mhurhangee/ep-ind-claims huggingface dataset:
A backplane intended to receive tool controllers, said backplane comprising: - a frame comprising at least two essentially parallel and distant beams (100, 101), each having a neutral fibre and a thickness (e) measured in a direction (d) perpendicular to the plane passing through said neutral fibres, - at least two modules for connecting tool controllers, said modules being electrically interconnected in pairs by means of electrical connectors extending between said beams (100, 101), - means for securing said modules to said beams (100, 101), characterised in that said modules are configured so that the distance between the median plane passing through each of said connectors and the plane passing through the neutral fibres of said beams (100, 101) is less than 30% of the thickness (e) of said beams (100, 101), each module comprising a plate, each plate being secured at two opposite ends thereof to said beams (100, 101), each plate comprising at one end thereof a circular arc portion (110 3) extending along an axis (α) essentially parallel to said beams (100, 101), said controllers comprising a portion of complementary shape to the circular arc portion (110 3) forming therewith a pivot link when they cooperate to guide the connector of the controller to cooperate with the connection plug of a module, the connector of each controller, capable of cooperating with a connection plug of a module, being movably mounted between at least: - one docking position in which it extends in a laterally inclined manner relative to the side of the controller where it is located, and - a connection position in which it extends substantially parallel to the side of the controller where it is located, the passage from said docking position to said connection position being obtained when the connector of a controller is put in cooperation with the corresponding plug of the module. - a frame comprising at least two essentially parallel and distant beams (100, 101), each having a neutral fibre and a thickness (e) measured in a direction (d) perpendicular to the plane passing through said neutral fibres, - at least two modules for connecting tool controllers, said modules being electrically interconnected in pairs by means of electrical connectors extending between said beams (100, 101), - means for securing said modules to said beams (100, 101), - one docking position in which it extends in a laterally inclined manner relative to the side of the controller where it is located, and - a connection position in which it extends substantially parallel to the side of the controller where it is located,
A method for lyophilization of an aqueous thrombin solution, the method comprising: providing the aqueous thrombin solution comprising about 1 to less than about 4.6% (w/v) of a saccharide or sugar alcohol; at least about 0.7 to lower than about 1.75% (w/v) sodium chloride; about 0.2 to about 3% (w/v) albumin; calcium chloride; and sodium acetate; and lyophilizing the aqueous thrombin solution; wherein the height of the aqueous thrombin solution in a lyophilization vessel is no greater than 10 mm, wherein the total lyophilization time is no greater than 35 hours, and wherein the aqueous thrombin solution is devoid of polyethylene glycol; wherein the term "about" refers to ± 10%. providing the aqueous thrombin solution comprising about 1 to less than about 4.6% (w/v) of a saccharide or sugar alcohol; at least about 0.7 to lower than about 1.75% (w/v) sodium chloride; about 0.2 to about 3% (w/v) albumin; calcium chloride; and sodium acetate; and lyophilizing the aqueous thrombin solution; wherein the height of the aqueous thrombin solution in a lyophilization vessel is no greater than 10 mm, wherein the total lyophilization time is no greater than 35 hours, and wherein the aqueous thrombin solution is devoid of polyethylene glycol; wherein the term "about" refers to ± 10%.
Method of control of shaping of a coding noise during the coding of ADPCM type of a digital audio input signal, the noise shaping being performed by the implementation of a feedback comprising a filtering of the noise, characterized in that it comprises the following steps: - obtaining of a parameter of indication of strong spectral dynamics of the signal, indicating a risk of instability of the feedback; - detection of a risk of instability by comparing the indication parameter with at least one predetermined threshold; - limitation of the feedback in case of detection of risk of instability; - progressive reactivation (708, 709, 710) of the feedback on a predetermined number of frames posterior to the current frame for which the feedback has been limited. - obtaining of a parameter of indication of strong spectral dynamics of the signal, indicating a risk of instability of the feedback; - detection of a risk of instability by comparing the indication parameter with at least one predetermined threshold; - limitation of the feedback in case of detection of risk of instability; - progressive reactivation (708, 709, 710) of the feedback on a predetermined number of frames posterior to the current frame for which the feedback has been limited.
