mhurhangee/ep-ind-claims huggingface dataset:
A membrane gas holder dome with reduced heat loss, adapted to be installed on a heated digester adapted to produce combustible gas, comprising: - a first membrane, impermeable to gases, adapted to delimit, at least partially, a storage chamber of the combustible gas; - a second membrane, impermeable to gases, adapted to delimit, at least partially, a pressurization chamber superimposed on said storage chamber; - inflation means (15, 16, 17, 18) of said pressurization chamber by means of an auxiliary gas, preferably air; - a layer of composite material, with heat insulating function, interposed between said first membrane and said second membrane, wherein said layer of composite material comprises: - a membrane made of plastic material heat sealable and impermeable to gases; - a reflective metal foil; characterised in that said layer of composite material is arranged over said first membrane resting on it, and is oriented so that said metal foil is facing said first membrane. - a first membrane, impermeable to gases, adapted to delimit, at least partially, a storage chamber of the combustible gas; - a second membrane, impermeable to gases, adapted to delimit, at least partially, a pressurization chamber superimposed on said storage chamber; - inflation means (15, 16, 17, 18) of said pressurization chamber by means of an auxiliary gas, preferably air; - a layer of composite material, with heat insulating function, interposed between said first membrane and said second membrane, - a membrane made of plastic material heat sealable and impermeable to gases; - a reflective metal foil;
A method of managing traffic associated with a User Equipment, UE, by a User Plane Function, UPF, in a telecommunication network, said UPF being associated with a Session Management Function, SMF, and a Network Data Analytics Function, NWDAF, wherein said UPF has access to an observation space comprising a list of possible states said network may take and wherein said UPF has access to an action space comprising a list of possible actions that said UPF is allowed to perform, said method comprising the steps of: - receiving, by said UPF, from said NWDAF, a state of said network, wherein said state is comprised by said list of possible states; - receiving, by said UPF, from said NWDAF, a reward, wherein said reward indicates a degree of satisfaction of said network to be in said state; - receiving, by said UPF, network traffic from said UE; - performing, by said UPF, triggered by said received traffic, an action comprised by said list of possible actions based on said received state of said network and based on said received reward. - receiving, by said UPF, from said NWDAF, a state of said network, wherein said state is comprised by said list of possible states; - receiving, by said UPF, from said NWDAF, a reward, wherein said reward indicates a degree of satisfaction of said network to be in said state; - receiving, by said UPF, network traffic from said UE; - performing, by said UPF, triggered by said received traffic, an action comprised by said list of possible actions based on said received state of said network and based on said received reward.
An Adaptive Differential Pulse-code Modulation ADPCM encoding apparatus adapted to input a sampled Pulse-code Modulation PCM signal of a sound and obtain a differential value between a signal value of the inputted PCM signal at a predetermined time and a decoded signal value one sample before the signal value to obtain an ADPCM signal, comprising: a high-frequency measuring section adapted to detect a first signal that indicates a short-period change of the PCM signal; a low-frequency measuring section adapted to detect a second signal that indicates a long-period change of the PCM signal; an adaptive quantizing section adapted to select a function for changing an adaptive quantization characteristic based on the first signal and the second signal, and use the selected function to quantize the differential value, so as convert the differential value into an ADPCM value; and an adaptive inverse-quantizing section adapted to adaptively inverse-quantize the ADPCM value to obtain the decoded signal value. a high-frequency measuring section adapted to detect a first signal that indicates a short-period change of the PCM signal; a low-frequency measuring section adapted to detect a second signal that indicates a long-period change of the PCM signal; an adaptive quantizing section adapted to select a function for changing an adaptive quantization characteristic based on the first signal and the second signal, and use the selected function to quantize the differential value, so as convert the differential value into an ADPCM value; and an adaptive inverse-quantizing section adapted to adaptively inverse-quantize the ADPCM value to obtain the decoded signal value.
Cutting part for drilling into a ceramic component, wherein the cutting part is in the form of a plate, can be inserted into an insertion slot in a shank and has at least one main cutting-edge region with a main cutting edge, and a tip with a chisel edge, wherein the cutting part defines a longitudinal axis, a main axis and a transverse axis which are perpendicular to one another and extend through the geometric centre of gravity of the main cutting-edge region, wherein the chisel edge is formed by the intersection of two tip faces (6, 7) and the ends of the chisel edge are defined by two point-thinning faces (8, 9) which, together with the tip faces (6, 7), each form a first tip main cutting edge and a second tip main cutting edge, characterized in that the centre of the chisel edge is offset in the direction of the transverse axis from the longitudinal axis by a degree of eccentricity (e) of at least 1% of the nominal diameter of the cutting part, such that the first tip main cutting edge is shorter than the second tip main cutting edge, wherein one end of the chisel edge lies on the longitudinal axis.
