mhurhangee/patent-ind-claim-en huggingface dataset:
A method to control manufacturing and feeding of semi-finished products in a tyre building process, said method comprising: a. detecting at least a first image (A) representative of a semi-finished product wherein said first image (A) is formed by a plurality of first portions (A1, A2), each one associated to a respective brightness value; b. defining a first threshold (TH1) for said brightness values; c. performing a first comparison between the brightness value of said first portions (A1, A2) and said first threshold (TH1); d. as a function of said first comparison, determining a first operating parameter (P1) representative of an overall area occupied in said first image (A) by the first portions (A1) associated to a brightness value lower than said first threshold (TH1); e. performing a second comparison between said first operating parameter (P1) and a second threshold (TH2), wherein the second threshold (TH2) is represented by the minimum acceptable area overall occupied by the portions of the first image (A) having a lower brightness than the first threshold (TH1); f. causing the generation of a first notification signal (NS1) as a function of said second comparison wherein, in a first linear scale of brightness values, defined between a first value (V1) corresponding to a null value of brightness and a second value (V2) corresponding to a maximum value of brightness, wherein the absolute value of the difference between said first value (V1) and said second value (V2) defines an amplitude of said first linear scale, said first threshold (TH1) is defined in relation to said first linear scale, said first threshold (TH1) is such that the absolute value of the difference between said first threshold (TH1) and said first value (V1) is comprised between 5% and 20% of the amplitude of said first linear scale, wherein said at least a first image (A) is detected while said semi-finished product is unwound from a reel and moved along a path (P) towards a building station for building elementary semi-finished products, made from said semi-finished product . a. detecting at least a first image (A) representative of a semi-finished product wherein said first image (A) is formed by a plurality of first portions (A1, A2), each one associated to a respective brightness value; b. defining a first threshold (TH1) for said brightness values; c. performing a first comparison between the brightness value of said first portions (A1, A2) and said first threshold (TH1); d. as a function of said first comparison, determining a first operating parameter (P1) representative of an overall area occupied in said first image (A) by the first portions (A1) associated to a brightness value lower than said first threshold (TH1); e. performing a second comparison between said first operating parameter (P1) and a second threshold (TH2), wherein the second threshold (TH2) is represented by the minimum acceptable area overall occupied by the portions of the first image (A) having a lower brightness than the first threshold (TH1); f. causing the generation of a first notification signal (NS1) as a function of said second comparison
Key module for modular system devices for electrical installation in buildings or domestic door communication, having at least one key which can be operated by being pressed in a pressing direction (Z) perpendicularly in relation to a layout plane (G), and a module lower part which can be mounted into a system carrier of a system device in the pressing direction (Z), and a module upper part which is connected to the module lower part by mounting in the pressing direction (Z), wherein the module upper part comprises a key carrier on which the key is arranged in a manner mounted such that it can move in the pressing direction (Z), and wherein a circuit carrier with an electronic circuit is accommodated in the module lower part , which electronic circuit contains switching sensors by means of which a switching process is triggered under the action of the pressure which is exerted onto the key in the pressing direction (Z), characterized in that the switching sensors of the circuit carrier are designed as MOC touch pads , and at least one pressure-transmitting element for each key is arranged in a receiving opening of the key carrier in a manner mounted such that it can move over at least one MOC touch pad for operating the MOC touch pad in the pressing direction (Z), and the key is connected to the pressure-transmitting element , wherein a soft component composed of an elastic material is connected in a materially bonded manner to the pressure-transmitting element and to the key carrier and the pressure-transmitting element is mounted in a floating manner by means of the soft component in the receiving opening of the key carrier , wherein the pressure-transmitting element , the soft component and the key carrier are integrally formed as a three-component part, wherein a soft component composed of elastic material is arranged between the key and the key carrier , wherein the key is pulled with a pretension on the soft component in the direction of the key carrier by means of fastening means and a delimiting element on that side of the key carrier which is averted from the key.
