mhurhangee/ep-ind-claims huggingface dataset:
Control system for a motor vehicle with a first control unit connected in a signal transmitting manner to a first power electronics unit for powering a first actuator in a normal operation of the control system, where the control system features a reserve control unit, and where the reserve control unit is connected in a signal transmitting manner to the first control unit and depending on the input of an error signal of the first control unit in the reserve control unit the control system can be switched from normal operation into a first reserve operation, characterized in that the control system features a reserve power electronics unit connected in a signal transmitting manner to the reserve control unit for powering the first actuator in a first reserve operation of the control system, where the first power electronics unit can be galvanically isolated from the first actuator by means of at least one first isolating switch (6, 8) per phase of the first power electronics unit and the reserve power electronics unit can be galvanically connected to the first actuator by means of at least one first connecting switch (12, 14) per phase of the reserve power electronics unit.
A cartridge for use in in-vitro diagnostics, the cartridge comprising: a cartridge housing (110, 112,120,150) defining a plurality of operational volumes (A to Z, AA, BB, CC, DD), at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD) being mutually linearly aligned; and a fluid solution transporter (130, 140, 510) operative to transfer fluid solutions from at least one of said plurality of linearly aligned operational volumes (A to Z, AA, BB, CC, DD) to at least another of said plurality of linearly aligned operational volumes (A to Z, AA, BB, CC, DD), characterized in that: said cartridge housing defines at least one septum (150, 580) which mutually sealingly separates said plurality of linearly aligned operational volumes; and said fluid solution transporter (130, 140, 510) includes: a linearly displaceable transport element operative to sequentially communicate with interiors of said at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD), with said linearly displaceable transport element comprising a hollow needle; and a piston assembly communicating with said linearly displaceable transport element. a cartridge housing (110, 112,120,150) defining a plurality of operational volumes (A to Z, AA, BB, CC, DD), at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD) being mutually linearly aligned; and a fluid solution transporter (130, 140, 510) operative to transfer fluid solutions from at least one of said plurality of linearly aligned operational volumes (A to Z, AA, BB, CC, DD) to at least another of said plurality of linearly aligned operational volumes (A to Z, AA, BB, CC, DD), characterized in that: said cartridge housing defines at least one septum (150, 580) which mutually sealingly separates said plurality of linearly aligned operational volumes; and said fluid solution transporter (130, 140, 510) includes: a linearly displaceable transport element operative to sequentially communicate with interiors of said at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD), with said linearly displaceable transport element comprising a hollow needle; and a piston assembly communicating with said linearly displaceable transport element. said cartridge housing defines at least one septum (150, 580) which mutually sealingly separates said plurality of linearly aligned operational volumes; and said fluid solution transporter (130, 140, 510) includes: a linearly displaceable transport element operative to sequentially communicate with interiors of said at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD), with said linearly displaceable transport element comprising a hollow needle; and a piston assembly communicating with said linearly displaceable transport element. a linearly displaceable transport element operative to sequentially communicate with interiors of said at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD), with said linearly displaceable transport element comprising a hollow needle; and a piston assembly communicating with said linearly displaceable transport element.
A color conversion panel including: a substrate; a first color conversion pattern disposed on a lower surface of the substrate; a second color conversion pattern disposed on the lower surface of the substrate and partially overlapping the first color conversion pattern; a first reflective partition wall disposed between the first color conversion pattern and the second color conversion pattern, wherein the second color conversion pattern contacts the first color conversion pattern under the first reflective partition wall; a first color filter disposed between the substrate and the first color conversion pattern; and a second color filter disposed between the substrate and the second color conversion pattern. a substrate; a first color conversion pattern disposed on a lower surface of the substrate; a second color conversion pattern disposed on the lower surface of the substrate and partially overlapping the first color conversion pattern; a first reflective partition wall disposed between the first color conversion pattern and the second color conversion pattern, wherein the second color conversion pattern contacts the first color conversion pattern under the first reflective partition wall; a first color filter disposed between the substrate and the first color conversion pattern; and a second color filter disposed between the substrate and the second color conversion pattern.
