mhurhangee/ep-ind-claims huggingface dataset:
A cassette dry separation toilet comprising a housing, a seat bowl portion and a cassette located below in a cassette receiving space of the housing, wherein: the seat bowl portion is composed of a front urine collecting section with an outlet opening and a rear faeces receiving section with an upper and a lower opening, the cassette is a container arrangement adapted to be accommodated in the cassette receiving space and comprising a faeces container having an upper opening and an urine tank, the container arrangement being designed in such a way that, after it has been introduced into the cassette receiving space, the upper opening of the faeces container lies under the lower opening of the faeces receiving section, the container arrangement being an integral component or a unit comprising a detachably interconnected faeces container and urine tank, and a hose connects the outlet opening of the urine collection section of the seat bowl portion with a tank opening of the urine tank. the seat bowl portion is composed of a front urine collecting section with an outlet opening and a rear faeces receiving section with an upper and a lower opening, the cassette is a container arrangement adapted to be accommodated in the cassette receiving space and comprising a faeces container having an upper opening and an urine tank, the container arrangement being designed in such a way that, after it has been introduced into the cassette receiving space, the upper opening of the faeces container lies under the lower opening of the faeces receiving section, the container arrangement being an integral component or a unit comprising a detachably interconnected faeces container and urine tank, and a hose connects the outlet opening of the urine collection section of the seat bowl portion with a tank opening of the urine tank.
A user equipment, configured to: - perform a domain name system query using an input fully qualified domain name, said input fully qualified domain name containing a mobile country code of a visited country the user equipment is located in, - get, in a response to said domain name system query, a list of one or more output fully qualified domain names that each contains a mobile country code and a mobile network code of a local public land mobile network of said visited country, - select an evolved packet data gateway operated by one of the local public land mobile networks of the list if the one of the public land mobile networks of the list is configured in evolved packet data gateway selection information. - perform a domain name system query using an input fully qualified domain name, said input fully qualified domain name containing a mobile country code of a visited country the user equipment is located in, - get, in a response to said domain name system query, a list of one or more output fully qualified domain names that each contains a mobile country code and a mobile network code of a local public land mobile network of said visited country, - select an evolved packet data gateway operated by one of the local public land mobile networks of the list if the one of the public land mobile networks of the list is configured in evolved packet data gateway selection information.
Roof box provided with a bottom part, a lid part, as well as a first locking system and a second locking system at some distance from the first locking system, both of which comprise a locking function for locking and unlocking the bottom part with the lid part, the first locking system and the second locking system are connected together by a slidable oblong connecting element, wherein the first or the second locking system is provided with a handgrip coupled to the slidable connecting element, which when operated by a user is turned about an axis from a first position in which the bottom part and the lid part are locked together by means of the first locking system and the second locking system, to a second position whereby the slidable oblong connecting element moves from a locking position to an unlocking position for unlocking the first and the second locking system so that the bottom part is unlocked from the lid part, characterised in that the handgrip is an oblong handgrip which comprises an end located near the axis as well as an end located farther from the axis, wherein in the unlocked position of the first and/or the second locking system the handgrip is blocked in the second position.
A method of forming a curved profile of an edge on an aerofoil, the curve having a profile axis, the method comprising: providing an aerofoil having an edge extending along a length; providing a fluid jet that has a Gaussian energy distribution profile; traversing the fluid jet along a path that substantially follows the length of the edge to machine an edge having the curved profile, the maximum energy of the fluid jet being directed to a location offset from the profile axis. providing an aerofoil having an edge extending along a length; providing a fluid jet that has a Gaussian energy distribution profile; traversing the fluid jet along a path that substantially follows the length of the edge to machine an edge having the curved profile, the maximum energy of the fluid jet being directed to a location offset from the profile axis.
