mhurhangee/patent-ind-claim-en huggingface dataset:
A method for electronic management of sleep related information obtained by a sleep related measurement device, the method comprising: receiving, by one or more processors , sleep data; storing, by the one or more processors , the sleep data so as to associate the sleep data with a plurality of sleep sessions, wherein a sleep session represents a period of time during which sleep data was collected; enabling, by the one or more processors , a user to select for download a selected sleep session; generating, by the one or more processors , a plurality of image tiles corresponding to the sleep data of the selected sleep session, wherein each image tile represents sleep data for a particular time period within the selected sleep session; and transmitting, by the one or more processors, the plurality of image tiles. receiving, by one or more processors , sleep data; storing, by the one or more processors , the sleep data so as to associate the sleep data with a plurality of sleep sessions, wherein a sleep session represents a period of time during which sleep data was collected; enabling, by the one or more processors , a user to select for download a selected sleep session; generating, by the one or more processors , a plurality of image tiles corresponding to the sleep data of the selected sleep session, wherein each image tile represents sleep data for a particular time period within the selected sleep session; and transmitting, by the one or more processors, the plurality of image tiles.
Use of an insulation board to manufacture an insulation arrangement , wherein the insulation board is a board for thermally and/or acoustically insulating a base and the insulation board has a first insulation layer made from foamed plastic, which constitutes an upper side of the insulation board , and outwardly pointing lugs provided with undercuts and arranged in a regular pattern, at least one further insulation layer made from foamed plastic which is joined to the first insulation layer , wherein the further insulation layer differs from the first insulation layer in terms of the material and/or in terms of the density of the material, a vapor barrier layer and a fleece or textile layer on the underside opposite the upper side ; and wherein the insulation arrangement has a base , a plurality of the insulation boards , the undersides of which are attached to the base , thereby covering the latter, and a mortar layer which is applied to the upper side of the insulation boards , whereby the mortar fills the undercuts of the lugs and covers the lugs .
A method of tuning a flexible antenna for a hearing assistance device, wherein the flexible antenna comprises copper traces on a flexible printed circuit board "PCB" including a pair of feed lines , the method comprising: placing a plurality of metallic traces across the feed lines , separated from the feed lines by a layer of polyimide, and connecting the plurality of metallic traces to one of the feed lines to provide a variable distributed parallel plate capacitor connected in parallel to one the feed lines of the antenna, wherein the metallic traces comprise copper strips; and cutting a portion of the copper strips to adjust the variable distributed capacitor for tuning the flexible antenna for wireless hearing assistance device communication. placing a plurality of metallic traces across the feed lines , separated from the feed lines by a layer of polyimide, and connecting the plurality of metallic traces to one of the feed lines to provide a variable distributed parallel plate capacitor connected in parallel to one the feed lines of the antenna, wherein the metallic traces comprise copper strips; and cutting a portion of the copper strips to adjust the variable distributed capacitor for tuning the flexible antenna for wireless hearing assistance device communication.
An enamelled wire with a metal wire, in particular with a copper wire, wherein the metal wire is coated with an electrically insulating varnish, wherein the varnish or electrically insulating varnish contains at least one varnish polymer, wherein the varnish polymer is preferably a polymer from the "polyamide imide, polyester imide, polyester amide imide, polyimide, polyamide, polyester, polyurethane" group, wherein the outer surface or the outer coating of the varnish comprises a varnish polymer modified with at least one siloxane or polysiloxane, wherein fluorine atoms are bonded to the outer surface of the varnish by substitution or radical substitution as a result of a treatment of the outer surface with fluorine or fluorine gas.
