mhurhangee/patent-ind-claim-en huggingface dataset:
A controlling apparatus for a transmission , the apparatus comprising: a first gear component which is configured to rotate based on a driving force provided from a driving component ; an output component which is configured to generate an operating force to control the transmission ; an elastic component in which a first end is fixed and a second end is supported by the output component ; a driving force transfer component which is configured to be selectively coupled to the output component to transfer the driving force from the first gear component to the output component ; and a returning component configured to actuate the driving force transfer component to be separated from the output component when at least one returning condition is satisfied, wherein the output component includes a shaft configured to be connected to the transmission , and the first gear component and the driving force transfer component are configured to rotate around the shaft , and wherein the controlling apparatus is characterized by a second gear component which is configured to rotate about the shaft to enable the driving force transfer component to be separated from the output component , wherein the returning component is configured to rotate the second gear component to enable the driving force transfer component to be axially displaced along the shaft to separate the output component and the driving force transfer component from each other. a first gear component which is configured to rotate based on a driving force provided from a driving component ; an output component which is configured to generate an operating force to control the transmission ; an elastic component in which a first end is fixed and a second end is supported by the output component ; a driving force transfer component which is configured to be selectively coupled to the output component to transfer the driving force from the first gear component to the output component ; and a returning component configured to actuate the driving force transfer component to be separated from the output component when at least one returning condition is satisfied, wherein the output component includes a shaft configured to be connected to the transmission , and the first gear component and the driving force transfer component are configured to rotate around the shaft , and wherein the controlling apparatus is characterized by a second gear component which is configured to rotate about the shaft to enable the driving force transfer component to be separated from the output component , wherein the returning component is configured to rotate the second gear component to enable the driving force transfer component to be axially displaced along the shaft to separate the output component and the driving force transfer component from each other.
A shaping assembly for producing a discrete spiral shaped food product comprising: a die defining at least one aperture centered on an aperture axis and extending to an aperture exit for movement of a stream of food mass through said at least one aperture and out said aperture exit; at least one shaping tool including a plate portion having an outer plate periphery and an inner plate periphery that defines a plate opening overlying said at least one aperture, and at least one slicing blade disposed across said plate opening and connected to said plate portion on opposing sides of said inner plate periphery, said at least one slicing blade also disposed over at least a portion of said aperture exit and the blade thickness extending axially along said aperture axis to slice the stream of food mass along said aperture axis into a plurality of sliced food mass portions; and a coupling arrangement engaging said at least one shaping tool to rotate said at least one slicing blade and spin the plurality of sliced food mass portions into a spiral shaped stream of food mass, wherein said at least one slicing blade simultaneously slices and spins the stream of food mass to create the spiral shaped stream of food mass. a die defining at least one aperture centered on an aperture axis and extending to an aperture exit for movement of a stream of food mass through said at least one aperture and out said aperture exit; at least one shaping tool including a plate portion having an outer plate periphery and an inner plate periphery that defines a plate opening overlying said at least one aperture, and at least one slicing blade disposed across said plate opening and connected to said plate portion on opposing sides of said inner plate periphery, said at least one slicing blade also disposed over at least a portion of said aperture exit and the blade thickness extending axially along said aperture axis to slice the stream of food mass along said aperture axis into a plurality of sliced food mass portions; and a coupling arrangement engaging said at least one shaping tool to rotate said at least one slicing blade and spin the plurality of sliced food mass portions into a spiral shaped stream of food mass, wherein said at least one slicing blade simultaneously slices and spins the stream of food mass to create the spiral shaped stream of food mass.
