mhurhangee/ep-ind-claims huggingface dataset:
An electrical connection unit (100, 100') for a refrigeration system comprising: a container defining an interior for containing electrical circuitry, the container having an external port configured to couple with an external connector; a closure moveable relative to the container between a closed configuration in which access to the interior is prevented, and an open configuration in which access to the interior is permitted, wherein the closure has a locking portion defining a connector opening for receiving the connector; wherein the container and the closure are configured so that, when the closure is in the closed configuration, the connector opening is aligned with the port to permit coupling of the connector to the port through the connector opening to interlock with the closure; whereby movement of the closure to the open configuration is prevented by interlocking engagement of the connector and the closure; wherein the container and the closure cooperate to define a limited travel of the closure relative to the container for moving between the closed configuration and the open configuration of the closure; and wherein the closure and container are configured so that the locking portion of the closure at least partly covers the port throughout the travel except for the closed configuration, to prevent a connector being coupled with the port with the closure in the open configuration. a container defining an interior for containing electrical circuitry, the container having an external port configured to couple with an external connector; a closure moveable relative to the container between a closed configuration in which access to the interior is prevented, and an open configuration in which access to the interior is permitted, wherein the closure has a locking portion defining a connector opening for receiving the connector; wherein the container and the closure are configured so that, when the closure is in the closed configuration, the connector opening is aligned with the port to permit coupling of the connector to the port through the connector opening to interlock with the closure; whereby movement of the closure to the open configuration is prevented by interlocking engagement of the connector and the closure; wherein the container and the closure cooperate to define a limited travel of the closure relative to the container for moving between the closed configuration and the open configuration of the closure; and wherein the closure and container are configured so that the locking portion of the closure at least partly covers the port throughout the travel except for the closed configuration, to prevent a connector being coupled with the port with the closure in the open configuration.
A method for drilling a well having a wellbore extending into the earth, comprising: obtaining well log data from a logging-while-drilling tool; obtaining a drilling rate associated with drilling the well; determining, from the well log data and the drilling rate, the presence of a salt formation encountered by the wellbore, wherein the well log data comprises resistivity data, gamma ray data, and sonic compression data; determining the presence of salt creep from a torque generated by the drilling assembly and a hook load; adjusting the mud weight of the drilling fluid, wherein determining, from the well log data and the drilling rate, the presence of a salt formation encountered by the wellbore comprises at least one of the following: determining that a resistivity from the resistivity data is in the range of 100 to 200 ohm-meter; determining that a gamma ray measurement of the gamma ray data is in the range of ± 15 gamma-ray, American Petroleum Industry (GAPI) units; and determining that a sonic compression of the sonic compression data is in the range of 213.3 - 219.8 microseconds/meter. obtaining well log data from a logging-while-drilling tool; obtaining a drilling rate associated with drilling the well; determining, from the well log data and the drilling rate, the presence of a salt formation encountered by the wellbore, wherein the well log data comprises resistivity data, gamma ray data, and sonic compression data; determining the presence of salt creep from a torque generated by the drilling assembly and a hook load; adjusting the mud weight of the drilling fluid, wherein determining, from the well log data and the drilling rate, the presence of a salt formation encountered by the wellbore comprises at least one of the following: determining that a resistivity from the resistivity data is in the range of 100 to 200 ohm-meter; determining that a gamma ray measurement of the gamma ray data is in the range of ± 15 gamma-ray, American Petroleum Industry (GAPI) units; and determining that a sonic compression of the sonic compression data is in the range of 213.3 - 219.8 microseconds/meter. determining that a resistivity from the resistivity data is in the range of 100 to 200 ohm-meter; determining that a gamma ray measurement of the gamma ray data is in the range of ± 15 gamma-ray, American Petroleum Industry (GAPI) units; and determining that a sonic compression of the sonic compression data is in the range of 213.3 - 219.8 microseconds/meter.