A pharmaceutically acceptable acid addition salt of: (i) 9,10-dimethoxy-2-(2,4,6-trimethylphenylimino)-3-( N -carbamoyl-2-aminoethyl)-3,4,6,7-tetrahydro-2 H -pyrimido[6,1-a]isoquinolin-4-one (RPL554); and (ii) ethane-1,2-disulfonic acid, or a solvate thereof, wherein the pharmaceutically acceptable acid addition salt or solvate thereof is a solid. (i) 9,10-dimethoxy-2-(2,4,6-trimethylphenylimino)-3-( N -carbamoyl-2-aminoethyl)-3,4,6,7-tetrahydro-2 H -pyrimido[6,1-a]isoquinolin-4-one (RPL554); and (ii) ethane-1,2-disulfonic acid,
Aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising an 'aerosol-forming substrate, wherein the 'aerosol-forming substrate is a solid 'aerosol-forming substrate, and a flexible membrane arranged at the upstream end of the cavity , the flexible membrane comprising an opening in fluid communication with the cavity , wherein the flexible membrane is provided at the upstream end of the aerosol-generating device , wherein the opening is configured to serve as an air inlet for the aerosol-generating device , wherein at least two openings are formed in the flexible membrane , the at least two openings comprising slits which intersect, and wherein the at least two intersecting slits form a central portion . a cavity for receiving an aerosol-generating article comprising an 'aerosol-forming substrate, wherein the 'aerosol-forming substrate is a solid 'aerosol-forming substrate, and a flexible membrane arranged at the upstream end of the cavity , the flexible membrane comprising an opening in fluid communication with the cavity , wherein the flexible membrane is provided at the upstream end of the aerosol-generating device , wherein the opening is configured to serve as an air inlet for the aerosol-generating device , wherein at least two openings are formed in the flexible membrane , the at least two openings comprising slits which intersect, and wherein the at least two intersecting slits form a central portion .
An electrical wiring member production method, which is a method for producing an electrical wiring member including an electrical wiring , comprising: molding a composition containing a resin material and metal particles with an insulating layer , each metal particle having electrical conductivity and a surface insulating layer located on the surface of the metal particle and containing a glass material as a main material, thereby obtaining a molded body; and irradiating the molded body with an energy beam, thereby forming the electrical wiring in the irradiated region. molding a composition containing a resin material and metal particles with an insulating layer , each metal particle having electrical conductivity and a surface insulating layer located on the surface of the metal particle and containing a glass material as a main material, thereby obtaining a molded body; and irradiating the molded body with an energy beam, thereby forming the electrical wiring in the irradiated region.
A seeker , comprising: a first receiver configured to receive an infrared signal; a second receiver configured to receive a radio frequency signal; a dichroic mirror configured to reflect the infrared signal toward the first receiver and to transmit the radio frequency signal toward the second receiver, wherein the dichroic mirror is molded from a material that transmits the radio frequency signal and reflects the infrared signal, wherein the material is polysiloxane and the dichroic mirror has a softening temperature of less than or equal to 600°C and the dichroic mirror has a millimetre-wave (MMW) dielectric constant that is less than or equal to 4. a first receiver configured to receive an infrared signal; a second receiver configured to receive a radio frequency signal; a dichroic mirror configured to reflect the infrared signal toward the first receiver and to transmit the radio frequency signal toward the second receiver, wherein the dichroic mirror is molded from a material that transmits the radio frequency signal and reflects the infrared signal, wherein the material is polysiloxane and the dichroic mirror has a softening temperature of less than or equal to 600°C and the dichroic mirror has a millimetre-wave (MMW) dielectric constant that is less than or equal to 4.
A physical article of manufacture including one or more tangible computer-readable storage media, encoding computer-executable instructions for executing on a computing device a computer process comprising: determining if a cold boot of a device has occurred; in response to determining that a cold boot of the device has occurred, creating a non-volatile, NV, index in a trusted platform module, TPM, of the device with a platform configuration registers, PCR, policy specifying that values of PCRs on the TPM are equal to their current values; and in response to determining that the PCR policy is satisfied, setting a value of an NVWritten attribute to specify that the PCR policy was satisfied since last time the device was cold booted. determining if a cold boot of a device has occurred; in response to determining that a cold boot of the device has occurred, creating a non-volatile, NV, index in a trusted platform module, TPM, of the device with a platform configuration registers, PCR, policy specifying that values of PCRs on the TPM are equal to their current values; and in response to determining that the PCR policy is satisfied, setting a value of an NVWritten attribute to specify that the PCR policy was satisfied since last time the device was cold booted.
