mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional signboard which forms the shape of a character, comprising : an upper unit and a lower unit which are connected to each other; the upper unit comprising a main portion , wherein the main portion reflects each stroke of the shape of the character of the signboard and thereby presents the shape of the three-dimensional signboard; the lower unit comprising a sidewall connected to the main portion , wherein the sidewall encircles the main portion for supporting the main portion , and a cavity is formed therebetween; and a connecting portion arranged between the main portion and the sidewall , wherein the connecting portion comprise a plurality of step layers arranged in stack, and the step layer each comprises an upper step plate and a lower step plate which are connected to each other, wherein an edge of the upper step plate of a lower step layer in the plurality of step layers is connected to an edge of the lower step plate of an upper step layer connected to the lower step layer, wherein the size of the lower step layer is larger than the size of the connected upper step layer, such that the step layers of the plurality of step layers arranged in stack are gradually enlarged from top to bottom, characterised in that the sidewall and the connecting portion are made of metal, and the surfaces of the sidewall and the connecting portion, or a part or the entire region thereof are perforated, wherein the surface of the main portion is flat, and wherein the surface of the main portion or a part or the entire region thereof is perforated. an upper unit and a lower unit which are connected to each other; the upper unit comprising a main portion , wherein the main portion reflects each stroke of the shape of the character of the signboard and thereby presents the shape of the three-dimensional signboard; the lower unit comprising a sidewall connected to the main portion , wherein the sidewall encircles the main portion for supporting the main portion , and a cavity is formed therebetween; and a connecting portion arranged between the main portion and the sidewall , wherein the connecting portion comprise a plurality of step layers arranged in stack, and the step layer each comprises an upper step plate and a lower step plate which are connected to each other,
A method of evaluating an advised driving speed of a vehicle traversing a particular portion of a road network, comprising: accessing first predetermined data indicative of the variation in average fuel consumption for the vehicle with speed of the vehicle; determining a range of speeds between a speed limit for the portion of the road network being traversed and a predetermined percentage of said speed limit ; using the first predetermined data to determine data indicative of average fuel consumption for the vehicle for a plurality of speeds within the range; and evaluating the advised driving speed of the vehicle based at least in part on the determined data indicative of average fuel consumption for the vehicle for the range of speeds. accessing first predetermined data indicative of the variation in average fuel consumption for the vehicle with speed of the vehicle; determining a range of speeds between a speed limit for the portion of the road network being traversed and a predetermined percentage of said speed limit ; using the first predetermined data to determine data indicative of average fuel consumption for the vehicle for a plurality of speeds within the range; and evaluating the advised driving speed of the vehicle based at least in part on the determined data indicative of average fuel consumption for the vehicle for the range of speeds.
Biomass composition comprising insect particles, a vegetable biomass, and a liquid such as water at an amount of 0,5% - 70% based on the weight of the biomass composition, wherein the insect particles are selected from particulate larvae and wherein the insect particles have an average particle size of between 3 mm and 40 mm, wherein the average particle size is determined with ASTM C136/C136M-14 Standard Test Method for Sieve Analysis.
A bearing housing for supporting a bearing of a gas turbine engine , the bearing housing comprising: an annular body extending around an axis and having an oil inlet and an oil outlet ; and an oil manifold integrated into the annular body, the oil manifold having an inner oil channel defined in the annular body and extending circumferentially around the axis , the inner oil channel in fluid communication with the oil inlet and at least one oil jet directed towards the bearing ; characterised in that : the bearing housing and the oil manifold are machined or otherwise formed as a single, unitary or monolithic piece. an annular body extending around an axis and having an oil inlet and an oil outlet ; and an oil manifold integrated into the annular body, the oil manifold having an inner oil channel defined in the annular body and extending circumferentially around the axis , the inner oil channel in fluid communication with the oil inlet and at least one oil jet directed towards the bearing ; characterised in that : the bearing housing and the oil manifold are machined or otherwise formed as a single, unitary or monolithic piece.
Process for packaging silicone compositions in a hollow cylindrical container, which is sealed with a plunger, characterized in that in the gap between the inner wall of the hollow cylindrical container and the outer surface of the plunger, a silicone polymer (A) is introduced having a viscosity of 5000 mPas to 100 000 mPas, measured at 25°C, wherein the dynamic viscosity of the component (A) is measured as described in the description.
