mhurhangee/ep-ind-claims huggingface dataset:
An item sorting system, comprising movable carriages intended for conveying said items and connected together by a link (19, 20) along a travel route having sections situated at different elevation levels connected by one or more ascent and descent slopes, a control system and drive units intended for advancing the carriages and controlled by the control system, characterised in that it comprises at least one dedicated thrust unit (131, 241, 261) separate from the drive units, present on at least one of the slopes, and controlled in a unitary manner by the control system so as to deliver a force to reduce or cancel the tension or the compression to which the carriages are subjected at the level of the links (19, 20) which would be due to the weight of the carriages and/or of the items present on said slope; and in that the at least one dedicated thrust unit (131, 241, 261) uses friction mechanisms or linear mechanisms without induction contact or linear mechanisms without synchronous contact.
A continuous dry granulation method comprising the steps of: compacting a powder between counter-rotating press rolls (2, 2.1) in a roller compaction unit, such as to obtain a compacted material in the form of ribbons and/or flakes; and milling the ribbons and/or flakes obtained in step with a milling unit comprising a rotating and/or oscillating milling roll or other milling device, and a screen (3.3) such as to obtain granules, wherein the milling roll or milling device is driven by a motor unit having an electrical drive; monitoring step, and optionally controlling step, using signals obtained upon milling from a sound sensor and/or a structure-borne sound sensor (7, 7.1, 7.2, 7.3, 7.4, 7.5) located at or near the milling unit; wherein steps and are conducted concurrently, and wherein step is conducted concurrently or intermittently with steps and. compacting a powder between counter-rotating press rolls (2, 2.1) in a roller compaction unit, such as to obtain a compacted material in the form of ribbons and/or flakes; and milling the ribbons and/or flakes obtained in step with a milling unit comprising a rotating and/or oscillating milling roll or other milling device, and a screen (3.3) such as to obtain granules, wherein the milling roll or milling device is driven by a motor unit having an electrical drive; monitoring step, and optionally controlling step, using signals obtained upon milling from a sound sensor and/or a structure-borne sound sensor (7, 7.1, 7.2, 7.3, 7.4, 7.5) located at or near the milling unit;
Device for coupling a filling device to a filling duct of a fluid reservoir, comprising fixing means for releasable fixing of the filling device in relation to the fluid reservoir, sealing means for sealing the filling duct with respect to the environment, and linearly movable actuating means, due to the advance of which the fixing means can be brought into engagement with a generally cylindrical wall surrounding the filling duct, wherein the fixing means comprise a clamping ring, and wherein the actuating means press the clamping ring during the advance against an abutment of the device, whereby the clamping ring engages, with a change in its diameter, with the wall, characterised in that the clamping ring is formed integrally, consists of an elastically deformable plastic and is provided in a circumferential direction with a single interruption, and that the clamping ring, on withdrawal of the actuating means, moves automatically out of engagement with the wall by elastic reverse deformation.
A mobile station apparatus comprising: radio communication means for performing radio communication with first and second base stations; and radio resource request means, wherein the radio resource request means requests the second base station to temporarily allocate a radio resource of at least one of an uplink and a downlink when the radio communication means performs transmission of an uplink signal and reception of a downlink signal with the first base station, and the radio resource request means makes the radio resource allocated by the second base station available for transmission of the uplink signal or reception of the downlink signal with the first base station performed by the radio communication means. radio communication means for performing radio communication with first and second base stations; and radio resource request means, wherein the radio resource request means requests the second base station to temporarily allocate a radio resource of at least one of an uplink and a downlink when the radio communication means performs transmission of an uplink signal and reception of a downlink signal with the first base station, and the radio resource request means makes the radio resource allocated by the second base station available for transmission of the uplink signal or reception of the downlink signal with the first base station performed by the radio communication means.
Method for the automatic correction of alignment errors in star trackers of a star tracker system for determining the orientation of a flying object by a plurality of star trackers (R, S) mounted on a platform and a device for evaluating orientation information of the star trackers (R, S), wherein each individual start tracker is in a position to determine an orientation autonomously and the star trackers are in signal connection with one another via a bus system, wherein a star tracker, which is mounted preferably in a stable manner relative to at least one additional star tracker of the star tracker system, is provided as reference tracker, and an orientation determined by the latter is used as reference information, an error signal is determined continuously between the reference information and the orientation information of the at least one additional star tracker and by means of the determined error signal the orientation error of the at least one additional star tracker is corrected, wherein in the presence of an error signal of a star tracker a correction is made of its orientation information on a quaternion level, a quaternion vector (q A1) has a target value function in an adaptation loop and a quaternion vector (Δ qA) indicates a control deviation for an adaptation which is minimised during an adaptation process.
