mhurhangee/ep-ind-claims huggingface dataset:
A process for synthesizing a cyclic peptide compound, comprising the steps of: translationally synthesizing a non-cyclic peptide compound comprising non-natural amino acid(s), and containing a functional group 1 and a functional group 2, which are a pair of functional groups capable of reacting to form a bond; and cyclizing the non-cyclic peptide compound by the reaction of the functional group 1 and the functional group 2 to form a bond wherein the step comprises synthesizing a non-cyclic peptide compound using a cell-free translation system characterized by use of a ribozyme that enables aminoacylation of a tRNA with any amino acid compound, and wherein the pair of functional groups 1 and 2 is the following pair: ——C≡C——H (B-1) N 3 —— (B-2) translationally synthesizing a non-cyclic peptide compound comprising non-natural amino acid(s), and containing a functional group 1 and a functional group 2, which are a pair of functional groups capable of reacting to form a bond; and cyclizing the non-cyclic peptide compound by the reaction of the functional group 1 and the functional group 2 to form a bond wherein the step comprises synthesizing a non-cyclic peptide compound using a cell-free translation system characterized by use of a ribozyme that enables aminoacylation of a tRNA with any amino acid compound, and
An electric shaver comprising: a housing accommodating electric components therein; a cover member covering the housing; and a plurality of conductive members (5A, 5B, 5C) disposed through communication holes of the housing and the cover member, and wherein tips of the conductive members (5A, 5B, 5C) are protruded from a surface of the cover member, characterised by contact prevention members (11, 13, 14, 15, 16, 18) arranged for preventing water infiltrated into a gap between the housing and the cover member from contacting water collected in the communication holes for the conductive members (5A, 5B, 5C). a housing accommodating electric components therein; a cover member covering the housing; and a plurality of conductive members (5A, 5B, 5C) disposed through communication holes of the housing and the cover member, and wherein tips of the conductive members (5A, 5B, 5C) are protruded from a surface of the cover member, characterised by contact prevention members (11, 13, 14, 15, 16, 18) arranged for preventing water infiltrated into a gap between the housing and the cover member from contacting water collected in the communication holes for the conductive members (5A, 5B, 5C).
A dual anti-fuse structure comprising: a first channel in a common semiconductor fin adjacent to a first programmable gate; a second channel in said common semiconductor fin adjacent to a second programmable gate; a first anti-fuse formed between said first channel and said first programmable gate, wherein the first anti-fuse is programmable by applying a first programming voltage across the first programmable gate and the first channel so as to cause breakdown of a first gate dielectric in the first programmable gate; a second anti-fuse formed between said second channel and said second programmable gate, wherein the second anti-fuse is programmable by applying a second programming voltage across the second programmable gate and the second channel so as to cause breakdown of a second gate dielectric in the second programmable gate. a first channel in a common semiconductor fin adjacent to a first programmable gate; a second channel in said common semiconductor fin adjacent to a second programmable gate; a first anti-fuse formed between said first channel and said first programmable gate, wherein the first anti-fuse is programmable by applying a first programming voltage across the first programmable gate and the first channel so as to cause breakdown of a first gate dielectric in the first programmable gate; a second anti-fuse formed between said second channel and said second programmable gate, wherein the second anti-fuse is programmable by applying a second programming voltage across the second programmable gate and the second channel so as to cause breakdown of a second gate dielectric in the second programmable gate.
A mixer for use in preparation of meals or other foodstuffs, the mixer comprising: a DC motor having an output shaft; a revolutions-per-minute sensor operable to generate a speed signal indicative of a rotational speed of the output shaft; a mixing element coupled to the output shaft of the DC motor; an electronic controller configured to accept the speed signal and for controlling an electrical energy applied to the DC motor to control the motor speed and a resultant speed of the mixing element, wherein the electrical energy applied to the DC motor is controlled with respect to a reference voltage and a speed control knob, wherein the electronic controller is operable to (i) generate a motor control signal such that a rotational speed of the output shaft corresponds to a desired speed setting from the speed control knob, (ii) calculate a current limit based on a speed signal using a substantially continuous function which relates a domain of the rotational speeds of the shaft to a range of current limits, and (iii) modify the motor control signal, when a current signal exceeds the current limit, such that the rotational speed of the shaft is incrementally reduced along the substantially continuous function until the current signal is approximately equal to the current limit. a DC motor having an output shaft; a revolutions-per-minute sensor operable to generate a speed signal indicative of a rotational speed of the output shaft; a mixing element coupled to the output shaft of the DC motor; an electronic controller configured to accept the speed signal and for controlling an electrical energy applied to the DC motor to control the motor speed and a resultant speed of the mixing element, wherein the electrical energy applied to the DC motor is controlled with respect to a reference voltage and a speed control knob, (i) generate a motor control signal such that a rotational speed of the output shaft corresponds to a desired speed setting from the speed control knob, (ii) calculate a current limit based on a speed signal using a substantially continuous function which relates a domain of the rotational speeds of the shaft to a range of current limits, and (iii) modify the motor control signal, when a current signal exceeds the current limit, such that the rotational speed of the shaft is incrementally reduced along the substantially continuous function until the current signal is approximately equal to the current limit.