A sperm collecting apparatus comprising: a container including a cylindrical container main unit whose at least one end face in a longitudinal direction is opened and a cap that is attached to and detached from an opening portion of the container main unit to close and open the opening portion; and a core member made from gel-like resin, which is accommodated in said container and has an insertion room extending from an insertion port at one end face in a longitudinal direction therein, wherein said core member includes a core main unit having said insertion port and said insertion room characterized in that the core member further comprises a plurality of ribs provided upright from an outer face of the core main unit to cross one another, and in that a plurality of sealed rooms are formed by the outer face of the core main unit, the plurality of ribs and an inner wall of said container main unit according to contact of outer end edges of said respective ribs with the inner wall of said container main unit. a container including a cylindrical container main unit whose at least one end face in a longitudinal direction is opened and a cap that is attached to and detached from an opening portion of the container main unit to close and open the opening portion; and a core member made from gel-like resin, which is accommodated in said container and has an insertion room extending from an insertion port at one end face in a longitudinal direction therein, wherein said core member includes a core main unit having said insertion port and said insertion room characterized in that the core member further comprises a plurality of ribs provided upright from an outer face of the core main unit to cross one another, and in that a plurality of sealed rooms are formed by the outer face of the core main unit, the plurality of ribs and an inner wall of said container main unit according to contact of outer end edges of said respective ribs with the inner wall of said container main unit.
A tool for drilling subterranean formations, comprising: a gage which is configured to engage a sidewall of a wellbore; a tool body comprising a longitudinal axis and a crown, the crown having a face surface extending radially from the longitudinal axis to the gage; a blade extending radially outward on the face surface toward the gage surface, the blade having an outer surface to engage and cut formation material; and a plurality of cutting structures disposed in the blade, each cutting structure of the plurality of cutting structures comprising a substantially spherical body of particulate impregnated matrix material; characterised in that each of the plurality of cutting structures has a diameter extending in a range from about 6.35mm to about 25.4mm (about 0.25 inch to about 1.0 inch). a gage which is configured to engage a sidewall of a wellbore; a tool body comprising a longitudinal axis and a crown, the crown having a face surface extending radially from the longitudinal axis to the gage; a blade extending radially outward on the face surface toward the gage surface, the blade having an outer surface to engage and cut formation material; and a plurality of cutting structures disposed in the blade, each cutting structure of the plurality of cutting structures comprising a substantially spherical body of particulate impregnated matrix material; characterised in that each of the plurality of cutting structures has a diameter extending in a range from about 6.35mm to about 25.4mm (about 0.25 inch to about 1.0 inch).
A method for using a magnetic resonance imaging system to produce a diffusion-weighted image of a subject in which a metallic object is present, the steps of the method comprising: (a) acquiring diffusion-weighted data from the subject using the MRI system to sample k-space at a number of different k-space blades for each of a number of different spectral bins; (b) producing combined data for each spectral bin with a computer system by combining the diffusion-weighted data acquired for each of the number of different k-space blades for each spectral bin; (c) reconstructing with the computer system, an image for each spectral bin from the combined data produced for each associated spectral bin; and (d) producing a diffusion-weighted composite image with the computer system by combining the images reconstructed in step (c). (a) acquiring diffusion-weighted data from the subject using the MRI system to sample k-space at a number of different k-space blades for each of a number of different spectral bins; (b) producing combined data for each spectral bin with a computer system by combining the diffusion-weighted data acquired for each of the number of different k-space blades for each spectral bin; (c) reconstructing with the computer system, an image for each spectral bin from the combined data produced for each associated spectral bin; and (d) producing a diffusion-weighted composite image with the computer system by combining the images reconstructed in step (c).
A release device for a spring-loaded striker pin or a spring-loaded striker piece, in particular of a firearm, having at least one release trigger, which can be actuated manually, in particular by means of at least one finger, and having a control body acting on the striker pin or the striker piece, wherein a transmission mechanism acts between the release trigger and the control body, characterized in that the transmission mechanism has a series of mutually abutting rolling bodies, preferably balls and/or rollers, and the series of rolling bodies is arranged in a transmission channel delimited by channel walls, wherein at least one sub-region of at least one of the channel walls is formed as a rocker which can be pivoted about at least one rocker pivot axis, and a catch is arranged on the release trigger, by means of which catch the rocker can be held in a first position and can be freed into at least one freed position.
