mhurhangee/ep-ind-claims huggingface dataset:
A linear wireless telemetry network system for a well including a wellbore structure extending subsurface downwardly from the surface, which telemetry network system includes: multiple network nodes (22, 26) distributed along the wellbore; at least one said node (22, 26) including a sensor adapted for providing a signal data set output corresponding to a downhole condition; a transmitter for propagating said signal between nodes (22, 26); and a receiver for receiving said signal from other nodes (22, 26); said system being adapted for transmitting telemetry signals across multiple network links simultaneously; characterised in that: a respective node (22, 26) includes a transmitter and a receiver; the respective node simultaneously transmitting and receiving; and, a filter (h ch) adapted to an approximation of the channel between the respective node's (22, 26) transmitter and receiver.
Welding gun for fixing a workpiece, such as a bush, on a surface of a sheet member, comprising a first and a second opposed and aligned welding electrodes (39, 46), and an actuator for moving at least one of said electrodes (39, 46), the first welding electrode being supported by an electrode-holder connected to a first end of a substantially C-shaped arm the second end of which is connected to the body of said actuator, the second welding electrode being fixed to an electrode-holder connected to a rod of said actuator, which is slidably mounted along the axis of the first electrode, said arm being associated with a support structure (68, 68a) of the gun by means of an axial sliding unit (50, 52), characterized in that - said welding gun is a projection welding gun (20, 22, 24), - the first welding electrode has a seat adapted to receive said workpiece, and the second welding electrode has a resting surface for abutting on the sheet member, which surface has a shape corresponding to a zone of the sheet member opposite to that to which said workpiece has to be fixed, - said actuator of the projection welding gun (20, 22, 24) controls the movement of both the electrodes (39, 46) during the closing step, - said axial sliding unit (50, 52) includes a track connected to said support structure (68, 68a), as well as a slide fixed to said arm and slidably engaged in said track, - whereby, as a result of the operation of said actuator and after the second welding electrode has attained the contact against the sheet member, the axial sliding unit (50, 52) allows said arm to move together with the workpiece to be welded, which is arranged in said seat of the first welding electrode, until the workpiece abuts against the sheet member on the side opposite to the second welding electrode, in order to cause closure of said projection welding gun (20, 22, 24). - said welding gun is a projection welding gun (20, 22, 24), - the first welding electrode has a seat adapted to receive said workpiece, and the second welding electrode has a resting surface for abutting on the sheet member, which surface has a shape corresponding to a zone of the sheet member opposite to that to which said workpiece has to be fixed, - said actuator of the projection welding gun (20, 22, 24) controls the movement of both the electrodes (39, 46) during the closing step, - said axial sliding unit (50, 52) includes a track connected to said support structure (68, 68a), as well as a slide fixed to said arm and slidably engaged in said track, - whereby, as a result of the operation of said actuator and after the second welding electrode has attained the contact against the sheet member, the axial sliding unit (50, 52) allows said arm to move together with the workpiece to be welded, which is arranged in said seat of the first welding electrode, until the workpiece abuts against the sheet member on the side opposite to the second welding electrode, in order to cause closure of said projection welding gun (20, 22, 24).
Method for manufacturing a gas sensor package, comprising the steps of - mounting a semiconductor chip on a carrier, - applying a molding compound for at least partially enclosing the semiconductor chip thereby generating an opening in the molding compound, the opening providing access to a portion of the semiconductor chip being uncovered by the molding compound, - applying a sensitive material which is sensitive to one or more analytes, through the opening in the molding compound onto the uncovered portion of the semiconductor chip for building a layer sensitive to a gas. - mounting a semiconductor chip on a carrier, - applying a molding compound for at least partially enclosing the semiconductor chip thereby generating an opening in the molding compound, the opening providing access to a portion of the semiconductor chip being uncovered by the molding compound, - applying a sensitive material which is sensitive to one or more analytes, through the opening in the molding compound onto the uncovered portion of the semiconductor chip for building a layer sensitive to a gas.