A device for producing a particle foam part, comprising a molding tool which delimits a mold cavity, at least two capacitor plates being arranged adjacent to the mold cavity and connected to a radiation source for electromagnetic radiation, the radiation source for electromagnetic radiation being designed to emit electromagnetic radiation, and the molding tool being formed from at least two mold halves (12, 13), the two mold halves (12, 13) delimiting the mold cavity by means of an inner boundary surface (26, 27) in each case and at least one of the two mold halves being formed from an electrically conductive material and forming one of the capacitor plates, characterized in that the inner boundary surface (26, 27) of the mold half formed from electrically conductive material is contoured and the mold cavity comprises regions of different thicknesses. a molding tool which delimits a mold cavity, at least two capacitor plates being arranged adjacent to the mold cavity and connected to a radiation source for electromagnetic radiation, the radiation source for electromagnetic radiation being designed to emit electromagnetic radiation, and the molding tool being formed from at least two mold halves (12, 13), the two mold halves (12, 13) delimiting the mold cavity by means of an inner boundary surface (26, 27) in each case and at least one of the two mold halves being formed from an electrically conductive material and forming one of the capacitor plates, characterized in that the inner boundary surface (26, 27) of the mold half formed from electrically conductive material is contoured and the mold cavity comprises regions of different thicknesses.
A switch structure comprising: a main body, the main body being formed with at least one cavity and at least one perforation corresponding to the cavity, a retainer member and a conductive metal member being arranged in the cavity; a reciprocally movable carrier body assembled with the retainer member, the carrier body having an arm assembled with an elastic member; and a restriction body, the restriction body and the main body being two separate pieces, characterized in that the restriction body is disposed in the cavity and is formed with a chamber for receiving the arm and the elastic member of the carrier body. a main body, the main body being formed with at least one cavity and at least one perforation corresponding to the cavity, a retainer member and a conductive metal member being arranged in the cavity; a reciprocally movable carrier body assembled with the retainer member, the carrier body having an arm assembled with an elastic member; and a restriction body, the restriction body and the main body being two separate pieces, characterized in that the restriction body is disposed in the cavity and is formed with a chamber for receiving the arm and the elastic member of the carrier body.
Lighting device indicating a configuration state of a seat, comprising projection means, a control module, the projection means being controlled by one or more actuators as a function of instructions received by the control module the lighting device being adapted to be arranged to illuminate at least one part of the seat as a function of at least one datum relating to the configuration state of this at least one part of a seat relative to a configuration instruction for a given user, wherein the configuration of the seat comprises the adjustment of the seat base, of the rake of a backrest, of a headrest, the position of an armrest, adjustment of the height of a safety belt, the distance from a steering wheel, the firmness of the seat base or the backrest, the part of the seat situated in the lumbar region of the user.
A bendable ureteral access sheath comprising a sheath tube, an inner tube, and a sheath tube hub; hub; wherein the sheath tube is sleeved on the outside of the inner tube; wherein the sheath tube hub is connected to the tail end of the sheath tube; and wherein the sheath tube comprises a first straight tube section, a bendable tube section, and a second straight tube section, where the first straight tube section, bendable tube section, and second straight tube section are connected to each other sequentially, where the first and second straight tube sections each comprise reinforcing steel wires in the wall of each straight tube section, where the first and second straight tube sections each are kink-resistant, and the bendable tube section is of a flexible structure and comprises annular reinforcing rings in a foldable tube structure, characterized in that said annular reinforcing rings are made of steel and in that said foldable tube structure is corrugated. said annular reinforcing rings are made of steel and in that said foldable tube structure is corrugated.
