mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a wear resistant surface comprising transparent or semi-transparent wear resistant particles on a surface being part of a building panel, such as a floor panel or a furniture component, wherein the method is characterised by: • applying a liquid binder in a pre-determined pattern on the surface, • applying wear resistant particles on the surface, • bonding a part of the wear resistant particles to the surface with the liquid binder, • removing non-bonded wear resistant particles from the surface such that the bonded wear resistant particles are arranged in the pre-determined pattern and are evenly distributed on at least a first portion of said surface, and • applying heat and pressure to the surface with the bonded wear resistant particles, wherein the pre-determined pattern is a raster pattern such that the bonded wear resistant particles are arranged with pre-determined distances (D1, D2) between each other. • applying a liquid binder in a pre-determined pattern on the surface, • applying wear resistant particles on the surface, • bonding a part of the wear resistant particles to the surface with the liquid binder, • removing non-bonded wear resistant particles from the surface such that the bonded wear resistant particles are arranged in the pre-determined pattern and are evenly distributed on at least a first portion of said surface, and • applying heat and pressure to the surface with the bonded wear resistant particles, wherein the pre-determined pattern is a raster pattern such that the bonded wear resistant particles are arranged with pre-determined distances (D1, D2) between each other.
A vane impingement tube (34, 90), comprising: a tube body (56, 92) shaped and sized for insertion into a turbine nozzle vane of a turbine nozzle; an impingement outlet (40, 40', 96) formed in the tube body and configured to discharge airflow for impingement against a leading edge region of the turbine nozzle vane when the tube body is inserted into the turbine nozzle vane; a first flow-turning feature (74, 100) located in the tube body; and an inlet (68, 102) formed in the tube body and configured to receive airflow substantially in a radial direction, the first flow-turning feature shaped and positioned to turn the airflow received through the inlet substantially in an axial direction perpendicular to the radial direction prior to discharge through the impingement outlet; characterized in that the vane impingement tube further comprises a turbulator structure (82, 106) located within the tube body adjacent an outlet end of the first flow-turning feature, the turbulator structure introducing turbulence to the airflow prior to discharge through the impingement outlet. a tube body (56, 92) shaped and sized for insertion into a turbine nozzle vane of a turbine nozzle; an impingement outlet (40, 40', 96) formed in the tube body and configured to discharge airflow for impingement against a leading edge region of the turbine nozzle vane when the tube body is inserted into the turbine nozzle vane; a first flow-turning feature (74, 100) located in the tube body; and an inlet (68, 102) formed in the tube body and configured to receive airflow substantially in a radial direction, the first flow-turning feature shaped and positioned to turn the airflow received through the inlet substantially in an axial direction perpendicular to the radial direction prior to discharge through the impingement outlet; characterized in that the vane impingement tube further comprises a turbulator structure (82, 106) located within the tube body adjacent an outlet end of the first flow-turning feature, the turbulator structure introducing turbulence to the airflow prior to discharge through the impingement outlet.
A method for operating a wireless radio network, wherein the wireless radio network is comprising a core network, a number of base stations and at least one mobile host for wireless communication via at least one base station, wherein with respect to a peak traffic configuration where all the base stations of the wireless radio network are powered on, the method, during an off-peak traffic configuration, defines base station partitions where a base station partition is an association of powered on and powered off base stations where each powered on base station can cover regions of prior powered on base stations and wherein within the created base station partitions a minimum number or the smallest possible number of powered on base stations being necessary for accommodating a current traffic demand can be maintained, wherein all remaining base stations within a partition not being necessary for accommodating a current traffic demand can be powered off, characterized in that, when these base station partitions are created, if the load conditions or the mobility among neighbouring partitions change, a re-arrangement of the base station partitions can be performed by changing the association between the powered on and the powered off base stations, wherein a functionality of a powered on base station of a partition will be moved towards a base station of a neighbour partition with a low or the lowest load and vice versa.
Filter for a fluid injection valve, comprising: - a filter sleeve, - a fastening element wherein - the fastening element comprises a fitting portion for fastening the filter in the fluid injection valve and a connection portion mechanically interacting with a first part of the filter sleeve for connecting the filter sleeve and the fastening element, - the filter sleeve comprises a second part, the second part being arranged inside the fastening element and being disposed at a distance from the fitting portion of the fastening element, characterised in that - the fitting portion is resiliently moveable with respect to the connection portion. - a filter sleeve, - a fastening element - the fastening element comprises a fitting portion for fastening the filter in the fluid injection valve and a connection portion mechanically interacting with a first part of the filter sleeve for connecting the filter sleeve and the fastening element, - the filter sleeve comprises a second part, the second part being arranged inside the fastening element and being disposed at a distance from the fitting portion of the fastening element, characterised in that - the fitting portion is resiliently moveable with respect to the connection portion.
