mhurhangee/patent-ind-claim-en huggingface dataset:
A cover for a waste container , having an opening formed in the cover through which waste can be transferred into the waste container via at least one sliding surface , associated with the opening , of a chute , wherein the chute of the cover is arranged in such a way that the sliding surface has an upper section and a lower section , wherein the upper section protrudes above a surface of the cover and the lower section protrudes into the waste container and has a front rim ; characterized in that the cover is integrally formed by means of an injection moulding process from a polymer and has formed a peripheral edge , with which the cover rests on the waste container ; a plurality of receptacles for permanent magnets are formed integrally with the cover beneath the lower section of the sliding surface of the chute by means of the injection molding process; a receptacle is formed integrally with the cover in the area of the front rim of the sliding surface by means of the injection moulding process, wherein a single metal detector is seated in the receptacle in order to detect metal constituents in the waste before the waste is transferred into the waste container , and a compartment is formed beneath the surface of the cover , in which an electronics and control system for the single metal detector is seated.
An electroluminescent device, comprising: a substrate , and a pixel defining layer arranged on the substrate , wherein a pixel aperture matrix is formed in the pixel defining layer and corresponds to a pixel unit matrix, wherein each pixel unit of the pixel unit matrix corresponds to a pixel aperture , at least one connection channel is formed on the pixel defining layer , an electroluminescent layer in a predetermined color is formed in each pixel aperture of the pixel aperture matrix, and the connection channel is configured to connect at least two pixel apertures of the pixel aperture matrix in an identical row or column and corresponding to the electroluminescent layers in an identical color, the at least one connection channel being provided between adjacent rows/columns of the pixel aperture and parallel thereto; and wherein the pixel defining layer and the connection channel are configured such that an upper surface of the pixel defining layer is lyophobic, and a bottom surface and/or an inner wall of the connection channel is lyophilic. a substrate , and a pixel defining layer arranged on the substrate , wherein a pixel aperture matrix is formed in the pixel defining layer and corresponds to a pixel unit matrix, wherein each pixel unit of the pixel unit matrix corresponds to a pixel aperture , at least one connection channel is formed on the pixel defining layer , an electroluminescent layer in a predetermined color is formed in each pixel aperture of the pixel aperture matrix, and the connection channel is configured to connect at least two pixel apertures of the pixel aperture matrix in an identical row or column and corresponding to the electroluminescent layers in an identical color, the at least one connection channel being provided between adjacent rows/columns of the pixel aperture and parallel thereto; and wherein the pixel defining layer and the connection channel are configured such that an upper surface of the pixel defining layer is lyophobic, and a bottom surface and/or an inner wall of the connection channel is lyophilic.
Power-tool parting device, which is realized without a torque transmission element , in particular a toothed wheel, having at least one cutting strand , and having at least one guide unit for guiding the cutting strand that, in particular together with the cutting strand , constitutes a closed system, characterized by at least one pretensioning unit , which is disposed on the guide unit and which is designed for automatically compensating play and/or tolerance of the cutting strand , at least when the guide unit is in a state of having been demounted from a coupling device of a portable power tool .
A phosphate based oligomeric compound, comprising a repeating unit represented by the structure of formula (A): and a linker represented by the structure of formula (B), derived from the monomeric splitting precursor of claim 18: which links between phosphate groups of the repeating units represented by structure formula (A), and serves as a splitting point from where two oligomeric branches comprising the structure of formula (A) depart, wherein Y is a delivery group or a pro-delivery group; wherein said delivery group is amine, histidine, guanidine, polyguanidine, imidazole, polyimidazole or any combination thereof; wherein said pro-delivery group is a functional group that can be chemically converted to the delivery group; w , w' and w" are each independently an integer between 0 and 10; and p is an integer between 0 and 10. which links between phosphate groups of the repeating units represented by structure formula (A), and serves as a splitting point from where two oligomeric branches comprising the structure of formula (A) depart, wherein Y is a delivery group or a pro-delivery group; wherein said delivery group is amine, histidine, guanidine, polyguanidine, imidazole, polyimidazole or any combination thereof; wherein said pro-delivery group is a functional group that can be chemically converted to the delivery group; w , w' and w" are each independently an integer between 0 and 10; and p is an integer between 0 and 10.
