mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a digital signal transmission/reception unit configured to perform two-way transmission of a digital signal using a plurality of differential signal lanes (Data#0-Data#5) comprised within a cable connecting the electronic device with an external device, the cable serving as a transmission path; a transmission path arrangement determining unit configured to determine a transmission path arrangement including the number of use lanes, a use lane number, and a transmission direction by performing communication with said external device using a two-way communication line comprised within the cable connecting the electronic device with said external device; and a transmission path arrangement control unit configured to control the arrangement of said digital signal transmission/reception unit based on the information of the transmission path arrangement determined at said transmission path arrangement determining unit, wherein the digital signal transmission/reception unit comprises a data transmission circuit and a data reception circuit, the data transmission circuit and the data reception circuit being operable to perform, in parallel, transmission of a first video signal using a first differential signal lane and reception of a second video signal using a second, different differential signal lane, the first and second video signals being independent. a digital signal transmission/reception unit configured to perform two-way transmission of a digital signal using a plurality of differential signal lanes (Data#0-Data#5) comprised within a cable connecting the electronic device with an external device, the cable serving as a transmission path; a transmission path arrangement determining unit configured to determine a transmission path arrangement including the number of use lanes, a use lane number, and a transmission direction by performing communication with said external device using a two-way communication line comprised within the cable connecting the electronic device with said external device; and a transmission path arrangement control unit configured to control the arrangement of said digital signal transmission/reception unit based on the information of the transmission path arrangement determined at said transmission path arrangement determining unit, wherein the digital signal transmission/reception unit comprises a data transmission circuit and a data reception circuit, the data transmission circuit and the data reception circuit being operable to perform, in parallel, transmission of a first video signal using a first differential signal lane and reception of a second video signal using a second, different differential signal lane, the first and second video signals being independent.
Implantable medical device for stimulating a human or animal heart, comprising a control unit, a memory unit, a stimulation unit for stimulating a cardiac region of a human or animal heart, and a detection unit for detecting an electrical signal of the same heart, characterized in that the memory unit comprises a computer-readable program that causes the control unit to perform the following steps when executed on the control unit: a) detecting, with the detection unit, capture thresholds during an observation period, each capture threshold being detected in response to a sequence of pacing pulses delivered by the stimulation unit; b) storing the detected capture thresholds in the memory unit; c) determining threshold-to-threshold differences between two consecutive capture thresholds in each case; and d) if a maximum determined threshold-to-threshold difference within the observation period is equal to or greater than a predetermined limit, adjusting (140; 170) a pacing output of the stimulation unit on the basis of the maximum capture threshold determined within a first time period, the first time period being equal to or shorter than the observation period; or if the maximum determined threshold-to-threshold difference within the observation period is smaller than the predetermined limit, adjusting (150; 170) the pacing output of the stimulation unit on the basis of the maximum capture threshold determined within a second time period, the second time period being shorter than the first time period. a) detecting, with the detection unit, capture thresholds during an observation period, each capture threshold being detected in response to a sequence of pacing pulses delivered by the stimulation unit; b) storing the detected capture thresholds in the memory unit; c) determining threshold-to-threshold differences between two consecutive capture thresholds in each case; and d) if a maximum determined threshold-to-threshold difference within the observation period is equal to or greater than a predetermined limit, adjusting (140; 170) a pacing output of the stimulation unit on the basis of the maximum capture threshold determined within a first time period, the first time period being equal to or shorter than the observation period; or if the maximum determined threshold-to-threshold difference within the observation period is smaller than the predetermined limit, adjusting (150; 170) the pacing output of the stimulation unit on the basis of the maximum capture threshold determined within a second time period, the second time period being shorter than the first time period.
A wireless access point (114; 412), comprising circuitry configured to: buffer group-addressed frames; generate a first signal frame comprising a first rate code selected from a plurality of invalid rate codes; receive a trigger frame from a wireless station; and transmit said first signal frame in combination with said buffered group-addressed frames in response to said trigger frame. buffer group-addressed frames; generate a first signal frame comprising a first rate code selected from a plurality of invalid rate codes; receive a trigger frame from a wireless station; and transmit said first signal frame in combination with said buffered group-addressed frames in response to said trigger frame.
