mhurhangee/ep-ind-claims huggingface dataset:
A direct drive pump system, comprising: a well casing, the well casing being a housing for the direct drive pump system; a production tubing (207; 302; 401; 503; 603; 1003; 1200) situated within the well casing; a pump (210; 1010) attached to the lower end of the production tubing; a drive string rod (206; 304; 402; 502; 602; 702; 802; 902; 1000; 1204) situated within the production tubing and extending from the surface to the pump located at the lower end of said production tubing; a prime mover for rotationally driving the drive string rod; a plurality of stabilizers (305; 1002; 1205) and/or bearings attached to the drive string rod and serving as support for the drive string rod to ensure stable rotation during operation of the pump; wherein the pump situated downhole in the well casing is driven by the drive string rod to rotate to encourage well fluid pressurized from the pump to flow, within the production tubing, uphole towards the surface for production; wherein the pump is a centrifugal pump; and wherein the plurality of stabilizers and/or bearings are spaced along the entire length of the drive string rod to ensure stable rotation during operation of the drive string rod. a well casing, the well casing being a housing for the direct drive pump system; a production tubing (207; 302; 401; 503; 603; 1003; 1200) situated within the well casing; a pump (210; 1010) attached to the lower end of the production tubing; a drive string rod (206; 304; 402; 502; 602; 702; 802; 902; 1000; 1204) situated within the production tubing and extending from the surface to the pump located at the lower end of said production tubing; a prime mover for rotationally driving the drive string rod; a plurality of stabilizers (305; 1002; 1205) and/or bearings attached to the drive string rod and serving as support for the drive string rod to ensure stable rotation during operation of the pump; wherein the pump situated downhole in the well casing is driven by the drive string rod to rotate to encourage well fluid pressurized from the pump to flow, within the production tubing, uphole towards the surface for production; wherein the pump is a centrifugal pump; and wherein the plurality of stabilizers and/or bearings are spaced along the entire length of the drive string rod to ensure stable rotation during operation of the drive string rod.
An electrical test probe, comprising: a test prod, with a first terminal provided to form a contact with a power module to be tested and a second terminal provided to be connected with a testing equipment, the test prod having a first stopper between the first terminal and the second terminal; a tube having an internally extending stopper; wherein the tube is mounted around the test prod in a longitudinal direction of the test prod; an elastic element is accommodated between the first stopper of the test prod and the internally extending stopper of the tube; and the tube and the test prod can have a relative movement within an elastic range of the elastic element; the area of a cross section of the test prod is larger than the area of a cross section of the elastic element. a test prod, with a first terminal provided to form a contact with a power module to be tested and a second terminal provided to be connected with a testing equipment, the test prod having a first stopper between the first terminal and the second terminal; a tube having an internally extending stopper; wherein the tube is mounted around the test prod in a longitudinal direction of the test prod; an elastic element is accommodated between the first stopper of the test prod and the internally extending stopper of the tube; and the tube and the test prod can have a relative movement within an elastic range of the elastic element; the area of a cross section of the test prod is larger than the area of a cross section of the elastic element.
A method of wireless communication at a user equipment, UE, comprising: transmitting, to a base station, UE capability information corresponding to at least one of a first maximum number of configured pathloss reference signals or a second maximum number of activated pathloss reference signals, the UE capability information being associated with UE capability for performing layer 3, L3, filtering of one or more activated pathloss reference signals; and receiving a configuration from the base station for at least one of configured pathloss reference signals or activated pathloss reference signals based on the UE capability information, wherein the activated pathloss reference signals are associated with at least one sounding reference signal, SRS, resource set. transmitting, to a base station, UE capability information corresponding to at least one of a first maximum number of configured pathloss reference signals or a second maximum number of activated pathloss reference signals, the UE capability information being associated with UE capability for performing layer 3, L3, filtering of one or more activated pathloss reference signals; and receiving a configuration from the base station for at least one of configured pathloss reference signals or activated pathloss reference signals based on the UE capability information, wherein the activated pathloss reference signals are associated with at least one sounding reference signal, SRS, resource set.
A VEGF antagonist for use in a method for treating or preventing diabetic retinopathy in a patient in need of such treatment or prevention, wherein said patient does not suffer from center involved diabetic macular edema, said method comprising administering, to an eye of the patient, 5 monthly doses followed by one or more secondary doses every 8 weeks of about 2 mg of VEGF antagonist that is a VEGF receptor-based chimeric molecule comprising an immunoglobin-like (Ig) domain 2 of a VEGFR1 and Ig domain 3 of VEGFR2, and a multimerizing component.