A method for producing a polyurethane resin comprising: a prepolymer synthesis step of synthesizing an isocyanate group-terminated polyurethane prepolymer by reacting a polyisocyanate component containing a bis(isocyanatomethyl)cyclohexane with a high molecular weight polyol having a number average molecular weight of 2500 or more and 4000 or less, as determined by GPC, under the presence of a bismuth catalyst, a step of obtaining a primary product by reacting the isocyanate group-terminated polyurethane prepolymer with a low molecular weight polyol having a number average molecular weight of 400 or less under the presence of the bismuth catalyst, and a heat treatment step of heat treating the primary product to obtain a polyurethane resin, wherein the bismuth catalyst content in the polyurethane resin is 0.1 ppm or more and 1000 ppm or less, and the heat treatment conditions in the heat treatment step are 50°C or more and 100°C or less and three days or more and ten days or less. a prepolymer synthesis step of synthesizing an isocyanate group-terminated polyurethane prepolymer by reacting a polyisocyanate component containing a bis(isocyanatomethyl)cyclohexane with a high molecular weight polyol having a number average molecular weight of 2500 or more and 4000 or less, as determined by GPC, under the presence of a bismuth catalyst, a step of obtaining a primary product by reacting the isocyanate group-terminated polyurethane prepolymer with a low molecular weight polyol having a number average molecular weight of 400 or less under the presence of the bismuth catalyst, and a heat treatment step of heat treating the primary product to obtain a polyurethane resin, wherein the bismuth catalyst content in the polyurethane resin is 0.1 ppm or more and 1000 ppm or less, and the heat treatment conditions in the heat treatment step are 50°C or more and 100°C or less and three days or more and ten days or less.
A cooling appliance comprising: a body, a door having an open position providing access inside the body and a closed position blocking access inside the body, a multi joint hinge comprising a first plate and a second plate attached onto the body and the door respectively, wherein the first plate and the second plate are attached to each other via a plurality of levers and a support lever wherein the said levers are pivotably attached to at least another one of the said levers or to the support lever and wherein the said levers are pivotably attached to the first plate or the second plate from one end and wherein the said levers are configured to fold onto each other forming a close-fit structure in the closed position of the door and extends towards the front of the cooling appliance in the open position of the door, characterized by a sensor and a magnet placed onto two of the said levers such that the sensor and the magnet are almost adjacent to each other in the closed position of the door completing the circuit upon which the sensor is activated to send a signal to a processor controlling the operational functions of the cooling appliance. a body, a door having an open position providing access inside the body and a closed position blocking access inside the body, a multi joint hinge comprising a first plate and a second plate attached onto the body and the door respectively, wherein the first plate and the second plate are attached to each other via a plurality of levers and a support lever wherein the said levers are pivotably attached to at least another one of the said levers or to the support lever and wherein the said levers are pivotably attached to the first plate or the second plate from one end and wherein the said levers are configured to fold onto each other forming a close-fit structure in the closed position of the door and extends towards the front of the cooling appliance in the open position of the door, characterized by a sensor and a magnet placed onto two of the said levers such that the sensor and the magnet are almost adjacent to each other in the closed position of the door completing the circuit upon which the sensor is activated to send a signal to a processor controlling the operational functions of the cooling appliance.
Adapter device for a current connection element of an electrosurgical instrument with a certain shank diameter for a handle to be fastened thereto, comprising - an insulation element for adapting at least one insulation portion of the current connection element, and - an electrically conductive element for adapting at least one electrically conductive portion of the current connection element, characterized in that the insulation element and the electrically conductive element are independent components and are designed in such a manner that the insulation portion and the electrically conductive portion of the current connection element of the electrosurgical instrument are enlargeable to larger diameters. - an insulation element for adapting at least one insulation portion of the current connection element, and - an electrically conductive element for adapting at least one electrically conductive portion of the current connection element,
Crash test method for aircraft seats, in which a test carriage (12a; 12b; 12c) is accelerated along a guide path in a test direction in order to simulate strong accelerations acting onto aircraft seats and onto passengers sitting on aircraft seats, characterised in that at least two target seats (16a, 18a, 20a, 22a; 16b, 18b, 20b; 16c, 18c, 20c) are arranged on the test carriage (12a; 12b; 12c), wherein sitting directions of the at least two target seats (16a, 18a, 20a, 22a; 16b, 18b, 20b; 16c, 18c, 20c) include different angles with the test direction.
