mhurhangee/ep-ind-claims huggingface dataset:
A rotary shaft seal, wherein first and second seal elements (1, 2) each having a curved wall portion are arranged so as to be curved in opposite directions along a shaft center, and a wide circumferential groove is formed in each of opposed surfaces of the respective curved wall portions of the first and second seal elements and, under use conditions, grease is contained in an intermediate space surrounded by the first and second seal elements (1, 2) and an outer circumferential surface of a rotary shaft, the rotary shaft seal further includes: outer and inner cases (3, 4) between which the first and second seal elements (1, 2) are sandwiched, a radial location of each of inner circumferential end surfaces of inner circumferential end portions of inner collar portions of the outer and inner cases and is within a radial range of the circumferential groove of each of the first and second seal elements (1, 2), and the inner collar portions hold the first and second seal elements (1, 2) from surfaces of the first and second seal elements (1, 2) opposite to the intermediate space. outer and inner cases (3, 4) between which the first and second seal elements (1, 2) are sandwiched, a radial location of each of inner circumferential end surfaces of inner circumferential end portions of inner collar portions of the outer and inner cases and is within a radial range of the circumferential groove of each of the first and second seal elements (1, 2), and the inner collar portions hold the first and second seal elements (1, 2) from surfaces of the first and second seal elements (1, 2) opposite to the intermediate space.
A radiating structure, comprising a radiating sheet, wherein a radiating slot is defined in a middle portion of the radiating sheet, the radiating slot includes a lateral slot and a longitudinal slot that are communicated with each other and are cross-orthogonal, and the lengths of the lateral slot and the longitudinal slot are both smaller than the lengths of the radiating sheet in corresponding extending directions of the corresponding radiating slots; characterized in that at least one groove is provided on an outer edge of the radiating sheet, and the groove is not communicated with the radiating slot, and the groove is disposed at a location corresponding to an end portion of the radiating slot.
Assembly for being dragged by a vessel, the assembly comprising a filtering system and a fluidum guiding system, wherein the filtering system is suitable for filtering large volumes of fluidum and, and wherein the fluidum guiding system defines a channel configured such that at least in a channel portion the current velocity of the fluidum guided through that channel portion is reduced downstream, the assembly being characterised in that the fluidum guiding system and the filtering system are mutually arranged such that current velocity of fluidum filtered in the filtering system is reduced for decreasing drag, wherein the filtering system comprises an inlet for allowing fluidum to be filtered to enter the filtering system, and wherein the fluidum guiding system is arranged for reducing current velocity of fluidum to be filtered downstream towards said inlet.
A detector for receiving an eluent from a liquid- or supercritical-fluid chromatograph in which detector a signal indicative of the presence of an analyte in the eluent is generated by scattering of light by desolvated particles of the analyte, the detector comprising a nebulizer for generating an aerosol from the eluent in a chamber, the chamber having a thin wall forming a cylindrical tube in which the aerosol is formed, the wall being of inert material having low thermal mass and low thermal conductivity, and being in good thermal contact with a first heat sink over at least a substantial portion of its surface area, wherein the first heat sink comprises a rectangular-section block having a high thermal conductivity and a high thermal mass surrounding the wall, thereby minimizing the change in temperature of the wall during an analysis of the eluent, wherein said wall comprises stainless steel and said first heat sink comprises aluminum.
Water-using household device, in particular a washing machine and/or a dishwasher, with a vat for storing an object to be cleaned, a piping sys-tem (8, 12) for process liquid connected with the vat, characterized in that a ball bed filter or a granulate filter connected with the piping system (8, 12) is provided for cleaning the process liquid of solids, wherein the ball bed filter or the granulate filter have a regeneration system for flushing the ball bed filter or the granulate filter with flushing liquid in the direction opposite to the normal flow direction of the process liquid.
