mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic medicament device for receiving an administration component having a medicament, the electronic medicament device comprising: a sensor that detects activation of the electronic medicament device ; a receiver configured to wirelessly receive a user identification from an NFC- or Bluetooth-enabled mobile phone for authorizing the holder of the mobile phone to either access and/or administer the electronic medicament device; an ID tag that provides information from the electronic medicament device to a wireless reader in the mobile phone; a memory that stores information regarding the electronic medicament device ; a display that displays information about the electronic medicament device ; and a speaker that provides audio output, wherein the ID tag is configured to periodically poll or be polled by the wireless reader in the mobile phone to determine whether the electronic medicament device is within close proximity to the mobile phone, and wherein the electronic medicament device is configured to generate an alert if the poll does not occur when expected or if the mobile phone does not respond, wherein the alert is a sound played through the speaker or a flash of the display . a sensor that detects activation of the electronic medicament device ; a receiver configured to wirelessly receive a user identification from an NFC- or Bluetooth-enabled mobile phone for authorizing the holder of the mobile phone to either access and/or administer the electronic medicament device; an ID tag that provides information from the electronic medicament device to a wireless reader in the mobile phone; a memory that stores information regarding the electronic medicament device ; a display that displays information about the electronic medicament device ; and a speaker that provides audio output, wherein the ID tag is configured to periodically poll or be polled by the wireless reader in the mobile phone to determine whether the electronic medicament device is within close proximity to the mobile phone, and wherein the electronic medicament device is configured to generate an alert if the poll does not occur when expected or if the mobile phone does not respond, wherein the alert is a sound played through the speaker or a flash of the display .
A computer-implemented method comprising: monitoring , by a content management system , the text of an email message being typed on a client device associated with a first user account for one or more trigger words, wherein a first user interacts with the content management system through the client device connected to a network by direct and/or indirect communication, and wherein the first user interacts with the content management system via a client-side applications installed on the client device ; in response to identifying the one or more trigger words, rendering an email triggered file request UI on the client device associated with the first user account prompting the first user to create a file request; receiving a response to the email triggered file request UI , wherein the response indicates a user interaction with the prompt for proceeding with the generation of the file request ; in response to receiving the response, generating , by the content management system , the file request for use in collecting one or more content items from one or more submitters; creating, by the content management system , a collection folder for the file request, the collection folder associated with the first user account; generating, by the content management system , a link to the file request; generating a unique folder descriptor and a unique file location path or URL that serves as the link; and embedding , by the content management system , the link within the email message , wherein the link enables a submitter to submit one or more content items to the file request. monitoring , by a content management system , the text of an email message being typed on a client device associated with a first user account for one or more trigger words, wherein a first user interacts with the content management system through the client device connected to a network by direct and/or indirect communication, and wherein the first user interacts with the content management system via a client-side applications installed on the client device ; in response to identifying the one or more trigger words, rendering an email triggered file request UI on the client device associated with the first user account prompting the first user to create a file request; receiving a response to the email triggered file request UI , wherein the response indicates a user interaction with the prompt for proceeding with the generation of the file request ; in response to receiving the response, generating , by the content management system , the file request for use in collecting one or more content items from one or more submitters; creating, by the content management system , a collection folder for the file request, the collection folder associated with the first user account; generating, by the content management system , a link to the file request; generating a unique folder descriptor and a unique file location path or URL that serves as the link; and embedding , by the content management system , the link within the email message , wherein the link enables a submitter to submit one or more content items to the file request.
A method performed at a mobile computing device, the method comprising: causing display of a spatiotemporally varying position-determining light pattern by a selected lamp having an addressable lampshade; operating a camera of the mobile computing device to capture a time-varying position-determining illumination level from the selected lamp; based on the captured time-varying illumination level, determining a position of the mobile computing device relative to the selected lamp; and instructing the selected lamp to modify shading by the addressable lampshade at least toward the position of the mobile computing device. causing display of a spatiotemporally varying position-determining light pattern by a selected lamp having an addressable lampshade; operating a camera of the mobile computing device to capture a time-varying position-determining illumination level from the selected lamp; based on the captured time-varying illumination level, determining a position of the mobile computing device relative to the selected lamp; and instructing the selected lamp to modify shading by the addressable lampshade at least toward the position of the mobile computing device.
