mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle door lock, comprising an actuating / locking lever mechanism (1, 2) with a first lever and a second lever, wherein both levers (1, 2) can be coupled together in at least two different relative positions, wherein at least the one first lever has a connected latch spring for interaction with at least one ratchet contour on the other second lever, characterized in that the latch spring is integrally formed on the first lever.
Polyamide beads of spherical or ellipsoidal shape, the surface of which does not comprise concave portions, characterized in that they have an average diameter comprises between 0.5 and 1.7 mm and a porosity measured according to the mercury porosity measurement method of less than 0.1 ml/g, measured according to the mercury porosity measurement method using a MICROMERITICS AutoPore IV mercury porosimeter according to the standard ASTM Standards of catalysts D 4284-83.
A multiprocessor device that includes a first processor and a second processor, wherein the first processor includes a first program counter and a first memory in which a debugging-target program, which is to be executed by the first processor, is stored, and the second processor includes a second program counter and a second memory in which a debugging program for debugging the debugging-target program, which is to be executed by the second processor, is stored, wherein the second memory holds the debugging program in a position associated with a position in which the debugging-target program is stored in the first memory, characterized in that the multiprocessor device is configured to cause, when debugging of the first processor is to be performed by using the second processor, the second processor to refer to a value of the first program counter of the first processor, to fetch an instruction of the debugging program from the second memory of the second processor by using the value referred from the first program counter of the first processor, and to transfer the fetched instruction to a function unit of the second processor for decoding and execution. the first processor includes a first program counter and a first memory in which a debugging-target program, which is to be executed by the first processor, is stored, and the second processor includes a second program counter and a second memory in which a debugging program for debugging the debugging-target program, which is to be executed by the second processor, is stored, wherein the second memory holds the debugging program in a position associated with a position in which the debugging-target program is stored in the first memory, characterized in that the multiprocessor device is configured to cause, when debugging of the first processor is to be performed by using the second processor, the second processor to refer to a value of the first program counter of the first processor, to fetch an instruction of the debugging program from the second memory of the second processor by using the value referred from the first program counter of the first processor, and to transfer the fetched instruction to a function unit of the second processor for decoding and execution.
Green roof comprising a supporting structure, a covering system fixed on the supporting structure and a plurality of substrates covered by plants; the roof being inclined between a lower edge and a top, the covering system comprising a plurality of rectangular-shaped tiles; each tile comprising a front edge and a rear edge extending in parallel directions; the front edge and the rear edge being respectively placed towards the lower edge and towards the top of the roof, each tile comprising, between the front edge and the rear edge, a hollow central part defining with the front edge and rear edge a housing space receiving the substrate covered by plants, said roof being characterised in that each tile is a monolithic ceramic tile extruded in a direction of extrusion parallel to the directions of the front edge and rear edge, in that each tile comprises recesses extending from one end to the other of the tile in a direction parallel to the directions of the front edge and rear edge and in that the roof further comprises, for each of the tiles, two cheeks fixed perpendicularly to the front edge and rear edge, on either side of the central part and laterally closing the housing space which can receive the substrate, each of the cheeks comprising fastening studs each fitting into one of the recesses.
Method for optimizing the tribological properties of a timepiece component intended to undergo dynamic friction, realised on the basis of a substrate comprising a layer of silicon of which the crystallographic structure comprises at least one of the monocrystalline, polycrystalline or amorphous forms, said substrate being reinforced by a protection layer realised on its surface during a substrate protection operation, said method comprising a step of ion implantation of at least one ion, by ion bombardment on the surface of said component, wherein the implantation step is performed with C ions, with a dose greater than 5.10 17 ions/cm 2 and/or with N ions, with a does greater than 1.10 16 ions/cm 2.
