mhurhangee/ep-ind-claims huggingface dataset:
A body armor articles (10,26,40,48) for resisting ballistic objects, comprising: a plurality of woven fabric layers woven from yarns having a tenacity of at least 7.3 grams perdtex and a modulus of at least 100 grams per dtex; a plurality of sheet layers comprising nonwoven random oriented fibrous sheets, each of the sheet layers comprising a uniform mixture of 3 to 60 weight percent polymeric binder and 40 to 97 weight percent non-fibrillated fibers, the non-fibrillated fibers having a yarn tenacity of at least 1.8 grams per dtex and a modulus of at least 75 grams per dtex, and wherein each of the sheet layers has a thickness of at least 0.013 mm; the woven fabric layers and the sheet layers stacked together comprising a first core section (16,24,50) which includes at least two repeating units (22,23,56) of, in order, at least one of the woven fabric layers then at least one of the sheet layers;and the sheet layers comprising 0.5 to 30 wt % of the total weight of the article (10,26,40,48). a plurality of woven fabric layers woven from yarns having a tenacity of at least 7.3 grams perdtex and a modulus of at least 100 grams per dtex; a plurality of sheet layers comprising nonwoven random oriented fibrous sheets, each of the sheet layers comprising a uniform mixture of 3 to 60 weight percent polymeric binder and 40 to 97 weight percent non-fibrillated fibers, the non-fibrillated fibers having a yarn tenacity of at least 1.8 grams per dtex and a modulus of at least 75 grams per dtex, and wherein each of the sheet layers has a thickness of at least 0.013 mm; the woven fabric layers and the sheet layers stacked together comprising a first core section (16,24,50) which includes at least two repeating units (22,23,56) of, in order, at least one of the woven fabric layers then at least one of the sheet layers;and the sheet layers comprising 0.5 to 30 wt % of the total weight of the article (10,26,40,48).
An end of arm tool for robotic cooking system, comprising: a rotary actuator, a flexible coupling, a linear actuator, a gripper operably connected with the linear actuator and designed to releasably grip an object, such as a tray, a container, a dish, or a plate; wherein the flexible coupling is operably connected with the rotary actuator and is adapted to be releasably engaged with an engagement means of a plurality of the containers for holding a supply of an ingredient, so that at the engaged position the rotation of the flexible coupling causes rotation of a corresponding engagement means of such elements of the robotic cooking system as the plurality of the containers and/or washing nozzle of a washing subsystem; wherein the flexible coupling is designed to compensate misalignment and/or ensure easy entering of the engaging part of the flexible coupling to the corresponding engagement means of the plurality of the containers; wherein the gripper comprising two rods, directly or indirectly associated with load cells, adapted to provide a representation of a load on the gripper; wherein each rod is further provided with a ledge having one or more recesses, designed to accommodate an object gripped by the gripper; and wherein the rods are further provided with heads, designed to be engaged with cavities of the respective shape on a container for holding a supply of an ingredient.
A rotary transformer for a rotary ultrasonic testing apparatus, comprising a plate-shaped stator having a coil arranged on one surface thereof, and a plate-shaped rotator having a coil arranged on one surface thereof, the respective coil-arranged surfaces (511, 521) of the stator and the rotator being disposed to face with each other so as to allow a signal transmission in a frequency range of 1 to 10 MHz between the coils facing with each other, wherein the stator comprises a substrate on which a plurality of one-turn coils are formed into a concentric shape, and a supporting member for supporting a surface opposite the coil-forming surface of the substrate; the rotator comprises a substrate on which one-turn coils of same number as that of the one-turn coils formed in the stator are formed into a concentric shape, and a supporting member for supporting a surface opposite the coil-forming surface of the substrate; and air or a material which is an insulator and has a relative magnetic permeability substantially equal to 1 is lying between the substrate and the supporting member included in the stator, and between the substrate and the supporting member included in the rotator.
Apparatus for providing a regulated, limited generator field current to a generator in order to obtain a regulated output voltage from the generator, having the following features: a device for the weighted combining of a first control difference, weighted according to a first specification, based on a setpoint voltage and the regulated output voltage, and a second control difference, weighted according to a second specification, based on a predefined current value and the regulated generator field current in order to obtain a combination signal based on the weighted combination of the first control difference and the second control difference, wherein the device for the weighted combining uses a weighting factor in order to obtain a respective weighted influence of the first control difference and the second control difference on the combination signal according to the first and second specifications, and wherein the weighting factor is proportionally dependent on the second control difference and is inversely proportionally dependent on the first control difference, or vice versa; a device for providing a manipulated variable based on the combination signal and a control specification; and a device for delivering the regulated, limited generator field current to the generator based on the manipulated variable, so that the regulated output voltage can be provided by the generator. a device for the weighted combining of a first control difference, weighted according to a first specification, based on a setpoint voltage and the regulated output voltage, and a second control difference, weighted according to a second specification, based on a predefined current value and the regulated generator field current in order to obtain a combination signal based on the weighted combination of the first control difference and the second control difference, wherein the device for the weighted combining uses a weighting factor in order to obtain a respective weighted influence of the first control difference and the second control difference on the combination signal according to the first and second specifications, and wherein the weighting factor is proportionally dependent on the second control difference and is inversely proportionally dependent on the first control difference, or vice versa; a device for providing a manipulated variable based on the combination signal and a control specification; and a device for delivering the regulated, limited generator field current to the generator based on the manipulated variable, so that the regulated output voltage can be provided by the generator.
