mhurhangee/ep-ind-claims huggingface dataset:
Respiratory gas valve module for a ventilation line arrangement of a ventilation device for at least supportive artificial ventilation of a patient, where the respiratory gas valve module exhibits a housing with a duct arrangement through which respiratory gas is able to flow bidirectionally, which duct arrangement exhibits an inspiratory and an expiratory flow path, where the inspiratory flow path of the duct arrangement proceeds from a distal inlet end region to a proximal outlet end region of the respiratory gas valve module and where the expiratory flow path of the duct arrangement proceeds from a proximal inlet end region to a distal outlet end region of the respiratory gas valve module, where the respiratory gas valve module exhibits between its respective inlet and outlet end regions (37, 39) a valve arrangement which at least is adjustable between a first operating position in which the inspiratory flow path is released for flowthrough and the expiratory flow path is blocked for a flowthrough and a second operating position in which the expiratory flow path is released for flowthrough and the inspiratory flow path is blocked for a flowthrough, where the inspiratory and the expiratory flow path (24, 32) proceed on at least one structural side of the respiratory gas valve module relative to the valve arrangement in flow-conducting sections (46a, 46b) physically separated from one another of the duct arrangement, Characterized in that the valve arrangement exhibits a valve body arrangement comprising a valve body frame and valve bodies retained moveably at the valve body frame, where the valve arrangement exhibits an inspiratory valve which controls the flowthrough ability of the inspiratory flow path and an expiratory valve which controls the flowthrough ability of the expiratory flow path, where the inspiratory valve and the expiratory valve are pre-tensioned in a blocked position blocking the respective flow path (24, 32) against a flowthrough, where the inspiratory valve is openable against its pre-tensioning in the blocked position through an increase in the pressure of the inspiratory respiratory gas, in order to supply inspiratory respiratory gas to the patient and where after subsidence of the overpressure in the inspiratory respiratory gas an overpressure of the expiratory respiratory gas not only exerts an additional closing force on the inspiratory valve, but at the same time opens the expiratory valve against its pre-tensioning in the blocked position.
Ferrite antenna for transmitting and/or receiving kilometric, hectometric or decametric frequency waves, comprising: - at least one first resonant contour, referred to as main contour, comprising at least one first winding referred to as main winding, at least one first ferromagnetic rod referred to as main ferromagnetic rod and a tuning system, each main winding being wound around a main ferromagnetic rod and connected to the tuning system comprising a capacitor, C, connected in parallel with the main winding, so as to create a first resonance frequency referred to as tuning frequency f r1, - a second contour, referred to as secondary contour, comprising a secondary winding separated electrically from each main winding and a secondary ferromagnetic rod around which the secondary winding is wound, said antenna being characterized in that, - the secondary contour is non-resonant in that it does not comprise a capacitor so that the secondary circuit does not form an LC-type circuit; and - each main ferromagnetic rod and the secondary ferromagnetic rod are arranged parallel to one another to enable a magnetic coupling of each main winding with the secondary winding, so as to create a second resonance frequency, f r2, distinct from the tuning frequency. - at least one first resonant contour, referred to as main contour, comprising at least one first winding referred to as main winding, at least one first ferromagnetic rod referred to as main ferromagnetic rod and a tuning system, each main winding being wound around a main ferromagnetic rod and connected to the tuning system comprising a capacitor, C, connected in parallel with the main winding, so as to create a first resonance frequency referred to as tuning frequency f r1, - a second contour, referred to as secondary contour, comprising a secondary winding separated electrically from each main winding and a secondary ferromagnetic rod around which the secondary winding is wound, - the secondary contour is non-resonant in that it does not comprise a capacitor so that the secondary circuit does not form an LC-type circuit; and - each main ferromagnetic rod and the secondary ferromagnetic rod are arranged parallel to one another to enable a magnetic coupling of each main winding with the secondary winding, so as to create a second resonance frequency, f r2, distinct from the tuning frequency.
A method of increasing the efficiency of influenza virus-like particle production in a host cell comprising expressing an avian influenza matrix protein and seasonal human influenza hemagglutinin and neuraminidase proteins in a host cell, wherein the avian influenza M1 protein is an A/Indonesia/5/05 influenza M1 protein, and wherein said increased efficiency of VLP production is relative to a host cell expressing said HA and NA proteins with a seasonal influenza M1 protein.
