mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting wireless audio streams to one or more hearing devices in an audio system comprising a first transmitter unit and a second transmitter unit, the method comprising - transmitting a first audio block of an audio stream in a first audio frame with the first transmitter unit, characterized in that the method comprises - transmitting the first audio block of the audio stream in the first audio frame with the second transmitter unit, - transmitting a first primary pilot package with the first transmitter unit, the first primary pilot package comprising the transmitter unit address of the first transmitter unit, a first primary time offset, and a channel identifier of a first primary audio package of a second audio block of the audio stream in a second audio frame; and - transmitting a first primary audio package of the second audio block at a start time depending on the first primary time offset and the channel identifier; and in that the first audio block comprises a first primary audio package comprising a transmitter unit address of the transmitter unit transmitting the first primary audio package. - transmitting a first audio block of an audio stream in a first audio frame with the first transmitter unit, - transmitting the first audio block of the audio stream in the first audio frame with the second transmitter unit, - transmitting a first primary pilot package with the first transmitter unit, the first primary pilot package comprising the transmitter unit address of the first transmitter unit, a first primary time offset, and a channel identifier of a first primary audio package of a second audio block of the audio stream in a second audio frame; and - transmitting a first primary audio package of the second audio block at a start time depending on the first primary time offset and the channel identifier;
A method for allowing varied functionality between a sending entity and a receiving entity, the method comprising: sending a first message from the sending entity to the receiving entity utilizing a first protocol, the first message comprising a request to change a state (522; 524; 526; 528) or mode (510; 520) of the sending entity; detecting an indication at the sending entity that the receiving entity did not recognize the first message (414, 416) or that the receiving entity did not fulfill the request in the first message; and sending a second message from the sending entity to the receiving entity utilizing a second protocol, the second message comprising the request to change a state (522; 524; 526; 528) or mode (510; 520) of the sending entity. sending a first message from the sending entity to the receiving entity utilizing a first protocol, the first message comprising a request to change a state (522; 524; 526; 528) or mode (510; 520) of the sending entity; detecting an indication at the sending entity that the receiving entity did not recognize the first message (414, 416) or that the receiving entity did not fulfill the request in the first message; and sending a second message from the sending entity to the receiving entity utilizing a second protocol, the second message comprising the request to change a state (522; 524; 526; 528) or mode (510; 520) of the sending entity.
A protective device for a universal joint transmission comprising telescopic shafts (2, 3) and joints having annular seats, said protective device comprising at least two coaxial tubular protective elements (10, 20), which are associated telescopically with each other and are adapted to accommodate the telescopic shafts (2, 3), said two tubular protective elements (10, 20) each comprising, at their opposite ends, a protective hood, adapted to surround a joint of said universal joint transmission, said two tubular protective elements (10, 20) each comprising a locator flange (30, 40) associated rigidly with said tubular protective element (10, 20) and said protective hood comprising: - a coupling flange, which is coaxial to said locator flange (30, 40) and is adapted to abut against said locator flange (30, 40), - a cylindrical accordion portion supported by said coupling flange, and - a plurality of fastening elements adapted to removably fasten said coupling flange on said locator flange (30, 40), there being also provided at least one supporting ring which is structurally distinct from said coupling flange and is accommodatable rotatably in an annular seat of said joint in order to support said protective device, characterized in that said supporting ring comprises engagement means distinct from said plurality of fastening elements, said engagement means being adapted for the engagement of said supporting ring with said locator flange (30, 40) and for preventing the disassembly of said supporting ring unless a tool is used. - a coupling flange, which is coaxial to said locator flange (30, 40) and is adapted to abut against said locator flange (30, 40), - a cylindrical accordion portion supported by said coupling flange, and - a plurality of fastening elements adapted to removably fasten said coupling flange on said locator flange (30, 40),
Method for collision monitoring of a robot, with the following steps: - determining an actual value of an axle load of at least one axle (A 1 -A 6) of the robot, and - identifying a collision of the robot, characterized in that the collision of the robot is identified if a deviation between said actual value and a reference value (T s; T R) of the axle load exceeds a limit value, wherein the limit value is determined according to at least one preceding deviation between the actual value and the reference value. - determining an actual value of an axle load of at least one axle (A 1 -A 6) of the robot, and - identifying a collision of the robot, characterized in that the collision of the robot is identified if a deviation between said actual value and a reference value (T s; T R) of the axle load exceeds a limit value, wherein the limit value is determined according to at least one preceding deviation between the actual value and the reference value.
