mhurhangee/patent-ind-claim-en huggingface dataset:
An acoustic liner , comprising: a support layer that includes a set of partitioned cavities with open faces; a facing sheet operably coupled to the support layer such that the facing sheet overlies and closes the open faces, wherein an upper surface of the facing sheet comprises at least one discontinuity , the at least one discontinuity comprising: a partially formed perforation, a recess, or a channel, each of which extends less than all the way through the facing sheet; and a set of perforations included in the facing sheet , and in fluid communication with cavities included in the set of cavities to form a set of acoustic resonators and where the set of perforations are formed via grit blasting and range in diameter from 0.66 mm to 0.759 mm (0.026 inches to 0.0299 inches), wherein the at least one discontinuity is located between the perforations . a support layer that includes a set of partitioned cavities with open faces; a facing sheet operably coupled to the support layer such that the facing sheet overlies and closes the open faces, wherein an upper surface of the facing sheet comprises at least one discontinuity , the at least one discontinuity comprising: a partially formed perforation, a recess, or a channel, each of which extends less than all the way through the facing sheet; and a set of perforations included in the facing sheet , and in fluid communication with cavities included in the set of cavities to form a set of acoustic resonators and where the set of perforations are formed via grit blasting and range in diameter from 0.66 mm to 0.759 mm (0.026 inches to 0.0299 inches), wherein the at least one discontinuity is located between the perforations .
A method of rendering an object in a virtual three-dimensional space , the method comprising: obtaining a first plurality of pixel values of a first image captured by a camera in real space , the first plurality of pixel values being associated with a first three-dimensional position (x 1 , y 1 , z 1 ), in the virtual three-dimensional space , of the camera when the first image was captured, each one of the first plurality of pixel values being associated with an orientation (φ l , θ m ) in the virtual three-dimensional space , of a portion of a light field represented by the pixel; estimating, using compressive sensing, and based on the first plurality of pixel values, a light field value for at least one second position (x 2 , y 2 , z 2 ), different from the first position (x 1 , y 1 , z 1 ), in the virtual three-dimensional space , wherein the estimated light field value is an estimate of an amount of light, from a given direction having a given orientation (φ 2 , θ 2 ), at the second position (x 2 , y 2 , z 2 ) ; and rendering an object , in the virtual three-dimensional space , located at the second position (x 2 , y 2 , z 2 ), using the estimated light field value as a lighting condition of the object. obtaining a first plurality of pixel values of a first image captured by a camera in real space , the first plurality of pixel values being associated with a first three-dimensional position (x 1 , y 1 , z 1 ), in the virtual three-dimensional space , of the camera when the first image was captured, each one of the first plurality of pixel values being associated with an orientation (φ l , θ m ) in the virtual three-dimensional space , of a portion of a light field represented by the pixel; estimating, using compressive sensing, and based on the first plurality of pixel values, a light field value for at least one second position (x 2 , y 2 , z 2 ), different from the first position (x 1 , y 1 , z 1 ), in the virtual three-dimensional space , wherein the estimated light field value is an estimate of an amount of light, from a given direction having a given orientation (φ 2 , θ 2 ), at the second position (x 2 , y 2 , z 2 ) ; and rendering an object , in the virtual three-dimensional space , located at the second position (x 2 , y 2 , z 2 ), using the estimated light field value as a lighting condition of the object.
A method for identifying an internal flaw in a part produced using additive manufacturing, the method comprising: calculating a proof load of a part, wherein the proof load is a load that when applied to the part will cause the part to fail based on presence of an internal flaw in the part, wherein the proof load is dependent upon an operational load for the part and stress intensity data for a material of the part; determining whether the part can withstand the proof load based on a geometry of the part and static strength data; and based on a determination that the part can withstand the proof load, applying the proof load to the part during a compliance test of the part, wherein the proof load causes the part to fracture, when applied to the part, based on presence of the internal flaw in the part that is of a threshold size at which the internal flaw would cause cracking and potential part failure when the part is placed under the operational load; wherein the stress intensity data for the material of the part comprises a critical fracture toughness (K C ) and a threshold stress-intensity factor (K th ) of the material for the part , and wherein calculating the proof load (P proof ) of the part comprises: determining the critical fracture toughness (K C ) based on a print direction of the part . calculating a proof load of a part, wherein the proof load is a load that when applied to the part will cause the part to fail based on presence of an internal flaw in the part, wherein the proof load is dependent upon an operational load for the part and stress intensity data for a material of the part; determining whether the part can withstand the proof load based on a geometry of the part and static strength data; and based on a determination that the part can withstand the proof load, applying the proof load to the part during a compliance test of the part, wherein the proof load causes the part to fracture, when applied to the part, based on presence of the internal flaw in the part that is of a threshold size at which the internal flaw would cause cracking and potential part failure when the part is placed under the operational load;
A capacitance minimization circuit, comprising: a) a CMOS transmission gate comprising signal loss caused by parasitic capacitance; and b) an amplifier circuit , connected to the input of the CMOS transmission gate, configured to sense a rate of change of an input signal voltage of the CMOS transmission gate in order to detect said signal loss caused by the parasitic capacitances and to feed back a current according to the signal loss caused by the parasitic capacitance to the input of the CMOS transmission gate. a) a CMOS transmission gate comprising signal loss caused by parasitic capacitance; and b) an amplifier circuit , connected to the input of the CMOS transmission gate, configured to sense a rate of change of an input signal voltage of the CMOS transmission gate in order to detect said signal loss caused by the parasitic capacitances and to feed back a current according to the signal loss caused by the parasitic capacitance to the input of the CMOS transmission gate.