A composite material device, comprising a substrate comprising a plurality of pores, and a plurality of metal particles adhered onto the inner walls of said pores, wherein said metal particles have a particle size of from 1 to 200 nm, and said plurality of metal particles have at least 10 different particle sizes d1 to d10, wherein 1 nm≤d1<10 nm, 10 nm≤d2<20 nm, 20 nm≤d3<30 nm, 30 nm≤d4<40 nm, 40 nm≤d5<50 nm, 50 nm≤d6<60 nm, 60 nm≤d7<70 nm, 70 nm≤d8≤80 nm, 80 nm≤d9≤90 nm, 90 nm≤d10≤100 nm; wherein, the pores have an average pore diameter of from 200 to 1000 nm, and said plurality of pores have at least 5 pore diameters f9 to f13, wherein 160 nm≤f9<200 nm, 200 nm≤f10<250 nm, 250 nm≤f11<300 nm, 300 nm≤f12<350 nm, 350 nm≤f13≤380 nm. wherein, the substrate is a porous anodic alumina template; wherein, the metal particles are made of a metal of gold or aluminium; wherein, said pores have an average pore-to-pore distance between adjacent pores of from 300 to 600 nm; wherein the metal particles have a distribution density of from about 10 2 to about 10 4 particles/μm 2 on the inner walls of said pores. a substrate comprising a plurality of pores, and a plurality of metal particles adhered onto the inner walls of said pores, wherein said metal particles have a particle size of from 1 to 200 nm, and said plurality of metal particles have at least 10 different particle sizes d1 to d10, wherein 1 nm≤d1<10 nm, 10 nm≤d2<20 nm, 20 nm≤d3<30 nm, 30 nm≤d4<40 nm, 40 nm≤d5<50 nm, 50 nm≤d6<60 nm, 60 nm≤d7<70 nm, 70 nm≤d8≤80 nm, 80 nm≤d9≤90 nm, 90 nm≤d10≤100 nm; wherein, the pores have an average pore diameter of from 200 to 1000 nm, and said plurality of pores have at least 5 pore diameters f9 to f13, wherein 160 nm≤f9<200 nm, 200 nm≤f10<250 nm, 250 nm≤f11<300 nm, 300 nm≤f12<350 nm, 350 nm≤f13≤380 nm. wherein, the substrate is a porous anodic alumina template; wherein, the metal particles are made of a metal of gold or aluminium; wherein, said pores have an average pore-to-pore distance between adjacent pores of from 300 to 600 nm; wherein the metal particles have a distribution density of from about 10 2 to about 10 4 particles/μm 2 on the inner walls of said pores.
An oil recovery system for imparting seismic wave energy within an oil reservoir, in the form of a wave, so as to alter the capillary forces of residual oil comprising: an oil recovery tool having a submersible housing ; a source of pressurized fluid including a pump motor and operatively associated pump fluidly connected to a replenishable fluid reservoir for pressurizing the fluid from said reservoir and passing the pressurized fluid through a conduit to the oil recovery tool , wherein said source of pressurized fluid further includes at least one sensor generating a signal; a hollow shaft electric motor , powered by a source of electric power, connected to rotationally drive a hollow-shaft rotor having an output port relative to a stator having a corresponding output port , where the hollow shaft electric motor, the rotor, the stator and a fluidly-connected accumulator are operatively located within said housing to receive the pressurized fluid and pass the pressurized fluid through the hollow shaft of the electric motor to the hollow-shaft rotor and accumulator for storage in the accumulator and subsequent release of the pressurized fluid through the output ports , when aligned, to periodically generate the seismic waves; and a control system suitable for monitoring and controlling the system components including at least the oil recovery tool and the source of pressurized fluid and associated sensor signal to produce the seismic waves within the reservoir. an oil recovery tool having a submersible housing ; a source of pressurized fluid including a pump motor and operatively associated pump fluidly connected to a replenishable fluid reservoir for pressurizing the fluid from said reservoir and passing the pressurized fluid through a conduit to the oil recovery tool , wherein said source of pressurized fluid further includes at least one sensor generating a signal; a hollow shaft electric motor , powered by a source of electric power, connected to rotationally drive a hollow-shaft rotor having an output port relative to a stator having a corresponding output port , where the hollow shaft electric motor, the rotor, the stator and a fluidly-connected accumulator are operatively located within said housing to receive the pressurized fluid and pass the pressurized fluid through the hollow shaft of the electric motor to the hollow-shaft rotor and accumulator for storage in the accumulator and subsequent release of the pressurized fluid through the output ports , when aligned, to periodically generate the seismic waves; and a control system suitable for monitoring and controlling the system components including at least the oil recovery tool and the source of pressurized fluid and associated sensor signal to produce the seismic waves within the reservoir.
