mhurhangee/ep-ind-claims huggingface dataset:
A security element for security document, including: - a carrier, - a metal layer borne by the carrier, defining in at least one first zone a first pattern that is visible in transmitted light, in particular a first pattern formed by a metallization and/or a demetallization of the carrier, - a non-opaque interference layer preferably goniochromatic, in particular a layer of liquid crystals, which layer is borne by the carrier, being present at least in a second zone distinct from the first, - an absorbent auxiliary layer, preferably of dark color, allowing, in reflected light, at least one second pattern to be emphasized by the non-opaque interference layer thanks to the absorbent character of the background located behind the non-opaque interference layer, this second pattern being defined by a contrast between the association of the auxiliary layer and the non-opaque interference layer and a metallized zone of the metal layer, or between the association of the auxiliary layer and the non-opaque interference layer and its environment at the level of a demetallized zone of the metal layer, characterized in that the auxiliary layer is essentially located outside the first zone. - a carrier, - a metal layer borne by the carrier, defining in at least one first zone a first pattern that is visible in transmitted light, in particular a first pattern formed by a metallization and/or a demetallization of the carrier, - a non-opaque interference layer preferably goniochromatic, in particular a layer of liquid crystals, which layer is borne by the carrier, being present at least in a second zone distinct from the first, - an absorbent auxiliary layer, preferably of dark color, allowing, in reflected light, at least one second pattern to be emphasized by the non-opaque interference layer thanks to the absorbent character of the background located behind the non-opaque interference layer, this second pattern being defined by a contrast between the association of the auxiliary layer and the non-opaque interference layer and a metallized zone of the metal layer, or between the association of the auxiliary layer and the non-opaque interference layer and its environment at the level of a demetallized zone of the metal layer, characterized in that the auxiliary layer is essentially located outside the first zone.
An apparatus comprising: a transmitter (200, 900, 1000) configured to: generate an optical signal comprising a carrier modulated with at least two sidebands modulated with information, wherein the information introduces a separation gap in a frequency domain between the sidebands and the carrier, wherein one of the sidebands is an undesired sideband and another one of the sidebands is a desired sideband, and wherein the sidebands are unbalanced due to the desired sideband having a higher power intensity than the undesired sideband prior to transmission; wherein the carrier is generated by a light source, wherein the information is modulated using a multi-level modulation format, wherein the information comprises a sub-carrier modulated -SCM- signal and a direct component -DC-, and wherein the separation gap is introduced through a gap between the SCM signal and the DC. a transmitter (200, 900, 1000) configured to: generate an optical signal comprising a carrier modulated with at least two sidebands modulated with information, wherein the information introduces a separation gap in a frequency domain between the sidebands and the carrier, wherein one of the sidebands is an undesired sideband and another one of the sidebands is a desired sideband, and wherein the sidebands are unbalanced due to the desired sideband having a higher power intensity than the undesired sideband prior to transmission; generate an optical signal comprising a carrier modulated with at least two sidebands modulated with information, wherein the information introduces a separation gap in a frequency domain between the sidebands and the carrier, wherein one of the sidebands is an undesired sideband and another one of the sidebands is a desired sideband, and wherein the sidebands are unbalanced due to the desired sideband having a higher power intensity than the undesired sideband prior to transmission;
Irradiation phantom device, in particular irradiation phantom device for validating an irradiation process, preferably for validating an irradiation plan, having an irradiation phantom and at least one movement device (10, 15) for moving at least one first subregion (5, 6, 7, 8, 9) of the irradiation phantom relative to at least one second subregion (5, 6, 7, 8, 9, 17) of the irradiation phantom, wherein, at least at times and/or at least in some regions, the irradiation phantom has irradiation characteristics which comply with the irradiation phantom model, characterized in that a movement device is formed in such a way that it can generate a superimposed movement of two individual movement patterns and, at least at times and/or at least in some regions, can execute at least one time-dependent 6D movement.
Paving stone made of concrete (12; 13) in the form of a surface element which can be laid in a bond to create a surface covering, comprising at least a paving stone body having at least an even paving stone underside and an opposite substantially flat paving stone top side, wherein the even paving stone underside extends along a support plane when in the laid state, and wherein at least half of the total surface area of the paving stone top side forms a continuous tread surface extending along a virtual tread surface plane, wherein the support plane and the virtual tread surface plane form a predefined acute angle (α) of between 0.5 and 10 degrees, in particular between 2 and 10 degrees, wherein the paving stone underside is delimited by four lower side edges which form a rectangular lower contour, and the paving stone top side is delimited by four upper side edges which form a quadrilateral upper contour, characterised in that at least one of the upper side edges runs relative to the adjacent lower side edge such that the upper side edge of the upper contour projected into the lower contour forms an acute angle (μ) with the adjacent lower side edge of the lower contour.
