mhurhangee/patent-ind-claim-en huggingface dataset:
An in-vehicle infotainment, IVI, apparatus, wherein the IVI apparatus comprises a management module (no), and the management module is configured to: • obtain component information of each of at least one IVI component, wherein the component information comprises a network address; and • send the component information of each IVI component to a terminal device, wherein the IVI apparatus further comprises a connection module , and the connection module comprises an induction coil, wherein: • the induction coil is configured to establish a connection between the terminal device and a first network before the management module sends the component information of each component to the terminal device, wherein each IVI component is connected to the first network; characterised in that : the connection module further comprises a heat dissipation component, wherein: • the heat dissipation component is configured to dissipate heat for the terminal device. • obtain component information of each of at least one IVI component, wherein the component information comprises a network address; and • send the component information of each IVI component to a terminal device, wherein the IVI apparatus further comprises a connection module , and the connection module comprises an induction coil, wherein: • the induction coil is configured to establish a connection between the terminal device and a first network before the management module sends the component information of each component to the terminal device, wherein each IVI component is connected to the first network; characterised in that : the connection module further comprises a heat dissipation component, wherein: • the heat dissipation component is configured to dissipate heat for the terminal device. • the induction coil is configured to establish a connection between the terminal device and a first network before the management module sends the component information of each component to the terminal device, wherein each IVI component is connected to the first network; characterised in that : the connection module further comprises a heat dissipation component, wherein: • the heat dissipation component is configured to dissipate heat for the terminal device.
Method for producing a bar element as a construction element, wherein the bar element consists of a plurality of strips , preferably made of bamboo, and is formed at least in sections as a hollow element, wherein the interior of the hollow element is formed at least in sections as a hollow fillet by means of plastic or resin introduced into the bar element , characterized in that the bar element is internally coated with an introduced plastic and/or resin and, in a further step, a movable piston having a round outer cross-section is moved through the interior of the bar element or by means of an inner tube coated with a separating agent, which is externally coated with a plastic and/or resin outer sheath, preferably fiber-reinforced, wherein said inner tube is removed by being pulled from the bar element after a curing process of the outer sheath has been completed, and the bar element is thus able to be reproducibly produced in the form of a hollow fillet in each case with an internal cross-section having defined dimensions.
A steering lock device comprising: a lock portion which is held in a lock portion accommodation recess formed in a frame and is freely movable between a lock position and an unlock position; and a plug which is rotatably operated from an outside of the frame and is configured to move the lock portion to the unlock position against a reaction force of a compression spring , wherein one end of the lock portion is biased toward the lock position by the compression spring which is supported by a spring receiving seat formed at a ceiling portion of the lock portion accommodation recess , and wherein the spring receiving seat is formed to project from a ceiling surface of the lock portion accommodation recess toward an opposite surface, wherein the lock portion is configured to cover an abutting side end of the compression spring which is abutted on the lock portion , and is provided with a shielding portion fitted to a periphery of the spring receiving seat in the unlock position, characterized in that the compression spring is completely covered by the shielding portion over the entire length thereof, when the lock portion is at the lock position, so that the access path to the compression spring can be completely closed, and a projecting height of the spring receiving seat and a projecting height of the shielding portion are substantially the same as a stroke length of the lock portion , and a tip end of the shielding portion corresponds to a height of a tip end of the spring receiving seat when the lock portion is at the lock position. a lock portion which is held in a lock portion accommodation recess formed in a frame and is freely movable between a lock position and an unlock position; and a plug which is rotatably operated from an outside of the frame and is configured to move the lock portion to the unlock position against a reaction force of a compression spring , wherein one end of the lock portion is biased toward the lock position by the compression spring which is supported by a spring receiving seat formed at a ceiling portion of the lock portion accommodation recess , and wherein the spring receiving seat is formed to project from a ceiling surface of the lock portion accommodation recess toward an opposite surface, wherein the lock portion is configured to cover an abutting side end of the compression spring which is abutted on the lock portion , and is provided with a shielding portion fitted to a periphery of the spring receiving seat in the unlock position, characterized in that the compression spring is completely covered by the shielding portion over the entire length thereof, when the lock portion is at the lock position, so that the access path to the compression spring can be completely closed, and a projecting height of the spring receiving seat and a projecting height of the shielding portion are substantially the same as a stroke length of the lock portion , and a tip end of the shielding portion corresponds to a height of a tip end of the spring receiving seat when the lock portion is at the lock position.
