mhurhangee/ep-ind-claims huggingface dataset:
A method for fastening a fiber cement plank against an underlying base material, the method comprising placing the fiber cement plate against the underlying base material, and drilling a screw with a drill tip through the fiber cement plate and screwing the screw into the underlying base material; the screw having a first and second end and an axis extending from the first to the second end; wherein the screw at the first end is provided with a drill tip and at the second end with a head; wherein the head has an upper side comprising means for cooperation with a tool and a flat underside, wherein the screw comprises a first thread with a first inner diameter and a first outer diameter and a first pitch; wherein the screw includes a milling section between the first thread and the head, wherein the milling section comprises means for milling with a circumscribed circle in a plane perpendicular to the axis of the screw for cutting a hole with a diameter as the circumscribed circle; wherein the circumscribed circle has a diameter larger than the first inner diameter; wherein the screw comprises a second thread between the milling section and the head wherein this second thread has a second inner diameter and a second outer diameter and a second pitch; wherein the screw comprises a head with a flat underside of the head, wherein the underside comprises milling fins for milling and countersinking of the head in the cement fiber plate; wherein the second inner diameter is larger than the first inner diameter, and the second outer diameter is larger than the first outer diameter; wherein the method comprises drilling and screwing the screw with a first thread into the underlying base material while simultaneously screwing the screw with a second thread into the fiber cement plate, continuing screwing the screw into the fiber cement plate until the head is stopped by the counterforce of the fiber cement plate with the head being countersunk in the fiber cement plate with the upper side of the head being flush with a surface of the fiber cement plate or countersunk below the surface.
Cover for a tap of a gas cylinder, comprising: - a shell (7, 8) for housing the tap; and - a hook pivotally mounted on the shell, configured for securing the gas cylinder to a horizontal bar; wherein the shell comprises reservations on its external surface characterised in that the reservations are configured for receiving, all, the hook in a folded position so as to generally conform to said external surface. - a shell (7, 8) for housing the tap; and - a hook pivotally mounted on the shell, configured for securing the gas cylinder to a horizontal bar;
Process for manufacturing a non-aqueous composition comprising the following steps: i) addition of an anionic surfactant selected form the group consisting of, alfa olefin sulfonate, lauryl phosphate, sodium coco sulphate, sodium methyl cocoyl taurate, sodium methyl oleoyl taurate, sodium lauryl sulphate, sodium cocoyl isethionate, disodium lauryl sulfosuccinate, to a polyol at a temperature of 60°C or above such that the surfactant completely dissolves in the polyol followed by; ii) addition of an alkali metal phosphate salt; iii) cooling of the mix to a temperature below the solubility point of the surfactant in polyol, the cooling resulting in a structured mix, in which the weight ratio of alkali metal phosphate salt to surfactant is from 1.1:1 to 10:1. i) addition of an anionic surfactant selected form the group consisting of, alfa olefin sulfonate, lauryl phosphate, sodium coco sulphate, sodium methyl cocoyl taurate, sodium methyl oleoyl taurate, sodium lauryl sulphate, sodium cocoyl isethionate, disodium lauryl sulfosuccinate, to a polyol at a temperature of 60°C or above such that the surfactant completely dissolves in the polyol followed by; ii) addition of an alkali metal phosphate salt; iii) cooling of the mix to a temperature below the solubility point of the surfactant in polyol, the cooling resulting in a structured mix,
Ethernet-type high-frequency communication device for an electrical panel, characterized in that it comprises at least one switch that controls a switching device in order to bypass a high-speed communication subsystem, the switch being capable of cooperating with an unpluggable drawer unit of an electrical panel in order to control the switching device on the basis of the position of the drawer unit, said switching device switching in order to form a bypass in order to restore the communication subsystem and allow the other electrical devices of the panel to continue to communicate when the unplugged position of said drawer unit is detected, or the drawer unit can occupy a first plugged-in position in which it is connected to the communication subsystem.