Method for revamping a reforming section of a chemical plant in which: the reforming section receives a first stream of a hydrocarbon feed and steam and converts it into at least partially reformed gas , the plant comprises at least one apparatus operated as heater or evaporator of a fluid and comprising a shell and first heat exchange bodies , wherein said apparatus is heated with at least partially reformed hot gas coming from the reforming section and fed to the shell side, and said fluid is heated and/or evaporated inside said first heat exchange bodies by means of indirect heat exchange with said hot gas, the method comprising: modifying said apparatus by replacing said first heat exchange bodies with second heat exchange bodies containing a reforming catalyst, providing a hydrocarbon feed line arranged to direct a second stream of a hydrocarbon feed inside said second heat exchange bodies, and providing a line arranged to withdraw an at least partially reformed gas stream from said second heat exchange bodies, the apparatus thus being converted into a gas heated reformer. the reforming section receives a first stream of a hydrocarbon feed and steam and converts it into at least partially reformed gas , the plant comprises at least one apparatus operated as heater or evaporator of a fluid and comprising a shell and first heat exchange bodies , wherein said apparatus is heated with at least partially reformed hot gas coming from the reforming section and fed to the shell side, and said fluid is heated and/or evaporated inside said first heat exchange bodies by means of indirect heat exchange with said hot gas, the method comprising: modifying said apparatus by replacing said first heat exchange bodies with second heat exchange bodies containing a reforming catalyst, providing a hydrocarbon feed line arranged to direct a second stream of a hydrocarbon feed inside said second heat exchange bodies, and providing a line arranged to withdraw an at least partially reformed gas stream from said second heat exchange bodies, the apparatus thus being converted into a gas heated reformer. modifying said apparatus by replacing said first heat exchange bodies with second heat exchange bodies containing a reforming catalyst, providing a hydrocarbon feed line arranged to direct a second stream of a hydrocarbon feed inside said second heat exchange bodies, and providing a line arranged to withdraw an at least partially reformed gas stream from said second heat exchange bodies, the apparatus thus being converted into a gas heated reformer.
A program comprising instructions which, when executed by a computer device associated with a video conference endpoint participating in a multi-party video conference, provides virtual endpoint functionalities, the virtual endpoint functionalities being dedicated to the video conference endpoint, characterized in that the virtual endpoint functionalities comprise: receiving, in an upstream direction, an upstream encoded media stream comprising at least video data from the video conference endpoint, decoding the upstream encoded media stream received from the video conference endpoint into an upstream decoded media stream, scaling the upstream decoded media stream into a scaled upstream media stream, encoding the scaled upstream media stream into an encoded scaled upstream media stream, transmitting further the encoded scaled upstream media stream and retransmitting the received upstream encoded media stream to one or more switching nodes involved in the multi-party video conference, receiving, in a downstream direction, a downstream encoded media stream of a first resolution and a number of downstream encoded media streams of a second resolution from one or more switching nodes involved in the multi-party video conference, decoding the downstream encoded media stream of the first resolution, decoding at least one of the number of downstream encoded media streams of the second resolution, composing a combined downstream media stream with the decoded media streams of the first resolution and the second resolution, encoding the combined downstream media stream, and transmitting the encoded combined downstream media stream to the video conference endpoint. receiving, in an upstream direction, an upstream encoded media stream comprising at least video data from the video conference endpoint, decoding the upstream encoded media stream received from the video conference endpoint into an upstream decoded media stream, scaling the upstream decoded media stream into a scaled upstream media stream, encoding the scaled upstream media stream into an encoded scaled upstream media stream, transmitting further the encoded scaled upstream media stream and retransmitting the received upstream encoded media stream to one or more switching nodes involved in the multi-party video conference, receiving, in a downstream direction, a downstream encoded media stream of a first resolution and a number of downstream encoded media streams of a second resolution from one or more switching nodes involved in the multi-party video conference, decoding the downstream encoded media stream of the first resolution, decoding at least one of the number of downstream encoded media streams of the second resolution, composing a combined downstream media stream with the decoded media streams of the first resolution and the second resolution, encoding the combined downstream media stream, and transmitting the encoded combined downstream media stream to the video conference endpoint.
A locking arrangement of a vehicle sliding door having a lockable and unlockable rotary latch for the vehicle sliding door , wherein the locking arrangement comprises a deflection rocker for actuating a rotary latch of a vehicle sliding door , the deflection rocker comprising an actuating lever for moving the rotary latch , which actuating lever is movable between a locking position for locking the rotary latch and an unlocking position for unlocking the rotary latch , and an emergency unlocking lever , which emergency unlocking lever can be brought into engagement with the actuating lever for moving the actuating lever into the unlocking position, wherein the deflection rocker has a linkage device which is fixedly connected to the actuating lever and via which the actuating lever can be coupled to the rotary latch , so that the rotary latch and the actuating lever follow each other's movement, wherein the rotary latch is fixedly connected to the actuating lever of the rocker arrangement via the linkage device , characterised in that the emergency unlocking lever and the actuating lever are pivotably mounted on a common pin .