Hairstyling apparatus designed to be held and manipulated by hand and comprising at least one main body that incorporates a gripping device that changes between an introduction configuration and a configuration gripping a lock of hair, said gripping device for its part comprising at least one first jaw mounted so as to be movable relative to said main body between at least one open position and a closed position, corresponding respectively to said introduction configuration and to said gripping configuration, said first jaw being designed to move between said open and closed positions while remaining parallel to itself, said first jaw being mounted for circular translation relative to the main body between its open and closed positions, in a deformable parallelogram arrangement, said apparatus being characterised in that it comprises a return member for returning said gripping device to the gripping configuration.
A system for delivering an implantable fixation device comprising: the implantable fixation device having an attachment portion at a proximal end thereof, said attachment portion having an interior; an interventional catheter having an attachment portion configured to engage the attachment portion of said fixation device, said attachment portion of the interventional catheter having an interior; and a rod at least partially disposed within both interiors and regulating engagement between the attachment portions of the interventional catheter and the fixation device, characterised in that the interventional catheter includes a waist axially spaced from the attachment portion, the waist defining an area of reduced inner diameter, the attachment portion being biased toward the interior; and the rod generally having an external diameter smaller than the interior diameter of the waist such that the rod may freely traverse the waist, the rod including an enlarged portion proximate a distal end thereof, the enlarged portion having an external diameter slightly greater than the interior diameter of the waist such that when the enlarged portion is positioned within the waist the catheter attachment portion is deflected away from the interior thereby facilitating detachment of the interventional catheter from the fixation device.
A microwave oven comprising: a cavity ; a first microwave supply system configured to supply microwaves to a bottom of the cavity for energizing a crisp function, wherein the first microwave supply system comprises a first microwave generator configured as a solid-state based microwave generator and connected to a transmission line for supplying microwaves to a rotatable antenna via a first feeding port ; a second microwave supply system configured to supply microwaves to the cavity for exciting cavity modes; a heating system configured to provide a broiling function to the cavity ; and a control unit configured to control the first microwave supply system , the second microwave supply system , and the heating system based on a mode of operation selected via a user interface , wherein the microwave oven is characterized in that the mode of operation includes a crisp mode, and wherein selection of the crisp mode prompts the control unit to activate the first microwave supply system , the second microwave supply system , and the heating system . a cavity ; a first microwave supply system configured to supply microwaves to a bottom of the cavity for energizing a crisp function, wherein the first microwave supply system comprises a first microwave generator configured as a solid-state based microwave generator and connected to a transmission line for supplying microwaves to a rotatable antenna via a first feeding port ; a second microwave supply system configured to supply microwaves to the cavity for exciting cavity modes; a heating system configured to provide a broiling function to the cavity ; and a control unit configured to control the first microwave supply system , the second microwave supply system , and the heating system based on a mode of operation selected via a user interface , wherein the microwave oven is characterized in that the mode of operation includes a crisp mode, and wherein selection of the crisp mode prompts the control unit to activate the first microwave supply system , the second microwave supply system , and the heating system .
Coupling for connecting a linear drive to a linearly guided slide element , with a coupling center piece , with a ball joint and with a sliding joint , the ball joint and the sliding joint being arranged on opposite sides of the coupling , wherein the ball joint has a joint head and a joint head socket and the sliding joint has a joint head and a joint head socket , and wherein the joint head socket of the sliding joint or the joint head socket of the prismatic joint and the joint head socket of the ball joint has or have a socket space which is open at least on one side perpendicularly to the longitudinal axis (L) of the coupling .
Electrostatic atomizer for liquids, in particular cosmetics, at least comprising - a housing , - an electrical energy source , - an activation means , - control electronics , - a high-voltage source , - a liquid tank , - a delivery device , - atomizer nozzles , - the control electronics and the high-voltage source being arranged in an interior space of the housing , characterized in that the control electronics comprise sensor means , these comprising a number of sensor means for detecting a position and/or a movement in space, with the control electronics making it possible for changes in position and/or movement sequences to be detected, stored and analyzed. - a housing , - an electrical energy source , - an activation means , - control electronics , - a high-voltage source , - a liquid tank , - a delivery device , - atomizer nozzles , - the control electronics and the high-voltage source being arranged in an interior space of the housing ,
A method for manufacturing a wavelength conversion member including phosphor particles disposed in a glass matrix , the method comprising the steps of: preparing a slurry containing glass particles to be the glass matrix and the phosphor particles ; forming a green sheet by applying the slurry onto a support substrate and moving a doctor blade relative to the slurry, the doctor blade being spaced a predetermined distance away from the support substrate; forming a green sheet laminate by applying heat and pressure to a plurality of the green sheets overlaid one upon another; and sintering the green sheet laminate to obtain a wavelength conversion member , wherein in the step of forming a green sheet laminate, the plurality of green sheets are overlaid one upon another so that, as for at least two of the plurality of green sheets , respective directions of movement of the doctor blade in the step of forming a green sheet are substantially perpendicular to each other. preparing a slurry containing glass particles to be the glass matrix and the phosphor particles ; forming a green sheet by applying the slurry onto a support substrate and moving a doctor blade relative to the slurry, the doctor blade being spaced a predetermined distance away from the support substrate; forming a green sheet laminate by applying heat and pressure to a plurality of the green sheets overlaid one upon another; and sintering the green sheet laminate to obtain a wavelength conversion member , wherein in the step of forming a green sheet laminate, the plurality of green sheets are overlaid one upon another so that, as for at least two of the plurality of green sheets , respective directions of movement of the doctor blade in the step of forming a green sheet are substantially perpendicular to each other.