A display panel, comprising: a first substrate ; at least one electrode line (EL, GL, DL) and at least one switching element (T) disposed on the first substrate ; a second substrate positioned opposite the first substrate ; a seal configured to attach the first substrate to the second substrate ; a pad electrode (ELP, GLP, DLP) electrically connected to the at least one electrode line (EL, GL, DL), the pad electrode (ELP, GLP, DLP) vertically overlapping the seal ; and a side electrode connected to a first end of the pad electrode (ELP, GLP, DLP), with a first portion of the side electrode being positioned along an exterior facing side of the seal , wherein the pad electrode (ELP, GLP, DLP) and the electrode line (EL, GL, DL) are positioned between the first substrate and the second substrate and a width of the pad electrode (ELP, GLP, DLP) is greater than a width of the electrode line (EL, GL, DL), wherein the at least one electrode line (EL, GL, DL) comprises a plurality of electrode lines arranged on the first substrate , each of the plurality of electrode lines (EL, GL, DL) having a corresponding pad electrode (ELP, GLP, DLP) electrically connected thereto, and each of the pad electrodes (ELP, GLP, DLP) having a corresponding side electrode connected to a respective first end thereof, wherein a width of each side electrode in a first direction is greater than a distance between adjacent side electrodes taken in a second direction, the second direction being orthogonal to the first direction. a first substrate ; at least one electrode line (EL, GL, DL) and at least one switching element (T) disposed on the first substrate ; a second substrate positioned opposite the first substrate ; a seal configured to attach the first substrate to the second substrate ; a pad electrode (ELP, GLP, DLP) electrically connected to the at least one electrode line (EL, GL, DL), the pad electrode (ELP, GLP, DLP) vertically overlapping the seal ; and a side electrode connected to a first end of the pad electrode (ELP, GLP, DLP), with a first portion of the side electrode being positioned along an exterior facing side of the seal , wherein the pad electrode (ELP, GLP, DLP) and the electrode line (EL, GL, DL) are positioned between the first substrate and the second substrate and a width of the pad electrode (ELP, GLP, DLP) is greater than a width of the electrode line (EL, GL, DL), wherein the at least one electrode line (EL, GL, DL) comprises a plurality of electrode lines arranged on the first substrate , each of the plurality of electrode lines (EL, GL, DL) having a corresponding pad electrode (ELP, GLP, DLP) electrically connected thereto, and each of the pad electrodes (ELP, GLP, DLP) having a corresponding side electrode connected to a respective first end thereof, wherein a width of each side electrode in a first direction is greater than a distance between adjacent side electrodes taken in a second direction, the second direction being orthogonal to the first direction.
Phantom for use in an MR tomograph, with a phantom body filled with a measuring liquid, measuring aids and an intermediate base with an upper and a lower side, wherein the measuring aids and the intermediate base are arranged in the phantom body in at least four levels , wherein - a first level comprises solely the measuring liquid as a measuring aid; - a second level comprises wedge-shaped elements as a measuring aid; - a third level comprises markings of known distance as a measuring aid; and - a fourth level comprises comb-shaped elements as a measuring aid, characterised in that the measuring aids of the second level are arranged on one side of the intermediate base , the measuring aids of the fourth level are arranged on the other side of the intermediate base and the measuring aids of the third level are arranged in the intermediate base . - a first level comprises solely the measuring liquid as a measuring aid; - a second level comprises wedge-shaped elements as a measuring aid; - a third level comprises markings of known distance as a measuring aid; and - a fourth level comprises comb-shaped elements as a measuring aid,
A fungicide composition for agricultural and horticultural use comprising: a compound represented by formula (a-5), and at least one compound B selected from the group consisting of pyraziflumid, tolprocarb, fluxametamide, triflumezopyrim, 4-phenoxybenzyl 2-amino-methyl nicotinate, fenpicoxamid, and benzovindiflupyr. a compound represented by formula (a-5), and at least one compound B selected from the group consisting of pyraziflumid, tolprocarb, fluxametamide, triflumezopyrim, 4-phenoxybenzyl 2-amino-methyl nicotinate, fenpicoxamid, and benzovindiflupyr.
A computing device in a content-centric network, CCN, comprising a processor ; and a storage device coupled to the processor and storing instructions which when executed by the processor cause the processor to perform a method, the method comprising: sending , by the computing device on at least one of the computing device's faces, an interest in configuration information, wherein the interest has a predetermined name prefix; receiving a content object in response to the interest , wherein the content object includes at least a default name prefix to which the computing device can send other interests; configuring the computing device based on the received content object; characterized in that the method further comprises: receiving, from a peer computing device in the CCN, a second content object in response to the interest, wherein the second content object includes redirection information including an additional name prefix to which the computing device can send additional interests for configuration information. sending , by the computing device on at least one of the computing device's faces, an interest in configuration information, wherein the interest has a predetermined name prefix; receiving a content object in response to the interest , wherein the content object includes at least a default name prefix to which the computing device can send other interests; configuring the computing device based on the received content object; characterized in that the method further comprises: receiving, from a peer computing device in the CCN, a second content object in response to the interest, wherein the second content object includes redirection information including an additional name prefix to which the computing device can send additional interests for configuration information.
A panel comprising a substrate derived from thermal compression bonding particulates or pellets of a polymeric material, wherein the polymeric material is a reclaimed polymeric material from a hydropulping process and is optionally combined with a filler having a length:width-aspect ratio of at least 2:1, such as glass fibers.
