mhurhangee/ep-ind-claims huggingface dataset:
Propeller pump for the pumping of liquid, comprising: an axially extending tubular pump housing having an inner surface and comprising an inlet opening and an outlet opening, an axially extending pump core having an envelope surface, at least an axial part section of the pump core being surrounded by said pump housing, and at least one radially extending guide vane, which is connected to the inner surface of the pump housing and to the envelope surface of the pump core, the pump core comprising a drive unit and a hydraulic unit that is situated upstream in relation to the drive unit and that comprises a propeller having a hub and at least one blade, furthermore the propeller pump comprises an axially extending channel that extends from the inlet opening of the pump housing to the outlet opening of the pump housing, which channel, in the radial direction, is delimited by the inner surface of the pump housing and the envelope surface of the pump core, respectively, characterized in that a cross-sectional area (A 2) of said channel, in the region of a rear edge of said at least one guide vane, is greater than a factor of 1,04 times a cross-sectional area (A 1) of the channel in the region of a rear edge of the at least one blade of the propeller, that the cross-sectional area (A 2) of said channel, in the region of the rear edge of said at least one guide vane, is less than or equal to a factor of 1,1 times the cross-sectional area (A 1) of said channel in the region of the rear edge of the at least one blade of the propeller, that a cross-sectional area (A 3) of said channel, in the region of the outlet opening of the pump housing, is larger than or equal to the cross-sectional area (A 2) of the channel in the region of the rear edge of said at least one guide vane, that the cross-sectional area (A 3) of said channel, in the region of the outlet opening of the pump housing, is less than or equal to a factor of 1,9 times the cross-sectional area (A 1) of said channel in the region of the rear edge of the at least one blade of the propeller, and that the propeller pump has a specific rotational speed (nq) that is greater than or equal to 200 and that is less than or equal to 300. an axially extending tubular pump housing having an inner surface and comprising an inlet opening and an outlet opening, an axially extending pump core having an envelope surface, at least an axial part section of the pump core being surrounded by said pump housing, and at least one radially extending guide vane, which is connected to the inner surface of the pump housing and to the envelope surface of the pump core,
A transmission power control method in a wireless communication system for comparing a measured error rate and a required error rate, updating a target SIR and controlling transmission power on a transmitting side in such a manner that measured SIR agrees with the target SIR, monitoring degradation in quality of a receive signal; detecting a continuous degradation by determining whether an average error rate of the signal over a first fixed period of time meets a predetermined quality condition; characterized by the steps of: if a continuous degradation in quality is detected, detecting a continuous high-quality state by determining whether blocks received during a second fixed period of time are error-free; and if a continuous high-quality state is detected, setting the target SIR to an initial value; and reducing the target SIR by a prescribed amount from the initial value if no error is detected whenever an error detection check is made and, when an error has been detected, thenceforth measuring error rate at a target SIR update period that conforms to service quality, comparing the error rate measured and a required error rate and updating the target SIR on the basis of the result of the comparison. if a continuous degradation in quality is detected, detecting a continuous high-quality state by determining whether blocks received during a second fixed period of time are error-free; and if a continuous high-quality state is detected, setting the target SIR to an initial value; and reducing the target SIR by a prescribed amount from the initial value if no error is detected whenever an error detection check is made and, when an error has been detected, thenceforth measuring error rate at a target SIR update period that conforms to service quality, comparing the error rate measured and a required error rate and updating the target SIR on the basis of the result of the comparison.
A method for detecting airborne chemicals, comprising: (a) utilizing multiple wearable chemical detectors in an area; (b) acquiring an environmental air sample within each wearable chemical detector; (c) detecting the presence and concentration of one or more chemicals or toxic gases within the environmental air sample; (d) analyzing data relating to the detecting (e) determining at least one of a chemical name, a chemical concentration, a chemical category, or a toxicity level; and (f) transmitting the determined information to a central data collection site; and wherein the method is characterised by comprising: (g) each wearable chemical detector communicating with each other information relating to chemical concentrations measured to generate an instruction, and (h) receiving the instruction by at least one of the wearable chemical detectors for a user to follow, wherein the instruction includes an indication of whether an alert from an alert mechanism on the wearable chemical detector of one or more detected chemicals present is a false positive. (a) utilizing multiple wearable chemical detectors in an area; (b) acquiring an environmental air sample within each wearable chemical detector; (c) detecting the presence and concentration of one or more chemicals or toxic gases within the environmental air sample; (d) analyzing data relating to the detecting (e) determining at least one of a chemical name, a chemical concentration, a chemical category, or a toxicity level; and (f) transmitting the determined information to a central data collection site; and (g) each wearable chemical detector communicating with each other information relating to chemical concentrations measured to generate an instruction, and (h) receiving the instruction by at least one of the wearable chemical detectors for a user to follow, wherein the instruction includes an indication of whether an alert from an alert mechanism on the wearable chemical detector of one or more detected chemicals present is a false positive.
