mhurhangee/ep-ind-claims huggingface dataset:
A method for producing hydrocarbons from a plurality of hydrocarbon containing reservoirs (22, 24, 26), the method comprising: producing a first mixture of water and hydrocarbons, including at least one of oil and natural gas, from at least one conventional hydrocarbon reservoir (22, 24)and transporting the first mixture to a production facility, including water separation apparatus, for processing the first mixture of water and hydrocarbons; concurrently producing a second mixture of water and natural gas from at least one natural gas hydrate reservoir and transporting the second mixture to the production facility for processing the second mixture of water and natural gas; and processing the first and second mixtures utilizing the production facility to at least partially separate water and hydrocarbons from the first and second mixtures. producing a first mixture of water and hydrocarbons, including at least one of oil and natural gas, from at least one conventional hydrocarbon reservoir (22, 24)and transporting the first mixture to a production facility, including water separation apparatus, for processing the first mixture of water and hydrocarbons; concurrently producing a second mixture of water and natural gas from at least one natural gas hydrate reservoir and transporting the second mixture to the production facility for processing the second mixture of water and natural gas; and processing the first and second mixtures utilizing the production facility to at least partially separate water and hydrocarbons from the first and second mixtures.
Capacitor fuel probe for measuring a fuel level along a probe axis when a dielectric constant value of the fuel is comprised between a minimum limit K min and a maximum limit K max, said minimum and maximum limits being prescribed for the capacitor fuel probe, the capacitor fuel probe comprising: - a continuous or segmented electrode tube along the probe axis, and - a series of N separated capacitor segments which are superposed on one another along the probe axis and disposed internally or externally to the electrode tube, N being an integer higher than 5, each capacitor segment extending from a bottom height value to a top height value along the probe axis, and the top height value of any one of the capacitor segments corresponding to the bottom height value of the next capacitor segment when moving from the lowest one of the capacitor segments to the highest one of said capacitor segments, wherein the capacitor fuel probe being further designed so that any three successive ones of the capacitor segments are electrically isolated from each other, characterized in that each capacitor segment being assigned to one out of at least three sets (A-C) by repeating one and same ordered sequence of the sets while moving from the lowest capacitor segment to the highest capacitor segment according to a superposition order along the probe axis, all the capacitor segments within each set being connected electrically according to a parallel connection arrangement separately from the other sets, when all the capacitor segments are numbered progressively with an integer index n from the lowest capacitor segment to the highest capacitor segment along the probe axis, and h n denoting the top height value of the n th capacitor segment, the following condition is met: h n − 1 < h n ⋅ K min − 1 / K max − 1, for any n-value from 2 to N. - a continuous or segmented electrode tube along the probe axis, and - a series of N separated capacitor segments which are superposed on one another along the probe axis and disposed internally or externally to the electrode tube, N being an integer higher than 5, each capacitor segment extending from a bottom height value to a top height value along the probe axis, and the top height value of any one of the capacitor segments corresponding to the bottom height value of the next capacitor segment when moving from the lowest one of the capacitor segments to the highest one of said capacitor segments,
Pump assembly comprising a pump unit and an electric motor driving said pump unit, comprising a rotor having a rotor shaft (2, 3) and a rotor stack fastened thereon, characterised by the fastening of the rotor stack on the rotor shaft (2,3) being formed by a circular wedge-shaped connection (5, 6) comprising at least one circular wedge-shaped segment and one complementary circular wedge-shaped segment, wherein the rotor is wet running and an opening in the circumferential direction through which the liquid surrounding the rotor can flow during operation of the pump assembly is formed in the uptight state of the circular wedge-shaped connection (5, 6) between at least one circular wedge-shaped segment and one complementary circular wedge-shaped segment that is adjacent in the circumferential direction, and in which the circular wedge-shaped connection (5, 6) forms a peripheral contact surface with an overall peripheral angle between 180° and 330°.
