mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for the spectrometric measurement of products such as cereals, oleaginous products or derived products, comprising a reading chamber passed through by a beam of light for reading and analysis and including the sample of the product to be analyzed, a reservoir for product to be analyzed, a device for closing and opening the reservoir of the product to be analyzed, allowing the product to flow into the reading chamber, movable between a position closing the reservoir and an open position allowing the flow of product into the reading chamber, and a device for discharging the product from the reading chamber, characterized in that it comprises a mechanism for selectively adjusting (17, 18, 19) the position of the beam of light in vertical and horizontal planes and a selective adjustment device for providing the parallelism of the rays of the beam of light.
A plug assembly comprising: an attachment plug that comprises a pair of blades projecting while facing each other and plugged in an outlet of a first specification, a plug main body having a storage channel for housing the pair of blades, and a blade support that supports one end of each of the pair of blades and is pivotably supported by the plug main body to rotate, along a plane including the pair of blades by approximately 90 degrees, between a stand state in which the pair of blades stand from the plug main body and a stored state in which the pair of blades are engaged in the storage channel; and a conversion plug that comprises a plurality of insert projections plugged in an outlet of a second specification different from the first specification and a pair of recesses into which the pair of blades in the stand state are inserted, the insert projections carrying electricity received from the outlet of the second specification to the pair of blades when the pair of blades are inserted into the pair of recesses, characterised in that the conversion plug further comprises a pair of guide projections that hold therebetween the pair of blades in the stand state when the conversion plug is coupled to the attachment plug and guide the pair of blades into the pair of recesses, and in that the plug main body has, at positions respectively adjacent to the pair of blades in the stand state, a pair of storage recesses (102A, 102B) for housing the pair of guide projections. an attachment plug that comprises a pair of blades projecting while facing each other and plugged in an outlet of a first specification, a plug main body having a storage channel for housing the pair of blades, and a blade support that supports one end of each of the pair of blades and is pivotably supported by the plug main body to rotate, along a plane including the pair of blades by approximately 90 degrees, between a stand state in which the pair of blades stand from the plug main body and a stored state in which the pair of blades are engaged in the storage channel; and a conversion plug that comprises a plurality of insert projections plugged in an outlet of a second specification different from the first specification and a pair of recesses into which the pair of blades in the stand state are inserted, the insert projections carrying electricity received from the outlet of the second specification to the pair of blades when the pair of blades are inserted into the pair of recesses, characterised in that the conversion plug further comprises a pair of guide projections that hold therebetween the pair of blades in the stand state when the conversion plug is coupled to the attachment plug and guide the pair of blades into the pair of recesses, and in that the plug main body has, at positions respectively adjacent to the pair of blades in the stand state, a pair of storage recesses (102A, 102B) for housing the pair of guide projections.
Surgical treatment instrument, in particular for tenolysis, tenotomy or neurolysis, comprising: - a main body comprising a longitudinal lumen for passage of fluid from a proximal end to a distal end to a distal end of the main body, and - a distal part (12; 14) including a curved portion forming a hook (124; 144) and being provided with a cutting blade (125; 145) on the inner side of the hook (124; 144), the main body further comprising an elbow presenting a concavity facing the same side as the hook (124; 144), characterised in that the main body has, in the vicinity of its distal end: - an over-pressure chamber, - an injection channel, the injection channel being in fluidic connection with the lumen via the over-pressure chamber, the injection channel being configured to direct a fluid stream above the hook, the over-pressure chamber being configured to deliver pressurised fluid to the injection channel. - a main body comprising a longitudinal lumen for passage of fluid from a proximal end to a distal end to a distal end of the main body, and - a distal part (12; 14) including a curved portion forming a hook (124; 144) and being provided with a cutting blade (125; 145) on the inner side of the hook (124; 144), the main body further comprising an elbow presenting a concavity facing the same side as the hook (124; 144), characterised in that the main body has, in the vicinity of its distal end: - an over-pressure chamber, - an injection channel, - an over-pressure chamber, - an injection channel, the injection channel being in fluidic connection with the lumen via the over-pressure chamber, the injection channel being configured to direct a fluid stream above the hook, the over-pressure chamber being configured to deliver pressurised fluid to the injection channel.
