mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting and/or avoiding collisions between at least one first machine element (11, 13, 19), moving in a working space in which collisions can occur, in particular driven by means of an electric motor, of an apparatus for producing packages, in particular for cigarettes or other tobacco products, or between on the one hand products moving in this working space that are handled by the first machine element (11, 13, 19) and on the other hand a second part of the apparatus, preferably a second moving machine element (11, 13, 19), comprising the following measures: a) generating working-space data, depicting the working space, wherein within the working-space data a working-space data region in which collisions would occur is defined as a subset of the working-space data and/or a working-space data region in which no collisions can occur is defined as a subset of the working-space data, b) monitoring the movement of the moving first machine element (11, 13, 19), possibly also the movement of the second moving machine element (11, 13, 19) for collisions or possible collisions on the basis of the generated working-space data, characterized in that for monitoring the movement of the moving first machine element (11, 13, 19) for collisions or possible collisions during the operation of the apparatus, the actual working-space data, which describe the current actual positions of the moving first machine element (11, 13, 19) in the working space, possibly also the actual positions of the second moving machine element (11, 13, 19), and/or the actual positions of respective products in the working space that the moving first machine element (11, 13, 19) handles, are detected, wherein prognostic working-space data describing these actual working-space data or future positions of the moving first machine element (11, 13, 19) or of the products derived from the actual working-space data are compared with the generated working-space data to ascertain whether the actual working-space data belong to the working-space data region in which collisions would occur or whether they belong to the working-space data region in which no collisions would occur. a) generating working-space data, depicting the working space, wherein within the working-space data a working-space data region in which collisions would occur is defined as a subset of the working-space data and/or a working-space data region in which no collisions can occur is defined as a subset of the working-space data, b) monitoring the movement of the moving first machine element (11, 13, 19), possibly also the movement of the second moving machine element (11, 13, 19) for collisions or possible collisions on the basis of the generated working-space data,
Adhesive tape for flying splice, having a left and right (r) boundary edge, comprising at least one main carrier and a first layer of self-adhesive on the obverse of the main carrier, the reverse of the main carrier bearing a parting system which is suitable for effecting an adhesive bond to a substrate that can be parted again in such a way that sticky residues are left neither on the reverse of the main carrier nor on the substrate in the region of the parted bond, the parting system being constructed in the form of a multiply interrupted stripe comprising a plurality of segments that extends in the longitudinal direction of the adhesive tape (x direction), and the individual segments having less of an extent in the longitudinal direction of the adhesive tape than the adhesive tape itself, and the parting system being suitable for effecting the parting process, without the main carrier being damaged in the course of that process, characterized in that the segments each comprise a further carrier ("segment carrier") which is provided on each of its obverse and its reverse with a layer of adhesive and is two-dimensionally splittable, the segment carrier being a single-ply paper or an assembly of at least two paper layers, an assembly of at least two film layers or an assembly of at least one paper layer and at least one film layer.
A gas turbine comprising compressor, a first combustion chamber, a second combustion chamber, a turbine and a mixer between the first combustion chamber and the second combustion chamber, wherein the mixer is configured to dilute with compressed air hot gas coming from the first combustion chamber and directed into the second combustion chamber, the mixer comprising a housing, a duct within the housing, at least a first injector and a second injector for injecting compressed air coming from the compressor and having a fluctuating mass flow into hot gas coming from the first combustion chamber and passing through the duct, wherein the first injector and the second injector are at a distance such that the fluid mass flow injected through the first injector reaches the second injector in phase opposition with the fluid mass flow injected through the second injector, wherein the first and the second injectors (17a, 17b) are configured and arranged for injecting a mass flow of compressed air having substantially the same fluctuation amplitude, wherein the first injector comprises a plenum with at least an inlet and at least a nozzle for injecting the fluid into the duct and the second injector comprises a plenum with at least an inlet and at least a nozzle for injecting the fluid into the duct, wherein the inlet of the first injector and the inlet of the second injector have different features in order to cause a different pressure drop for the fluid moving from the housing into the plenum of the first injector and plenum of the second injector.
