mhurhangee/patent-ind-claim-en huggingface dataset:
Micro-gripper with one-piece structure including at least two gripping fingers with variable spacing, a support to which the fingers are joined by flexible couplings and an actuator connected to the fingers and deformable to adjust the spacing of the fingers, wherein the actuator is a flexible diaphragm , the support comprises a continuous sleeve that can be coupled in a leak tight manner to an equipment for supplying pressurised fluid and in which the diaphragm is mounted by a continuous contour , characterised in that the diaphragm is on the whole conical in a free state and extends between the fingers from the contour mounted on the support .
Wind turbine device comprising - a power output of the wind turbine device coupleable to an electricity network ; - a coupler ; and - a power unit adapted to provide a predetermined voltage to the power output via the coupler when the coupler is in a coupled state in case of a black-out of the electricity network , the predetermined voltage imitating the electricity network in its running state. - a power output of the wind turbine device coupleable to an electricity network ; - a coupler ; and - a power unit adapted to provide a predetermined voltage to the power output via the coupler when the coupler is in a coupled state in case of a black-out of the electricity network , the predetermined voltage imitating the electricity network in its running state.
Bridge element of a portable bridge with at least one ground contact element , which is arranged on at least one attachment of the bridge element and which has a contact making region (17, 17.1) facing towards an installation base, wherein the contact making region (17, 17.1) of at the least one ground contact element (05, 5.1) has a surface (18, 18.1) that is at least partially profiled and/or a surface structure with an optimized adhesion effect, wherein the attachment has a protrusion which is set up for engagement in a corresponding counterpart in the ground contact element (05, 05.1), characterized in that the attachment has at least one recess for at least partial accommodation of the ground contact element (05, 05.1), wherein the recess has a bottom which is reset relative to the underside of the bridge element .
A park lock system for an electric vehicle , comprising: - a first rotational member arranged to be rotationally connected to a rotor shaft of an electric motor of the electric vehicle ; - a second rotational member; - a park lock mechanism arranged to substantially prevent, in an engaged setting, a rotation of the second rotational member and allow, in a disengaged setting, a rotation of the second rotational member; and - a resilient member rotationally connecting the first rotational member and the second rotational member, wherein a first of the resilient member and the second rotational member comprises a plurality of axial protrusions and a second of the resilient member and the second rotational member comprises a plurality of axial indentations arranged to receive the axial protrusions. - a first rotational member arranged to be rotationally connected to a rotor shaft of an electric motor of the electric vehicle ; - a second rotational member; - a park lock mechanism arranged to substantially prevent, in an engaged setting, a rotation of the second rotational member and allow, in a disengaged setting, a rotation of the second rotational member; and - a resilient member rotationally connecting the first rotational member and the second rotational member,
A cleaner comprising: a suction motor that generates suction force; an impeller positioned at an upper portion in the suction motor ; a first cyclone unit that separates dust from air sucked by the suction force; a second cyclone unit that separates dust from air received from the first cyclone unit ; and a motor housing covering at least the suction motor , characterized by further comprising: a pre-filter that surrounds an outer surface of the motor housing ; and air passage that surrounds an outer surface of the pre-filter and flows air discharged from the second cyclone unit toward the suction motor . a suction motor that generates suction force; an impeller positioned at an upper portion in the suction motor ; a first cyclone unit that separates dust from air sucked by the suction force; a second cyclone unit that separates dust from air received from the first cyclone unit ; and a motor housing covering at least the suction motor , characterized by further comprising: a pre-filter that surrounds an outer surface of the motor housing ; and air passage that surrounds an outer surface of the pre-filter and flows air discharged from the second cyclone unit toward the suction motor . a pre-filter that surrounds an outer surface of the motor housing ; and air passage that surrounds an outer surface of the pre-filter and flows air discharged from the second cyclone unit toward the suction motor .
A semiconductor nanoparticle assembly which includes an aggregate having a plurality of coated semiconductor nanoparticles aggregated, said coated semiconductor nanoparticles each containing a semiconductor nanoparticle having a core/shell structure and a translucent coating layer having a thickness of 3 nm or more and 15 nm or less for coating the semiconductor nanoparticle, characterized in that the semiconductor nanoparticle assembly has an average volume particle size of 100 nm to 1000 nm.
