mhurhangee/patent-ind-claim-en huggingface dataset:
Pump constituted of a deformable conduit having an inlet orifice blocked by an inlet valve, an outlet orifice and an outlet valve, said pump being characterised in that - the inlet valve is constituted of a first support wall and an inlet valve , - said inlet valve has a non-perforated flexible and deformable peripheral zone , located opposite the first support wall , - the first support wall is perforated by at least one orifice located opposite the peripheral zone , - the inlet valve is connected to the first support wall by a fixed, non-deformable connection, - the peripheral zone has a substantially conic shape before assembly, with a large base and a small base and an inner face on the inner side of the cone, - said peripheral zone has a deformation consecutive to supporting the inner face of the large base on the first support wall in the assembled position. - the inlet valve is constituted of a first support wall and an inlet valve , - said inlet valve has a non-perforated flexible and deformable peripheral zone , located opposite the first support wall , - the first support wall is perforated by at least one orifice located opposite the peripheral zone , - the inlet valve is connected to the first support wall by a fixed, non-deformable connection, - the peripheral zone has a substantially conic shape before assembly, with a large base and a small base and an inner face on the inner side of the cone, - said peripheral zone has a deformation consecutive to supporting the inner face of the large base on the first support wall in the assembled position.
An exothermic welding system comprising an exothermic mixture and a mold to produce an exothermic weld, the mold comprising: - at least two housings for housing components to be welded; and - at least one weld cavity into which the housings open; - a crucible-funnel which comprises: - a lower opening , communicated with an upper part of the weld cavity ; and - an upper opening , for receiving a solid filling material in the crucible-funnel and in the weld cavity ; the system being characterized in that the mold further comprises: - at least one additional cavity that surrounds the outside of at least the weld cavity or cavities , and which houses the exothermic mixture ; and - an inner shell which separates the at least one additional cavity from the crucible-funnel and from the weld cavity , to allow for the transmission of heat from the additional cavity or cavities to the crucible-funnel and the weld cavity . - at least two housings for housing components to be welded; and - at least one weld cavity into which the housings open; - a crucible-funnel which comprises: - a lower opening , communicated with an upper part of the weld cavity ; and - an upper opening , for receiving a solid filling material in the crucible-funnel and in the weld cavity ; - a lower opening , communicated with an upper part of the weld cavity ; and - an upper opening , for receiving a solid filling material in the crucible-funnel and in the weld cavity ; - at least one additional cavity that surrounds the outside of at least the weld cavity or cavities , and which houses the exothermic mixture ; and - an inner shell which separates the at least one additional cavity from the crucible-funnel and from the weld cavity , to allow for the transmission of heat from the additional cavity or cavities to the crucible-funnel and the weld cavity .
A spectroscopy system, comprising: an interferogram source configured to provide an IR signal containing an interferogram along an optical path; the optical path including a focal point along a path axis of a first portion of the optical path extending from said interferogram source; characterized in that the spectroscopy system further comprises: a Jacquinot stop including an aperture disposed substantially at said focal point, and a reflective surface substantially non-orthogonal to said path axis and facing said interferogram source, wherein said aperture passes an inner portion of said IR signal as an incident portion of said IR signal, and said reflective surface reflects an outer portion of said IR signal as a reflected portion of said IR signal; and a reference detection device to detect said reflected portion of said IR signal. an interferogram source configured to provide an IR signal containing an interferogram along an optical path; the optical path including a focal point along a path axis of a first portion of the optical path extending from said interferogram source; characterized in that the spectroscopy system further comprises: a Jacquinot stop including an aperture disposed substantially at said focal point, and a reflective surface substantially non-orthogonal to said path axis and facing said interferogram source, wherein said aperture passes an inner portion of said IR signal as an incident portion of said IR signal, and said reflective surface reflects an outer portion of said IR signal as a reflected portion of said IR signal; and a reference detection device to detect said reflected portion of said IR signal. a Jacquinot stop including an aperture disposed substantially at said focal point, and a reflective surface substantially non-orthogonal to said path axis and facing said interferogram source, wherein said aperture passes an inner portion of said IR signal as an incident portion of said IR signal, and said reflective surface reflects an outer portion of said IR signal as a reflected portion of said IR signal; and a reference detection device to detect said reflected portion of said IR signal.