Rotating electrical machine , notably for a motor vehicle, comprising: - a cooling circuit arranged to allow the flow of a cooling liquid, for example an oil, inside the machine, - a casing , comprising: - front and rear bearings assembled together, - an axial guiding element for guiding said rotating electrical machine upon its insertion into an enclosure of a host element intended to be mechanically coupled with said rotating electrical machine , and - a centring element for centring said rotating electrical machine with respect to said enclosure of said host element , characterized in that the front bearing comprises an opening capable of allowing the liquid to exit to a tank, and in that the casing comprises an indexing member arranged to allow the angular indexing of said rotating electrical machine in a predetermined position upon its insertion into said enclosure of said host element , in order for the opening to be in low position to allow the liquid to flow through the opening . - a cooling circuit arranged to allow the flow of a cooling liquid, for example an oil, inside the machine, - a casing , comprising: - front and rear bearings assembled together, - an axial guiding element for guiding said rotating electrical machine upon its insertion into an enclosure of a host element intended to be mechanically coupled with said rotating electrical machine , and - a centring element for centring said rotating electrical machine with respect to said enclosure of said host element , characterized in that the front bearing comprises an opening capable of allowing the liquid to exit to a tank, - front and rear bearings assembled together, - an axial guiding element for guiding said rotating electrical machine upon its insertion into an enclosure of a host element intended to be mechanically coupled with said rotating electrical machine , and - a centring element for centring said rotating electrical machine with respect to said enclosure of said host element ,
A hybrid electric gas turbine engine , comprising: a fan section having a fan ; a first turbine section having a turbine drivably connected to the fan through a main shaft that extends along a central longitudinal axis ; a gas generating core extending along a first axis that is offset or angularly skewed relative to the central longitudinal axis , the gas generating core comprising a second turbine section ; an exhaust duct extending from the second turbine section towards the first turbine section , wherein the products of combustion from the second turbine section of the gas generating core pass through the exhaust duct and across the turbine of the first turbine section ; a first electric motor drivably connected to the main shaft , the first electric motor having a central axis parallel with the central longitudinal axis ; and an electric compressor extending along a second axis that is offset or angularly skewed relative to the central longitudinal axis , the electric compressor being in fluid communication with the second turbine section. a fan section having a fan ; a first turbine section having a turbine drivably connected to the fan through a main shaft that extends along a central longitudinal axis ; a gas generating core extending along a first axis that is offset or angularly skewed relative to the central longitudinal axis , the gas generating core comprising a second turbine section ; an exhaust duct extending from the second turbine section towards the first turbine section , wherein the products of combustion from the second turbine section of the gas generating core pass through the exhaust duct and across the turbine of the first turbine section ; a first electric motor drivably connected to the main shaft , the first electric motor having a central axis parallel with the central longitudinal axis ; and an electric compressor extending along a second axis that is offset or angularly skewed relative to the central longitudinal axis , the electric compressor being in fluid communication with the second turbine section.
An electronic cigarette of electromagnetic heating comprising: an atomizer ; and a power supply ; wherein, the atomizer comprises a hollow liquid conductor , an inner wall of the liquid conductor comprises a metallic net ; a recessed cup body is disposed on top of the power supply ; an induction coil surrounds the outside of the recessed cup body , and a bottom end of the atomizer is disposed in the cup body ; characterized in that a cover component is disposed on top of the cup body , the cover component is used to compact the cup body and the induction coil tightly, and a through hole is disposed at a mid-part of the cover component , whereby the diameter of the through hole allows the bottom end of the atomizer to be inserted thereinto; and whereby the cover component further has a plurality of ancillary holes distributed around the through hole . an atomizer ; and a power supply ; wherein, the atomizer comprises a hollow liquid conductor , an inner wall of the liquid conductor comprises a metallic net ; a recessed cup body is disposed on top of the power supply ; an induction coil surrounds the outside of the recessed cup body , and a bottom end of the atomizer is disposed in the cup body ; characterized in that a cover component is disposed on top of the cup body , the cover component is used to compact the cup body and the induction coil tightly, and a through hole is disposed at a mid-part of the cover component , whereby the diameter of the through hole allows the bottom end of the atomizer to be inserted thereinto; and whereby the cover component further has a plurality of ancillary holes distributed around the through hole .