A cooking device comprising a cooking chamber ; a safety member which is fixed to at least one wall of the cooking chamber and which opens into the cooking chamber from one end such that water accumulating in the cooking chamber can enter through the safety member ; a delivery pipe which is connected to the safety member for receiving and transferring water coming from the safety member ; and a safety mechanism whereto the other end of the delivery pipe is connected, for detecting overflow of water from the cooking chamber by being activated when water transferred by the delivery pipe reaches on the safety mechanism , characterized that the safety member comprises a closed base which is provided at the end of the cylindrical safety member and which extends into the cooking chamber ; a ceiling which is positioned opposite to the base ; and opens outside the cooking chamber an opening having an inlet which is arranged on the lateral wall thereof and which opens into the cooking chamber and an outlet which extends from the inlet to the ceiling along the safety member and which into the ceiling where the delivery pipe is connected to the safety member and that the safety member which is mounted to the wall of the cooking chamber such that the inlet faces the base of the cooking chamber .
A bacterium of the species Bifidobacterium animalis subsp. lactis strain 420 (B420) for use in treating one or more of the following diseases and conditions (a) to (g) in a mammal: (a) treating diabetes; (b) treating metabolic syndrome; (c) treating impaired glucose tolerance; (d) normalising insulin sensitivity; (e) increasing fed insulin secretion; (f) decreasing fasted insulin secretion; (g) treating obesity, controlling weight gain, inducing weight loss, lowering body fat mass and/or lowering mesenteric fat mass. (a) treating diabetes; (b) treating metabolic syndrome; (c) treating impaired glucose tolerance; (d) normalising insulin sensitivity; (e) increasing fed insulin secretion; (f) decreasing fasted insulin secretion; (g) treating obesity, controlling weight gain, inducing weight loss, lowering body fat mass and/or lowering mesenteric fat mass.
An inflatable packaging web comprising: a continuous web of preformed pouches defined by two panels sealed together along first and second side edges and sealed together along a bottom edge or folded along a bottom edge ; wherein at least one of the panels is inflatable; an outside skin disposed over at least one of the panels , wherein the outside skin is sealed to the at least one inflatable panel at the first and second side edges ; a continuous inflation channel in fluid communication with the at least one inflatable panel , wherein the continuous inflation channel extends along a top of the continuous web of preformed pouches and above the outside skin . a continuous web of preformed pouches defined by two panels sealed together along first and second side edges and sealed together along a bottom edge or folded along a bottom edge ; wherein at least one of the panels is inflatable; an outside skin disposed over at least one of the panels , wherein the outside skin is sealed to the at least one inflatable panel at the first and second side edges ; a continuous inflation channel in fluid communication with the at least one inflatable panel , wherein the continuous inflation channel extends along a top of the continuous web of preformed pouches and above the outside skin .
A device for forming a quasi-neutral beam of ions and electrons, comprising: - a chamber , - a set of means for forming an ion-electron plasma in this chamber ; - a means for extracting and accelerating charged particles of the plasma out of the chamber able to form said beam, said extraction and acceleration means comprising a set of at least two grids located at one end of the chamber; - a radiofrequency alternating voltage source adapted for generating a signal, the radiofrequency of which is comprised between the plasma frequency of the ions and the plasma frequency of the electrons, said radiofrequency voltage source being positioned in series with a capacitor and connected, through one of its outlet and via this capacitor , to at least one of the grids of said set of at least two grids , at least one other grid of said set of at least two grids either being set to a reference potential, or connected to the other one of the outlets of the radiofrequency voltage source . - a chamber , - a set of means for forming an ion-electron plasma in this chamber ; - a means for extracting and accelerating charged particles of the plasma out of the chamber able to form said beam, said extraction and acceleration means comprising a set of at least two grids located at one end of the chamber; - a radiofrequency alternating voltage source adapted for generating a signal, the radiofrequency of which is comprised between the plasma frequency of the ions and the plasma frequency of the electrons, said radiofrequency voltage source being positioned in series with a capacitor and connected, through one of its outlet and via this capacitor , to at least one of the grids of said set of at least two grids , at least one other grid of said set of at least two grids either being set to a reference potential, or connected to the other one of the outlets of the radiofrequency voltage source .