A patient adapter for an eye laser apparatus, comprising: a first partial adapter unit including a suction ring portion to be placed on an eye and to be affixed to the eye by means of suction force, the suction ring portion having a ring axis; and a second partial adapter unit formed separately from the first partial adapter unit, the second partial adapter unit configured for releasable coupling to the eye laser apparatus and including an eye contact element for shaping a surface of the eye, wherein the first and second partial adapter units are held together mechanically in a module and are adjustable with respect to each other in the module between a first relative position in which the eye contact element assumes a first axial position with respect to the suction ring portion and a second relative position in which the eye contact element assumes a second axial position with respect to the suction ring portion, characterized in that one of the first and second partial adapter units is provided with an axially displaceable abutment face for axial abutment of the other of the first and second partial adapter units, wherein the patient adapter includes a control member which is adjustable between a first control position and a second control position, the control member prohibiting in the first control position an axial displacement of the abutment face and permitting in the second control position an axial displacement of the abutment face. a first partial adapter unit including a suction ring portion to be placed on an eye and to be affixed to the eye by means of suction force, the suction ring portion having a ring axis; and a second partial adapter unit formed separately from the first partial adapter unit, the second partial adapter unit configured for releasable coupling to the eye laser apparatus and including an eye contact element for shaping a surface of the eye, wherein the first and second partial adapter units are held together mechanically in a module and are adjustable with respect to each other in the module between a first relative position in which the eye contact element assumes a first axial position with respect to the suction ring portion and a second relative position in which the eye contact element assumes a second axial position with respect to the suction ring portion, characterized in that one of the first and second partial adapter units is provided with an axially displaceable abutment face for axial abutment of the other of the first and second partial adapter units, wherein the patient adapter includes a control member which is adjustable between a first control position and a second control position, the control member prohibiting in the first control position an axial displacement of the abutment face and permitting in the second control position an axial displacement of the abutment face.
A method for forwarding data within a virtual network instance comprising a plurality of end nodes using a designated forwarding node, wherein the method comprises: maintaining, within a designated forwarding node, a plurality of complete forwarding information for all of the end nodes within the virtual network instance; receiving a data packet destined for any of the end nodes in the virtual network instance; and forwarding the data packet based on the forwarding information, wherein the virtual network instance comprises a plurality of end nodes wherein the designated forwarding node is directly connected to some of the end nodes within the virtual network instance; characterized by removing the role as the designated forwarding node for the virtual network instance when resources consumed within the designated forwarding node crosses a certain threshold. maintaining, within a designated forwarding node, a plurality of complete forwarding information for all of the end nodes within the virtual network instance; receiving a data packet destined for any of the end nodes in the virtual network instance; and forwarding the data packet based on the forwarding information, wherein the virtual network instance comprises a plurality of end nodes wherein the designated forwarding node is directly connected to some of the end nodes within the virtual network instance; characterized by removing the role as the designated forwarding node for the virtual network instance when resources consumed within the designated forwarding node crosses a certain threshold.
Method for determining a braking slide of a lift cage of a lift installation, which slide is caused by a brake unit of a safety brake, the method comprising the following steps: - triggering the safety brake of the lift cage, wherein a rolling element rolls at least partially along a stationary rolling track, and - producing a start marking by means of a marking element (40, 41, 66) during rolling of the rolling element along the rolling track. - triggering the safety brake of the lift cage, wherein a rolling element rolls at least partially along a stationary rolling track, and - producing a start marking by means of a marking element (40, 41, 66) during rolling of the rolling element along the rolling track.