Assembly for closing an outlet opening of a bowl, in particular, a bowl of a sink, said outlet opening being arranged on an outlet cup , comprising a sealing element that, in a closed position, sealingly abuts the outlet cup and, in an open position, permits an outflow of a liquid from the bowl through the outlet opening , wherein the sealing element comprises a guide pin , a guide element on which, in the assembled state of the assembly , the guide pin of the sealing element is displaceably guided in the vertical direction, and an anchoring component on which, in the assembled state of the assembly , the guide element is mounted, characterised in that the assembly comprises a mounting component which is usable during the assembling of the assembly for mounting the guide element on the anchoring component , and a receptacle component on which the mounting component is arrangeable in the assembled state of the assembly .
An antenna module comprising: a magnetic core ; a first electric wire which constitutes a coil into which the magnetic core is inserted; a capacitor which has a first terminal and a second terminal and which is connected in series to the coil; a second electric wire which is connected to the capacitor; and a base which includes at least a capacitor accommodating portion in which the capacitor is accommodated and a core accommodating portion in which the magnetic core is accommodated, wherein the capacitor accommodating portion has a first accommodating portion which accommodates at least one portion of the first terminal of the capacitor and a connecting portion of the first electric wire and a second accommodating portion which accommodates at least one portion of the second terminal of the capacitor and a connecting portion of the second electric wire, wherein the capacitor accommodating portion has a partition wall which is provided between the first accommodating portion and the second accommodating portion, wherein the first terminal of the capacitor and the connecting portion of the first electric wire are connected to each other in the first accommodating portion, wherein the second terminal of the capacitor and the connecting portion of the second electric wire are connected to each other in the second accommodating portion, and wherein a portion of an opposite side to the connecting portion in the first electric wire and the second electric wire constitute a harness . a magnetic core ; a first electric wire which constitutes a coil into which the magnetic core is inserted; a capacitor which has a first terminal and a second terminal and which is connected in series to the coil; a second electric wire which is connected to the capacitor; and a base which includes at least a capacitor accommodating portion in which the capacitor is accommodated and a core accommodating portion in which the magnetic core is accommodated, wherein the capacitor accommodating portion has a first accommodating portion which accommodates at least one portion of the first terminal of the capacitor and a connecting portion of the first electric wire and a second accommodating portion which accommodates at least one portion of the second terminal of the capacitor and a connecting portion of the second electric wire, wherein the capacitor accommodating portion has a partition wall which is provided between the first accommodating portion and the second accommodating portion, wherein the first terminal of the capacitor and the connecting portion of the first electric wire are connected to each other in the first accommodating portion, wherein the second terminal of the capacitor and the connecting portion of the second electric wire are connected to each other in the second accommodating portion, and wherein a portion of an opposite side to the connecting portion in the first electric wire and the second electric wire constitute a harness .
An optical film laminating system comprising: a first panel conveying unit which includes multiple conveying rollers that support a lower portion of the panel and convey the panel; a second panel conveying unit which holds any one of an upper portion or a lower portion of the panel by suction and conveys the panel; a laminating unit for laminating an optical film on the panel and includes a first roller unit and a second roller unit disposed to be vertically spaced apart from each other; and a control unit which sets, in accordance with attachment conditions, an optical film laminating mode in respect to the panel to at least one of a first mode in which the panel and the optical film are inputted together between the first roller unit and the second roller unit so that the optical film is laminated on the panel, and a second mode in which the second panel conveying unit holds the panel by suction and conveys the panel and the optical film is inputted between the panel and an attachment roller unit, which is any one of the first roller unit and the second roller unit , so that the optical film is laminated on the panel; characterized in that when the optical film laminating mode in respect to the panel is set to the second mode by the control unit, the attachment roller unit laminates the optical film on the panel by pressing the optical film against the panel which is being held by suction and conveyed by the second panel conveying unit . a first panel conveying unit which includes multiple conveying rollers that support a lower portion of the panel and convey the panel; a second panel conveying unit which holds any one of an upper portion or a lower portion of the panel by suction and conveys the panel; a laminating unit for laminating an optical film on the panel and includes a first roller unit and a second roller unit disposed to be vertically spaced apart from each other; and a control unit which sets, in accordance with attachment conditions, an optical film laminating mode in respect to the panel to at least one of a first mode in which the panel and the optical film are inputted together between the first roller unit and the second roller unit so that the optical film is laminated on the panel, and a second mode in which the second panel conveying unit holds the panel by suction and conveys the panel and the optical film is inputted between the panel and an attachment roller unit, which is any one of the first roller unit and the second roller unit , so that the optical film is laminated on the panel;
Method for determining the quality of a weld seam of a workpiece which is welded by means of laser beam welding along the weld seam , wherein during the laser beam welding operation at least a part-region of a molten bath and/or an environment of the molten bath is monitored with a measuring system , and the quality of the weld seam of the welded workpiece is determined with reference to the monitoring result, characterised in that , during the laser beam welding operation, at least one parameter which correlates to a molten bath oscillation of the molten bath is monitored and, from the monitored time progression of the parameter, a measurement variable for an amplitude of the molten bath oscillation and/or a measurement variable for a frequency of the molten bath oscillation is/are established, and in that from the measurement variable for the amplitude of the molten bath oscillation and/or the measurement variable for the frequency of the molten bath oscillation conclusions are drawn relating to a probability and/or a frequency of occurrence for the appearance of hot cracks in the weld seam of the workpiece .