Mechanical component for a vehicle, in particular rod or hinged support, link or ball joint, having a measuring region with a surface and at least one force sensor which is assigned to the measuring region for detecting a force which loads the component, the component (3, 21) having a hollow body (3b, 21a) which is arranged in the measuring region and has a cavity (4, 24), in which the at least one force sensor (7, 27) can be positioned, characterized in that the hollow body (3b, 21a) has at least one interface (5, 25) with a solid region of the component (3c, 21b), the interface (5, 25) on the hollow body (5, 25) forming an opening for mounting the force sensor (7, 27) and any accessories, and the hollow body (3b, 21a) being connected to the component (3c, 21b) in an integrally joined manner in the region of the interface (5, 25), as a result of which a hermetic seal of the force sensor (7, 27) is achieved.
An electric apparatus, comprising: an electric converting device such as an inverter which, during use, generates heat, a housing enclosing the electric converting device from the surrounding environment by efficiently preventing dirt, water and air from entering the housing, wherein the electric apparatus comprises a receptacle for containing a desiccant in said housing, the receptacle has an opening allowing gas to flow between the interior of the receptacle and the interior of the housing in order for the desiccant to come into contact with moisture in the housing, and characterized in that the receptacle is thermally connected to the electric converting device for transferring heat from the electric converting device to the desiccant for removing moisture from the desiccant. an electric converting device such as an inverter which, during use, generates heat, a housing enclosing the electric converting device from the surrounding environment by efficiently preventing dirt, water and air from entering the housing, wherein the electric apparatus comprises a receptacle for containing a desiccant in said housing, the receptacle has an opening allowing gas to flow between the interior of the receptacle and the interior of the housing in order for the desiccant to come into contact with moisture in the housing, and characterized in that the receptacle is thermally connected to the electric converting device for transferring heat from the electric converting device to the desiccant for removing moisture from the desiccant.
An energy storage system for storing thermal energy, the energy storage system comprising: - a thermal energy storage, - a heating element arranged to convert electrical energy supplied to the heating element into thermal energy to be stored in the thermal energy storage, and - a controller (13,19) for controlling an electrical energy supply to periodically heat the heating element, where the controller (13,19) is arranged to determine a temperature in the thermal energy storage by determining an electrical parameter of the heating element characterized in that the controller 13,19) is arranged to determine the electrical parameter within a predetermined time period starting from a start of the electrical energy supply and in that the time period is shorter than a thermal material constant of the heating element. - a thermal energy storage, - a heating element arranged to convert electrical energy supplied to the heating element into thermal energy to be stored in the thermal energy storage, and - a controller (13,19) for controlling an electrical energy supply to periodically heat the heating element, where the controller (13,19) is arranged to determine a temperature in the thermal energy storage by determining an electrical parameter of the heating element characterized in that the controller 13,19) is arranged to determine the electrical parameter within a predetermined time period starting from a start of the electrical energy supply and in that the time period is shorter than a thermal material constant of the heating element.
A print controller configured to receive image data, the image data including additional security information, for copy tracking and/or copy restriction, the additional security information being in the form of a pattern of pattern elements, characterized in that the pattern elements are dots and the additional security information is expressed by the direction of displacement of each dot from a respective virtual grid point, wherein no dot is placed at a virtual grid point, the print controller comprises: a determining means (1404,1803) configured to determine a virtual grid interval between adjacent virtual grid points by measuring a distance between adjacent dots from the received image data; and a control means configured to: receive a user-specified print scaling factor; determine a post-scaling pattern dimension from the product of the virtual grid interval and the print scaling factor; and to determine whether the post-scaling pattern dimension falls within a predetermined range; issue a print instruction if the post-scaling pattern dimension falls within the predetermined range, and to issue an instruction to abort or prevent printing when the post-scaling pattern dimension falls outside the predetermined range. a determining means (1404,1803) configured to determine a virtual grid interval between adjacent virtual grid points by measuring a distance between adjacent dots from the received image data; and a control means configured to: receive a user-specified print scaling factor; determine a post-scaling pattern dimension from the product of the virtual grid interval and the print scaling factor; and to determine whether the post-scaling pattern dimension falls within a predetermined range; issue a print instruction if the post-scaling pattern dimension falls within the predetermined range, and to issue an instruction to abort or prevent printing when the post-scaling pattern dimension falls outside the predetermined range. receive a user-specified print scaling factor; determine a post-scaling pattern dimension from the product of the virtual grid interval and the print scaling factor; and to determine whether the post-scaling pattern dimension falls within a predetermined range; issue a print instruction if the post-scaling pattern dimension falls within the predetermined range, and to issue an instruction to abort or prevent printing when the post-scaling pattern dimension falls outside the predetermined range.