A method for providing forward error correction for a multi-channel audio signal, the method comprising: buffering blocks of an audio stream into a frame of audio, the audio stream comprising a plurality of audio channels; applying a transformation to each block of the frame of audio, the transformation compacting the energy of each block into a plurality of transformed channels, the first transformed channel for each block containing the most energy and subsequent transformed channels containing decreasing amounts of energy; encoding the transformed frame; transmitting, over a network, the encoded frame in a packet; encoding the first transformed channel of the transformed frame at a lower bit rate than the encoding used for the transmitted packet; and transmitting, over the network, the lower bit rate-encoded channel in a packet that is subsequent to the transmitted packet, the encoding being performed using one of EVS, Dolby Voice Codec, AC-4, or Opus codecs. buffering blocks of an audio stream into a frame of audio, the audio stream comprising a plurality of audio channels; applying a transformation to each block of the frame of audio, the transformation compacting the energy of each block into a plurality of transformed channels, the first transformed channel for each block containing the most energy and subsequent transformed channels containing decreasing amounts of energy; encoding the transformed frame; transmitting, over a network, the encoded frame in a packet; encoding the first transformed channel of the transformed frame at a lower bit rate than the encoding used for the transmitted packet; and transmitting, over the network, the lower bit rate-encoded channel in a packet that is subsequent to the transmitted packet,
A method of preparing a multi-layer assembly, or of protecting a surface of a multi-layer substrate from damage and/or contamination and/or debris, said method comprising the steps of: (i) providing a composite film comprising a polymeric base layer having a first and second surface and disposed on the first surface thereof a polymeric protective layer having a first surface and a second surface such that the first surface of the said base layer is in contact with the first surface of the polymeric protective layer, wherein said polymeric protective layer comprises an ethylene-based copolymer, and wherein the polymeric base layer comprises a polyester derived from one or more diol(s) and one or more dicarboxylic acid(s); (ii) removing said polymeric protective layer from the first surface of said base layer; (iii) disposing on the exposed first surface of said base layer one or more functional layers to provide a multi-layer substrate, wherein the, or at least the uppermost, functional layer comprises zinc and/or tin in an amount of from about 5 to about 80 wt% of said functional layer; and (iv) disposing a polymeric protective layer comprising an ethylene-based copolymer onto the exposed surface of the, or at least the uppermost, functional layer comprising zinc and/or tin to provide a multi-layer assembly. (i) providing a composite film comprising a polymeric base layer having a first and second surface and disposed on the first surface thereof a polymeric protective layer having a first surface and a second surface such that the first surface of the said base layer is in contact with the first surface of the polymeric protective layer, wherein said polymeric protective layer comprises an ethylene-based copolymer, and wherein the polymeric base layer comprises a polyester derived from one or more diol(s) and one or more dicarboxylic acid(s); (ii) removing said polymeric protective layer from the first surface of said base layer; (iii) disposing on the exposed first surface of said base layer one or more functional layers to provide a multi-layer substrate, wherein the, or at least the uppermost, functional layer comprises zinc and/or tin in an amount of from about 5 to about 80 wt% of said functional layer; and (iv) disposing a polymeric protective layer comprising an ethylene-based copolymer onto the exposed surface of the, or at least the uppermost, functional layer comprising zinc and/or tin to provide a multi-layer assembly.
Method for operating a furnace , wherein a starting material comprising at least one metal element is molten, wherein the starting material is heated by at least one burner that is operated with a volumetric fuel flow of a fuel and a volumetric oxidant flow of an oxidant, wherein an exhaust gas temperature of the furnace is monitored in an exhaust gas line at least at one measuring point downstream of a post combustion zone, wherein in a standard operating state a target volumetric fuel flow and a target volumetric oxidant flow is fed to the burner , wherein a change of the exhaust gas temperature is recorded at predeterminable time intervals and is compared to a predeterminable threshold value , characterised in that when the change of the exhaust gas temperature per unit time is greater than the threshold value , the burner is put into a reduction operating state for a predetermined reduction period, wherein the ratio of volumetric fuel flow to volumetric oxidant flow is lowered by at least one of the following actions: A) a predeterminable sudden reduction of the volumetric fuel flow to a reduced volumetric flow and B) a predeterminable sudden increase of the volumetric oxidant flow to an increased volumetric flow, said ratio being reset to the standard operating state after expiry of the reduction period, wherein the change of the volumetric flow has a value of at least 3% and is instantaneous. A) a predeterminable sudden reduction of the volumetric fuel flow to a reduced volumetric flow and B) a predeterminable sudden increase of the volumetric oxidant flow to an increased volumetric flow, said ratio being reset to the standard operating state after expiry of the reduction period, wherein the change of the volumetric flow has a value of at least 3% and is instantaneous.
