mhurhangee/ep-ind-claims huggingface dataset:
Packaging machine for producing packages from a web of packaging material advanced along an advancing path, said packaging material having a longitudinal edge arranged along said advancing path and a mark arranged for providing an indication about the position of said packaging material, said packaging machine comprising a forming unit for folding said packaging material into a tube having a longitudinal axis arranged along said advancing path, a sealing device for sealing a first lateral portion of the web and a second lateral portion of the web, opposite the first lateral portion, the first lateral portion and the second lateral portion being superimposed, so as to form a fluidtight longitudinal seal in the tube, a first sensor arranged for detecting the position of said edge and generating a first control signal, a second sensor arranged for reading said mark and generating a second signal, a control device having a driving element (31, 47) arranged for moving said packaging material in a transversal direction arranged transversally with respect to said advancing path on the basis of said first control signal and said second signal, wherein said first control signal indicates the position of said edge along said transversal direction, characterized in that said second signal indicates the rotation of said tube around said longitudinal axis, and in that said control device comprises a logic control unit, said logic control unit having a first PID (proportional-integral-derivative) control that receives, as input information, said first control signal and generates a further first control signal (S1') that controls said driving element, said logic control unit having a second PID control that receives, as input information, said second signal and generates a further second signal (S2') that is sent, as input information, to said first PID control, said driving element comprises a driving roller rotating around a rotation axis and an actuating device for tilting said rotation axis in a plane defined by said packaging material.
A heat-insulation material, comprising: a first substrate layer that includes a aerogel and first fibers; and at least one second substrate layer that is layered on the first substrate layer and that includes a aerogel and second fibers, wherein a volume density of the aerogel in the entire volume of the first substrate layer is larger than a volume density of the aerogel in the entire volume of at least one second substrate layer, an amount of the aerogel that is present on a surface (i) of the second substrate layer inside the second substrate layer, said surface (i) not being adjacent to the first substrate layer, is smaller than an amount of the aerogel that is present on a surface (ii) of the second substrate layer inside the second substrate layer, said surface (ii) being adjacent to the first substrate layer, the first fibers and the second fibers are of the same type, the first fibers have a bulk density of 0.04 g/cm 3 or less and the second fibers have a bulk density of 0.1 g/cm 3 or more. a first substrate layer that includes a aerogel and first fibers; and at least one second substrate layer that is layered on the first substrate layer and that includes a aerogel and second fibers, wherein a volume density of the aerogel in the entire volume of the first substrate layer is larger than a volume density of the aerogel in the entire volume of at least one second substrate layer, an amount of the aerogel that is present on a surface (i) of the second substrate layer inside the second substrate layer, said surface (i) not being adjacent to the first substrate layer, is smaller than an amount of the aerogel that is present on a surface (ii) of the second substrate layer inside the second substrate layer, said surface (ii) being adjacent to the first substrate layer, the first fibers and the second fibers are of the same type, the first fibers have a bulk density of 0.04 g/cm 3 or less and the second fibers have a bulk density of 0.1 g/cm 3 or more.
An apparatus for filling a wafer with glass powder, comprising a supporting device for supporting the wafer, a feeding device, and a scraping device, wherein the feeding device and the scraping device are both provided on an upper side of the supporting device; a lower side of the feeding device is provided with a fetching part, and the feeding device drives the fetching part to move; and a lower side of the scraping device is provided with a scraper, and the scraping device drives the scraper to move.
Photoresistor comprising two electrodes (2a, 2b) connected by a photosensitive layer of the photoresistor, the photosensitive layer being in physical contact with the electrodes (2a, 2b), the photosensitive layer comprising a first face and a second face opposite the first face and intended to be oriented towards the luminous flux, characterized in that the photoresistor comprises two additional layers (6, 7) in contact with the photosensitive layer so as to have an action on the behaviour of the photoresistor with respect to collection of the carriers between the two electrodes (2a, 2b) in order to improve the sensitivity of the photoresistor, one of these additional layers being formed on one of the faces (4, 5) of the photosensitive layer and being configured so as to increase the resistivity of the photosensitive layer at its interface with said additional layer, and the other of these additional layers being formed on the other face (4, 5) of the photosensitive layer and being configured so as to increase at least locally the conductivity of the photosensitive layer.
Thermo plate comprising an upper plate, made of porcelain or ceramic and suitable for directly receiving the food to be kept hot, closed at the bottom by a base plate that creates a cavity inside which, on the lower surface of said upper plate, is a sheet of metal foil with a high thermal capacity, with said metal foil configured with a shape roughly corresponding to the bottom of the top plate and which has a central hole characterized in that it further comprises a series of through-grooves or cuts (9, 10, 14, 15) that start from the central hole and/or from the perimeter edge and which cover almost the whole of the space between the central hole and the perimeter edge.