A radio frequency system for providing an amplified radio signal, wherein the radio frequency system comprises a signal generator configured to generate a radio frequency signal as well as an amplifier, wherein the amplifier has at least one amplifier stage (20 - 24) connected to the signal generator, a measurement coupler (40, 46) and a radio frequency output, wherein the amplifier stage (20 - 24) comprises at least one pre-amplifier, at least one local oscillator as well as at least one switch that is located between the local oscillator and the pre-amplifier, wherein the switch has a first switching position and a second switching position, wherein the switch is configured to forward the radio frequency signal of the signal generator in the first switching position, wherein the switch is configured to forward a local oscillator signal of the local oscillator in the second switching position, wherein the switch is configured to forward either the radio frequency signal of the signal generator or the local oscillator signal of the local oscillator to the pre-amplifier, and wherein the radio frequency system comprises at least one detector, wherein the at least one detector is arranged between the signal generator and the switch and/or wherein the at least one detector is arranged between the switch and the pre-amplifier. wherein the amplifier has at least one amplifier stage (20 - 24) connected to the signal generator, a measurement coupler (40, 46) and a radio frequency output, wherein the amplifier stage (20 - 24) comprises at least one pre-amplifier, at least one local oscillator as well as at least one switch that is located between the local oscillator and the pre-amplifier, wherein the switch has a first switching position and a second switching position, wherein the switch is configured to forward the radio frequency signal of the signal generator in the first switching position, wherein the switch is configured to forward a local oscillator signal of the local oscillator in the second switching position, wherein the switch is configured to forward either the radio frequency signal of the signal generator or the local oscillator signal of the local oscillator to the pre-amplifier, and wherein the radio frequency system comprises at least one detector, wherein the at least one detector is arranged between the signal generator and the switch and/or wherein the at least one detector is arranged between the switch and the pre-amplifier.
A ladder safety mechanism comprising: two clamps, each clamp attachable part way along a separate rail of a ladder, each clamp comprising a pair of spaced apart jaws to hook over a part of a structure and at least one claw arm (248A, 248B) closable to secure the part of the structure between the jaws to secure the ladder to the part of the structure; and at least one manually operated actuator coupled to the at least one claw arm (248A, 248B) of each clamp to enable a user located at the bottom of the ladder to open the clamp to release the part of the structure from between the jaws; characterised in that the ladder safety mechanism comprises a pair of tracks removably attached to the ladder, each clamp slidable along a respective track of the pair of tracks. two clamps, each clamp attachable part way along a separate rail of a ladder, each clamp comprising a pair of spaced apart jaws to hook over a part of a structure and at least one claw arm (248A, 248B) closable to secure the part of the structure between the jaws to secure the ladder to the part of the structure; and at least one manually operated actuator coupled to the at least one claw arm (248A, 248B) of each clamp to enable a user located at the bottom of the ladder to open the clamp to release the part of the structure from between the jaws; characterised in that the ladder safety mechanism comprises a pair of tracks removably attached to the ladder, each clamp slidable along a respective track of the pair of tracks.
A thread rolling die (10,30) comprising: a thread rolling region comprising a working surface including a thread form, wherein the thread rolling region comprises a sintered cemented carbide material, characterised in that the sintered cemented carbide material has a hardness in the range of 78 HRA to 89 HRA. a thread rolling region comprising a working surface including a thread form, wherein the thread rolling region comprises a sintered cemented carbide material, characterised in that the sintered cemented carbide material has a hardness in the range of 78 HRA to 89 HRA.
An automated-driving device that causes a test body which is either a vehicle or part of a vehicle to perform automated-driving using a plurality of types of actuators, comprising: a plurality of connectors to which the actuators are connected; and a control device that controls movements of the actuators that are connected to the connectors, characterized in that each of the plurality of types of actuators has an identifier that corresponds to the type of actuator, the control device comprises: a storage unit that stores identification information which associates the identifier with the type of actuator; and an identification unit that reads the identifier of the actuator connected to the connector and, by referring to the relevant identifier and the identification information, identifies the type of actuator that is connected, and when any one of the actuators is connected to any one of the connectors, regardless of which connector it is, the control device identifies the type of actuator that is connected. a plurality of connectors to which the actuators are connected; and a control device that controls movements of the actuators that are connected to the connectors, characterized in that each of the plurality of types of actuators has an identifier that corresponds to the type of actuator, the control device comprises: a storage unit that stores identification information which associates the identifier with the type of actuator; and an identification unit that reads the identifier of the actuator connected to the connector and, by referring to the relevant identifier and the identification information, identifies the type of actuator that is connected, and a storage unit that stores identification information which associates the identifier with the type of actuator; and an identification unit that reads the identifier of the actuator connected to the connector and, by referring to the relevant identifier and the identification information, identifies the type of actuator that is connected, and when any one of the actuators is connected to any one of the connectors, regardless of which connector it is, the control device identifies the type of actuator that is connected.
Cabinet-type furniture with a furniture body including at least one side wall (11, 12), a bottom, a top, with at least one closure arrangement such as a blind, a roller shutter mat and the like, which is arranged in the area of an opening of the cabinet-type furniture, in a manner to be movable from a closed position to an open position and back, with at least one guiding device arranged on the furniture body, wherein the guiding device comprises at least one basic profile with at least one guiding element, wherein the guiding element is spaced apart from the end face of the furniture body and is arranged parallel thereto, wherein, in the cross-section, the basic profile is formed with a first leg and a second leg in an L-shape, wherein the guiding element is arranged orthogonally on the first leg of the basic profile, characterized in that the guiding device is secured to at least one end face of the furniture body, that the free ends of the closure arrangement comprise an opening adapted to the geometry of the guiding element and are movably arranged in or on the guiding element by this.
