mhurhangee/patent-ind-claim-en huggingface dataset:
Inhalation device for inhaling a liquid in nebulized form, with the following features: a. the inhalation device has a housing which is configured at least in part as a rotationally symmetrical body, of which the centre axis defines a main axis of extent of the housing , and which encloses a liquid reservoir in which the liquid is stored in pressurized form before being discharged when acted upon by propellant gas, by compressed air or by a pretensioned spring mechanism, and b. the inhalation device has an applicator head with - a nebulization chamber , and - an applicator piece (80; 86) which is connected to the nebulization chamber and provided laterally on the applicator head, wherein the applicator piece (80; 86) is designed either as a mouthpiece , to be received in the mouth of a patient, or as an inhalation mask , to sealingly cover the mouth, the nose, or the mouth and the nose, or as an adapter piece for fitting a mouthpiece or an inhalation mask , c. the inhalation device has a discharge channel which connects the liquid reservoir to the applicator head , d. the inhalation device has a switchable rotary outlet valve , by which the discharge channel can be opened and closed, characterized in that e. the rotary outlet valve is switchable with respect to the applicator piece (80; 86) by a rotation movement of the housing about the main axis of extent . a. the inhalation device has a housing which is configured at least in part as a rotationally symmetrical body, of which the centre axis defines a main axis of extent of the housing , and which encloses a liquid reservoir in which the liquid is stored in pressurized form before being discharged when acted upon by propellant gas, by compressed air or by a pretensioned spring mechanism, and b. the inhalation device has an applicator head with - a nebulization chamber , and - an applicator piece (80; 86) which is connected to the nebulization chamber and provided laterally on the applicator head, wherein the applicator piece (80; 86) is designed either as a mouthpiece , to be received in the mouth of a patient, or as an inhalation mask , to sealingly cover the mouth, the nose, or the mouth and the nose, or as an adapter piece for fitting a mouthpiece or an inhalation mask , - a nebulization chamber , and - an applicator piece (80; 86) which is connected to the nebulization chamber and provided laterally on the applicator head, wherein the applicator piece (80; 86) is designed either as a mouthpiece , to be received in the mouth of a patient, or as an inhalation mask , to sealingly cover the mouth, the nose, or the mouth and the nose, or as an adapter piece for fitting a mouthpiece or an inhalation mask , c. the inhalation device has a discharge channel which connects the liquid reservoir to the applicator head , d. the inhalation device has a switchable rotary outlet valve , by which the discharge channel can be opened and closed, characterized in that e. the rotary outlet valve is switchable with respect to the applicator piece (80; 86) by a rotation movement of the housing about the main axis of extent .
Method for operating an electropneumatic parking brake system of a vehicle combination which consists of a tractor vehicle and a trailer vehicle, in the case of which method, after a parking operation and the holding of the vehicle combination by way of a parking brake, a trailer control function is to be activated at a vehicle standstill, which trailer control function makes a check possible as to whether, in the case of a decrease in the braking action of the trailer vehicle, the vehicle combination can be held solely by way of the braking action of a parking brake of the tractor vehicle, in the case of which method, when a vehicle combination has been braked independently by way of an automatic parking brake function, the trailer control function is carried out automatically, characterized in that the automatic activation and deactivation of the trailer control function is indicated to the driver in a visual, acoustic and/or haptic manner.