A multi-mode front-end architecture comprising: a first amplification path and a second amplification path, each including a power amplifier, PA (156, 162) and each configured to amplify a 3G/4G signal, the first amplification path including a phase shifting circuit connected to the input of the power amplifier of the first amplification path; a splitter configured to receive a 2G signal at a common node and to split the 2G signal into the first and second amplification paths, each PA (156, 162) configured to amplify a respective portion of first and second portions of the 2G signal; a combiner included in a band selection switch on the output side of the PAs (156, 162) of the first and second amplification paths, the combiner being configured to combine the first and second portions of the amplified 2G signals from the first and second amplification paths into a common output path; and an impedance transformer implemented along the common output path between the combiner and the output of the front-end architecture, the impedance transformer being configured to provide a desired impedance for the combined 2G signal. a first amplification path and a second amplification path, each including a power amplifier, PA (156, 162) and each configured to amplify a 3G/4G signal, the first amplification path including a phase shifting circuit connected to the input of the power amplifier of the first amplification path; a splitter configured to receive a 2G signal at a common node and to split the 2G signal into the first and second amplification paths, each PA (156, 162) configured to amplify a respective portion of first and second portions of the 2G signal; a combiner included in a band selection switch on the output side of the PAs (156, 162) of the first and second amplification paths, the combiner being configured to combine the first and second portions of the amplified 2G signals from the first and second amplification paths into a common output path; and an impedance transformer implemented along the common output path between the combiner and the output of the front-end architecture, the impedance transformer being configured to provide a desired impedance for the combined 2G signal.
A method for automatically regulating the speed (V 0) of a host motor vehicle, comprising, when at least two third-party motor vehicles (11, 12) precede the host motor vehicle in its lane, the steps of: - acquisition of at least one datum (D 1, D 2, ΔV 1, ΔV 2, TIV 1, TIV 2) relating to the dynamics of each third-party motor vehicle (11, 12), and - determination of a control setpoint for means for controlling the speed (V 0) of the host motor vehicle, wherein, when the two third-party motor vehicles (11, 12) are stationary, a first of the third-party motor vehicles following a second of the third-party motor vehicles, and then the second third-party motor vehicle starts moving again, the control setpoint is determined as a function of at least said at least one datum (D 2, ΔV 2, TIV 2) relating to the dynamics of the second third-party motor vehicle, characterized in that, since the host motor vehicle has an internal combustion engine and a system for automatically stopping and restarting the internal combustion engine, the control setpoint is designed in such a way that the stop and restart system automatically restarts the internal combustion engine after the second third-party motor vehicle has set off again and before the first third-party motor vehicle sets off again. - acquisition of at least one datum (D 1, D 2, ΔV 1, ΔV 2, TIV 1, TIV 2) relating to the dynamics of each third-party motor vehicle (11, 12), and - determination of a control setpoint for means for controlling the speed (V 0) of the host motor vehicle, wherein, when the two third-party motor vehicles (11, 12) are stationary, a first of the third-party motor vehicles following a second of the third-party motor vehicles, and then the second third-party motor vehicle starts moving again, the control setpoint is determined as a function of at least said at least one datum (D 2, ΔV 2, TIV 2) relating to the dynamics of the second third-party motor vehicle, characterized in that, since the host motor vehicle has an internal combustion engine and a system for automatically stopping and restarting the internal combustion engine, the control setpoint is designed in such a way that the stop and restart system automatically restarts the internal combustion engine after the second third-party motor vehicle has set off again and before the first third-party motor vehicle sets off again.
A method for integrating user interface content from different partitioned process spaces in a single user interface comprising the steps of: providing a particular software application (200, 360) that operates in a managed runtime environment, the particular software application having a user interface; providing a first portion of a content container for the user interface with a host control that contains a window handle and resides in a first partitioned process space of a main window containing window contents; providing a second portion of the content container for the user interface with a source control that provides the window handle and resides in a second partitioned process space of the main window, the second portion of the content container having content for display; and allowing the window contents and the content from the second partitioned process space to be integrated and displayed within the user interface of the software application operating in the managed runtime environment while preserving a level of isolation between the first portion and the second portion of the content container. providing a particular software application (200, 360) that operates in a managed runtime environment, the particular software application having a user interface; providing a first portion of a content container for the user interface with a host control that contains a window handle and resides in a first partitioned process space of a main window containing window contents; providing a second portion of the content container for the user interface with a source control that provides the window handle and resides in a second partitioned process space of the main window, the second portion of the content container having content for display; and allowing the window contents and the content from the second partitioned process space to be integrated and displayed within the user interface of the software application operating in the managed runtime environment while preserving a level of isolation between the first portion and the second portion of the content container.