Connector arrangement (10, 100) comprising a first connector part and a second connector part which can be inserted into one another, the second connector part being in the form of a receiving connector part comprising a receiver, and the receiver being connected to a first sensing device (34, 35) for sensing the signal received by the receiver, wherein the connector arrangement comprises the first sensing device (34, 35), the first connector part being in the form of a transmitting connector part which has a transmitter for the contactless transmission of a signal, characterized in that the receiver is connected to a second sensing device (34, 35) for sensing the signal received by the receiver, wherein the connector arrangement comprises the second sensing device (34, 35) in addition to the first sensing device (34, 35).
A method of transferring a portion of a liquid contained in a container provided with a plug, consisting: • using a hollow needle passing through the plug of the container, in putting the inside of the container into communication with a leaktight chamber for pressurizing a fluid, which chamber is provided with a septum that is penetrable by needle and presents a volume that is variable as a result of relative movement between the hollow needle and the septum that is penetrable by needle; • in causing the hollow needle and the septum that is penetrable by needle to approach each other over a determined stroke so as to increase the pressure inside the chamber and consequently inside the container by transferring the fluid via the hollow needle and reach a transfer pressure immediately prior to the hollow needle passing through the septum; and • in continuing to cause the hollow needle and the septum that is penetrable by needle to approach each other so that the hollow needle passes through the septum so as to open out into a liquid distribution chamber at a pressure that is lower than the transfer pressure so that under the effect of this pressure difference a portion of the liquid is transferred through the hollow needle from the container into said distribution chamber, characterized in that it consists in ensuring that the liquid transferred into the distribution chamber flows through a filter system in order to extract a portion of the liquid. • using a hollow needle passing through the plug of the container, in putting the inside of the container into communication with a leaktight chamber for pressurizing a fluid, which chamber is provided with a septum that is penetrable by needle and presents a volume that is variable as a result of relative movement between the hollow needle and the septum that is penetrable by needle; • in causing the hollow needle and the septum that is penetrable by needle to approach each other over a determined stroke so as to increase the pressure inside the chamber and consequently inside the container by transferring the fluid via the hollow needle and reach a transfer pressure immediately prior to the hollow needle passing through the septum; and • in continuing to cause the hollow needle and the septum that is penetrable by needle to approach each other so that the hollow needle passes through the septum so as to open out into a liquid distribution chamber at a pressure that is lower than the transfer pressure so that under the effect of this pressure difference a portion of the liquid is transferred through the hollow needle from the container into said distribution chamber,
Measurement system, comprising: - a measurement device, and - a shunt resistor comprising a shunt body comprising: - two connecting plates configured for the connection of the shunt resistor to a circuit, and - a shunt resistor metal located in between the two connecting plates and based on alloys with null temperature coefficient, - two signal connections configured for the connection of the shunt resistor to the measurement device, the two signal connections being located at the shunt resistor metal and being made of the same material than the shunt resistor metal, characterised in that the measurement system further comprises two measurement wires configured for being in electrical connection with the measurement device, the two measurement wires being connected over the shunt resistor metal through the signal connections and being made of an alloy of the same material than the shunt resistor metal. - a measurement device, and - a shunt resistor comprising a shunt body comprising: - two connecting plates configured for the connection of the shunt resistor to a circuit, and - a shunt resistor metal located in between the two connecting plates and based on alloys with null temperature coefficient, - two signal connections configured for the connection of the shunt resistor to the measurement device, the two signal connections being located at the shunt resistor metal and being made of the same material than the shunt resistor metal, characterised in that the measurement system further comprises two measurement wires configured for being in electrical connection with the measurement device, the two measurement wires being connected over the shunt resistor metal through the signal connections and being made of an alloy of the same material than the shunt resistor metal. - two connecting plates configured for the connection of the shunt resistor to a circuit, and - a shunt resistor metal located in between the two connecting plates and based on alloys with null temperature coefficient, - two signal connections configured for the connection of the shunt resistor to the measurement device, the two signal connections being located at the shunt resistor metal and being made of the same material than the shunt resistor metal,
Electromechanical actuator for vehicle brake, comprising: an electric motor, a transmission device configured to be driven by the electric motor when applying and releasing the brake, characterised in that the actuator comprises a case including a first region and a second region that is mechanically stronger than the first region, wherein the first region is configured to break, providing access to the electric motor and/or to the transmission device, to release the brake. an electric motor, a transmission device configured to be driven by the electric motor when applying and releasing the brake, characterised in that the actuator comprises a case including a first region and a second region that is mechanically stronger than the first region, wherein the first region is configured to break, providing access to the electric motor and/or to the transmission device, to release the brake. characterised in that the actuator comprises a case including a first region and a second region that is mechanically stronger than the first region, wherein the first region is configured to break, providing access to the electric motor and/or to the transmission device, to release the brake.