A method of manufacturing a garment , the method comprising: forming a multilayer composition (105; 705) having one or more design elements (125-1, 125-2, 125-3, 125-4, 125-5, 125-6, 125-7), wherein forming the multilayer composition comprises applying a material that includes the one or more design elements to an elastomeric polymer base layer , which preferably has a thickness of between 1.5 and 3.0 millimeters (mm) or a thickness of between 1.5 and 2.5 mm or a hardness of about 30-45 shore; heating the multilayer composition , wherein heating the multilayer composition preferably comprises heating the laminated composition to a temperature in a range of 150°C to 200°C; after the multilayer composition has been heated: aligning each design element (125-1, 125-2, 125-3, 125-4, 125-5, 125-6, 125-7) with a respective three-dimensional design feature (130-1, 130-2, 130-3, 130-4, 130-5, 130-6, 130-7) of a three-dimensional mold ; and pressing the heated multilayer composition into the three-dimensional mold ; cooling the pressed heated multilayer composition to form a three-dimensional molded multilayer composition that includes one or more three-dimensional design elements; forming a three-dimensional garment from the three-dimensional molded multilayer composition. forming a multilayer composition (105; 705) having one or more design elements (125-1, 125-2, 125-3, 125-4, 125-5, 125-6, 125-7), wherein forming the multilayer composition comprises applying a material that includes the one or more design elements to an elastomeric polymer base layer , which preferably has a thickness of between 1.5 and 3.0 millimeters (mm) or a thickness of between 1.5 and 2.5 mm or a hardness of about 30-45 shore; heating the multilayer composition , wherein heating the multilayer composition preferably comprises heating the laminated composition to a temperature in a range of 150°C to 200°C; after the multilayer composition has been heated: aligning each design element (125-1, 125-2, 125-3, 125-4, 125-5, 125-6, 125-7) with a respective three-dimensional design feature (130-1, 130-2, 130-3, 130-4, 130-5, 130-6, 130-7) of a three-dimensional mold ; and pressing the heated multilayer composition into the three-dimensional mold ; cooling the pressed heated multilayer composition to form a three-dimensional molded multilayer composition that includes one or more three-dimensional design elements; forming a three-dimensional garment from the three-dimensional molded multilayer composition. aligning each design element (125-1, 125-2, 125-3, 125-4, 125-5, 125-6, 125-7) with a respective three-dimensional design feature (130-1, 130-2, 130-3, 130-4, 130-5, 130-6, 130-7) of a three-dimensional mold ; and pressing the heated multilayer composition into the three-dimensional mold ; cooling the pressed heated multilayer composition to form a three-dimensional molded multilayer composition that includes one or more three-dimensional design elements; forming a three-dimensional garment from the three-dimensional molded multilayer composition.
A routing rule management method, comprising: receiving (S603), by a first user plane function network element through a protocol data unit, PDU, session, a first data packet from a terminal, wherein a source address of the first data packet is a first address; characterized in that , when the first address is an unknown media access control, MAC, address, the routing rule management method further comprises generating (S605), by the first user plane function network element, a first routing rule corresponding to the PDU session, wherein the first routing rule is used to forward, to the PDU session, a data packet sent to the first address, wherein the first routing rule comprises a first packet detection rule, PDR, and/or a first forwarding action rule, FAR, the first PDR is used to detect the data packet sent to the first address, the first FAR comprises tunnel information of the PDU session, and the tunnel information of the PDU session is set to tunnel information of the PDU session on an access network side or tunnel information of the PDU session on an intermediate user plane function network element side. receiving (S603), by a first user plane function network element through a protocol data unit, PDU, session, a first data packet from a terminal, wherein a source address of the first data packet is a first address; characterized in that , when the first address is an unknown media access control, MAC, address, the routing rule management method further comprises generating (S605), by the first user plane function network element, a first routing rule corresponding to the PDU session, wherein the first routing rule is used to forward, to the PDU session, a data packet sent to the first address, wherein the first routing rule comprises a first packet detection rule, PDR, and/or a first forwarding action rule, FAR, the first PDR is used to detect the data packet sent to the first address, the first FAR comprises tunnel information of the PDU session, and the tunnel information of the PDU session is set to tunnel information of the PDU session on an access network side or tunnel information of the PDU session on an intermediate user plane function network element side.
A method for determining a rheological parameter of a fluid within a wellbore, comprising: receiving, using a processing device , a plurality of measured flow rates and a plurality of differential pressure measurements corresponding to the plurality of measured flow rates of the fluid flowing within a flow region of the wellbore, wherein the plurality of differential pressure measurements are obtained at downhole conditions of the wellbore; storing, using the processing device , the plurality of measured flow rates and the plurality of differential pressure measurements corresponding to the plurality of measured flow rates; generating, using the processing device , a flow curve based on the plurality of differential pressure measurements and the plurality of measured flow rates; determining, using the processing device , a flow behavior index for the fluid from the flow curve; and determining, using the processing device , the rheological parameter of the fluid using the flow curve and a rheological model; wherein the flow region comprises an area inside a conduit situated within the wellbore. receiving, using a processing device , a plurality of measured flow rates and a plurality of differential pressure measurements corresponding to the plurality of measured flow rates of the fluid flowing within a flow region of the wellbore, wherein the plurality of differential pressure measurements are obtained at downhole conditions of the wellbore; storing, using the processing device , the plurality of measured flow rates and the plurality of differential pressure measurements corresponding to the plurality of measured flow rates; generating, using the processing device , a flow curve based on the plurality of differential pressure measurements and the plurality of measured flow rates; determining, using the processing device , a flow behavior index for the fluid from the flow curve; and determining, using the processing device , the rheological parameter of the fluid using the flow curve and a rheological model; wherein the flow region comprises an area inside a conduit situated within the wellbore.
