mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: tuning a transmitter of a wireless communication device to a first frequency associated with a first radio access technology; tuning a receiver of the wireless communication device from the first frequency associated with the first radio access technology to a second frequency associated with a second radio access technology while the transmitter remains tuned to the first frequency associated with the first radio access technology; and not transmitting data for the first radio access technology queued in at least one transmission channel slot based on a condition that transmitting the queued data at the first frequency would cause interference above a predetermined threshold to received data at the second frequency. tuning a transmitter of a wireless communication device to a first frequency associated with a first radio access technology; tuning a receiver of the wireless communication device from the first frequency associated with the first radio access technology to a second frequency associated with a second radio access technology while the transmitter remains tuned to the first frequency associated with the first radio access technology; and not transmitting data for the first radio access technology queued in at least one transmission channel slot based on a condition that transmitting the queued data at the first frequency would cause interference above a predetermined threshold to received data at the second frequency.
A polycarbonate resin composition comprising a polycarbonate resin (A) having a constitution unit derived from a compound represented by at least the following formula and polyrotaxane (B).
A method of avoiding gear tooth interference in a planetary gear system, comprising: selecting a base pitch and tooth length for planet gears of the planetary gear system ; determining a change in effective base pitch as a function of an unfurling or deflection of a broken planet gear rim of the planet gears ; determining whether the effective base pitch of the broken planet gear can allow the broken planet gear to mesh with a ring gear and a sun gear of the planetary gear system without tooth tip interference ; and in response to determining that the effective base pitch of the broken planet gear cannot allow the broken planet gear to mesh with the ring gear and the sun gear without tooth tip interference, selecting a shorter tooth length . selecting a base pitch and tooth length for planet gears of the planetary gear system ; determining a change in effective base pitch as a function of an unfurling or deflection of a broken planet gear rim of the planet gears ; determining whether the effective base pitch of the broken planet gear can allow the broken planet gear to mesh with a ring gear and a sun gear of the planetary gear system without tooth tip interference ; and in response to determining that the effective base pitch of the broken planet gear cannot allow the broken planet gear to mesh with the ring gear and the sun gear without tooth tip interference, selecting a shorter tooth length .
An apparatus for manufacturing an electrode for a secondary battery, comprising: a roller-shaped unwinder on which a sheet type current collector is wound; a transfer unit that continuously transfers the sheet type current collector ; a coating unit that coats an electrode active material slurry on at least one surface of the sheet type current collector ; a drying unit that dries the coated electrode active material slurry to form an electrode mixture on at least one surface of the sheet type current collector ; a rolling unit that rolls the electrode mixture through a pair of rollers ; a laser unit in which the electrode mixture is subjected laser etching to form a large number of holes having a level difference in thickness, thereby manufacturing an electrode sheet ; and, a roller-shaped rewinder that rewinds the electrode sheet , wherein the laser unit is a nanosecond laser , and forms respective holes by performing irradiation twice or less. a roller-shaped unwinder on which a sheet type current collector is wound; a transfer unit that continuously transfers the sheet type current collector ; a coating unit that coats an electrode active material slurry on at least one surface of the sheet type current collector ; a drying unit that dries the coated electrode active material slurry to form an electrode mixture on at least one surface of the sheet type current collector ; a rolling unit that rolls the electrode mixture through a pair of rollers ; a laser unit in which the electrode mixture is subjected laser etching to form a large number of holes having a level difference in thickness, thereby manufacturing an electrode sheet ; and, a roller-shaped rewinder that rewinds the electrode sheet , wherein the laser unit is a nanosecond laser , and forms respective holes by performing irradiation twice or less.
