mhurhangee/ep-ind-claims huggingface dataset:
A low density parity code, LDPC, encoding device, the device comprising: an information obtaining unit adapted for obtaining status information of at least a first and a second frequency band, wherein the status information of the at least first and second frequency bands comprises information related to signal to noise ratios, SNRs, of the at least first and second frequency bands; a memory for storing in advance predetermined variable node degrees for the first frequency band and the second frequency band in relation to differences of an SNR of the first frequency band and an SNR of the second frequency band; a matrix generation unit adapted for determining a difference between statuses of the first and second frequency bands based on the obtained status information of the at least first and second frequency bands and for generating a parity check matrix comprising respective sub matrices which correspond to the at least first and second frequency bands, the variable node degree for the first frequency band and the variable node degree for the second frequency band being respective ones of the predetermined variable node degrees, wherein the matrix generation unit is further adapted for generating the parity check matrix by adaptively adjusting the variable node degree of each of the sub matrices based on the determined difference; and an encoder adapted for generating data bits and parity bits using the generated parity check matrix. an information obtaining unit adapted for obtaining status information of at least a first and a second frequency band, wherein the status information of the at least first and second frequency bands comprises information related to signal to noise ratios, SNRs, of the at least first and second frequency bands; a memory for storing in advance predetermined variable node degrees for the first frequency band and the second frequency band in relation to differences of an SNR of the first frequency band and an SNR of the second frequency band; a matrix generation unit adapted for determining a difference between statuses of the first and second frequency bands based on the obtained status information of the at least first and second frequency bands and for generating a parity check matrix comprising respective sub matrices which correspond to the at least first and second frequency bands, the variable node degree for the first frequency band and the variable node degree for the second frequency band being respective ones of the predetermined variable node degrees, wherein the matrix generation unit is further adapted for generating the parity check matrix by adaptively adjusting the variable node degree of each of the sub matrices based on the determined difference; and an encoder adapted for generating data bits and parity bits using the generated parity check matrix.
A method for inserting at least one product with a low bending resistance into a tray that is open on top, wherein a) the at least one product is transported in a pass through direction on a product conveyor running in the pass through direction and ejected over an ejection edge of the product conveyor with a velocity that is horizontal in the pass through direction, b) a tray that is arranged thereunder in the pass through direction is moved along together with an approaching product (1 a) until the product (1 a) rests on a base of the tray from the ejection edge (a) characterized in that c) a mask that completely covers an edge of the tray is positioned above the tray before ejecting the product (1 a), and d) the mask is moved together with the tray during the ejection of the product (1 a) with the horizontal velocity. a) the at least one product is transported in a pass through direction on a product conveyor running in the pass through direction and ejected over an ejection edge of the product conveyor with a velocity that is horizontal in the pass through direction, b) a tray that is arranged thereunder in the pass through direction is moved along together with an approaching product (1 a) until the product (1 a) rests on a base of the tray from the ejection edge (a) c) a mask that completely covers an edge of the tray is positioned above the tray before ejecting the product (1 a), and d) the mask is moved together with the tray during the ejection of the product (1 a) with the horizontal velocity.
An agricultural machine with an implement for working a row culture, wherein the row culture substantially comprises working rows arranged parallel to one another and/or interference rows arranged at an angle to the working rows, and wherein the implement comprises at least one controllably moveably working section with at least one activatable working device for working the row culture, a control unit for controlling the at least one working section and/or working device relative to at least one working row, characterized in that it comprises at least one optical sensor unit connected to the control unit for generating an image of at least one part of the row culture, wherein based on the image of the row culture a sensor signal for controlling the working section and/or working device can be generated, and in that the control unit is equipped and designed in such a manner as to evaluate a validity of the sensor signal for controlling the at least one working section and/or working device based on at least one evaluation parameter, whereby the evaluation parameter is a distance (d) between the at least one optical sensor unit and at least one interference row and/or at least one end of a working row.
