mhurhangee/patent-ind-claim-en huggingface dataset:
Hold-open installation for holding open an open wing of a door, a window or the like, having an energizable coil which is intended to block automatic closing of the wing in the energized state by a drive connected to the wing, and a supply voltage input for the coil , characterized by an electronic control device which is designed, upon being switched on, to measure a supply voltage applied to the supply voltage input and to regulate the current flowing through the coil to a predefined value, wherein, in order to regulate the current, the current flowing through the coil is measured, and wherein the starting value of the current regulation process is determined depending on the supply voltage measured. a supply voltage input for the coil , characterized by an electronic control device which is designed, upon being switched on, to measure a supply voltage applied to the supply voltage input and to regulate the current flowing through the coil to a predefined value, wherein, in order to regulate the current, the current flowing through the coil is measured, and wherein the starting value of the current regulation process is determined depending on the supply voltage measured.
Lock, in particular automatic lock, having means for activating and deactivating of a day function in the lock, in particular in the automatic lock, respectively, wherein the lock comprises locking elements which are operable using a push rod , and wherein the device comprises a rotary switch projecting through the face-plate , the rotation axis of which extending normally to the face-plate , and which is cooperating via at least one control projection with a corresponding recess on the push rod in order to block this one at activated day function in its unlocked position, and wherein the rotary switch includes retaining projections at its inner free end facing away from the face-plate , which engage behind the push rod in respective activated and deactivated position of the rotary switch , whereby the rotary switch is retained within a receptacle in the faceplate , characterized in that in the unlocked position of the push rod and in an intermediate position of the rotary switch between the activated and deactivated position, the retaining projections are aligned with the recesses in the push rod , thereby allowing the rotary switch to be inserted and removed.
Steel pipe that is coated on the surface-pretreated outer surface with a crosslinked, olefinic, thermoplastic elastomer using denatured polyolefins, which elastomer is obtained from a mixture containing 15 to 38 parts by weight of an ethylene-α-olefin-non-conjugated polyene copolymer rubber (A) consisting of ethylene, one or more α-olefins having a carbon number of 3 to 20 and one or more non-conjugated polyenes, 85 to 62 parts by weight of polypropylene resin (B) [the total amount of constituents (A) and (B) making up 100 parts by weight] and 0.05 to 10 parts by weight of crosslinking agent (C).
A marine electromagnetic sensor system, comprising: an electromagnetic sensor cable having at least one electromagnetic field sensor thereon, the sensor cable configured to be suspended above a bottom of a body of water ; a first calibration source electrode disposed on the cable on one side of the at least one sensor; a second calibration source electrode disposed on the cable on an opposite side of the at least one sensor; a calibration power supply functionally coupled to the first and second calibration source electrodes, characterized in that the power supply is configured to apply a current to the first and second calibration source electrodes, the current applied by the calibration power supply to the calibration source electrodes is such that electromagnetic field affected by formations below the water bottom is undetectable by the electromagnetic sensor ; and a measuring circuit functionally coupled to the at least one sensor. an electromagnetic sensor cable having at least one electromagnetic field sensor thereon, the sensor cable configured to be suspended above a bottom of a body of water ; a first calibration source electrode disposed on the cable on one side of the at least one sensor; a second calibration source electrode disposed on the cable on an opposite side of the at least one sensor; a calibration power supply functionally coupled to the first and second calibration source electrodes, characterized in that the power supply is configured to apply a current to the first and second calibration source electrodes, the current applied by the calibration power supply to the calibration source electrodes is such that electromagnetic field affected by formations below the water bottom is undetectable by the electromagnetic sensor ; and a measuring circuit functionally coupled to the at least one sensor.