A work machine comprising a pipe-shaped fixture to be attached in a cylindrical fixing portion of a housing of the work machine to detachably connect an operation rod to the work machine, comprising: a fixture body which receives a rear end portion of the operation rod and holds it therein removably; and a rubber cushion closely enclosing an outer circumference of the fixture body; wherein said fixture body includes a front-end projection located near and enclosed by a front end of the rubber cushion, the front-end projection being in form of a circumferential flange extending radially and circumferentially and projecting radially outward to near an outer circumference of the rubber cushion, a rear-end projection located near a rear end of the rubber cushion and ridges extending longitudinally from the front-end projection to the rear-end projection to connect these projections (110, 112), characterized by a snap ring which is snap-fitted in a circumferential groove of said cylindrical fixing portion of the housing after said fixture body is inserted in the cylindrical fixing portion, wherein said cylindrical fixing portion extends over the whole length of said rubber cushion to enclose said rubber cushion when said pipe-shaped fixture is attached in said cylindrical fixing portion. a fixture body which receives a rear end portion of the operation rod and holds it therein removably; and a rubber cushion closely enclosing an outer circumference of the fixture body; wherein said fixture body includes a front-end projection located near and enclosed by a front end of the rubber cushion, the front-end projection being in form of a circumferential flange extending radially and circumferentially and projecting radially outward to near an outer circumference of the rubber cushion, a rear-end projection located near a rear end of the rubber cushion and ridges extending longitudinally from the front-end projection to the rear-end projection to connect these projections (110, 112), characterized by a snap ring which is snap-fitted in a circumferential groove of said cylindrical fixing portion of the housing after said fixture body is inserted in the cylindrical fixing portion, wherein said cylindrical fixing portion extends over the whole length of said rubber cushion to enclose said rubber cushion when said pipe-shaped fixture is attached in said cylindrical fixing portion.
A method for fabricating a light emitting diode, the method comprising: forming (502, 602) layers of materials on a substrate, the layers of materials including a first semiconductor layer, a second semiconductor layer, and a light emitting layer between the first and second semiconductor layers (206, 208) for producing light responsive to passing current through the light emitting layer; shaping (504, 604) the formed layers of material into at least one semiconductor structure; forming (506, 606) a first electrical contact on a first circuitry substrate and bonding the first electrical contact on the first circuitry substrate to a top of the semiconductor structure to form the first electrical contact on top of the semiconductor structure; removing (508, 610) the semiconductor structure from the substrate; forming (510, 612) a second electrical contact at a bottom of the semiconductor structure, wherein the second electrical contact is at least partially transparent; the first electrical contact being connected to a contact pad on the first circuitry substrate; and connecting (514, 614) the second electrical contact to another contact pad on a second circuitry substrate. forming (502, 602) layers of materials on a substrate, the layers of materials including a first semiconductor layer, a second semiconductor layer, and a light emitting layer between the first and second semiconductor layers (206, 208) for producing light responsive to passing current through the light emitting layer; shaping (504, 604) the formed layers of material into at least one semiconductor structure; forming (506, 606) a first electrical contact on a first circuitry substrate and bonding the first electrical contact on the first circuitry substrate to a top of the semiconductor structure to form the first electrical contact on top of the semiconductor structure; removing (508, 610) the semiconductor structure from the substrate; forming (510, 612) a second electrical contact at a bottom of the semiconductor structure, wherein the second electrical contact is at least partially transparent; the first electrical contact being connected to a contact pad on the first circuitry substrate; and connecting (514, 614) the second electrical contact to another contact pad on a second circuitry substrate.
A spring brake chamber that is used in pneumatic braking systems used in heavy commercial vehicles such as buses, trucks, trailers and tractors, said spring brake chamber which includes a power spring, detects the parking position, the driving position and the situation in which the power spring is broken and allows the driver to be notified by sending a signal.; comprises a connection plate, a lower housing containing a spring chamber in which there is the power spring with constant electric resistance, a diaphragm provided at the connection region of the connection plate and the lower housing by being compressed, a shaft that performs braking via its forward motion, a parking chamber which the air from the compressor enters in when a force is applied to the foot brake pedal, characterised in that it further consists of an aluminium flange, conductive disk, a jack, an electronic circuit that comprises a microcontroller to which the positive terminal and the negative terminal of the cable from the jack is connected, • a microcontroller that sends two separate signals to the driver that is the contact signal when the power spring is completely set up and the warning signal when a problem occurs such as a fracture in the power spring, and • a dielectric disk located between the lower housing and the conductive disk to provide isolation between the lower housing and the conductive disk which is an electronic circuit component. • a microcontroller that sends two separate signals to the driver that is the contact signal when the power spring is completely set up and the warning signal when a problem occurs such as a fracture in the power spring, and • a dielectric disk located between the lower housing and the conductive disk to provide isolation between the lower housing and the conductive disk which is an electronic circuit component.
A method for selecting a red-fruited S. lycopersicum plant exhibiting a sympodial index of about 2, comprising: a) providing a sample of genomic DNA from an S. lycopersicum plant producing red-colored fruits; b) detecting in said sample of genomic DNA at least one molecular marker linked to a SP3D gene of the gene family for self pruning genes from S. pennellii, wherein said marker comprises the sequence 5' cctcttcgtt tctcctttcc aatttttaaa aataaaataa aaggatatat aattactaaa gaatataatt, as provided in Figure 7. a) providing a sample of genomic DNA from an S. lycopersicum plant producing red-colored fruits; b) detecting in said sample of genomic DNA at least one molecular marker linked to a SP3D gene of the gene family for self pruning genes from S. pennellii, wherein said marker comprises the sequence 5' cctcttcgtt tctcctttcc aatttttaaa aataaaataa aaggatatat aattactaaa gaatataatt, as provided in Figure 7.
