mhurhangee/patent-ind-claim-en huggingface dataset:
A modular dental implant system , comprising: a head configured for supporting a dental prosthesis, the head defining a generally cylindrical apical end, the apical end having an exterior threaded portion configured for engaging bone; an intermediate part configured for engaging bone including a generally cylindrical porous sleeve having a thickness of about 0,508 mm to 1,27 mm and defining axially opposed ends having passages through the sleeve configured for receiving bone ingrowth; an anchor configured to engage the head so that at least the head and the anchor cooperatively secure the intermediate part to form a modular implant, the anchor defining a generally cylindrical coronal end, the coronal end having an exterior threaded portion configured for engaging bone; and a core extending axially from the head, the anchor, or both the head and the anchor, the core being configured to extend axially through an interior of the porous sleeve that receives and fits on the core and configured to fasten the head and anchor together such that the head and anchor abut respective opposed ends of the porous sleeve to axially encase the sleeve about the core, wherein the head and the anchor each have a retaining shoulder extending radially outward from the core relative to a longitudinal axis (L1) defined by the modular implant such that the sleeve portion when assembled on the core is retained between the shoulders . a head configured for supporting a dental prosthesis, the head defining a generally cylindrical apical end, the apical end having an exterior threaded portion configured for engaging bone; an intermediate part configured for engaging bone including a generally cylindrical porous sleeve having a thickness of about 0,508 mm to 1,27 mm and defining axially opposed ends having passages through the sleeve configured for receiving bone ingrowth; an anchor configured to engage the head so that at least the head and the anchor cooperatively secure the intermediate part to form a modular implant, the anchor defining a generally cylindrical coronal end, the coronal end having an exterior threaded portion configured for engaging bone; and a core extending axially from the head, the anchor, or both the head and the anchor, the core being configured to extend axially through an interior of the porous sleeve that receives and fits on the core and configured to fasten the head and anchor together such that the head and anchor abut respective opposed ends of the porous sleeve to axially encase the sleeve about the core, wherein the head and the anchor each have a retaining shoulder extending radially outward from the core relative to a longitudinal axis (L1) defined by the modular implant such that the sleeve portion when assembled on the core is retained between the shoulders .
Method for producing a fuselage cell of an airplane with an at least partially prefabricated cockpit section or with an at least partially prefabricated rear section , and with a central wing box section , comprising the following steps: attaching at least two shell components to the cockpit section or to the rear section , and to the central wing box section , wherein the at least two shell components are simultaneously connected to the cockpit section or to the rear section , and to the central wing box section , and integrating at least one floor framework section . attaching at least two shell components to the cockpit section or to the rear section , and to the central wing box section , wherein the at least two shell components are simultaneously connected to the cockpit section or to the rear section , and to the central wing box section , and integrating at least one floor framework section .
Sensor guide wire device having a separate signal converting device, the sensor guide wire device comprising a sensor guide wire for intravascular measurements of a physiological variable in a living body, wherein the sensor guide wire is provided with at least one sensor element arranged to sense at least one physiological variable in a living body; the sensor guide wire device further comprises a connector unit adapted to be directly or indirectly connected to the proximal end of said sensor guide wire; said connector unit is physically attachable to the separate signal converting device , via electrical contacts, for providing the signal converting device with a signal indicative of a physiological variable sensed by the sensor element ; said connector unit is arranged such that said sensor guide wire is attachable to said signal converting device via said connector unit; the signal converting device is arranged to convert said signal to a processed signal in accordance with an established standard receivable by a physiology monitor connected to the signal converting device ; the connector unit comprises an integral battery arranged within the connector unit , wherein the battery is arranged to power the separate signal converting device via said electrical contacts when the connector unit is attached to the signal converting device , and said sensor guide wire device is a disposable device that is heat sterilizeable.
A tablet consisting of 11 mg tenofovir alafenamide hemifumarate and 200 mg emtricitabine as the only active ingredients, wherein the tablet comprises 3-4% by weight tenofovir alafenamide hemifumarate.
An electronic cigarette , comprising: a housing having an airflow channel formed therein; a liquid reservoir received in the housing and configured to provide liquid to an atomizing assembly ; and the atomizing assembly received in the housing , wherein the atomizing assembly comprises a heating tube capable of absorbing liquid, the heating tube defines a plurality of micropores on a wall thereof and penetrating the wall, a surface of the heating tube is partially exposed to air in the airflow channel , characterized in that the heating tube is a mixed woven tube composed of flexible heating strips and heating resistant fibers, wherein the flexible heating strips are mixed with the heating resistant fibers. a housing having an airflow channel formed therein; a liquid reservoir received in the housing and configured to provide liquid to an atomizing assembly ; and the atomizing assembly received in the housing , wherein the atomizing assembly comprises a heating tube capable of absorbing liquid, the heating tube defines a plurality of micropores on a wall thereof and penetrating the wall, a surface of the heating tube is partially exposed to air in the airflow channel , characterized in that the heating tube is a mixed woven tube composed of flexible heating strips and heating resistant fibers, wherein the flexible heating strips are mixed with the heating resistant fibers.