Electric arc furnace power supply apparatus for an electric arc furnace comprising at least one electrode and connectable to a power network to supply to said electrode the electric energy to generate an electric arc to melt a metal mass, said power network being a three phase electric network with three phases, said apparatus comprising an electric regulation unit interposed and connected to the power network and to the electrode and configured to regulate at least one electric quantity for powering said electrode, wherein said apparatus comprises at least one detection device (20, 22) to detect said electric quantity interposed between the electrode and said electric regulation unit, a positioning device configured to move the at least one electrode nearer to/away from the metal mass to be melted and a control and command unit connected to said electric regulation unit, to said power network, and to said positioning device in order to control said electric regulation unit and said positioning device, characterized in that said electric regulation unit comprises a converter device configured to convert the electric energy of the power network in electric energy to power said electrode and provided with a plurality of modules, connected in parallel with each other and with the power network, in that each module comprises three phase sub-modules (34R, 34S, 34T), one for each of the phases (R, S, T) of the power network, each phase sub-module (34R, 34S, 34T) comprising a straightening circuit, configured to straighten and regulate the respective phase current supplied by the power network, an intermediate circuit, in direct current, configured to store energy and create a separation between the external power network and the electrode, and an inverter circuit configured to invert the current regulating the frequency and the amplitude of the fundamental of the alternate current at exit.
Apparatus for capturing object outlines, such as measuring instrument and tool outlines, for manufacturing shadow boards or inserts on which the outer contours of the object are cut out, such that recesses are formed into which the objects can be placed with an exact fit, comprising a transparent placement surface, a digital camera aimed at the placement surface, and a light source for illuminating the placement surface, wherein the light source and the digital camera are located at opposite sides or on the same side of the placement surface, - characterized in that - a plurality of, preferably 2, 4 or 6, digital cameras are arranged next to one another and in that the image sections of the cameras adjoin one another or at least partially overlap, - the transparent placement surface, the light source and the digital cameras are arranged in a common mobile frame, - the frame is partially telescopic, such that the distance between the transparent placement surface and the digital cameras is variable, wherein the apparatus is in principle configured such that - the plurality of cameras take images of segments (13.1 to 13.6) of the placement surface, and in that these images are assembled to form a total image of the placement surface, - the light-dark boundaries of the images of the placement surface having objects located thereon are vectorized such that the result is a closed curved line for each object located on the placement surface, - the vectorized closed curved lines are converted into a path control for a machining device, preferably a milling machine or a plotter, wherein the data of said path control is transmittable either directly via a signal link to a suitable machining device or can be stored in the form of a file. - characterized in that - a plurality of, preferably 2, 4 or 6, digital cameras are arranged next to one another and in that the image sections of the cameras adjoin one another or at least partially overlap, - the transparent placement surface, the light source and the digital cameras are arranged in a common mobile frame, - the frame is partially telescopic, such that the distance between the transparent placement surface and the digital cameras is variable, wherein the apparatus is in principle configured such that - the plurality of cameras take images of segments (13.1 to 13.6) of the placement surface, and in that these images are assembled to form a total image of the placement surface, - the light-dark boundaries of the images of the placement surface having objects located thereon are vectorized such that the result is a closed curved line for each object located on the placement surface, - the vectorized closed curved lines are converted into a path control for a machining device, preferably a milling machine or a plotter, wherein the data of said path control is transmittable either directly via a signal link to a suitable machining device or can be stored in the form of a file.
A method of modifying a root vegetable product comprising: contacting the surface of the root vegetable product with an effective amount of asparaginase enzyme in order to modify the surface of the root vegetable product; and drying the root vegetable product while contacting the surface with the enzyme, wherein the enzyme is contacted with the surface by spraying the enzyme on the surface immediately prior to, or during, the drying step; wherein the root vegetable product is dried at a temperature of between 30 and 65°C and at a relative humidity of between 20% and 80%; wherein asparaginase activity and resulting surface modification occur entirely during the drying step; wherein the root vegetable product is a potato product, sweet potato product, yam product, carrot product or beet product; and wherein the contacting step and the drying step are partially concurrent or fully concurrent. contacting the surface of the root vegetable product with an effective amount of asparaginase enzyme in order to modify the surface of the root vegetable product; and drying the root vegetable product while contacting the surface with the enzyme, wherein the enzyme is contacted with the surface by spraying the enzyme on the surface immediately prior to, or during, the drying step; wherein the root vegetable product is dried at a temperature of between 30 and 65°C and at a relative humidity of between 20% and 80%; wherein asparaginase activity and resulting surface modification occur entirely during the drying step; wherein the root vegetable product is a potato product, sweet potato product, yam product, carrot product or beet product; and wherein the contacting step and the drying step are partially concurrent or fully concurrent.
