mhurhangee/ep-ind-claims huggingface dataset:
A direction change indicating device for a vehicle, said device comprising a first assembly of at least two first light sources suitable for generating first photons, and a flat type light guide, suitable for transferring first photons feeding a rear face to a front face with a view to their transfer to the outside in order to provide a photometric function, said device further comprising i) a second assembly of at least two second light sources suitable for generating second photons substantially at the same time as associated first light sources, and ii) an opaline screen located in the immediate vicinity of said light guide and capable of diffusing said second photons towards the outside in order to provide a substantially homogeneous illumination participating in said photometric function, characterized in that it comprises control means arranged to authorize a power supply to said first and second assemblies, capable of operating substantially simultaneously said first and said second light sources which are respectively associated therewith; the first and second light sources thus associated being switched on one after the other, under the control of the control means to indicate a change of direction of said vehicle in a so-called scrolling mode.
A method for semi-persistent scheduling, SPS, based resource allocation in a private 5G network, comprising: receiving location data of a plurality of user equipment, UEs, in the private 5G network in a last subframe of respective current communication periods of the plurality of UEs; determining distance distribution of the plurality of UEs in a subsequent communication period of a candidate UE of the plurality of UEs, based on the respective location data of the plurality of UEs; determining signal to noise ratio, SNR, expectation of the plurality of UEs for the subsequent communication period, based at least in part on the distance distribution of the plurality of UEs, the SNR expectation further defining an amount of data to be carried by one or more SPS channels in the subsequent communication period; solving an optimization problem optimizing an expectation of data to be carried by each of the one or more SPS channels in the subsequent communication period, to obtain scheduling result for each of the one or more SPS channels; generating resource allocation data for the candidate UE based on the scheduling result; and transmitting the resource allocation data to the candidate UE for uplink communication. receiving location data of a plurality of user equipment, UEs, in the private 5G network in a last subframe of respective current communication periods of the plurality of UEs; determining distance distribution of the plurality of UEs in a subsequent communication period of a candidate UE of the plurality of UEs, based on the respective location data of the plurality of UEs; determining signal to noise ratio, SNR, expectation of the plurality of UEs for the subsequent communication period, based at least in part on the distance distribution of the plurality of UEs, the SNR expectation further defining an amount of data to be carried by one or more SPS channels in the subsequent communication period; solving an optimization problem optimizing an expectation of data to be carried by each of the one or more SPS channels in the subsequent communication period, to obtain scheduling result for each of the one or more SPS channels; generating resource allocation data for the candidate UE based on the scheduling result; and transmitting the resource allocation data to the candidate UE for uplink communication.
A method of frying foodstuffs, the method including the steps of: (a) providing a fryer having inlet and outlet ends (4,6); (b) removing fried foodstuffs from oil in the fryer at the outlet end using a conveyor; (c) collecting steam generated during the frying process in a hood located above the fryer, the hood extending at least partially over the conveyor; and characterised by (d) pressurising the steam in the hood to a pressure greater than atmospheric pressure. (a) providing a fryer having inlet and outlet ends (4,6); (b) removing fried foodstuffs from oil in the fryer at the outlet end using a conveyor; (c) collecting steam generated during the frying process in a hood located above the fryer, the hood extending at least partially over the conveyor; and characterised by (d) pressurising the steam in the hood to a pressure greater than atmospheric pressure.
A process for removal of divalent ions from a MEG-water stream, the process comprising the steps of: routing a MEG-water stream containing calcium, magnesium, and sulfate ions to a chemical treatment tank; adding a solution of barium chloride to the MEG-water stream in the chemical treatment tank to cause precipitation of barium sulfate in the MEG-water stream; and. adding a solution of sodium carbonate to the MEG-water stream in the chemical treatment tank to cause precipitation of the calcium ions in the MEG-water stream; adding a solution of sodium hydroxide to the MEG-water stream in the chemical treatment tank to cause precipitation of the magnesium ions in the MEG-water stream; and discharging the MEG-water stream from the chemical treatment tank. routing a MEG-water stream containing calcium, magnesium, and sulfate ions to a chemical treatment tank; adding a solution of barium chloride to the MEG-water stream in the chemical treatment tank to cause precipitation of barium sulfate in the MEG-water stream; and. adding a solution of sodium carbonate to the MEG-water stream in the chemical treatment tank to cause precipitation of the calcium ions in the MEG-water stream; adding a solution of sodium hydroxide to the MEG-water stream in the chemical treatment tank to cause precipitation of the magnesium ions in the MEG-water stream; and discharging the MEG-water stream from the chemical treatment tank.