A disposable hygiene article comprising a liquid-permeable topsheet , a liquid-impermeable backsheet and an absorbent core comprising an absorbent material, the core being arranged between the topsheet and backsheet , the article having a longitudinal centre axis (L) dividing the article into a first and a second longitudinal portion (I; II) which have a symmetrical and mirror imaged shape in relation to each other, and wherein the article comprises a front portion (A), a middle portion (B) and a rear portion (C) in the longitudinal direction of the article each portion having an individual shape, the article being adapted for three-fold, characterized in that the absorbent core comprises a first area and a second area , the second area being located centrally in the middle portion (B) and extending longitudinally along the centre axis (L), transversally and symmetrically in a transverse direction (T) towards each side edge (401; 402) of the core and in a thickness direction (D) of the article such that it protrudes outwards from a plane of the first area , the second area covering from 5-15% of a total area of the core , the first area surrounding the second area and covering the remainder of the total area of the core , the second area having a grammage higher than the grammage of the first area and wherein the second area is integrated with the first area , and wherein the second area is surrounded by a discontinuous embossing pattern which conforms to the shape of the second area of the core , wherein the discontinuous embossing pattern comprises two longitudinally extending embossing lines (151; 152), one on each side of the second area , and two distinct transversal lines (161; 162) in proximity of each longitudinal end (421; 422) of the second area , and wherein the transversal embossing lines (161; 162) are shorter than the transversal distance between the longitudinally extending embossing lines (151; 152) and wherein folding axes for the three-fold are located longitudinally outside the transversal embossing lines (161; 162) towards the longitudinal ends of the article .
Geared motor arrangement composed of a gearbox and a drive motor , having a housing which surrounds a gearbox chamber in which at least one gearbox stage is arranged, wherein the drive motor has a drive shaft , and, in the gearbox chamber , there are arranged a bearing bore for the drive shaft with a drive pinion and furthermore an output shaft with an output toothed gear , wherein the drive pinion drives the output toothed gear , characterized in that the gearbox stage and the drive motor , in a construction with the drive pinion arranged between bearings , are arranged jointly in the same gearbox chamber , wherein a direct spray cooling arrangement of the drive motor using oil spray is formed by the gearbox stage .
A denture base comprising: a base portion ; a socket that is demarcated by a step portion from a gingival area of the base portion and to which an artificial tooth is to be attached; and interdental papilla areas of the gingival area , which are positioned at both ends of the socket along a tooth row and which correspond to interdental papillae between adjacent teeth, wherein, in a state in which the socket is facing upward: a basal surface of the socket has a ridge-shaped socket apex portion interconnecting the interdental papilla areas at both ends and is configured by a surface that is convex overall, a peripheral area of the basal surface is in mutually continuous abutment with the step portion , and characterized in that the socket apex portion is positioned substantially as high as, or higher than, apex portions of the interdental papilla areas that are seen from a labial side in a state in which the artificial tooth is attached to the socket . a base portion ; a socket that is demarcated by a step portion from a gingival area of the base portion and to which an artificial tooth is to be attached; and interdental papilla areas of the gingival area , which are positioned at both ends of the socket along a tooth row and which correspond to interdental papillae between adjacent teeth, wherein, in a state in which the socket is facing upward: a basal surface of the socket has a ridge-shaped socket apex portion interconnecting the interdental papilla areas at both ends and is configured by a surface that is convex overall, a peripheral area of the basal surface is in mutually continuous abutment with the step portion , and characterized in that the socket apex portion is positioned substantially as high as, or higher than, apex portions of the interdental papilla areas that are seen from a labial side in a state in which the artificial tooth is attached to the socket . a basal surface of the socket has a ridge-shaped socket apex portion interconnecting the interdental papilla areas at both ends and is configured by a surface that is convex overall, a peripheral area of the basal surface is in mutually continuous abutment with the step portion , and characterized in that the socket apex portion is positioned substantially as high as, or higher than, apex portions of the interdental papilla areas that are seen from a labial side in a state in which the artificial tooth is attached to the socket .
An iron comprising a soleplate , a heating element thermally coupled with the soleplate , a thermostat unit configured for controlling operation of the heating element , the thermostat unit being configured for alternatingly effecting heating phases and non-heating phases of the heating element , a switch element adapted for switching a power supply of the heating element , a control unit adapted for controlling a switching operation of the switch element , wherein the control unit is configured for assigning a respective time pattern defining one or more power interruption intervals to at least one selected heating phase of said heating phases, with the switch element being configured for interrupting power supply of the heating element during the one or more power interruption intervals in accordance with the respective time pattern; characterised in that the iron further comprises an auto switch-off unit configured for switching off the power supply of the heating element in case the iron is not moved or gripped during a predetermined period of time; with the control unit and the switch element being part of the auto switch-off unit ; wherein the switch element is connected in series with the thermostat unit ; wherein the auto switch-off unit further comprises a sensor connected to the control unit , such that the sensor signals generated by the sensor are evaluated by the control unit , and wherein the thermostat unit is a mechanical thermostat.