A stent delivery system, comprising:an inner shaft having a distal region;a stent disposed about the distal region;a deployment sheath slidably disposed about the inner shaft; a handle coupled to the deployment sheath; and an intermediate shaft disposed about the inner shaft and positioned proximally of the stent;wherein a proximal portion of the intermediate shaft is disposed within the handle, characterised by the intermediate shaft including a proximal necked down portion and by a support sleeve disposed about the proximal necked down portion.
Use of a S1P receptor modulator or agonist in the manufacture of a medicament for the treatment of an autoimmune disease, whereby the autoimmune disease is selected from the list consisting of multiple sclerosis, polymyositis, lupus nephritis, rheumatoid arthritis, inflammatory bowel disease and psoriasis, wherein prior to commencing the administration of the S1P receptor modulator or agonist at the standard daily therapeutic dosage, said S1P receptor modulator or agonist is administered at a daily dosage which is lower than the standard daily therapeutic dosage during an initial period of treatment, and wherein the highest initial dosage is between 0.01 mg and 0.30 mg.
A process for selectively hydrogenating carbon-carbon double bonds in a diene-based polymer comprising subjecting a diene-based polymer to hydrogenation in the presence of a group VIIIb metal containing catalyst supported on a carrier material comprising at least one hyper-branched polymer.
An optical member, comprising: a substrate; an intermediate layer; and an aluminum oxide layer stacked on the intermediate layer, the aluminum oxide layer having a surface with an irregular structure made of aluminum oxide crystals, wherein the intermediate layer includes multiple columnar structures which are inclined with respect to a surface of the substrate, and the intermediate layer includes voids between the multiple columnar structures. a substrate; an intermediate layer; and an aluminum oxide layer stacked on the intermediate layer, the aluminum oxide layer having a surface with an irregular structure made of aluminum oxide crystals, wherein the intermediate layer includes multiple columnar structures which are inclined with respect to a surface of the substrate, and the intermediate layer includes voids between the multiple columnar structures.
A concrete sub-base layer with recycled rubber from discarded tyres, said concrete having a compressive strength greater than 1 MPa, preferably greater than 2 MPa at 28 days, a density lower than 1,100 kg/m 3, preferably lower than 1,000 kg/m 3 and an elastic modulus lower than 5,000 MPa, preferably lower than 3,000 Mpa, consisting of cement, aggregates, water and possibly polymeric additives, wherein the aggregates in the concrete sub-base layer consist exclusively of pretreated recycled rubber from discarded tyres and have a particle size lower than 20 mm and the rubber from discarded tyres is pre-treated by storage of PFU rubber in water for a time ranging from 7 days to 40 days or by washing the PFU rubber with latex and wherein the concrete mixture comprises from 35 to 50% by weight of cement, from 10 to 18% by weight of water and from 30 to 50% by weight of aggregates.
A method for identifying a device from a digital content having been received by said device from a master device located at a user end, said master device being further configured to be connected to a server located at a back end, said method comprising the steps of: - receiving, by the master device from the device, at least device identification data; - generating, at the master device, a first mark as a function of at least a part of said device identification data; - watermarking said digital content using said first mark before transmitting said digital content to said device; said method further comprising the steps of: - generating, at the master device, event data comprising at least a master device identifier and at least a part of said device identification data; - sending said event data to the server via a return path linking the master device to said server and storing said event data in the master device; wherein it further comprises the steps of: - receiving, at the master device, a code generated by the server in response to said event data received by the server; - using said code for generating said first mark at the master device. - receiving, by the master device from the device, at least device identification data; - generating, at the master device, a first mark as a function of at least a part of said device identification data; - watermarking said digital content using said first mark before transmitting said digital content to said device; - generating, at the master device, event data comprising at least a master device identifier and at least a part of said device identification data; - sending said event data to the server via a return path linking the master device to said server and storing said event data in the master device; - receiving, at the master device, a code generated by the server in response to said event data received by the server; - using said code for generating said first mark at the master device.