Mite composition comprising: - a population of individuals of a mite species, preferably a mite species selected from Mesostigmatid mite species or Prostigmatid mite species; - a food source for the mite individuals; - and a carrier for the individuals of the mite species comprising stacked carrier elements selected from millet husks wherein the carrier elements comprise shelters for mite individuals. - a population of individuals of a mite species, preferably a mite species selected from Mesostigmatid mite species or Prostigmatid mite species; - a food source for the mite individuals; - and a carrier for the individuals of the mite species comprising stacked carrier elements selected from millet husks
An LED device comprising an LED package in direct contact with a heat sink or directly bonded to a heat sink , the LED package comprising: an LED structure having a first surface for emitting light and an opposite second surface , the LED structure comprising a light producing layer and a reflective layer, wherein the reflective layer is provided between the light producing layer and the second surface , whereby light is reflected by the reflective layer to the first surface , first surface further comprising first and second electrical contacts ; and a frame overlapping the periphery of the first surface the LED structure and having an aperture for emitting light from the first surface and having a recess for receiving the LED structure , the frame comprising first and second vias for connection to an external electrical circuit, the first and second vias are soldered to the first and second electrical contacts the LED structure respectively, wherein the frame does not overlap the second surface of the LED structure ; wherein the LED structure has one or more chamfered sides and is bonded into the recess in the frame with a bonding material applied around the LED structure, and wherein the second surface is in direct contact with a heat sink or is directly bonded to a heat sink with a thermal interface material. an LED structure having a first surface for emitting light and an opposite second surface , the LED structure comprising a light producing layer and a reflective layer, wherein the reflective layer is provided between the light producing layer and the second surface , whereby light is reflected by the reflective layer to the first surface , first surface further comprising first and second electrical contacts ; and a frame overlapping the periphery of the first surface the LED structure and having an aperture for emitting light from the first surface and having a recess for receiving the LED structure , the frame comprising first and second vias for connection to an external electrical circuit, the first and second vias are soldered to the first and second electrical contacts the LED structure respectively, wherein the frame does not overlap the second surface of the LED structure ; wherein the LED structure has one or more chamfered sides and is bonded into the recess in the frame with a bonding material applied around the LED structure, and wherein the second surface is in direct contact with a heat sink or is directly bonded to a heat sink with a thermal interface material.
An electrochemically corrosion-resistant composition for application onto metal substrates consisting essentially of, in parts by weight, from 5 to 80 parts of an organic lubricant, from 0.0 to 10 parts of at least one organic corrosion inhibitor, from 0.0 to 5.0 parts of at least one surfactant, from 0.0 to 5.0 parts of organic solvent, and from 20 to 80 parts of a coated sacrificial-metal pigment having a particle size ranging from 2 to 100 microns; said metal pigment coated with an effective amount of at least one metal oxide derived from a composition consisting essentially of an acidic aqueous solution of from 0.01 to 22 parts of a trivalent chromium compound, from 0.01 to 12 parts of hexafluorozirconate, from 0.01 to 12 parts of at least one fluorocarbon selected from the group consisting of tetrafluoroborates, hexafluorosilicates, and hexafluorotitanates, from 0.0 to 12 parts of at least one divalent zinc compound, and from 0.0 to 5 parts by weight of a water soluble corrosion inhibitor, and wherein the organic lubricant is a grease composition.
A tool for machining a workpiece, in particular a milling tool, including a shank which is drivable rotatably about a longitudinal axis and is fixable to a tool holding fixture, including a holding fixture , a support plate which comprises a cutting element with at least one cutting edge , and including at least one fastening element which is provided with a thread , wherein the support plate is provided with at least one internal thread and is fixable to the holding fixture by means of the at least one fastening element in such a manner that the cutting element is centered, thus aligned with respect to the longitudinal axis . characterized in that the support plate is made of carbide metal and the cutting element is made of cubic boron nitride (CBN) or a diamond material, and in that the cutting element is attached to the support plate by means of a material bond.
A compound of the following formula (VI): wherein P 1 is Bn; P 3 is CH 3 ; R 3 is H; R x is Br or R 2 -X-NR 1 -C(O)-; R 2 is 2,4-difluorophenyl; X is methylene; and R 1 is H. P 1 is Bn; P 3 is CH 3 ; R 3 is H; R x is Br or R 2 -X-NR 1 -C(O)-; R 2 is 2,4-difluorophenyl; X is methylene; and R 1 is H.