An audio signal processing apparatus comprising: a sensor which is arranged to determine an impedance value of a headphone connected to the audio signal processing apparatus (100, 200), and to adjust a gain to be applied to an audio signal based on the determined impedance value; and an amplifier which is arranged to generate an output audio signal by receiving at least one bias voltage corresponding to the adjusted gain and to amplify the audio signal according to the adjusted gain, characterised in that the sensor is arranged to sense the impedance value in units of frequency bands and to detect a converging frequency band that is a frequency band in which the impedance value converges to a predetermined value, and to obtain an impedance value corresponding to the converging frequency band, as the impedance value of the headphone, and wherein the sensor is further arranged to obtain an average of impedance values corresponding to the converging frequency band, as the impedance value of the headphone (130, 230). a sensor which is arranged to determine an impedance value of a headphone connected to the audio signal processing apparatus (100, 200), and to adjust a gain to be applied to an audio signal based on the determined impedance value; and an amplifier which is arranged to generate an output audio signal by receiving at least one bias voltage corresponding to the adjusted gain and to amplify the audio signal according to the adjusted gain, characterised in that the sensor is arranged to sense the impedance value in units of frequency bands and to detect a converging frequency band that is a frequency band in which the impedance value converges to a predetermined value, and to obtain an impedance value corresponding to the converging frequency band, as the impedance value of the headphone, and wherein the sensor is further arranged to obtain an average of impedance values corresponding to the converging frequency band, as the impedance value of the headphone (130, 230).
Method for actuating personal protection means for a vehicle, wherein a crash type is identified on the basis of at least one structure-borne sound signal and the actuation is carried out on the basis of the crash type, characterized in that, for the crash type identification, the structure-borne sound signal is evaluated with respect to an amplitude change in a predefined time period.
Method for direct access to information stored in the nodes of a packet switching network, characterized in that it comprises the steps of: - collecting the memory addresses, corresponding to which the information necessary for processing the packets belonging to one and the same flow is stored in each node of the network (R1, R2, R3 and R4); - constructing a distributed linked data structure (DLDS) in which a plurality of pointers constituted by said memory addresses collected in the preceding phase are contained inside packets (P1, P2, P3) that traverse the DLDS-aware routers constituting the path between sender and receiver of the flow; - using said DLDS data structure for direct access to the information stored in a DLDS-aware router, using a pointer of the DLDS contained in the packet in transit; - selecting the pointer of the DLDS contained in the packet in transit based on its position in the sequence contained in said packet, said position being equal to a serial number of the DLDS-aware router in the flow path said serial number being stored in the packet by a counter of the DLDS-aware routers traversed and being incremented by each DLDS-aware router before forwarding the packet. - collecting the memory addresses, corresponding to which the information necessary for processing the packets belonging to one and the same flow is stored in each node of the network (R1, R2, R3 and R4); - constructing a distributed linked data structure (DLDS) in which a plurality of pointers constituted by said memory addresses collected in the preceding phase are contained inside packets (P1, P2, P3) that traverse the DLDS-aware routers constituting the path between sender and receiver of the flow; - using said DLDS data structure for direct access to the information stored in a DLDS-aware router, using a pointer of the DLDS contained in the packet in transit; - selecting the pointer of the DLDS contained in the packet in transit based on its position in the sequence contained in said packet, said position being equal to a serial number of the DLDS-aware router in the flow path said serial number being stored in the packet by a counter of the DLDS-aware routers traversed and being incremented by each DLDS-aware router before forwarding the packet.
A data processing system comprising: a display device (102, 1006) including a first control assembly (201, 501, 1011), the first control assembly comprising a first processor, a first sensor (206, 506, 1031) and a first indicator (205, 505, 1032), the first sensor configured to receive a first user input; and a computer system (104, 1001) including a second control assembly (230, 530, 1010), the second control assembly comprising a second processor and a second indicator (235, 535, 1023), wherein the second processor is configured to control a presentation of the second indicator in response to the first user input, and the presentation of the first indicator and the presentation of the second indicator are synchronized. a display device (102, 1006) including a first control assembly (201, 501, 1011), the first control assembly comprising a first processor, a first sensor (206, 506, 1031) and a first indicator (205, 505, 1032), the first sensor configured to receive a first user input; and a computer system (104, 1001) including a second control assembly (230, 530, 1010), the second control assembly comprising a second processor and a second indicator (235, 535, 1023), wherein the second processor is configured to control a presentation of the second indicator in response to the first user input, and the presentation of the first indicator and the presentation of the second indicator are synchronized.