Method for transmitting medical data records, having the steps: receiving a patient data record from an internal data storage unit; on the part of an external data storage unit: transferring a location of the external data storage unit; on the part of the external data storage unit: transferring a service parameter of the external data storage unit which indicates which services are provided by the external data storage unit; automatically selecting an anonymisation setting from a set of predetermined anonymisation settings based on the location and the service parameter of the external data storage unit; generating an anonymised patient data record (101-2, 101-3) based on the selected anonymisation setting; and transmitting the anonymised patient data record (101-2, 101-3) to the external data storage unit. receiving a patient data record from an internal data storage unit; on the part of an external data storage unit: transferring a location of the external data storage unit; on the part of the external data storage unit: transferring a service parameter of the external data storage unit which indicates which services are provided by the external data storage unit; automatically selecting an anonymisation setting from a set of predetermined anonymisation settings based on the location and the service parameter of the external data storage unit; generating an anonymised patient data record (101-2, 101-3) based on the selected anonymisation setting; and transmitting the anonymised patient data record (101-2, 101-3) to the external data storage unit. transferring a service parameter of the external data storage unit which indicates which services are provided by the external data storage unit; automatically selecting an anonymisation setting from a set of predetermined anonymisation settings based on the location and the service parameter of the external data storage unit; generating an anonymised patient data record (101-2, 101-3) based on the selected anonymisation setting; and transmitting the anonymised patient data record (101-2, 101-3) to the external data storage unit.
A process for the preparation of hollow silica nanoparticles, having size ranging between 30 and 500 nm and a metallic core inside their cavity comprising metal seeds of a metal selected from the group consisting of gold, silver and platinum, in the form of an aggregate, each of said seeds having size ranging between 3 and 6 nm, said process comprising the following steps: i) synthesis of metal seeds in the form of a complex with an aromatic anionic polyelectrolyte by reduction with sodium borohydride of a salt or of an acid of said metal in aqueous solution in the presence of said anionic polyelectrolyte; ii) synthesis of an aggregate with a cationic polyelectrolyte having amino or ammonium groups of said seeds of a metal, by addition of an aqueous solution of said cationic polyelectrolyte to the aqueous solution of seeds of a metal as obtained in step i); iii) formation of said hollow silica nanoparticles having in their cavity a metallic core comprising said seeds of a metal in the form of an aggregate by ammonia-catalysed hydrolysis of tetraethyl orthosilicate in a mixture of ethanol and water in the presence of said aggregate as obtained from step ii). i) synthesis of metal seeds in the form of a complex with an aromatic anionic polyelectrolyte by reduction with sodium borohydride of a salt or of an acid of said metal in aqueous solution in the presence of said anionic polyelectrolyte; ii) synthesis of an aggregate with a cationic polyelectrolyte having amino or ammonium groups of said seeds of a metal, by addition of an aqueous solution of said cationic polyelectrolyte to the aqueous solution of seeds of a metal as obtained in step i); iii) formation of said hollow silica nanoparticles having in their cavity a metallic core comprising said seeds of a metal in the form of an aggregate by ammonia-catalysed hydrolysis of tetraethyl orthosilicate in a mixture of ethanol and water in the presence of said aggregate as obtained from step ii).
A lighting apparatus for a vehicle, the lighting apparatus comprising: a lens; a light source device disposed behind the lens; a phosphor assembly configured to wavelength-convert an incident beam and emit light toward the lens; and a reflection unit configured to reflect the beam emitted by the light source device toward the phosphor assembly, the reflection unit being provided in a partial region of a front surface of the lens, wherein the phosphor assembly comprises: a phosphor configured to emit the light obtained by wavelengthconverting the incident beam; and a reflector including a plurality of reflective guide walls configured to reflect the light emitted by the phosphor, wherein the reflector forms at least one space, through which the light emitted by the phosphor passes, by the reflective guide walls, wherein the phosphor assembly is disposed behind the lens. a lens; a light source device disposed behind the lens; a phosphor assembly configured to wavelength-convert an incident beam and emit light toward the lens; and a reflection unit configured to reflect the beam emitted by the light source device toward the phosphor assembly, the reflection unit being provided in a partial region of a front surface of the lens, wherein the phosphor assembly comprises: a phosphor configured to emit the light obtained by wavelengthconverting the incident beam; and a reflector including a plurality of reflective guide walls configured to reflect the light emitted by the phosphor, wherein the reflector forms at least one space, through which the light emitted by the phosphor passes, by the reflective guide walls, wherein the phosphor assembly is disposed behind the lens. a phosphor configured to emit the light obtained by wavelengthconverting the incident beam; and a reflector including a plurality of reflective guide walls configured to reflect the light emitted by the phosphor, wherein the reflector forms at least one space, through which the light emitted by the phosphor passes, by the reflective guide walls, wherein the phosphor assembly is disposed behind the lens.
A deformation structure having at least a first layer and a second layer which are arranged in a deformation direction spaced apart from each other and displaceably relative to each other, wherein the first layer and the second layer have complementary projections (31, 51) and indentations (32, 52) which are formed such that the projections of the first layer and indentations of the second layer and also the projections of the second layer and indentations of the first layer can be inserted into each other, characterised in that the first layer and the second layer are connected together by way of deformable web elements (7, 7') such that in the event of a high impulse in the deformation direction the projections of the first layer enter into indentations of the second layer and also projections of the second layer enter into indentations of the first layer, so that deformation of the deformation structure in the deformation direction takes place at a low level of force, and in the event of a low impulse in the deformation direction the projections of the first layer strike the projections of the second layer, so that deformation of the deformation structure in the deformation direction takes place at a high level of force.