A device for attaching ballast weights to a wheel of an agricultural machine, characterised in that the device includes: - a wrench provided with an end, - a pedestal forming approximately a disc, preferably perforated with an opening, the pedestal further including on one of its faces, referred to as the front face, at least one surface providing support along a radial direction of the pedestal, and at least one surface forming a stop along a direction perpendicular to the pedestal, - a clamping element (4, 5) for being mounted to the wrench, so as to press the weight(s) against the front face of the pedestal the pedestal further including in its thickness a recess opening onto its front face and for housing and blocking the end of the wrench by form-fitting, the recess embracing the shape of the end of the wrench in such a way that the end can no longer rotate about itself and cannot leave through the point at which the recess opens onto the front face of the pedestal, said wrench thus projecting from the recess and becoming rotatably blocked. - a wrench provided with an end, - a pedestal forming approximately a disc, preferably perforated with an opening, the pedestal further including on one of its faces, referred to as the front face, at least one surface providing support along a radial direction of the pedestal, and at least one surface forming a stop along a direction perpendicular to the pedestal, - a clamping element (4, 5) for being mounted to the wrench, so as to press the weight(s) against the front face of the pedestal the pedestal further including in its thickness a recess opening onto its front face and for housing and blocking the end of the wrench by form-fitting, the recess embracing the shape of the end of the wrench in such a way that the end can no longer rotate about itself and cannot leave through the point at which the recess opens onto the front face of the pedestal, said wrench thus projecting from the recess and becoming rotatably blocked.
A stackable housing arrangement, especially an electronic housing arrangement, comprising a housing, especially an electronic housing, and at least one or several contact-pin strips and/or socket-pin strips, wherein the housing has a mounting width in the stacking direction, and comprising corresponding socket-pin strip(s) or contact-pin strip(s) of the housing arrangement which can respectively be inserted onto the at least one contact-pin strip or socket-pin strip, wherein an unlocking apparatus for unlocking the socket-pin strip from the contact-pin strip is provided, which unlocking apparatus is arranged on the contact-pin strip or the socket-pin strip (2, 3) or on the insertable corresponding socket-pin strip or contact-pin strip (3, 2), wherein the entire overall mounting width of the contact-pin strip or the socket-pin strip with the unlocking apparatus is not greater than the mounting width of the housing, especially the electronic housing, in the stacking direction, wherein the unlocking apparatus is formed as a pivotable unlocking yoke which is connected in an articulated manner to pivot pins on opposite sides of the contact-pin strip or the socket-pin strip, characterized in that the unlocking yoke is provided with an unlocking contour which extends eccentrically relative to the pivot pins and which during unlocking rests in the manner of an abutment on the bearing surface of the housing or the contact-pin strip.
An apparatus for cutting a material; the apparatus having a respective surface for supporting the material is defined by the upper face of a corresponding supporting sheet made of a dielectric material, preferably comprising or being made of glass; and means for cutting the material located on the supporting surface; the apparatus comprises means designed to generate a field of electrostatic attraction of the material on the supporting surface; the means designed to generate a field of electrostatic attraction of the material on the supporting surface comprise means designed to induce electrical charges on the material; the means designed to induce electrical charges on the material homogeneously distribute electrical charges on the material;the means designed to generate a field of electrostatic attraction of the material on the supporting surface comprise means designed to induce electrical charges below the surface supporting the material, below the sheet defining the supporting surface; characterised in that there are means for emitting electrical charges, defining the means designed to induce the electrical charges on the material, and the means for emitting electrical charges comprise a respective ionizing bar; the electrical charges are applied at the outer face of the material, that is, on the face opposite the face which rests on, or which faces towards, the surface for supporting the material; the means made of electrically conductive material are in connection with an earth. the apparatus having a respective surface for supporting the material is defined by the upper face of a corresponding supporting sheet made of a dielectric material, preferably comprising or being made of glass; and means for cutting the material located on the supporting surface; the apparatus comprises means designed to generate a field of electrostatic attraction of the material on the supporting surface; the means designed to generate a field of electrostatic attraction of the material on the supporting surface comprise means designed to induce electrical charges on the material; the means designed to induce electrical charges on the material homogeneously distribute electrical charges on the material;the means designed to generate a field of electrostatic attraction of the material on the supporting surface comprise means designed to induce electrical charges below the surface supporting the material, below the sheet defining the supporting surface; characterised in that there are means for emitting electrical charges, defining the means designed to induce the electrical charges on the material, and the means for emitting electrical charges comprise a respective ionizing bar; the electrical charges are applied at the outer face of the material, that is, on the face opposite the face which rests on, or which faces towards, the surface for supporting the material; the means made of electrically conductive material are in connection with an earth.
