mhurhangee/ep-ind-claims huggingface dataset:
A method for forming chew toys of selected shape from edible compositions by extrusion comprising the steps of: providing an extruder including a barrel and a die having an adjustable orifice capable of providing a variety of cross-sectional dimensions; providing an extrudable composition comprising edible resin and water; introducing said composition to said barrel and subjecting said composition to shear and heat to form a melt; conveying said melt through said orifice while varying the cross-section dimensions of said orifice to form an extrudate having thickness dimensions that vary along its length; wherein: the water content of said composition is sufficient to provide that said composition can be varied in cross-section when conveyed through said orifice with variation in said orifice cross-sectional dimension; said formed chew toys include a plurality of connecting portions between said chew toys and the method further includes simultaneously cutting said plurality of connecting portions to provide a plurality of formed chew toys; and said rate of conveying of said melt through said orifice is at a selected rate of output and said step of simultaneously cutting said plurality of connecting portions does not reduce said selected rate of output by more than 10%. providing an extruder including a barrel and a die having an adjustable orifice capable of providing a variety of cross-sectional dimensions; providing an extrudable composition comprising edible resin and water; introducing said composition to said barrel and subjecting said composition to shear and heat to form a melt; conveying said melt through said orifice while varying the cross-section dimensions of said orifice to form an extrudate having thickness dimensions that vary along its length; the water content of said composition is sufficient to provide that said composition can be varied in cross-section when conveyed through said orifice with variation in said orifice cross-sectional dimension; said formed chew toys include a plurality of connecting portions between said chew toys and the method further includes simultaneously cutting said plurality of connecting portions to provide a plurality of formed chew toys; and said rate of conveying of said melt through said orifice is at a selected rate of output and said step of simultaneously cutting said plurality of connecting portions does not reduce said selected rate of output by more than 10%.
A device comprising: an anode; a cathode; and a stacked emissive region disposed between the anode and the cathode, the stacked emissive region comprising: a first organic emissive layer comprising a first dopant and a first host; a second organic emissive layer comprising a second dopant and a second host; and a third organic emissive layer comprising a third dopant and a third host; the first host, second host, and third host are different from each other; the HOMO of the second host is between the HOMO of the first host and the HOMO of the first dopant; the HOMO of the second host is within 0.4 eV of the HOMO of the first host and within 0.4 eV of the HOMO of the first dopant; the first organic emissive layer has an emission peak different from at least one of the second emissive layer and the third emissive layer; and each of the organic emissive layers defines an exciton formation region, characterized in that the HOMO of each host is within 15 kT of the HOMO of an adjacent dopant. an anode; a cathode; and a stacked emissive region disposed between the anode and the cathode, the stacked emissive region comprising: a first organic emissive layer comprising a first dopant and a first host; a second organic emissive layer comprising a second dopant and a second host; and a third organic emissive layer comprising a third dopant and a third host; the first host, second host, and third host are different from each other; the HOMO of the second host is between the HOMO of the first host and the HOMO of the first dopant; the HOMO of the second host is within 0.4 eV of the HOMO of the first host and within 0.4 eV of the HOMO of the first dopant; the first organic emissive layer has an emission peak different from at least one of the second emissive layer and the third emissive layer; and each of the organic emissive layers defines an exciton formation region, characterized in that the HOMO of each host is within 15 kT of the HOMO of an adjacent dopant. a first organic emissive layer comprising a first dopant and a first host; a second organic emissive layer comprising a second dopant and a second host; and a third organic emissive layer comprising a third dopant and a third host; the first host, second host, and third host are different from each other; the HOMO of the second host is between the HOMO of the first host and the HOMO of the first dopant; the HOMO of the second host is within 0.4 eV of the HOMO of the first host and within 0.4 eV of the HOMO of the first dopant; the first organic emissive layer has an emission peak different from at least one of the second emissive layer and the third emissive layer; and each of the organic emissive layers defines an exciton formation region, characterized in that the HOMO of each host is within 15 kT of the HOMO of an adjacent dopant.