A transport refrigeration system for controlling a temperature associated with a mobile refrigerated cargo box comprising: a refrigeration unit having a refrigerant circuit through which a refrigerant is circulated in heat exchange relationship with air drawn from the cargo box; a fuel-fired engine for powering the refrigeration unit, the engine having an exhaust system through which exhaust gases generated by the engine are discharged; an engine coolant circuit; an engine exhaust gases to engine coolant heat exchanger; and an engine coolant circuit to refrigeration unit heat exchanger; wherein the engine exhaust gases to engine coolant heat exchanger comprises a first heat exchanger having an engine coolant pass interdisposed in the engine coolant circuit and a gas-side pass, the engine coolant pass disposed in the gas-side pass for passing engine coolant in heat exchange relationship with a flow of engine exhaust gases passing through the gas-side pass, whereby the engine coolant absorbs heat from the engine exhaust gases and the engine exhaust gases are cooled; and wherein the engine coolant circuit to refrigeration unit heat exchanger comprises a second heat exchanger having a refrigerant pass interdisposed in the refrigerant circuit and an engine coolant pass interdisposed in the engine coolant circuit, the refrigerant pass and the engine coolant pass arranged in heat exchange relationship. a refrigeration unit having a refrigerant circuit through which a refrigerant is circulated in heat exchange relationship with air drawn from the cargo box; a fuel-fired engine for powering the refrigeration unit, the engine having an exhaust system through which exhaust gases generated by the engine are discharged; an engine coolant circuit; an engine exhaust gases to engine coolant heat exchanger; and an engine coolant circuit to refrigeration unit heat exchanger; wherein the engine exhaust gases to engine coolant heat exchanger comprises a first heat exchanger having an engine coolant pass interdisposed in the engine coolant circuit and a gas-side pass, the engine coolant pass disposed in the gas-side pass for passing engine coolant in heat exchange relationship with a flow of engine exhaust gases passing through the gas-side pass, whereby the engine coolant absorbs heat from the engine exhaust gases and the engine exhaust gases are cooled; and wherein the engine coolant circuit to refrigeration unit heat exchanger comprises a second heat exchanger having a refrigerant pass interdisposed in the refrigerant circuit and an engine coolant pass interdisposed in the engine coolant circuit, the refrigerant pass and the engine coolant pass arranged in heat exchange relationship.
A laser eye surgery system for treating presbyopia in a patient, the system comprising: a laser device for emitting a beam of ablative energy; and a processor coupled with the laser to direct the beam of ablative energy to ablate a first ablative shape on a corneal surface of a first eye of the patient and a second ablative shape on a corneal surface of a second eye of the patient, wherein the processor includes a tangible medium having a treatment table associated with each ablative shape embodied thereon, and wherein the first ablative shape enhances near vision through a central zone of the first eye, and the second ablative shape enhances near vision through a peripheral zone of the second eye and wherein the first ablative shape further comprises a peripheral zone for viewing distant objects and the second ablative shape includes central zone to provide for vision of distant objects. a laser device for emitting a beam of ablative energy; and a processor coupled with the laser to direct the beam of ablative energy to ablate a first ablative shape on a corneal surface of a first eye of the patient and a second ablative shape on a corneal surface of a second eye of the patient, wherein the processor includes a tangible medium having a treatment table associated with each ablative shape embodied thereon, and wherein the first ablative shape enhances near vision through a central zone of the first eye, and the second ablative shape enhances near vision through a peripheral zone of the second eye and wherein the first ablative shape further comprises a peripheral zone for viewing distant objects and the second ablative shape includes central zone to provide for vision of distant objects.
A winding structure for a rotating electric machine, comprising: a core including slots (12, 12a, 12b); and a coil (14, 14') including a first winding and a second winding combined by intersecting the first winding and the second winding with each other, wherein the first winding comprises a first straight portion and a second straight portion, and the second winding comprises a first straight portion and a second straight portion, characterized in that the first straight portion of the first winding and the first straight portion of the second winding are inserted into a first slot of the core and the second straight portion of the first winding and the second straight portion of the second winding are inserted into a second slot of the core which is located at a predetermined interval from the first slot. a core including slots (12, 12a, 12b); and a coil (14, 14') including a first winding and a second winding combined by intersecting the first winding and the second winding with each other, wherein the first winding comprises a first straight portion and a second straight portion, and the second winding comprises a first straight portion and a second straight portion, characterized in that the first straight portion of the first winding and the first straight portion of the second winding are inserted into a first slot of the core and the second straight portion of the first winding and the second straight portion of the second winding are inserted into a second slot of the core which is located at a predetermined interval from the first slot.