An estimating device comprising: frequency response calculating means for calculating, based on an excitation force when a pipe is excited and a vibration response, a frequency response function of the pipe, by Fourier transforming the excitation force and the vibration response, the vibration response being acquired by measuring an elastic wave propagating through the pipe by the excitation force; pipe rigidity variable estimating means for acquiring, based on i) the calculated frequency response function, and ii) a frequency response function model representing a frequency response of the pipe and being expressed as a function of a rigidity variable of the pipe, an estimated value of the rigidity variable, the rigidity variable being a parameter relating to rigidity of the pipe; and strength estimating means for estimating, based on a relation between the estimated value of the rigidity variable and strength of the pipe, the strength of the pipe, wherein the pipe rigidity variable estimating means is configured to acquire the estimated value of the rigidity variable by approximating the frequency response function model to the frequency response function. frequency response calculating means for calculating, based on an excitation force when a pipe is excited and a vibration response, a frequency response function of the pipe, by Fourier transforming the excitation force and the vibration response, the vibration response being acquired by measuring an elastic wave propagating through the pipe by the excitation force; pipe rigidity variable estimating means for acquiring, based on i) the calculated frequency response function, and ii) a frequency response function model representing a frequency response of the pipe and being expressed as a function of a rigidity variable of the pipe, an estimated value of the rigidity variable, the rigidity variable being a parameter relating to rigidity of the pipe; and strength estimating means for estimating, based on a relation between the estimated value of the rigidity variable and strength of the pipe, the strength of the pipe, wherein the pipe rigidity variable estimating means is configured to acquire the estimated value of the rigidity variable by approximating the frequency response function model to the frequency response function.
A method for configuring circumferential staging in a gas turbine engine comprising: determine resonance frequencies of a turbine blade that revolves within the gas turbine engine; determine a frequency spectrum of unsteady forces the turbine blade is exposed to during one revolution of the turbine blade for a first configuration of lit injectors selected from a plurality of configurations of lit injectors ; determine a frequency spectrum of unsteady forces the turbine blade is exposed to during one revolution of the turbine blade for at least one other configuration of lit injectors selected from the plurality of configurations of lit injectors , wherein the at least one other configuration of lit injectors is different than the first configuration of lit injectors ; determine which configuration from the plurality of configurations of lit injectors results in minimum unsteady forces that the turbine blade will experience; and configure the lit injectors in the combustor to match the configuration from the plurality of configurations of lit injectors that resulted in the minimum unsteady forces that the turbine blade will experience. determine resonance frequencies of a turbine blade that revolves within the gas turbine engine; determine a frequency spectrum of unsteady forces the turbine blade is exposed to during one revolution of the turbine blade for a first configuration of lit injectors selected from a plurality of configurations of lit injectors ; determine a frequency spectrum of unsteady forces the turbine blade is exposed to during one revolution of the turbine blade for at least one other configuration of lit injectors selected from the plurality of configurations of lit injectors , wherein the at least one other configuration of lit injectors is different than the first configuration of lit injectors ; determine which configuration from the plurality of configurations of lit injectors results in minimum unsteady forces that the turbine blade will experience; and configure the lit injectors in the combustor to match the configuration from the plurality of configurations of lit injectors that resulted in the minimum unsteady forces that the turbine blade will experience.
A support for the trunk or a limb or joint of a human or animal comprising: a first band having first and second end portions with respective fasteners which can be fastened together to fix the band in a loop around the trunk or a limb or joint; at least one pad located inwardly of the first band for engaging a surface portion of the trunk or a limb or joint; and a second band ; characterized in the second band having a portion located inwardly of the first band and supporting said at least one pad for movement independently of the first band when the first band is fixed to apply pressure to said surface portion; and further characterized in that the support comprises adjustment means connected to the second band and extending from an inner side to an outer side of the first band to allow operation outwardly of the first band when the first band is fixed for adjusting the position of said at least one pad. a first band having first and second end portions with respective fasteners which can be fastened together to fix the band in a loop around the trunk or a limb or joint; at least one pad located inwardly of the first band for engaging a surface portion of the trunk or a limb or joint; and a second band ; characterized in the second band having a portion located inwardly of the first band and supporting said at least one pad for movement independently of the first band when the first band is fixed to apply pressure to said surface portion; and further characterized in that the support comprises adjustment means connected to the second band and extending from an inner side to an outer side of the first band to allow operation outwardly of the first band when the first band is fixed for adjusting the position of said at least one pad.