A polyphase current supplying circuit comprising: a diode group performing full-wave rectification on an ac voltage (V in); a smoothing circuit having a smoothing capacitor and outputting, in response to an output of said diode group, a rectified voltage (V dc) having pulsation at twice a frequency of said ac voltage from both ends of said smoothing capacitor; and an inverter outputting, in response to said rectified voltage, polyphase ac currents (i u, i v, i w) in accordance with said pulsation, wherein said smoothing circuit includes: a reactor constituting a series resonant circuit together with said smoothing capacitor; and a peak-value suppressing device (D s, R s, C s, R c, S1; R L, S2; R B, Q; ZD) suppressing a peak value of said rectified voltage. a diode group performing full-wave rectification on an ac voltage (V in); a smoothing circuit having a smoothing capacitor and outputting, in response to an output of said diode group, a rectified voltage (V dc) having pulsation at twice a frequency of said ac voltage from both ends of said smoothing capacitor; and an inverter outputting, in response to said rectified voltage, polyphase ac currents (i u, i v, i w) in accordance with said pulsation, wherein said smoothing circuit includes: a reactor constituting a series resonant circuit together with said smoothing capacitor; and a peak-value suppressing device (D s, R s, C s, R c, S1; R L, S2; R B, Q; ZD) suppressing a peak value of said rectified voltage. a reactor constituting a series resonant circuit together with said smoothing capacitor; and a peak-value suppressing device (D s, R s, C s, R c, S1; R L, S2; R B, Q; ZD) suppressing a peak value of said rectified voltage.
Driving assistance method for a motor vehicle, in which a steering angle (δ ref) of the steered wheels of the vehicle is calculated so as to keep the vehicle within a traffic lane, the steering angle (δ ref) being calculated on the basis of a dynamic model of the vehicle and on the basis of parameters relating to the behaviour of the vehicle and meeting safety and comfort criteria of the driver, characterized in that the comfort criteria of the driver comprise a criterion which imposes that the lateral speed of the vehicle ( ẏ L) is bounded by a value (∇max) ensuring an acceptable comfort level perceived by the driver, a second criterion which imposes that the lateral acceleration ( ÿ L) and the derivative of the yaw speed ( r̈) are bounded, and a third criterion which imposes that the minimum and maximum closed-loop convergence speeds are bounded.
A microendoscope, including: a tube housing that defines an optical path; a catadioptric lens assembly positioned within a distal end of the tube housing comprising a second lens element having a convex proximal surface and a concave distal surface and a third lens element having a convex proximal surface coupled with the concave distal surface of the second lens element and a flat distal surface, at least a portion of each of the second lens element and the third lens element including a dichroic coating; and characterized in that an interior finish of a region of the distal end of the tube housing is a reflective material coating for the emission wavelengths and at least the region of the distal end of the tube housing has a parabolic or a spherical shape that generates a light emission to a sample in the form of a ring of light, further characterized by including a plurality of light pipes optically coupled to a proximal side of the catadioptric lens assembly and suitably placed to collect light emitted from the sample. a tube housing that defines an optical path; a catadioptric lens assembly positioned within a distal end of the tube housing comprising a second lens element having a convex proximal surface and a concave distal surface and a third lens element having a convex proximal surface coupled with the concave distal surface of the second lens element and a flat distal surface, at least a portion of each of the second lens element and the third lens element including a dichroic coating; and characterized in that an interior finish of a region of the distal end of the tube housing is a reflective material coating for the emission wavelengths and at least the region of the distal end of the tube housing has a parabolic or a spherical shape that generates a light emission to a sample in the form of a ring of light, further characterized by including a plurality of light pipes optically coupled to a proximal side of the catadioptric lens assembly and suitably placed to collect light emitted from the sample.
Device having a camera unit comprising a lens for capturing images of the surrounding area of a motor vehicle, a housing which comprises at least one opening for the camera unit and in which the camera unit is accommodated, a cover element for closing the opening in the housing, and a drive unit which is designed for moving the camera unit between a rest position and an operating position and for moving the cover element between a closed position and an open position, the camera unit being arranged in the rest position, within the housing and behind the cover element, so as to be inaccessible from the outside, when the cover element is in the closed position, and the camera unit being arranged in the operating position when the cover element is in the open position, a pivot element being movably mounted about a first rotational axis and comprising a first arm, which is connected for movement to the cover element, and a second arm, a lever element, which is movably mounted about a second rotational axis, being operatively connected to the cover element in order to assist the movement of the cover element, characterized in that a guide element which is mounted about a third rotational axis comprises a first guide arm which is operatively connected to the second arm of the pivot element, and a second guide arm which is movably connected to the camera unit, in order to move the camera unit and in order to move the cover element, the drive unit engaging on the camera unit which is movably connected to the second guide arm.