A method for implementing Internet Protocol Version 4 IPV4 and Internet Protocol Version 6 IPV6 hybrid networking, applied to a femto cell, characterized in that the femto cell is linked with a Mobility Management Entity MME through a femto cell gateway and a user plane does not pass through the femto cell gateway, and the method comprises: the femto cell sending an Internet Protocol IP type to which the femto cell belongs to a femto cell gateway , wherein the IP type to which the femto cell belongs refers to whether the femto cell supports IPV4 or IPV6; and the femto cell acquiring an IP address matched with the IP type the femto cell supports, sent by the femto cell gateway and setting up an IP service bearer for the user plane with the MME according to the IP address ; wherein the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway comprises: the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway through an S1 message ; wherein the S1 message is an S1 interface common message, and the S1 interface common message is one of the following messages: S1 SETUP REQUEST, and ENB CONFIGURATION UPDATE, or, wherein the S1 message is an S1 interface user equipment UE specific message, and the S1 interface UE specific message is PATH SWITCH REQUEST. the femto cell sending an Internet Protocol IP type to which the femto cell belongs to a femto cell gateway , wherein the IP type to which the femto cell belongs refers to whether the femto cell supports IPV4 or IPV6; and the femto cell acquiring an IP address matched with the IP type the femto cell supports, sent by the femto cell gateway and setting up an IP service bearer for the user plane with the MME according to the IP address ; wherein the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway comprises: the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway through an S1 message ; wherein the S1 message is an S1 interface common message, and the S1 interface common message is one of the following messages: S1 SETUP REQUEST, and ENB CONFIGURATION UPDATE, or, wherein the S1 message is an S1 interface user equipment UE specific message, and the S1 interface UE specific message is PATH SWITCH REQUEST. the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway through an S1 message ; wherein the S1 message is an S1 interface common message, and the S1 interface common message is one of the following messages: S1 SETUP REQUEST, and ENB CONFIGURATION UPDATE, or, wherein the S1 message is an S1 interface user equipment UE specific message, and the S1 interface UE specific message is PATH SWITCH REQUEST. S1 SETUP REQUEST, and ENB CONFIGURATION UPDATE, or, wherein the S1 message is an S1 interface user equipment UE specific message, and the S1 interface UE specific message is PATH SWITCH REQUEST.
Fluid damper for adjustable bodies with a piston adjustable in a cylinder , whereby in the piston and/or between piston and cylinder at least a passage (4.2) for flowing fluid It is trained that the piston is connected to a piston rod led out of the cylinder , whereby the passage opening comprises adjusting means to adjust a limitation at least the largest possible flow cross-section of the fluid at least at a passage opening (4.2) at the operating fluid damper wherein the adjusting means have an locking device which holds the piston in a desired location in the cylinder , wherein - the locking device on the end of the piston rod in the cylinder is indispensable in a radial manner - the undistocracy of the locking device compared to the piston rod is caused by a friction closure, which can be overcome when the locking device interfaces in a locking manner with a part of the cylinder - a locking element in the form of a sleeve which can be mounted on the end (6.1) of the piston rod and whose end facing the closed end of the cylinder carries an externally toothed gear (2.1) and at the other end at least one cam (2.2) engaging in the piston , - an internal toothed gear (1.1) arranged on the inside of the cylinder , into which the external toothed gear (2.1) intervenes, and - a central cone (1.2) arranged on the inside of the cylinder , which presses the teeth of the external toothed gear apart into the interior toothed gear (1.1). - the locking device on the end of the piston rod in the cylinder is indispensable in a radial manner - the undistocracy of the locking device compared to the piston rod is caused by a friction closure, which can be overcome when the locking device interfaces in a locking manner with a part of the cylinder - a locking element in the form of a sleeve which can be mounted on the end (6.1) of the piston rod and whose end facing the closed end of the cylinder carries an externally toothed gear (2.1) and at the other end at least one cam (2.2) engaging in the piston , - an internal toothed gear (1.1) arranged on the inside of the cylinder , into which the external toothed gear (2.1) intervenes, and - a central cone (1.2) arranged on the inside of the cylinder , which presses the teeth of the external toothed gear apart into the interior toothed gear (1.1).
System for the mesh communication network allowing selection of an optimum frequency band from a plurality of frequency bands, the system being characterised in that it comprises: - a plurality of electronic devices (DC, M1, M2, M3, ...M15) according to claim 8 or 9, - a control device (SC) according to one of claims 10 to 12. - a plurality of electronic devices (DC, M1, M2, M3, ...M15) according to claim 8 or 9, - a control device (SC) according to one of claims 10 to 12.