An airflow disruptor (34, 134, 234) for a gas turbine engine bleed air exhaust port of an anti-icing system, the airflow disruptor (34, 134, 234) comprising: an exhaust duct and a disruptor plate rotatably mounted upstream from an exhaust port of the exhaust duct; an actuator (40, 140, 240) coupled to the disruptor plate, the actuator (40, 140, 240) adapted to rotate the disruptor plate into an external airflow responsive to temperature of exhaust flow in the exhaust port whereby the external airflow is turbulated upstream of the exhaust port; a temperature sensor, wherein the temperature sensor is placed to sense temperature in the exhaust duct, wherein the actuator (40, 140, 240) is operable responsive to a temperature signal from the temperature sensor; and a control system receiving the temperature signal and issuing an actuation signal to the actuator (40, 140, 240) responsive to the temperature signal exceeding a threshold value, wherein the actuation signal is proportional to temperature over the threshold value as indicated by the temperature signal. an exhaust duct and a disruptor plate rotatably mounted upstream from an exhaust port of the exhaust duct; an actuator (40, 140, 240) coupled to the disruptor plate, the actuator (40, 140, 240) adapted to rotate the disruptor plate into an external airflow responsive to temperature of exhaust flow in the exhaust port whereby the external airflow is turbulated upstream of the exhaust port; a temperature sensor, wherein the temperature sensor is placed to sense temperature in the exhaust duct, wherein the actuator (40, 140, 240) is operable responsive to a temperature signal from the temperature sensor; and a control system receiving the temperature signal and issuing an actuation signal to the actuator (40, 140, 240) responsive to the temperature signal exceeding a threshold value, wherein the actuation signal is proportional to temperature over the threshold value as indicated by the temperature signal.
A toner, comprising: a binder resin; and a colorant, wherein the toner has a storage modulus of 1.0 × 10 7 Pa or more at 50°C, a loss modulus of 8.0 × 10 4 Pa to 2.0 × 10 5 Pa at 80°C, and a loss modulus of 2.0 × 10 2 Pa to 1.0 × 10 3 Pa at 160°C, wherein the storage modulus and loss modulus are measured at a frequency of 1Hz, and wherein the binder resin comprises: an amorphous polyester resin A which is obtained by a reaction of a non-linear reactive precursor with a curing agent and has a glass transition temperature of -60°C to 0°; an amorphous polyester resin B having a glass transition temperature of 40°C to 70°C; and a crystalline polyester resin C. a binder resin; and a colorant, wherein the toner has a storage modulus of 1.0 × 10 7 Pa or more at 50°C, a loss modulus of 8.0 × 10 4 Pa to 2.0 × 10 5 Pa at 80°C, and a loss modulus of 2.0 × 10 2 Pa to 1.0 × 10 3 Pa at 160°C, wherein the storage modulus and loss modulus are measured at a frequency of 1Hz, and wherein the binder resin comprises: an amorphous polyester resin A which is obtained by a reaction of a non-linear reactive precursor with a curing agent and has a glass transition temperature of -60°C to 0°; an amorphous polyester resin B having a glass transition temperature of 40°C to 70°C; and a crystalline polyester resin C. an amorphous polyester resin A which is obtained by a reaction of a non-linear reactive precursor with a curing agent and has a glass transition temperature of -60°C to 0°; an amorphous polyester resin B having a glass transition temperature of 40°C to 70°C; and a crystalline polyester resin C.
A method of detecting a capsaicinoid in a sample, which comprises contacting the sample with working and counter electrodes in the presence of an electrolyte, and determining the electrochemical response of the working electrode to the sample, wherein the working electrode comprises a substrate comprising one or more multiwalled carbon nanotubes.
A method for measuring in a direction across a moving web both tension and caliper of said moving web comprising the steps: using a single sensor to measure tension and caliper of said moving web at a location on said moving web; providing support (70, 72) for said moving web before and after said location on said moving web where said single sensor measures tension and caliper of said moving web; and controlling said single sensor to alternate between two operating modes where in one of said two operating modes said single sensor measures caliper of said moving web and in another of said two operating modes said single sensor measures tension of said moving web. using a single sensor to measure tension and caliper of said moving web at a location on said moving web; providing support (70, 72) for said moving web before and after said location on said moving web where said single sensor measures tension and caliper of said moving web; and controlling said single sensor to alternate between two operating modes where in one of said two operating modes said single sensor measures caliper of said moving web and in another of said two operating modes said single sensor measures tension of said moving web.
