mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method comprising: • establishing (step 801), by an electronic device, a multipath transmission control protocol, MPTCP, connection to an application server, wherein the MPTCP connection comprises a first TCP connection corresponding to a cellular network and a second TCP connection corresponding to a wireless fidelity WIFI network; • receiving (step 802), by the electronic device, indication information from the application server, wherein the indication information comprises a type identifier and a parameter used to indicate a bandwidth requirement, and the type identifier is used to indicate a type of a data stream sent by the application server; • when the type identifier is a first identifier indicating a low data transmission delay requirement, receiving (step 803), by the electronic device after receiving the indication information, the data stream from the application server in a first time period by using the second TCP connection; and • when an accumulated data amount actually received by the electronic device in the first time period does not meet a first accumulated data amount expected to be received, receiving (step 804), by the electronic device, the data stream from the application server in a second time period by using both the first TCP connection and the second TCP connection, wherein the first accumulated data amount expected to be received is equal to a product of the parameter and duration corresponding to the first time period. • establishing (step 801), by an electronic device, a multipath transmission control protocol, MPTCP, connection to an application server, wherein the MPTCP connection comprises a first TCP connection corresponding to a cellular network and a second TCP connection corresponding to a wireless fidelity WIFI network; • receiving (step 802), by the electronic device, indication information from the application server, wherein the indication information comprises a type identifier and a parameter used to indicate a bandwidth requirement, and the type identifier is used to indicate a type of a data stream sent by the application server; • when the type identifier is a first identifier indicating a low data transmission delay requirement, receiving (step 803), by the electronic device after receiving the indication information, the data stream from the application server in a first time period by using the second TCP connection; and • when an accumulated data amount actually received by the electronic device in the first time period does not meet a first accumulated data amount expected to be received, receiving (step 804), by the electronic device, the data stream from the application server in a second time period by using both the first TCP connection and the second TCP connection, wherein the first accumulated data amount expected to be received is equal to a product of the parameter and duration corresponding to the first time period.
A test and measurement device having a signal source, comprising: an impairment generator configured to output an impairment ; a waveform synthesizer configured to: receive an input digital signal to be synthesized, receive the impairment , and synthesize a synthesized digital signal based on the input digital signal and the impairment; and a fixed sample rate digital-to-analog converter configured to receive a reference clock signal and the synthesized digital signal and output an analog signal; characterised in that the waveform synthesizer includes: a waveform symbol clock generator configured to receive the impairment and the reference clock signal and output a transition event signal based on the impairment and the reference clock signal; and a waveform synthesis interpolator configured to receive the transition event signal and the input signal and output the synthesized digital signal at the fixed sample rate of the digital-to-analog converter . an impairment generator configured to output an impairment ; a waveform synthesizer configured to: receive an input digital signal to be synthesized, receive the impairment , and synthesize a synthesized digital signal based on the input digital signal and the impairment; and receive an input digital signal to be synthesized, receive the impairment , and synthesize a synthesized digital signal based on the input digital signal and the impairment; and a fixed sample rate digital-to-analog converter configured to receive a reference clock signal and the synthesized digital signal and output an analog signal; characterised in that the waveform synthesizer includes: a waveform symbol clock generator configured to receive the impairment and the reference clock signal and output a transition event signal based on the impairment and the reference clock signal; and a waveform synthesis interpolator configured to receive the transition event signal and the input signal and output the synthesized digital signal at the fixed sample rate of the digital-to-analog converter . a waveform symbol clock generator configured to receive the impairment and the reference clock signal and output a transition event signal based on the impairment and the reference clock signal; and a waveform synthesis interpolator configured to receive the transition event signal and the input signal and output the synthesized digital signal at the fixed sample rate of the digital-to-analog converter .