A computer-implemented method for determining if a user's gaze is directed in the direction of a zone of interest in a virtual 3D scene, the method comprising: providing a virtual 3D scene containing a zone of interest; associating a property with the zone of interest; creating a bitmap representing the location of the zone of interest in a projected view of the virtual 3D scene, each pixel of the bitmap to which the zone of interest is projected storing the property of the zone of interest; acquiring, from a detector, the direction of the user's gaze; using the bitmap to determine if the detected user's gaze is directed in the direction of the zone of interest; wherein the bitmap is created using depth buffer and/or stencil buffer data corresponding to the virtual 3D scene. providing a virtual 3D scene containing a zone of interest; associating a property with the zone of interest; creating a bitmap representing the location of the zone of interest in a projected view of the virtual 3D scene, each pixel of the bitmap to which the zone of interest is projected storing the property of the zone of interest; acquiring, from a detector, the direction of the user's gaze; using the bitmap to determine if the detected user's gaze is directed in the direction of the zone of interest; wherein the bitmap is created using depth buffer and/or stencil buffer data corresponding to the virtual 3D scene.
A method of verifying an electroluminescent security feature in a value and/or security document, comprising the steps of: exciting the electroluminescent security feature by means of an electrical excitation signal; sensing radiation emitted by the security feature and generating an output signal; evaluating the output signal and deriving a verification decision; and outputting the verification decision; wherein additionally, the safety element is irradiated with light radiation in the UV wavelength range during the excitation of the safety element and/or the sensing the emitted radiation, characterized in that information in the form of symbols is encoded in the electrical excitation signal and, when deriving the verification decision, it is checked, taking into account input signal information comprising a symbol form, whether symbols are encoded in the evaluated output signal. exciting the electroluminescent security feature by means of an electrical excitation signal; sensing radiation emitted by the security feature and generating an output signal; evaluating the output signal and deriving a verification decision; and outputting the verification decision; wherein additionally, the safety element is irradiated with light radiation in the UV wavelength range during the excitation of the safety element and/or the sensing the emitted radiation, characterized in that information in the form of symbols is encoded in the electrical excitation signal and, when deriving the verification decision, it is checked, taking into account input signal information comprising a symbol form, whether symbols are encoded in the evaluated output signal.
An anti-static apparatus for neutralising an electrostatically charged surface, for example a moving web, the anti-static apparatus comprising: at least one positive emitter and at least one negative emitter configured to generate an electric field, and a voltage supply unit for applying a positive voltage to the at least one positive emitter and a negative voltage to the at least one negative emitter, the voltage supply unit being configured to receive an input voltage and comprising a transformer configured to generate an output voltage having a greater voltage than the input voltage; characterised in that the voltage supply unit further comprises a gas discharge tube connected to the voltage supply unit on a high voltage side of the transformer, and wherein the gas discharge tube comprises a breakover voltage configured to refer the voltage supply unit to ground when a voltage on the voltage supply unit exceeds a breakover voltage of the gas discharge tube. at least one positive emitter and at least one negative emitter configured to generate an electric field, and a voltage supply unit for applying a positive voltage to the at least one positive emitter and a negative voltage to the at least one negative emitter, the voltage supply unit being configured to receive an input voltage and comprising a transformer configured to generate an output voltage having a greater voltage than the input voltage; characterised in that the voltage supply unit further comprises a gas discharge tube connected to the voltage supply unit on a high voltage side of the transformer, and wherein the gas discharge tube comprises a breakover voltage configured to refer the voltage supply unit to ground when a voltage on the voltage supply unit exceeds a breakover voltage of the gas discharge tube.
A method for the continuous production of breadsticks partially covered by a layer of edible coating, wherein said breadsticks are supported in a mutually parallel side-by-side relationship according to an orientation substantially horizontal and transversal with respect to a feed path ("A"), along which are implemented the steps of: strewing an edible substance in a fluid state on each breadstick; solidifying the edible substance strewed on each breadstick, characterized in that said breadsticks are supported in a cantilever fashion, each at one grip end thereof; and said edible substance in a fluid state is strewed on a portion of each breadstick extending from the grip end. strewing an edible substance in a fluid state on each breadstick; solidifying the edible substance strewed on each breadstick, characterized in that said breadsticks are supported in a cantilever fashion, each at one grip end thereof; and said edible substance in a fluid state is strewed on a portion of each breadstick extending from the grip end.