A kitchen hood unit (10; 110; 210; 310; 410) comprising an actual hood (14; 114) overlying a cooking hob, and suspension means (22; 122) having a length which can be varied by the user to cause the actual hood (14; 114) to approach and withdraw from the cooking hob, said suspension means comprising a lifting/lowering device to vary the length of the suspension means (22; 122), wherein the suspension means (22; 122) comprise one or more suspension cables or wires (24; 124), wherein the lifting/lowering device enables said cables or wires (24; 124) to be wound or unwound, and wherein the lifting/lowering device comprises, for each cable or wire (24; 124), a relative drum (50, 52) rotatably supported by the actual hood (14; 114) and on which the cable or wire (24; 124) can be wound or unwound, and wherein said lifting/lowering device is contained in the actual hood (14; 114); characterized in that said kitchen hood comprises a common support element (12; 112; 212; 412) to be fixed to the ceiling of the room in which the hood unit (10; 110; 210; 310; 410) is located and wherein the suspension means (22; 122), one end of each being fixed to the common support element (12; 112; 212; 412), serve for suspending said actual hood from said support element,.
A radar system comprising: a receive channel comprising a complex baseband; and a processor coupled to the receive channel and configured to receive a first plurality of digital intermediate frequency IF samples from an in-band I channel of the complex baseband and a corresponding second plurality of digital IF samples from a quadrature Q channel of the complex baseband, wherein the processor is configured to execute instructions to compute at least one failure metric a) by checking for signal content in an image band in excess of thermal noise, or b) based on a ratio of energy in the first plurality of digital IF samples and the second plurality of digital IF samples, or c) a measure of cross-correlation between the first plurality of digital IF samples and the second plurality of digital IF samples; wherein the failure metric is computed in order to detect a functional safety failure in the radar system during normal operation of the radar system without disrupting the primary radar function. a receive channel comprising a complex baseband; and a processor coupled to the receive channel and configured to receive a first plurality of digital intermediate frequency IF samples from an in-band I channel of the complex baseband and a corresponding second plurality of digital IF samples from a quadrature Q channel of the complex baseband, wherein the processor is configured to execute instructions to compute at least one failure metric a) by checking for signal content in an image band in excess of thermal noise, or b) based on a ratio of energy in the first plurality of digital IF samples and the second plurality of digital IF samples, or c) a measure of cross-correlation between the first plurality of digital IF samples and the second plurality of digital IF samples; wherein the failure metric is computed in order to detect a functional safety failure in the radar system during normal operation of the radar system without disrupting the primary radar function.
A method comprising: a. culturing plant cells of the species Veratrum californicum in a nutrient medium to form a cell culture of undifferentiated cells that produces a Veratrum alkaloid; and b. recovering the alkaloid, wherein the alkaloid contains a C-nor-D-homo-[14(13->12)-abeo] ring. a. culturing plant cells of the species Veratrum californicum in a nutrient medium to form a cell culture of undifferentiated cells that produces a Veratrum alkaloid; and b. recovering the alkaloid, wherein the alkaloid contains a C-nor-D-homo-[14(13->12)-abeo] ring.
Method for determining a speed of an electronically commutated electric motor, in particular an electric motor for a fan, wherein current measurement values (18, 19) are detected at multiple points in time, which describe an amperage of a drive current supplied to the electric motor, and a speed of the electric motor is subsequently determined on the basis of the detected current measurement values (18, 19), wherein the drive current is provided by a drive circuit, wherein the drive circuit provides an output for a measuring voltage proportional to the drive current, wherein voltage values of this measuring voltage are detected as current measurement values (18, 19), wherein the drive circuit is a DC-DC converter, in which a series connection of a resistor and a capacitor is connected in parallel to a coil used as part of DC-DC voltage conversion and is adapted to the impedance of the coil, such that the measuring voltage at the capacitor, which is proportional to the power provided by the DC-DC converter, decreases.
An agricultural machine comprising: an auxiliary vehicle comprising a driver's workplace; an agricultural vehicle comprising a loading ramp for transporting the auxiliary vehicle; and a control unit; wherein the agricultural machine is operable in a combined configuration or in a separated configuration; wherein the driver's workplace comprises a human machine interface for controlling a manual driving function of the agricultural vehicle and a manual driving function of the auxiliary vehicle; and wherein the control unit is configured to disable the manual driving function of the auxiliary vehicle if the combined configuration of the agricultural machine is present and to enable the manual driving function of the auxiliary vehicle if the separated configuration of the agricultural machine is present. an auxiliary vehicle comprising a driver's workplace; an agricultural vehicle comprising a loading ramp for transporting the auxiliary vehicle; and a control unit; wherein the agricultural machine is operable in a combined configuration or in a separated configuration; wherein the driver's workplace comprises a human machine interface for controlling a manual driving function of the agricultural vehicle and a manual driving function of the auxiliary vehicle; and wherein the control unit is configured to disable the manual driving function of the auxiliary vehicle if the combined configuration of the agricultural machine is present and to enable the manual driving function of the auxiliary vehicle if the separated configuration of the agricultural machine is present.