A balloon catheter comprising: an expandable balloon; a hypotube extended in a longitudinal direction; a tube member (322, 323) extended in the longitudinal direction, connected to a proximal end side of the balloon and a distal end side of the hypotube, and having, at a side surface, a guide wire port for inserting a guide wire; an inner tube having at least part disposed between the balloon and the guide wire port in the tube member (322, 323) and having a frictional coefficient of an inner surface lower than that of the tube member (322, 323); and a connection tube communicated with the inner tube, having a proximal end side disposed in the vicinity of the guide wire port, and having hardness lower than hardness of the tube member (322, 323), characterized in that a connection tube is disposed in the proximal end side of the inner tube, and a fused part is formed by thermal fusion between an end in the proximal end side of the inner tube and the connection tube. an expandable balloon; a hypotube extended in a longitudinal direction; a tube member (322, 323) extended in the longitudinal direction, connected to a proximal end side of the balloon and a distal end side of the hypotube, and having, at a side surface, a guide wire port for inserting a guide wire; an inner tube having at least part disposed between the balloon and the guide wire port in the tube member (322, 323) and having a frictional coefficient of an inner surface lower than that of the tube member (322, 323); and a connection tube communicated with the inner tube, having a proximal end side disposed in the vicinity of the guide wire port, and having hardness lower than hardness of the tube member (322, 323), characterized in that a connection tube is disposed in the proximal end side of the inner tube, and a fused part is formed by thermal fusion between an end in the proximal end side of the inner tube and the connection tube.
An applicator comprising a no rinse fabric treatment composition and an application device, wherein said application device is a nib and has a frictional stress value of from 0.05 N mm -2 to 10 N mm -2.
Rotary knob for a thermostatically controlled valve of a sanitary fitting, having an internal knob with a lower part and an upper part, wherein on the lower part there are arranged an intermediate stop and a draggable stop, characterised in that the draggable stop is movable in a direction of rotation of the rotary knob along a drag path between a cold water stop and a hot water stop, and wherein the lower part and the upper part of the internal knob are rotatable relative to one another to set a mixed water temperature of mixed water drawn with the sanitary fitting, which mixed water temperature is signalled by the intermediate stop.
Method of production of a circuit including a support, which support includes a conductive layer and a dielectric film laminated together, the method including a step of making windows (21, 22) in the dielectric film so that the support forms cavities (21, 22) having a bottom wall formed by the conductive layer and borders formed by the dielectric film, the method including the step consisting of an electronic component (51, 52) being placed against the bottom wall of a cavity (21, 22) and being connected to the bottom wall, the method including the step consisting of etching grooves in the conductive layer, this step of etching the conductive layer being performed after the lamination of the conductive layer with the dielectric film with the aid of an etching solution and the method including a preliminary step to the step of etching, which preliminary step consists of depositing a layer of protective material on the conductive layer in the bottom of the cavity (21, 22) and on at least one part of the dielectric film forming the borders of the cavity (21, 22), which protective material is a liquid material capable of hardening and once hardened resistant to the etching solution used in the step of etching the conductive layer.
Crystal composition comprising crystals, wherein the crystals consist of (a) at least 99.95 % by weight of 4,4'-dichlorodiphenylsulfone, (b) 0 to 0.05 % by weight of impurities, and (c) 0 to 0.05% by weight of at least one solvent, based on the total weight of the crystals contained in the crystal composition, wherein the crystal composition has a bulk density determined according to EN ISO 60:2000-01 in the range of 570 to 750 kg/m 3. (a) at least 99.95 % by weight of 4,4'-dichlorodiphenylsulfone, (b) 0 to 0.05 % by weight of impurities, and (c) 0 to 0.05% by weight of at least one solvent,
A television content delivery system, comprising: a receiver system that receives television content from a plurality of content suppliers; a selective multiple encrypter that selectively multiple encrypts the television content by selecting portions of the television content to encrypt and encrypting duplicate portions of the selected content using at least one conditional access system key (CAS-1) and at least one digital rights management system key (DRM-1), wherein the duplicate portions of the selected content encrypted using the at least one digital rights management system key and the portions of the television content not selected by the selective multiple encrypter are further encrypted using the at least one conditional access system key (CAS-1); and an uplink satellite transmitter that transmits the selectively multiple encrypted television content stream to a geosynchronous earth orbiting satellite for rebroadcast toward a specified geographic region for receipt and decrypting by multiple receiver systems, so that the selectively multiple encrypted television content stream can be decrypted under a system using a decryption key associated with the or each at least one conditional access system (CAS-1) and using a decryption key associated with the or each at least one digital rights management system (DRM-1). a receiver system that receives television content from a plurality of content suppliers; a selective multiple encrypter that selectively multiple encrypts the television content by selecting portions of the television content to encrypt and encrypting duplicate portions of the selected content using at least one conditional access system key (CAS-1) and at least one digital rights management system key (DRM-1), wherein the duplicate portions of the selected content encrypted using the at least one digital rights management system key and the portions of the television content not selected by the selective multiple encrypter are further encrypted using the at least one conditional access system key (CAS-1); and an uplink satellite transmitter that transmits the selectively multiple encrypted television content stream to a geosynchronous earth orbiting satellite for rebroadcast toward a specified geographic region for receipt and decrypting by multiple receiver systems, so that the selectively multiple encrypted television content stream can be decrypted under a system using a decryption key associated with the or each at least one conditional access system (CAS-1) and using a decryption key associated with the or each at least one digital rights management system (DRM-1).