An acoustic air data sensing system comprising: an acoustic transmitter adapted to be located on a vehicle and being configured to transmit an acoustic signal into airflow about an exterior of the vehicle; a plurality of acoustic receivers, each of the plurality of acoustic receivers located at a respective angle from a wind angle reference line and a respective distance from the acoustic transmitter being configured to receive the acoustic signal; characterized in that the acoustic air data sensing system further comprises: a skin friction sensor positioned in a boundary layer region of the airflow that interacts with the acoustic transmitter and the plurality of acoustic receivers; and control circuitry configured to: determine respective times of flight of the acoustic signal from the acoustic transmitter to each of the plurality of acoustic receivers; determine a measured skin friction value indicative of a parameter of the boundary layer region; determine at least one of a true airspeed of the airflow, a relative wind angle of the airflow, and a speed of sound in the airflow based on the respective times of flight of the acoustic signal and the measured skin friction value; and output one or more of the true airspeed of the airflow, the relative wind angle of the airflow, and the speed of sound in the airflow. an acoustic transmitter adapted to be located on a vehicle and being configured to transmit an acoustic signal into airflow about an exterior of the vehicle; a plurality of acoustic receivers, each of the plurality of acoustic receivers located at a respective angle from a wind angle reference line and a respective distance from the acoustic transmitter being configured to receive the acoustic signal; a skin friction sensor positioned in a boundary layer region of the airflow that interacts with the acoustic transmitter and the plurality of acoustic receivers; and control circuitry configured to: determine respective times of flight of the acoustic signal from the acoustic transmitter to each of the plurality of acoustic receivers; determine a measured skin friction value indicative of a parameter of the boundary layer region; determine at least one of a true airspeed of the airflow, a relative wind angle of the airflow, and a speed of sound in the airflow based on the respective times of flight of the acoustic signal and the measured skin friction value; and output one or more of the true airspeed of the airflow, the relative wind angle of the airflow, and the speed of sound in the airflow. determine respective times of flight of the acoustic signal from the acoustic transmitter to each of the plurality of acoustic receivers; determine a measured skin friction value indicative of a parameter of the boundary layer region; determine at least one of a true airspeed of the airflow, a relative wind angle of the airflow, and a speed of sound in the airflow based on the respective times of flight of the acoustic signal and the measured skin friction value; and output one or more of the true airspeed of the airflow, the relative wind angle of the airflow, and the speed of sound in the airflow.
A cooling system, comprising: an internal combustion engine; a radiator for radiating heat from coolant for cooling the internal combustion engine; one or more heat exchangers (4, 5, 6) other than the radiator; a main passage (L1, L11) through which coolant is to circulate between the internal combustion engine and the radiator; a thermostat that includes a temperature sensing unit to sense the temperature of the coolant and to open and close the main passage (L1, L11) depending on the temperature of the coolant; an auxiliary passage (L2, L12) through which the coolant is to circulate between the internal combustion engine and the one or more heat exchangers (4, 5, 6) via a room in which the temperature sensing unit is disposed; and a thermostat-bypass passage (L3, L13) that communicates the internal combustion engine and the radiator by bypassing the thermostat; characterized by a motor-operated valve that is arranged to open and close the auxiliary passage (L2, L12) and the thermostat-bypass passage (L3, L13). an internal combustion engine; a radiator for radiating heat from coolant for cooling the internal combustion engine; one or more heat exchangers (4, 5, 6) other than the radiator; a main passage (L1, L11) through which coolant is to circulate between the internal combustion engine and the radiator; a thermostat that includes a temperature sensing unit to sense the temperature of the coolant and to open and close the main passage (L1, L11) depending on the temperature of the coolant; an auxiliary passage (L2, L12) through which the coolant is to circulate between the internal combustion engine and the one or more heat exchangers (4, 5, 6) via a room in which the temperature sensing unit is disposed; and a thermostat-bypass passage (L3, L13) that communicates the internal combustion engine and the radiator by bypassing the thermostat; characterized by a motor-operated valve that is arranged to open and close the auxiliary passage (L2, L12) and the thermostat-bypass passage (L3, L13).