Method for machining a blank block for manufacturing a workpiece, wherein the blank block has a restoration segment made of workable dental replacement material, as well as a holder for fixing the blank block to a machining device, wherein a partition segment made of a workable partition segment material is arranged between the holder and the restoration segment, wherein the partition segment material differs visually from the dental replacement material, wherein the method has the following steps: - providing a data set describing an outer shape of the workpiece, - numerically fitting the outer shape into the restoration segment such that a surface of the outer shape comes to lie, in contact, in particular proximal contract, with an interface plane between the partition segment and the restoration segment, - mechanically removing material from the restoration segment up to the outer shape, excluding a partition-pin-base around the contact or proximal contact, - removing the partition segment from the restoration segment, - machining the workpiece in said partition-pin-base. - providing a data set describing an outer shape of the workpiece, - numerically fitting the outer shape into the restoration segment such that a surface of the outer shape comes to lie, in contact, in particular proximal contract, with an interface plane between the partition segment and the restoration segment, - mechanically removing material from the restoration segment up to the outer shape, excluding a partition-pin-base around the contact or proximal contact, - removing the partition segment from the restoration segment, - machining the workpiece in said partition-pin-base.
The use of an aqueous binder comprising, as active constituents, a) at least one homopolymer, containing vinylamine units, of a vinylcarboxamide with a hydrolysis level of ≥ 50 mol% and/or a polyethyleneimine with branched structure [polyamine A], and b) at least one saccharide compound S, c) the weight ratio of the at least one polyamine A to the at least one saccharide compound S being 1:99 to 80:20, and d) the total amount of the organic compounds present alongside the polyamine A and saccharide compound S in the aqueous binder being ≤ 30% by weight, based on the sum of the total amounts of polyamine A and saccharide compound S, for producing shaped articles from mineral fibers. a) at least one homopolymer, containing vinylamine units, of a vinylcarboxamide with a hydrolysis level of ≥ 50 mol% and/or a polyethyleneimine with branched structure [polyamine A], and b) at least one saccharide compound S, c) the weight ratio of the at least one polyamine A to the at least one saccharide compound S being 1:99 to 80:20, and d) the total amount of the organic compounds present alongside the polyamine A and saccharide compound S in the aqueous binder being ≤ 30% by weight, based on the sum of the total amounts of polyamine A and saccharide compound S,
A beam-steerable phased array antenna comprising: an array of a plurality of radiating elements, the array including at least one column having a plurality of radiating elements, the array being configured to generate a radiation field wherein the phased array antenna is configured to cancel or suppress mutual coupling by utilizing high degrees linearly progressive phases; and a metasurface over the array of radiating elements, the metasurface introducing a phase shift to the radiation field of the array, to cause a beam of the phased array antenna to be angularly offset from the radiation field of the array to an angle suitable for practical use. an array of a plurality of radiating elements, the array including at least one column having a plurality of radiating elements, the array being configured to generate a radiation field wherein the phased array antenna is configured to cancel or suppress mutual coupling by utilizing high degrees linearly progressive phases; and a metasurface over the array of radiating elements, the metasurface introducing a phase shift to the radiation field of the array, to cause a beam of the phased array antenna to be angularly offset from the radiation field of the array to an angle suitable for practical use.
A support casing for the differential gear of a driving and steering axle, the casing comprising a nose defining a pinion shaft axis and support arms defining a crown-wheel axis, the casing further comprising a support mounting (24, 25) extending outwards therefrom from a root to a tip and in the extension direction of said nose, the support mounting being arranged to support a track rod assembly for the axle, wherein the support mounting comprises a through bore arranged to receive a cylindrical actuator, the through bore having a diameter less than the radial extension of a track rod end of the track rod assembly, and characterised in that the support mounting has a slot extending outwardly of said through bore and arranged to allow passage of the taper pin of the track rod end, wherein the slot extends towards said root.
A powder bed additive manufacturing apparatus comprising a build sleeve, a build platform (012, 202) for supporting a powder bed and object during a build, the build platform (102, 202) lowerable in the build sleeve, and at least one acoustic sensing system comprising an acoustic emission sensor (109a, 109b, 209a, 209b, 209c, 209d) and an acoustic waveguide (140a, 140b, 240a, 240b, 240c, 240d), the acoustic waveguide (140a, 140b, 240a, 240b, 240c, 240d) extending through a channel (142, 242) in the build platform (102, 202) that is open at an upper surface of the build platform (102, 202) such that a receiving end (141a, 141b, 241) of the acoustic waveguide (140a, 140b, 240a, 240b, 240c, 240d) distal from the acoustic emission sensor (109a, 109b, 209a, 209b, 209c, 209d) is configured to abut a lower surface of a build substrate /top plate releasably mounted to the build platform (102, 202) to transmit structure-borne acoustic waves from the build substrate /top plate to the acoustic emission sensor (109a, 109b, 209a, 209b, 209c, 209d).