Proportional spool valve with a spool piston which can be switched from a neutral position into at least one first switching position, a pressure port, a first pressure outlet, a return line and a first load pressure line connected to a load pressure outlet, wherein the pressure port is connected to the first pressure outlet and the first load pressure line in the first switching position, wherein a second load pressure line branches off from the first load pressure line, wherein the second load pressure line is connected to the return line and a pressure limiting valve (2, 2') is arranged in the second load pressure line, wherein a third load pressure line branches off downstream of the spool piston and upstream of the first pressure outlet, wherein a first check valve is arranged in the third load pressure line, characterized in that the third load pressure line opens into the second load pressure line upstream of the pressure limiting valve (2, 2'). wherein the pressure port is connected to the first pressure outlet and the first load pressure line in the first switching position, wherein a second load pressure line branches off from the first load pressure line, wherein the second load pressure line is connected to the return line and a pressure limiting valve (2, 2') is arranged in the second load pressure line, wherein a third load pressure line branches off downstream of the spool piston and upstream of the first pressure outlet, wherein a first check valve is arranged in the third load pressure line, characterized in that the third load pressure line opens into the second load pressure line upstream of the pressure limiting valve (2, 2').
An apparatus for processing a control command for an electronic device, the apparatus comprising: a processor configured to: receive a plurality of control commands for the electronic device from a plurality of voice agents which receive a voice signal; tag additional information to the plurality of control commands; integrate, in response to receiving the plurality of control commands, the plurality of control commands into one or more clusters based on additional information tagged to each of the plurality of control commands and to control the electronic device based on a result of the integration. receive a plurality of control commands for the electronic device from a plurality of voice agents which receive a voice signal; tag additional information to the plurality of control commands; integrate, in response to receiving the plurality of control commands, the plurality of control commands into one or more clusters based on additional information tagged to each of the plurality of control commands and to control the electronic device based on a result of the integration.
A device discovery method performed by a server, the method comprising: • receiving (step 402) a discovery request from an application layer server, wherein the discovery request is used to request a user equipment, UE, to discover, near the UE, other UEs, and the discovery request comprises a discovery category indication, the discovery category indication including: ∘ a capability requirement indication, the capability requirement indication being used to indicate a communication capability of supporting wireless fidelity, Wi-Fi, or of supporting Long Term Evolution, LTE, of a target UE that the UE expects to discover, and ∘ a target group indication; • generating (step 403) discovery configuration information according to the capability requirement indication and the target group indication, • sending (step 403) the discovery configuration information to the UE for discovering (step 404), by the UE, only those nearby UEs having the communication capability and having the target group indication; • receiving (step 405) a discovery result from the UE, the discovery result being a result of the discovering performed by the UE; • feeding back, to the application layer server, the discovery result. • receiving (step 402) a discovery request from an application layer server, wherein the discovery request is used to request a user equipment, UE, to discover, near the UE, other UEs, and the discovery request comprises a discovery category indication, the discovery category indication including: ∘ a capability requirement indication, the capability requirement indication being used to indicate a communication capability of supporting wireless fidelity, Wi-Fi, or of supporting Long Term Evolution, LTE, of a target UE that the UE expects to discover, and ∘ a target group indication; ∘ a capability requirement indication, the capability requirement indication being used to indicate a communication capability of supporting wireless fidelity, Wi-Fi, or of supporting Long Term Evolution, LTE, of a target UE that the UE expects to discover, and ∘ a target group indication; • generating (step 403) discovery configuration information according to the capability requirement indication and the target group indication, • sending (step 403) the discovery configuration information to the UE for discovering (step 404), by the UE, only those nearby UEs having the communication capability and having the target group indication; • receiving (step 405) a discovery result from the UE, the discovery result being a result of the discovering performed by the UE; • feeding back, to the application layer server, the discovery result.
A layer system for use in an acoustic module, comprising: (a) a fleece material, and (b) a felt layer of wool felt which is applied at least partially on the fleece material and connected therewith in an edge region, wherein connecting is performed by welding such that the layer system comprises three-dimensionally rounded material edges. (a) a fleece material, and (b) a felt layer of wool felt which is applied at least partially on the fleece material and connected therewith in an edge region, wherein connecting is performed by welding such that the layer system comprises three-dimensionally rounded material edges.