Rotary positive displacement pump comprising at least one drive section and one product section , wherein the drive section comprises a one-piece drive housing realizing a lubrication chamber , said drive housing being provided with an opening intended to enable access to the lubrication chamber and intended to butt up against a closing cover , the drive housing further comprising bearing seats arranged in opposite pairs on the same axis, each of said bearing seats engaging at least one bearing, wherein a primary drive shaft and a secondary drive shaft are each rotationally engaged to the bearings with which the opposite bearing seats of their own axis are provided, the primary drive shaft being provided with at least one primary gear and the secondary drive shaft being provided with at least one secondary gear , said gears being interposed between the opposite bearing seats to realize a synchronized drive intended for the counter-rotation of the two drive shafts with respect to each other and wherein, within the product section that comprises a treatment chamber , each drive shaft engages a positive displacement screw rotor placed within a stator body , said positive displacement screw rotors being intended to enable the generation of a product flow between a product inlet duct and a product outlet duct with which the product section is provided, characterised in that the gears with which the drive shafts are equipped are monolithic and the primary gear of the primary drive shaft is axially provided with at least one tubular overhanging collar , wherein the primary gear provided with an overhanging collar is keyed to the primary drive shaft by means of a keying device engaged to the overhanging collar in which the keying device is for hollow shafts and at least the primary drive shaft is made in such a way as to comprise at least one first engagement portion and one second engagement portion of different diameters with respect to each other, and wherein the primary gear , besides being provided with an overhanging collar , is provided with at least one first keying seat and one second keying seat of different diameters with respect to each other.
An isolated human brown adipose tissue stem cell line, characterized in that the isolated human brown adipose tissue stem cell line is neonatal and capable of differentiating into neonatal brown adipose differentiated cells in culture medium comprising fibronectin type III domain-containing protein 5 (FNDC5); wherein UCP-1, ELOVL3, and PGC1A gene expression is upregulated in the neonatal brown adipose differentiated cells compared to non-fibronectin type III domain-containing protein 5 (FNDC5) differentiated cells.
A turbulent air reducer assembly for a gas turbine engine comprising a turbine rotor , a vane support , an on-board injector with a multiple of recesses mounted to the vane support by fasteners received within turbulent air reducer assemblies located in the recesses, the turbulent air reducer assembly comprising: a first standoff ; a second standoff ; and a windage cover attached to the first standoff and the second standoff , characterised by the windage cover being tuned for a particular vibration response related to a rotation of the turbine rotor , wherein the tuning is by removing mass near a free edge of the windage cover by thinning a semi-circular area of the windage cover . a first standoff ; a second standoff ; and a windage cover attached to the first standoff and the second standoff , characterised by the windage cover being tuned for a particular vibration response related to a rotation of the turbine rotor , wherein the tuning is by removing mass near a free edge of the windage cover by thinning a semi-circular area of the windage cover .
A data transmission method, comprising: determining (S101), by a network device, a transmission resource used to transmit data, wherein a time domain resource occupied by the transmission resource is at least one time unit of a plurality of M time units comprised in one subframe, each time unit of the M time units is one of N types of time domain resources, a time length of at least one type of time domain resource in the N types of time domain resources is less than 1 ms, the N types of time domain resources comprise time domain resources whose time lengths are respectively one symbol, two symbols, three symbols, four symbols, seven symbols, and N is a positive integer and greater than 1; and performing (S102), by the network device, data transmission with a terminal device on the determined transmission resource, wherein the transmission resource comprises a first transmission resource and a third transmission resource, the time domain resource occupied by the first transmission resource and the third transmission resource are respectively an i th time unit and a j th time unit in M time units included in one subframe, M is a positive integer greater than 1, i is a positive integer and no greater than M, j is a positive integer and no greater than M, i is not equal to j, wherein the first transmission resource and the third transmission resource occupy different frequency domain resources and carry same data. determining (S101), by a network device, a transmission resource used to transmit data, wherein a time domain resource occupied by the transmission resource is at least one time unit of a plurality of M time units comprised in one subframe, each time unit of the M time units is one of N types of time domain resources, a time length of at least one type of time domain resource in the N types of time domain resources is less than 1 ms, the N types of time domain resources comprise time domain resources whose time lengths are respectively one symbol, two symbols, three symbols, four symbols, seven symbols, and N is a positive integer and greater than 1; and performing (S102), by the network device, data transmission with a terminal device on the determined transmission resource, wherein the transmission resource comprises a first transmission resource and a third transmission resource, the time domain resource occupied by the first transmission resource and the third transmission resource are respectively an i th time unit and a j th time unit in M time units included in one subframe, M is a positive integer greater than 1, i is a positive integer and no greater than M, j is a positive integer and no greater than M, i is not equal to j, wherein the first transmission resource and the third transmission resource occupy different frequency domain resources and carry same data.