Body structure of a motor vehicle, comprising at least two body sides (11, 12) connected in the upper part by a roof and each defining two openings (14, 15) for associated side doors of the vehicle, each body side (11, 12) comprising at least one rear body side, each comprising a structural interface welded to the rest of the structure and to which a body side skin is fixed, the said body side skin being interchangeable and the said structural interface being common irrespective of the version of body side skin that it receives, which structure is characterized in that the said structural interface comprises a first solid portion and a second apertured portion defining an array of structural straps intended in particular to reinforce the rear body side in the event that there should be bearing contact on the associated body side skin.
A service survivability analysis method, wherein the method comprises: obtaining a link fault record and network topology information that are in a preset time period, wherein the link fault record comprises fault occurrence time and fault removal time of all faulty links in the preset time period, and the network topology information comprises connection information of all network devices on all the faulty links; determining a similarity between any two links in all the faulty links based on fault occurrence time and fault removal time of the any two links in the link fault record and connection information of network devices on the any two links, to obtain a link similarity matrix; performing clustering on all the faulty links based of the link similarity matrix, to obtain at least one link cluster; and performing survivability analysis on services on at least two preset links based on each of the at least one link cluster. obtaining a link fault record and network topology information that are in a preset time period, wherein the link fault record comprises fault occurrence time and fault removal time of all faulty links in the preset time period, and the network topology information comprises connection information of all network devices on all the faulty links; determining a similarity between any two links in all the faulty links based on fault occurrence time and fault removal time of the any two links in the link fault record and connection information of network devices on the any two links, to obtain a link similarity matrix; performing clustering on all the faulty links based of the link similarity matrix, to obtain at least one link cluster; and performing survivability analysis on services on at least two preset links based on each of the at least one link cluster.
Method of content delivery of services in a mobile telecommunication network on the basis of predictions of user and network needs, the method performed at the mobile operator side by a software program comprising the steps of collecting and receiving information of the use of services in the network, analysing network behavior on the basis of the information received by continuously monitoring the traffic load in the network in real-time and by estimating the traffic load locations in the network and the network capacity needs for delivering the services (2-2, 2-3), characterized by additionally analyzing the network behavior for selecting caches (1-8a, 1-8b) including cache distribution in the network to support the estimated traffic load locations in the network, whereby the network behavior is controlled by sending content of services to the selected caches in the network (2-5, 2-10), involving preprocessing the data content of a service to be delivered by creating several quality versions of the service and sending selected quality versions of the service to selected caches in the network, wherein each selected cache storing a selected quality version of the service subsequently takes care of delivery of the stored service content to a plurality of user devices responsive to service requests by the user devices to service provider. using the analysis for - deciding the optimal network configuration to be used for supporting the estimated traffic load locations in the network, controlling the network behavior based on the selections and decisions of the analysis by - sending requests to network components for network configuration. - deciding the optimal network configuration to be used for supporting the estimated traffic load locations in the network, controlling the network behavior based on the selections and decisions of the analysis by - sending requests to network components for network configuration.
Method for the pretreatment of a can body for a can made from a metal sheet before filling the can with a planned product, wherein the can body has a can bottom with an inwardly curved dome and with a peripheralrim on the outside of the can bottom for standing, wherein free deformation of the can bottom takes place, particularly in the region of the rim, by the application of a compressive force directed outwardly from the interior of the can body onto the can bottom, characterised in that the deformation of the can bottom caused by application of the compressive force corresponds to a deformation of the can bottom which would arise as a result of the developing internal pressure during or after filling of the untreated can with a carbon dioxide-containing product.
A method of asset tracking, characterized by comprising configuring a mobile computing device with a first power saving interval and a second power saving interval, based on an asset protection level for the mobile computing device, wherein the first power saving interval corresponds to a time between presence indication transmissions by the mobile computing device when stationary, and wherein the second power saving interval corresponds to a time between presence indication transmissions by the mobile computing device when in motion.
A smart luggage system, comprising: a piece of luggage configured to store items for transport: a handle coupled to the luggage, wherein the handle includes a pull rod coupled to a connecting rod; an upper camera disposed in a top portion of the pull rod; a processing unit; at least one motorized wheel assembly; and a control button coupled to the luggage or the handle and configured to stop a people following function of the smart luggage system and start a photo/video taking process of the smart luggage system, wherein the people following function is fulfilled by using the processing unit and the at least one motorized wheel assembly. a piece of luggage configured to store items for transport: a handle coupled to the luggage, wherein the handle includes a pull rod coupled to a connecting rod; an upper camera disposed in a top portion of the pull rod; a handle coupled to the luggage, wherein the handle includes a pull rod coupled to a connecting rod; an upper camera disposed in a top portion of the pull rod; a processing unit; at least one motorized wheel assembly; and a control button coupled to the luggage or the handle and configured to stop a people following function of the smart luggage system and start a photo/video taking process of the smart luggage system, wherein the people following function is fulfilled by using the processing unit and the at least one motorized wheel assembly.