A paste comprising as paste constituents: a. At least 80 wt. % silver powder, based on the total weight of the paste; b. An inorganic reaction system; c. An organic vehicle; d. Additive particles comprising Al and Ag as particle constituents, wherein Al and Ag are present in the additive particles as elements or in one or more single phase mixtures of elements comprising one or both of Al and Ag, or a combination of one or both of Al and Ag as elements with one or more mixtures of elements. a. At least 80 wt. % silver powder, based on the total weight of the paste; b. An inorganic reaction system; c. An organic vehicle; d. Additive particles comprising Al and Ag as particle constituents,
Method of providing GLS (GBAS Landing System) data packets for a satellite navigation-based automatic landing of an aircraft, wherein the GLS data packets include GBAS (Ground-Based Augmentation System) correction data (8, 10) for the satellite navigation and FAS (Final Approach Segment) data which describe a set approach path of the aircraft, and are transmitted via a radio link to parts of the aircraft implementing a GLS, - wherein SBAS (Satellite-Based Augmentation System) correction data for the satellite navigation are received from a SBAS satellite, - wherein the received SBAS correction data are converted into GBAS correction data and - wherein the GBAS correction data obtained from the converting are merged with the FAS data for the set approach path into the GLS data packets, - wherein, in converting the SBAS correction data into the GBAS correction data, correction data are complemented which are missing in the received SBAS correction data as compared to complete GBAS correction data, and - wherein the missing correction data are generated from the received SBAS correction data, characterized in that all method steps are carried out by means of an apparatus 1 which is separated from the parts of the aircraft implementing the GLS. - wherein SBAS (Satellite-Based Augmentation System) correction data for the satellite navigation are received from a SBAS satellite, - wherein the received SBAS correction data are converted into GBAS correction data and - wherein the GBAS correction data obtained from the converting are merged with the FAS data for the set approach path into the GLS data packets, - wherein, in converting the SBAS correction data into the GBAS correction data, correction data are complemented which are missing in the received SBAS correction data as compared to complete GBAS correction data, and - wherein the missing correction data are generated from the received SBAS correction data,
A manually-operable device for inserting a fastener into a substrate, the device comprising: (i) a fastener holder; (ii) a fastener guide coupled to the fastener holder, (iii) a fastener accepting region of the fastener guide, (iv) a fastener pushing arrangement adapted to push the fastener from the fastener holder along the guide and toward the substrate on a downstroke;and characterised by (v) a moveable guard releasably engageable with the fastener pushing arrangement, the moveable guard capable of moving between a first position occupying a space in the fastener accepting region of the guide (thereby blocking the entry of a fastener to the guide) and a second position distal to the fastener accepting region (thereby permitting entry of a faster to the guide) to regulate the entry of a fastener into the fastener guide such that multiple fasteners (40,40A) are not permitted to accumulate in the fastener guide; wherein (a) the releasable engagement is provided by a bearing or a roller fitted with a biasing means mounted to one of the pushing arrangement and moveable guard, the roller or bearing capable of releasably engaging with a recess or edge in the other of the pushing arrangement and moveable guard, and (b) the pushing arrangement is incapable of engaging with the moveable guard on an upstroke of the pushing arrangement until the pushing arrangement has already been substantially completely extended in a downwards direction on the previous stroke to completely or almost completely seat the fastener in the substrate. (i) a fastener holder; (ii) a fastener guide coupled to the fastener holder, (iii) a fastener accepting region of the fastener guide, (iv) a fastener pushing arrangement adapted to push the fastener from the fastener holder along the guide and toward the substrate on a downstroke;and characterised by (v) a moveable guard releasably engageable with the fastener pushing arrangement, the moveable guard capable of moving between a first position occupying a space in the fastener accepting region of the guide (thereby blocking the entry of a fastener to the guide) and a second position distal to the fastener accepting region (thereby permitting entry of a faster to the guide) to regulate the entry of a fastener into the fastener guide such that multiple fasteners (40,40A) are not permitted to accumulate in the fastener guide; (a) the releasable engagement is provided by a bearing or a roller fitted with a biasing means mounted to one of the pushing arrangement and moveable guard, the roller or bearing capable of releasably engaging with a recess or edge in the other of the pushing arrangement and moveable guard, and (b) the pushing arrangement is incapable of engaging with the moveable guard on an upstroke of the pushing arrangement until the pushing arrangement has already been substantially completely extended in a downwards direction on the previous stroke to completely or almost completely seat the fastener in the substrate.