An antenna displacement correction method for an orbital angular momentum, OAM, multiplexing communication system that performs spatial multiplex transmission by using different spatial multiplex modes between a transmitting antenna and a receiving antenna respectively included in a transmitting station and a receiving station disposed to face each other in a line-of-sight situation, the antenna displacement correction method characterized by comprising: a displacement amount estimation step that estimates a displacement amount by minimizing an evaluation function defined as an absolute value of a difference in one or more corresponding elements between a theoretical channel response between the transmitting antenna and the receiving antenna and a measured channel response obtained in the receiving station by using a known signal transmitted from the transmitting station, wherein the theoretical channel response has, as a parameter, the displacement amount indicating an amount of displacement of a reference axis predefined for each of the transmitting antenna and the receiving antenna from a desired relative positional relationship between the transmitting antenna and the receiving antenna and wherein the displacement amount is updated for minimizing the evaluation function; and a displacement correction step that corrects a displacement of each of the transmitting antenna and the receiving antenna according to the estimated displacement amount. a displacement amount estimation step that estimates a displacement amount by minimizing an evaluation function defined as an absolute value of a difference in one or more corresponding elements between a theoretical channel response between the transmitting antenna and the receiving antenna and a measured channel response obtained in the receiving station by using a known signal transmitted from the transmitting station, wherein the theoretical channel response has, as a parameter, the displacement amount indicating an amount of displacement of a reference axis predefined for each of the transmitting antenna and the receiving antenna from a desired relative positional relationship between the transmitting antenna and the receiving antenna and wherein the displacement amount is updated for minimizing the evaluation function; and a displacement correction step that corrects a displacement of each of the transmitting antenna and the receiving antenna according to the estimated displacement amount.
An interlayer filler composition for a three-dimensional integrated circuit, which comprises an epoxy resin represented by the following formula and having an epoxy equivalent of at least 2,500 g/equivalent and at most 30,000 g/equivalent, measured in accordance with JIS K 7236 and represented as a value calculated as solid content, and a melt viscosity at 120°C of at most 100 Pa·s, a flux, and a curing agent, the content of the flux being at least 0.1 part by weight and at most 10 parts by weight per 100 parts by weight of the resin, wherein the melt viscosity is measured as indicated in the specification, wherein A is a biphenyl skeleton represented by the following formula, B is a hydrogen atom or a group represented by the following formula, and n is a number of repetition and its average is 1<n<100; wherein each of R 1 's which are the same or different, is a hydrogen atom, a C 1-10 hydrocarbon group or a halogen atom;
A mixing shaft comprising a tool holder and a mixing blade, wherein the tool holder has a recess in which a portion of the mixing blade is fixed, wherein there is provided a clamping portion fitted into the recess for fixing the mixing blade portion in the recess, wherein the clamping portion, the recess and the mixing blade portion are of such a configuration that a force-locking connection of the mixing blade in the recess is implemented by means of the clamping portion, wherein the recess has a first and a second recess portion, wherein the mixing blade portion is arranged in the first recess portion and the clamping portion is arranged at least partially in the second recess portion, wherein the tool holder has an axis of rotation and the mixing shaft is adapted to be rotated about the axis of rotation, wherein the second recess portion is arranged in the axial direction beside the first recess portion, characterised in that the clamping portion is supported both at the mixing blade portion and also at a wall of the second recess portion, wherein both the clamping portion and also either the mixing blade portion or the wall of the second recess portion have mutually corresponding wedge surfaces, or the clamping portion is of a two-part structure and the two parts of the clamping portion(25, 26) have mutually corresponding wedge surfaces.
A composition comprising a compound of Formula 44 or a pharmaceutically acceptable salt thereof, and other therapeutic agents wherein said other therapeutic agents are: cyclophosphamide, hydroxydaunorubicin, oncovin, and prednisone; cyclophosphamide, hydroxydaunorubicin, oncovin, and prednisolone; rituximab, cyclophosphamide, hydroxydaunorubicin, oncovin, and prednisone; or rituximab, cyclophosphamide, hydroxydaunorubicin, oncovin, and prednisolone. cyclophosphamide, hydroxydaunorubicin, oncovin, and prednisone; cyclophosphamide, hydroxydaunorubicin, oncovin, and prednisolone; rituximab, cyclophosphamide, hydroxydaunorubicin, oncovin, and prednisone; or rituximab, cyclophosphamide, hydroxydaunorubicin, oncovin, and prednisolone.