A metering valve for dispensing fluid, the metering valve comprising: a valve body containing a metering chamber; and a valve member that slides axially in said valve body between a rest position and a dispensing position, for selectively dispensing the contents of said metering chamber, said valve member including a collar and being urged towards its rest position by a spring that co-operates firstly with said valve body and secondly with said collar, said valve body including a valve-body cylindrical portion in which said collar of said valve member slides between its rest and dispensing positions, the metering valve being characterized in that said valve-body cylindrical portion includes a plurality of longitudinal splines that extend over at least a fraction of the height of said valve-body cylindrical portion, said longitudinal splines projecting radially inwards and acting on said collar of said valve member for substantially centering said collar in said valve-body cylindrical portion.
An apparatus for stretch wrapping a load having a girth, comprising: a packaging material dispenser for dispensing packaging material, the packaging material dispenser including an upstream pre-stretch roller and a downstream pre-stretch roller within a pre-stretch assembly; a rotational drive system for providing relative rotation between the load and the packaging material dispenser during a wrapping cycle; and a control driving the pre-stretch assembly to dispense a predetermined substantially constant length of pre-stretched packaging material for at least one revolution of the relative rotation between the load and the packaging material dispenser, characterised in that said predetermined length of packaging material is based on the girth of the load. a packaging material dispenser for dispensing packaging material, the packaging material dispenser including an upstream pre-stretch roller and a downstream pre-stretch roller within a pre-stretch assembly; a rotational drive system for providing relative rotation between the load and the packaging material dispenser during a wrapping cycle; and a control driving the pre-stretch assembly to dispense a predetermined substantially constant length of pre-stretched packaging material for at least one revolution of the relative rotation between the load and the packaging material dispenser, characterised in that said predetermined length of packaging material is based on the girth of the load.
A process of acetone-drying hydrated feedstock at ambient temperature, comprising: a) contacting the hydrated feedstock comprising water and insoluble solid with acetone, thereby yielding a first slurry comprised of acetone, water and the insoluble solid, wherein the acetone extracts the water from the insoluble solid; b) separating the insoluble solid within the first slurry; thereby yielding insoluble solid saturated with acetone and a first solution comprising acetone and water; wherein the insoluble solid is dehydrated, and c) recovering the acetone from the solution of step b) comprising contacting the solution with vapor phase carbon dioxide, thereby splitting the solution into an acetone-rich phase and a water-rich phase and separating the acetone-rich phase from the water-rich phase; wherein the acetone is recovered. a) contacting the hydrated feedstock comprising water and insoluble solid with acetone, thereby yielding a first slurry comprised of acetone, water and the insoluble solid, wherein the acetone extracts the water from the insoluble solid; b) separating the insoluble solid within the first slurry; thereby yielding insoluble solid saturated with acetone and a first solution comprising acetone and water; wherein the insoluble solid is dehydrated, and c) recovering the acetone from the solution of step b) comprising contacting the solution with vapor phase carbon dioxide, thereby splitting the solution into an acetone-rich phase and a water-rich phase and separating the acetone-rich phase from the water-rich phase; wherein the acetone is recovered.
A method for analysing process data related to a segment of a production process; providing a process data sequence of the segment of the production process exhibiting a data pattern of at least one process variable to be analysed; providing a set of metadata of the segment of the production process related to the provided process data sequence, wherein the metadata include data related to a batch production process; determining process data sequences based on the provided set of metadata of the segment of the production process, wherein the metadata are stored in a first database; determining a start timestamp and end timestamp of each of the determined process data sequence, based on the first database; and calculating a similarity value of a sub interval of each of the determined process data sequences compared to the provided process data sequence, based on the data pattern of the at least one process variable, wherein characteristic shapes of the determined process data sequences are determined to define the sub interval for each of the determined process data sequences, and wherein the determined process data sequences for the calculation are provided, based on the related start timestamps and end timestamps, by accessing a second database comprising the process data sequences, for analysing the process data to select a batch with a quality problem or an undesirable event. providing a process data sequence of the segment of the production process exhibiting a data pattern of at least one process variable to be analysed; providing a set of metadata of the segment of the production process related to the provided process data sequence, wherein the metadata include data related to a batch production process; determining process data sequences based on the provided set of metadata of the segment of the production process, wherein the metadata are stored in a first database; determining a start timestamp and end timestamp of each of the determined process data sequence, based on the first database; and calculating a similarity value of a sub interval of each of the determined process data sequences compared to the provided process data sequence, based on the data pattern of the at least one process variable, wherein characteristic shapes of the determined process data sequences are determined to define the sub interval for each of the determined process data sequences, and wherein the determined process data sequences for the calculation are provided, based on the related start timestamps and end timestamps, by accessing a second database comprising the process data sequences, for analysing the process data to select a batch with a quality problem or an undesirable event.