A system for producing biogas comprising a bioreactor adapted to comprise a reaction medium and a gas blanket above the reaction medium, characterised in that the system comprises a misting device adapted to generate a mist of non-flammable liquid in the gas blanket of the bioreactor, the mist of non-flammable liquid comprising droplets having a nominal diameter less than 1 mm such that the mist of non-flammable liquid is able to absorb a thermal radiation and trap oxygen.
Door of a refrigerated chamber cabinet comprising: a. at least one insulating multiple glazing formed of at least one first glass sheet and one second glass sheet which are joined together by means of a spacer frame which holds them at a certain distance from one another, said frame extending along the horizontal and vertical edges of the glazing, b. between said at least two glass sheets, at least one internal space comprising an insulating gas layer, that is closed by at least one first peripheral seal and one second peripheral seal on the horizontal edges and at least one peripheral seal on the vertical edges, said peripheral seals being positioned around said internal space , the spacer frame comprising at least two vertical spacers and at least two horizontal spacers , at least one vertical spacer being made of transparent resin, at least one vertical peripheral seal being transparent, the horizontal spacers being composed of at least one profile, the spacers are connected together in order to form said spacer frame , characterized in that a) at least one fastening system attaching the door to the chamber cabinet is at least partially inserted in at least one horizontal peripheral seal , b) the door comprises a reinforcement , attached to the fastening system and inserted at least partially in at least one horizontal peripheral seal , c) the spacer frame , the peripheral seals and the reinforcement replace the framework of a traditional door and fulfil its functions. a. at least one insulating multiple glazing formed of at least one first glass sheet and one second glass sheet which are joined together by means of a spacer frame which holds them at a certain distance from one another, said frame extending along the horizontal and vertical edges of the glazing, b. between said at least two glass sheets, at least one internal space comprising an insulating gas layer, that is closed by at least one first peripheral seal and one second peripheral seal on the horizontal edges and at least one peripheral seal on the vertical edges, said peripheral seals being positioned around said internal space , a) at least one fastening system attaching the door to the chamber cabinet is at least partially inserted in at least one horizontal peripheral seal , b) the door comprises a reinforcement , attached to the fastening system and inserted at least partially in at least one horizontal peripheral seal , c) the spacer frame , the peripheral seals and the reinforcement replace the framework of a traditional door and fulfil its functions.