A thermal inkjet latex ink comprising: a liquid vehicle; pigment dispersed in the liquid vehicle; latex dispersed in the liquid vehicle; and a polystyrene anti-fouling additive dispersed in the liquid vehicle as a free solution; wherein the polystyrene anti-fouling additive is a copolymer of styrene, alpha methyl styrene, and acrylic acid having a molecular weight of approximately 8,000, an acid number of 150-160 mg of KOH/g of resin and a glass transition temperature of approximately 74° C.. a liquid vehicle; pigment dispersed in the liquid vehicle; latex dispersed in the liquid vehicle; and a polystyrene anti-fouling additive dispersed in the liquid vehicle as a free solution; wherein the polystyrene anti-fouling additive is a copolymer of styrene, alpha methyl styrene, and acrylic acid having a molecular weight of approximately 8,000, an acid number of 150-160 mg of KOH/g of resin and a glass transition temperature of approximately 74° C..
A floor cleaning machine, particularly for household use, comprising a box-like body that defines a compartment for accommodating a cylindrical brush that has a horizontal axis, said compartment having, at one end, an access opening that can be closed by means of a closure door that has a rim adapted to engage, by interlocking, the rim of said access opening, characterized in that it comprises elastic pusher means that act on said closure door in order to facilitate its disengagement from said access opening, means being provided for the removable locking of said closure door in the condition for closing said access opening.
A vehicle battery pack adapted to be mounted on a vehicle, comprising: a plurality of battery cells each comprising a terminal; and a casing accommodating the plurality of battery cells, the casing comprising: a casing body made of resin, the casing body comprising an opening through which the plurality of battery cells is inserted and removed and at least one exposure hole through which the terminals are exposed outside the casing body; and a cover closing the opening; and at least one radiating fin member made of metal and secured to the casing body, characterized in that the radiating fin member covers the exposure hole of the casing body and faces the terminals. a plurality of battery cells each comprising a terminal; and a casing accommodating the plurality of battery cells, the casing comprising: a casing body made of resin, the casing body comprising an opening through which the plurality of battery cells is inserted and removed and at least one exposure hole through which the terminals are exposed outside the casing body; and a cover closing the opening; and at least one radiating fin member made of metal and secured to the casing body, characterized in that the radiating fin member covers the exposure hole of the casing body and faces the terminals. a casing body made of resin, the casing body comprising an opening through which the plurality of battery cells is inserted and removed and at least one exposure hole through which the terminals are exposed outside the casing body; and a cover closing the opening; and at least one radiating fin member made of metal and secured to the casing body, characterized in that the radiating fin member covers the exposure hole of the casing body and faces the terminals.
A sample analyzer comprising: a storing means for storing a reagent or consumable used for measuring a sample; a measuring means for measuring a sample using the stored reagent or consumable; a control device for analyzing measurement data obtained by the measurement means and issuing instructions for the measurement means; and a displaying means for displaying a screen, wherein when a current user logs onto the control device, the displaying means is configured to display a menu screen including a logoff button, characterized in that, when the current user presses the logoff button, the displaying means is configured to display a changeover support screen for helping a changeover of operation of the sample analyzer to another user, the support screen showing a residual amount information related to an amount of remaining reagent or consumable stored in the measurement means. a storing means for storing a reagent or consumable used for measuring a sample; a measuring means for measuring a sample using the stored reagent or consumable; a control device for analyzing measurement data obtained by the measurement means and issuing instructions for the measurement means; and a displaying means for displaying a screen, wherein when a current user logs onto the control device, the displaying means is configured to display a menu screen including a logoff button, characterized in that, when the current user presses the logoff button, the displaying means is configured to display a changeover support screen for helping a changeover of operation of the sample analyzer to another user, the support screen showing a residual amount information related to an amount of remaining reagent or consumable stored in the measurement means.
Collector stage of an electrostatic precipitator for cleaning flue gas produced during combustion processes, wherein the collector stage comprises at least one collector in the form of a collector pipe with a circular clear cross-section, in which a brush is rotably mounted in the collector pipe, wherein the brush is a spiral brush, comprising a rod or pipe, which is arranged centrally, coaxially to the collector pipe, on the outer casing surface of which protruding brush wires are arranged in the form of a sheaf, which with their free ends touch the inner wall of the collector pipe in a stroking manner, such that, at the rotation of the brush, particles which have been deposited on the inner wall of the collector pipe can be brushed away, and wherein a rail is arranged in the collector pipe, wherein the collector pipe and the brush lie on a common electrical reference potential, characterised in that the central rod located coaxially to the collector pipe or the pipe comprises of at least two part sections, with in each case a brush segment, and the part sections are arranged at an angular rotation in relation to one another.