A vertical take-off and landing aircraft (101; 401; 501; 601) comprising: a main wing comprising a left wing and a right wing configured as folding wings; and one or more of: a foreplane, comprising a left canard and a right canard configured as folding wings, and/or a tailplane, comprising a left stabiliser and a right stabiliser configured as folding wings; characterised in that : each one of said folding wings has a fixed inboard section and a folding outboard section , the folding outboard section being downwardly foldable to a landing condition to support the aircraft on a surface. a main wing comprising a left wing and a right wing configured as folding wings; and one or more of: a foreplane, comprising a left canard and a right canard configured as folding wings, and/or a tailplane, comprising a left stabiliser and a right stabiliser configured as folding wings; characterised in that : each one of said folding wings has a fixed inboard section and a folding outboard section , the folding outboard section being downwardly foldable to a landing condition to support the aircraft on a surface. a foreplane, comprising a left canard and a right canard configured as folding wings, and/or a tailplane, comprising a left stabiliser and a right stabiliser configured as folding wings; characterised in that : each one of said folding wings has a fixed inboard section and a folding outboard section , the folding outboard section being downwardly foldable to a landing condition to support the aircraft on a surface.
FT-ICR mass spectrometer comprising an ICR measuring cell and a transmission and receiving device comprising a duplexer with one or a plurality of semiconductor components , comprising a preferably superconducting magnet for generating a magnetic field, which keeps the ions on cyclotron orbits, in the direction of a z axis axial to the ICR measuring cell , wherein the duplexer transmits the voltage of a transmitter during an ion excitation phase via a transmitter path of the duplexer to at least one electrode of the ICR cell , protects a preamplifier from overvoltage by antiparallel diodes and also transmits an ion receiving signal, namely the voltage of the same electrode following from the influenced charge, via a receive path of the duplexer to the preamplifier during an ion detection phase, wherein at least one active serial switch is inserted in the receive path as part of the duplexer , which is in series with the input of the preamplifier , can be activated by a control electronics unit , comprises two activatable states with different series impedances in each case, of which one is a high-resistance state and the other a low-resistance state, and which transmits the ion receiving signal in the ion detection phase through its low-resistance series impedance via the receive path with little loss or if possible without loss to the preamplifier and in the ion excitation phase protects the preamplifier through its high-resistance series impedance and through the anti-parallel diodes , characterized in that the ICR measuring cell is cylinder symmetrical, in that an optically controllable switch is used as active serial switch in the receive path , and in that the active serial switch has a high-resistance impedance even without being controlled due to its implementation in the duplexer .
A process for separation of an olefin from a paraffin in a product stream from a dehydrogenation system having a steam turbine driven dehydrogenation reactor product compressor, comprising the steps of: feeding a stream comprised of a mixture of an olefin and a paraffin to a product splitter column having a product splitter column reboiler to produce an overhead stream and a bottoms stream; splitting the bottoms stream into a recycle stream and a return stream ; splitting the bottoms return stream into a first bottom return stream and a second bottom returns stream and feeding the first bottoms return stream to the product splitter column reboiler; feeding the second bottoms return stream to a heat exchanger; heating the second bottoms return stream by heat exchange contact with a refrigerant circulated through a refrigerant loop having a steam turbine driven refrigeration compressor; feeding the heated second bottoms return stream to the product splitter column; and feeding the exhaust steam from the steam turbine driven dehydrogenation reactor product compressor and the exhaust steam from the steam turbine driven refrigeration compressor to the product splitter column reboiler to provide heat to the product splitter column feeding a stream comprised of a mixture of an olefin and a paraffin to a product splitter column having a product splitter column reboiler to produce an overhead stream and a bottoms stream; splitting the bottoms stream into a recycle stream and a return stream ; splitting the bottoms return stream into a first bottom return stream and a second bottom returns stream and feeding the first bottoms return stream to the product splitter column reboiler; feeding the second bottoms return stream to a heat exchanger; heating the second bottoms return stream by heat exchange contact with a refrigerant circulated through a refrigerant loop having a steam turbine driven refrigeration compressor; feeding the heated second bottoms return stream to the product splitter column; and feeding the exhaust steam from the steam turbine driven dehydrogenation reactor product compressor and the exhaust steam from the steam turbine driven refrigeration compressor to the product splitter column reboiler to provide heat to the product splitter column