A method comprising: providing a first wafer comprising a first substrate, a first insulator layer on the first substrate, and a first dielectric layer on the first insulator layer; providing a second wafer comprising a second substrate, a second insulator layer on the second substrate, and a second dielectric layer on the second insulator layer; forming a first superconductor layer on the first dielectric layer; forming a second superconductor layer on the second dielectric layer; joining a surface of the first superconductor layer to a surface of the second superconductor layer to form a wafer stack; and forming a third superconductor layer on a first surface of the first or second dielectric layer. providing a first wafer comprising a first substrate, a first insulator layer on the first substrate, and a first dielectric layer on the first insulator layer; providing a second wafer comprising a second substrate, a second insulator layer on the second substrate, and a second dielectric layer on the second insulator layer; forming a first superconductor layer on the first dielectric layer; forming a second superconductor layer on the second dielectric layer; joining a surface of the first superconductor layer to a surface of the second superconductor layer to form a wafer stack; and forming a third superconductor layer on a first surface of the first or second dielectric layer.
Solar plant comprising at least a reflection plate, a support frame on which said reflection plate is assembled mobile to assume an optimized interception condition, said support frame being provided with at least a support shaft assembled mobile on support pedestals by means of relative displacement brackets, attached to the ends of the relative support shaft and in their turn attached to at least a movement mechanism, said at least a movement mechanism being assembled on the support frame, and constrained to said reflection plate, in order to allow the movement thereof with respect to the support frame, said movement mechanism comprising a fixed body assembled on said support frame, a rotating shaft assembled rotatable inside the fixed body around an axis of rotation and constrained to the reflection plate, the rotating shaft comprising on each head end, a plurality of attachment holes, in which said displacement brackets are attached, defining a misaligned or substantially cam-type conformation of the support shaft and the rotating shaft, so as to bring the axis of rotation as near as possible to the barycenter of the reflection plates and a plurality of rolling members (23, 123) disposed rotating between relative first and second sliding tracks (25, 27) made both on the fixed body and also on the rotating shaft, wherein the movement mechanism comprises at least an axial compensation seating made directly on the fixed body and extending from both sides with respect to said sliding tracks (25, 27) in a direction substantially parallel to the axis of rotation, to define a controlled play of axial displacement of said rolling members (23, 123), wherein, on the external surface of the rotating shaft, the relative first sliding tracks are directly made, annular and concentric to the axis of rotation, inside each sliding track the rolling members (23, 123) being able to roll with precision, wherein said fixed body comprises at least a ring-nut attached radially to the fixed body and on which the relative second sliding track is made opposite and aligned to the relative first sliding track of the rotating shaft, on the opposite side with respect to the corresponding rolling members (23, 123), wherein the ring-nut is disposed axially mobile inside said compensation seating.
Process for the preparation of a layer of intumescent material for a fire-resistant glazing based on hydrated alkali metal silicate, comprising the formation of a composition from solutions of alkali metal silicates, which process comprises the addition of aqueous dispersions of colloidal silica, the colloidal silica representing at least 20% of the total silica, the potassium with regard to the sodium being in an atomic ratio of greater than 4/1, with an apparent SiO 2 /M 2 O (M being an alkali metal) molar ratio of greater than 3.5 and less than 10, the composition being spread as a layer over a flat support and being subjected to a drying which brings its apparent water content to a value not exceeding 55%.
A method of processing at least two input materials (10, 12) which are processed to form a product, wherein a predetermined moisture interval is provided for each input material (10, 12) for the processing method, characterised in that: a. each humidity interval is divided into two or more humidity classes, b. a moisture content is measured for each input material (10, 12) before processing, c. each measured input material with its moisture content is assigned (14, 16) to one of the moisture classes, each of the moisture classes having a range of values for the moisture content of the input material (10, 12) within the moisture interval, and d. each input material in the process is processed (40, 42) according to its process control depending on the moisture classes e. wherein a moisture measurement is carried out on the finished product and the process control dependent on the moisture classes is adapted (24, 26) according to the measurement results for the finished product in order to achieve a homogeneous moisture distribution in the finished product. a. each humidity interval is divided into two or more humidity classes, b. a moisture content is measured for each input material (10, 12) before processing, c. each measured input material with its moisture content is assigned (14, 16) to one of the moisture classes, each of the moisture classes having a range of values for the moisture content of the input material (10, 12) within the moisture interval, and d. each input material in the process is processed (40, 42) according to its process control depending on the moisture classes e. wherein a moisture measurement is carried out on the finished product and the process control dependent on the moisture classes is adapted (24, 26) according to the measurement results for the finished product in order to achieve a homogeneous moisture distribution in the finished product.