A bicycle comprising: a frame having a dropout ; and a rear axle assembly comprising a hollow shaft (S), a thru-axle , a wheel hub , and a sprocket or a plurality of sprockets rotatably mounted to the hollow shaft; the rear axle assembly comprising a torque support device , for supporting the torque of the hollow shaft onto the frame of the bicycle, comprising: - a cam hole receiving therein a distal end of the shaft (S), wherein the cam hole and the shaft are interlockingly shaped for rotationally locking the torque support device and shaft with respect to each other; - a through hole extending, coaxially with respect to the cam hole , through the torque support device allowing the thru-axle to extend therethrough; - a first face for facing the hollow shaft, and a second face facing a dropout recess of the dropout, wherein a boss extending from the second face, is resting in the dropout recess ; and - a base extending from a remainder of the torque support device in a direction transverse to the direction in which the through hole extends, the base being arranged for engaging the frame of the bicycle outside the dropout recess so as to support torque thereon. a frame having a dropout ; and a rear axle assembly comprising a hollow shaft (S), a thru-axle , a wheel hub , and a sprocket or a plurality of sprockets rotatably mounted to the hollow shaft; the rear axle assembly comprising a torque support device , for supporting the torque of the hollow shaft onto the frame of the bicycle, comprising: - a cam hole receiving therein a distal end of the shaft (S), wherein the cam hole and the shaft are interlockingly shaped for rotationally locking the torque support device and shaft with respect to each other; - a through hole extending, coaxially with respect to the cam hole , through the torque support device allowing the thru-axle to extend therethrough; - a first face for facing the hollow shaft, and a second face facing a dropout recess of the dropout, wherein a boss extending from the second face, is resting in the dropout recess ; and - a base extending from a remainder of the torque support device in a direction transverse to the direction in which the through hole extends, the base being arranged for engaging the frame of the bicycle outside the dropout recess so as to support torque thereon. - a cam hole receiving therein a distal end of the shaft (S), wherein the cam hole and the shaft are interlockingly shaped for rotationally locking the torque support device and shaft with respect to each other; - a through hole extending, coaxially with respect to the cam hole , through the torque support device allowing the thru-axle to extend therethrough; - a first face for facing the hollow shaft, and a second face facing a dropout recess of the dropout, wherein a boss extending from the second face, is resting in the dropout recess ; and - a base extending from a remainder of the torque support device in a direction transverse to the direction in which the through hole extends, the base being arranged for engaging the frame of the bicycle outside the dropout recess so as to support torque thereon.
A method for operating a wind farm with a number of wind power installations , wherein - each wind power installation respectively has a nacelle with an aerodynamic rotor with one or more rotor blades and also a generator, - each of these wind power installations is variable in its azimuth position , - at least two of the wind power installations are so close together that, depending on the direction of the wind, they can influence one another by way of the wind, and - at least a first of the wind power installations is cut back in dependence on its azimuth position , in order to positively influence the wind for a further wind power installation arranged downwind of the first, and wherein the cutting back depending on the azimuth position is carried out in such a way that the further wind power installation arranged downwind of the first wind power installation is exposed to more wind power than without cutting back the first wind power installation , characterized in that the cutting back is not carried out, or is carried out to a lesser extent, when the wind power installation downwind of the first wind power installation is operating in a throttled mode, and that the cutting back is only discontinued after a predetermined delay time once a criterion for cutting back is no longer applicable. - each wind power installation respectively has a nacelle with an aerodynamic rotor with one or more rotor blades and also a generator, - each of these wind power installations is variable in its azimuth position , - at least two of the wind power installations are so close together that, depending on the direction of the wind, they can influence one another by way of the wind, and - at least a first of the wind power installations is cut back in dependence on its azimuth position , in order to positively influence the wind for a further wind power installation arranged downwind of the first, and wherein
A sanitary installation system , comprising: a) a flushing cistern ; b) a mounting frame ; and c) a modular functional system , comprising i) a communication device , ii) a power supply device , and iii) a first functional module ; wherein the cistern or the modular functional system or both are adapted to be supported by the mounting frame ; wherein the power supply device is adapted to supply power to the communication device ; wherein the communication device is adapted to receive data; wherein the first functional module a. is connected to the communication device in a power-supplying and data-transmitting manner, and b. is designed to at least partially provide a first additional function for a sanitary device, characterised in that the first functional module c. includes a connection for a power-supplying and data-transmitting connection of at least one second functional module , wherein the modular functional system includes at least the second functional module , wherein the second functional module a. is connected to the first function module in a power-supplying and data-transmitting manner, b. is designed to at least partially provide a second additional function for the sanitary device, and c. includes a second connection for a power-supplying and data-transmitting connection of at least a third functional module . a) a flushing cistern ; b) a mounting frame ; and c) a modular functional system , comprising i) a communication device , ii) a power supply device , and iii) a first functional module ; i) a communication device , ii) a power supply device , and iii) a first functional module ; a. is connected to the communication device in a power-supplying and data-transmitting manner, and b. is designed to at least partially provide a first additional function for a sanitary device, characterised in that the first functional module c. includes a connection for a power-supplying and data-transmitting connection of at least one second functional module , a. is connected to the first function module in a power-supplying and data-transmitting manner, b. is designed to at least partially provide a second additional function for the sanitary device, and c. includes a second connection for a power-supplying and data-transmitting connection of at least a third functional module .