A dry-to-the touch, ready-to-use hydrophilic intermittent catheter assembly, comprising: a catheter having an insertable portion with a hydrophilic outer surface in an activated condition, the catheter including a including a funnel associated with a drainage end of the catheter located opposite an insertion end thereof; characterized in : a liquid and vapor impermeable sleeve defining a closed cavity and covering at least the insertable portion of the catheter , the sleeve being sealed at a seal zone beyond the funnel and the seal zone provided with a weakened tear propagation line ; an introducer tip adjacent to the insertion end of the insertable portion of the catheter wherein the liquid and vapor impermeable sleeve is sealed to the introducer tip to define the closed cavity; an amount of liquid disposed and contained within the closed cavity defined by the sleeve ; the amount of liquid being contained within a liquid flow interfering element that interferes with liquid flow, the liquid flow interfering element contained within the closed cavity defined by the sleeve and comprising a liquid impermeable, vapor permeable membrane sealed to an inner surface of the sleeve with the liquid being confined between the membrane and the inner surface of the sleeve ; a vapor atmosphere contained within the cavity defined by the liquid and vapor impermeable sleeve wherein the vapor atmosphere is produced by vapor donated from the amount of liquid contained within the liquid flow interfering element .; a liquid and vapor impermeable sleeve defining a closed cavity and covering at least the insertable portion of the catheter , the sleeve being sealed at a seal zone beyond the funnel and the seal zone provided with a weakened tear propagation line ; an introducer tip adjacent to the insertion end of the insertable portion of the catheter wherein the liquid and vapor impermeable sleeve is sealed to the introducer tip to define the closed cavity; an amount of liquid disposed and contained within the closed cavity defined by the sleeve ; the amount of liquid being contained within a liquid flow interfering element that interferes with liquid flow, the liquid flow interfering element contained within the closed cavity defined by the sleeve and comprising a liquid impermeable, vapor permeable membrane sealed to an inner surface of the sleeve with the liquid being confined between the membrane and the inner surface of the sleeve ; a vapor atmosphere contained within the cavity defined by the liquid and vapor impermeable sleeve wherein the vapor atmosphere is produced by vapor donated from the amount of liquid contained within the liquid flow interfering element .;
A system for monitoring animals, for example dairy cattle or beef cattle, in a livestock enclosure ( E ), said system comprising at least one comfort mattress , wherein said comfort mattress includes: - at least one resilient layer adapted to undergo an elastic deformation, and - an upper surface on which an animal in intended to rest, wherein said comfort mattress is equipped with means for determining at least one parameter of at least one animal resting on said upper surface , intended to be connected to remote data collection / processing means , wherein said determination means comprise detection means comprising at least one pressure sensor , for measuring the weight of said at least one animal resting on said upper surface , said comfort mattress including several juxtaposed housing modules that are each adapted to accommodate at least one animal and that are each equipped with said determination means , the determination means comprising at least one pressure sensor that is positioned at each of said housing modules , said system comprising remote data collection and / or processing means , connected to the determination means equipping said at least one comfort mattress , and the remote means being connected to each of said determination means present within the enclosure ( E ). - at least one resilient layer adapted to undergo an elastic deformation, and - an upper surface on which an animal in intended to rest,
A method to define construction of a green compact including at least one object embedded therein, the method comprising: receiving three-dimensional data defining the at least one object ; identifying a planar surface in the at least one object based on the three-dimensional data; defining an orientation of the at least one object so that the planar surface extends at least partially over a Z height of the green compact ; and defining a mask pattern per layer to form the at least one object in the defined orientation by an additive manufacturing process with powder material, wherein said mask pattern defines a structure to be formed by deposition of a solidifiable material forming in the green compact discrete volumes to be removed from the green compact at the end of the layer building process for revealing the at least one object , and wherein the orientation of the at least one object is selected to increase a distribution uniformity of said solidifiable material across a Z height of the green compact . receiving three-dimensional data defining the at least one object ; identifying a planar surface in the at least one object based on the three-dimensional data; defining an orientation of the at least one object so that the planar surface extends at least partially over a Z height of the green compact ; and defining a mask pattern per layer to form the at least one object in the defined orientation by an additive manufacturing process with powder material, wherein said mask pattern defines a structure to be formed by deposition of a solidifiable material forming in the green compact discrete volumes to be removed from the green compact at the end of the layer building process for revealing the at least one object , and wherein the orientation of the at least one object is selected to increase a distribution uniformity of said solidifiable material across a Z height of the green compact .