System comprising a mobile robot for autonomously performing activities and a statically fitted alarm installation for monitoring a region, wherein the mobile robot and the alarm installation are configured to communicate with one another via a communication link; wherein the mobile robot is configured to navigate with the help of a map of the environment across a floor space through at least a section of the region and to locate a position of itself on the map; characterized in that the system is configured to: detect with the help of the map of the environment, whether the mobile robot is moving into the region to be monitored, and to detect, whether the mobile robot is moving out of the region to be monitored, prevent a triggering of an alarm by the alarm installation, when it was detected that the mobile robot is moving into the region to be monitored; and enable again the triggering of the alarm by the alarm installation, when it was detected that the mobile robot is moving out of the region to be monitored. detect with the help of the map of the environment, whether the mobile robot is moving into the region to be monitored, and to detect, whether the mobile robot is moving out of the region to be monitored, prevent a triggering of an alarm by the alarm installation, when it was detected that the mobile robot is moving into the region to be monitored; and enable again the triggering of the alarm by the alarm installation, when it was detected that the mobile robot is moving out of the region to be monitored.
Method for thermal polarization of a piezoceramic device comprising the following method steps: a) heating the piezoceramic device above a Curie temperature of a piezoceramic material of the piezoceramic device; b) cooling the piezoceramic device below the Curie temperature of the piezoceramic material; and c) applying a voltage to the piezoceramic material for polarizing the piezoceramic device, the applied voltage reaching a predetermined setpoint voltage (U set) during the cooling just before the temperature goes below the Curie temperature of the piezoceramic material, wherein - during the cooling of the piezoceramic device, a controlled current limitation takes place on the basis of a resistance monitoring and the current through the piezoceramic device is initially limited during the cooling to a value of 5 or 10 mA, - on the basis of the predetermined current and the self-adjusting voltage, the resistance of the piezoceramic material is determined, - the current is not limited any further when, as a result of the cooling of the piezoceramic device, the resistance of the ceramic material has increased to a value that corresponds exactly or at least approximately to the resistance at the Curie temperature. a) heating the piezoceramic device above a Curie temperature of a piezoceramic material of the piezoceramic device; b) cooling the piezoceramic device below the Curie temperature of the piezoceramic material; and c) applying a voltage to the piezoceramic material for polarizing the piezoceramic device, the applied voltage reaching a predetermined setpoint voltage (U set) during the cooling just before the temperature goes below the Curie temperature of the piezoceramic material, wherein - during the cooling of the piezoceramic device, a controlled current limitation takes place on the basis of a resistance monitoring and the current through the piezoceramic device is initially limited during the cooling to a value of 5 or 10 mA, - on the basis of the predetermined current and the self-adjusting voltage, the resistance of the piezoceramic material is determined, - the current is not limited any further when, as a result of the cooling of the piezoceramic device, the resistance of the ceramic material has increased to a value that corresponds exactly or at least approximately to the resistance at the Curie temperature. - during the cooling of the piezoceramic device, a controlled current limitation takes place on the basis of a resistance monitoring and the current through the piezoceramic device is initially limited during the cooling to a value of 5 or 10 mA, - on the basis of the predetermined current and the self-adjusting voltage, the resistance of the piezoceramic material is determined, - the current is not limited any further when, as a result of the cooling of the piezoceramic device, the resistance of the ceramic material has increased to a value that corresponds exactly or at least approximately to the resistance at the Curie temperature.
An aqueous dipping composition for coating a textile reinforcing material, comprising 4% to 50% by dry weight of at least one rubber latex, 0.1% to 10% by dry weight of at least one blocked isocyanate, 0.3% to 30% by dry weight of at least one wax, 0% to 6% by dry weight of at least one epoxy group-containing compound, and 0% to 15% by dry weight of at least one polymer with carboxylic acid functional groups, wherein the amounts in % by dry weight are based on the total weight of the aqueous dipping composition, wherein the weight ratio of rubber latex to the sum of blocked isocyanate, epoxy group-containing compound and polymer with carboxylic acid functional groups is at least 2, and wherein the composition is essentially free of resorcinol, resorcinol precondensates, formaldehyde and formaldehyde-releasing substances. 4% to 50% by dry weight of at least one rubber latex, 0.1% to 10% by dry weight of at least one blocked isocyanate, 0.3% to 30% by dry weight of at least one wax, 0% to 6% by dry weight of at least one epoxy group-containing compound, and 0% to 15% by dry weight of at least one polymer with carboxylic acid functional groups, wherein the amounts in % by dry weight are based on the total weight of the aqueous dipping composition, wherein the weight ratio of rubber latex to the sum of blocked isocyanate, epoxy group-containing compound and polymer with carboxylic acid functional groups is at least 2, and wherein the composition is essentially free of resorcinol, resorcinol precondensates, formaldehyde and formaldehyde-releasing substances.