Method for determining an operational parameter for an imaging device for imaging at least one part of a build plane, in particular for a determination device for determining at least one parameter of an energy beam for an apparatus for additively manufacturing three-dimensional objects, comprising: - determining at least one spot parameter that relates to an extension of a spot (10, 10'), in particular a spot (10, 10') of an energy beam, in a determination plane; - determining a difference between the determined spot parameter and a nominal spot parameter; - determining an imaging parameter of the imaging device based on the determined difference; and - adjusting the imaging parameter based on the determined difference, characterized by - determining the spot parameter for multiple different imaging parameters and adjusting the imaging parameter corresponding to the minimal spot parameter; and - controlling at least one irradiation parameter based on the minimal spot parameter. - determining at least one spot parameter that relates to an extension of a spot (10, 10'), in particular a spot (10, 10') of an energy beam, in a determination plane; - determining a difference between the determined spot parameter and a nominal spot parameter; - determining an imaging parameter of the imaging device based on the determined difference; and - adjusting the imaging parameter based on the determined difference, characterized by - determining the spot parameter for multiple different imaging parameters and adjusting the imaging parameter corresponding to the minimal spot parameter; and - controlling at least one irradiation parameter based on the minimal spot parameter.
Shackle for fastening an engine of an aircraft to a pylon secured to the structure of the aircraft, via at least one pin, the shackle comprising a body and a point for fastening to said pin via a ball joint, the ball joint comprising a ring having a spherical outer region and a first bore, the ring being assembled in a cavity of the body of the shackle having a shape complementary to said spherical outer region, the shackle being characterized in that: - the ball joint comprises a sleeve assembled in the first bore and having a second bore configured to receive said pin and the diameter of which progressively increases to have a flared inner surface at each of its ends, - the spherical outer surface of the ring bears a first anti-friction coating produced on a first region extending beyond its contact region with the body of the shackle and said first region of the ring is bordered by first rims forming a projection with respect to the spherical outer surface of the ring, around the first coating, so as to form a stop for protecting the first coating and to encapsulate it, and/or - the second bore of the sleeve bears a second anti-friction coating on a second region extending beyond its contact region with said pin and said second region is bordered by second rims forming a projection with respect to the surface of the second bore, around the second coating, at the ends of the flared inner surface of the bore of the sleeve, so as to form a stop for protecting the second coating and to encapsulate it. - the ball joint comprises a sleeve assembled in the first bore and having a second bore configured to receive said pin and the diameter of which progressively increases to have a flared inner surface at each of its ends, - the spherical outer surface of the ring bears a first anti-friction coating produced on a first region extending beyond its contact region with the body of the shackle and said first region of the ring is bordered by first rims forming a projection with respect to the spherical outer surface of the ring, around the first coating, so as to form a stop for protecting the first coating and to encapsulate it, and/or - the second bore of the sleeve bears a second anti-friction coating on a second region extending beyond its contact region with said pin and said second region is bordered by second rims forming a projection with respect to the surface of the second bore, around the second coating, at the ends of the flared inner surface of the bore of the sleeve, so as to form a stop for protecting the second coating and to encapsulate it.
A method for transmitting a bidirectional packet flow (Pk, Pk') carrying live traffic exchanged between a first node and a second node of a packet-switched communication network, said method comprising: a) at respective predefined times, by said first node transmitting to said second node a first marked packet (Pks) of said bidirectional packet flow (Pk, Pk') and by said second node transmitting to said first node a second marked packet (Pke) of said bidirectional packet flow (Pk, Pk'), and b) by said first node, transmitting to said second node unmarked packets of said bidirectional packet flow (Pk, Pk') until said second marked packet (Pks') is received from said second node and, in response thereto, transmitting to said second node a third marked packet (Pke) of said bidirectional packet flow (Pk, Pk'). a) at respective predefined times, by said first node transmitting to said second node a first marked packet (Pks) of said bidirectional packet flow (Pk, Pk') and by said second node transmitting to said first node a second marked packet (Pke) of said bidirectional packet flow (Pk, Pk'), and b) by said first node, transmitting to said second node unmarked packets of said bidirectional packet flow (Pk, Pk') until said second marked packet (Pks') is received from said second node and, in response thereto, transmitting to said second node a third marked packet (Pke) of said bidirectional packet flow (Pk, Pk').