WC comprising a WC fitting with a lid element and with a seat element , a WC body , and a shower device with a housing , wherein a fastening plate that can be releasably attached to the WC body is provided, and either in that at least one fastening element is provided, via which the housing of the shower device can be fastened to the fastening plate and to which the WC fitting can be fastened, or in that at least one first and one second fastening element are provided, wherein, by means of the first fastening element, the housing of the shower device can be fastened to the fastening plate and, by means of the second fastening element, the WC fitting can be fastened to the fastening plate , wherein the at least one fastening element or the at least one first and second fastening elements have an external thread at one end for screwing into at least one opening in each case, which opening has an internal thread and is provided on the fastening plate .
A device for lifting a sample tube comprising a holder having holding elements for holding a sample tube , a centering tool having a pair of centering jaws extending parallel to one another in a longitudinal direction, and a drive system , wherein the holder is supported moveably in the vertical direction between a lower holder position and an upper holder position for lifting and lowering a held sample tube and is moveable by the drive system at least from the lower holder position into the upper holder position, wherein by moving the holder into the upper position, a held sample tube is lifted into a position between the centering jaws , and wherein the centering jaws are moveable by means of the drive system to approach each other relative to the lifted sample tube for centering the lifted sample tube with respect to a vertical central axis, and wherein the drive system comprises a first slide supported moveably in the vertical direction to-and-fro between a lower slide position and an upper slide position via a first intermediate slide position and second intermediate slide position, wherein the first slide interacts with the holder for moving the holder from the lower holder position into the upper holder position upon movement between the lower slide position and the first intermediate slide position and interacts with the centering tool for actuating the centering tool upon movement between the second intermediate slide position and the upper slide position..
Electrical construction unit for inductive charging current transmission having a housing within which at least one electrical coil device for inductive energy transmission is arranged, having an interface which enables electrically conductive contacting of this coil device , wherein the housing having a first housing part and a second housing part , which are fastened to one another by at least one fastening means and wherein the two housing parts each extending at least along a longitudinal direction (L) and a width direction (B) perpendicular to this longitudinal direction (L), and having at least one electrical connection device for connecting the electrical construction unit to a power supply system, wherein at least one housing part is made of a plastic, characterized in that the construction unit has at least one structured surface , wherein this surface is a surface which is directed upwards, so that a risk of slipping through this surface is prevented for a user and wherein a fastening means is arranged on at least one housing part in order to fasten the electrical construction unit stationary on a floor, wherein therefore a screw body is provided with which the construction unit is fastened on the floor.
Apparatus for adjusting a rotary movement or pivoting movement of a control element (A) for a vehicle, wherein the apparatus has a curved detent contour for defining at least one shifting position of the control element (A), a detent element for engaging in the detent contour and a force transmission device to which the control element (A) can be mechanically coupled in order to absorb an actuating force, which is exerted on the control element (A) during the rotary movement or pivoting movement of the control element (A), and to transmit said actuating force to the detent element , wherein the detent element can be arranged so as to be mounted rotatably on the force transmission device , wherein the detent element is movable in a rolling manner along the detent contour owing to the actuating force, wherein the detent element has a centrally arranged bearing portion for mounting on the force transmission device and a peripherally arranged engagement portion for engaging in the detent contour , characterized in that the bearing portion of the detent element is formed from a hard material having a first elasticity, and the engagement portion of the detent element is formed from a soft material having a second elasticity, wherein the second elasticity of the soft material is greater than the first elasticity of the hard material.
An aerosol generating article for generating aerosol when heated by an aerosol generating device, the aerosol generating article comprising: an aerosol substrate section containing an aerosol generating material without nicotine; a medium disposed to face a downstream end of the aerosol substrate section and containing nicotine; a cooler disposed to face a downstream end of the medium ; a filter disposed to face a downstream end of the cooler ; and a wrapper including a thermally conductive wrapper so that the aerosol substrate section and the medium are heated to different temperatures, wherein the thermally conductive wrapper surrounds at least part of the aerosol substrate section and the medium . an aerosol substrate section containing an aerosol generating material without nicotine; a medium disposed to face a downstream end of the aerosol substrate section and containing nicotine; a cooler disposed to face a downstream end of the medium ; a filter disposed to face a downstream end of the cooler ; and a wrapper including a thermally conductive wrapper so that the aerosol substrate section and the medium are heated to different temperatures, wherein the thermally conductive wrapper surrounds at least part of the aerosol substrate section and the medium .