A drug delivery device deployable within the bladder of a human patient, the device comprising: an elastic device body that defines a drug reservoir lumen; and a drug formulation housed in the drug reservoir lumen, wherein the drug formulation is in the form of a plurality of tablets, wherein the device is deformable between a deployment shape for passage of the device through the urethra and a retention shape for preventing voiding of the device through the urethra, characterized in that the retention shape has a maximum dimension in any dimension of 6 cm or less when in an uncompressed state and wherein the device exerts a maximum acting force less than 1 N when the device is compressed from the retention shape to a shape having a maximum dimension in any dimension of 3 cm. an elastic device body that defines a drug reservoir lumen; and a drug formulation housed in the drug reservoir lumen, wherein the drug formulation is in the form of a plurality of tablets, wherein the device is deformable between a deployment shape for passage of the device through the urethra and a retention shape for preventing voiding of the device through the urethra, characterized in that the retention shape has a maximum dimension in any dimension of 6 cm or less when in an uncompressed state and wherein the device exerts a maximum acting force less than 1 N when the device is compressed from the retention shape to a shape having a maximum dimension in any dimension of 3 cm.
A resizable polymer-stabilized, thermotropic liquid crystal filter device (200, 300, 400) for use in light regulating building materials including windows, the device being resizable via cutting or subdividing the device, the device comprising a transparent substrate (201, 401); a transparent opposing substrate (201, 401); a mixture of twisted nematic liquid crystal components (202, 302, 402) provided between the transparent substrate (201, 401) and the opposing transparent substrate (201, 401), the components (202, 302, 402) coating the substrate (201, 401) and having a clearing point within a typical range of atmospheric temperatures between 10 °C and 40 °C and a freezing point below an expected minimum atmospheric temperature of negative 40 °C; a means of defining a thickness of the coating of the mixture of liquid crystal components (202, 302, 402); and a stabilizing polymer (205, 305, 405) provided in conjunction with the mixture of liquid crystal components (202, 302, 402) on the substrate (201, 401) that has been cured under the influence of an external stimulus, and that is miscible with and distributed throughout the mixture of liquid crystal components (202, 302, 402) in a concentration of 5% or less with respect to the mixture of liquid crystal components to form a plurality of walls that define a plurality of cells, each wall enclosing a portion of the mixture of liquid crystal components (202, 302, 402) within the cell that is defined by the wall.
A vehicle-cabin air-conditioning system comprising a chassis having air-collection bores arranged peripherally in the chassis, the chassis comprising at least one air inlet and at least one air outlet for exchanging air with the inside of the cabin, the chassis portion facing outwardly of the cabin is provided with an external cover, a compressor, a control unit, a condenser, a compressor discharge tube, an evaporator and a ventilation assembly; wherein: - the arrangement of the evaporator, the condenser and the ventilation assembly with only one motor being such that it simultaneously enables the dissipation of heat in the condenser and the admission of heat into the evaporator, - the water condensed in the evaporator is drained into a water reservoir, where it is evaporated by contact with the compressor discharge tube, - the ventilation assembly is partly and fluidly connected to air tubing which enables transmission of air from the air outlet; characterized in that - the chassis receives a cold box capable of isolating the atmosphere of the evaporator and of the ventilation assembly, - the ventilation assembly causes air from the cabin to pass through the air inlet, through the evaporator, and out through the outlet towards the cabin to be air-conditioned, and - the ventilation assembly forms a stream of air that cools the condenser to the compressor and the control unit. - the arrangement of the evaporator, the condenser and the ventilation assembly with only one motor being such that it simultaneously enables the dissipation of heat in the condenser and the admission of heat into the evaporator, - the water condensed in the evaporator is drained into a water reservoir, where it is evaporated by contact with the compressor discharge tube, - the ventilation assembly is partly and fluidly connected to air tubing which enables transmission of air from the air outlet; characterized in that - the chassis receives a cold box capable of isolating the atmosphere of the evaporator and of the ventilation assembly, - the ventilation assembly causes air from the cabin to pass through the air inlet, through the evaporator, and out through the outlet towards the cabin to be air-conditioned, and - the ventilation assembly forms a stream of air that cools the condenser to the compressor and the control unit.
A method of applying a protective film to a construction panel comprising: a) selectively applying an adhesive composition to a peripheral region of a surface of the construction panel at a coat weight of from about 15 to about 25 grams per square metre; b) applying a further adhesive composition to the surface of the construction panel at a coat weight of from about 30 to about 100 grams per square metre prior to the step of selectively applying an adhesive composition to a peripheral region and before applying the protective film to the construction panel; and c) applying the protective film to the surface of the construction panel to bond the protective film to the construction panel; wherein the surface is a top surface or bottom surface of the panel; and wherein said peripheral region is an area of the surface which extends from an edge of the construction panel and across from about 0.1 % to about 25% of the width of the surface. a) selectively applying an adhesive composition to a peripheral region of a surface of the construction panel at a coat weight of from about 15 to about 25 grams per square metre; b) applying a further adhesive composition to the surface of the construction panel at a coat weight of from about 30 to about 100 grams per square metre prior to the step of selectively applying an adhesive composition to a peripheral region and before applying the protective film to the construction panel; and c) applying the protective film to the surface of the construction panel to bond the protective film to the construction panel;
Smoke grenade with a pyrotechnic main charge, the main charge being accommodated in a plastic casing, at least one pyrotechnic separating means being provided for separating the plastic casing, characterized in that the separating means is arranged on the outer side of the plastic casing.