A method for wireless communication, comprising: randomly selecting a number from a range of numbers extending between a lower bound and an upper bound; contending for access to a shared radio frequency spectrum band by performing an extended clear channel assessment, CCA, procedure over a plurality of CCA slots, the plurality of CCA slots comprising a first number of CCA slots equal to the upper bound; and winning contention for access to the shared radio frequency spectrum band after determining, while performing the extended CCA procedure, if the shared radio frequency spectrum band is available for a second number of CCA slots equal to the randomly selected number, and failing to win contention for access to the shared radio frequency spectrum band after determining, while performing the extended CCA procedure, determining if the shared radio frequency spectrum band is unavailable for a third number of CCA slots equal to the first number of CCA slots, plus one, less the randomly selected number, if so discontinuing the extended CCA procedure and failing to win contention for access to the shared radio frequency spectrum. randomly selecting a number from a range of numbers extending between a lower bound and an upper bound; contending for access to a shared radio frequency spectrum band by performing an extended clear channel assessment, CCA, procedure over a plurality of CCA slots, the plurality of CCA slots comprising a first number of CCA slots equal to the upper bound; and winning contention for access to the shared radio frequency spectrum band after determining, while performing the extended CCA procedure, if the shared radio frequency spectrum band is available for a second number of CCA slots equal to the randomly selected number, and failing to win contention for access to the shared radio frequency spectrum band after determining, while performing the extended CCA procedure, determining if the shared radio frequency spectrum band is unavailable for a third number of CCA slots equal to the first number of CCA slots, plus one, less the randomly selected number, if so discontinuing the extended CCA procedure and failing to win contention for access to the shared radio frequency spectrum.
A cleaner comprising: a dust canister provided in a body and configured to collect dust therein; a cover rotatably coupled to the body to open and close the dust canister; a filter assembly mounted inside the dust canister to be exposed when the cover is opened, and configured to filter dust from air flowing along an inner flow path of the body; characterized in that said cleaner further comprises: a crevice tool connectable to an air entrance of the body or an extension pipe connected to the air entrance, wherein the filter assembly comprises: an opening opened toward the cover; and a protrusion protruding from an inner circumferential surface of the opening, the crevice tool comprises a locking rib caught on the protrusion as the crevice tool is inserted into the opening and rotated, and the filter assembly is drawn out of the dust canister together with the crevice tool by a force for pulling the crevice tool out of the dust canister while the locking rib is locked on the protrusion. a dust canister provided in a body and configured to collect dust therein; a cover rotatably coupled to the body to open and close the dust canister; a filter assembly mounted inside the dust canister to be exposed when the cover is opened, and configured to filter dust from air flowing along an inner flow path of the body; characterized in that said cleaner further comprises: a crevice tool connectable to an air entrance of the body or an extension pipe connected to the air entrance, wherein the filter assembly comprises: an opening opened toward the cover; and a protrusion protruding from an inner circumferential surface of the opening, an opening opened toward the cover; and a protrusion protruding from an inner circumferential surface of the opening, the crevice tool comprises a locking rib caught on the protrusion as the crevice tool is inserted into the opening and rotated, and the filter assembly is drawn out of the dust canister together with the crevice tool by a force for pulling the crevice tool out of the dust canister while the locking rib is locked on the protrusion.
Method for measuring a load distance in an industrial truck, the load resting on a load handling device vertically movably guided on a tiltable lifting mast, in particular a load fork, having measuring means for a lifting height, measuring means for a load weight and having measuring means for the pressure (5, 6) of a hydraulic fluid in at least one tilting cylinder of the lifting mast, and also having a controller, which determines a tilting force from the detected pressure (5, 6), and a load distance from the tilting force, the load weight and the lifting height, characterized in that the controller obtains an actuating travel and/or an actuating speed of the tilting cylinder through measuring means and carries out a correction to the tilting force by taking the friction into account by using a Stribeck function.
System for remote access of consumption information, comprising a plurality of remotely readable electricity meters, which are provided on the consumer side, which are communicatively connected via a supplier data channel to a readout position of a supplier, and each of which comprising a communication device which is capable of communicating data over the supplier data channel to the readout position, characterized in that the system further comprises a plurality of OCR modules, which are capable of being coupled to gas meters and/or water meters and/or remote heat meters and/or other consumption meters, in particular additional non-remotely readable electricity meters, and of reading the meter status information thereof by means of optical character recognition, wherein each OCR module is communicatively connected via a local data channel to an associated remotely readable electricity meter, and in that the communication device of the remotely readable electricity meter is capable of sending the data, which are sent via the local data channel by an OCR module, to the readout position of the supplier via the supplier data channel.