A combination of a pipe securing apparatus and a stud of a wall, the pipe securing apparatus comprising: a generally rectangular brace having a front having a length , a back , a first side , a second side , a top , and a bottom wherein the back of the generally rectangular brace is secured to the stud of a wall; an extended support unit having a length less than the length of the generally rectangular brace wherein the extended support unit is partially secured to the second side of the generally rectangular brace and wherein the extended support unit has a generally rectangular front portion and a generally curved bottom end ; wherein the front of the extended support unit is substantially parallel to the front of the generally rectangular brace; and wherein the generally curved bottom end of the extended support unit partially secures a pipe wherein the pipe runs substantially parallel with the front of the generally rectangular brace and wherein the pipe passes through an opening in the stud of the wall, the combination characterised by: an adhesive on a top surface of the generally curved bottom end of the support unit wherein the adhesive secures the pipe to the generally curved bottom end of the extended support unit . a generally rectangular brace having a front having a length , a back , a first side , a second side , a top , and a bottom wherein the back of the generally rectangular brace is secured to the stud of a wall; an extended support unit having a length less than the length of the generally rectangular brace wherein the extended support unit is partially secured to the second side of the generally rectangular brace and wherein the extended support unit has a generally rectangular front portion and a generally curved bottom end ; wherein the front of the extended support unit is substantially parallel to the front of the generally rectangular brace; and wherein the generally curved bottom end of the extended support unit partially secures a pipe wherein the pipe runs substantially parallel with the front of the generally rectangular brace and wherein the pipe passes through an opening in the stud of the wall, the combination characterised by: an adhesive on a top surface of the generally curved bottom end of the support unit wherein the adhesive secures the pipe to the generally curved bottom end of the extended support unit .
A method for operating an assistance system of a motor vehicle , in which - a further motor vehicle is detected, - a first future trajectory is assigned to the further motor vehicle , - an activated flashing light of the further motor vehicle is detected, and - as a function of the activated flashing light , a second future trajectory which deviates from the first future trajectory is assigned to the further motor vehicle , wherein the second future trajectory of the further motor vehicle is compared with a future trajectory of the motor vehicle , and a signal is output if the distance between the second future trajectory of the further motor vehicle and the future trajectory of the motor vehicle falls below a threshold value, characterized in that a turning off or stopping is used as the second future trajectory , if the activated flashing light is located on a side of the further motor vehicle which does not face a further lane . - a further motor vehicle is detected, - a first future trajectory is assigned to the further motor vehicle , - an activated flashing light of the further motor vehicle is detected, and - as a function of the activated flashing light , a second future trajectory which deviates from the first future trajectory is assigned to the further motor vehicle ,
Drive element, in particular in the form of a screw, which has an inner driving profile which defines a profile axis (PI) and has on its inner side a plurality of drive surfaces arranged uniformly distributed around the profile axis (PI), wherein the inner driving profile forms an insertion opening at its one upper end, via which the inner driving profile can be plugged together with an outer driving profile of a corresponding drive element, characterized in that clamping noses are provided on the drive surfaces , which, starting from the lower end of the drive surfaces , extend upwards in the direction of the insertion opening , and in that , viewed from the profile axis (PI) in the direction of the respective drive surface , the clamping noses have an inverted paraboloid outer contour with an apex pointing towards the insertion opening and, in cross-section perpendicular to the profile axis (PI), a paraboloid cross-sectional contour with an apex pointing towards the interior of the inner driving profile , the cross-sectional area of the clamping noses decreasing continuously from the lower to the upper end of the clamping noses .