A transmitting apparatus configured for transmitting orthogonal frequency division multiplexing, OFDM, signals for communication in a wireless communication system, the transmitting apparatus comprising: signal generation and transmission components configured to: generate and transmit OFDM signals by using a part or all of a frequency system band comprising more than three frequency channels, wherein each of the more than three frequency channels comprises a plurality of subcarriers, generate and transmit an OFDM signal to a receiving apparatus that is a limited band apparatus capable of receiving only part of the frequency system band and having a limited reception bandwidth of a number of frequency channels, wherein the OFDM signal is transmitted to the receiving apparatus by using less than or equal to the number of frequency channels, and allocate (i) the OFDM signal to one or more frequency channels that the receiving apparatus supports and and (ii) no transmit power to a first number of subcarriers at a first edge of the one or more frequency channels and to al a second number of subcarriers at a second, opposite, edge of the one or more frequency channels, wherein the first number of subcarriers and the second number of subcarriers are determined as a function of reception capabilities of the receiving apparatus comprising the limited reception bandwidth, and the reception capabilities indicate that the first number of subcarriers and the second number of subcarriers are not usable by the receiving apparatus. generate and transmit OFDM signals by using a part or all of a frequency system band comprising more than three frequency channels, wherein each of the more than three frequency channels comprises a plurality of subcarriers, generate and transmit an OFDM signal to a receiving apparatus that is a limited band apparatus capable of receiving only part of the frequency system band and having a limited reception bandwidth of a number of frequency channels, wherein the OFDM signal is transmitted to the receiving apparatus by using less than or equal to the number of frequency channels, and allocate (i) the OFDM signal to one or more frequency channels that the receiving apparatus supports and and (ii) no transmit power to a first number of subcarriers at a first edge of the one or more frequency channels and to al a second number of subcarriers at a second, opposite, edge of the one or more frequency channels, wherein the first number of subcarriers and the second number of subcarriers are determined as a function of reception capabilities of the receiving apparatus comprising the limited reception bandwidth, and the reception capabilities indicate that the first number of subcarriers and the second number of subcarriers are not usable by the receiving apparatus.
A liquid formulation for foaming a thermoplastic polystyrene, said formulation comprising: a) 25-90 wt.%, based on the total weight of the liquid formulation, of a liquid carrier selected from paraffinum liquidum, acetylated monoglyceride or a mixture thereof; and b) at least one endothermic chemical blowing agent selected from the group consisting of succinic acid, succinic acid salts, succinic acid esters, adipic acid, adipic acid salts, adipic acid esters, phthalic acid, phthalic acid salts, phthalic acid esters, citric acid, citric acid salts and citric acid esters; wherein the formulation is a dispersion wherein the endothermic chemical blowing agent is dispersed in the liquid carrier. a) 25-90 wt.%, based on the total weight of the liquid formulation, of a liquid carrier selected from paraffinum liquidum, acetylated monoglyceride or a mixture thereof; and b) at least one endothermic chemical blowing agent selected from the group consisting of succinic acid, succinic acid salts, succinic acid esters, adipic acid, adipic acid salts, adipic acid esters, phthalic acid, phthalic acid salts, phthalic acid esters, citric acid, citric acid salts and citric acid esters;
Ring elevator for lifting root crops in a root crop harvester, the elevator comprising: - a first pair of endless carrying strips, belts, chains, arranged in parallel, which are drivable over a first closed path; - a second pair of endless carrying strips, belts, chains, arranged in parallel, which are drivable over a second closed path; - first parallel transverse elements attached between and to the first strips, belts, chains; - second parallel transverse elements attached between and to the second strips, belts, chains; - flexible support elements, each attached to a first transverse element and to a second transverse element; the first strips, belts, chains being arranged around the second strips, belts, chains at a distance, which, when in use, varies along the paths between a minimum distance (d min) and a maximum distance (d max), and in an ascending part of the paths equals a carrier distance (c), such that the flexible support elements form baskets for receiving the root crops, wherein in the second path, the second strips, belts, chains begin to rise towards the ascending part in an ascending point of the second path; characterized in that in said ascending part the useful volume (V u) in the baskets for receiving the root crops takes up at least 50% of the total volume (Vt) delimited by the baskets which for a given basket is defined by a plane through the transverse elements (5, 6) to which said basket is attached, a plane through the transverse elements (5, 6) to which the basket hanging just below it is attached, a plane through the first transverse elements to which both these baskets are attached and a plane through the second transverse elements to which both these baskets are attached. - a first pair of endless carrying strips, belts, chains, arranged in parallel, which are drivable over a first closed path; - a second pair of endless carrying strips, belts, chains, arranged in parallel, which are drivable over a second closed path; - first parallel transverse elements attached between and to the first strips, belts, chains; - second parallel transverse elements attached between and to the second strips, belts, chains; - flexible support elements, each attached to a first transverse element and to a second transverse element;