Herbicide composition containing at least one herbicide from the family of phenoxyalkanoic acids, from the family of benzoic acid or from both of said families, an organic solvent or an oil and at least one surfactant, characterised in that - it contains from 0 to less than 3% by mass of water, - the herbicide or herbicides from the two families is or are in the free acid form, and - it is free from herbicide from a family other than the two families, - it contains at least as phenoxyalkanoic acids 2,4-D (2,4-dichlorophenoxyacetic acid), 2,4-DB (2-(2,4-dichlorophenoxy)butyric acid), dichlorprop ( -2-(2,4-dichlorophenoxy)propionic acid), dichlorprop-P ( -2-(2,4-dichlorophenoxy)-propionic acid), MCPA (4-chloro-o-tolyloxyacetic acid), MCPB (4-(4-chloro-o-tolyloxy)butyric acid), mecoprop ( -2-(4-chloro-o-tolyloxy)propionic acid), mecoprop-P ( -2-(4-chloro-o-tolyloxy)butyric acid) and as benzoic acid derivatives Dicamba (3,6-dichloro-o-anisic acid), 2,3,6-TBA (2,3,6-trichlorobenzoic acid) and - it contains, at least as the surfactant, a molecule of formula ROXn in which R is a linear or branched aliphatic group, saturated or unsaturated and having 6 to 22, preferably 8 to 16 carbon atoms, X is a pentose radical, preferably xylose, and n is between 1 and 3, preferably between 1 and 1.8, and represents the degree of oligomerisation of the sugar. - it contains from 0 to less than 3% by mass of water, - the herbicide or herbicides from the two families is or are in the free acid form, and - it is free from herbicide from a family other than the two families, - it contains at least as phenoxyalkanoic acids 2,4-D (2,4-dichlorophenoxyacetic acid), 2,4-DB (2-(2,4-dichlorophenoxy)butyric acid), dichlorprop ( -2-(2,4-dichlorophenoxy)propionic acid), dichlorprop-P ( -2-(2,4-dichlorophenoxy)-propionic acid), MCPA (4-chloro-o-tolyloxyacetic acid), MCPB (4-(4-chloro-o-tolyloxy)butyric acid), mecoprop ( -2-(4-chloro-o-tolyloxy)propionic acid), mecoprop-P ( -2-(4-chloro-o-tolyloxy)butyric acid) and as benzoic acid derivatives Dicamba (3,6-dichloro-o-anisic acid), 2,3,6-TBA (2,3,6-trichlorobenzoic acid) and - it contains, at least as the surfactant, a molecule of formula ROXn in which R is a linear or branched aliphatic group, saturated or unsaturated and having 6 to 22, preferably 8 to 16 carbon atoms, X is a pentose radical, preferably xylose, and n is between 1 and 3, preferably between 1 and 1.8, and represents the degree of oligomerisation of the sugar.
An ophthalmoscope for scanning a fundus of an eye, comprising a light system arranged to produce linear light, the light system comprising a point source of light and a light line generator to produce the linear light, wherein the linear light comprises a plurality of rays of light which are produced simultaneously by the light line generator, a scanner arranged to receive at least some of the linear light and is movable about a scan axis to produce a 1D scan of the at least some linear light, wherein the plurality of rays of light which are produced simultaneously by the light line generator form a line of light at the scanner, and a scan transfer system arranged to receive the 1D scan from the scanner and transfers the 1D scan to the eye, wherein the scanner is not positioned at a focal point of the scan transfer system and is positioned in the ophthalmoscope such that it receives the at least some of the linear light substantially along the scan axis, the scan transfer system is positioned in the ophthalmoscope such that a pupil of the eye is provided at a focal point of the system, and the scanner is positioned in the ophthalmoscope and the scan transfer system is configured to transfer the 1D scan from the scanner through the focal point at the eye pupil and onto the eye fundus.
A sound transducer comprising: an electromagnetic coil where the coil comprises electrical leads; and a magnet system comprising a first magnet subsystem and a second magnet subsystem wherein the first magnet subsystem comprises a first magnet and a first pole piece (48a, 48c) where the first pole piece (48a, 48c) is coupled to the first magnet and wherein the second magnet subsystem comprises a second magnet and a second pole piece (48b, 48d) where the second pole piece (48b, 48d) is coupled to the second magnet; where the magnet system is configured so that the first magnet subsystem and the second magnet subsystem are electrically isolated from each other; and where the magnet system is configured to provide an electrical interface to electrically connect the electrical leads of the coil to another member, wherein the electrical interface comprises the first pole piece (48a, 48c) and the second pole piece (48b, 48d). an electromagnetic coil where the coil comprises electrical leads; and a magnet system comprising a first magnet subsystem and a second magnet subsystem wherein the first magnet subsystem comprises a first magnet and a first pole piece (48a, 48c) where the first pole piece (48a, 48c) is coupled to the first magnet and wherein the second magnet subsystem comprises a second magnet and a second pole piece (48b, 48d) where the second pole piece (48b, 48d) is coupled to the second magnet; where the magnet system is configured so that the first magnet subsystem and the second magnet subsystem are electrically isolated from each other; and where the magnet system is configured to provide an electrical interface to electrically connect the electrical leads of the coil to another member, wherein the electrical interface comprises the first pole piece (48a, 48c) and the second pole piece (48b, 48d).
Coffee bean feeder, intended to be interposed between a coffee bean container and a coffee bean conveying element, wherein this feeder has an inlet and an outlet, wherein said feeder is intended to be arranged with its inlet below and in alignment with an outlet of said coffee bean container and with its outlet above and in alignment with an inlet of said conveying element, wherein said coffee bean feeder includes a stationary upper plate, in which said feeder inlet is defined, a stationary lower plate, in which said feeder outlet is defined, and a body, which is arranged between said upper and lower plates (322, 324), is provided with a plurality of coffee bean dosing compartments and is rotatable about its longitudinal axis, wherein said dosing compartments are made as cavities defined in said feeder body and mutually separated by partitions, characterized in that said feeder body comprises a solid core and the partitions are removably mounted to said solid core, so that the number and/or the position of said partitions can be modified.