A method of preparing a pharmaceutically acceptable liquid composition comprising liposome-encapsulated vincristine which is free of substantial degradation products, the method comprising: (a) constituting in a single vial (i) a first solution comprising vincristine sulfate at a concentration of 1 mg/ml to 5 mg/ml, wherein the first solution has a pH of 3.5 to 5.5; and (ii) a second solution comprising sphingomyelin/cholesterol liposomes at a low pH; (b) raising the pH of the constituting solution in the single vial to a pH of 7.0 to 7.5; (c) heating the single vial comprising the constituting solution in a dry heat block equilibrated at 75°C for at least 13 to 18 minutes, wherein said heat block comprises one or more bores 1-5% larger than the average length or diameter of the single vial to produce a solution comprising constituted liposome encapsulated vincristine; and (d) equilibrating the constituted solution to room temperature. (a) constituting in a single vial (i) a first solution comprising vincristine sulfate at a concentration of 1 mg/ml to 5 mg/ml, wherein the first solution has a pH of 3.5 to 5.5; and (ii) a second solution comprising sphingomyelin/cholesterol liposomes at a low pH; (i) a first solution comprising vincristine sulfate at a concentration of 1 mg/ml to 5 mg/ml, wherein the first solution has a pH of 3.5 to 5.5; and (ii) a second solution comprising sphingomyelin/cholesterol liposomes at a low pH; (b) raising the pH of the constituting solution in the single vial to a pH of 7.0 to 7.5; (c) heating the single vial comprising the constituting solution in a dry heat block equilibrated at 75°C for at least 13 to 18 minutes, wherein said heat block comprises one or more bores 1-5% larger than the average length or diameter of the single vial to produce a solution comprising constituted liposome encapsulated vincristine; and (d) equilibrating the constituted solution to room temperature.
A general synthetic process for the compound represented by general structure STR#3 wherein the dotted configuration.... is optionally single bond or double bond; R 1 is selected from the group consisting of OH, OMe, OR a and X wherein R a is alkyl, alkenyl, or alkynyl and X is F, Cl, Br, or I; R 2 is selected from group consisting of H, OMe, and OR a wherein R a is alkyl, alkenyl, or alkynyl; R 3 is selected from the group consisting of OH, OMe, OR a and X where R a is alkyl, alkenyl, or alkynyl and X is F, Cl, Br, or I; R 4 is selected from group consisting of H, OMe, and OR a where R a is alkyl, alkenyl, or alkynyl, said synthetic process comprising the steps of A. Mixing the iodomethyl ketone of general structure STR#1 having substituents R 1 and R 2 as defined vide supra, which iodomethyl ketone is dissolved in a solvent with the aqueous solution of the sodium or potassium salt of the acid of general structure ( STR#2) [1.0-4.0] mole equivalent, where M=Na+ or K+ and R 3 and R 4 as defined vide supra; B. Stirring the mixture of Step A at ambient temperature (5°C-30°C) in the presence of a phase transfer catalyst (5 - 10 mole percent with respect to the iodide) and stirring the mixture for 24-72 hours; C. Separating the organic layer from the product of Step B, washing with aqueous sodium hydrogen carbonate solution followed by drying over anhydrous sodium sulfate, filtering and stripping off the solvent under vacuum followed by crystallization of the crude from ethyl acetate or ethanol to get compound represented by general structure STR#3. A. Mixing the iodomethyl ketone of general structure STR#1 having substituents R 1 and R 2 as defined vide supra, which iodomethyl ketone is dissolved in a solvent with the aqueous solution of the sodium or potassium salt of the acid of general structure ( STR#2) [1.0-4.0] mole equivalent, where M=Na+ or K+ and R 3 and R 4 as defined vide supra; B. Stirring the mixture of Step A at ambient temperature (5°C-30°C) in the presence of a phase transfer catalyst (5 - 10 mole percent with respect to the iodide) and stirring the mixture for 24-72 hours; C. Separating the organic layer from the product of Step B, washing with aqueous sodium hydrogen carbonate solution followed by drying over anhydrous sodium sulfate, filtering and stripping off the solvent under vacuum followed by crystallization of the crude from ethyl acetate or ethanol to get compound represented by general structure STR#3.