An open-type compressor , comprising: a drive shaft which is rotatably supported inside a housing and includes one end which protrudes outside the housing ; an oil supply pump which is provided on an outer circumferential section of the drive shaft and is driven by rotation of the drive shaft ; a pump chamber which is formed around the drive shaft and from which oil pumped up by the oil supply pump is discharged; an axial-direction oil supply passage which is pierced inside the drive shaft along the direction of an axis of the axial-direction oil supply passage, and through which oil from the pump chamber is supplied to a sliding part; and a radial-direction oil supply passage which is provided in the drive shaft , characterized in that oil in the pump chamber is introduced to the axial-direction oil supply passage through the radial-direction oil supply passage , wherein the axial-direction oil supply passage is provided at a position which is decentered by a predetermined dimension with respect to the axis of the drive shaft , and wherein the radial-direction oil supply passage is provided on a side toward which the axial-direction oil supply passage is decentered. a drive shaft which is rotatably supported inside a housing and includes one end which protrudes outside the housing ; an oil supply pump which is provided on an outer circumferential section of the drive shaft and is driven by rotation of the drive shaft ; a pump chamber which is formed around the drive shaft and from which oil pumped up by the oil supply pump is discharged; an axial-direction oil supply passage which is pierced inside the drive shaft along the direction of an axis of the axial-direction oil supply passage, and through which oil from the pump chamber is supplied to a sliding part; and a radial-direction oil supply passage which is provided in the drive shaft , characterized in that oil in the pump chamber is introduced to the axial-direction oil supply passage through the radial-direction oil supply passage , wherein the axial-direction oil supply passage is provided at a position which is decentered by a predetermined dimension with respect to the axis of the drive shaft , and wherein the radial-direction oil supply passage is provided on a side toward which the axial-direction oil supply passage is decentered.
A method for wireless communication, said method being performed by a serving eNodeB and comprising: identifying , one or more non-serving eNodeBs that together with the serving eNodeB form a coordinated multipoint, CoMP, set; transmitting uplink configuration information to the one or more non-serving eNodeBs to facilitate coordinated uplink operation of the CoMP set, the uplink configuration information identifying a first set of resources allocated by the serving eNodeB for uplink transmissions of a second user equipment, which is user equipment associated to said serving eNodeB, wherein the uplink configuration information prohibits said one or more non-serving eNodeBs from scheduling uplink transmissions for first user equipment on resources that at least partially overlap with said first set of resources, wherein said first user equipment is user equipment associated with said one or more non-serving eNodeBs; and receiving information, from a particular one of the one or more non-serving eNodeBs having received uplink transmissions originating from said second user equipment, the uplink transmissions having been conducted in accordance with the uplink configuration information, wherein the received information comprises at least a portion of said received uplink transmissions. identifying , one or more non-serving eNodeBs that together with the serving eNodeB form a coordinated multipoint, CoMP, set; transmitting uplink configuration information to the one or more non-serving eNodeBs to facilitate coordinated uplink operation of the CoMP set, the uplink configuration information identifying a first set of resources allocated by the serving eNodeB for uplink transmissions of a second user equipment, which is user equipment associated to said serving eNodeB, wherein the uplink configuration information prohibits said one or more non-serving eNodeBs from scheduling uplink transmissions for first user equipment on resources that at least partially overlap with said first set of resources, wherein said first user equipment is user equipment associated with said one or more non-serving eNodeBs; and receiving information, from a particular one of the one or more non-serving eNodeBs having received uplink transmissions originating from said second user equipment, the uplink transmissions having been conducted in accordance with the uplink configuration information, wherein the received information comprises at least a portion of said received uplink transmissions.
Method for testing a two-phase cooling device , the cooling device having a housing surrounding a cavity and a cooling medium within the cavity , the method comprising: controlling a temperature of ambient air of the cooling device such that the cooling medium within the cavity transitions from its liquid state to its solid state and/or from its solid state to its liquid state, while monitoring a first temperature (T1) of the cooling device over a predetermined amount of time; determining whether the monitored first temperature (T1) fulfills a predetermined criterion; and determining that the cooling device is overfilled with the cooling medium if the predetermined criterion is fulfilled. controlling a temperature of ambient air of the cooling device such that the cooling medium within the cavity transitions from its liquid state to its solid state and/or from its solid state to its liquid state, while monitoring a first temperature (T1) of the cooling device over a predetermined amount of time; determining whether the monitored first temperature (T1) fulfills a predetermined criterion; and determining that the cooling device is overfilled with the cooling medium if the predetermined criterion is fulfilled.