An imaging system, comprising: a radiation source configured to emit radiation that traverses an examination region and imageable drug eluting beads containing an x-ray opaque contrast medium in tissue of interest located therein, wherein the x-ray opaque contrast medium has a material composition corresponding to a particular energy range; a spectral detector array configured to detect radiation traversing the examination region and generates a signal indicative thereof; spectral processing circuitry configured to spectrally resolve the signal based on a plurality of thresholds, including a threshold corresponding to an energy of the x-ray opaque contrast medium, into an imageable drug eluting bead component; and a reconstructor that processes the imageable drug eluting bead component and generates spectral volumetric image data corresponding to the imageable drug eluting beads. a radiation source configured to emit radiation that traverses an examination region and imageable drug eluting beads containing an x-ray opaque contrast medium in tissue of interest located therein, wherein the x-ray opaque contrast medium has a material composition corresponding to a particular energy range; a spectral detector array configured to detect radiation traversing the examination region and generates a signal indicative thereof; spectral processing circuitry configured to spectrally resolve the signal based on a plurality of thresholds, including a threshold corresponding to an energy of the x-ray opaque contrast medium, into an imageable drug eluting bead component; and a reconstructor that processes the imageable drug eluting bead component and generates spectral volumetric image data corresponding to the imageable drug eluting beads.
A non-coated air bag fabric comprising: a plurality of weft threads; and a plurality of warp threads, wherein the weft threads and the warp threads are constituted by multifilament threads in which polyethylene terephthalate fibers are used, the number of filaments in each of the multifilament threads is 122 to 242, characterized in that a warp/weft average MMD, a mean deviation of a coefficient of friction, of a surface is 0.02 or less, and wherein the multifilament threads are interlaced non-twisted yarns obtained through an interlacing process by interlacing the polyethylene terephthalate fibers. a plurality of weft threads; and a plurality of warp threads, wherein the weft threads and the warp threads are constituted by multifilament threads in which polyethylene terephthalate fibers are used, the number of filaments in each of the multifilament threads is 122 to 242, characterized in that a warp/weft average MMD, a mean deviation of a coefficient of friction, of a surface is 0.02 or less, and wherein the multifilament threads are interlaced non-twisted yarns obtained through an interlacing process by interlacing the polyethylene terephthalate fibers.
An LDMOS semiconductor device comprising: a substrate structure; a raised source region disposed above the substrate structure; a raised drain region disposed above the substrate structure and spaced apart from the raised source region; the raised source region (124, 126) and the raised drain region (134, 136) each comprising a relatively heavily doped layer (124, 134) of the first conductivity type, over a relatively lightly doped layer (126, 136) of the first conductivity type, the relatively lightly doped layer extending into the substrate structure; a separation region disposed laterally between the raised source region and the raised drain region; a gate structure, disposed between the raised source region and the raised drain region and above a part of the separation region, the gate structure being spaced apart from the drain region and defining a drain extension region therebetween; a dummy gate structure in the drain extension region and spaced apart from the gate structure; and an epitaxial layer, disposed above and in contact with the substrate structure and forming the raised source region, the raised drain region, and a raised region between the gate structure and the dummy gate structure, wherein the raised region between the gate structure and the dummy gate structure is relatively lightly doped, at a doping level in a range of 10 17 - 10 18 cm -3, to a conductivity of a second conductivity type which is opposite the first conductivity type. a substrate structure; a raised source region disposed above the substrate structure; a raised drain region disposed above the substrate structure and spaced apart from the raised source region; the raised source region (124, 126) and the raised drain region (134, 136) each comprising a relatively heavily doped layer (124, 134) of the first conductivity type, over a relatively lightly doped layer (126, 136) of the first conductivity type, the relatively lightly doped layer extending into the substrate structure; a separation region disposed laterally between the raised source region and the raised drain region; a gate structure, disposed between the raised source region and the raised drain region and above a part of the separation region, the gate structure being spaced apart from the drain region and defining a drain extension region therebetween; a dummy gate structure in the drain extension region and spaced apart from the gate structure; and an epitaxial layer, disposed above and in contact with the substrate structure and forming the raised source region, the raised drain region, and a raised region between the gate structure and the dummy gate structure, wherein the raised region between the gate structure and the dummy gate structure is relatively lightly doped, at a doping level in a range of 10 17 - 10 18 cm -3, to a conductivity of a second conductivity type which is opposite the first conductivity type.