Method carried out in a telecommunication network for assisting a user terminal (100 1), hereinafter referred to as "first user terminal", in benefiting from a data connectivity, the method comprising: indicating, by another user terminal (100 2), hereinafter referred to as "second user terminal", to a network node, hereinafter referred to as "connectivity donation server", that the second user terminal (100 2) is willing to sponsor data connectivity of the first user terminal (100 1) and that at least one restriction is to be imposed on how the sponsored data connectivity can be used by the first user terminal (100 1), wherein the at least one restriction comprises at least one of: where the first user terminal (100 1) is to be located for benefiting from the sponsored data connectivity; and which access network or access networks the first user terminal (100 1) has to connect to for benefiting from the sponsored data connectivity; transmitting, from the connectivity donation server to the second user terminal (100 2), a token identifying the second user terminal's willingness to sponsor data connectivity of the first user terminal considering the at least one restriction; and transmitting, from the second user terminal (100 2) to the first user terminal (100 1), the token, using proximity-based means. indicating, by another user terminal (100 2), hereinafter referred to as "second user terminal", to a network node, hereinafter referred to as "connectivity donation server", that the second user terminal (100 2) is willing to sponsor data connectivity of the first user terminal (100 1) and that at least one restriction is to be imposed on how the sponsored data connectivity can be used by the first user terminal (100 1), wherein the at least one restriction comprises at least one of: where the first user terminal (100 1) is to be located for benefiting from the sponsored data connectivity; and which access network or access networks the first user terminal (100 1) has to connect to for benefiting from the sponsored data connectivity; where the first user terminal (100 1) is to be located for benefiting from the sponsored data connectivity; and which access network or access networks the first user terminal (100 1) has to connect to for benefiting from the sponsored data connectivity; transmitting, from the connectivity donation server to the second user terminal (100 2), a token identifying the second user terminal's willingness to sponsor data connectivity of the first user terminal considering the at least one restriction; and transmitting, from the second user terminal (100 2) to the first user terminal (100 1), the token, using proximity-based means.
A method for transmitting, by a base station, BS, reference signals to a user equipment, UE, in a wireless communication system, the method comprising: multiplexing, by the BS, plural UE specific reference signals, UE-RSs, for respective plural antenna ports associated with downlink data for the UE in resource blocks allocated to the UE using orthogonal sequences; and transmitting, by the BS, the plural UE-RSs and the downlink data on the resource blocks, wherein the orthogonal sequences are defined as W 4 = + 1 + 1 + 1 + 1 + 1 − 1 + 1 − 1 + 1 + 1 − 1 − 1 + 1 − 1 − 1 + 1, = a b c d wherein the columns correspond to the frequency domain and the rows correspond to the time domain and wherein the resource blocks include, in a frequency domain, a first subcarrier group for a first set of antenna ports among the plural antenna ports and a second subcarrier group for a second set of antenna ports among the plural antenna ports, wherein the orthogonal sequences are used for UE-RSs for the first set of antenna ports such that (a b c d) and (d c b a) alternate with each other on the first subcarrier group along the frequency domain of the resource blocks, and wherein the orthogonal sequences are used for UE-RSs for the second set of antenna ports such that (c d a b) and (b a d c) alternate with each other on the second subcarrier group along the frequency domain of the resource blocks. multiplexing, by the BS, plural UE specific reference signals, UE-RSs, for respective plural antenna ports associated with downlink data for the UE in resource blocks allocated to the UE using orthogonal sequences; and transmitting, by the BS, the plural UE-RSs and the downlink data on the resource blocks, wherein the orthogonal sequences are defined as W 4 = + 1 + 1 + 1 + 1 + 1 − 1 + 1 − 1 + 1 + 1 − 1 − 1 + 1 − 1 − 1 + 1, = a b c d wherein the columns correspond to the frequency domain and the rows correspond to the time domain and wherein the resource blocks include, in a frequency domain, a first subcarrier group for a first set of antenna ports among the plural antenna ports and a second subcarrier group for a second set of antenna ports among the plural antenna ports, wherein the orthogonal sequences are used for UE-RSs for the first set of antenna ports such that (a b c d) and (d c b a) alternate with each other on the first subcarrier group along the frequency domain of the resource blocks, and wherein the orthogonal sequences are used for UE-RSs for the second set of antenna ports such that (c d a b) and (b a d c) alternate with each other on the second subcarrier group along the frequency domain of the resource blocks.