Container for storing food with a sealing edge that has a sealing surface , which container is free from additional outer packaging for stabilizing and on which a lid or a foil can be mounted for sealing the container that is molded from a laminate and comprises: - a first carrier layer of cardboard produced from mechanically shredded pulp, from a single-ply or multi-ply paper or cellulose, - a barrier layer from a greaseproof, water-repellent and heat-resistant material on the side turned to the foodstuff to be stored, - a first adhesive for joining the carrier layer and the barrier layer , wherein the carrier layer , the adhesive and the barrier layer are foodsafe, - a second carrier layer of cardboard or paper produced from mechanically shredded pulp, from a single-ply or multi-ply paper or cellulose and - a second adhesive for joining the first and the second carrier layer , wherein - the container is compostable and/or biodegradable according to the European standard EN 13432, characterized in - that the oxygen permeability of the laminate is, at 23°C and 0% air humidity over 24 hours, less than 1500 cm 3 /m 2 .24h.bar, preferably less than 15 cm 3 /m 2 .24h.bar and most preferably less than 3 cm 3 /m 2 .24h.bar, - the laminate has an elongation at rupture of at least 12% as well in the processing direction as in the transverse direction and - that at least the sealing edge of the container or the sealing surface of the sealing edge is free of folds. - a first carrier layer of cardboard produced from mechanically shredded pulp, from a single-ply or multi-ply paper or cellulose, - a barrier layer from a greaseproof, water-repellent and heat-resistant material on the side turned to the foodstuff to be stored, - a first adhesive for joining the carrier layer and the barrier layer , wherein the carrier layer , the adhesive and the barrier layer are foodsafe, - a second carrier layer of cardboard or paper produced from mechanically shredded pulp, from a single-ply or multi-ply paper or cellulose and - a second adhesive for joining the first and the second carrier layer , wherein - the container is compostable and/or biodegradable according to the European standard EN 13432, - that the oxygen permeability of the laminate is, at 23°C and 0% air humidity over 24 hours, less than 1500 cm 3 /m 2 .24h.bar, preferably less than 15 cm 3 /m 2 .24h.bar and most preferably less than 3 cm 3 /m 2 .24h.bar, - the laminate has an elongation at rupture of at least 12% as well in the processing direction as in the transverse direction and - that at least the sealing edge of the container or the sealing surface of the sealing edge is free of folds.
A roll control system for a vehicle having a pair of front wheels each rotatable on a front axle and a pair of rear wheels each rotatable on a rear axle , the system comprising a front torsion bar ; a front first hydraulic actuator attached to one end of the front torsion bar and connectable to the front axle; a front second hydraulic actuator attached to the other end of the front torsion bar and connectable to the front axle; a rear torsion bar ; a rear first hydraulic actuator attached to one end of the rear torsion bar and connectable to the rear axle; a rear second hydraulic actuator attached to the other end of the front torsion bar and connectable to the rear axle; and control means connected to the hydraulic actuators and controlling the operation thereof on detection of a predetermined vehicle condition; wherein each hydraulic actuator comprises a housing , a piston making a sealing sliding fit inside the housing to define a first fluid chamber and a second fluid chamber , and a piston rod connected to the piston and extending through the second fluid chamber and out of the housing; wherein the control means comprises a source of fluid pressure , a fluid reservoir , a pressure control valve fluidly connected between the pressure source and the reservoir, characterised in that at least three pressure relief valves (72-76) each having two positions to selectively fluidly connect the fluid chambers of the hydraulic actuators either to the pressure source or to the fluid reservoir; wherein the pressure relief valves are positioned on detection of the predetermined vehicle condition to apply a fluid pressure to the first fluid chamber of the first front hydraulic actuator and to the second fluid chamber of the second front hydraulic actuator , and/or to apply a fluid pressure to the second fluid chamber of the first front hydraulic actuator and to the first fluid chamber of the second front hydraulic actuator , and/or to apply a fluid pressure to the first fluid chamber of the first rear hydraulic actuator and to the second fluid chamber of the second rear hydraulic actuator , and/or to apply a fluid pressure to the second fluid chamber of the first rear hydraulic actuator and to the first fluid chamber of the second rear hydraulic actuator .
Bone screw (340; 350) comprising - a first end having an engagement contour , and - a second end opposite the first end and having an locking element (345; 355), characterized in that the locking element (345; 355) is configured to be fixable at different angles relative to a bone plate (101; 101'; 101"; 360; 370; 380; 390). - a first end having an engagement contour , and - a second end opposite the first end and having an locking element (345; 355),