Bimodal polypropylene random copolymer, comprising a) 24.95 - 55.0 wt.-% of a first polypropylene fraction being a propylene homopolymer, b) 44.95 - 75.0 wt.-% of a second polypropylene fraction being a random copolymer of propylene and ethylene as comonomer, comprising 4.0 - 10.0 wt.-% of comonomer, c) 0.05 - 0.5 wt.-% of a soluble nucleating agent, wherein the bimodal polypropylene random copolymer has i) a molecular weight distribution Mw/Mn of 2.4 to 3.6; and ii) a total comonomer content of 3.0 - 7.0. wt.-%; and iii) 5.5 - 13.0 wt.-% of a fraction soluble in cold xylene (XCS). a) 24.95 - 55.0 wt.-% of a first polypropylene fraction being a propylene homopolymer, b) 44.95 - 75.0 wt.-% of a second polypropylene fraction being a random copolymer of propylene and ethylene as comonomer, comprising 4.0 - 10.0 wt.-% of comonomer, c) 0.05 - 0.5 wt.-% of a soluble nucleating agent, i) a molecular weight distribution Mw/Mn of 2.4 to 3.6; and ii) a total comonomer content of 3.0 - 7.0. wt.-%; and iii) 5.5 - 13.0 wt.-% of a fraction soluble in cold xylene (XCS).
Method of planning a platform lift , in particular a stairlift , at a stair , the platform lift comprising a rail , a platform , in particular a chair , a drive unit for driving the platform along the rail , the platform is attached to the drive unit , the method comprising the steps - acquiring 3D stair data of a stair on which the platform lift is to be installed; - acquiring 3D environmental data ; - calculating based on the acquired 3D stair data a path of travel (D, FD, ND) of the rail ; calculating 3D platform data representing the platform in one or several positions along the calculated path of travel (D, ND, FD) and/or calculating 3D person data, representing the person in one or several positions on the platform along the calculated path of travel (D, ND, FD); - retrieving manufacturing constraints , in particular from a database , - in the step of calculating a feasible path of travel (FD) under consideration of the retrieved manufacturing constraints is calculated, wherein the calculated path of travel (D, ND, FD) is visualized on a screen of an augmented reality device , characterized by the steps of detecting a collision situation between - the 3D platform data and/or the 3D person data on one hand - and the 3D environmental data on the other hand. a rail , a platform , in particular a chair , a drive unit for driving the platform along the rail , the platform is attached to the drive unit , the method comprising the steps - acquiring 3D stair data of a stair on which the platform lift is to be installed; - acquiring 3D environmental data ; - calculating based on the acquired 3D stair data a path of travel (D, FD, ND) of the rail ; - acquiring 3D stair data of a stair on which the platform lift is to be installed; - acquiring 3D environmental data ; - calculating based on the acquired 3D stair data a path of travel (D, FD, ND) of the rail ; calculating 3D platform data representing the platform in one or several positions along the calculated path of travel (D, ND, FD) and/or calculating 3D person data, representing the person in one or several positions on the platform along the calculated path of travel (D, ND, FD); - retrieving manufacturing constraints , in particular from a database , - in the step of calculating a feasible path of travel (FD) under consideration of the retrieved manufacturing constraints is calculated, - retrieving manufacturing constraints , in particular from a database , - in the step of calculating a feasible path of travel (FD) under consideration of the retrieved manufacturing constraints is calculated, wherein the calculated path of travel (D, ND, FD) is visualized on a screen of an augmented reality device , characterized by the steps of detecting a collision situation between - the 3D platform data and/or the 3D person data on one hand - and the 3D environmental data on the other hand. - the 3D platform data and/or the 3D person data on one hand - and the 3D environmental data on the other hand.
