mhurhangee/patent-ind-claim-en huggingface dataset:
Charging or fuel inlet compartment for insertion in a bodywork opening of a motor vehicle, with a compartment body having a passage opening into which a charging plug connector or a fuel filler pipe is insertable, a closure flap and a sealing ring arranged at the passage opening, wherein - the sealing ring comprises an annular sealing body , - a resilient sealing lip extends out from the annular sealing body , - the sealing lip has a curvature, - a first section of the sealing lip in the opened and closed state of the closure flap bears against a charging plug connector or fuel filler pipe inserted into the passage opening and - a second section of the sealing lip bears against a closure flap , which closes the charging or fuel inlet compartment, in the closed state of the closure flap . - the sealing ring comprises an annular sealing body , - a resilient sealing lip extends out from the annular sealing body , - the sealing lip has a curvature, - a first section of the sealing lip in the opened and closed state of the closure flap bears against a charging plug connector or fuel filler pipe inserted into the passage opening and - a second section of the sealing lip bears against a closure flap , which closes the charging or fuel inlet compartment, in the closed state of the closure flap .
A vehicle seat arranged to be adjusted between a forward facing setup and a rearward facing setup, the vehicle seat comprising a seat back and a seat cushion arrangement , the seat cushion arrangement comprising a seat cushion arranged to be attached to a seat structure arranged in a vehicle, a front pivoting notch and a rear pivoting notch , wherein the seat back and seat cushion each has a symmetric shape, wherein the seat back comprises a first seat back connection and a second seat back connection arranged on a seat back side at a respective first end and second end of the seat back , the first seat back connection being arranged to pivotably and releasably engage with the rear pivoting notch of the seat cushion arrangement when the vehicle seat is in the forward facing setup and the second seat back connection being arranged to pivotably and releasably engage with the front pivoting notch of the seat cushion arrangement when the vehicle seat is in the rearward facing setup, wherein the seat back is arranged to change from the forward facing setup to the rearward facing setup by folding the seat back by pivoting the first seat back connection in the rear pivoting notch until the second seat back connection engages with the front pivoting notch and thereafter folding the seat back by pivoting the second seat back connection in the front pivoting notch , characterized in that the first seat back connection is arranged to releasably engage with a first latch attached to the vehicle body when the vehicle seat is in the forward facing setup, and the second seat back connection is arranged to releasably engage with a second latch attached to the vehicle body when the vehicle seat is in the rearward facing setup.
A method of transmission power control performed by a user equipment, UE, in a wireless communication system, the method comprising: performing wide area network, WAN, transmission in a first subframe of a first carrier; and performing sidelink transmission in a second subframe of a second carrier, wherein the WAN transmission is transmission to a network and the sidelink transmission is transmission to another UE, and wherein when the first subframe and the second subframe overlap in time, a maximum output power for both the WAN transmission in the first subframe and the sidelink transmission in the second subframe is determined on the basis of a maximum output power for the first subframe of the first carrier. performing wide area network, WAN, transmission in a first subframe of a first carrier; and performing sidelink transmission in a second subframe of a second carrier, wherein the WAN transmission is transmission to a network and the sidelink transmission is transmission to another UE, and wherein when the first subframe and the second subframe overlap in time, a maximum output power for both the WAN transmission in the first subframe and the sidelink transmission in the second subframe is determined on the basis of a maximum output power for the first subframe of the first carrier.
A heat exchange tube for a heat exchanger , whereas the heat exchange tube is a combined heat exchange tube having a space at the center, which space is used to accommodate an insert , so as to expand and joint the combined heat exchange tube in a corresponding fin hole in the heat exchanger ; the combined heat exchange tube comprises at least two heat exchange sub-tubes separated from one another, and the insert is an internal expanding tube, and has a shape corresponding to the space , characterized in that a protrusion which protrudes outwards is provided on an outer surface of the internal expanding tube, with the protrusion being inserted into a gap between two adjacent heat exchange sub-tubes when expanding and jointing the heat exchange sub-tubes in the fin hole .