An apparatus for the introduction and for the distribution of a fluid into an inner space of a container, comprising an inlet passage and a distribution passage, wherein the inlet passage opens into the distribution passage so that the fluid can be guided from the inlet passage into the distribution passage, wherein the distribution passage has a jacket which has at least one outlet opening (11, 12), wherein the inlet passage is in communication with the distribution passage via at least one opening which is arranged in the jacket of the distribution passage, wherein the opening is arranged such that the fluid enters into the distribution passage tangentially to the jacket of the distribution passage so that a rotary flow can be generated in the inner space of the distribution passage, characterized in that the distribution passage merges into a distribution element having a jacket, which distribution element has a smaller diameter than the distribution passage so that an annular gap is formed between the jacket of the distribution passage and the jacket of the distribution element.
A method of detecting a shadow condition from a wind turbine, the method comprising: determining a geometry condition is present which is effective to produce a shadow at a location of concern; comparing an atmospheric condition, detected by an atmospheric condition detector, to a threshold; determining the atmospheric condition is shadow producing from the comparison; and detecting a shadow condition in response to the geometry condition determined to produce a shadow at the location of concern and to the atmospheric condition determined to be shadow producing, characterized by detecting, by the atmospheric condition detector, one or more of atmospheric conditions, which are selected from a group that includes amounts of aerosol, aerosol formation, height of the aerosol, amounts of clouds, cloud formation, height of a cloud or clouds, the structure of the atmosphere, composition of the atmosphere, precipitation, gas presence, gas concentration, wind turbulence, wind speed, changes in wind conditions, and wind current. determining a geometry condition is present which is effective to produce a shadow at a location of concern; comparing an atmospheric condition, detected by an atmospheric condition detector, to a threshold; determining the atmospheric condition is shadow producing from the comparison; and detecting a shadow condition in response to the geometry condition determined to produce a shadow at the location of concern and to the atmospheric condition determined to be shadow producing, characterized by detecting, by the atmospheric condition detector, one or more of atmospheric conditions, which are selected from a group that includes amounts of aerosol, aerosol formation, height of the aerosol, amounts of clouds, cloud formation, height of a cloud or clouds, the structure of the atmosphere, composition of the atmosphere, precipitation, gas presence, gas concentration, wind turbulence, wind speed, changes in wind conditions, and wind current.
A vacuum tube receiver (400, 500, 600, 700, 800, 900, 1000) comprising: a housing having a proximal end and a distal end and forming a hollow interior, the proximal end forming a proximal opening for receiving a vacuum tube (110, 850) into the hollow interior, the distal end forming an adapter for coupling the vacuum tube receiver (400, 500, 600, 700, 800, 900, 1000) to an intravenous system; a spike (410, 510, 610, 710a, 810, 910a, 1010) that extends proximally into the hollow interior, the spike including an opening (411, 611) and forming a blood flow path; and characterized by: an insertion depth control component that includes a stop member, the insertion depth control component being coupled to the housing and being configured to move between a withdrawn position and an inserted position, wherein, when the insertion depth control component is in the inserted position, the stop member limits insertion of a vacuum tube (110, 850) into the hollow interior. a housing having a proximal end and a distal end and forming a hollow interior, the proximal end forming a proximal opening for receiving a vacuum tube (110, 850) into the hollow interior, the distal end forming an adapter for coupling the vacuum tube receiver (400, 500, 600, 700, 800, 900, 1000) to an intravenous system; a spike (410, 510, 610, 710a, 810, 910a, 1010) that extends proximally into the hollow interior, the spike including an opening (411, 611) and forming a blood flow path; and characterized by: an insertion depth control component that includes a stop member, the insertion depth control component being coupled to the housing and being configured to move between a withdrawn position and an inserted position, wherein, when the insertion depth control component is in the inserted position, the stop member limits insertion of a vacuum tube (110, 850) into the hollow interior.