A process for preparing a seed crystal provided with a protective layer, which comprises molding a composition that comprises a binder resin into a sheet form to prepare a protective layer; cutting the protective layer and attaching it to the rear side of a seed crystal of a silicon carbide (SiC) single crystal by pressure thereon; and curing and carbonizing the protective layer attached to the seed crystal, wherein the protective layer has a diameter larger than that of the seed crystal, whereby it covers the entire rear side of the seed crystal and has a protrusion member that protrudes outward from the periphery of the seed crystal. cutting the protective layer and attaching it to the rear side of a seed crystal of a silicon carbide (SiC) single crystal by pressure thereon; and curing and carbonizing the protective layer attached to the seed crystal, wherein the protective layer has a diameter larger than that of the seed crystal, whereby it covers the entire rear side of the seed crystal and has a protrusion member that protrudes outward from the periphery of the seed crystal.
Multifuel burner for heating a furnace chamber where a feed for a primary fuel and a feed for a primary oxidant, a feed for a solid substitute fuel and at least one feed (8, 9, 10) for a liquid second fuel open at a burner face into the furnace chamber, characterized in that in the region of the feed for the second fuel there is provided a feed for a second oxidant which comprises means for atomizing the second fuel, wherein the feed for the second oxidant and the feed for the second fuel are oriented such that the material streams exiting the feeds (10, 12) during operation of the burner are directed at a relatively low temperature zone of the flame formed in the furnace chamber in front of the burner face during combustion of the primary fuel with the primary oxidant.
An audio modification system, comprising: a signal transmitter (120a, 131a), disposed on a first device (120, 131), the signal transmitter (120a, 131a) configured to transmit a signal; at least one signal receiver (132a, 133a), disposed on a second device (132, 133), the at least one signal receiver (132a, 133a) configured to receive the signal; a processor, electrically or communicatively coupled to the signal transmitter (120a, 131a) and the at least one signal receiver (132a, 133a), the processor configured to determine a first distance between the first device (120, 131) and the second device (132, 133) according to a measuring indicator of the signal received by the at least one signal receiver (132a, 133a), to calculate a second distance that forms a head dimension of a user according to the first distance, and to apply the head dimension in a head related transfer function in order to modify audio information, wherein the processor is further configured to calculate an acceleration of the user based on a variation of the first distance in order to modify audio information accordingly; and at least one audio generator configured to output a sound corresponding to the modified audio information. a signal transmitter (120a, 131a), disposed on a first device (120, 131), the signal transmitter (120a, 131a) configured to transmit a signal; at least one signal receiver (132a, 133a), disposed on a second device (132, 133), the at least one signal receiver (132a, 133a) configured to receive the signal; a processor, electrically or communicatively coupled to the signal transmitter (120a, 131a) and the at least one signal receiver (132a, 133a), the processor configured to determine a first distance between the first device (120, 131) and the second device (132, 133) according to a measuring indicator of the signal received by the at least one signal receiver (132a, 133a), to calculate a second distance that forms a head dimension of a user according to the first distance, and to apply the head dimension in a head related transfer function in order to modify audio information, wherein the processor is further configured to calculate an acceleration of the user based on a variation of the first distance in order to modify audio information accordingly; and at least one audio generator configured to output a sound corresponding to the modified audio information.
An optical signal control method, comprising: detecting whether a circuit board is pulled out from an optical backplane; and if a circuit board is pulled out, querying a transmitting port of another circuit board connected to a slot where the pulled out circuit board is located, and transmitting a first control instruction to the transmitting port, wherein the first control instruction is used to notify of closing the transmitting port or adjusting output power of the transmitting port to make it below a preset threshold, and the preset threshold is a specified boundary value used to determine whether the transmitting port is in a working state. detecting whether a circuit board is pulled out from an optical backplane; and if a circuit board is pulled out, querying a transmitting port of another circuit board connected to a slot where the pulled out circuit board is located, and transmitting a first control instruction to the transmitting port, wherein the first control instruction is used to notify of closing the transmitting port or adjusting output power of the transmitting port to make it below a preset threshold, and the preset threshold is a specified boundary value used to determine whether the transmitting port is in a working state.