Fin-shaped multi-band antenna module , in particular for vehicles , with - an antenna printed circuit board and - a plate disposed thereon, the two largest areas of which extend in each case in a vertical and in a horizontal direction , wherein, in the vertical direction , the plate has a lower area on a lower end and an upper area on an upper end, wherein the plate is mechanically connected in the lower area to the antenna printed circuit board , - a first monopole in the shape of a first arm, wherein the first monopole extends essentially in the vertical direction on at least one of the two largest areas of the plate and is connected in the vertical direction in a lower area of the first monopole via a feed point to the antenna printed circuit board , wherein the first monopole is designed for a transmission and reception of electromagnetic waves in an upper telephony frequency range, in particular in a range from 1710 MHz to 2170 MHz, and - an inductive extension of the first monopole disposed in the vertical direction in an upper area of the first monopole in order to enable a transmission and reception of electromagnetic waves in a lower telephony frequency range and a lower LTE frequency range, in particular in a range from 792 MHz to 960 MHz, characterized by a dipole running essentially in the vertical direction , which is disposed in the upper area of the plate in such a way that it is capacitively coupled with the first monopole and is electromagnetically excitable via the first monopole . - an antenna printed circuit board and - a plate disposed thereon, the two largest areas of which extend in each case in a vertical and in a horizontal direction , wherein, in the vertical direction , the plate has a lower area on a lower end and an upper area on an upper end, wherein the plate is mechanically connected in the lower area to the antenna printed circuit board , - a first monopole in the shape of a first arm, wherein the first monopole extends essentially in the vertical direction on at least one of the two largest areas of the plate and is connected in the vertical direction in a lower area of the first monopole via a feed point to the antenna printed circuit board , wherein the first monopole is designed for a transmission and reception of electromagnetic waves in an upper telephony frequency range, in particular in a range from 1710 MHz to 2170 MHz, and - an inductive extension of the first monopole disposed in the vertical direction in an upper area of the first monopole in order to enable a transmission and reception of electromagnetic waves in a lower telephony frequency range and a lower LTE frequency range, in particular in a range from 792 MHz to 960 MHz, characterized by a dipole running essentially in the vertical direction , which is disposed in the upper area of the plate in such a way that it is capacitively coupled with the first monopole and is electromagnetically excitable via the first monopole .
Electrical connection between a first conductor and a second conductor , wherein the first conductor and the second conductor are made of electrical conductive material, wherein the first conductor has a first section with a first contact face , wherein the first contact face is laterally limited by a first side face , wherein the second conductor has a second section with a second contact face , wherein the second contact face is surrounded by a rim with a second side face , wherein the second side face limits a contact space above the second contact face , wherein the first contact face is arranged on the second contact face , wherein a reservoir space is arranged between the first side face of the first contact face and the second side face of the rim , wherein the reservoir space surrounds the first contact face , wherein a sealing material is arranged in the reservoir space , wherein the sealing material forms a sealing ring, wherein the sealing ring seals an interface between the first contact face and the second contact face against environmental influence, characterized in that , the first and the second side faces limit the reservoir space with a cross section that narrows in direction to the second contact face .
A computer-implemented method, in an automation server, for performing access control to a security network resource of a particular process identified as running on the automation server, the method comprising: obtaining process data associated with the particular process running on an automation server; generating a cryptographic signature associated with the process data, the cryptographic signature being generated using a first cryptographic key; and sending the process data and cryptographic signature to the security network resource; wherein the security network resource is configured to permit the particular process to operate according to a corresponding authorization control conditional on the security network resource validating the cryptographic signature using a second cryptographic key; and allowing the security network resource to verify on the automation server, based on the security network resource credentials, and in conjunction with the validating the cryptographic signature, that the particular process is running on the automation server. obtaining process data associated with the particular process running on an automation server; generating a cryptographic signature associated with the process data, the cryptographic signature being generated using a first cryptographic key; and sending the process data and cryptographic signature to the security network resource; wherein the security network resource is configured to permit the particular process to operate according to a corresponding authorization control conditional on the security network resource validating the cryptographic signature using a second cryptographic key; and allowing the security network resource to verify on the automation server, based on the security network resource credentials, and in conjunction with the validating the cryptographic signature, that the particular process is running on the automation server.