A machine tool, comprising: - a machine frame forming a machining area; - a workpiece clamping device for clamping a workpiece; - an axis slide assembly(3; 300) arranged on said machine frame and configured to linearly move said workpiece clamped on said workpiece clamping device by means of at least two controllable linear axes (Y, Z; Y, X, Z); and - a spindle carrier assembly arranged on said machine frame and having at least two tool-carrying work spindles (41, 42); wherein a first work spindle of said at least two tool-carrying work spindles (41, 42) is moveable linearly by way of a third controllable linear axis between a machining position in said machining area and a first tool change position of the first work spindle, wherein a second work spindle of said at least two tool-carrying work spindles (41, 42) is moveable linearly by means of a fourth controllable linear axis between the machining position in said machining area and a second tool change position of said second work spindle, characterized in that the directions of the third and fourth linear axes (S1, S2) are oriented obliquely or perpendicularly to one another, and the first tool change position is substantially arranged above the second tool change position - a machine frame forming a machining area; - a workpiece clamping device for clamping a workpiece; - an axis slide assembly(3; 300) arranged on said machine frame and configured to linearly move said workpiece clamped on said workpiece clamping device by means of at least two controllable linear axes (Y, Z; Y, X, Z); and - a spindle carrier assembly arranged on said machine frame and having at least two tool-carrying work spindles (41, 42);
A system for protecting an image on a substrate, the system comprising: an electrostatographic toner delivery station, wherein the toner from the toner delivery station is configured on a substrate to form an unfused toner image, a station for partially fusing a toner image, wherein the unfused toner image is heated at a first temperature to form a partially fused toner image, by exposing the unfused toner image to radiation, a coating station wherein a coating from the coating station is applied to the partially fused toner image to form a coated and partially fused toner image, by ink jet technology and a fusing station, wherein the coated and partially fused toner image is fused at a second temperature and pressure to form a fixed image, characterized in that the radiation is actinic and the coating is a wax-hybrid composition comprising a homogeneous mixture of at least a wax and a binding agent, the viscosity of the wax being 10 mPa·s (cP) or less at 120°C, the viscosity of the binding agent being from 600 to 6,000 mPa·s (cP) at 120°C, and the viscosity of the wax-hybrid being 20 mPa·s(cP) or less at 120°C. an electrostatographic toner delivery station, wherein the toner from the toner delivery station is configured on a substrate to form an unfused toner image, a station for partially fusing a toner image, wherein the unfused toner image is heated at a first temperature to form a partially fused toner image, by exposing the unfused toner image to radiation, a coating station wherein a coating from the coating station is applied to the partially fused toner image to form a coated and partially fused toner image, by ink jet technology and a fusing station, wherein the coated and partially fused toner image is fused at a second temperature and pressure to form a fixed image,
A form-fill-seal machine for filling a bag with package contents while sealing a tube-shaped packaging material to form the bag, wherein the form-fill-seal machine comprises: a conveyance unit for conveying the packaging material downward; a transverse sealing unit having: first members (11a, 11b) for sandwiching the packaging material and sealing the packaging material in a transverse direction; and second members (55, 75) for sandwiching the packaging material while leaving a prescribed spacing; and a control unit for controlling a position of the transverse sealing unit; the control unit being configured to perform: a first control step to cause the transverse sealing unit located at a reference position to descend faster than the packaging material being conveyed downward by the conveyance unit, while the packaging material is sandwiched by the second members (55, 75); a second control step to cause, after the first control step, the transverse sealing unit to ascend while the packaging material is being sealed by the first members (11a, 11b); and a third control step to cause, after the second control step, the transverse sealing unit to move such that the first members (11a, 11b) are separated from the packaging material, and afterwards, returning the transverse sealing unit to the reference position. a conveyance unit for conveying the packaging material downward; a transverse sealing unit having: first members (11a, 11b) for sandwiching the packaging material and sealing the packaging material in a transverse direction; and second members (55, 75) for sandwiching the packaging material while leaving a prescribed spacing; and a control unit for controlling a position of the transverse sealing unit; the control unit being configured to perform: a first control step to cause the transverse sealing unit located at a reference position to descend faster than the packaging material being conveyed downward by the conveyance unit, while the packaging material is sandwiched by the second members (55, 75); a second control step to cause, after the first control step, the transverse sealing unit to ascend while the packaging material is being sealed by the first members (11a, 11b); and a third control step to cause, after the second control step, the transverse sealing unit to move such that the first members (11a, 11b) are separated from the packaging material, and afterwards, returning the transverse sealing unit to the reference position. a first control step to cause the transverse sealing unit located at a reference position to descend faster than the packaging material being conveyed downward by the conveyance unit, while the packaging material is sandwiched by the second members (55, 75); a second control step to cause, after the first control step, the transverse sealing unit to ascend while the packaging material is being sealed by the first members (11a, 11b); and a third control step to cause, after the second control step, the transverse sealing unit to move such that the first members (11a, 11b) are separated from the packaging material, and afterwards, returning the transverse sealing unit to the reference position.