Actuator with a rigid-back chain , a drive motor and a worm which is drivable by the drive motor , the rigid-back chain having alternating inner and outer chain members and chain studs (16.1, 16.2) which connect these together and at least some of the chain studs (16.1, 16.2) having laterally protruding engagement regions (18.1, 18.2) which are engaged with the worm for driving the rigid-back chain , the worm being configured as hollow worm and the engagement regions (18.1, 18.2) of the chain studs (16.1, 16.2) being engaged with an inner spiral (12.1, 12.2) of the hollow worm , characterised in that the drive motor is disposed in the extension of the hollow worm .
A method for reducing the combustion chamber temperature during the operation of a gas oxidation system for the thermal treatment of a raw gas volumetric flow charged with oxidizable components, comprising the following steps of the method : a) conducting the raw gas volumetric flow through at least one upstream heat storage mass into a combustion chamber , wherein thermal energy stored in this heat storage mass is transferred to the raw gas volumetric flow and heats it up, b) oxidizing the components of the raw gas volumetric flow in the combustion chamber and thereby transforming the raw gas volumetric flow into a volumetric flow of pure gas, c) starting from the combustion chamber , conducting at least a portion of the pure gas volumetric flow or conducting it for at least part of the time into at least one downstream heat storage mass , wherein thermal energy contained in the pure gas volumetric flow is transferred to this downstream heat storage mass and heats it up, d) introducing the pure gas volumetric flow into a pure gas channel , characterized by the following step of the method : e) during the operation of the gas oxidation system , for a fraction of the oxidizable components in the raw gas volumetric flow for which, as a result of an exothermic reaction, more thermal energy is released than would be acceptable during the stationary operation of the gas oxidation system in order to maintain a specific maximum temperature, introducing outside air directly into the combustion chamber by means of a channel , whereupon the combustion chamber temperature falls and a shut-down of the system because of excessive temperature is prevented. a) conducting the raw gas volumetric flow through at least one upstream heat storage mass into a combustion chamber , wherein thermal energy stored in this heat storage mass is transferred to the raw gas volumetric flow and heats it up, b) oxidizing the components of the raw gas volumetric flow in the combustion chamber and thereby transforming the raw gas volumetric flow into a volumetric flow of pure gas, c) starting from the combustion chamber , conducting at least a portion of the pure gas volumetric flow or conducting it for at least part of the time into at least one downstream heat storage mass , wherein thermal energy contained in the pure gas volumetric flow is transferred to this downstream heat storage mass and heats it up, d) introducing the pure gas volumetric flow into a pure gas channel ,
A signal driving method, wherein one signal driving cycle comprises at least two signal driving periods in which drive signals are applied to P detection electrodes of a plurality of first detection electrodes of a touch sensor, the touch sensor comprising the plurality of first detection electrodes arranged in parallel to each other in a first direction and a plurality of second detection electrodes arranged in parallel to each other in a second direction, each of the plurality of first detection electrodes extending in the second direction, each of the plurality of second detection electrodes extending in the first direction, and the second direction being perpendicular to the first direction; characterized in that non-inverting drive signals are applied to at least one of the P detection electrodes in two signal driving periods, and the signal driving method comprises: in a first signal driving period, applying non-inverting drive signals to M adjacent detection electrodes and applying inverting drive signals to N adjacent detection electrodes different from the M adjacent detection electrodes, wherein M+N≤P, and the M adjacent detection electrodes and the N adjacent detection electrodes are all part of the P detection electrodes; and in a second signal driving period, applying the non-inverting drive signals to K adjacent detection electrodes and applying the inverting drive signals to L adjacent detection electrodes different from the K adjacent detection electrodes, wherein K+L≤P, and the K adjacent detection electrodes and the L adjacent detection electrodes are all part of the P detection electrodes; wherein