A method for forming an edible product comprising the steps of: producing first and second sheets of dough; disposing a plurality of edible food particulates on the first sheet of dough; covering the first sheet of dough with the second sheet of dough; crimping and cutting the first and second sheets of dough with the rotary cutter to enclose the plurality of edible food particulates and create a biscuit; and heating and puffing the biscuit to define an enclosed cavity having a cavity volume for enclosing the plurality of edible food particulates in the cavity and allowing each of the plurality of edible food particulates to move freely in the cavity; wherein the food particulates have a particulate volume that is less than the volume of the cavity and the food particulates move freely in the cavity. producing first and second sheets of dough; disposing a plurality of edible food particulates on the first sheet of dough; covering the first sheet of dough with the second sheet of dough; crimping and cutting the first and second sheets of dough with the rotary cutter to enclose the plurality of edible food particulates and create a biscuit; and heating and puffing the biscuit to define an enclosed cavity having a cavity volume for enclosing the plurality of edible food particulates in the cavity and allowing each of the plurality of edible food particulates to move freely in the cavity; wherein the food particulates have a particulate volume that is less than the volume of the cavity and the food particulates move freely in the cavity.
A method for producing a toner, comprising dispersing toner particles comprising at least a binder resin in a first aqueous medium so as to produce an aqueous dispersion; and subjecting the aqueous dispersion to heat treatment, wherein the electric conductivity of the aqueous dispersion after the heat treatment is higher than the electric conductivity of the aqueous dispersion before the heat treatment by 50 μS/cm or less, wherein the toner particles are obtained by emulsifying or dispersing an organic solvent solution of a toner material in a second aqueous medium, so as to produce an emulsification or dispersion liquid, and removing the organic solvent from the emulsification or dispersion liquid, wherein the toner material at least comprises the binder resin or a binder resin precursor, and a colorant, and is dissolved or dispersed in the organic solvent, so as to form the organic solvent solution of the toner material, and wherein the second aqueous medium comprises fine anionic resin particles having an average particle diameter of 5 nm to 50 nm.
A device for controlling an electromechanical power transmission chain that is a parallel power transmission chain where an electric machine is mechanically connected to a combustion engine and to one or more actuators to be driven, the device comprising: - a first input interface for receiving a first control signal indicative of torque produced by the combustion engine, and - a second input interface for receiving a second control signal indicative of electric energy stored by an energy-storage of the electromechanical power transmission chain, characterized in that the device further comprises a regulator element for producing a control value based on the second control signal so that the control value is a decreasing function of the stored electric energy, and for producing a torque reference for the electric machine based on a difference between the first control signal and the control value. - a first input interface for receiving a first control signal indicative of torque produced by the combustion engine, and - a second input interface for receiving a second control signal indicative of electric energy stored by an energy-storage of the electromechanical power transmission chain,
A method of processing multiple inputs in an apparatus having interfaces (110, 120, 150, 160) for interaction with an outside environment, the method comprising: detecting a first input from one of the interfaces (110, 120, 150, 160); performing a function in response to the first input; detecting, simultaneously with the first input, a second input from another one of the interfaces (110, 120, 150, 160); and changing attributes of the function in response to the second input, wherein detecting the second input includes detecting voice information from a microphone that is one of the interfaces (110, 120, 150, 160), wherein the voice information comprises a key word, wherein detecting the first input includes detecting a user's gesture from a touch screen that is one of the interfaces (110, 120, 150, 160), and wherein performing the function includes performing a function related with a graphic work in response to the user's gesture, and wherein changing the attributes of the function includes: recognizing the user's intention by analyzing the voice information; determining whether correction is needed for an already performed portion of the graphic work; calculating a correction-required portion in the already performed graphic work if correction is needed; and correcting the already performed portion of the graphic work based on the calculated result. detecting a first input from one of the interfaces (110, 120, 150, 160); performing a function in response to the first input; detecting, simultaneously with the first input, a second input from another one of the interfaces (110, 120, 150, 160); and changing attributes of the function in response to the second input, wherein detecting the second input includes detecting voice information from a microphone that is one of the interfaces (110, 120, 150, 160), wherein the voice information comprises a key word, wherein detecting the first input includes detecting a user's gesture from a touch screen that is one of the interfaces (110, 120, 150, 160), and wherein performing the function includes performing a function related with a graphic work in response to the user's gesture, and wherein changing the attributes of the function includes: recognizing the user's intention by analyzing the voice information; determining whether correction is needed for an already performed portion of the graphic work; calculating a correction-required portion in the already performed graphic work if correction is needed; and correcting the already performed portion of the graphic work based on the calculated result. recognizing the user's intention by analyzing the voice information; determining whether correction is needed for an already performed portion of the graphic work; calculating a correction-required portion in the already performed graphic work if correction is needed; and correcting the already performed portion of the graphic work based on the calculated result.