A method for recovering silicon carbide (SiC) particles of microgrit size from a mixture of SiC, Si, and Fe particles by physically removing fine grain particles of SiC, Si, and Fe, the method comprising: feeding the suspension of SiC, Si, and Fe particles in water to a hydrocyclone system to obtain an underflow stream and an overflow stream, wherein the hydrocyclone system comprises one or more hydrocyclones, wherein the suspension fed to the hydrocyclone system is heated to 45 °C to 60 °C and/or the suspension fed to the hydrocyclone system is treated with ultrasonic frequency of at least 24 kHz. feeding the suspension of SiC, Si, and Fe particles in water to a hydrocyclone system to obtain an underflow stream and an overflow stream, wherein the hydrocyclone system comprises one or more hydrocyclones, wherein the suspension fed to the hydrocyclone system is heated to 45 °C to 60 °C and/or the suspension fed to the hydrocyclone system is treated with ultrasonic frequency of at least 24 kHz.
Holding frame, into which plug-in connector modules can be inserted, wherein the holding frame is composed of two halves (4, 5) that can be connected to each other, a first half and a second half, wherein the longitudinal sides of the halves (4, 5) realize a parting plane, wherein the halves assume an angle (α) in relation to each other along this parting plane, wherein the holding frame assumes an open position if the angle (α) is less than 180°, and the holding frame assumes a closed position if the angle (α) is approximately or equal to 180°, wherein the holding frame has at least one first spring element (7, 7'), wherein the first spring element (7, 7') exerts a restoring force, in the direction of the closed position, upon the halves (4, 5), characterized in that, the first spring element has a substantially Omega-shaped basic form, there are laterally projecting holding arms (9, 9') formed on the basic form.
A press brake tool system comprising: a tool body having a working end configured for operation on a workpiece and a coupling end configured for selective engagement with a tool holder, the working end spaced from the coupling end along the tool body; and one or more magnetic elements configured to induce a magnetic coupling between the tool body and the tool holder, wherein the coupling end of the tool body is magnetically engageable with the tool holder; and a mechanism configured for selective disengagement of the coupling end of the tool body from the tool holder; characterized in that the mechanism comprises an actuator (154, 166, 186) engaged with the tool body, the actuator configured to urge at least a portion of the coupling end from the tool holder to define an air gap therebetween. a tool body having a working end configured for operation on a workpiece and a coupling end configured for selective engagement with a tool holder, the working end spaced from the coupling end along the tool body; and one or more magnetic elements configured to induce a magnetic coupling between the tool body and the tool holder, wherein the coupling end of the tool body is magnetically engageable with the tool holder; and a mechanism configured for selective disengagement of the coupling end of the tool body from the tool holder; characterized in that the mechanism comprises an actuator (154, 166, 186) engaged with the tool body, the actuator configured to urge at least a portion of the coupling end from the tool holder to define an air gap therebetween.
A high voltage therapeutic electrode apparatus, the apparatus comprising: a tip comprising: an insulative tip housing; a plurality of therapeutic terminals supported by the insulative tip housing; and connection terminals connected with the plurality of therapeutic terminals; a handle comprising: an insulative handle housing; electrical connectors adapted to mate with the connection terminals of the tip, the electrical connectors connected to an input cable; a sleeved receptacle; and an insulative portion having a wiring channel within, the insulative portion mating with the sleeved receptacle; wherein one of the sleeved receptacle and the insulative portion is within the tip, and the other of the sleeved receptacle and the insulative portion is within the handle, the tip and the handle configured to mate together, and wherein one or both of the insulative portion and the sleeved receptacle is sized and configured to provide a minimum clearance distance between at least one of: 1) the connection terminals of the tip, or 2) one of the connection terminals and a hand grip portion on the handle, the minimum clearance distance including distance across internal surfaces of the sleeved receptacle, insulative portion, or wiring channel. a tip comprising: an insulative tip housing; a plurality of therapeutic terminals supported by the insulative tip housing; and connection terminals connected with the plurality of therapeutic terminals; an insulative tip housing; a plurality of therapeutic terminals supported by the insulative tip housing; and connection terminals connected with the plurality of therapeutic terminals; a handle comprising: an insulative handle housing; electrical connectors adapted to mate with the connection terminals of the tip, the electrical connectors connected to an input cable; an insulative handle housing; electrical connectors adapted to mate with the connection terminals of the tip, the electrical connectors connected to an input cable; a sleeved receptacle; and an insulative portion having a wiring channel within, the insulative portion mating with the sleeved receptacle; wherein one of the sleeved receptacle and the insulative portion is within the tip, and the other of the sleeved receptacle and the insulative portion is within the handle, the tip and the handle configured to mate together, and wherein one or both of the insulative portion and the sleeved receptacle is sized and configured to provide a minimum clearance distance between at least one of: 1) the connection terminals of the tip, or 2) one of the connection terminals and a hand grip portion on the handle, the minimum clearance distance including distance across internal surfaces of the sleeved receptacle, insulative portion, or wiring channel.