An engine assembly for an aircraft, the assembly comprising: an engine ; a drive shaft configured to be driven by the engine ; a radiator comprising an aperture through which the drive shaft is received, the aperture being located such that the radiator substantially circumferentially surrounds the drive shaft , characterised in that the radiator is substantially circular in cross-section and the aperture comprises a blind slit that extends from a radial outer peripheral edge of the radiator to a centre-point of the radiator , and wherein the radiator further comprises a planar backing member arranged to abut a surface of the radiator proximal to the engine , the backing member comprising a hole within an interior thereof through which the drive shaft is received. an engine ; a drive shaft configured to be driven by the engine ; a radiator comprising an aperture through which the drive shaft is received, the aperture being located such that the radiator substantially circumferentially surrounds the drive shaft , characterised in that the radiator is substantially circular in cross-section and the aperture comprises a blind slit that extends from a radial outer peripheral edge of the radiator to a centre-point of the radiator , and wherein the radiator further comprises a planar backing member arranged to abut a surface of the radiator proximal to the engine , the backing member comprising a hole within an interior thereof through which the drive shaft is received.
Method for operating an energy system for a vehicle, which comprises at least one fuel cell ; at least one HV-battery ; and a direct current converter with electrical isolation arranged between the at least one fuel cell and the at least one HV-battery , and a mains charging device connected between the fuel cell and the direct current converter, which mains charging device contains only a rectifier but does not contain a DC/DC-converter with electrical isolation, in which, for charging the HV-battery , a mains voltage is rectified by the rectifier and passed on to the HV-battery via the DC/DC converter with electrical isolation arranged between fuel cell and HV-battery.
A water consumption regulating device, comprising a water tank , a hinged base is fixedly arranged on an inner wall of the water tank , a water separator is hinged on the hinged base , and a regulating mechanism is provided between the hinged base and the water separator ; the regulating mechanism is configured to drive the water separator to rotate and fix to divide accommodation space of the water tank , upper and lower parts of an side end of the water separator are respectively provided with an upper pivot and a lower pivot , an upper hinge hole and a lower hinge hole for inserting the upper pivot and the lower pivot are correspondingly arranged at upper and lower parts of the hinged base , and the water separator is correspondingly inserted into the upper hinge hole and the lower hinge hole through the upper pivot and the lower pivot ; wherein the regulating mechanism comprises a knob , the knob comprises a knob body and an insertion portion provided at a lower end of the knob body , the upper hinge hole is arranged from top to bottom, and a lower end of the insertion portion is provided with an insertion hole ; after the knob is inserted into the upper hinge hole from top to bottom through the insertion portion , the insertion hole is sleeved on a peripheral surface of the upper pivot , so that the knob is fixed relative to the upper pivot in a circumferential direction and movable relative to the upper pivot in an axial direction; a periphery of the knob body is fixedly provided with a snap portion , the hinged base is provided with an open position snap slot and a closed position snap slot , the open position snap slot and the closed position snap slot are configured for receiving of the snap portion ; in the open state, the snap portion is snapped in the open position snap slot ; in the closed state, the water separator is driven to rotate by rotation of the knob after the knob is lifted up to separate the snap portion from the open position snap slot , so as to make the snap portion enter the closed position snap slot to separate the accommodation space of the water tank .
A hinge between a frame and a temple of spectacles, the hinge comprising at least one central part , the frame and the temple , rendering it possible for the temples of the spectacles to be in a use and a store position, respectively, wherein at least one electrical cable or electrical wire or optical cable or optical wire is running between the frame and the temple, the hinge having two axis connections each defining a rotational axis, the rotational axes being spaced apart from each other, a first axis connection positioned at the frame and a second axis connection positioned at the temple , and therebetween the at least one central part , thus separating the total bending or deflection into at least two bends or deflections, characterized in that the at least on central part is arranged to let the at least one cable or wire aim to follow a thought neutral bending plane through the hinge thus the at least one cable or wire is not stretched in the store position of the temples nor crinkled in the use position wherein portions of an upper and lower side of the frame and the temple reach over portions of the central part , wherein the upper side and the lower side each comprises pivoting means cooperating with a pivoting means of the central part .