A shaking device (100,200,300,400) for harvesting small fruit comprising: - a holding rod (101,201,301,401); - at least one support body (105,205,305,405) movably connected to said holding rod; - a plurality of flexible sticks (110,210,308,410, 810) connected to said support body (105,205,305,405); - an actuation means for causing an alternated movement to the or each support body with respect to said holding rod, said alternated movement causing a corresponding alternated movement to said flexible sticks (110,210,308,410,810), and said alternated movement having a predetermined frequency and a predetermined amplitude; characterised in that said flexible sticks (110,210,308,410,810) are arranged as resonating members having a predetermined first natural resonant frequency; and said actuation means is configured to cause said alternated movement to have a frequency set between 45% and 98% of said first natural resonant frequency of said sticks, in order to cause said flexible sticks to oscillate at an enhanced amplitude that is at least 1,5 to 10 times larger than the amplitude of the oscillation received from said actuation means. - a holding rod (101,201,301,401); - at least one support body (105,205,305,405) movably connected to said holding rod; - a plurality of flexible sticks (110,210,308,410, 810) connected to said support body (105,205,305,405); - an actuation means for causing an alternated movement to the or each support body with respect to said holding rod, said alternated movement causing a corresponding alternated movement to said flexible sticks (110,210,308,410,810), and said alternated movement having a predetermined frequency and a predetermined amplitude;
A method of forming an aqueous solution comprising microfibrillated cellulose, the method comprising the steps of: providing a substantially dry composite material, comprising microfibrillated cellulose and a filler material, wherein said filler material is precipitated onto fibers or fibrils of said microfibrillated cellulose; providing an aqueous media, wherein the method further comprises the step of: lowering the pH value of said aqueous media and then mixing said aqueous media with said substantially dry composite material, such that the filler material is released from said microfibrillated cellulose, thus releasing said microfibrillated cellulose; or the step of: mixing said aqueous media with said substantially dry composite material, and then lowering the pH of said mixture, such that the filler material is released from said microfibrillated cellulose, thus releasingsaid microfibrillated cellulose. providing a substantially dry composite material, comprising microfibrillated cellulose and a filler material, wherein said filler material is precipitated onto fibers or fibrils of said microfibrillated cellulose; providing an aqueous media, wherein the method further comprises the step of: lowering the pH value of said aqueous media and then mixing said aqueous media with said substantially dry composite material, such that the filler material is released from said microfibrillated cellulose, thus releasing said microfibrillated cellulose; or the step of: mixing said aqueous media with said substantially dry composite material, and then lowering the pH of said mixture, such that the filler material is released from said microfibrillated cellulose, thus releasingsaid microfibrillated cellulose. lowering the pH value of said aqueous media and then mixing said aqueous media with said substantially dry composite material, such that the filler material is released from said microfibrillated cellulose, thus releasing said microfibrillated cellulose; or the step of: mixing said aqueous media with said substantially dry composite material, and then lowering the pH of said mixture, such that the filler material is released from said microfibrillated cellulose, thus releasingsaid microfibrillated cellulose.