A process for calcining mineral rock in a regenerative parallel-flow vertical furnace, wherein at least two shafts are interconnected by a gas transfer channel, said process comprising: - loading mineral rock at the top of the shafts, and - unloading calcined mineral rock at the bottom of the shafts, - each shaft operating alternately in firing and in preheating mode, one shaft being in firing mode for a predetermined period of time while another shaft is in preheating mode, and conversely, - the firing mode comprising, in the presence of said mineral rock, a combustion of fuel in the presence of gas containing oxygen so as to obtain a firing of the rock into calcined rock, a release of combustion gases, and a passage of these combustion gases from the shaft in firing mode to the other shaft in preheating mode through said gas transfer channel, - the preheating mode comprising a heat exchange between said mineral rock and said combustion gases from said gas transfer channel, said process being characterized in that it further comprises an injection of gases containing complementary oxygen into said gas transfer channel with oxidation of unburnt products contained in the combustion gases passing through said gas transfer channel. - loading mineral rock at the top of the shafts, and - unloading calcined mineral rock at the bottom of the shafts, - each shaft operating alternately in firing and in preheating mode, one shaft being in firing mode for a predetermined period of time while another shaft is in preheating mode, and conversely, - the firing mode comprising, in the presence of said mineral rock, a combustion of fuel in the presence of gas containing oxygen so as to obtain a firing of the rock into calcined rock, a release of combustion gases, and a passage of these combustion gases from the shaft in firing mode to the other shaft in preheating mode through said gas transfer channel, - the preheating mode comprising a heat exchange between said mineral rock and said combustion gases from said gas transfer channel,
Vertebral fixing device for holding a spinal vertebra on a rod, having said rod, a fixing body of U-shaped or substantially U-shaped transverse section, a flexible band (4, 4') for connecting said vertebra with the fixing body, said fixing body having two slots for passage of said band and means for adjustable locking of the flexible band against the rod in said fixing body, characterised in that the flexible band (4, 4') forms a loop (5, 5') which is closed on itself and provided with a deformable strip (6, 6') made of flexible metal retaining its shape through flexion, such that it is capable of forming a guide for passage around the vertebra and into the fixing body.
A process for the production of an at least two-layer foam sheet via adhesive bonding of at least one thinner thermoplastic foam sheet and at least one thinner thermoset foam sheet, where the thinner thermoset foam sheet has a metal outer layer on each of two opposite sides, where the thinner thermoplastic foam sheet and the thinner thermoset foam sheet are adhesive-bonded to one another in a manner such that in the at least two-layer foam sheet there is a metal outer layer between the thinner thermoplastic foam sheet and the thinner thermoset foam sheet, and where the adhesive with which the thinner thermoplastic foam sheet and the thinner thermoset foam sheet are adhesive-bonded to one another comprises at least one inorganic component, where the adhesive comprises at least 30% by weight, based on the total weight of the adhesive, of calcium oxide, silicon oxide and/or aluminum oxide.
An exposure process for at least one region of a face, known as the front face, an electronic device, the process including the following stages: a) A bonding stage for at least one cover on the front face, the bonding being undertaken such that the cover forms a closed cavity with the region, advantageously hermetically sealed; b) Formation of an encapsulation coating, of thickness E1, covering the front face and the at least one cover; c) A thinning stage for the encapsulation coating, the thinning stage including removal of a removal thickness E2, which is less than thickness E1, of the encapsulation coating, the removal thickness E2 being adapted such that an opening is formed in the cover. a) A bonding stage for at least one cover on the front face, the bonding being undertaken such that the cover forms a closed cavity with the region, advantageously hermetically sealed; b) Formation of an encapsulation coating, of thickness E1, covering the front face and the at least one cover; c) A thinning stage for the encapsulation coating, the thinning stage including removal of a removal thickness E2, which is less than thickness E1, of the encapsulation coating, the removal thickness E2 being adapted such that an opening is formed in the cover.
Aterminal device (1, 1A), comprising: a terminal portion; a pressing portion that is disposed to face one surface of the terminal portion, the pressing portion being configured to hold an electric wire inserted along an inserting direction from an insertion port so that the electric wire is sandwiched between the pressing portion and the terminal portion; a locking portion that is elastic, the locking portion being disposed to face the one surface of the terminal portion, and the locking portion being configured to restrict movement of the electric wire toward the insertion port by contact with the electric wire; and a connecting portion that joins the terminal portion and the pressing portion; characterized in that: the connecting portion joins: an end of the terminal portion on an opposite side from the insertion port in the inserting direction; and an end of the pressing portion on an opposite side from the insertion port in the inserting direction. a terminal portion; a pressing portion that is disposed to face one surface of the terminal portion, the pressing portion being configured to hold an electric wire inserted along an inserting direction from an insertion port so that the electric wire is sandwiched between the pressing portion and the terminal portion; a locking portion that is elastic, the locking portion being disposed to face the one surface of the terminal portion, and the locking portion being configured to restrict movement of the electric wire toward the insertion port by contact with the electric wire; and a connecting portion that joins the terminal portion and the pressing portion; characterized in that: the connecting portion joins: an end of the terminal portion on an opposite side from the insertion port in the inserting direction; and an end of the pressing portion on an opposite side from the insertion port in the inserting direction.