Method for testing a control device , in which sensor data are transmitted to a real or simulated control device via a network connection , which sensor data are calculated by simulation by means of a data processing system , characterised in that the simulation of the sensor data is carried out at least partially with at least one graphics processor of at least one graphics processor unit of the data processing system and the simulated sensor data are coded in image data, which are output via a visualization interface to a data converter unit , in particular, which simulates a visualization unit connected to the visualization interface and by means of the data converter unit the received image data are converted into the packet data containing the sensor data, which are transmitted packet-based, in particular according to the TCP/IP or UDP/IP protocol via the network connection to the control device .
A shock absorber with multiple damping laws comprising a regulating body with a primary valve and a secondary valve , and an activating shaft with a plurality of channels , the activating shaft being housed in an axial orifice of a piston pin that incorporates a plurality of orifices intended to align by rotation of the activating shaft with the channels to determine a damping law and, with the second orifice in direct communication with the regulating body , so that the shock absorber is characterized in that the regulating body comprises a floating piston that has a toroidal configuration and is made of an elastic material, so that it gradually transfers a force to the primary valve depending on the pressure to which it is subjected.
Method for processing fermentation residues from biogas plants, in which the liquid phase of the fermentation residues is fed to a flotation apparatus, characterised in that fine biological particles are broken down under excess pressure in the flotation apparatus and the liquid phase extracted from the flotation apparatus is introduced with the broken-down particles into a temperature-controlled container and depressurised and remains in the latter for a dwell time of several hours, wherein the container is filled up its height with growth bodies and wherein released or emerging gas is discharged at the container head .
A work vehicle comprising a vehicle support structure , a vehicle axle and a vehicle suspension system, the vehicle suspension system comprising vehicle suspension link device , the vehicle suspension link device comprising ∘ a link element with a first and a second connection locus , for connection of the link element to a vehicle support structure and to a vehicle axle respectively, and ∘ a sensor element for detecting a movement of the link element , the sensor element being attached to the link element at an attachment point , the vehicle suspension system further comprises ∘ an angular sensor for detecting a movement of the link element , the sensor element being connected to the angular sensor, the link element being connected to the vehicle support structure at the first connection locus and being connected to the vehicle axle at the second connection locus , wherein the attachment point is located on a virtual straight axis (A) joining the first connection locus and the second connection locus, characterized in that ∘ the link element is configured to be connected to the vehicle support structure and to the vehicle axle , respectively, via respective first and second spherical bearings , respective centers of said first and second spherical bearings defining the first and the second connection locus , respectively, ∘ wherein the sensor element is connected to the link element via a third spherical bearing , the attachment point of the sensor element being at a center of the third spherical bearing. ∘ a link element with a first and a second connection locus , for connection of the link element to a vehicle support structure and to a vehicle axle respectively, and ∘ a sensor element for detecting a movement of the link element , the sensor element being attached to the link element at an attachment point , the vehicle suspension system further comprises ∘ an angular sensor for detecting a movement of the link element , the sensor element being connected to the angular sensor, the link element being connected to the vehicle support structure at the first connection locus and being connected to the vehicle axle at the second connection locus , wherein the attachment point is located on a virtual straight axis (A) joining the first connection locus and the second connection locus, characterized in that the link element being connected to the vehicle support structure at the first connection locus and being connected to the vehicle axle at the second connection locus , wherein the attachment point is located on a virtual straight axis (A) joining the first connection locus and the second connection locus, characterized in that ∘ the link element is configured to be connected to the vehicle support structure and to the vehicle axle , respectively, via respective first and second spherical bearings , respective centers of said first and second spherical bearings defining the first and the second connection locus , respectively, ∘ wherein the sensor element is connected to the link element via a third spherical bearing , the attachment point of the sensor element being at a center of the third spherical bearing.