Temperature detector for a contact thermometer of process measurement technology comprising a thermowell, at least one thermal sensor element arranged in a process-side end of the thermowell, and at least one electrical connecting means, wherein the electrical connecting means is connected to the thermal sensor element with a first connection side and extending in the thermowell at least up to an evaluation-side end of the thermowell, so that the thermal sensor element can be electrically contacted via a second connection side of the electrical connecting means, wherein the electrical connecting means is formed by a connection printed circuit board with conducting paths, characterized in that the second connection side of the electrical connecting means is connected to a contact means formed on a contact printed circuit board, that the connection printed circuit board and the contact printed circuit board are separately formed, that the connection printed circuit board and the contact printed circuit board have conducting areas (15a, 15b) opposing one another in an area of a common connection point and the opposing conducting areas (15a, 15b) are electrically connected to one another, that the conducting areas (15a, 15b) opposing one another and being electrically connected to one another of the connection printed circuit board and the contact printed circuit board are used for extending the electrical connecting means of the connection printed circuit board to the contact printed circuit board.
A method for producing a pyrolysis liquid, wherein the pyrolysis liquid is formed by pyrolysis from a raw material by forming a gaseous pyrolysis product by pyrolysis in a pyrolysis reactor and condensing it into a pyrolysis liquid in a condenser, and feeding circulation gas into the pyrolysis reactor, wherein the circulation gas is conducted by means of a liquid ring compressor into the pyrolysis reactor and purified before being conducted into the pyrolysis reactor, characterized in that the pyrolysis liquid is used as the liquid layer in the liquid ring compressor.
A vehicle motion control system (100, 200) for controlling motion of a vehicle, the motion control system comprising: for each wheel (20a,20b,20c,20d) of the vehicle, a respective motion control actuator (10a, 10b, 10c, 10d) configured to control a motion of the wheel based on a respective actuator control signal (Sa,Sb,Sc,Sd) received by the respective motion control actuators; and a central controller configured to control the motion of the vehicle by sending the respective actuator control signal (Sa) to the respective motion control actuator (10a, 10b, 10c, 10d) of each wheel (20a,20b,20c,20d) based on a motion control intent signal (Si) received by the central controller; wherein the vehicle motion control system (100, 200) is configured to determine whether the central controller is functional to send the actuator control signals, and if it is determined that the central controller is not functional, at least one of the motion control actuators is configured to: control a motion of its own wheel based directly on the motion control intent signal (Si), and characterized in that if it is determined that the central controller is not functional the at least one of the motion control actuators is further configured to send respective actuator control signals (Sb,Sc,Sd) to other motion control actuators (10b, 10c, 10d) of each other wheels (20b,20c,20d) of the vehicle, based on the motion control intent signal (Si). for each wheel (20a,20b,20c,20d) of the vehicle, a respective motion control actuator (10a, 10b, 10c, 10d) configured to control a motion of the wheel based on a respective actuator control signal (Sa,Sb,Sc,Sd) received by the respective motion control actuators; and a central controller configured to control the motion of the vehicle by sending the respective actuator control signal (Sa) to the respective motion control actuator (10a, 10b, 10c, 10d) of each wheel (20a,20b,20c,20d) based on a motion control intent signal (Si) received by the central controller; wherein the vehicle motion control system (100, 200) is configured to determine whether the central controller is functional to send the actuator control signals, and if it is determined that the central controller is not functional, at least one of the motion control actuators is configured to: control a motion of its own wheel based directly on the motion control intent signal (Si), and
Method for determining a spatially resolved extent of error for a position finding with a global navigation satellite system for a target area of interest using field data from a plurality of field devices, in particular motor vehicles, the field devices each having a receiver for the global navigation satellite system and at least intermittently being situated in the target area, the method comprising the following steps: - determining, by the field devices, at least one field data record comprising a current GNSS position in the target area and an error value associated with the current GNSS position, - transmitting the field data records to a central computation device, - determining and updating an error map containing the extents of error for various positions and/or subareas of the target area by statistical evaluation of the field data records in the central computation device, wherein the temporal course of error values associated with one position and/or one subarea is taken into consideration by the statistical evaluation, and/or a temporal low-pass filter is applied to the error values associated with one position and/or one subarea. - determining, by the field devices, at least one field data record comprising a current GNSS position in the target area and an error value associated with the current GNSS position, - transmitting the field data records to a central computation device, - determining and updating an error map containing the extents of error for various positions and/or subareas of the target area by statistical evaluation of the field data records in the central computation device,