A refractive-index sensor , comprising: a substrate having a top surface ; a microfluidic chip on the top surface and having a non-planar bottom surface that forms a channel between the top surface and the non-planar bottom surface, the channel having a channel depth in a direction perpendicular to the top surface; characterized in that the refractive-index sensor includes: a plurality of dielectric resonators forming a metasurface on the top surface, each of the plurality of dielectric resonators extending into the channel to a height above the top surface that is less than the channel depth, the metasurface having an electric dipole resonance and a magnetic dipole resonance that are either (i) spectrally overlapping or (ii) spectrally adjacent; and a light source configured to illuminate the metasurface with illumination incident on the top surface at an incidence angle , the illumination having a center wavelength λ 0 exceeding the height , a width of each of the plurality of dielectric resonators, and a unit cell size of the metasurface. a substrate having a top surface ; a microfluidic chip on the top surface and having a non-planar bottom surface that forms a channel between the top surface and the non-planar bottom surface, the channel having a channel depth in a direction perpendicular to the top surface; characterized in that the refractive-index sensor includes: a plurality of dielectric resonators forming a metasurface on the top surface, each of the plurality of dielectric resonators extending into the channel to a height above the top surface that is less than the channel depth, the metasurface having an electric dipole resonance and a magnetic dipole resonance that are either (i) spectrally overlapping or (ii) spectrally adjacent; and a light source configured to illuminate the metasurface with illumination incident on the top surface at an incidence angle , the illumination having a center wavelength λ 0 exceeding the height , a width of each of the plurality of dielectric resonators, and a unit cell size of the metasurface. a plurality of dielectric resonators forming a metasurface on the top surface, each of the plurality of dielectric resonators extending into the channel to a height above the top surface that is less than the channel depth, the metasurface having an electric dipole resonance and a magnetic dipole resonance that are either (i) spectrally overlapping or (ii) spectrally adjacent; and a light source configured to illuminate the metasurface with illumination incident on the top surface at an incidence angle , the illumination having a center wavelength λ 0 exceeding the height , a width of each of the plurality of dielectric resonators, and a unit cell size of the metasurface.
A power tool , comprising a motor , a cooling fan that cools the motor, a housing that accommodates the cooling fan and the motor , and a handle portion connected to the housing ; the power tool characterized in that : a switch unit having a trigger lever and a switch main body for turning on/off the motor is arranged in the handle portion , a first air suction port is arranged in the housing , and a passage extending in a direction from the first air suction port to the handle portion and returning to the housing again through the handle portion is arranged; a flow of a cooling air directed from the first air suction port toward the cooling fan is generated by the cooling fan ; and a heat-generation member arranged in the switch unit in the handle portion is cooled by the cooling air. a switch unit having a trigger lever and a switch main body for turning on/off the motor is arranged in the handle portion , a first air suction port is arranged in the housing , and a passage extending in a direction from the first air suction port to the handle portion and returning to the housing again through the handle portion is arranged; a flow of a cooling air directed from the first air suction port toward the cooling fan is generated by the cooling fan ; and a heat-generation member arranged in the switch unit in the handle portion is cooled by the cooling air.
A rotor drive bar for use in a brake system , comprising: a drive bar portion configured to be coupled to at least one rotor of the brake system ; and an attachment boss configured to be coupled to an attachment platform of a wheel and having a boss face that faces the attachment platform and at least partially defines a pocket for reducing thermal transfer from the rotor drive bar to the wheel , the attachment boss further defining a bolt aperture , characterised in that the pocket is surrounding the bolt aperture and the pocket is not intersecting the bolt aperture. a drive bar portion configured to be coupled to at least one rotor of the brake system ; and an attachment boss configured to be coupled to an attachment platform of a wheel and having a boss face that faces the attachment platform and at least partially defines a pocket for reducing thermal transfer from the rotor drive bar to the wheel , the attachment boss further defining a bolt aperture , characterised in that the pocket is surrounding the bolt aperture and the pocket is not intersecting the bolt aperture.