Pump unit for emptying a storage container filled with liquid or pasty material and under a negative pressure, in particular a mixing container , which is a component of a storage device , wherein the pump unit comprises a feed pump (1.1), which has - a pumping element that can be moved relative to the feed pump housing , - a feed pump drive , and - a control unit (100*) to control at least all moving components of the pump unit wherein, - the pumping element at least comprises an elastic element , preferably is an elastic element , which is arranged in such a way that during pumping operation it is in contact with the material to be conveyed on only one side, and thus divides the space inside the pump housing into a feed chamber (1.1a) and a driving chamber (1.1b); and - wherein the feed pump drive comprises a drive pusher which is movable and driven in the direction of movement and is operatively connected to the pumping element in the drive chamber (1.1b) characterized in that the drive chamber (1.1b) of the feed pump (1.1) has a vacuum connection and can be supplied with vacuum. - a pumping element that can be moved relative to the feed pump housing , - a feed pump drive , and - a control unit (100*) to control at least all moving components of the pump unit wherein, - the pumping element at least comprises an elastic element , preferably is an elastic element , which is arranged in such a way that during pumping operation it is in contact with the material to be conveyed on only one side, and thus divides the space inside the pump housing into a feed chamber (1.1a) and a driving chamber (1.1b); and - wherein the feed pump drive comprises a drive pusher which is movable and driven in the direction of movement and is operatively connected to the pumping element in the drive chamber (1.1b)
A vent system for use with a patient interface during respiratory therapy of a patient with a therapy flow of gas pressurized above ambient pressure, the vent system providing a vent flow of gas to discharge gas exhaled by the patient from a pressurized volume, the vent flow of gas being continuous during the respiratory therapy, the vent system comprising: a vent housing comprising a base having at least one first orifice extending through the base to allow gas to be discharged to atmosphere from the pressurized volume; at least one second orifice to allow gas to be discharged to atmosphere from the pressurized volume; a vent housing connector having a second orifice configured to direct the therapy flow of gas to the patient interface; a heat and moisture exchanger (HME) comprising an HME housing and an HME material within the HME housing; and a membrane positioned adjacent to the base, wherein the vent housing and the vent housing connector are configured to be connected to, at least in part, form a cavity , and wherein the HME is positioned in the cavity when the vent system is assembled, wherein the HME housing is removably connected to the vent housing with a snap-fit, wherein the pressurized volume is in fluid communication with atmosphere through the at least one first orifice and the at least one second orifice throughout a therapeutic pressure range, and wherein the membrane is elastically deformable due to pressure within the pressurized volume to apportion the vent flow of gas between the at least one first orifice and the at least one second orifice throughout the therapeutic pressure range. a vent housing comprising a base having at least one first orifice extending through the base to allow gas to be discharged to atmosphere from the pressurized volume; at least one second orifice to allow gas to be discharged to atmosphere from the pressurized volume; a vent housing connector having a second orifice configured to direct the therapy flow of gas to the patient interface; a heat and moisture exchanger (HME) comprising an HME housing and an HME material within the HME housing; and a membrane positioned adjacent to the base, wherein the vent housing and the vent housing connector are configured to be connected to, at least in part, form a cavity , and wherein the HME is positioned in the cavity when the vent system is assembled, wherein the HME housing is removably connected to the vent housing with a snap-fit, wherein the pressurized volume is in fluid communication with atmosphere through the at least one first orifice and the at least one second orifice throughout a therapeutic pressure range, and wherein the membrane is elastically deformable due to pressure within the pressurized volume to apportion the vent flow of gas between the at least one first orifice and the at least one second orifice throughout the therapeutic pressure range.
A safety device against fluid leaks for household appliances, designed for connection between a source of a fluid and a household appliance, comprising: - a first connection body and a second connection body , which define a first duct and a second duct for the fluid, respectively, - a valve arrangement, which includes a valve member mounted on the first connection body and designed to assume a position of opening and a position of closing of the first duct , - a flexible inner hose and a flexible outer hose which are impermeable to the fluid, wherein the inner hose connects in fluid communication the first duct and the second duct and extends longitudinally within the outer hose , such that between at least a part of the two hoses a gap having a proximal end and a distal end is defined , the gap being substantially closed at said ends for withholding therein possible leaking fluid, characterized in that the first connecting body has a control chamber and in that the safety device comprises a substantially annular sealing gasket having a body made of an elastically yielding material, operatively arranged between the outer hose and the first connection body , the body of the gasket defining, between an outer profile and an inner profile thereof, a connection passage (44-45) having a perimetrical profile, for putting in fluid communication the gap and said control chamber , wherein the inner profile of the body of the gasket is defined by a central passage thereof, shaped and dimensioned to determine a sealed elastic coupling with respect to at least one portion of the first connection body , the outer profile of the body of the gasket being sealingly coupled with respect to a proximal end portion of the outer hose . - a first connection body and a second connection body , which define a first duct and a second duct for the fluid, respectively, - a valve arrangement, which includes a valve member mounted on the first connection body and designed to assume a position of opening and a position of closing of the first duct , - a flexible inner hose and a flexible outer hose which are impermeable to the fluid,