An apparatus for inspecting a structure comprising: a driven probe disposed proximate a first surface of the structure, said driven probe comprising a magnet; and a tracking probe disposed proximate an opposed second surface of the structure, said tracking probe also comprising a magnet for cooperating with the magnet of said driven probe to draw the driven and tracking probes (14, 16) toward the first and second surfaces (12a, 12b) of the structure, respectively, wherein magnetic attraction between said driven and tracking probes (14, 16) causes said tracking probe to be moved over the second surface of the structure in response to corresponding movement of said driven probe, and wherein said driven probe and said tracking probe further comprise a sensing element for inspecting the structure as said driven probe is moved over the first surface of the structure, wherein said driven and tracking probe (14, 16) each comprise an array of magnets and/or ferromagnetic elements, wherein the polarity of at least one element of each array is different from that of the other elements to thereby serve as a magnetic key, wherein the sensing elements are ultrasonic transducers and comprise arrays of ultrasonic transducers, wherein said driven probe further comprises an inlet for liquid that is bubbled between the ultrasonic transducer and the first surface of the structure. a driven probe disposed proximate a first surface of the structure, said driven probe comprising a magnet; and a tracking probe disposed proximate an opposed second surface of the structure, said tracking probe also comprising a magnet for cooperating with the magnet of said driven probe to draw the driven and tracking probes (14, 16) toward the first and second surfaces (12a, 12b) of the structure, respectively, wherein magnetic attraction between said driven and tracking probes (14, 16) causes said tracking probe to be moved over the second surface of the structure in response to corresponding movement of said driven probe, and wherein said driven probe and said tracking probe further comprise a sensing element for inspecting the structure as said driven probe is moved over the first surface of the structure, wherein said driven and tracking probe (14, 16) each comprise an array of magnets and/or ferromagnetic elements, wherein the polarity of at least one element of each array is different from that of the other elements to thereby serve as a magnetic key, wherein the sensing elements are ultrasonic transducers and comprise arrays of ultrasonic transducers, wherein said driven probe further comprises an inlet for liquid that is bubbled between the ultrasonic transducer and the first surface of the structure.
A method of a wireless power transmission apparatus (610, 1210), the method comprising: receiving state information from a wireless power reception apparatus (620, 1220); calculating a variation in the state information due to movement of the wireless power reception apparatus (620, 1220), the state information comprising at least one of an impedance, received power, received voltage, and received current; generating coupling region update information of the wireless power reception apparatus (620, 1220) by forming data indicative of how close a position of the wireless power reception apparatus (620, 1220) is to an optimum coupling region based on the variation; repeatedly performing the calculating and the generating; and outputting the coupling region update information, characterized in that the coupling region update information includes information regarding whether a power reception rate of the wireless power reception apparatus is increased based on the movement of the wireless power reception apparatus. receiving state information from a wireless power reception apparatus (620, 1220); calculating a variation in the state information due to movement of the wireless power reception apparatus (620, 1220), the state information comprising at least one of an impedance, received power, received voltage, and received current; generating coupling region update information of the wireless power reception apparatus (620, 1220) by forming data indicative of how close a position of the wireless power reception apparatus (620, 1220) is to an optimum coupling region based on the variation; repeatedly performing the calculating and the generating; and outputting the coupling region update information, characterized in that the coupling region update information includes information regarding whether a power reception rate of the wireless power reception apparatus is increased based on the movement of the wireless power reception apparatus.
Printing machine filtration assembly comprising a filter tank, to which the process water from a printing machine is supplied, the filter tank being subdivided in the vertical direction into an upper water inlet area and a water outlet area located underneath, the two areas (2, 3) being separated by a nonwoven filter strip carried on a water-permeable, circulating conveyor belt, which filter strip can be transported by motor from a nonwoven filter supply by means of the conveyor belt through the filter tank to a collecting area, and the nonwoven filter strip having a force applied to it in the direction of the conveyor belt by the weight of the process water standing on the nonwoven filter strip, and the process water being transported by the nonwoven filter strip only by the static pressure of the process water column standing on the nonwoven filter strip, and the conveyor belt being driven on the basis of the height of the process water column, characterized in that it has a non-contact sensor for the process water, with which a measure representing the height of the process water can be measured without contact and, depending on the measured values from which, the height of the process water column can be determined and controlled.