A device for connection between prefabricated beams and columns comprising, a column and prefabricated beams, and along the extension of said column, at least one pair of resting portions (4a, 4b), which are arranged on opposite sides with respect to the direction of longitudinal extension of said column and are engaged, by resting, by an end portion of a respective beam, at a region of said column formed above said at least one pair of resting portions (4a, 4b) there being at least one through opening, which runs substantially parallel to the longitudinal extension of said beams and accommodates means for connection between said column and said beams, said opening extending over a greater height than the height of said beams, said connection means comprising a completion casting which passes at least partially through said through opening, and a reinforcement frame passing through said through opening and being embedded in said completion casting, characterized in that said completion casting having an upper surface at the same height as the upper surface of said beams such that a free region remains between the upper surface of the completion casting that passes through the through opening and the top of the through opening, and a connecting body being provided which is arranged inside said free region above the surface that is directed upward of said completion casting and which passes at least partially through said through opening and mutually connects the upward-facing surfaces of said beams, and said reinforcement frame being connected between reinforcement frames of the beams that are arranged on opposite sides with respect to said at least one through opening.
A method for controlling rotor blades (123, 124) of a rotor assembly, comprising: determining an azimuthal position of a rotor assembly; identifying a lateral command value, a longitudinal command value and a collective command value of a rotor assembly control system; characterised by calculating a sine value and a cosine value of the azimuthal position; and generating a separate blade control signal for each separate blade (123, 124) of the rotor assembly to control a position of each blade (123, 124) independent of each other blade based on combining the sine and cosine values of the azimuthal position with the lateral command value, the longitudinal command value and the collective command value. determining an azimuthal position of a rotor assembly; identifying a lateral command value, a longitudinal command value and a collective command value of a rotor assembly control system; characterised by calculating a sine value and a cosine value of the azimuthal position; and generating a separate blade control signal for each separate blade (123, 124) of the rotor assembly to control a position of each blade (123, 124) independent of each other blade based on combining the sine and cosine values of the azimuthal position with the lateral command value, the longitudinal command value and the collective command value.
A sole structure comprising: a body formed in a foam molding manner and corresponding to human foot, and the body including multiple three-dimensional ribs and at least one three-dimensional pattern portion; at least one external layer, each of the at least one external layer including a protective part arranged on an outer wall thereof, and each external layer also including a connection part arranged on an inner wall of each external layer; wherein the connection part is heated to melt and to adhere with an inner wall of the body, and each external layer is fixed on the body and is heated and vacuumed so as to matingly adhere with the multiple three-dimensional ribs and the at least one three-dimensional pattern portion; wherein the protective part is made of any one of fabric, artificial leather, rubber film, plastic film, color film and animal leather; wherein the connection part is hot melt adhesive; wherein the connection part has multiple raised portions formed on an inner wall thereof, and each of the multiple raised portions is any one of a ball, an elongated strip, and protrusion; wherein when each external layer is fixed on the body, the multiple raised portions abut against the body so that multiple channels are formed between the connection part and the body, wherein the multiple channels are in communication with one another, and when the multiple raised portions melt after being heated, air in the multiple channels is vacuumed so that each external layer matingly adheres with the multiple three-dimensional ribs and the at least one three-dimensional pattern portion. a body formed in a foam molding manner and corresponding to human foot, and the body including multiple three-dimensional ribs and at least one three-dimensional pattern portion; at least one external layer, each of the at least one external layer including a protective part arranged on an outer wall thereof, and each external layer also including a connection part arranged on an inner wall of each external layer; wherein the connection part is heated to melt and to adhere with an inner wall of the body, and each external layer is fixed on the body and is heated and vacuumed so as to matingly adhere with the multiple three-dimensional ribs and the at least one three-dimensional pattern portion; wherein the protective part is made of any one of fabric, artificial leather, rubber film, plastic film, color film and animal leather; wherein the connection part is hot melt adhesive; wherein the connection part has multiple raised portions formed on an inner wall thereof, and each of the multiple raised portions is any one of a ball, an elongated strip, and protrusion; wherein when each external layer is fixed on the body, the multiple raised portions abut against the body so that multiple channels are formed between the connection part and the body, wherein the multiple channels are in communication with one another, and when the multiple raised portions melt after being heated, air in the multiple channels is vacuumed so that each external layer matingly adheres with the multiple three-dimensional ribs and the at least one three-dimensional pattern portion.