A method for preparing a blend of solid polymer and biological entities, comprising the steps according to which: - a polymer is selected from the polymers originating from the petrochemical industry and bio-sourced polymers; - biological entities are selected from enzymes capable of degrading said polymer and resistant to an extrusion temperature T greater than ambient temperature; - the blend is produced by mixing said selected polymer and said selected enzymes capable of degrading the polymer, during an extrusion performed at temperature T greater than ambient temperature, at which the polymer is partially or totally melted, said biological entities enabling said polymer to be degraded in the blend. - a polymer is selected from the polymers originating from the petrochemical industry and bio-sourced polymers; - biological entities are selected from enzymes capable of degrading said polymer and resistant to an extrusion temperature T greater than ambient temperature; - the blend is produced by mixing said selected polymer and said selected enzymes capable of degrading the polymer, during an extrusion performed at temperature T greater than ambient temperature, at which the polymer is partially or totally melted, said biological entities enabling said polymer to be degraded in the blend.
A scored tablet comprising Tapentadol or a physiologically acceptable salt thereof embedded in a prolonged release matrix material; wherein the prolonged release matrix material comprises a binder selected from microcrystalline cellulose; wherein the weight content of the binder is within the range of from 35 to 70 wt.-%, relative to the total weight of the scored tablet; wherein the prolonged release matrix material comprises a cellulose derivative selected from hydroxypropylmethylcellulose; wherein the weight content of the cellulose derivative is within the range of from 10 to 50 wt.-%, relative to the total weight of the scored tablet; wherein the scored tablet has been prepared by dry granulation; wherein the scored tablet provides prolonged release of Tapentadol or the physiologically acceptable salt thereof; wherein the scored tablet has a site of mechanical weakness along which it can be manually broken into two separate halves; and wherein the in vitro release profile of the scored tablet essentially corresponds to the in vitro release profile of each of the two separate halves. wherein the prolonged release matrix material comprises a binder selected from microcrystalline cellulose; wherein the weight content of the binder is within the range of from 35 to 70 wt.-%, relative to the total weight of the scored tablet; wherein the prolonged release matrix material comprises a cellulose derivative selected from hydroxypropylmethylcellulose; wherein the weight content of the cellulose derivative is within the range of from 10 to 50 wt.-%, relative to the total weight of the scored tablet; wherein the scored tablet has been prepared by dry granulation; wherein the scored tablet provides prolonged release of Tapentadol or the physiologically acceptable salt thereof; wherein the scored tablet has a site of mechanical weakness along which it can be manually broken into two separate halves; and wherein the in vitro release profile of the scored tablet essentially corresponds to the in vitro release profile of each of the two separate halves.
An additive manufacturing method in which material layers are solidified in a layer-by-layer manner to form an object , the method comprising:- before a build of the object, forming an inert atmosphere in a chamber ; and carrying out the build of the object under the inert atmosphere by successively forming layers of flowable material across a movable build platform , generating an energy beam for solidifying the flowable material and directing the energy beam with a scanning unit onto selected areas of each layer to solidify the material in the selected areas; characterised in that forming the inert atmosphere comprises recirculating gas using a gas recirculation circuit through the chamber and past a getter for a set period before the build commences such that oxygen, nitrogen and/or hydrogen in the recirculating gas is absorbed by the getter .
An automation device with a base body with a plurality of carriages (105; 109; 111; 115L; 115R), which can be moved over a plurality of movement axes (X0; X1; X2; Y; Z) and orientation axes (A; B; C) on the base body by means of a control device, in order to move at least one workpiece automatically from a first position to a second position different from the first position, wherein the plurality of carriages (105; 109; 111; 115L; 115R) comprises at least one X1-horizontal carriage and an X2-horizontal carriage , which can each be moved telescopically along an X1- or X2-movement axis (X1; X2), and the at least one X1-horizontal carriage is guided on an X1-axis body , and with a drive device , which comprises an A-drive for rotation of the X1-axis body about an A-orientation axis (A) and a B-drive for rotation about a B-orientation axis (B), characterised in that the drive device with the A-drive and the B-drive is arranged in the base body beneath a Z-movement axis (Z).