An asymmetrical linear lens in the form of an integral transparent plastic solid profile for directing light at a limited solid angle, characterized by a first solid profile section in the form of a right trapezoid having a short and a longer base side (2a, 2b) and having two side legs (2c, 2d), and a second solid profile section in the form of a non-right trapezoid having a short and a longer base side (3a, 3b) and having two side legs (3c, 3d), wherein the longer base side of the first solid profile section and the shorter base side of the second solid profile section coincide with one another, wherein one of the two side legs of the first solid profile section and one of the two side legs of the second solid profile section lie on a straight line which encloses a first angle (α) in the range between 40° and 50° with the longer base side of the second solid profile section, and wherein the other side leg of the second solid profile section is angled outward in relation to the other side leg of the first solid profile section by a second angle (ß) in the range between 25° and 35°.
A detection device (10; 50; 60; 70; 80) comprising: a support intended to be held between at least two electrical conductors and comprising a face, and at least one antenna for exchanging radiofrequency signals mechanically connected to said support on the side of said face, characterised in that the support comprises, for each of the said at least two conductors, a flared part a part of which has a shape complementary to a part of the conductor, the complementary shape having a radius of curvature substantially equal to the radius of the conductor. a support intended to be held between at least two electrical conductors and comprising a face, and at least one antenna for exchanging radiofrequency signals mechanically connected to said support on the side of said face, characterised in that the support comprises, for each of the said at least two conductors, a flared part a part of which has a shape complementary to a part of the conductor, the complementary shape having a radius of curvature substantially equal to the radius of the conductor.
A method of gettering hydrogen and moisture from a sealed enclosure at a temperature in the range 80-500 °C comprising the step of introducing into said enclosure a getter composition comprising calcium oxide and copper oxide, and wherein the getter composition is essentially free of palladium or a palladium compound.
A terminal tractor, comprising: a chassis; a first axle mounted to the chassis, the first axle carrying a first pair of wheels; a second axle mounted to the chassis, the second axle carrying a second pair of wheels; a plurality of drive motors, wherein each drive motor is associated with each one of the first pair of wheels and with each one of the second pair of wheels, respectively, to rotate said pairs of wheels relative to their associated first or second axle; a plurality of steering devices, wherein each steering device is associated with each one of the first pair of wheels and with each one of the second pair wheels, respectively, to independently steer each one of the first pair of wheels and each one of the second pair of wheels; a controller in communication with said plurality of drive motors and said plurality of steering devices; and a fifth wheel coupling configured for coupling to a kingpin of a semi-trailer, characterized in that the tractor further comprises a control head, said control head providing at least one of an air brake and an electrical connection for connecting to said semi-trailer, wherein said control head is foldable between upright and collapsed positions. a chassis; a first axle mounted to the chassis, the first axle carrying a first pair of wheels; a second axle mounted to the chassis, the second axle carrying a second pair of wheels; a plurality of drive motors, wherein each drive motor is associated with each one of the first pair of wheels and with each one of the second pair of wheels, respectively, to rotate said pairs of wheels relative to their associated first or second axle; a plurality of steering devices, wherein each steering device is associated with each one of the first pair of wheels and with each one of the second pair wheels, respectively, to independently steer each one of the first pair of wheels and each one of the second pair of wheels; a controller in communication with said plurality of drive motors and said plurality of steering devices; and a fifth wheel coupling configured for coupling to a kingpin of a semi-trailer, characterized in that the tractor further comprises a control head, said control head providing at least one of an air brake and an electrical connection for connecting to said semi-trailer, wherein said control head is foldable between upright and collapsed positions.
An apparatus comprising: a data storage device in a first clock domain, wherein data to be stored in the data storage device is level shifted from a first voltage domain to a second voltage domain prior to being stored within the data storage device, and wherein the data storage device is powered by the second voltage domain; a circuit powered by the second voltage domain and in a second clock domain, the circuit responsive to data output by the data storage device; and a write counter powered by the first voltage domain, wherein the data storage device is responsive to an output of the write counter. a data storage device in a first clock domain, wherein data to be stored in the data storage device is level shifted from a first voltage domain to a second voltage domain prior to being stored within the data storage device, and wherein the data storage device is powered by the second voltage domain; a circuit powered by the second voltage domain and in a second clock domain, the circuit responsive to data output by the data storage device; and a write counter powered by the first voltage domain, wherein the data storage device is responsive to an output of the write counter.