A method for microresistivity logging at multiple depths of investigation, the method comprising: (a) deploying a microresistivity logging tool in a borehole, the logging tool including (i) a guard electrode, (ii) a measuring electrode deployed in and electrically isolated from the guard electrode, (iii) a return electrode spaced apart the guard electrode, and (iv) a dual function electrode interposed between the guard electrode and the return electrode wherein the dual function electrode is capable of functioning as a guard electrode and/or a return electrode; characterised in that the method further comprises: (b) causing an electrical current to be injected into a subterranean formation at the guard electrode simultaneously at first and second frequencies; (c) causing an electrical potential of the dual function electrode to be set to a first potential that is equal to or greater than the potential of the return electrode and equal to or less than the potential of the guard electrode at the first frequency and to a second potential that is equal to or greater than the potential of the return electrode and equal to or less than the potential of the guard electrode at the second frequency, wherein the first potential is lower than the second potential; (d) causing electrical currents to be measured at the measuring electrode at each of the first and second frequencies; and (e) computing first and second quantities at least partially related to the formation resistivity from the electrical currents measured in (d) at the first and second frequencies. (a) deploying a microresistivity logging tool in a borehole, the logging tool including (i) a guard electrode, (ii) a measuring electrode deployed in and electrically isolated from the guard electrode, (iii) a return electrode spaced apart the guard electrode, and (iv) a dual function electrode interposed between the guard electrode and the return electrode wherein the dual function electrode is capable of functioning as a guard electrode and/or a return electrode; characterised in that the method further comprises: (b) causing an electrical current to be injected into a subterranean formation at the guard electrode simultaneously at first and second frequencies; (c) causing an electrical potential of the dual function electrode to be set to a first potential that is equal to or greater than the potential of the return electrode and equal to or less than the potential of the guard electrode at the first frequency and to a second potential that is equal to or greater than the potential of the return electrode and equal to or less than the potential of the guard electrode at the second frequency, wherein the first potential is lower than the second potential; (d) causing electrical currents to be measured at the measuring electrode at each of the first and second frequencies; and (e) computing first and second quantities at least partially related to the formation resistivity from the electrical currents measured in (d) at the first and second frequencies.
A tube bundle for a tube bundle heat exchanger, comprising a plurality of tubes and at least one web plate (12, 12a, 12b, 12c), wherein the at least one web plate comprises a ring-like edge that encircles the plurality of tubes, as well as a number of webs that extend essentially parallel to one another and between which respective gaps (15, 15', 15a, 15b, 15c) are formed, through which a number of the tubes extend, wherein the webs continuously transform into the ring-like edge on their ends, and wherein the tube bundle comprises a plurality of outer tube segments (16a, 16b, 16c) that are arranged behind one another in the longitudinal direction of the tubes and at least partially enclose the plurality of tubes, characterized in that at least two of the plurality of outer tube segments abut on one another on an edge, along the inner side of which the ring-like edge of a web plate (12, 12a, 12b, 12c) extends.
A cleaner comprising: a suction unit that guides dust and air; a main body that includes a suction motor generating suction force to suck air through the suction unit and a dust separation unit for separating dust from air guided through the suction unit; a main body terminal that is mounted on the main body; and a handle terminal mounted on the handle unit, characterized in that at least a portion of the suction motor is disposed over the dust separation unit, the dust separation unit includes a cyclone unit that separates dust using cyclonic flow, and an axis of the cyclonic flow extends in a vertical direction, the handle unit is slide-coupled to the main body, and the handle terminal is connected to the main body terminal in the vertical direction when the handle unit is slide-coupled to the main body. a suction unit that guides dust and air; a main body that includes a suction motor generating suction force to suck air through the suction unit and a dust separation unit for separating dust from air guided through the suction unit; a main body terminal that is mounted on the main body; and a handle terminal mounted on the handle unit, characterized in that at least a portion of the suction motor is disposed over the dust separation unit, the dust separation unit includes a cyclone unit that separates dust using cyclonic flow, and an axis of the cyclonic flow extends in a vertical direction, the handle unit is slide-coupled to the main body, and the handle terminal is connected to the main body terminal in the vertical direction when the handle unit is slide-coupled to the main body.