Method for engraving, marking and/or inscribing a workpiece with a laser plotter , in which at least two irradiation sources in the form of lasers are used in a housing of the laser plotter , which preferably act in alternating manner on the workpiece to be processed, wherein the workpiece is deposited in a defined manner on a processing table and a laser beam emitted by the irradiation source is sent via deflecting elements to at least one focusing unit formed for the at least two irradiation sources , from which the laser beam is deflected in the direction of the workpiece and focused for processing, wherein the position control of the workpiece relative to the laser beam is effected by means of a software running in a control unit of the laser plotter , wherein at an external component , in particular a computer or control device, a graphic and/or a text is produced which is transferred to the control unit of the laser plotter , which performs a conversion of the transferred data of the graphic and/or text from a stored database for controlling the individual elements of the laser plotter , characterized in that the assignment of the different irradiation sources to the transferred graphic and/or to the text takes place in the form of colours, in particular of a colour code, whereby a correction value for the individual positions is stored in the database for the individual colours as a height correction value for compensating the different focus positions or focal lengths of the individual irradiation sources , and in that a colour, in particular a colour code, is defined by a range, in particular by a range specification from - to.
A processed donor fecal sample, comprising: a donor fecal sample; a cryoprotectant added to the donor fecal sample; wherein the cryoprotectant includes a glycol; and wherein the donor fecal sample is homogenized and filtered to form the processed donor fecal sample and wherein the processed donor fecal sample is disposed within an oral tablet or an ingestible capsule. a donor fecal sample; a cryoprotectant added to the donor fecal sample; wherein the cryoprotectant includes a glycol; and wherein the donor fecal sample is homogenized and filtered to form the processed donor fecal sample and wherein the processed donor fecal sample is disposed within an oral tablet or an ingestible capsule.
A method of a base station for transmitting a signal in a communication system, the method comprising: transmitting downlink control information including a field indicating a number of one or more code division multiplexing, CDM, sets, of one or more dedicated reference signals, DRSs, in a physical downlink control channel, PDCCH; and transmitting data in a physical downlink shared channel, PDSCH, and at least one DRS based on the downlink control information, wherein the at least one DRS is for demodulation, and the at least one DRS is associated with a CDM/frequency division multiplexing, FDM, and a ratio of PDSCH energy per resource element, EPRE, to RS EPRE is defined based on the number of one or more CDM sets of one or more DRSs. transmitting downlink control information including a field indicating a number of one or more code division multiplexing, CDM, sets, of one or more dedicated reference signals, DRSs, in a physical downlink control channel, PDCCH; and transmitting data in a physical downlink shared channel, PDSCH, and at least one DRS based on the downlink control information, wherein the at least one DRS is for demodulation, and the at least one DRS is associated with a CDM/frequency division multiplexing, FDM, and a ratio of PDSCH energy per resource element, EPRE, to RS EPRE is defined based on the number of one or more CDM sets of one or more DRSs.
Tooling for making slots in a multistage disk by electrochemical machining, characterized in that it comprises at least a first ring and a second ring , each arranged coaxially about an axis of the disk, and configured to act as a cathode for machining a respective one of two stages of different diameters of the disk , each ring having an inside periphery with a plurality of radial machining projections , the first and second rings being rigidly secured to each other.
A fiber optic gyroscope (FOG, 40, 70) comprising: a depolarizer that receives light from a light source ; a multifunction integrated optic chip (MIOC, 50, 80); a sensing coil coupled to outputs of the MIOC; and a polarizer (48, L3, 78) coupled between an output of the depolarizer and an input of the MIOC, wherein the polarizer mitigates polarization non-reciprocity (PNR) bias error and enhances the polarization extinction ratio (PER) of the FOG; wherein the polarizer is pigtailed directly to the depolarizer to enhance the polarization extinction ratio (PER) with respect to front end cross couplings; wherein the polarizer is tuned in length to select a length that is a minimum of the coherency function to assure that the PNR bias error introduced by the cross-coupling and birefringence temperature sensitivities are decoherent at the output; wherein the predicted PNR bias error suppression due to front end cross couplings is anticipated to be proportional to the square root of the PER of the polarizer. a depolarizer that receives light from a light source ; a multifunction integrated optic chip (MIOC, 50, 80); a sensing coil coupled to outputs of the MIOC; and a polarizer (48, L3, 78) coupled between an output of the depolarizer and an input of the MIOC, wherein the polarizer mitigates polarization non-reciprocity (PNR) bias error and enhances the polarization extinction ratio (PER) of the FOG; wherein the polarizer is pigtailed directly to the depolarizer to enhance the polarization extinction ratio (PER) with respect to front end cross couplings; wherein the polarizer is tuned in length to select a length that is a minimum of the coherency function to assure that the PNR bias error introduced by the cross-coupling and birefringence temperature sensitivities are decoherent at the output; wherein the predicted PNR bias error suppression due to front end cross couplings is anticipated to be proportional to the square root of the PER of the polarizer.