A method of removing chloramine and mercury from an aqueous solution, comprising: providing an aqueous solution comprising chloramine and mercury; and contacting the aqueous solution with a medium comprising a porous carbon substrate, wherein the porous carbon substrate comprises at least 1.5 % by mass of sulfur. providing an aqueous solution comprising chloramine and mercury; and contacting the aqueous solution with a medium comprising a porous carbon substrate, wherein the porous carbon substrate comprises at least 1.5 % by mass of sulfur.
A ball-hinged transmission shaft with a straight shaft, comprising a socket, a ball, and a straight shaft, wherein an outer spherical surface (Q-2) of the ball is positioned and limited in an inner positioning spherical surface (W-1) of the socket to form a sliding fit pair; a transmission hole (Q-1) is formed in the ball; after passing through the transmission hole (Q-1) of the ball, the straight shaft is hinged into a bearing hole (W-2) of the socket through a bearing; a rolling element is further coaxially provided on the straight shaft; the rolling element is a rotator with an axis of the straight shaft as a center of rotation; an outside of the rolling element is connected to the bearing; a mouth-shaped surface (Q-4) is further provided at two ends of the transmission hole (Q-1) of the ball; the mouth-shaped surface (Q-4) is a curved surface matching a shape of the rolling element; the rolling element is fit and provided in the mouth-shaped surface (Q-4) at the two ends of the transmission hole (Q-1) of the ball; and the ball is restricted by the inner positioning spherical surface (W-1) of the socket, the straight shaft, and the rolling element at the same time.
An unlock method for an air-conditioning unit, comprising the following steps: i) a control apparatus generating a dynamic graphic according to at least an identification code and an update code and presenting the dynamic graphic on a display apparatus, and generating an unlock password according to a certificate, the identification code and the update code; ii) a user terminal device acquiring the dynamic graphic and sending the dynamic graphic to a server; iii) the server decoding the dynamic graphic to obtain at least the identification code and the update code; iv) the server obtaining an unlock password according to a certificate, the identification code and the update code; v) the server sending the unlock password to the user terminal device; vi) the user terminal device displaying the unlock password; vii) inputting the unlock password through an input device; and viii) the control apparatus comparing the generated unlock password with the input unlock password to judge whether to grant a corresponding permission; wherein the generated unlock password is changed once the update code is regenerated. i) a control apparatus generating a dynamic graphic according to at least an identification code and an update code and presenting the dynamic graphic on a display apparatus, and generating an unlock password according to a certificate, the identification code and the update code; ii) a user terminal device acquiring the dynamic graphic and sending the dynamic graphic to a server; iii) the server decoding the dynamic graphic to obtain at least the identification code and the update code; iv) the server obtaining an unlock password according to a certificate, the identification code and the update code; v) the server sending the unlock password to the user terminal device; vi) the user terminal device displaying the unlock password; vii) inputting the unlock password through an input device; and viii) the control apparatus comparing the generated unlock password with the input unlock password to judge whether to grant a corresponding permission;
Water jet cutting focusing tube comprising an elongated tubular body, having a generally circular cross section, with an upstream end and a downstream end, wherein the upstream end comprises an inlet and the downstream end comprises an outlet, characterized in that said elongated tubular body comprises a flat outer surface extending along at least 50 % of the length of the water jet cutting focusing tube.
Sealing element (21, 41, 61) for proper use with a rotor, in particular of a gas turbine, wherein the rotor comprises at least one rotor disc, wherein the sealing element (21, 41, 61) extends at least in the circumferential direction and in the radial direction and forms at least sectionally a portion of a ring-shaped disc and has a radially outwardly pointing outer edge portion and an inner edge portion (23, 43, 63) pointing to the rotor shaft and an inner side pointing to the rotor disc and an opposite outer side and a retaining projection arranged on the inner side, wherein the inner edge portion (23, 43, 63) is conical in design on an underside pointing to the rotor shaft, and wherein the retaining projection as intended allows a fastening of the sealing element (21, 41, 61) to the rotor disc, characterized in that the conical underside forms a sealing surface (24, 44, 64), wherein the distance between the sealing surface (24, 44, 64) and the rotor shaft on the inner side is smaller than on the outer side. characterized in that the conical underside forms a sealing surface (24, 44, 64), wherein the distance between the sealing surface (24, 44, 64) and the rotor shaft on the inner side is smaller than on the outer side.