Lighting system comprising at least one LED-module and control means, the LED-module comprising at least one first type LED emitting radiation suitable for generating white light, and at least one second type LED emitting UV-B radiation, wherein the LED-module is configured to emit white light and UV-B radiation, the control means is configured to control the portion of UV-B radiation power relative to the entire radiation power such that the UV-B radiation does not exceed an upper threshold, characterised in that the upper threshold is in the range from 18omW to 210mW, preferably in the range from 200mW to 210mW, and most preferred 206mW. the LED-module is configured to emit white light and UV-B radiation, the control means is configured to control the portion of UV-B radiation power relative to the entire radiation power such that the UV-B radiation does not exceed an upper threshold, characterised in that the upper threshold is in the range from 18omW to 210mW, preferably in the range from 200mW to 210mW, and most preferred 206mW.
Use of an aromatic polyphenol derivative comprising at least one aromatic ring bearing at least two -O-Z groups in the meta position relative to one another, the two positions ortho to at least one of the -O-Z groups being unsubstituted, and in which each -O-Z group represents an -O-Si(R 1 R 2 R 3) group with R 1, R 2, R 3 representing, independently of one another, a hydrocarbon-based radical or a substituted hydrocarbon-based radical, for the manufacture of a phenol-aldehyde resin for reinforcing a rubber composition.
Apparatus, configured and adapted for scalding slaughtered poultry, comprising an elongate scalding tank, which is closed on all sides by side walls (12, 13) and end walls (14, 15) and at the bottom by a base wall and which is open at the top, for receiving and for holding a liquid scalding medium, a transport means, arranged above the scalding tank, for transporting the poultry in a hanging manner within the scalding tank along a scalding channel formed of a plurality of scalding channel sections from an input region to an output region, wherein at least two transport lines (21, 22, 23) for the poultry are formed within the scalding tank, each from one end wall of the scalding tank to the opposite end wall of the scalding tank, and the transport lines (21, 22, 23) are connected to one another by means of curved connecting lines (24, 25) for 180-degree deflection, wherein each transport line (21 to 23) and each connecting line (24, 25) is delimited by two partition walls (26, 27), which are arranged spaced apart from one another transversely to the transport direction T, and a base wall to form linear scalding channel sections which are open at the top and curved scalding channel sections which are open at the top, wherein partition walls (26, 27) of adjacent scalding channel sections and partition walls (26, 27) that are situated adjacent to outside walls of the scalding tank are arranged spaced apart from one another to form a free space for the scalding medium, wherein means for supplying and/or warming the scalding medium are associated at least with the free spaces of adjacent scalding channel sections, and wherein there is formed beneath at least parts of the scalding channel, namely at least between the base walls of the linear scalding channel sections and the base wall of the scalding tank, a receiving compartment for scalding medium which, together with the free spaces, forms a common chamber with which there is associated at least one turbulence-generating body for generating turbulence and/or flow of the scalding medium in the scalding tank, characterised in that the receiving compartment extends beneath the entire scalding channel, that is to say between the base walls of the linear and of the curved scalding channel sections on the one hand and the base wall of the scalding tank on the other hand, wherein there is arranged in the receiving compartment, which as a result extends into the region of the curved scalding channel sections, at least one pump device as a turbulence-generating body for forming a pressure chamber which acts along the entire scalding channel.