A CRRT treatment kit comprising a replacement solution comprising 15-25 mmol/L citrate and 130-150 mmol/L sodium, and a dialysate solution which comprises about 110 to about 130 mmol/L chloride, about 20 to about 35 mmol/L bicarbonate, from about 2 to about 4 mmol/L potassium, and about 0.5 to about 0.7 mmol/L magnesium.
A method for producing an activated carbon matrix impregnated with mineral acid for use as a chemisorbant from a carbonaceous lignocellulosic biomass material, comprising the step of applying a mineral acid to the carbonaceous biomass material while mixing both components, wherein the mineral acid comprises hydrochloric acid, nitric acid, phosphoric acid or sulphuric acid in a strength of 75% to 100% concentrated mineral acid, and is applied in a proportion from 1:1 to 10:1 by weight of the carbonaceous biomass material, wherein the conversion of the carbonaceous material to activated carbon and the acid impregnation takes place in one step, without further processing of the acid-impregnated activated carbon matrix by heat treatment, washing, neutralization, or a subsequent gas sulfonation step.
Sliding-door arrangement having a running rail, which can be secured on a structural part of a building by means of fastening elements, having a sliding leaf, which is guided in the running rail such that it can be displaced on carriages, and having a cover panel for covering the region of the running rail, wherein a retaining crosspiece is provided on the cover panel in order to engage in a retaining groove of the running rail or of a carrying profile of the running rail, wherein the cover panel has arranged on it at least one accommodating crosspiece for accommodating a latching element of the sliding-door arrangement, said latching element having a resilient crosspiece for engaging in a further retaining groove of the running rail or of the carrying profile, characterized in that the latching element has a main body, and at each of its opposite ends, on limbs of the main body, the latching element has a C-shaped clamping portion for engaging in the accommodating crosspieces, which are arranged on the cover panel.
A motor arrangement for controlling pilot valves, having four motors, each having at least one stator and at least one rotor, wherein the motors are provided at a common rotating shaft, with each motor being coupled to the rotating shaft via at least one respective mechanical clutch, wherein the common rotating shaft, as a central component of the motor arrangement, is guided centrally through passages of the motors and clutches, wherein each clutch comprises at least one outer clutch part coupled to the rotor, at least one inner clutch part coupled to the rotating shaft, and at least one yoke spring, with the yoke spring coupling the outer clutch part and the inner clutch part to one another in normal operation of the corresponding motor and decoupling them from one another in improper operation, characterized in that like clutches and like motors are provided, which are arranged along the common rotating shaft offset to one another in the axial direction, wherein the clutches are respectively arranged next to the associated motors, and wherein two clutches are arranged between two of the motors and two clutches are arranged between the other two motors, and in that at least one electrical position sensor for the detection of the deflection angle of the corresponding motor is provided on each motor, wherein like position sensors are provided inside one housing of the motor arrangement, wherein the position sensors are coupled with the clutch outer part via a connection portion, and wherein the position sensors are differential transformers.
A method comprising: forming a glass article comprising a core and a clad adjacent to the core, the core comprising a core glass composition, the clad comprising a clad glass composition different than the core glass composition; wherein the clad composition comprises from 45 mol % to 60 mol% SiO 2, from about 8 mol% to 19 mol % Al 2 O 3 and an alkali metal oxide selected from the group consisting of Li 2 O, Na 2 O, K 2 O, Rb 2 O, Cs 2 O and combinations thereof; wherein a degradation rate of the clad glass composition in a reagent is greater than a degradation rate of the core glass composition in the reagent; wherein the clad glass composition comprises a coefficient of thermal expansion of from 50 x 10 -7 /°C to 95 x 10 -7 /°C over a temperature range from 20°C to 300°C and a liquidus viscosity of at least 5 kPa•s (50 kP). forming a glass article comprising a core and a clad adjacent to the core, the core comprising a core glass composition, the clad comprising a clad glass composition different than the core glass composition; wherein the clad composition comprises from 45 mol % to 60 mol% SiO 2, from about 8 mol% to 19 mol % Al 2 O 3 and an alkali metal oxide selected from the group consisting of Li 2 O, Na 2 O, K 2 O, Rb 2 O, Cs 2 O and combinations thereof; wherein a degradation rate of the clad glass composition in a reagent is greater than a degradation rate of the core glass composition in the reagent; wherein the clad glass composition comprises a coefficient of thermal expansion of from 50 x 10 -7 /°C to 95 x 10 -7 /°C over a temperature range from 20°C to 300°C and a liquidus viscosity of at least 5 kPa•s (50 kP).