A lamp for use in a display cabinet, comprising: a bracket configured to be arranged on a bottom plate of the display cabinet; a circuit board provided on the bracket ; a plurality of point-like light sources arranged on the circuit board at intervals along the length direction of the circuit board ; a lens structure extending along the length direction of the circuit board and disposed in the light output direction of the plurality of point-like light sources , wherein the lens structure is connected with the bracket to cover the plurality of the point-like light sources and comprises an integrally formed light distribution lens and a lens array for extending respective two adjacent point-like light sources of the plurality of point-like light sources to form a line light source; wherein a first reflector is provided on a first side of the lens structure and second reflector is provided on a second side of the lens structure opposite to the first side, said first reflector and said second reflector each extending along the longitudinal direction, and wherein the first reflector , the second reflector and the lens structure enclose an accommodating space accommodating the plurality of the point-like light sources ; characterized in that the first reflector is a diffuse reflector plate and the second reflector is a non-transparent lens integrally formed with the lens structure . a bracket configured to be arranged on a bottom plate of the display cabinet; a circuit board provided on the bracket ; a plurality of point-like light sources arranged on the circuit board at intervals along the length direction of the circuit board ; a lens structure extending along the length direction of the circuit board and disposed in the light output direction of the plurality of point-like light sources , wherein the lens structure is connected with the bracket to cover the plurality of the point-like light sources and comprises an integrally formed light distribution lens and a lens array for extending respective two adjacent point-like light sources of the plurality of point-like light sources to form a line light source; wherein a first reflector is provided on a first side of the lens structure and second reflector is provided on a second side of the lens structure opposite to the first side, said first reflector and said second reflector each extending along the longitudinal direction, and wherein the first reflector , the second reflector and the lens structure enclose an accommodating space accommodating the plurality of the point-like light sources ; characterized in that the first reflector is a diffuse reflector plate and the second reflector is a non-transparent lens integrally formed with the lens structure .
A method of operating an application server of a network for controlling handling of a communication session, the method comprising: generating a script executable by a first user equipment , wherein execution of the script at the first user equipment controls handling of a communication session between the first user equipment and a second user equipment; and transmitting an establishment request (304, 306 700, 702) to the first user equipment for the establishment of the communication session between the first user equipment and the second user equipment, wherein the establishment request (304, 306 700, 702) comprises the script for execution at the first user equipment . generating a script executable by a first user equipment , wherein execution of the script at the first user equipment controls handling of a communication session between the first user equipment and a second user equipment; and transmitting an establishment request (304, 306 700, 702) to the first user equipment for the establishment of the communication session between the first user equipment and the second user equipment, wherein the establishment request (304, 306 700, 702) comprises the script for execution at the first user equipment .
A method of detecting ice on a surface , comprising the heating an element placed in contact with the surface , measuring a temperature-dependent quantity of the element , and detecting ice on the surface as a function of said measurement, - or: ▪ the heating of element is carried out in such a way as to ensure that the temperature is strictly above the melting temperature of the ice for a predetermined period of time with constant thermal power; and ▪ the measurement of the temperature-dependent variable is carried out while the element is being heated; - characterised in that the detection of the presence of ice comprises: ▪ determining a deviation between said measured quantity during the heating of the element and an exponential growth function representing change of the temperature in the absence of ice; the determination of the deviation comprising the calculation of a parameter of linearity of said measured quantity in a logarithmic time frame, the said deviation being equal to the said parameter or calculated as a function of said parameter; ▪ the detection of ice on the surface if the determined deviation is above a predetermined detection threshold. - or: ▪ the heating of element is carried out in such a way as to ensure that the temperature is strictly above the melting temperature of the ice for a predetermined period of time with constant thermal power; and ▪ the measurement of the temperature-dependent variable is carried out while the element is being heated; ▪ the heating of element is carried out in such a way as to ensure that the temperature is strictly above the melting temperature of the ice for a predetermined period of time with constant thermal power; and ▪ the measurement of the temperature-dependent variable is carried out while the element is being heated; - characterised in that the detection of the presence of ice comprises: ▪ determining a deviation between said measured quantity during the heating of the element and an exponential growth function representing change of the temperature in the absence of ice; the determination of the deviation comprising the calculation of a parameter of linearity of said measured quantity in a logarithmic time frame, the said deviation being equal to the said parameter or calculated as a function of said parameter; ▪ the detection of ice on the surface if the determined deviation is above a predetermined detection threshold. ▪ determining a deviation between said measured quantity during the heating of the element and an exponential growth function representing change of the temperature in the absence of ice; the determination of the deviation comprising the calculation of a parameter of linearity of said measured quantity in a logarithmic time frame, the said deviation being equal to the said parameter or calculated as a function of said parameter; ▪ the detection of ice on the surface if the determined deviation is above a predetermined detection threshold.
Feeding device for a cutting machine, comprising - means for feeding material to be cut to a cutting plane of a cutting machine, - means for attaching the feeding device to the cutting machine, wherein the means for attaching the feeding device have a holding section on the cutting machine, characterised in that the holding section is U-shaped and for feeding material to be cut to a cutting plane can be placed from above onto an upper edge of a protective wall of a slide of a cutting machine used for preventing the insertion of the user's hand into the cutting area. - means for feeding material to be cut to a cutting plane of a cutting machine, - means for attaching the feeding device to the cutting machine, wherein the means for attaching the feeding device have a holding section on the cutting machine,