A paging method, comprising: receiving, by a terminal device , a paging message sent by an access network device based on at least one network slice used by the terminal device, comprising: determining, by the terminal device , at least one paging group to which the terminal device belongs and which corresponds to the at least one network slice based on the at least one network slice used by the terminal device and corresponding relationship between multiple network slices and multiple paging groups; receiving, by the terminal device , indication information sent by the access network device, the indication information indicating a target paging group of at least one paging group; and receiving, by the terminal device , on the basis of the paging group determination step and on the basis of the target paging group received information, the paging message sent to a terminal device of the target paging group by the access network device. determining, by the terminal device , at least one paging group to which the terminal device belongs and which corresponds to the at least one network slice based on the at least one network slice used by the terminal device and corresponding relationship between multiple network slices and multiple paging groups; receiving, by the terminal device , indication information sent by the access network device, the indication information indicating a target paging group of at least one paging group; and receiving, by the terminal device , on the basis of the paging group determination step and on the basis of the target paging group received information, the paging message sent to a terminal device of the target paging group by the access network device.
Outlet basin for a closed or semi-closed aquaculture pen comprising: a closable central outlet duct for fish; a sludge removal system , wherein - the outlet basin comprises a funnel with a wide upper opening and a narrow lower opening in fluid communication with the outlet duct for fish, - the sludge removal system comprises a circumferential channel covered by a mesh for preventing fish from passing into the channel and having at least one sludge port for the removal of sludge; wherein the basin further comprises - attachment means for coupling the outlet basin to the bottom portion of the pen along the outer edge of the channel ; and - a main water outlet is arranged in the funnel sidewall as one or more apertures covered by a fish grid to prevent fish from passing through. a closable central outlet duct for fish; a sludge removal system , wherein - the outlet basin comprises a funnel with a wide upper opening and a narrow lower opening in fluid communication with the outlet duct for fish, - the sludge removal system comprises a circumferential channel covered by a mesh for preventing fish from passing into the channel and having at least one sludge port for the removal of sludge; wherein the basin further comprises - attachment means for coupling the outlet basin to the bottom portion of the pen along the outer edge of the channel ; and - a main water outlet is arranged in the funnel sidewall as one or more apertures covered by a fish grid to prevent fish from passing through. - the outlet basin comprises a funnel with a wide upper opening and a narrow lower opening in fluid communication with the outlet duct for fish, - the sludge removal system comprises a circumferential channel covered by a mesh for preventing fish from passing into the channel and having at least one sludge port for the removal of sludge; - attachment means for coupling the outlet basin to the bottom portion of the pen along the outer edge of the channel ; and - a main water outlet is arranged in the funnel sidewall as one or more apertures covered by a fish grid to prevent fish from passing through.
A bituminous binder composition comprising a bituminous binder, an elastomer, and a cross-linkable vegetable oil having an iodine value of at least 50, wherein the bituminous binder composition has a dynamic viscosity at 80°C of about 0.5 Pa.s to about 12 Pa.s according to test method NEN-EN 13302-2010.
A fan frame comprising: a housing ; a base ; a plurality of connection members ; a circuit board integrally formed with a plurality of protruding ribs and at least one outer rib , wherein each of the plurality of protruding ribs is aligned with a respective one of the plurality of connection members , and wherein each of the at least one outer rib is located between two adjacent ones of the plurality of protruding ribs ; wherein the fan frame is characterized in comprising a plurality of light-emitting elements , wherein the plurality of protruding ribs and the at least one outer rib are mounted with the plurality of light-emitting elements . a housing ; a base ; a plurality of connection members ; a circuit board integrally formed with a plurality of protruding ribs and at least one outer rib , wherein each of the plurality of protruding ribs is aligned with a respective one of the plurality of connection members , and wherein each of the at least one outer rib is located between two adjacent ones of the plurality of protruding ribs ; wherein the fan frame is characterized in comprising a plurality of light-emitting elements , wherein the plurality of protruding ribs and the at least one outer rib are mounted with the plurality of light-emitting elements .