Weather-resistant pearlescent pigment, comprising a coated or uncoated platelet-shaped substrate selected from the group comprising synthetic mica platelets, glass platelets, SiO 2 platelets, Al 2 O 3 platelets, synthetic boehmite platelets, BiOCl platelets and mixtures thereof, a chromophoric coating with at least one highly refractive metal oxide, and a top layer, the top layer comprising the following layer sequence: a) a first layer of tin oxide and/or tin hydroxide and/or hydrated tin oxide, b) a second cerium-containing layer comprising cerium oxide and/or cerium hydroxide and/or hydrated cerium oxide, c) an organic-chemical coating containing or comprising oligomeric silanes applied on top of the cerium-containing layer, the oligomeric silanes having one or more amino groups, and the oligomeric silanes are chemically bonded with the cerium-containing layer. a) a first layer of tin oxide and/or tin hydroxide and/or hydrated tin oxide, b) a second cerium-containing layer comprising cerium oxide and/or cerium hydroxide and/or hydrated cerium oxide, c) an organic-chemical coating containing or comprising oligomeric silanes applied on top of the cerium-containing layer, the oligomeric silanes having one or more amino groups, and the oligomeric silanes are chemically bonded with the cerium-containing layer.
An evaporation device for cooling comprising: a housing in which an evaporation space is formed and a heat source is in contact with an outer surface of one side thereof, and the housing being connected to a working fluid inlet pipe on one side and a vapor outlet pipe on another side thereof, and a working fluid is filled with a predetermined level therein; a wick installed on an inner surface corresponding to the heat source among the inner surfaces of the evaporation space to generate movement of the working fluid by capillary action; a partition wall dividing the evaporation space into a plurality of spaces communicating with each other and supporting the wick; and a distributor installed extending to the opposite side of the working fluid inlet pipe to mix the working fluid introduced through the working fluid inlet pipe with the working fluid pre-filled in the evaporation space, wherein the working fluid inlet pipe is connected to a lower portion of one side of the housing in a gravitational direction, and the vapor outlet pipe is connected to an upper portion of one side of the housing in a gravitational direction, and wherein the partition wall has a communication part formed in the partition wall body part having a band shape, the partition wall body part is orthogonally coupled to each other by coupling slots formed at positions corresponding to each other and positioned in the evaporation space in a grid shape, and the vapor flows between the spaces partitioned by the partition wall through the communication part. a housing in which an evaporation space is formed and a heat source is in contact with an outer surface of one side thereof, and the housing being connected to a working fluid inlet pipe on one side and a vapor outlet pipe on another side thereof, and a working fluid is filled with a predetermined level therein; a wick installed on an inner surface corresponding to the heat source among the inner surfaces of the evaporation space to generate movement of the working fluid by capillary action; a partition wall dividing the evaporation space into a plurality of spaces communicating with each other and supporting the wick; and a distributor installed extending to the opposite side of the working fluid inlet pipe to mix the working fluid introduced through the working fluid inlet pipe with the working fluid pre-filled in the evaporation space, wherein the working fluid inlet pipe is connected to a lower portion of one side of the housing in a gravitational direction, and the vapor outlet pipe is connected to an upper portion of one side of the housing in a gravitational direction, and wherein the partition wall has a communication part formed in the partition wall body part having a band shape, the partition wall body part is orthogonally coupled to each other by coupling slots formed at positions corresponding to each other and positioned in the evaporation space in a grid shape, and the vapor flows between the spaces partitioned by the partition wall through the communication part.
A power transmission system that transmits power underwater between a power-transmitting device and a power-receiving device (1,2) of which at least one is capable of moving freely underwater, wherein the power-transmitting device and the power-receiving device are each provided with a resonance coil (12, 21) that performs the power transmission wirelessly underwater by means of magnetic field resonance, and at least one of the power-transmitting device and the power-receiving device is provided with a balloon (13, 27) that internally houses the resonance coil of its own device.