Hydrophobic modified preS-derived peptide of hepatitis B virus (HBV) of the formula [H m -P-R n ]A o as vehicle for the specific delivery of compound(s) to the liver for use as a medicament, wherein P is said preS-derived peptide consisting of an amino acid sequence selected from SEQ ID NOs. 11, 12, 13, 16, 23, and 26; H is said hydrophobic modification of the preS-derived peptide P, which is N-terminal of P and selected from acylation with stearoyl (C18) or myristoyl (C14), m is 1, R is a C-terminal modification of said preS-derived peptide P, which is preferably a moiety that protects from degradation selected from amide, D-amino acid, modified amino acid, cyclic amino acid, albumin, natural and synthetic polymer, such as PEG, glycane, n is 0 or at least 1, A is an anchor group, preferably selected from ester, ether, disulfide, amide, thiol, thioester, o is 0 or at least 1, further comprising compound(s) selected from a drug; a prodrug; a carrier or depot for a drug, or prodrug and wherein the compound(s) and the hydrophobic peptide form a conjugate. P is said preS-derived peptide consisting of an amino acid sequence selected from SEQ ID NOs. 11, 12, 13, 16, 23, and 26; H is said hydrophobic modification of the preS-derived peptide P, which is N-terminal of P and selected from acylation with stearoyl (C18) or myristoyl (C14), m is 1, R is a C-terminal modification of said preS-derived peptide P, which is preferably a moiety that protects from degradation selected from amide, D-amino acid, modified amino acid, cyclic amino acid, albumin, natural and synthetic polymer, such as PEG, glycane, n is 0 or at least 1, A is an anchor group, preferably selected from ester, ether, disulfide, amide, thiol, thioester, o is 0 or at least 1,
A method implemented by computer means for determining an ophthalmic lens having unwanted astigmatism, the ophthalmic lens being adapted and provided to a wearer, wherein the method comprises : - a wearer prescription data providing step (S1) during which wearer prescription data indicative of the ophthalmic prescription of the wearer are provided, - a wearer focal data providing step (S2) during which wearer focal data indicative of the position of the wearer preferred image focal plane are provided, the wearer preferred image focal plane corresponding to the position of the retina within the Sturm's interval at which the impact of unwanted astigmatism is minimized, - an ophthalmic lens determining step (S3) during which the spherical power of the ophthalmic lens in at least one gazing direction is determined based on the prescription of the wearer and the wearer focal data so as to reduce the impact of the unwanted astigmatism of the ophthalmic lens for the wearer in the at least one gazing direction. - a wearer prescription data providing step (S1) during which wearer prescription data indicative of the ophthalmic prescription of the wearer are provided, - a wearer focal data providing step (S2) during which wearer focal data indicative of the position of the wearer preferred image focal plane are provided, the wearer preferred image focal plane corresponding to the position of the retina within the Sturm's interval at which the impact of unwanted astigmatism is minimized, - an ophthalmic lens determining step (S3) during which the spherical power of the ophthalmic lens in at least one gazing direction is determined based on the prescription of the wearer and the wearer focal data so as to reduce the impact of the unwanted astigmatism of the ophthalmic lens for the wearer in the at least one gazing direction.
A method performed by a wireless device currently connected to a first radio access node and configured with an s-measure by the first radio access node that controls when the wireless device starts performing measurements, wherein the wireless device is capable of operating in dual connectivity between the first radio access node employing the first RAT and a second radio access node employing a second RAT, the method comprising, prior to the wireless device operating in dual connectivity: upon configuration by the first radio access node to perform measurements on the first radio access technology, RAT, starting to perform the measurements when the first radio access node's s-measure criteria is fulfilled; and upon configuration by the first radio access node to perform measurements on the second RAT, starting to perform the measurements on the second RAT whether the first radio access node's s-measure criteria is fulfilled or not. upon configuration by the first radio access node to perform measurements on the first radio access technology, RAT, starting to perform the measurements when the first radio access node's s-measure criteria is fulfilled; and upon configuration by the first radio access node to perform measurements on the second RAT, starting to perform the measurements on the second RAT whether the first radio access node's s-measure criteria is fulfilled or not.