A method for storing a query result in a distributed server, the method comprising: executing, by a master server , a query for querying data in a database ; receiving, by the master server , provision of meta data concerning the data and a first partial data constituting the data in a serialized state from the database based on a result of the executing; distributing, by the master server , the meta data and the first partial data provided in the serialized state to a first slave server (111-1); deserializing, by the first slave server (111-1), the first partial data distributed in the serialized state from the master server using the meta data; and storing, by the first slave server (111-1), the deserialized first partial data on a local disk of the first slave server (111-1). executing, by a master server , a query for querying data in a database ; receiving, by the master server , provision of meta data concerning the data and a first partial data constituting the data in a serialized state from the database based on a result of the executing; distributing, by the master server , the meta data and the first partial data provided in the serialized state to a first slave server (111-1); deserializing, by the first slave server (111-1), the first partial data distributed in the serialized state from the master server using the meta data; and storing, by the first slave server (111-1), the deserialized first partial data on a local disk of the first slave server (111-1).
A method for manufacturing composite material, the method comprising grinding wood material to a particle size of 0.8 mm or less, mixing the ground wood material with plastic material manufacuting the mixture into a wood-plastic composite, characterised in that the wood material is thermally modified wood material, the ratio of ground thermally modified wood material in the wood-plastic composite material is about 55-95 weight percentages of the mixture weight, the particle size of about 70-85% of the volume of the ground thermally modified wood material is about 0.5-0.8 mm and the particle size of about 15-30% of the volume of the ground thermally modified wood material is less than 0.1 mm.
A method for obtaining navigation instructions for use in a navigation system , the method comprising a user providing to the navigation system a navigation instruction for a manoeuvre at a junction wherein the method comprises the user providing to the navigation system an indication as to a distance before the junction at which the navigation instruction should be given, wherein the user provides the navigation instruction via a navigation apparatus while travelling along a route planned by the navigation apparatus, the method comprising the user providing an input to a navigation apparatus when a current position corresponds to the distance before the junction at which the navigation instruction is to be given to thereby indicate the distance before the junction at which the instruction is to be given for association with the navigation instruction, characterised in that one or more validity criteria are associated with the navigation instruction, the validity criteria relating to a range of positions for which the navigation instruction is valid, the user specifying the range of positions in one or more directions.
Process for the synthesis of a modified diene polymer comprising at least one anthracenyl group borne by a silicon atom located in the backbone of the polymer and capable of reacting with a dienophile by a Diels-Alder reaction, comprising the stages: - anionic polymerization of at least one diene monomer in the presence of a polymerization initiator containing an alkali metal, - modification of the living polymer obtained in the preceding stage by an organosilicon compound bearing at least one substituted or unsubstituted anthracenyl group and at least one function which is reactive with regard to the chain end of the living polymer. - anionic polymerization of at least one diene monomer in the presence of a polymerization initiator containing an alkali metal, - modification of the living polymer obtained in the preceding stage by an organosilicon compound bearing at least one substituted or unsubstituted anthracenyl group and at least one function which is reactive with regard to the chain end of the living polymer.
A surgical system comprising: an implant support engageable with a receiver of a fastener having a shaft configured to be fixed to vertebral tissue (V1, V2, V3); a sleeve having a first mating surface releasably engageable with the implant support and a second mating surface releasably engageable with the receiver ; and an adaptor connected with the implant support to releasably engage a surgical instrument to distract and/or compress the vertebral tissue (V1, V2, V3), wherein the receiver includes spaced-apart walls that define an implant cavity , and wherein the implant support is engageable with a first wall of the spaced-apart walls of the receiver , characterized in that the second mating surface is engageable with a second wall of the spaced-apart walls of the receiver , wherein the sleeve includes an end which includes a surface that defines the second mating surface , wherein the second mating surface is configured for capture of the second wall , wherein the second mating surface includes a distal projection configured for engagement with a cavity disposed within the second wall of the spaced-apart walls of the receiver to facilitate engagement. an implant support engageable with a receiver of a fastener having a shaft configured to be fixed to vertebral tissue (V1, V2, V3); a sleeve having a first mating surface releasably engageable with the implant support and a second mating surface releasably engageable with the receiver ; and an adaptor connected with the implant support to releasably engage a surgical instrument to distract and/or compress the vertebral tissue (V1, V2, V3), wherein the receiver includes spaced-apart walls that define an implant cavity , and wherein the implant support is engageable with a first wall of the spaced-apart walls of the receiver ,