A system for processing a whole slide image, WSI, of a biopsy, comprising a processor which is adapted to: detect tissue present in the WSI relating to one biopsy; create a skeleton of the shape of the detected tissue; select a skeleton path as the longest continuous path through the tissue; determine tissue pathologies of the detected tissue; and generate an image comprising: a line representing the skeleton path with different line representations along the line representing different tissue pathologies; and a pathology summary for the overall line, wherein the pathology summary comprises a biopsy length and a fraction of the line occupied by a particular type of tissue pathology. detect tissue present in the WSI relating to one biopsy; create a skeleton of the shape of the detected tissue; select a skeleton path as the longest continuous path through the tissue; determine tissue pathologies of the detected tissue; and generate an image comprising: a line representing the skeleton path with different line representations along the line representing different tissue pathologies; and a pathology summary for the overall line, wherein the pathology summary comprises a biopsy length and a fraction of the line occupied by a particular type of tissue pathology. a line representing the skeleton path with different line representations along the line representing different tissue pathologies; and a pathology summary for the overall line, wherein the pathology summary comprises a biopsy length and a fraction of the line occupied by a particular type of tissue pathology.
A household appliance for preparing food items cooked in the presence of fat comprising: - a container for receiving at least one raw food item (2a, 2b); - a preparation chamber; - a water-spraying device for spraying water onto chopped-up parts inside the preparation chamber - evacuation means for evacuating the liquid water accumulated in the preparation chamber; - heating means for drying and cooking said chopped-up parts in said preparation chamber; - a controller connected to the water-spraying device and to the heating means, said controller being configured so that said preparation appliance carries out a step of spraying water onto said chopped-up parts in the preparation chamber, a step of drying said chopped-up parts and a step of cooking said chopped-up parts; the appliance being characterised in that it further comprises: - at least one cutting device configured to chop up said raw food item (2a, 2b) into said chopped-up parts and to transfer said chopped-up parts into the preparation chamber; - means for spraying fat onto the chopped-up parts in the preparation chamber; the controller being connected to the means for spraying fat, said controller being configured so that said preparation appliance carries out a step of spraying fat on said chopped-up parts. - a container for receiving at least one raw food item (2a, 2b); - a preparation chamber; - a water-spraying device for spraying water onto chopped-up parts inside the preparation chamber - evacuation means for evacuating the liquid water accumulated in the preparation chamber; - heating means for drying and cooking said chopped-up parts in said preparation chamber; - a controller connected to the water-spraying device and to the heating means, said controller being configured so that said preparation appliance carries out a step of spraying water onto said chopped-up parts in the preparation chamber, a step of drying said chopped-up parts and a step of cooking said chopped-up parts; - at least one cutting device configured to chop up said raw food item (2a, 2b) into said chopped-up parts and to transfer said chopped-up parts into the preparation chamber; - means for spraying fat onto the chopped-up parts in the preparation chamber;
An industrial fabric having a length and a width, the fabric (100, 260) comprising a seam area and a body portion, the seam area comprising: a first edge (10, 12) of the fabric (100, 260) overlapped with a second edge (10, 12) of the fabric (100, 260) by a predetermined distance; wherein at least a portion of the overlapped area is welded by ultrasonic energy forming a welded area, and wherein the welded area (18, 418) has a texture or pattern that is the same as that of the body portion of the fabric (100, 260), and wherein the welded area has a caliper the same as that of the body portion of the fabric (100, 260). a first edge (10, 12) of the fabric (100, 260) overlapped with a second edge (10, 12) of the fabric (100, 260) by a predetermined distance; wherein at least a portion of the overlapped area is welded by ultrasonic energy forming a welded area, and wherein the welded area (18, 418) has a texture or pattern that is the same as that of the body portion of the fabric (100, 260), and wherein the welded area has a caliper the same as that of the body portion of the fabric (100, 260).