Electrical energy storage device for an electrical appliance (10, 60) having at least one electrical consuming device, which electrical energy storage device comprises at least one electrical energy store, a display and a control device for controlling the display in order to show at least one parameter of the electrical appliance (10, 60) and/or the energy storage device, wherein the display is designed to show the at least one parameter in at least two different orientations, characterised in that the energy storage device comprises a decoding device for decoding a specific appliance code arranged at the electrical appliance (10, 60) or saved therein, in that the decoding device is designed to cooperate with the control device, in that the control device is designed to show the at least one parameter in one orientation (72, 74), corresponding to the specific appliance code, of the at least two different orientations (72, 74), in that the electrical energy storage device comprises at least one first coupling element of a coupling device, comprising at least one second coupling element arranged or formed on the electrical appliance (10, 60), for the force-locked and/or form-locked coupling of the electrical energy storage device with an electrical appliance (10, 60) in a coupling position in which the electrical energy storage device and the electrical appliance (10, 60) are mechanically and electrically coupled with one another and the at least one first and the at least one second coupling element (26, 28) are engaged in a force-locked and/or form-locked manner, and in that the decoding device is arranged in the region of the at least one first coupling element in such a manner that the specific appliance code can be transmitted in a reliable and in particular clear manner from the electrical appliance (10, 60) to the energy storage device in the coupling position of the coupling device.
A method of increasing the heat-resistance or cold-resistance of bacteria of the Lactobacillales order comprising: (a) in vitro co-culturing the bacteria of the Lactobacillales order with biofilm-producing bacteria of the Bacillus genus in a growth substrate under conditions that generate a biofilm which comprises said bacteria of the Lactobacillales order and said biofilm-producing bacteria of the Bacillus genus; and (b) isolating said biofilm from said growth substrate, thereby increasing the heat-resistance or cold-resistance of bacteria of the Lactobacillales order. (a) in vitro co-culturing the bacteria of the Lactobacillales order with biofilm-producing bacteria of the Bacillus genus in a growth substrate under conditions that generate a biofilm which comprises said bacteria of the Lactobacillales order and said biofilm-producing bacteria of the Bacillus genus; and (b) isolating said biofilm from said growth substrate, thereby increasing the heat-resistance or cold-resistance of bacteria of the Lactobacillales order.
Switching device having a contact system, having a fast triggering arrangement for cutting a current path in the switching device in the case of a short circuit or in the case of an overload, having a drive for moving a drive anchor from a readiness position into a trigger position, wherein the drive anchor is provided to act on at least one moving contact (14, 15) of the switching device such that the current path is cut, wherein a holding device is provided for holding the drive anchor in the trigger position, wherein the holding device has a holding anchor rigidly coupled with the drive anchor and a magnet arrangement, wherein the holding anchor is held by means of a magnetic force of the magnet arrangement in a holding position as soon as the drive anchor reaches the trigger position, wherein the contact system consists of at least one fixed contact (11, 12) and the at least one moving contact (14, 15), characterised in that the moving contact for closing and cutting the current path by means of a drive for normal switching is reversibly movable with respect to the fixed contact between a closed position and an open position, and that the fast triggering arrangement is provided exclusively for cutting the current path in the switching device in the case of a short circuit or in the case of an overload and is independent from the drive for the normal switching of the switching device.
Multistandard connection device allowing the nature and the state of two-wire inputs (2, 3) to be detected, comprising a triac with a holding current of less than 10 mA or at least one control switch, said inputs being of the type: - arising from a dry contact; - conveying an AC voltage of between 12 V and 250 V; - conveying a DC voltage of between 12 V and 250 V; or - conveying an AC voltage of between 195 V and 250 V with at least one indicator light associated with the switch(es) or with the triac, the connection device consisting of an electronic circuit comprising a stage for connecting the two wires (2, 3), characterized in that the input current is successively processed by an adaptation stage that limits said current to within a predetermined range and by a read interface that transforms it into an intelligible signal sent to a processing unit that detects the nature and the state of the input, said unit sending output signals to a stage for biasing the dry contact and to a switch for applying the bias to the indicator lights, these stages being connected to a stage ensuring said biasing whose output is connected to the connection stage, isolation means being provided between the connection stage and the processing unit. - arising from a dry contact; - conveying an AC voltage of between 12 V and 250 V; - conveying a DC voltage of between 12 V and 250 V; or - conveying an AC voltage of between 195 V and 250 V with at least one indicator light associated with the switch(es) or with the triac,