A door assembly for a motorized vehicle, comprising: a door configured to move between an open position and a closed position; a first member defining a first axis; a first support member (214, 1132) pivotally coupled to the door and defining a second axis; a linkage assembly including a first arm and a second arm, the first arm and the second arm being pivotally coupled to one another at second ends of the first arm and second arm, where a first end of the first arm is coupled in use to the vehicle body at a location offset from the first axis, a first end of the second arm is pivotally coupled to the door, and the second arm defines a first slot; and a cross member (216, 218) having a first end and a second end, the first end coupled to the first support member (214, 1132) and having a first pin for slidably engaging the first slot and the second end being coupled to the first member at the first axis; wherein, the door is movable between the open and closed positions as the first member pivots about the first axis. a door configured to move between an open position and a closed position; a first member defining a first axis; a first support member (214, 1132) pivotally coupled to the door and defining a second axis; a linkage assembly including a first arm and a second arm, the first arm and the second arm being pivotally coupled to one another at second ends of the first arm and second arm, where a first end of the first arm is coupled in use to the vehicle body at a location offset from the first axis, a first end of the second arm is pivotally coupled to the door, and the second arm defines a first slot; and a cross member (216, 218) having a first end and a second end, the first end coupled to the first support member (214, 1132) and having a first pin for slidably engaging the first slot and the second end being coupled to the first member at the first axis; wherein, the door is movable between the open and closed positions as the first member pivots about the first axis.
A fitting in the form of a saddle-type fitting, comprising a half-tube shaped main section, dimensioned to receive in it a section of a pipe, a tubular section extending from a circular or elliptical hole of the half-tube, at an angle to the longitudinal axis of the half-tube section, characterised in that said half-tube section comprises a first pair of circular or elliptical sealing zones (27, 28) and first sealing means, to form circular or elliptical seals circumscribing the hole in the half-tube section and a corresponding mating hole in a mating pipe placed in the half-tube section, between the inner surface of the half-tube section and the outer surface of the mating pipe, wherein the tubular section comprises a second pair of circular sealing zones and second sealing means to form circular seals between the inside surface of the tubular section and the outside surface of a mating pipe inserted into said tubular section, wherein in between said first pair of circular or elliptical sealing zones is a pressure testing chamber, and wherein in between said second pair circular sealing zones is a pressure testing chamber; optionally said first and second sealing means are means to form electrofusion.
A gas turbine engine comprising: a core housing including an inlet case and an intermediate case that respectively provide an inlet case flow path and an intermediate case flow path; a shaft supporting a compressor section that is arranged axially between the inlet case flow path and the intermediate case flow path, characterised by: a first bearing supporting the shaft relative to the intermediate case; a second bearing supporting the shaft relative to the inlet case; a geared architecture coupled to the shaft and a fan coupled to and rotationally driven by the geared architecture; wherein the shaft includes a main shaft and a flex shaft having bellows, the flex shaft secured to the main shaft at a first end and including a second end opposite the first end, wherein the geared architecture includes a sun gear supported on the second end, and the second bearing is arranged radially outward from the flex shaft. a core housing including an inlet case and an intermediate case that respectively provide an inlet case flow path and an intermediate case flow path; a shaft supporting a compressor section that is arranged axially between the inlet case flow path and the intermediate case flow path, characterised by: a first bearing supporting the shaft relative to the intermediate case; a second bearing supporting the shaft relative to the inlet case; a geared architecture coupled to the shaft and a fan coupled to and rotationally driven by the geared architecture; a first bearing supporting the shaft relative to the intermediate case; a second bearing supporting the shaft relative to the inlet case; a geared architecture coupled to the shaft and a fan coupled to and rotationally driven by the geared architecture; wherein the shaft includes a main shaft and a flex shaft having bellows, the flex shaft secured to the main shaft at a first end and including a second end opposite the first end, wherein the geared architecture includes a sun gear supported on the second end, and the second bearing is arranged radially outward from the flex shaft.
A composition comprising at least one GnRH antagonist or a salt thereof for use in the treatment of a condition or disease related to the release of a gonadotropin hormone, wherein the administration of said composition comprises independently administering a therapeutically effective amount of a first GnRH antagonist or a salt thereof via a first route of administration, and a therapeutically effective amount of a second GnRH antagonist or a salt thereof via a second route of administration, and wherein the first and the second route of administration are different, and wherein the first and second GnRH antagonist or a salt thereof, are administered substantially simultaneously or within a period of not more than 24 hours, and wherein the first route of administration is subcutaneously and the second route of administration is intramuscularly.