System having a drip tray and a dosing-dispenser system or a container-fastening device , wherein the dosing-dispenser system or the container-fastening device has a receiving region for a liquid container , wherein the drip tray has a shell-like region which is configured to collect dripping liquids, wherein the drip tray comprises a hinge element , which is present at the edge of the shell-like region , and also comprises a lever element , which is fixed to the shell-like region , and wherein the hinge element is configured to fasten the drip tray in a movable manner on the dosing dispenser or on the container-fastening device , so that the shell-like region can be moved - as seen in relation to the plane (e) of the shell-like region - between an as far as possible vertical position and an as far as possible horizontal position, wherein the lever element is configured so that, in the absence of the liquid container , it projects into the receiving region whereas, if a liquid container has been inserted into the receiving region , it is positioned outside the receiving region , wherein, when a liquid container has been inserted into the receiving region , the shell-like region is retained in the as far as possible horizontal position by means of the lever element whereas, in the absence of the liquid container , the shell-like region hangs in an as far as possible vertical position on the hinge element . wherein the drip tray has a shell-like region which is configured to collect dripping liquids, wherein the drip tray comprises a hinge element , which is present at the edge of the shell-like region , and also comprises a lever element , which is fixed to the shell-like region , and wherein the hinge element is configured to fasten the drip tray in a movable manner on the dosing dispenser or on the container-fastening device , so that the shell-like region can be moved - as seen in relation to the plane (e) of the shell-like region - between an as far as possible vertical position and an as far as possible horizontal position, wherein the lever element is configured so that, in the absence of the liquid container , it projects into the receiving region whereas, if a liquid container has been inserted into the receiving region , it is positioned outside the receiving region , wherein, when a liquid container has been inserted into the receiving region , the shell-like region is retained in the as far as possible horizontal position by means of the lever element whereas, in the absence of the liquid container , the shell-like region hangs in an as far as possible vertical position on the hinge element .
Connecting device for connecting a motor unit to a housing , wherein the connecting device is intended to be arranged between the motor unit and the housing , having an inner wall which abuts against the motor unit , an outer wall which abuts against the housing , characterised by at least one chamber which, together with the inner wall and the outer wall , forms a profiled body , wherein the inner wall and the outer wall are not rigid before being applied to the motor unit and the housing , respectively, and a self-hardening filling material which can be filled in a liquid state into the chamber of the profiled body , the filling material being hardened in the profiled body mounted in the connecting position between the motor unit and the housing, so that the profiled body is stiffened and a clamping force can be generated in order to connect the motor unit to the housing without backlash. an inner wall which abuts against the motor unit , an outer wall which abuts against the housing , characterised by at least one chamber which, together with the inner wall and the outer wall , forms a profiled body , wherein the inner wall and the outer wall are not rigid before being applied to the motor unit and the housing , respectively, and a self-hardening filling material which can be filled in a liquid state into the chamber of the profiled body , the filling material being hardened in the profiled body mounted in the connecting position between the motor unit and the housing, so that the profiled body is stiffened and a clamping force can be generated in order to connect the motor unit to the housing without backlash.
A method performed by a wireless device , the method comprising: determining that no resources configured for random access on a link support a minimum gap requirement of the wireless device , wherein the minimum gap requirement is a capability of the wireless device for supporting a minimum gap in time between an end of a transmission of a random access preamble and a start of a transmission of a payload on a Physical Uplink Shared Channel, PUSCH, and wherein the link is deployed on an unlicensed frequency carrier; and based on said determining : transmitting a random access preamble using the resources configured for random access on the link, but waiting to transmit a payload until the wireless device receives a random access response in response to the random access preamble ; or delaying random access on the link until resources configured for random access on the link support the minimum gap requirement of the wireless device ; or selecting to perform random access on a different link. determining that no resources configured for random access on a link support a minimum gap requirement of the wireless device , wherein the minimum gap requirement is a capability of the wireless device for supporting a minimum gap in time between an end of a transmission of a random access preamble and a start of a transmission of a payload on a Physical Uplink Shared Channel, PUSCH, and wherein the link is deployed on an unlicensed frequency carrier; and based on said determining : transmitting a random access preamble using the resources configured for random access on the link, but waiting to transmit a payload until the wireless device receives a random access response in response to the random access preamble ; or delaying random access on the link until resources configured for random access on the link support the minimum gap requirement of the wireless device ; or selecting to perform random access on a different link. transmitting a random access preamble using the resources configured for random access on the link, but waiting to transmit a payload until the wireless device receives a random access response in response to the random access preamble ; or delaying random access on the link until resources configured for random access on the link support the minimum gap requirement of the wireless device ; or selecting to perform random access on a different link.