A computing system comprising: a processor; and a memory that comprises a location system that is executed by the processor, the location system configured to: compare an audio-based signature of surroundings of a client computing device with an audio-based profile of a room, the audio-based signature is based upon a high frequency portion of an audio signal captured by the client computing device, the audio-based profile is based upon high frequency portions of other audio signals captured by other client computing devices when the other client computing devices were previously in the room, wherein the high frequency portion of the audio signal and the high frequency portions of the other audio signals being frequencies in the audio signal above 18 KHz; determine that the client computing device is located in the room based upon the comparing of the audio-based signature with the audio-based profile of the room; and responsive to determining that the client computing device is located in the room, provide the client computing device with an indication that the client computing device is in the room. a processor; and a memory that comprises a location system that is executed by the processor, the location system configured to: compare an audio-based signature of surroundings of a client computing device with an audio-based profile of a room, the audio-based signature is based upon a high frequency portion of an audio signal captured by the client computing device, the audio-based profile is based upon high frequency portions of other audio signals captured by other client computing devices when the other client computing devices were previously in the room, wherein the high frequency portion of the audio signal and the high frequency portions of the other audio signals being frequencies in the audio signal above 18 KHz; determine that the client computing device is located in the room based upon the comparing of the audio-based signature with the audio-based profile of the room; and responsive to determining that the client computing device is located in the room, provide the client computing device with an indication that the client computing device is in the room. compare an audio-based signature of surroundings of a client computing device with an audio-based profile of a room, the audio-based signature is based upon a high frequency portion of an audio signal captured by the client computing device, the audio-based profile is based upon high frequency portions of other audio signals captured by other client computing devices when the other client computing devices were previously in the room, wherein the high frequency portion of the audio signal and the high frequency portions of the other audio signals being frequencies in the audio signal above 18 KHz; determine that the client computing device is located in the room based upon the comparing of the audio-based signature with the audio-based profile of the room; and responsive to determining that the client computing device is located in the room, provide the client computing device with an indication that the client computing device is in the room.
Agricultural distribution system, for distributing liquid and/or solid agricultural distribution materials on a crop, preferably for a field sprayer or a fertiliser spreader, comprising - a distribution boom, comprising a plurality of distribution elements arranged thereon and connected and/or connectable to a storage container for at least one agricultural distribution material, and - a detection device configured to detect development stages of the crop stand, and - a data processing device, wherein the data processing device is configured to adjust an application amount of agricultural distribution materials of individual, grouped or all distribution elements according to the development stages, wherein the crop stand comprises crop plants and accompanying vegetation, characterised in that the detection device and/or the data processing device is configured to detect a quantity proportion of the accompanying vegetation relative to the crop plants and in that the data processing device is configured for this purpose, to adjust an application amount of agricultural distribution materials of individual, grouped or all distribution elements to the quantity proportion of the accompanying vegetation in such a way that a minimum quantity of accompanying vegetation is preserved. - a distribution boom, comprising a plurality of distribution elements arranged thereon and connected and/or connectable to a storage container for at least one agricultural distribution material, and - a detection device configured to detect development stages of the crop stand, and - a data processing device, wherein the data processing device is configured to adjust an application amount of agricultural distribution materials of individual, grouped or all distribution elements according to the development stages,
A storage system of a fluid product, said system comprising a bottle for storing said product which has a neck onto which a dispensing device of said product is intended to be mounted, said system also comprising an outer covering in which said bottle is intended to be housed and an axial holding device of said bottle in said covering, said holding device comprising a groove formed between two radial walls respectively above and below, one of said walls having at least one angular recess, said holding device also comprising at least one radial ramp arranged to be able to be introduced axially in said groove across said angular recess and to be able to be immobilised axially between said walls (7, 14) by relative rotation of the bottle in relation to the covering, said system being characterised in that the holding device is provided at the interface between a bottom part of the neck and a top opening of the covering, the groove being formed on one among an annular bearing surface extending on the bottom part and an annular bearing surface extending in the top opening, the ramp being formed on the other among the annular bearing surface of the bottom part and the annular bearing surface of the top opening.