Arrangement for illuminating a workspace, comprising: • lighting means which are designed to illuminate at least two regions (K1, K2, K3) of the workspace independently of one another, • sensor means for determining information relating to the use of the workspace, and • control means which control the lighting means depending on information provided by the sensor means, characterized in that the workspace has at least one work station, and the lighting means are designed to illuminate three portions (K1, K2, K3) of the work station independently of one another, two portions (K1, K2) corresponding to halves of the work station and a third portion representing a central focus in the region of the work station, which focus is located within the two further portions (K1, K2), and the control unit being designed to control the lighting means, in the event that the third region of the work station is being used, such that the third region is illuminated with high brightness and the two further portions (K1, K2) are illuminated with a reduced brightness. • lighting means which are designed to illuminate at least two regions (K1, K2, K3) of the workspace independently of one another, • sensor means for determining information relating to the use of the workspace, and • control means which control the lighting means depending on information provided by the sensor means, characterized in that the workspace has at least one work station, and the lighting means are designed to illuminate three portions (K1, K2, K3) of the work station independently of one another, two portions (K1, K2) corresponding to halves of the work station and a third portion representing a central focus in the region of the work station, which focus is located within the two further portions (K1, K2), and the control unit being designed to control the lighting means, in the event that the third region of the work station is being used, such that the third region is illuminated with high brightness and the two further portions (K1, K2) are illuminated with a reduced brightness.
Method of cleaning a milking system comprising a milk conduit (3A-C, 6A-D) and at least one liquid detecting sensor (4A-D), the method comprising the steps of: - supplying cleaning liquid into the milk conduit, - applying a suction pressure to the liquid in the milk conduit, and - supplying air so that a liquid slug is created that flushes the milk conduit characterized by the steps of: - sensing the presence of cleaning liquid in the milk conduit (3A-C, 6A-D) prior to the step of supplying air, and - performing said step of supplying air based on said step of sensing. - supplying cleaning liquid into the milk conduit, - applying a suction pressure to the liquid in the milk conduit, and - supplying air so that a liquid slug is created that flushes the milk conduit - sensing the presence of cleaning liquid in the milk conduit (3A-C, 6A-D) prior to the step of supplying air, and - performing said step of supplying air based on said step of sensing.
An outdoor unit of an air conditioner which is configured to compress a refrigerant, perform heat exchange between the refrigerant and external air, and discharge heat-exchanged external air from a rear side (D1b) toward a front side (D1a), the outdoor unit of the air conditioner comprising: a casing; a refrigerant pipe disposed to form a gap with the casing at the rear side (D1b) of the casing and through which the refrigerant flows in operation; a pipe presser portion installed at the rear side (D1b) of the casing and configured to hold by surrounding the refrigerant pipe from the rear side (D1b) and lateral sides (D3a,D3b); a heat transfer member detachably installed at the refrigerant pipe to be capable of coming in contact with the refrigerant pipe from the front side (D1a); electronic components fixed to the heat transfer member from the front side (D1a); and a substrate configured to support the electronic components at the front side (D1a), characterized in that the pipe presser portion is configured to hold by surrounding the refrigerant pipe also from the front side (D1a). a casing; a refrigerant pipe disposed to form a gap with the casing at the rear side (D1b) of the casing and through which the refrigerant flows in operation; a pipe presser portion installed at the rear side (D1b) of the casing and configured to hold by surrounding the refrigerant pipe from the rear side (D1b) and lateral sides (D3a,D3b); a heat transfer member detachably installed at the refrigerant pipe to be capable of coming in contact with the refrigerant pipe from the front side (D1a); electronic components fixed to the heat transfer member from the front side (D1a); and a substrate configured to support the electronic components at the front side (D1a), characterized in that the pipe presser portion is configured to hold by surrounding the refrigerant pipe also from the front side (D1a).