P is not greater than a number of the plurality of first detection electrodes, phases of the inverting drive signals are 180 degrees opposite to phases of the non-inverting drive signals, and the signal driving method serves to send an uplink signal to an active pen. in a first signal driving period, applying non-inverting drive signals to M adjacent detection electrodes and applying inverting drive signals to N adjacent detection electrodes different from the M adjacent detection electrodes, wherein M+N≤P, and the M adjacent detection electrodes and the N adjacent detection electrodes are all part of the P detection electrodes; and in a second signal driving period, applying the non-inverting drive signals to K adjacent detection electrodes and applying the inverting drive signals to L adjacent detection electrodes different from the K adjacent detection electrodes, wherein K+L≤P, and the K adjacent detection electrodes and the L adjacent detection electrodes are all part of the P detection electrodes; wherein P is not greater than a number of the plurality of first detection electrodes, phases of the inverting drive signals are 180 degrees opposite to phases of the non-inverting drive signals, and the signal driving method serves to send an uplink signal to an active pen.
Use of a self-adhesive article comprising an adhesive layer consisting of an adhesive composition in the crosslinked state, comprising: A) at least one polysilylated polymer having a number-average molar mass (Mn) of at least 20 000 g/mol and selected from polymers comprising a polyether-type and/or polyurethane-type main chain and at least two hydrolysable silylated end groups, said silylated end groups being attached to the main chain of the polymer by a urethane function or ether function (referred to as a connecting group), B) at least one tackifying resin having an average hydroxyl value of less than or equal to 100, and C) at least one crosslinking catalyst, D) with the exclusion of any monosilylated polymer, for the coating of a substrate having a surface energy measured at 23°C, at 50% relative humidity, at atmospheric pressure of 1 bar, in air, of less than or equal to 40 mN/m, the adhesive strength of the self-adhesive article on said substrate measured by peeling at 180 degrees being at least 4 N. A) at least one polysilylated polymer having a number-average molar mass (Mn) of at least 20 000 g/mol and selected from polymers comprising a polyether-type and/or polyurethane-type main chain and at least two hydrolysable silylated end groups, said silylated end groups being attached to the main chain of the polymer by a urethane function or ether function (referred to as a connecting group), B) at least one tackifying resin having an average hydroxyl value of less than or equal to 100, and C) at least one crosslinking catalyst, D) with the exclusion of any monosilylated polymer, for the coating of a substrate having a surface energy measured at 23°C, at 50% relative humidity, at atmospheric pressure of 1 bar, in air, of less than or equal to 40 mN/m, the adhesive strength of the self-adhesive article on said substrate measured by peeling at 180 degrees being at least 4 N.
A method for operating an Electronic Smart Tag, EST, comprising: harvesting, by an energy harvesting circuit of the EST , energy from an external energy source ; using the energy to power at least a receiver and a display device of the EST ; characterized by performing signal reception operations by the receiver to receive an original information bearing signal modulated in the external energy source , wherein the original information bearing signal is modulated both as magnetic field modulation and radio frequency modulation in the external energy source ; processing the original information bearing signal to obtain item related information therefrom by demodulating at least one of the magnetic field and the radio frequency field; and causing the item related information to be displayed on the display device. harvesting, by an energy harvesting circuit of the EST , energy from an external energy source ; using the energy to power at least a receiver and a display device of the EST ; characterized by performing signal reception operations by the receiver to receive an original information bearing signal modulated in the external energy source , wherein the original information bearing signal is modulated both as magnetic field modulation and radio frequency modulation in the external energy source ; processing the original information bearing signal to obtain item related information therefrom by demodulating at least one of the magnetic field and the radio frequency field; and causing the item related information to be displayed on the display device.