A method for continuously synthesizing compound of formula ii using a microreactor, wherein it comprises the following steps: S1) reacting compound i with a hydrogen-pulling reagent and a methylation reagent at -78 °C to - 20 °C, in an inert solvent to obtain a reaction solution containing compound of formula ii; S2) quenching the reaction solution obtained in step S1) with an acid solution at -20 °C to 40 °C to obtain the compound of formula ii; S1) reacting compound i with a hydrogen-pulling reagent and a methylation reagent at -78 °C to - 20 °C, in an inert solvent to obtain a reaction solution containing compound of formula ii; S2) quenching the reaction solution obtained in step S1) with an acid solution at -20 °C to 40 °C to obtain the compound of formula ii;
A method for determining a viscosity of a liquid sample of a protein, the method comprising: positioning the liquid sample of the protein in a first location of an acoustic liquid handler ; applying, using the acoustic liquid handler , one or more first acoustic signals until a specified amount of the liquid sample has been transferred from the first location to a second location of the acoustic liquid handler ; and characterized by determining the viscosity of the liquid sample based on (i) a number of the one or more first acoustic signals required to transfer the specified amount of the liquid sample from the first location to the second location and (ii) a set of parameters of the first acoustic signal . positioning the liquid sample of the protein in a first location of an acoustic liquid handler ; applying, using the acoustic liquid handler , one or more first acoustic signals until a specified amount of the liquid sample has been transferred from the first location to a second location of the acoustic liquid handler ; and characterized by determining the viscosity of the liquid sample based on (i) a number of the one or more first acoustic signals required to transfer the specified amount of the liquid sample from the first location to the second location and (ii) a set of parameters of the first acoustic signal .
A shaping system configured to shape a three-dimensional shaped object , the system comprising: an object-shaping material head (102w to k) configured to eject an object-shaping material, which is a material that constitutes the shaped object ; and a support material head configured to eject a support material, which is a material of a support layer that serves as a structural object supporting at least a part of the shaped object during shaping of the shaped object , wherein the support layer is removable by being immersed in a predetermined liquid, and the shaping system is configured to allow the support layer to be at least partially immersed in the predetermined liquid in at least a part of a period during the shaping of the shaped object . an object-shaping material head (102w to k) configured to eject an object-shaping material, which is a material that constitutes the shaped object ; and a support material head configured to eject a support material, which is a material of a support layer that serves as a structural object supporting at least a part of the shaped object during shaping of the shaped object , wherein the support layer is removable by being immersed in a predetermined liquid, and the shaping system is configured to allow the support layer to be at least partially immersed in the predetermined liquid in at least a part of a period during the shaping of the shaped object .
A guiding device for contacting and guiding objects and in particular containers with a contacting device which is suitable and intended for contacting an outside surface of the object to be guided by means of a contact surface , wherein this contacting device comprises a carrier extending along a predetermined extension direction (E), wherein a plurality of contact elements are arranged on the carrier , wherein these contact elements are each rotatable relative to the extension direction (E) of the carrier such that a spacing between at least a portion of the contact surface and the extension direction (E) is variable by means of this rotational motion, characterised in that this shroud body surrounding at least a portion of the carrier fully in its circumferential direction in its extension direction, and the said shroud body also surrounds the contact elements and further wherein both the carrier and the contact elements are arranged within the said shroud body , wherein the shroud body is configured to be substantially torsionally rigid, so that it is possible for the shroud body to be flexible but substantially unable to be twisted and due to this torsional rigidity, a coupling of rotational motion of the individual contact elements with each other is achieved. wherein a plurality of contact elements are arranged on the carrier , wherein these contact elements are each rotatable relative to the extension direction (E) of the carrier such that a spacing between at least a portion of the contact surface and the extension direction (E) is variable by means of this rotational motion, characterised in that this shroud body surrounding at least a portion of the carrier fully in its circumferential direction in its extension direction, and the said shroud body also surrounds the contact elements and further wherein both the carrier and the contact elements are arranged within the said shroud body , wherein the shroud body is configured to be substantially torsionally rigid, so that it is possible for the shroud body to be flexible but substantially unable to be twisted and due to this torsional rigidity, a coupling of rotational motion of the individual contact elements with each other is achieved.