Metal-air battery, comprising - a housing, - at least one hollow-cylindrical cathode which is arranged in the housing between an air chamber and an electrolyte chamber, - at least one metallic anode which is arranged in the electrolyte chamber, - an air path which leads through the housing and leads from an air inlet of the housing, which is fluidically connected to the air chamber, to an air outlet of the housing which is fluidically connected to the air chamber, - an air supply device for generating an air flow which follows the air path and impinges on the cathode, - an electrolyte path which leads through the housing and leads from an electrolyte inlet of the housing, which is fluidically connected to the electrolyte chamber, to an electrolyte outlet of the housing which is fluidically connected to the electrolyte chamber, - an electrolyte supply device for generating an electrolyte flow which follows the electrolyte path and impinges on the anode and the cathode, characterised in that - the anode is configured cylindrically and is mechanically and electrically connected to a metallic support plate, - the support plate is mounted via an axial bearing on the housing such that it is rotatable about a longitudinal centre axis of the anode. - a housing, - at least one hollow-cylindrical cathode which is arranged in the housing between an air chamber and an electrolyte chamber, - at least one metallic anode which is arranged in the electrolyte chamber, - an air path which leads through the housing and leads from an air inlet of the housing, which is fluidically connected to the air chamber, to an air outlet of the housing which is fluidically connected to the air chamber, - an air supply device for generating an air flow which follows the air path and impinges on the cathode, - an electrolyte path which leads through the housing and leads from an electrolyte inlet of the housing, which is fluidically connected to the electrolyte chamber, to an electrolyte outlet of the housing which is fluidically connected to the electrolyte chamber, - an electrolyte supply device for generating an electrolyte flow which follows the electrolyte path and impinges on the anode and the cathode, characterised in that - the anode is configured cylindrically and is mechanically and electrically connected to a metallic support plate, - the support plate is mounted via an axial bearing on the housing such that it is rotatable about a longitudinal centre axis of the anode.
A composition comprising at least one anti-PD-1 and/or anti-PD-L1 antibody or, functional part thereof capable of binding the same antigen or epitope, for use in the treatment of cancer in a patient, wherein the at least one PD-1 and/or PD-L1 antibody is administered on the same day as a fraction of fractionated radiation therapy or up to and including 4 days later, wherein the total dose of fractionated radiation therapy is about 11 Gy or lower.
A turbocharger wheel for use with a rotor group, comprising: a hub; and a plurality of blades; wherein the turbocharger wheel has an axis of rotation; wherein the center of mass of the hub is on the axis of rotation; wherein the center of mass of the plurality of blades is on the axis of rotation; wherein the plurality of blades is circumferentially spaced around the hub such that the plurality of blades are rotationally asymmetric around the axis of rotation; wherein each consecutive pair of blades of the plurality of blades has a spacing angle between the consecutive pair of blades; characterized in that a plane of symmetry is defined by a line defining the axis of rotation, and by a second line that intersects with and is normal to the line defining the axis of rotation; and the spacing angles of the plurality of blades are symmetric across the plane of symmetry. a hub; and a plurality of blades; wherein the turbocharger wheel has an axis of rotation; wherein the center of mass of the hub is on the axis of rotation; wherein the center of mass of the plurality of blades is on the axis of rotation; wherein the plurality of blades is circumferentially spaced around the hub such that the plurality of blades are rotationally asymmetric around the axis of rotation; wherein each consecutive pair of blades of the plurality of blades has a spacing angle between the consecutive pair of blades; characterized in that a plane of symmetry is defined by a line defining the axis of rotation, and by a second line that intersects with and is normal to the line defining the axis of rotation; and the spacing angles of the plurality of blades are symmetric across the plane of symmetry.
Method for heating a plastic container parison which extends along main axis, this method comprising: - a preheating phase during which the parison is subjected to electromagnetic radiation in the infrared domain; - a heating phase during which the parison is then subjected to electromagnetic radiation in the microwave domain; this method being characterized in that, during the preheating phase, the infrared radiation has a power and/or a wavelength that is able to vary along the main axis of the parison and/or around this axis, so that on completion of the preheating phase, the preform has at least one so-called cold zone raised to a temperature T1 and at least one so-called hot zone (6, 15) raised to a temperature T2 strictly higher than T1. - a preheating phase during which the parison is subjected to electromagnetic radiation in the infrared domain; - a heating phase during which the parison is then subjected to electromagnetic radiation in the microwave domain;
A composition for use in the antibacterial and/or anti-inflammatory treatment of acne comprising 1, 2-decanediol and Salix alba bark extract wherein the Salix alba bark extract comprises a total concentration of salicylic derivatives expressed as salicin of not less than 20 % (w/w).