A touch sensor for combined capacitive touch and force sensing, the touch sensor comprising: a plurality of first electrodes and a plurality of second electrodes, the second electrodes insulated from the first electrodes, wherein the first and second electrodes are configured for mutual capacitive touch sensing; a transparent cover; a transparent piezoelectric film stacked between the transparent cover and the first and second electrodes; and a patterned counter electrode stacked between the transparent piezoelectric film and the transparent cover, wherein the patterned counter electrode comprises a grid formed from the union of a plurality of first counter electrode line elements extending in a first direction and a plurality of second counter electrode line elements extending in a second direction; wherein the lateral displacements ( L x, L y) of counter electrode line elements with respect to the first and second electrodes are configured to maximise a capacitance between the patterned counter electrode and the first electrodes, or between the patterned counter electrode and the second electrodes. a plurality of first electrodes and a plurality of second electrodes, the second electrodes insulated from the first electrodes, wherein the first and second electrodes are configured for mutual capacitive touch sensing; a transparent cover; a transparent piezoelectric film stacked between the transparent cover and the first and second electrodes; and a patterned counter electrode stacked between the transparent piezoelectric film and the transparent cover, wherein the patterned counter electrode comprises a grid formed from the union of a plurality of first counter electrode line elements extending in a first direction and a plurality of second counter electrode line elements extending in a second direction; wherein the lateral displacements ( L x, L y) of counter electrode line elements with respect to the first and second electrodes are configured to maximise a capacitance between the patterned counter electrode and the first electrodes, or between the patterned counter electrode and the second electrodes.
A phosphor protective film (13, 73, 83) for protecting quantum dot phosphors comprising: one or more barrier films (15, 85) each including a first base material, and one or more barrier layers (7, 7A, 7B) provided on at least one surface of the first base material; and one or more plastic films each including a second base material, wherein: the barrier film (15, 85) and the plastic film are laminated so that the barrier layer is sandwiched between the first base material and the second base material, characterized in that: at least one of the barrier film (15, 85) and the plastic film has a coating layer that improves optical properties; and the coating layer is provided on a surface of the phosphor protective film, wherein the coating layer includes a binder resin layer and fine particles, said fine particles being buried so as to be partially exposed from the surface of the binder resin layer, thereby producing micro irregularities on the surface of the coating layer. one or more barrier films (15, 85) each including a first base material, and one or more barrier layers (7, 7A, 7B) provided on at least one surface of the first base material; and one or more plastic films each including a second base material, wherein: the barrier film (15, 85) and the plastic film are laminated so that the barrier layer is sandwiched between the first base material and the second base material, characterized in that: at least one of the barrier film (15, 85) and the plastic film has a coating layer that improves optical properties; and the coating layer is provided on a surface of the phosphor protective film, wherein the coating layer includes a binder resin layer and fine particles, said fine particles being buried so as to be partially exposed from the surface of the binder resin layer, thereby producing micro irregularities on the surface of the coating layer. at least one of the barrier film (15, 85) and the plastic film has a coating layer that improves optical properties; and the coating layer is provided on a surface of the phosphor protective film, wherein the coating layer includes a binder resin layer and fine particles, said fine particles being buried so as to be partially exposed from the surface of the binder resin layer, thereby producing micro irregularities on the surface of the coating layer.
A method of image processing using image processor circuitry applying a trained statistical learning model, the method comprising: obtaining imaging data acquired at least in part using an imaging modality; applying at least one of a reconstruction or a segmentation to the imaging data to generate at least one reconstructed or segmented initial image; providing the initial image and an image randomness component to a generator applying a previously trained conditional generative statistical learning model, to generate posterior distribution simulated images for providing at least one indication of an image error associated with the initial image; and providing the indication of the image error associated with the initial image for displaying or further processing. obtaining imaging data acquired at least in part using an imaging modality; applying at least one of a reconstruction or a segmentation to the imaging data to generate at least one reconstructed or segmented initial image; providing the initial image and an image randomness component to a generator applying a previously trained conditional generative statistical learning model, to generate posterior distribution simulated images for providing at least one indication of an image error associated with the initial image; and providing the indication of the image error associated with the initial image for displaying or further processing.