A metering device for transferring, from an upstream space (E1) to a downstream space (E2), a predetermined volume of liquid or pasty fluid in response to a pressure rise in this fluid in the upstream space (E1), this device comprising at least one hollow body , a stopper , and a sealing seat defined on an annular element and surrounding a fluid passageway disposed between the upstream space (E1) and downstream space (E2), the hollow body at least partially delimiting a chamber provided with an inlet and outlet , the stopper being movable with respect to the annular element between a rest position, to which this stopper is biased by a return force at least partially consisting of an elastic return force, and an end position, which is remote from the rest position, to which this stopper is selectively biased by the fluid circulating from the upstream space (E1) to downstream space (E2), the stopper bearing against said sealing seat in said end position, the upstream space (E1) extending at least outside the chamber on the side of its inlet , the downstream space (E2) extending at least outside the device and the chamber on the side of its outlet , the stopper isolating the upstream space (E1) and downstream space (E2) from each other in its end position and only in this position, and the outlet of the chamber communicating with the upstream space (E1) for any position of the stopper other than its end position, wherein the stopper comprises a diaphragm translationally movable with respect to the annular element and at least one elastic tab attaching the stopper to the annular element , wherein this annular element , the stopper , and each elastic tab are made as a single piece of an elastic material, and wherein the return force is exerted by each elastic tab , characterised in that it further comprises a plug inserted into the hollow body , this plug being pierced with a flowing hole forming the outlet of the chamber , in that it further comprises a piston and a spring , in that the piston is slidably mounted in the hollow body and carries said stopper , and in that the spring is prestressed in compression and disposed between the plug and piston , and in that said annular element consists of said piston .
The use of polylactic acid in a topical sunscreen composition to increase the UVA protection factor, wherein the topical sunscreen composition comprises: i) between 1 wt% and 35 wt% metal oxide sunscreen particles; ii) between 2.5 wt% and 25 wt% polylactic acid; and iii) a cosmetic carrier in which the metal oxide sunscreen particles and the polylactic acid are dispersed. i) between 1 wt% and 35 wt% metal oxide sunscreen particles; ii) between 2.5 wt% and 25 wt% polylactic acid; and iii) a cosmetic carrier in which the metal oxide sunscreen particles and the polylactic acid are dispersed.
Refrigeration appliance with a refrigeration appliance interior , a temperature sensor for detecting a temperature in the refrigeration appliance interior , a refrigerant compressor with an electric drive , and a controller for controlling a speed of the electric drive , wherein the controller is embodied to increase a current speed of the electric drive by a predetermined first speed value when a first temperature threshold value is exceeded by the detected temperature, and to reduce the current speed of the electric drive by a predetermined first speed value when the first temperature threshold value is not met by the detected temperature, characterised in that the controller is embodied to increase the current speed of the electric drive by a predetermined further speed value , furthermore in addition to the predetermined first speed value , when a further temperature threshold value is exceeded by the detected temperature, wherein the further temperature threshold value is greater than the first temperature threshold value , and wherein the predetermined further speed value is greater than the predetermined first speed value .
An on-body, wearable transceiver for interfacing with an implantable analyte sensor in a continuous analyte monitoring system, the transceiver comprising: an interface device configured to convey a power signal to the implantable analyte sensor and to receive data signals from the implantable analyte sensor; a battery ; a processor configured to calculate an analyte concentration value based on one or more of the received data signals from the implantable analyte sensor; a notification device including a vibration motor , wherein the notification device is configured to generate: a vibrational signal having a first pattern to indicate that the calculated analyte concentration value has exceeded or has fallen below a threshold value, and a vibrational signal having a second pattern different than the first pattern to indicate that a power level of the battery is below a threshold; and a communication circuit configured to transmit data to an external device , wherein the interface device is an antenna configured to wirelessly convey the power signal to an antenna of the implantable analyte sensor and to wirelessly receive the data signals from the antenna of the implantable analyte sensor. an interface device configured to convey a power signal to the implantable analyte sensor and to receive data signals from the implantable analyte sensor; a battery ; a processor configured to calculate an analyte concentration value based on one or more of the received data signals from the implantable analyte sensor; a notification device including a vibration motor , wherein the notification device is configured to generate: a vibrational signal having a first pattern to indicate that the calculated analyte concentration value has exceeded or has fallen below a threshold value, and a vibrational signal having a second pattern different than the first pattern to indicate that a power level of the battery is below a threshold; and a vibrational signal having a first pattern to indicate that the calculated analyte concentration value has exceeded or has fallen below a threshold value, and a vibrational signal having a second pattern different than the first pattern to indicate that a power level of the battery is below a threshold; and a communication circuit configured to transmit data to an external device , wherein the interface device is an antenna configured to wirelessly convey the power signal to an antenna of the implantable analyte sensor and to wirelessly receive the data signals from the antenna of the implantable analyte sensor.