A method for approximating a fetal head by a three-dimensional ellipsoid, the method comprising: identifying fetal head voxels in two-dimensional ultrasound images of fetal head cross-sections; defining a stable fetal head ellipsoid using the identified fetal head voxels; using asymmetry such as the eyes or hose, of the identified fetal head voxels to determine the face orientation and BPD orientation; and wherein the fetal head is visualized with an ellipse defined by an ellipsoid cross-section and with an ultrasound probe that coincides with a plane of the BPD. and defining the stable fetal head ellipsoid comprises: defining an expected surface by 3D quadratic form, second order coefficients; setting at least one of the coefficients to a non-zero value, and calculating the rest of the coefficients using a standard deviation method; and choosing from sets of coefficients that define the expected surface the set that most strictly defines an ellipsoid. identifying fetal head voxels in two-dimensional ultrasound images of fetal head cross-sections; defining a stable fetal head ellipsoid using the identified fetal head voxels; using asymmetry such as the eyes or hose, of the identified fetal head voxels to determine the face orientation and BPD orientation; and wherein the fetal head is visualized with an ellipse defined by an ellipsoid cross-section and with an ultrasound probe that coincides with a plane of the BPD. and defining the stable fetal head ellipsoid comprises: defining an expected surface by 3D quadratic form, second order coefficients; setting at least one of the coefficients to a non-zero value, and calculating the rest of the coefficients using a standard deviation method; and choosing from sets of coefficients that define the expected surface the set that most strictly defines an ellipsoid. defining an expected surface by 3D quadratic form, second order coefficients; setting at least one of the coefficients to a non-zero value, and calculating the rest of the coefficients using a standard deviation method; and choosing from sets of coefficients that define the expected surface the set that most strictly defines an ellipsoid.
Valve, in particular servo valve, for controlling a medium, having a main valve seat arranged between a valve inlet and a valve outlet and a closing element which is arranged such that it can be moved to and fro between a closed position and an open position as a result of actuation of a pilot control valve and which, when the pilot control valve opens, lifts off from the main valve seat and displaces medium via the opened pilot control valve, the closing element having a movable diaphragm (5.1) with a rolling region (5.3) that deforms during the movement of the closing element, the displacement volume (V S) of the closing element being greater than the pilot control volume (V V) of the pilot control valve, the displacement volume (V S) being enclosed by a control chamber which is arranged on the pilot control valve side and is filled with medium when the closing element is in the closed position and which is bounded on one side by the closing element and on the other side by a housing wall, the housing wall having a plunge opening (7.1) to accommodate the rolling region (5.3) in the open position of the closing element, characterized in that the closing element bears on the housing wall when in the open position, and the shape of the housing wall is designed to be complementary to the shape of the closing element, so that the latter bears on the housing wall over a large area and can displace the medium completely out of the control chamber.
Combination comprising a composition A and a composition B, wherein the composition A contains hollow microspheres and the composition B contains a solvent for opening these hollow microspheres and the composition A and/or the composition B contains an inorganic and/or organic binder, wherein the hollow microspheres have a polymer shell and contain a blowing agent and the solvent is suitable for dissolving the polymer shell of the hollow microspheres.
A tool for installing or removing a tang-free wire thread insert, which has the following features: a. a spindle body with a drive section and a receiving section, wherein the receiving section has a thread for screwing on or a threadless surface for receiving the wire thread insert, b. an entraining blade, which is arranged in an axial recess of the receiving section and which is spring-mounted in an engaging position in the radial direction by means of a spring so that the wire thread insert is engageable by means of the entraining blade, while c. the entraining blade is fastenable and replaceable in the axial recess by means of a fastening connection (28, 32, 28', 32', 29, 33, 29', 33') between the entraining blade and the spindle body, characterized in that the fastening connection (28, 32, 28', 32', 29, 33, 29', 33') is formed as a latching or plug connection, which is manually establishable and releasable. a. a spindle body with a drive section and a receiving section, wherein the receiving section has a thread for screwing on or a threadless surface for receiving the wire thread insert, b. an entraining blade, which is arranged in an axial recess of the receiving section and which is spring-mounted in an engaging position in the radial direction by means of a spring so that the wire thread insert is engageable by means of the entraining blade, while c. the entraining blade is fastenable and replaceable in the axial recess by means of a fastening connection (28, 32, 28', 32', 29, 33, 29', 33') between the entraining blade and the spindle body, characterized in that the fastening connection (28, 32, 28', 32', 29, 33, 29', 33') is formed as a latching or plug connection, which is manually establishable and releasable.