Wire netting (10a; 10b), in particular a safety net, with a plurality of helices (12a, 14a; 12b) which are braided with each other, of which at least one helix (12a, 14a; 12b) is bent from at least one single wire, a wire bundle, a wire strand, a wire rope and/or another longitudinal element (16a; 16b) with at least one wire (18a; 18b), which in particular comprises a high-tensile steel, the at least one helix (12a, 14a; 12b) having at least one first leg (20a; 20b), at least one second leg (22a; 22b) as well as at least one bending region (24a; 24b) connecting the first leg (20a; 20b) and the second leg (22a; 22b) to each other, characterised in that the longitudinal element (16a; 16b) is bent at least substantially torsion-free in itself along a contour of the first leg (20a; 20b) and/or of the second leg (22a; 22b).
Coupling assembly for railbound vehicles having a coupling head, which can be coupled or decoupled as needed to/from a coupling head of a counter coupling to change its coupling state, wherein the coupling assembly is assigned a monitoring system for state monitoring of components of the coupling assembly on the basis of strain data of components of the coupling assembly, wherein the monitoring system is designed to record different strain data and/or strain data of different components of the coupling assembly in dependence on both a coupling state of the coupling and also a coupling state transition of the coupling, characterized in that the monitoring system has a sensor system , which is designed upon the transition of the coupling head from its uncoupled state into its coupled state, with the aid of at least one vibration and/or structure-borne sound measurement, to acquire a transition of components of the coupling assembly into their coupling-ready state, in particular over a previously defined or definable period of time, and to record the number and type of the coupling state changes of the coupling head over a previously defined or definable period of time.
Process for producing an oligosaccharide mixture derived from animal milk and having the same spectrum of oligosaccharides as the milk from which it was derived comprising the following steps: (a) concentrating a deproteinised milk material to 50 to 75 % total solids; (b) subjecting the concentrated milk material to a lactose removal step to produce a liquor having a lactose:oligosaccharide ratio of less than 250; and (c) demineralising the milk material, the demineralisation step being carried out either before the concentration step or after the lactose removal step (a) concentrating a deproteinised milk material to 50 to 75 % total solids; (b) subjecting the concentrated milk material to a lactose removal step to produce a liquor having a lactose:oligosaccharide ratio of less than 250; and (c) demineralising the milk material, the demineralisation step being carried out either before the concentration step or after the lactose removal step
A guide carriage for the displaceable support of a furniture part on a guide rail , wherein the guide carriage includes a chassis having at least one pivotally mounted running wheel and at least one connecting portion for connecting the guide carriage to the furniture part , wherein at least one positioning device is provided for positioning the connecting portion relative to the chassis in at least one linear direction (H, X, Z), wherein the chassis is connected to a, preferably U-shaped, carrier of the guide carriage , and the connecting portion is connected to the carrier by at least one fastening device , wherein the fastening device includes at least one bearing location arranged on the carrier , and the bearing location engages in a recess of the connecting portion in a mounted position of the connecting portion , characterized in that the carrier includes at least two bearing locations spaced apart from each other in a height direction (H), and each of the at least two bearing locations engage in a recess of the connecting portion , the recesses being spaced apart from each other in the height direction (H).