Apparatus for guiding and braking a traveling body, which body is to be moved along a guide track, the apparatus comprising: a holder, a guide device, and a braking device, the holder being fastenable to the traveling body and guiding forces being transmissible between the guide device, which can be guided on the guide track, and the traveling body, the guide device being movable along at least one surface (31, 32, 33) of the guide track in the longitudinal direction of the guide track, the braking device comprising a carrier and a braking element and being configured to move the braking element between a deactivated configuration, in which a braking surface of the braking element can be laterally spaced apart from the guide track, and an activated configuration, in which the braking surface of the braking element can be applied to the guide track, in a reversible manner by an activation distance in a direction transverse to the guide track, the carrier of the braking device being rigidly coupled to the guide device, so that the carrier of the braking device follows lateral displacements of the guide device relative to the holder, characterized in that the guide device is held and mounted on the holder in such a way that the guide device is elastically displaceable relative to the holder in a direction (37, 59) transverse to the longitudinal direction of the guide rail by at least a predetermined tolerance distance and thereby transmits the guide forces to the holder. a holder, a guide device, and a braking device, the holder being fastenable to the traveling body and guiding forces being transmissible between the guide device, which can be guided on the guide track, and the traveling body, the guide device being movable along at least one surface (31, 32, 33) of the guide track in the longitudinal direction of the guide track, the braking device comprising a carrier and a braking element and being configured to move the braking element between a deactivated configuration, in which a braking surface of the braking element can be laterally spaced apart from the guide track, and an activated configuration, in which the braking surface of the braking element can be applied to the guide track, in a reversible manner by an activation distance in a direction transverse to the guide track, the carrier of the braking device being rigidly coupled to the guide device, so that the carrier of the braking device follows lateral displacements of the guide device relative to the holder, characterized in that the guide device is held and mounted on the holder in such a way that the guide device is elastically displaceable relative to the holder in a direction (37, 59) transverse to the longitudinal direction of the guide rail by at least a predetermined tolerance distance and thereby transmits the guide forces to the holder.
Method for diagnosing a hydraulic system of a motor vehicle, the hydraulic system forming a cooling circuit, at least one component to be cooled being arranged in the cooling circuit, the at least one component to be cooled being an electric machine, the cooling circuit being set up in a first step to direct a first cooling flow quantity onto the component to be cooled, in that the reaction of the component to be cooled is determined afterwards, in that the cooling circuit is set up in a second step to direct a second cooling flow quantity onto the component to be cooled, the second cooling flow quantity being greater than the first cooling flow quantity, in that the reaction of the component to be cooled is determined afterwards, the ratio of the two determined reactions being determined, in order to establish the state of the cooling circuit and therefore of the hydraulic system, characterized in that, while the active component transmission of a double clutch transmission is being driven by the electric machine, the passive component transmission of the double clutch transmission is moved into a neutral position, onto which passive component transmission the first cooling flow quantity is directed, the current or voltage increase on account of the drag torque of the passive component transmission being measured at the electric machine, namely being measured in a first measurement, the clutch in the passive component transmission being closed again after the measurement of the current or voltage increase, with the result that the passive component transmission is connected to the electric machine and a second measurement is carried out with the second cooling flow quantity, the two measured values being compared in a third step.
A blank for producing a long Nb 3 Sn-based superconducting wire comprising a copper jacket accommodating copper matrix having a tin-containing rod at its centre with a plurality of rods each having a copper-clad arranged therearound, wherein the copper matrix is surrounded by a multi-layer niobium diffusion barrier, characterized in that the plurality of rods comprises rods containing an Nb-Ti alloy and rods made of an Nb-Zr alloy, wherein each rod made of an Nb-Zr alloy being a composite made from Nb-Zr alloy in the form of a core surrounded by a niobium barrier.