A food or beverage product comprising cycloaspartylglycine, glucose, and maltose, wherein a content of cycloaspartylglycine in the food or beverage product is 0.0080 to 3.0 mg/100 mL, and a weight ratio of the content of glucose to the content of maltose ([glucose]/[maltose] weight ratio) in the food or beverage product is 0.080 to 7.0. a content of cycloaspartylglycine in the food or beverage product is 0.0080 to 3.0 mg/100 mL, and a weight ratio of the content of glucose to the content of maltose ([glucose]/[maltose] weight ratio) in the food or beverage product is 0.080 to 7.0.
A valve seat containing an iron-based sintered alloy, the alloy comprising: an oxide mainly composed of triiron tetroxide formed by oxidation treatment on the surface and interior of the iron-based sintered alloy; and hard particles having a hardness of the hard particles of from 600 to 1600 HV as measured according to JIS Z 2244, and being formed from at least one compound of carbides, silicides, nitrides, borides, and intermetallic compounds containing one or more elements selected from groups 4 to 6 of the periodic table; wherein: the average area ratio of the oxide mainly composed of triiron tetroxide in a cross section of the valve seat in the state prior to installation on a cylinder head is 5 to 20%, as measured according to the method described herein; and the average area ratio of the hard particles in a cross section of the valve seat in the state prior to installation on a cylinder head is 5 to 45%, as measured according to the method described herein. an oxide mainly composed of triiron tetroxide formed by oxidation treatment on the surface and interior of the iron-based sintered alloy; and hard particles having a hardness of the hard particles of from 600 to 1600 HV as measured according to JIS Z 2244, and being formed from at least one compound of carbides, silicides, nitrides, borides, and intermetallic compounds containing one or more elements selected from groups 4 to 6 of the periodic table; wherein: the average area ratio of the oxide mainly composed of triiron tetroxide in a cross section of the valve seat in the state prior to installation on a cylinder head is 5 to 20%, as measured according to the method described herein; and the average area ratio of the hard particles in a cross section of the valve seat in the state prior to installation on a cylinder head is 5 to 45%, as measured according to the method described herein. the average area ratio of the oxide mainly composed of triiron tetroxide in a cross section of the valve seat in the state prior to installation on a cylinder head is 5 to 20%, as measured according to the method described herein; and the average area ratio of the hard particles in a cross section of the valve seat in the state prior to installation on a cylinder head is 5 to 45%, as measured according to the method described herein.
A bicarbazole compound represented by structural formula : wherein X 1 and X 2 are each independently a photopolymerizable functional group, a structural site having a photopolymerizable functional group, or a hydrogen atom, at least one of X 1 and X 2 is a photopolymerizable functional group or a structural site having a photopolymerizable functional group, R 1 and R 2 are each independently a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, an alkoxy group having 1 to 4 carbon atoms, a bromine atom, or a chlorine atom, and at least one of R 1 and R 2 is a hydrogen atom.
A variable speed drive arrangement comprising: • a load ; • an epicyclic gearbox to supply mechanical drive to the load ; • a converter electrically coupled with a power grid ; • a primary electrical machine to supply mechanical power to the epicyclic gearbox and to receive electrical power • a secondary electrical machine mechanically coupled to the epicyclic gearbox and electrically coupled to the converter ; and • a first electrical circuit breaker to selectively electrically couple the primary electrical machine to the secondary electrical machine or to the power grid ; wherein the secondary electrical machine is adapted to supply or extract mechanical power from the epicyclic gearbox and to receive or deliver electrical power to the converter and a controller and wherein the controller is arranged to schedule output frequency from the converter in the range zero Hertz to maximum frequency, and characterised in that the controller is arranged to schedule switching of the first electrical circuit breaker and to switch phase connections to the secondary electrical machine to effect control of the direction of rotation of the secondary electrical machine . • a load ; • an epicyclic gearbox to supply mechanical drive to the load ; • a converter electrically coupled with a power grid ; • a primary electrical machine to supply mechanical power to the epicyclic gearbox and to receive electrical power • a secondary electrical machine mechanically coupled to the epicyclic gearbox and electrically coupled to the converter ; and • a first electrical circuit breaker to selectively electrically couple the primary electrical machine to the secondary electrical machine or to the power grid ;
Decorative figure having a material core and an outer shell made of artificial grass, characterized in that the material core consists of a pliable material and the outer cover of artificial grass is formed by at least one sewn artificial turf blank which is made of grass-like plastics material and has a flexible support layer.