A composite article, comprising: a plurality of layers, the plurality of layers comprising: a plurality of fibers at least partially embedded within a matrix; the fibers adhering to the matrix at a level of adhesion; and the adhesion level varying along a length of at least one of the fibers; characterized in that the variation in adhesion level comprises a periodic change in adhesion levels along the fiber length between a relatively high level of adhesion and a relatively low level of adhesion. a plurality of layers, the plurality of layers comprising: a plurality of fibers at least partially embedded within a matrix; the fibers adhering to the matrix at a level of adhesion; and the adhesion level varying along a length of at least one of the fibers; characterized in that the variation in adhesion level comprises a periodic change in adhesion levels along the fiber length between a relatively high level of adhesion and a relatively low level of adhesion. a plurality of fibers at least partially embedded within a matrix; the fibers adhering to the matrix at a level of adhesion; and the adhesion level varying along a length of at least one of the fibers; characterized in that the variation in adhesion level comprises a periodic change in adhesion levels along the fiber length between a relatively high level of adhesion and a relatively low level of adhesion.
Device in a liquid for damping and scattering of hydrosound in the liquid, particularly water, by means of an envelope body containing a gas, wherein the liquid can flow through the device, in particular in the direction of sound propagation, and the device has a plurality of envelope bodies each containing a gas and that are at a distance from one another and are each surrounded by the liquid, wherein the device has a carrier element and a mass body, wherein the envelope bodies are arranged at a distance from one another on the carrier element, characterized in that the envelope bodies are positioned horizontally in a plane on the floor of the liquid.
A process of patterning nano-structures on a diamond surface comprising: exposing part of said surface to an energetic ion flux using a low dose exposure of He + or Ga + ions such that material properties of the exposed surface are modified to provide a hard mask effect at the surface; etching unexposed parts of the surface to form said nano-structures, wherein said step of etching uses a plasma; and wherein said hard mask effect is formed on said surface by energetic conversion of sp3 carbon bonds to lower energy state sp2 bonds at the surface. exposing part of said surface to an energetic ion flux using a low dose exposure of He + or Ga + ions such that material properties of the exposed surface are modified to provide a hard mask effect at the surface; etching unexposed parts of the surface to form said nano-structures, wherein said step of etching uses a plasma; and wherein said hard mask effect is formed on said surface by energetic conversion of sp3 carbon bonds to lower energy state sp2 bonds at the surface.
An outdoor laminate floor, comprising a substrate, prepared via PVC foaming, and a covering film; wherein the covering film is wear-resistant and anti-aging, and is adhered to a surface of the substrate, the covering film overlays the surface of the substrate after being adhered by hot glue; and wherein the covering film is a modified weather-resistant polymeric film, the substrate is rectangular, a protrusion extends from a first end of the substrate, the protrusion is configured to be engaged with a groove, wherein the groove is arranged at a second end of the substrate; characterized in that the covering film comprises a full-covering film and a half-covering film, wherein the full-covering film overlays the substrate, and the half-covering film overlays two end surfaces of the substrate, and in that texture patterns are printed inside the covering film wherein the texture pattern is wood-texture pattern. a substrate, prepared via PVC foaming, and a covering film; wherein the covering film is wear-resistant and anti-aging, and is adhered to a surface of the substrate, the covering film overlays the surface of the substrate after being adhered by hot glue; and wherein the covering film is a modified weather-resistant polymeric film, the substrate is rectangular, a protrusion extends from a first end of the substrate, the protrusion is configured to be engaged with a groove, wherein the groove is arranged at a second end of the substrate; characterized in that the covering film comprises a full-covering film and a half-covering film, wherein the full-covering film overlays the substrate, and the half-covering film overlays two end surfaces of the substrate, and in that texture patterns are printed inside the covering film wherein the texture pattern is wood-texture pattern.
A method for preparing a tablet, comprising steps of: granulating a tablet-forming composition while spraying an aqueous dispersion of water-insoluble low-substituted hydroxypropyl cellulose having a degree of hydroxypropoxyl group substitution ranging from 5 to 16% by weight to the tablet-forming composition and tableting granules thus obtained; wherein said tablet-forming composition comprises a drug powder and a sugar or sugar alcohol powder. granulating a tablet-forming composition while spraying an aqueous dispersion of water-insoluble low-substituted hydroxypropyl cellulose having a degree of hydroxypropoxyl group substitution ranging from 5 to 16% by weight to the tablet-forming composition and tableting granules thus obtained; wherein said tablet-forming composition comprises a drug powder and a sugar or sugar alcohol powder.