Method for ejecting a cryogenic fluid by means of a cryogenic nozzle comprising a nozzle body defining a nozzle volume, a supply channel for supplying cryogenic fluid to the nozzle volume, and at least one nozzle orifice for ejecting cryogenic fluid from the nozzle volume, wherein the nozzle body is provided with at least one fluid channel and in that a cooling medium is passed through said at least one fluid channel, characterized in that the cooling medium is passed through said at least one fluid channel during times when ejection of the cryogenic fluid through the nozzle orifice is interrupted.
Switching device, in particular residual-current circuit breaker, wherein the switching device has at least one stationary contact that is arranged on a stationary contact support, and a movable contact that is arranged on a movable contact arm, wherein the movable contact is provided to come into contact with the stationary contact, and wherein the switching device has an arc-extinguishing device, wherein the arc-extinguishing device comprises extensions that are arranged laterally on the stationary contact support and at least in some areas flank an opening path of the movable contact arm, wherein the contact arm has an end region which extends beyond the movable contact, characterised in that only the opening path of the end region of the contact arm is flanked in some areas by the extensions of the stationary contact support.
A filler neck for filling of a fuel, such as gas or AdBlue R /urea, or of an additive, such as water, into a vehicle tank by means of a pump nozzle, wherein the filler neck comprises: - a filler neck body, which is receivable into a filler tube leading to the vehicle tank; and - a pump nozzle guide having an insertion portion for guiding of a pump nozzle received or to be received into the filler neck body towards the vehicle tank, wherein the filler neck body and the insertion portion of the pump nozzle guide are formed together as an integral molded part, in particular a plastic injection-molded part; characterized in that: the insertion portion of the pump nozzle guide comprises a first segment integrally formed with the filler neck body and fixedly connected to the filler neck body in the interior of the filler neck body and at least one second segment hingedly connected to the filler neck body, wherein the second segment is pivotable relative to the filler neck body between a first position in which the second segment lies outside of the filler neck body and a second position in which the second segment lies within the filler neck body and, together with the first segment, forms the guide of a pump nozzle received in the filler neck towards the vehicle tank. - a filler neck body, which is receivable into a filler tube leading to the vehicle tank; and - a pump nozzle guide having an insertion portion for guiding of a pump nozzle received or to be received into the filler neck body towards the vehicle tank,
A method of forming a dental attachment placement apparatus customized to a patient, the method comprising: printing, using a three-dimensional printing apparatus, a plurality of attachments (106, 206) having different shapes suitable for a specific function within an area of the patient's mouth; and printing a dental attachment placement structure comprising a body (101, 201) that includes a plurality of attachment mounting structures, at least one of the attachment mounting structures having one or more supports connected between the body and the attachment (106, 206), the attachments (106, 206) being placed in the attachment mounting structures, the body including a surface having a contour that is shaped to correspond with a contour of an alignment surface of a tooth, wherein the one or more supports include a narrow or scored section that is conducive to breaking at that location, further wherein the dental attachment placement structure and the attachments (106, 206) are fabricated from the same material. printing, using a three-dimensional printing apparatus, a plurality of attachments (106, 206) having different shapes suitable for a specific function within an area of the patient's mouth; and printing a dental attachment placement structure comprising a body (101, 201) that includes a plurality of attachment mounting structures, at least one of the attachment mounting structures having one or more supports connected between the body and the attachment (106, 206), the attachments (106, 206) being placed in the attachment mounting structures, the body including a surface having a contour that is shaped to correspond with a contour of an alignment surface of a tooth, wherein the one or more supports include a narrow or scored section that is conducive to breaking at that location, further wherein the dental attachment placement structure and the attachments (106, 206) are fabricated from the same material.
A compound represented by formula 1 below, an optical isomer thereof or a pharmaceutically acceptable salt thereof: wherein L is a single bond or -CH 2 CH 2 -; R 1 is hydrogen, R 2 is hydrogen or ethyl; R 3 is and R 4 is -CF 3, -SCH 3 or -SO 2 CH 3. L is a single bond or -CH 2 CH 2 -; R 1 is hydrogen, R 2 is hydrogen or ethyl; R 3 is and R 4 is -CF 3, -SCH 3 or -SO 2 CH 3.