Electrical food preparation device comprising a unit (10; 10') housing a motor and supporting a work chamber (40; 40'; 75; 76) comprising a cover (41; 41'; 51), the work chamber (40; 40'; 75; 76) containing a removeable filter (30; 30'; 30"), a pressing head (70; 70') driven in rotation by the motor being arranged in a removeable manner in the filter (30; 30'; 30"), the pressing head (70; 70') comprising a pressing screw (20; 20'), the filter (30; 30'; 30") having an opening (36; 36'; 36") for the setting in place of the pressing screw (20; 20') in the filter (30; 30'; 30"), the opening (36; 36'; 36") being arranged opposite the cover (41; 41'; 51), characterised in that the filter (30; 30'; 30") is locked in rotation on the unit (10; 10') and in that the cover (41; 41'; 51) is assembled and locked with the filter (30; 30'; 30") in order to form a filtration chamber containing the pressing head (70; 70').
An operation device for operating operation target equipment, comprising: a first structure including a touch panel module having a touch panel that detects an operation position of an operator and a display panel, a first case in which the touch panel module is disposed, a first supporting body to which the first case is fixed, and a vibration actuator disposed on the first supporting body; a second structure including a second supporting body to be connected to the first supporting body, a second case to be fixed to the second supporting body, and a circuit board disposed in the second supporting body or the second case; a vibration damping member that connects the first supporting body and the second supporting body; and a fixing member that fixes the vibration damping member to the first supporting body, characterised by the operation device further comprising: a non-circular washer provided between the vibration damping member and the fixing member, wherein a part of an outer edge portion (W11b) of the washer overlaps a back surface of the second case at a distance. a first structure including a touch panel module having a touch panel that detects an operation position of an operator and a display panel, a first case in which the touch panel module is disposed, a first supporting body to which the first case is fixed, and a vibration actuator disposed on the first supporting body; a second structure including a second supporting body to be connected to the first supporting body, a second case to be fixed to the second supporting body, and a circuit board disposed in the second supporting body or the second case; a vibration damping member that connects the first supporting body and the second supporting body; and a fixing member that fixes the vibration damping member to the first supporting body, characterised by the operation device further comprising: a non-circular washer provided between the vibration damping member and the fixing member, wherein a part of an outer edge portion (W11b) of the washer overlaps a back surface of the second case at a distance. a non-circular washer provided between the vibration damping member and the fixing member, wherein a part of an outer edge portion (W11b) of the washer overlaps a back surface of the second case at a distance.
Compactor roller for a soil compactor, comprising at an outer circumference at least one quick-change toolholder for mounting a roller tool, wherein at least one roller tool to be attached to a quick-change toolholder comprises a counter-holder which can be brought into holding engagement with a quick-change toolholder and can be locked in relation to the quick-change toolholder, wherein the quick-change toolholder comprises a holder opening, wherein the counter-holder comprises a holder shaft which can be inserted into the holder opening and wherein at least one quick-change toolholder comprises a connecting area for connection to an outer circumferential surface of the compactor roller as well as a support area adapted for supporting a roller tool and arranged with a distance to the outer circumferential surface of the compactor roller, wherein a plurality of second support areas inclined to one another is provided in the support area around the holder opening at the quick-change toolholder, wherein each second support area is provided in the adjacent area of a circumferential side (56a, 58a) at an axial side (60a, 62a), characterized in that in the support area the holder opening is surrounded by a first support area at the quick-change toolholder which is essentially orthogonal to a radial direction in relation to a compactor roller rotary axis.
A method of providing a cooling flow from a compressor to a turbine in a gas turbine engine, the method comprising the steps of: providing a first cooling air flow from the compressor, through a first ejector, to a stage of the turbine; providing a second cooling air flow from the compressor, through a second ejector, to another stage of the turbine; providing a third cooling air flow from the compressor, through a third ejector, to a further stage of the turbine. wherein: the first ejector combines a first bleed air flow extracted from the compressor with a lower pressure air flow extracted from the compressor to form the first cooling air flow; and the second ejector combines a second bleed air flow extracted from the compressor with a secondary portion extracted from the first bleed air flow to form the second cooling air flow. providing a first cooling air flow from the compressor, through a first ejector, to a stage of the turbine; providing a second cooling air flow from the compressor, through a second ejector, to another stage of the turbine; providing a third cooling air flow from the compressor, through a third ejector, to a further stage of the turbine. wherein: the first ejector combines a first bleed air flow extracted from the compressor with a lower pressure air flow extracted from the compressor to form the first cooling air flow; and the second ejector combines a second bleed air flow extracted from the compressor with a secondary portion extracted from the first bleed air flow to form the second cooling air flow. the first ejector combines a first bleed air flow extracted from the compressor with a lower pressure air flow extracted from the compressor to form the first cooling air flow; and the second ejector combines a second bleed air flow extracted from the compressor with a secondary portion extracted from the first bleed air flow to form the second cooling air flow.