A needle guard for use in a medical device, in particular for use in a catheter device , including: a base portion made of a first material and having a needle passage extending in an axial direction (A) from a proximal side of said base portion through said base portion to a distal side of said base portion for movably receiving a needle shaft having an outer profile; first and second arms extending substantially in said axial direction (A) from said distal side of said base portion , wherein said first arm has a distal region and a proximal region ; a distal wall transversely arranged at said distal region of said first arm ; a stopping element which is configured to be slidably arranged on a needle shaft , a groove configured to guide the needle shaft is provided in a side at the free end of said distal wall , said groove extending substantially in said axial direction (A); and at least one L-shaped extension extends from said base portion , a section of said L-shaped extension extending generally in said axial direction (A), characterized in that said stopping element is movable relative to said base portion . a base portion made of a first material and having a needle passage extending in an axial direction (A) from a proximal side of said base portion through said base portion to a distal side of said base portion for movably receiving a needle shaft having an outer profile; first and second arms extending substantially in said axial direction (A) from said distal side of said base portion , wherein said first arm has a distal region and a proximal region ; a distal wall transversely arranged at said distal region of said first arm ; a stopping element which is configured to be slidably arranged on a needle shaft , a groove configured to guide the needle shaft is provided in a side at the free end of said distal wall , said groove extending substantially in said axial direction (A); and at least one L-shaped extension extends from said base portion , a section of said L-shaped extension extending generally in said axial direction (A), characterized in that said stopping element is movable relative to said base portion .
A microorganism having Ferredoxin NADP+ reductase enzymatic activity, wherein a polynucleotide coding for the polypeptide having at least 70 % identity with the sequence of SEQ ID N°1 and having Ferredoxin NADP+ reductase activity is overexpressed, wherein overexpression is achieved by replacement of the native promoter of the polynucleotide with a promoter inducing a stronger level of expression of the polynucleotide or by introduction into the microorganism of an expression vector carrying and expressing said polynucleotide or by introduction of additional copies of the polynucleotide into the chromosome of the microorganism.
Device for marking tree trunk bark (E), comprising: - a housing for at least partially receiving a container containing a paint, - an applicator supplied with paint by the container, - a control member controlling the dispensing of paint, defining a bearing surface on which the user can press to supply the applicator with paint, - a grater configured to clean the bark of the tree before the application of the paint, - a cleaning blade whose free edge is in contact with or at a short distance from the applying surface of the applicator to remove mosses or lichens or other debris adhering to the applicator. - a housing for at least partially receiving a container containing a paint, - an applicator supplied with paint by the container, - a control member controlling the dispensing of paint, defining a bearing surface on which the user can press to supply the applicator with paint, - a grater configured to clean the bark of the tree before the application of the paint, - a cleaning blade whose free edge is in contact with or at a short distance from the applying surface of the applicator to remove mosses or lichens or other debris adhering to the applicator.
A rotary milking platform comprising a plurality of moulded and modular bail floor defining components and a supporting substructure , wherein each of said plurality of components is made from at least one fibre reinforced resin based composite material, and wherein said plurality of components, having been assembled onto the substructure , are of sufficient thickness and strength for at least one animal to stand on; characterized in that the bail floor defining components are infusion moulded and pre-fabricated, and each of said plurality of components has a mould defined exoskeleton structural form formed by the composite material and moulded about an imbedded core material.
A high-pressure processing machine with a treatment vessel and pressurization water inside the vessel, the processing machine having a bag , and two plugs for closing the vessel, characterised in that the machine is provided with a device for detecting breakages of the bag, the device for detecting breakages being equipped with a power source, a device for measuring the electrical current, the resistance or the capacitance and an elongated electrode adapted to partially extend through the inside of the at least one of the plugs in its proximal part and, in its distal part, adapted to extend into the bag containing the product to be processed, the electrode being electrically insulated by an insulator along its entire length, except in the part inside the bag and in contact with the product, wherein the proximal part of the electrode intended to extend out of the plug is connected to the power source and the device for measuring the electrical current, the resistance or the capacitance of a circuit through an electrical cable 13, said electrode acting as a cathode, wherein the device for measuring is electrically connected to a second electrode in contact with the pressurization water or to the vessel itself acting as an anode.
A pharmaceutical composition comprising an oral pharmaceutical suspension comprising at least one active ingredient, water, konjac glucomannan powder, and xanthan gum wherein the pharmaceutical composition comprises 0.1% w/w to 0.3% w/w konjac glucomannan powder and 0.01% w/w to 0.1% w/w xanthan gum.