A pneumatic tire, comprising: a plurality of circumference direction main grooves (20, 22, 24) that are formed at a tread portion and extend in the tire circumference direction; an outer side rib that, when the tire is mounted at a vehicle, is formed at a tire mounting outer side relative to the plurality of circumference direction main grooves (20, 22, 24) a land portion of the outer side rib being continuous in the tire circumference direction; and a lug groove that extends from an outermost side circumference direction main groove toward the outer side rib, the outermost side circumference direction main groove being formed furthest to the tire mounting outer side, when the tire is mounted at the vehicle, among the plurality of circumference direction main grooves (20, 22, 24), a groove width of the lug groove widening from the outermost side circumference direction main groove side thereof toward the outer side rib side, and the lug groove terminating further toward the outermost side circumference direction main groove side than a tire ground contact edge at the tire mounting outer side; CHARACTERIZED BY: a shoulder circumference direction narrow groove that extends in the tire circumference direction is formed further toward the outer side rib side than the outermost side circumference direction main groove, the shoulder circumference direction narrow groove being narrower in groove width and shallower in groove depth than the outermost side circumference direction main groove, wherein the lug groove and the shoulder circumference direction narrow groove intersect. a plurality of circumference direction main grooves (20, 22, 24) that are formed at a tread portion and extend in the tire circumference direction; an outer side rib that, when the tire is mounted at a vehicle, is formed at a tire mounting outer side relative to the plurality of circumference direction main grooves (20, 22, 24) a land portion of the outer side rib being continuous in the tire circumference direction; and a lug groove that extends from an outermost side circumference direction main groove toward the outer side rib, the outermost side circumference direction main groove being formed furthest to the tire mounting outer side, when the tire is mounted at the vehicle, among the plurality of circumference direction main grooves (20, 22, 24), a groove width of the lug groove widening from the outermost side circumference direction main groove side thereof toward the outer side rib side, and the lug groove terminating further toward the outermost side circumference direction main groove side than a tire ground contact edge at the tire mounting outer side; a shoulder circumference direction narrow groove that extends in the tire circumference direction is formed further toward the outer side rib side than the outermost side circumference direction main groove, the shoulder circumference direction narrow groove being narrower in groove width and shallower in groove depth than the outermost side circumference direction main groove, wherein the lug groove and the shoulder circumference direction narrow groove intersect.
A component for use in construction technology and building technology in the form of a door, a window, a panel, a facade element or the like, consisting of an inner and an outer shell part and a component core connecting them together, wherein the two shell parts and the component core are preferably substantially plate-shaped and at least one of the shell parts is attached to the component core by means of circumferentially arranged sliding elements, wherein further the sliding elements are supported adjustably in the direction perpendicular to the adjacent edge of the shell part in guide receptacles of the component core, and the sliding elements in the guide receptacles are returned to a middle position by means of elastic spring elements, wherein the sliding element is formed by a back strip (3.1) adjoining the shell part and laterally adjacent wing strips (3.2), wherein the wing strips (3.2) are spaced apart from the shell part and the back strip (3.1) is connected to the shell part by means of adhesive strips, by a curing liquid adhesive film, by adhesive systems analogously to SG glazing or in a comparable manner, characterised in that the wing strips (3.2) are encompassed by grooves of the guide receptacles.
A volatile organic compound combustion device comprising: a mixer which mixes VOC gas containing volatile organic compounds and combustion air; and a burner which burns fuel in a combustion chamber by using VOC mixed air mixed by the mixer, characterized in that the burner includes a burner outer cylinder, a plurality of fuel gas nozzles connected to a fuel gas header which distributes the fuel to each of the nozzles, the nozzles injecting the fuel into the combustion chamber and disposed inside the burner outer cylinder, and a VOC mixed air flow path which is a space between the burner outer cylinder and between the fuel gas nozzles and which supplies the VOC mixed air to the combustion chamber. a mixer which mixes VOC gas containing volatile organic compounds and combustion air; and a burner which burns fuel in a combustion chamber by using VOC mixed air mixed by the mixer, characterized in that the burner includes a burner outer cylinder, a plurality of fuel gas nozzles connected to a fuel gas header which distributes the fuel to each of the nozzles, the nozzles injecting the fuel into the combustion chamber and disposed inside the burner outer cylinder, and a VOC mixed air flow path which is a space between the burner outer cylinder and between the fuel gas nozzles and which supplies the VOC mixed air to the combustion chamber.