Machine room-less elevator system with • an elevator cabin guided in cabin guide rails , where the cabin guide rails are arranged on one side of the elevator cabin , • at least one counterweight , which is arranged on the same side of the elevator cabin as the cabin guide rails , • a drive system , which includes at least one drive motor and at least one driving body , • one or more carrying means for transmitting a force from the drive system , where • the carrying means are guided in two carrying strands over the at least one driving body , characterized in that • the drive system is mounted on the elevator cabin and designed so that the course of the two carrying strands leads beside the counterweight and the two carrying strands coming from the at least one driving body run up or down on the guide rail side, and • the counterweight is located between the two carrying strands running in the shaft. • an elevator cabin guided in cabin guide rails , where the cabin guide rails are arranged on one side of the elevator cabin , • at least one counterweight , which is arranged on the same side of the elevator cabin as the cabin guide rails , • a drive system , which includes at least one drive motor and at least one driving body , • one or more carrying means for transmitting a force from the drive system , where • the carrying means are guided in two carrying strands over the at least one driving body , characterized in that • the drive system is mounted on the elevator cabin and designed so that the course of the two carrying strands leads beside the counterweight and the two carrying strands coming from the at least one driving body run up or down on the guide rail side, and • the counterweight is located between the two carrying strands running in the shaft.
A functional article comprising a waterproof breathable polymer membrane, where the functional article consists of the waterproof breathable polymer membrane and where the functional article has no other layer; where the functional article is selected from the group consisting of functional clothing item; functional footwear item; functional object selected from the group consisting of bag, backpack or tent; swimwear item; and clothing for water sport, where the polymer membrane has an elongation at break of more than 100% as measured to DIN 53504; where the polymer membrane is generated from a solution (L1) comprising at least one thermoplastic polymer and at least one additive selected from the group consisting of mono-, di- and trialkanols which have no other functional groups by formation of a film from the solution (L1) and contacting of the film with a mixture (L2) comprising a coagulant selected from the group of liquid water, water vapor, alcohols or mixtures thereof, and has pores having a mean pore diameter in the range from 0.001 μm to 0.8 μm, determined by Hg porosimetry according to DIN 66133; and where the polymer membrane comprises at least one thermoplastic polymer selected from the group consisting of polyurethane, polyester, polyetherester, polyesterester, polyamide, polyetheramide, polybutadiene-styrene and ethylenevinyl acetate.
An aerosol generating device , comprising: an elongate body ; an inhalation outlet ; a chamber for holding a material, the material capable of generating a vapour when heated; a heater for heating the material held in the chamber a vapour-cooling module comprising a vapour-cooling passageway providing a fluidic connection between the chamber and inhalation outlet ; the aerosol generating device arranged such that, in use, suction at the inhalation outlet whilst heating the material in the chamber , causes vapour generated in the chamber to pass through the vapour-cooling passageway to the inhalation outlet , the vapour-cooling passageway having a length sufficient such that the temperature of the vapour is reduced during transport of the vapour through the vapour-cooling passageway ; characterized in that at least a portion of the vapour-cooling passageway follows a coiled path which is confined to a cross-sectional plane of the device, where the cross-sectional plane is perpendicular to the elongate axis of the body of the device . an elongate body ; an inhalation outlet ; a chamber for holding a material, the material capable of generating a vapour when heated; a heater for heating the material held in the chamber a vapour-cooling module comprising a vapour-cooling passageway providing a fluidic connection between the chamber and inhalation outlet ; the aerosol generating device arranged such that, in use, suction at the inhalation outlet whilst heating the material in the chamber , causes vapour generated in the chamber to pass through the vapour-cooling passageway to the inhalation outlet , the vapour-cooling passageway having a length sufficient such that the temperature of the vapour is reduced during transport of the vapour through the vapour-cooling passageway ; characterized in that at least a portion of the vapour-cooling passageway follows a coiled path which is confined to a cross-sectional plane of the device, where the cross-sectional plane is perpendicular to the elongate axis of the body of the device .
A contact lens dispenser comprising: a tubular housing having an interior and a dispensing end ; a delivery screw in the interior of the tubular housing , the delivery screw comprising a thread and having an axis of rotation, the thread having a pitch, and the delivery screw mounted for rotation within the tubular housing about the axis of rotation; and an actuator configured to rotate the dispensing screw upon actuation of the actuator wherein a plurality of contact lenses is disposed in the interior , suspended in solution, on the thread, the contact lenses are each spaced apart from adjacent ones, along the thread, by the pitch, and the thread is configured to hold the contact lenses and the contact lens solution along the thread such that, upon actuation of the actuator , each of the contact lenses is moved along the thread by a distance of one pitch and a single contact lens is dispensed from the dispensing end of the tubular housing . a tubular housing having an interior and a dispensing end ; a delivery screw in the interior of the tubular housing , the delivery screw comprising a thread and having an axis of rotation, the thread having a pitch, and the delivery screw mounted for rotation within the tubular housing about the axis of rotation; and an actuator configured to rotate the dispensing screw upon actuation of the actuator wherein a plurality of contact lenses is disposed in the interior , suspended in solution, on the thread, the contact lenses are each spaced apart from adjacent ones, along the thread, by the pitch, and the thread is configured to hold the contact lenses and the contact lens solution along the thread such that, upon actuation of the actuator , each of the contact lenses is moved along the thread by a distance of one pitch and a single contact lens is dispensed from the dispensing end of the tubular housing .