A composition comprising a polymer, the polymer comprising a repeat unit of formula shown below: wherein the polymer is derived from: a. an aromatic diamine comprising m-phenylene diamine, b. an aromatic diacid or a derivative thereof comprising 2,5-furan dicarboxylic acid or a derivative thereof, and c. isophthalic acid. a. an aromatic diamine comprising m-phenylene diamine, b. an aromatic diacid or a derivative thereof comprising 2,5-furan dicarboxylic acid or a derivative thereof, and c. isophthalic acid.
Fuelling system for liquefied natural gas vehicles comprising: - at least one tank adapted to contain liquefied natural gas intended to fuel at least one engine of a vehicle; - at least one safety valve associated with said tank and adapted to allow the escape of gaseous natural gas, generated by the evaporation of part of said liquefied natural gas, after reaching a predefined pressure value inside said tank; - at least one main fuelling line configured to take said liquefied natural gas from said tank and convey it to said engine; - at least one secondary fuelling line configured to take said gaseous natural gas from said tank and to convey it to said engine and comprising: - at least one storage vessel adapted to store said gaseous natural gas; and - at least one compressor assembly positioned upstream of said storage vessel and adapted to compress said gaseous natural gas; characterized by the fact that said secondary fuelling line comprises at least one heating assembly positioned upstream of said storage vessel and adapted to heat said gaseous natural gas coming out of said tank. - at least one tank adapted to contain liquefied natural gas intended to fuel at least one engine of a vehicle; - at least one safety valve associated with said tank and adapted to allow the escape of gaseous natural gas, generated by the evaporation of part of said liquefied natural gas, after reaching a predefined pressure value inside said tank; - at least one main fuelling line configured to take said liquefied natural gas from said tank and convey it to said engine; - at least one secondary fuelling line configured to take said gaseous natural gas from said tank and to convey it to said engine and comprising: - at least one storage vessel adapted to store said gaseous natural gas; and - at least one compressor assembly positioned upstream of said storage vessel and adapted to compress said gaseous natural gas; characterized by the fact that said secondary fuelling line comprises at least one heating assembly positioned upstream of said storage vessel and adapted to heat said gaseous natural gas coming out of said tank. - at least one storage vessel adapted to store said gaseous natural gas; and - at least one compressor assembly positioned upstream of said storage vessel and adapted to compress said gaseous natural gas;
A kick over tool for use in a well bore, the well bore containing a side pocket mandrel with a laterally offset side pocket with a bore sized for receiving well bore devices, where the kick over tool is comprised of a tubular carrier housing adapted for passage through a full opening bore of a production string, characterized in that at least a first and second setting device (8, 9) is arranged in said carrier housing, the first and second setting device (8, 9) being pivotally connected to a first and second articulated linkage mechanism (12, 13) comprising a coupling device for the well bore device, the activation of the second setting device being dependent on detection of attachment of a well bore device to the coupling device of the first articulated linkage mechanism, a plurality of sensors or detectors being arranged in the vicinity of the first articulated linkage system.