A roof assembly for a vehicle cabin, particularly for the cabin of an agricultural machine, comprising a housing of plastic material and an air conditioning unit housed within the housing , and at least one air inlet fluidically connected to the air conditioning unit and arranged at a periphery of the housing , and a filter arranged downstream of the air inlet , and an air inlet shield arranged at the air inlet , said air inlet shield being mounted to the periphery of the housing and sealingly mounted to the air inlet , wherein said air inlet shield comprises a pair of shaped plates of plastic material, peripherally welded to each other and arranged upstream of the filter, between the plates there being defined a chamber fluidically communicating with the filter and with the outside of the roof assembly is defined, and wherein said air inlet shield has at least one inner window and at least one outer window through which the chamber is fluidically communicating with the outside of the roof assembly, and wherein said air inlet shield defines an air inlet path (F) from the outer window to the filter that has a non-rectilinear course, said assembly being characterized in that the chamber is fluidically communicating with the filter through the inner window . a housing of plastic material and an air conditioning unit housed within the housing , and at least one air inlet fluidically connected to the air conditioning unit and arranged at a periphery of the housing , and a filter arranged downstream of the air inlet , and an air inlet shield arranged at the air inlet , said air inlet shield being mounted to the periphery of the housing and sealingly mounted to the air inlet , wherein said air inlet shield comprises a pair of shaped plates of plastic material, peripherally welded to each other and arranged upstream of the filter, between the plates there being defined a chamber fluidically communicating with the filter and with the outside of the roof assembly is defined, and wherein said air inlet shield has at least one inner window and at least one outer window through which the chamber is fluidically communicating with the outside of the roof assembly, and wherein said air inlet shield defines an air inlet path (F) from the outer window to the filter that has a non-rectilinear course, said assembly being characterized in that the chamber is fluidically communicating with the filter through the inner window .
Drug delivery device for selecting and dispensing a number of user variable doses of a medicament, comprising a housing , a dose selector operable to set a dose by rotation relative to the housing , a release member controlling movement of a piston in a dispensing direction, a display comprising at least one number wheel or number sleeve, characterized in that the release member rotates during dose dispensing an angle corresponding to the dose set by the dose selector , thereby allowing a piston to move in a dispensing direction, wherein the dose selector and the release member are rotatable about a common axis (II) and wherein the piston is axially movable in a direction perpendicular to the axis (II) of rotation of the dose selector and the release member , wherein the device further comprises a clutch mechanism which rotationally couples the number wheel or number sleeve to the dose selector and de-couples the number wheel or number sleeve from the release member during dose setting and which rotationally de-couples the number wheel or number sleeve from the dose selector and couples the number wheel or number sleeve to the release member during dose dispensing, and a spring acting on the piston , wherein a cable is attached to the piston and to a cable spool of the release member , such that upon rotation of the release member the piston is allowed to be pushed by the spring .
Bone anchor for triangular iliosacral osteosynthesis, comprising an ilium screw having a first longitudinal direction and an iliosacral screw having a second longitudinal direction , wherein the ilium screw , in a thread-free portion , has a preferably elongated-hole-like through-opening transversely to the first longitudinal direction , wherein the iliosacral screw has such a smaller outer diameter in relation to the ilium screw that the iliosacral screw can be guided through said through-opening and can be screwed proceeding from the ilium into the sacrum, through the ilium screw , wherein the ilium screw has a distal threaded portion having a distal core diameter and a nominal distal diameter of the thread and a proximal threaded portion having a proximal core diameter and a proximal nominal diameter of the thread, and wherein the thread-free portion is arranged between the distal and the proximal thread portion , wherein the proximal nominal diameter is greater than an outer diameter of the thread-free portion and the outer diameter of the thread-free portion is greater than the distal nominal diameter , and wherein a sleeve element having a shape complementary to the shape of the through-opening and made of a polymer material is inserted into the through-opening and is then held in the through-opening frictionally and additionally in a form-fitting manner relative to at least one direction, wherein the inner dimension of the sleeve element orthogonally to the first longitudinal direction is smaller than a nominal diameter of a thread of the iliosacral screw .