A method of receiving, by a base station , channel state information, CSI, reporting in a wireless communication system, the method comprising: receiving, from a user equipment, UE , UE capability for gap information, wherein the gap information represents a minimum time gap between a CSI reporting timing and a CSI-Reference Signal, CSI-RS, transmission timing; transmitting (S1305), to the UE , CSI reporting setting information related to the CSI reporting, wherein the CSI reporting setting information includes information for a frequency granularity for a channel quality indicator, CQI, and a precoding matrix indicator, PMI, and information for a CSI codebook type, wherein the gap information is configured by the base station based on the CSI reporting setting information and the UE capability; transmitting (S1310), to the UE , at least one CSI-RS; and receiving (S1315), from the UE , the CSI reporting which is performed by using a measurement value for at least one specific CSI-RS among the at least one CSI-RS, wherein the at least one specific CSI-RS is received by the UE before a performing timing of the CSI reporting minus a timing indicated by the gap information. receiving, from a user equipment, UE , UE capability for gap information, wherein the gap information represents a minimum time gap between a CSI reporting timing and a CSI-Reference Signal, CSI-RS, transmission timing; transmitting (S1305), to the UE , CSI reporting setting information related to the CSI reporting, wherein the CSI reporting setting information includes information for a frequency granularity for a channel quality indicator, CQI, and a precoding matrix indicator, PMI, and information for a CSI codebook type, wherein the gap information is configured by the base station based on the CSI reporting setting information and the UE capability; transmitting (S1310), to the UE , at least one CSI-RS; and receiving (S1315), from the UE , the CSI reporting which is performed by using a measurement value for at least one specific CSI-RS among the at least one CSI-RS, wherein the at least one specific CSI-RS is received by the UE before a performing timing of the CSI reporting minus a timing indicated by the gap information.
Positive displacement pump system for the dispensing of droplets of liquid comprising a pump with a liquid-containing chamber with a movable portion , an actuator adapted to move said movable portion of said chamber for changing the volume of said chamber, a liquid outlet in fluid communication with said chamber, a dispensing valve for controlling flow through said liquid outlet and control means for controlling said actuator and said valve, characterized in that it further comprises a linear encoder which measures the displacement of one or more of the linearly moving parts of the pump and that said actuator is a self-locking piezo-linear actuator in which the force required to produce a unit change in linear displacement of said movable portion of said chamber is substantially independent of the position of the actuator.
A disposable pant article having a waist portion which in use surrounds a user's waist and a crotch portion connecting front and back portions of the waist portion, the crotch portion comprising an absorbent core for absorbing body exudates and a liquid-permeable topsheet which in use faces a user's crotch, the topsheet covering the absorbent core; wherein the article has an inside surface which in use faces the user's skin and an outside surface which is opposite the inside surface and in use faces the user's clothing, wherein the article is composed of a plurality of fabrics which define the colours of the inside and outside surfaces of the article, the liquid-permeable topsheet being one of the fabrics; wherein an absorption zone is defined as the part of the inside surface, on the topsheet , under which the absorbent core is located, and wherein a surrounding zone is defined as the part of the inside surface, on the topsheet, adjacent to and at least partly surrounding the absorption zone ; wherein at least the outside surface and said surrounding zone have, in the CIE L*a*b* colour space, L* values less than 80 and mutual colour differences ΔE*ab less than 10; and wherein the absorption zone has, in the CIE L*a*b* colour space, an L* value less than 90 and a colour difference ΔE*ab more than 5 with respect to said surrounding zone and/or said outside surface. wherein the article has an inside surface which in use faces the user's skin and an outside surface which is opposite the inside surface and in use faces the user's clothing, wherein the article is composed of a plurality of fabrics which define the colours of the inside and outside surfaces of the article, the liquid-permeable topsheet being one of the fabrics; wherein an absorption zone is defined as the part of the inside surface, on the topsheet , under which the absorbent core is located, and wherein a surrounding zone is defined as the part of the inside surface, on the topsheet, adjacent to and at least partly surrounding the absorption zone ; wherein at least the outside surface and said surrounding zone have, in the CIE L*a*b* colour space, L* values less than 80 and mutual colour differences ΔE*ab less than 10; and wherein the absorption zone has, in the CIE L*a*b* colour space, an L* value less than 90 and a colour difference ΔE*ab more than 5 with respect to said surrounding zone and/or said outside surface.