A method for producing 1,2,3,5,6-pentathiepane, comprising Steps A and B: Step A: a step of synthesizing a tetrathiocarbonate in a protic solvent; and Step B: a step of carrying out reaction between the tetrathiocarbonate and a dihalogenated methane in a mixture of the protic solvent and an aprotic solvent in which the mass ratio of the protic solvent to the aprotic solvent is 13:87-38:62, wherein Steps A and B are carried out sequentially, wherein the protic solvent comprises ethanol, methanol, or a combination thereof, and the aprotic solvent comprises toluene. Step A: a step of synthesizing a tetrathiocarbonate in a protic solvent; and Step B: a step of carrying out reaction between the tetrathiocarbonate and a dihalogenated methane in a mixture of the protic solvent and an aprotic solvent in which the mass ratio of the protic solvent to the aprotic solvent is 13:87-38:62,
A topical Minoxidil foam composition, characterized in that it comprises 1,3-propanediol as a solubilising agent, lactic acid as an acidifying agent at the ratio of 1 to 5% (wt/wt) by weight, and Lauryl Glucoside as a surface active agent at the ratio of 10 to 20% (wt/wt) by weight, ethanol and water; wherein ethyl alcohol: water: 1,3-propanediol is at a ratio of 1:4.5:10 by weight.
Gas alarm device comprising: a housing for accommodating a gas sensor, an alarm transmitter and a controller, wherein the housing includes a cover, which, from the outside to the inside, comprises a transparent layer, a partially transparent coloured layer and a covering mask layer, wherein the covering mask layer comprises recesses that form a negative of an alarm message to be displayed, wherein the alarm transmitter comprises a light source that is arranged in the housing, opposite the recesses in the mask layer; and wherein the controller is configured, for the purpose of operation, to actuate the light source of the alarm transmitter on the basis of a signal from the gas sensor. a housing for accommodating a gas sensor, an alarm transmitter and a controller, wherein the housing includes a cover, which, from the outside to the inside, comprises a transparent layer, a partially transparent coloured layer and a covering mask layer, wherein the covering mask layer comprises recesses that form a negative of an alarm message to be displayed, wherein the alarm transmitter comprises a light source that is arranged in the housing, opposite the recesses in the mask layer; and wherein the controller is configured, for the purpose of operation, to actuate the light source of the alarm transmitter on the basis of a signal from the gas sensor.
A formulation for use in controlling lice or ticks in cattle, said formulation including an effective amount of a systemically active composition comprising a synergistic combination of spinosad, or salt thereof, and a macrocyclic lactone selected from: ivermectin, abamectin, moxidectin, doramectin, eprinomectin and milbemycin, and a domestic animal physiologically acceptable carrier, diluent or excipient, wherein the formulation is to be orally administered.
A method of communicating within a wireless microphone system having a plurality of audio channels comprising: dividing a block of radio frequency spectrum associated with a single television broadcast channel into a plurality of at least 20 contiguous subchannels that are, under consideration of two guardbands, also contiguous with the boundaries of the television broadcast channel, where each of the subchannels has a bandwidth of less than 75 kHz; transmitting an audio signal from a microphone transmitter on one of the plurality of subchannels through a transmitter with a radio frequency isolator or other means for suppressing intermodulation energy coupled to an antenna; receiving the audio signal through a microphone receiver; selecting, with a multiplexer one of the at least 20 contiguous subchannels based upon a system address of the at least one wireless microphone (12, 14) and routing the audio signal on the selected subchannel to one of a plurality of outputs of the base station based upon the system address. dividing a block of radio frequency spectrum associated with a single television broadcast channel into a plurality of at least 20 contiguous subchannels that are, under consideration of two guardbands, also contiguous with the boundaries of the television broadcast channel, where each of the subchannels has a bandwidth of less than 75 kHz; transmitting an audio signal from a microphone transmitter on one of the plurality of subchannels through a transmitter with a radio frequency isolator or other means for suppressing intermodulation energy coupled to an antenna; receiving the audio signal through a microphone receiver; selecting, with a multiplexer one of the at least 20 contiguous subchannels based upon a system address of the at least one wireless microphone (12, 14) and routing the audio signal on the selected subchannel to one of a plurality of outputs of the base station based upon the system address.