Method of operating a user equipment in a radio access network, the user equipment being configured for operation utilising carrier aggregation, the carrier aggregation comprising a set of component carriers, wherein the method comprises operating utilising the carrier aggregation based on a component indication received in a control information message, the component indication indicating one of the component carriers of the carrier aggregation, wherein: if the indicated component carrier is in a deactivated state, operating utilising the carrier aggregation comprises activating the indicated component carrier for communicating; else, if the indicated component carrier is an activated state, operating utilising the carrier aggregation comprises communicating utilising the indicated component carrier based on scheduling information included in the control information message, wherein the control information message is a Downlink Control Information, DCI, message.
A silicone hydrogel contact lens comprising: a polymeric lens body that is a reaction product of a polymerizable composition comprising a) at least one hydrophilic vinyl amide-containing monomer; b) at least one acrylate-containing siloxane monomer; and c) at least one vinyl ether-containing monomer, with the proviso that the at least one acrylate-containing siloxane monomer does not comprise a siloxane monomer represented by formula (III), where n is an integer from 10 to 15. a polymeric lens body that is a reaction product of a polymerizable composition comprising a) at least one hydrophilic vinyl amide-containing monomer; b) at least one acrylate-containing siloxane monomer; and c) at least one vinyl ether-containing monomer, with the proviso that the at least one acrylate-containing siloxane monomer does not comprise a siloxane monomer represented by formula (III), a) at least one hydrophilic vinyl amide-containing monomer; b) at least one acrylate-containing siloxane monomer; and c) at least one vinyl ether-containing monomer, with the proviso that the at least one acrylate-containing siloxane monomer does not comprise a siloxane monomer represented by formula (III), where n is an integer from 10 to 15.
Cosmetic product made of pressed or melted and baked, or extruded powder, or in the form of a rod or stick, such as a lipstick, with a sight surface provided with a plurality of protruding stripes with triangular section, each stripe having a vertex , a first inclined side decorated with a portion of a first image and a second inclined side decorated with a portion of a second image so that by observing the cosmetic product from an observation point (A) angled to see only the first inclined side of each stripe , the first image only is visible, and by observing the same cosmetic product from an observation point (B) angled to see only the second inclined side of each stripe , the second image only is visible.
A method of authentication in an in vivo analyte monitoring system , comprising: receiving a private key by a reader device , wherein the private key is supplied by a packaging for a sensor control device, wherein the sensor control device comprises a sensor and analyte monitoring circuitry and the sensor is adapted to be inserted into the body of a user, wherein receiving the private key by the reader device comprises at least one of: scanning a barcode or other indicia on the packaging for the sensor control device with an optical scanner of the reader device, wherein the barcode or other indicia is representative of the private key; scanning the packaging for the sensor control device with a communication device, wherein the packaging comprises a machine-readable element adapted to provide information representative of the private key in response to the scan; and/or reading, by a human, the private key from the package, and wherein the private key is input manually into the reader device ; authenticating the private key using a public key stored within the reader device; and if the private key is authenticated, reading sensed analyte data from the sensor control device by the reader device. receiving a private key by a reader device , wherein the private key is supplied by a packaging for a sensor control device, wherein the sensor control device comprises a sensor and analyte monitoring circuitry and the sensor is adapted to be inserted into the body of a user, wherein receiving the private key by the reader device comprises at least one of: scanning a barcode or other indicia on the packaging for the sensor control device with an optical scanner of the reader device, wherein the barcode or other indicia is representative of the private key; scanning the packaging for the sensor control device with a communication device, wherein the packaging comprises a machine-readable element adapted to provide information representative of the private key in response to the scan; and/or reading, by a human, the private key from the package, and wherein the private key is input manually into the reader device ; scanning a barcode or other indicia on the packaging for the sensor control device with an optical scanner of the reader device, wherein the barcode or other indicia is representative of the private key; scanning the packaging for the sensor control device with a communication device, wherein the packaging comprises a machine-readable element adapted to provide information representative of the private key in response to the scan; and/or reading, by a human, the private key from the package, and wherein the private key is input manually into the reader device ; authenticating the private key using a public key stored within the reader device; and if the private key is authenticated, reading sensed analyte data from the sensor control device by the reader device.