Starter for a motor vehicle combustion engine, comprising: - an electric motor, - a drive pinion, - a pinion body on which the said drive pinion is mounted, - a drive shaft able to transmit a torque derived from the said electric motor to the said drive pinion via the said pinion body, the said pinion body being mounted with the ability to slide axially with respect to the said drive shaft, and in which, with there being a chamber delimited notably by one end of the said drive shaft and one end of the said pinion body opposite the end of the said drive shaft, the said chamber is vented via a through-opening, characterized in that said pinion body surrounding the drive shaft, the said through-opening is made in an annular wall of the said pinion body, and in that the said through-opening has a substantially radial orientation, said pinion body comprising a splined portion on which the said drive pinion is mounted so as to slide axially between a rest position and a tooth-against-tooth position, and in that the said through-opening opens into the said splined portion of the said pinion body, the said through-opening opening under the said drive pinion when the said drive pinion is in the said rest position. - an electric motor, - a drive pinion, - a pinion body on which the said drive pinion is mounted, - a drive shaft able to transmit a torque derived from the said electric motor to the said drive pinion via the said pinion body, the said pinion body being mounted with the ability to slide axially with respect to the said drive shaft,
A method for serial data transmission by means of data frames in a communications network having a plurality of stations (2a, 2b, 2c, 2d, ǔ), more especially a time-division multiplex method (TDMA), which method, during communication of the plurality of stations (2a, 2b, 2c, 2d, ǔ), comprises the following steps: executing a first priority resolution for messages which are to be transmitted by the plurality of stations on a communications channel and which are assigned a first prefix (0; 00); transmitting a first data frame by a station of the plurality of stations that is configured to transmit a first message having the first prefix (0; 00) and having the highest priority, during a predefined first access slot; executing a second priority resolution for messages which are to be transmitted by the plurality of stations on the communications channel and which are assigned a second prefix (1; 01); and transmitting a second data frame by a station of the plurality of stations that is configured to transmit a second message having the second prefix (1; 01) and having the highest priority of the second priority resolution, during a predefined second access slot, wherein a time of a start of the first priority resolution and a time of a start of the second priority resolution are predetermined. executing a first priority resolution for messages which are to be transmitted by the plurality of stations on a communications channel and which are assigned a first prefix (0; 00); transmitting a first data frame by a station of the plurality of stations that is configured to transmit a first message having the first prefix (0; 00) and having the highest priority, during a predefined first access slot; executing a second priority resolution for messages which are to be transmitted by the plurality of stations on the communications channel and which are assigned a second prefix (1; 01); and transmitting a second data frame by a station of the plurality of stations that is configured to transmit a second message having the second prefix (1; 01) and having the highest priority of the second priority resolution, during a predefined second access slot, wherein a time of a start of the first priority resolution and a time of a start of the second priority resolution are predetermined.
A computer implemented method for processing measurement data from electrocardiogram, ECG, electrodes on an outer surface of a subject including the computer: - obtaining, using a 3D camera, a three-dimensional photograph of the torso of the subject, the subject having the electrodes on the outer surface of the torso, including position information of the electrodes; - obtaining a three-dimensional, 3D, anatomical model of the torso of the subject from a database including a plurality of different three-dimensional models of torsos by comparing the three-dimensional photograph with one or more three-dimensional models stored in the database, and selecting the three-dimensional model that best corresponds to the three-dimensional photograph;. aligning the three-dimensional photograph and the three-dimensional model; - determining a position of each electrode in the three-dimensional model from the three-dimensional photograph; and - using the positions of the electrodes on the outer surface of the torso in the three-dimensional model for estimating the distribution, fluctuation and/or movement of electrical activity through heart tissue. - obtaining, using a 3D camera, a three-dimensional photograph of the torso of the subject, the subject having the electrodes on the outer surface of the torso, including position information of the electrodes; - obtaining a three-dimensional, 3D, anatomical model of the torso of the subject from a database including a plurality of different three-dimensional models of torsos by comparing the three-dimensional photograph with one or more three-dimensional models stored in the database, and selecting the three-dimensional model that best corresponds to the three-dimensional photograph;. aligning the three-dimensional photograph and the three-dimensional model; - determining a position of each electrode in the three-dimensional model from the three-dimensional photograph; and - using the positions of the electrodes on the outer surface of the torso in the three-dimensional model for estimating the distribution, fluctuation and/or movement of electrical activity through heart tissue.