Separator for separating impurities present in a fluid (F) circulating in a system, comprising a recipient developing according to a longitudinal direction (Y) and in which there are identified: - an inlet path and an outlet path for said fluid (F); - a chamber for the sedimentation of said impurities; - a separation chamber communicating with said inlet path , with said outlet path and with said sedimentation chamber , said separation chamber being arranged coaxial according to said longitudinal direction (Y) above said sedimentation chamber ; - a filtering device housed between said separation chamber and said sedimentation chamber , said filtering device comprising at least one grid plate arranged in the direction parallel to the in-flow of said fluid (F) and configured to enable the passage of said fluid (F) and withhold said impurities, characterised in that said grid plate comprises in its central position a tubular body with development axis orthogonal to the main surfaces of said grid plate , said tubular body defining a duct for the passage of said fluid (F) from said sedimentation chamber to said outlet path , said grid plate further characterised in that it comprises at least one laminar element defined above one of the main surfaces thereof, with a radial development axis so as to facilitate the cyclonic motion of said fluid (F). - an inlet path and an outlet path for said fluid (F); - a chamber for the sedimentation of said impurities; - a separation chamber communicating with said inlet path , with said outlet path and with said sedimentation chamber , said separation chamber being arranged coaxial according to said longitudinal direction (Y) above said sedimentation chamber ; - a filtering device housed between said separation chamber and said sedimentation chamber ,
A non-occlusive dilation distender movable between a collapsed configuration which enables introduction and removal thereof to and from an operative site in a vessel or other hollow organ of a patient, and an expanded configuration in which the distender assumes a radially expanded condition and defines a flow path therethrough, characterised in that the distender includes a substantially tubular, radially expandable frame having a plurality of spaced apertures and at least one inflatable tube threaded through at least some of the apertures , the tube shaped to extend in a spiral when inflated, and wherein the distender is movable to the expanded configuration by inflating the tube , and from the expanded configuration to the collapsed configuration by deflating the tube .
A pyrolysis chamber for location at a domestic unit, for treating domestic refuse produced in that domestic unit, comprising a generally cylindrical vessel with circular side walls , an integral base section and an open upper end that is closeable during use by way of a lid , and a plurality of spikes extending upwardly from the base to introduce heat, from the vessel surfaces into the bulk of the refuse.
A scheduling method applied to a central cluster configured for cross-cluster scheduling of tasks across multiple managed clusters, the method comprising: receiving (S210), by the central cluster, a scheduling request sent by the first managed cluster, and determining a second managed cluster that meets the scheduling request; and indicating (S230), by the central cluster, the first managed cluster to execute a task by using the second managed cluster; wherein the determining, by the central cluster, a second managed cluster that meets the scheduling request comprises: determining, by the central cluster, the second managed cluster based on image information that is specified by the scheduling request and that matches the task, wherein the image information comprises a name of the image and a version number of the image, and the second managed cluster is a managed cluster that has authorized the first managed cluster to use the image specified by the requested image information, wherein the method further comprises: receiving, by the central cluster, by using a heartbeat mechanism, image information periodically reported by each managed cluster. receiving (S210), by the central cluster, a scheduling request sent by the first managed cluster, and determining a second managed cluster that meets the scheduling request; and indicating (S230), by the central cluster, the first managed cluster to execute a task by using the second managed cluster; wherein the determining, by the central cluster, a second managed cluster that meets the scheduling request comprises: determining, by the central cluster, the second managed cluster based on image information that is specified by the scheduling request and that matches the task, wherein the image information comprises a name of the image and a version number of the image, and the second managed cluster is a managed cluster that has authorized the first managed cluster to use the image specified by the requested image information, wherein the method further comprises: receiving, by the central cluster, by using a heartbeat mechanism, image information periodically reported by each managed cluster.