An extracorporeal blood treatment machine for carrying out a blood treatment comprising a machine front on which a hollow fiber filter module is arranged in a horizontal position, wherein the hollow fiber filter module has - a substantially cylindrical housing, - a blood chamber having a blood inlet nozzle and a blood outlet nozzle and - a solution chamber having a solution inlet nozzle extending transversely to the longitudinal direction of the hollow fiber filter module and a solution outlet nozzle extending transversely to the longitudinal direction of the hollow fiber filter module, the solution chamber being semi-permeably communicated at least in portions with the blood chamber, wherein in the horizontal position of the hollow fiber filter module, a height potential is present between the solution inlet nozzle and the solution outlet nozzle, so that via the one of the two solution nozzles (6, 7) drainage of solution is enabled and via the other one of the two solution nozzles (6, 7) evacuation of air bubbles is enabled, characterized in that each of the solution inlet nozzle and the solution outlet nozzle is arranged to extend tangentially relative to the cylindrical housing, and the solution inlet nozzle and the solution outlet nozzle point to the same direction so that they can be coupled directly to the machine front of the blood treatment machine while avoiding additional tubes. - a substantially cylindrical housing, - a blood chamber having a blood inlet nozzle and a blood outlet nozzle and - a solution chamber having a solution inlet nozzle extending transversely to the longitudinal direction of the hollow fiber filter module and a solution outlet nozzle extending transversely to the longitudinal direction of the hollow fiber filter module, the solution chamber being semi-permeably communicated at least in portions with the blood chamber, wherein in the horizontal position of the hollow fiber filter module, a height potential is present between the solution inlet nozzle and the solution outlet nozzle, so that via the one of the two solution nozzles (6, 7) drainage of solution is enabled and via the other one of the two solution nozzles (6, 7) evacuation of air bubbles is enabled, each of the solution inlet nozzle and the solution outlet nozzle is arranged to extend tangentially relative to the cylindrical housing, and the solution inlet nozzle and the solution outlet nozzle point to the same direction so that they can be coupled directly to the machine front of the blood treatment machine while avoiding additional tubes.
A method for architectures for wireless avionics communication networks, comprising: detecting, by a primary data controller (108a; 108b) or a standby data controller (108b; 108a), a signal strength of wireless nodes; assigning, by the network manager, a primary data controller (108a; 108b) and standby data controller (108b; 108a) for each of the wireless nodes based at least in part on the signal strength; generating, by the network manager, a deployment matrix based on the assignment of the primary data controllers and the standby data controllers; broadcasting, by the network manager, the deployment matrix over a wired connection to each primary data controller and each standby data controller, wherein the deployment matrix is used to configure the network of wireless nodes for communication; allocating, by the primary data controller (108a; 108b) and the standby data controller (108b; 108a), a buffer size of the primary data controller and the standby data controller based on data rates of each of the wireless nodes connected to the primary data controller and the standby data controller, wherein wireless nodes having a higher data rate are allocated more memory in the buffer compared to wireless nodes having a lower data rate; and exchanging, by the primary data controller (108a; 108b) and the standby data controller (108b; 108a), data based on the deployment matrix. detecting, by a primary data controller (108a; 108b) or a standby data controller (108b; 108a), a signal strength of wireless nodes; assigning, by the network manager, a primary data controller (108a; 108b) and standby data controller (108b; 108a) for each of the wireless nodes based at least in part on the signal strength; generating, by the network manager, a deployment matrix based on the assignment of the primary data controllers and the standby data controllers; broadcasting, by the network manager, the deployment matrix over a wired connection to each primary data controller and each standby data controller, wherein the deployment matrix is used to configure the network of wireless nodes for communication; allocating, by the primary data controller (108a; 108b) and the standby data controller (108b; 108a), a buffer size of the primary data controller and the standby data controller based on data rates of each of the wireless nodes connected to the primary data controller and the standby data controller, wherein wireless nodes having a higher data rate are allocated more memory in the buffer compared to wireless nodes having a lower data rate; and exchanging, by the primary data controller (108a; 108b) and the standby data controller (108b; 108a), data based on the deployment matrix.