Method for self-sustained and autarkic WLAN localization and self sustained and autarkic location based service supply, the method comprising the following steps: storing a WLAN data set of a geographical unit on a mobile device for the usage in the mobile device; receiving WLAN signals by the mobile device from at least three WLAN senders, wherein WLAN signals of excess WLAN senders, which are not necessary for the localization, are received; self-sustained identifying of the WLAN senders by the mobile device on basis of the received WLAN signals; calculating an actual position of the mobile device by the mobile device by comparing the WLAN data set with the received WLAN signals from the at least three different WLAN senders; updating the WLAN data set by the mobile device on basis of the received WLAN signals of the excess WLAN senders; receiving an user demand for a location based service; storing a service data set for a location based service on the mobile device; searching for at least one supply in the service data set on the mobile device by the mobile device on basis of the calculated actual position (S 17); supplying a location based service by the mobile device to a user of the mobile device on basis of the calculated actual position; wherein the WLAN Data set is a WLAN fingerprint of the geographical unit. storing a WLAN data set of a geographical unit on a mobile device for the usage in the mobile device; receiving WLAN signals by the mobile device from at least three WLAN senders, wherein WLAN signals of excess WLAN senders, which are not necessary for the localization, are received; self-sustained identifying of the WLAN senders by the mobile device on basis of the received WLAN signals; calculating an actual position of the mobile device by the mobile device by comparing the WLAN data set with the received WLAN signals from the at least three different WLAN senders; updating the WLAN data set by the mobile device on basis of the received WLAN signals of the excess WLAN senders; receiving an user demand for a location based service; storing a service data set for a location based service on the mobile device; searching for at least one supply in the service data set on the mobile device by the mobile device on basis of the calculated actual position (S 17); supplying a location based service by the mobile device to a user of the mobile device on basis of the calculated actual position;
A drive shaft for transferring torque comprising: a tubular insert extending along an axis and defining a first layer of the drive shaft, a polymeric fiber reinforced composite covering defining a second layer of the drive shaft surrounding the tubular insert; and characterised in that the tubular insert includes at least one undulation, and wherein the tubular insert includes a first material having a first deformation temperature; and the covering including a second material having a deformation temperature lower than the deformation temperature of the first material, wherein the covering includes at least one undulation adjacent to the at least one undulation of the tubular insert. a tubular insert extending along an axis and defining a first layer of the drive shaft, a polymeric fiber reinforced composite covering defining a second layer of the drive shaft surrounding the tubular insert; and characterised in that the tubular insert includes at least one undulation, and wherein the tubular insert includes a first material having a first deformation temperature; and the covering including a second material having a deformation temperature lower than the deformation temperature of the first material, wherein the covering includes at least one undulation adjacent to the at least one undulation of the tubular insert.
An ostomy wafer comprising: a central peristomal area surrounding a stoma receiving hole, wherein the central peristomal area is continuous and extends a first radial distance from a periphery of the stoma receiving hole to define a continuous band of material around the stoma receiving hole, the central peristomal area being substantially circular or oval and having an outer periphery, wherein an outer periphery of the wafer is formed by a plurality of petals, each ending in an apex, extending away from the central area; and by a plurality of bridges, each bridge formed between adjacent first and second petals of the plurality of petals and extending away from the outer periphery of the continuous band of material, the bridge being provided with a convex apex being connected to each of the neighbouring petals by a concave portion, with each bridge having a bridge width (d) measured between the adjacent petals of the plurality of petals and each of the plurality of petals having a petal width (c) measured between the plurality of bridges, wherein each of the plurality of petals has a petal length (a) measured from the stoma receiving hole to the apex of the petal; and each of the plurality of bridges has a bridge length (b) measured from the stoma receiving hole to the apex of the bridge; wherein the bridge width is less than the petal width, the bridge length is less than the petal length, and the thickness of the bridges is greater than the thickness of the petals. a central peristomal area surrounding a stoma receiving hole, wherein the central peristomal area is continuous and extends a first radial distance from a periphery of the stoma receiving hole to define a continuous band of material around the stoma receiving hole, the central peristomal area being substantially circular or oval and having an outer periphery, wherein an outer periphery of the wafer is formed by a plurality of petals, each ending in an apex, extending away from the central area; and by a plurality of bridges, each bridge formed between adjacent first and second petals of the plurality of petals and extending away from the outer periphery of the continuous band of material, the bridge being provided with a convex apex being connected to each of the neighbouring petals by a concave portion, with each bridge having a bridge width (d) measured between the adjacent petals of the plurality of petals and each of the plurality of petals having a petal width (c) measured between the plurality of bridges, wherein each of the plurality of petals has a petal length (a) measured from the stoma receiving hole to the apex of the petal; and each of the plurality of bridges has a bridge length (b) measured from the stoma receiving hole to the apex of the bridge; wherein the bridge width is less than the petal width, the bridge length is less than the petal length, and the thickness of the bridges is greater than the thickness of the petals.
A support material for use in a three-dimensional printing system comprising: a wax component comprising at least one ethoxylated fatty alcohol; and a viscosity modifying component, wherein the support material is water dispersible. a wax component comprising at least one ethoxylated fatty alcohol; and a viscosity modifying component, wherein the support material is water dispersible.