determining whether any SI is updated or not based on the MIB and the SIB1; and in case that any SI is updated, acquiring the updated SI.
Motorcycling boot comprising: - a sole; - an upper comprising a bottom portion suitable for surrounding the user's foot, and a leg-piece suitable for surrounding the user's leg; - a first protection means positioned at the front portion of said leg-piece; - a second protection means positioned at the rear portion of said leg-piece; characterized in that said first protection means comprises a front plate and an element, said element being suitable for sliding inside guiding means formed in said front plate and in that said second protection means comprises a rear plate and an element, said element being suitable for sliding inside guiding means formed in said rear plate; the movement of said elements (24, 34) allowing variation, during use of the boot, of the configuration of said leg-piece; - a sole; - an upper comprising a bottom portion suitable for surrounding the user's foot, and a leg-piece suitable for surrounding the user's leg; - a first protection means positioned at the front portion of said leg-piece; - a second protection means positioned at the rear portion of said leg-piece;
A valve device suitable for forming a part of a ventilation passage of a fuel tank, comprising: a float; and a case storing the float, wherein the case includes a partition wall dividing an inside of the case into an upper chamber and a storage chamber for storing the float, the partition wall includes an opening opened and closed by the float, and a rising portion surrounding the opening in the upper chamber, the rising portion includes a dividing portion for guiding liquid to flow downward, and a gap is formed between an upper end of the rising portion and a closed end of a short cylinder portion serving as a ceiling of the upper chamber, characterized in that the rising portion is formed in a cylindrical shape of which an outer circumferential portion is short, and an inner circumferential portion is formed in a mortar shape, another gap is formed between an outer circumferential portion of the rising portion and an outer edge of the partition wall in a direction around the opening, and an upper surface of the partition wall outside the rising portion has a gradient such that a side of the dividing portion is a low part of an inclined portion thereof. a float; and a case storing the float, wherein the case includes a partition wall dividing an inside of the case into an upper chamber and a storage chamber for storing the float, the partition wall includes an opening opened and closed by the float, and a rising portion surrounding the opening in the upper chamber, the rising portion includes a dividing portion for guiding liquid to flow downward, and a gap is formed between an upper end of the rising portion and a closed end of a short cylinder portion serving as a ceiling of the upper chamber, characterized in that the rising portion is formed in a cylindrical shape of which an outer circumferential portion is short, and an inner circumferential portion is formed in a mortar shape, another gap is formed between an outer circumferential portion of the rising portion and an outer edge of the partition wall in a direction around the opening, and an upper surface of the partition wall outside the rising portion has a gradient such that a side of the dividing portion is a low part of an inclined portion thereof.
A method for controlling a filtering efficiency of a filter (101, 308) for an exhaust aftertreatment system comprising a filter assembly, the filter comprising an inflow area, an outflow area, and a filtering area between the inflow area and the outflow area, the method comprises: - determining a present exhaust mass flow into the filter, - determining a pressure drop across the filter between the inflow area and the outflow area of the filter, - normalizing the measured pressure drop (P Measured) relative a pressure level (Pc) for a model filter at a predetermined temperature ( Temp 1) to provide a normalized pressure drop ( P Normalized), the model filter being representative of a clean filter with a relatively linear pressure drop versus temperature curve, - comparing the normalized pressure drop (P Normalized) to a pressure drop model comprising a relation between pressure drop and exhaust mass flow for the model filter; - determining a pressure deviation between the normalized pressure drop (P Normalized) and the calculated pressure drop value based on the pressure drop model; and - controlling the pressure drop across the filter for reducing the pressure deviation by increasing the temperature of the exhaust gas, wherein controlling the pressure drop comprises at least one of: fuel injection control to a combustion engine connected to the exhaust aftertreatment system, and air/fuel ratio control for the combustion engine, wherein the method steps are continuously repeated at a repetition rate to actively control the pressure drop across the filter to be within a filter efficiency window given by pressure drop boundaries (206, 208). - determining a present exhaust mass flow into the filter, - determining a pressure drop across the filter between the inflow area and the outflow area of the filter, - normalizing the measured pressure drop (P Measured) relative a pressure level (Pc) for a model filter at a predetermined temperature ( Temp 1) to provide a normalized pressure drop ( P Normalized), the model filter being representative of a clean filter with a relatively linear pressure drop versus temperature curve, - comparing the normalized pressure drop (P Normalized) to a pressure drop model comprising a relation between pressure drop and exhaust mass flow for the model filter; - comparing the normalized pressure drop (P Normalized) to a pressure drop model comprising a relation between pressure drop and exhaust mass flow for the model filter; - determining a pressure deviation between the normalized pressure drop (P Normalized) and the calculated pressure drop value based on the pressure drop model; and - controlling the pressure drop across the filter for reducing the pressure deviation by increasing the temperature of the exhaust gas, wherein controlling the pressure drop comprises at least one of: fuel injection control to a combustion engine connected to the exhaust aftertreatment system, and air/fuel ratio control for the combustion engine,
An apparatus for controlling the heating of a battery having first and second poles (20, 22) the apparatus comprising a controller operable to generates a control signal in accordance with a predetermined algorithm responsive to at least a temperature and a voltage drop across the first and second poles (20, 22) and a switching device disposed between the first and second poles (20, 22) of said battery to selectively short out the first and second poles (20, 22) in order to generate heat within the battery in response to the control signal from the controller characterised in that the controller is further operable to control the switching device by carrying out a first sub-routine comprising the sub-steps of measuring a temperature, comparing the temperature to a first predetermined temperature and closing the switching device for a predetermined period of time when the temperature meets a first predetermined characteristic relative to said first predetermined temperature and repeating the first sub-routine until the temperature does not meet said first predetermined characteristic relative to said first predetermined temperature; carrying out a second sub-routine comprising the sub-steps of measuring a voltage drop across said first and second poles, comparing said voltage drop to a predetermined voltage drop, measuring said temperature if said voltage drop meets a second predetermined characteristic relative to said predetermined voltage drop, comparing said temperature to a second predetermined temperature and closing said switching device if said temperature meets a third predetermined characteristic relative to said second predetermined temperature; and repeating the second sub-routine until said voltage drop does not meet said second predetermined characteristic relative to said predetermined voltage drop.