A computer-implemented method for detecting a spoofing situation with respect to one or more electronic communications, comprising: receiving an electronic communication; determining whether the electronic communication includes a textual or graphical reference to a first entity; determining whether the textual or graphical reference to the first entity is associated with a link to a second entity; and detecting whether a spoofing situation exists with respect to the received electronic communication based upon the determination of whether the textual or graphical reference is associated with the link to the second entity, characterized in that detecting whether a spoofing situation exists comprises utilizing fingerprint analysis techniques in order to determine whether the electronic communication is a composite of one or more elements from a legitimate company website as well as one or more elements from a different entity's website. receiving an electronic communication; determining whether the electronic communication includes a textual or graphical reference to a first entity; determining whether the textual or graphical reference to the first entity is associated with a link to a second entity; and detecting whether a spoofing situation exists with respect to the received electronic communication based upon the determination of whether the textual or graphical reference is associated with the link to the second entity,
A method, performed by a base station, comprising: transmitting a paging indicator indicating to user equipment assigned to a plurality of groups that the user equipment are to attempt to receive one or more paging messages comprising paging information targeted to at least one of the one or more groups, wherein the paging indicator is a common paging indicator for all groups, the common paging indicator indicating to any user equipment assigned to any of the groups that the user equipment are to attempt to receive one or more paging messages comprising paging information targeted to at least one of the one or more groups; and transmitting in a channel the paging information in the one or more paging messages. transmitting a paging indicator indicating to user equipment assigned to a plurality of groups that the user equipment are to attempt to receive one or more paging messages comprising paging information targeted to at least one of the one or more groups, wherein the paging indicator is a common paging indicator for all groups, the common paging indicator indicating to any user equipment assigned to any of the groups that the user equipment are to attempt to receive one or more paging messages comprising paging information targeted to at least one of the one or more groups; and transmitting in a channel the paging information in the one or more paging messages.
A washing method, comprising: sensing a laundry quantity that is an amount of laundry accommodated in a drum provided inside a tub; supplying water into the tub; and operating a motor for rotating the drum and operating a pump for circulating the water and spraying the circulated water into the drum through a gasket nozzle (160,170), characterized by deciding whether the sensed laundry quantity is greater than a reference laundry quantity, wherein the pump is operated when the motor is stopped in a case where the sensed laundry quantity is greater than the reference laundry quantity, wherein the pump is operated when the motor is operated in a case where the sensed laundry quantity is not greater than the reference laundry quantity. sensing a laundry quantity that is an amount of laundry accommodated in a drum provided inside a tub; supplying water into the tub; and operating a motor for rotating the drum and operating a pump for circulating the water and spraying the circulated water into the drum through a gasket nozzle (160,170), characterized by deciding whether the sensed laundry quantity is greater than a reference laundry quantity, wherein the pump is operated when the motor is stopped in a case where the sensed laundry quantity is greater than the reference laundry quantity, wherein the pump is operated when the motor is operated in a case where the sensed laundry quantity is not greater than the reference laundry quantity.
A stent comprising: a wire braided into a tubular body comprising a proximal end and extending to a distal end, the tubular body having an expanded configuration and a collapsed configuration and terminating in a crown in at least one of the proximal end and the distal end, the crown defining a plurality of rounded tips, each rounded tip comprising a first bend, a second bend, and a third bend, the second bend being positioned between and connected to the first bend and the third bend, the first bend being concave and having a first radius of curvature, the second bend being convex and having a second radius of curvature between about one-half to about one-quarter the first radius of curvature, and the third bend being concave and having a third radius of curvature between about twice to about four times the second radius of curvature. a wire braided into a tubular body comprising a proximal end and extending to a distal end, the tubular body having an expanded configuration and a collapsed configuration and terminating in a crown in at least one of the proximal end and the distal end, the crown defining a plurality of rounded tips, each rounded tip comprising a first bend, a second bend, and a third bend, the second bend being positioned between and connected to the first bend and the third bend, the first bend being concave and having a first radius of curvature, the second bend being convex and having a second radius of curvature between about one-half to about one-quarter the first radius of curvature, and the third bend being concave and having a third radius of curvature between about twice to about four times the second radius of curvature.