A load-securing system having at least one lashing device for partial load securing in or counter to the direction of travel of a commercial vehicle structure with an anchoring side, which has at least two, in particular at least three, anchoring elements for form-fitting engagement in a hole grid of a stanchion of the vehicle structure, and a stanchion of a commercial vehicle structure, wherein the stanchion has a hole grid for receiving the lashing device, in particular at different height positions, and is fixable or fixed form- and/or force-fittingly between a roof rail and a floor of the commercial vehicle structure, wherein arresting means are provided on the roof rail and on a stanchion head of the stanchion, said arresting means interlocking form-fittingly in a locking position of the stanchion in order to prevent displacement of the stanchion along the roof rail, and wherein the arresting means comprise two blocking elements (34a, 34b) and an engagement element, which engages form-fittingly between the two blocking elements (34a, 34b) in the locking position.
Radiometric measuring device for measuring and/or monitoring a measured variable, particularly a level or a density of a medium located in a vessel, said measuring device comprising a scintillation detector with - two or more scintillators arranged beside one another in a row which convert radioactive radiation acting on the scintillator to flashes of light whose light propagates in the scintillator to the end of the scintillator, - optical coupling elements arranged between the scintillators, which cause a connection that transmits light between the two scintillators adjacent to the element, and - a photoelectric converter connected to an end of the series which converts the light that acts on the row into an electrical signal that corresponds to the radiation intensity acting on the scintillators, characterized in that at least one of the coupling elements is a mechanically flexible element which comprises a bundle of fibers that conduct light, via which the light is transmitted between the two scintillators which are interconnected via the fibers. - two or more scintillators arranged beside one another in a row which convert radioactive radiation acting on the scintillator to flashes of light whose light propagates in the scintillator to the end of the scintillator, - optical coupling elements arranged between the scintillators, which cause a connection that transmits light between the two scintillators adjacent to the element, and - a photoelectric converter connected to an end of the series which converts the light that acts on the row into an electrical signal that corresponds to the radiation intensity acting on the scintillators,
A therapeutic combination for use in a method for the treatment of cancer expressing ErbB2, wherein the method comprises administering a therapeutic combination as a combined formulation or by alternation to a mammal, wherein the therapeutic combination comprises a therapeutically effective amount of trastuzumab-MCC-DM1, and a therapeutically effective amount of a chemotherapeutic agent selected from GDC-0941 and GNE-390.
An apparatus for generating ions for analysis by a mass spectrometer, comprising: an ion source housing defining an ion source chamber, the ion source chamber configured to be in fluid communication with a sampling orifice of a mass spectrometer; an inlet conduit having an inlet end for receiving a liquid sample from a sample source; and an outlet conduit, characterized by: a return conduit for receiving a first portion of the liquid sample from the inlet conduit; and the outlet conduit being for receiving a second portion of the liquid sample from the inlet conduit, the outlet conduit having an outlet end for discharging the second portion of the liquid sample into the ion source chamber, wherein a volumetric flow rate of liquid sample in the inlet conduit is substantially equal to a volumetric flow rate in the return conduit plus a volumetric flow rate in the outlet conduit and the ratio of the volumetric flow rate in the return conduit to the volumetric flow rate in the outlet conduit is greater than about 10, and wherein bubbles contained within the liquid sample in the inlet conduit are preferentially diverted to the return conduit relative to the outlet conduit. an ion source housing defining an ion source chamber, the ion source chamber configured to be in fluid communication with a sampling orifice of a mass spectrometer; an inlet conduit having an inlet end for receiving a liquid sample from a sample source; and an outlet conduit, characterized by: a return conduit for receiving a first portion of the liquid sample from the inlet conduit; and the outlet conduit being for receiving a second portion of the liquid sample from the inlet conduit, the outlet conduit having an outlet end for discharging the second portion of the liquid sample into the ion source chamber, a return conduit for receiving a first portion of the liquid sample from the inlet conduit; and the outlet conduit being for receiving a second portion of the liquid sample from the inlet conduit, the outlet conduit having an outlet end for discharging the second portion of the liquid sample into the ion source chamber, wherein a volumetric flow rate of liquid sample in the inlet conduit is substantially equal to a volumetric flow rate in the return conduit plus a volumetric flow rate in the outlet conduit and the ratio of the volumetric flow rate in the return conduit to the volumetric flow rate in the outlet conduit is greater than about 10, and wherein bubbles contained within the liquid sample in the inlet conduit are preferentially diverted to the return conduit relative to the outlet conduit.