An absorbable implant for plastic surgery procedures comprising a porous biodegradable polymeric scaffold formed into a three-dimensional shape comprising an outlying border that is reinforced and allows the three-dimensional scaffold to be temporarily deformed and resume its three dimensional shape, wherein the scaffold comprises poly-4-hydroxybutyrate.
An apparatus for the processing of saw teeth of a saw blade, comprising: - a clamping device for clamping and guiding of the saw blade to be processed, - a feeding device for displacing a predetermined saw tooth of the saw blade into a predetermined processing position, - a stelliting device which comprises a wire feeding device and a welding torch, and comprising, - a tempering device for supplying heat to a saw tooth, characterised in that for processing a predetermined saw tooth which was displaced into the predetermined processing position, the welding torch of the stelliting device is displaceable from a rest position into a welding position and the tempering device is displaceable from the rest position into the tempering position and returned in an alternating manner. - a clamping device for clamping and guiding of the saw blade to be processed, - a feeding device for displacing a predetermined saw tooth of the saw blade into a predetermined processing position, - a stelliting device which comprises a wire feeding device and a welding torch, and comprising, - a tempering device for supplying heat to a saw tooth,
A light control process for controlling the amount of light passing through a multiple sheet comprising a plurality of opposed transparent sheet layers; comprising the step of: (a) supplying moisture in between the transparent sheet layers of the multiple sheet; and characterized by the further steps of: (b) after conducting the step (a), reducing the pressure between the transparent sheet layers of the multiple sheet to bring the transparent sheet layers into close contact with each other with the moisture existing between the transparent sheet layers; and (c) after conducting the step (b), discharging the moisture existing between the transparent sheet layers of the multiple sheet. (a) supplying moisture in between the transparent sheet layers of the multiple sheet; (b) after conducting the step (a), reducing the pressure between the transparent sheet layers of the multiple sheet to bring the transparent sheet layers into close contact with each other with the moisture existing between the transparent sheet layers; and (c) after conducting the step (b), discharging the moisture existing between the transparent sheet layers of the multiple sheet.
A circulating fluidized bed boiler, comprising: - a rectangular furnace, which is horizontally enclosed by sidewalls, for combusting fuel and combustion gas therein and generating a stream of flue gas and particles, the sidewalls comprising first and second short sidewalls (14, 14') and first and second long sidewalls (16, 16') and, wherein a common width of the first and second long sidewalls is greater than a common width of the first and second short sidewalls; - multiple particle separators (18, 18') arranged on the side of each of the first and second long sidewalls (16, 16'), inlets of the multiple particle separators being connected to an upper portion of the adjacent long sidewall (16, 16'), for separating particles from the stream of flue gas and particles discharged from the furnace, wherein each of the particle separators comprises a vertical gas outlet tube (28, 28') for discharging cleaned flue gas from the particle separator; - a back pass arranged on the side of the second short sidewall of the furnace, the back pass being horizontally enclosed by back pass walls comprising a first back pass wall facing the second short sidewall of the furnace; and - a horizontally extending cross over duct system directly connected to the vertical gas outlet tubes (28, 28') of the particle separators for conducting the cleaned flue gas to the back pass, characterized in that the cross over duct system provides a straight gas flow path that is inclined to the sidewalls (14, 14', 16, 16') of the furnace from each of the vertical gas outlet tubes (28, 28') of the particle separators (18, 18') to openings in the first back pass wall. - a rectangular furnace, which is horizontally enclosed by sidewalls, for combusting fuel and combustion gas therein and generating a stream of flue gas and particles, the sidewalls comprising first and second short sidewalls (14, 14') and first and second long sidewalls (16, 16') and, wherein a common width of the first and second long sidewalls is greater than a common width of the first and second short sidewalls; - multiple particle separators (18, 18') arranged on the side of each of the first and second long sidewalls (16, 16'), inlets of the multiple particle separators being connected to an upper portion of the adjacent long sidewall (16, 16'), for separating particles from the stream of flue gas and particles discharged from the furnace, wherein each of the particle separators comprises a vertical gas outlet tube (28, 28') for discharging cleaned flue gas from the particle separator; - a back pass arranged on the side of the second short sidewall of the furnace, the back pass being horizontally enclosed by back pass walls comprising a first back pass wall facing the second short sidewall of the furnace; and - a horizontally extending cross over duct system directly connected to the vertical gas outlet tubes (28, 28') of the particle separators for conducting the cleaned flue gas to the back pass,