A multifunctional module for managing mass flow and dampening pressure pulsations in a gaseous fuel supply line of an internal combustion engine, wherein said module is located along said gaseous fuel supply line between a pulsations generating reciprocating piston pressure increasing device and a fuel rail of said engine such that a gaseous fuel supplied from a fuel tank through said pressure increasing device flows through said module before it its supplied to said fuel rail, wherein said module comprises a hollow body having an inlet and an outlet, said hollow body defining a volume through which fuel flows between said inlet and said outlet, characterized in that said module further comprises a pressure sensor mounted on said body, said pressure sensor measuring the pressure within said expanded volume, and a temperature sensor mounted on said body, said temperature sensor measuring the temperature from within said expanded volume, and respective pressure and temperature measurements taken by said pressure and temperature sensors (122;124) are communicated to a controller which stops or activates said pressure increasing device to maintain the pressure within said expanded volume within a predetermined pressure range.
An insole for footwear, having a principal portion designed to accommodate the pressure of the foot of a user, said principal portion exhibiting an upper wall that is designed to be oriented toward the foot when in use and a lower wall oriented toward the side opposite said upper wall, said principal portion having at least one deformable cavity (2, 5) filled at least partly with a compressible, fluid-permeable material (3, 6), said cavity (2, 5) being provided, on the one hand, with at least one inlet (E1, E2) allowing intake of the fluid into said cavity (2, 5) and on the other hand with at least one outlet (S1, S2, S3), distinct from the inlet (E1, E2) and allowing exhausting of the fluid from the cavity (2, 5), the thickness of the principal portion, in the undeformed state of said cavity (2, 5) being substantially constant, with the possible exception of the perimeter (15, 16, 23, 27) of said cavity (2, 5) and/or with the possible exception of said inlets and/or outlets (E1, E2, S1, S2, S3), and being characterized in that the outlet(s) (S1, S2, S3) include an opening formed in said upper wall.
A system for fluid contacting in a downflow catalyst bed reactor, comprising: a superior catalyst bed and an inferior catalyst bed; a liquid collection tray positioned in a contacting space between the superior catalyst bed and the inferior catalyst bed in the downflow catalyst bed reactor for collecting fluid traveling downward from a superior catalyst bed; a mixing device having an inlet (50, 55) in communication with the liquid collection tray for contacting fluid; a top plate of the mixing device having an upper surface spaced from a bottom portion of the upper bed system and configured to direct fluid from the upper bed system to at least one of the liquid collection tray and the mixing device; a quench fluid distributor positioned radially outwardly of the mixing device within walls of the downflow reactor having quench fluid outlets for distributing a quench fluid for contacting the fluid from the upper bed system; an elongate mixing channel of the mixing device, wherein the mixing channel is an elongate annular channel extending about the centre axis of the reactor and/or the mixing device; a liquid inlet of the mixing channel in communication with the liquid collection tray; and a vapor inlet of the mixing channel positioned downstream of the liquid inlet along the mixing channel for passing vapor into liquid flowing through the mixing channel. a superior catalyst bed and an inferior catalyst bed; a liquid collection tray positioned in a contacting space between the superior catalyst bed and the inferior catalyst bed in the downflow catalyst bed reactor for collecting fluid traveling downward from a superior catalyst bed; a mixing device having an inlet (50, 55) in communication with the liquid collection tray for contacting fluid; a top plate of the mixing device having an upper surface spaced from a bottom portion of the upper bed system and configured to direct fluid from the upper bed system to at least one of the liquid collection tray and the mixing device; a quench fluid distributor positioned radially outwardly of the mixing device within walls of the downflow reactor having quench fluid outlets for distributing a quench fluid for contacting the fluid from the upper bed system; an elongate mixing channel of the mixing device, wherein the mixing channel is an elongate annular channel extending about the centre axis of the reactor and/or the mixing device; a liquid inlet of the mixing channel in communication with the liquid collection tray; and a vapor inlet of the mixing channel positioned downstream of the liquid inlet along the mixing channel for passing vapor into liquid flowing through the mixing channel.
A material for laser welding, comprising a thermoplastic resin composition containing a thermoplastic polyamide resin and a glass fiber having a non-circular cross-section with the ratio between the long diameter and the short diameter in the cross-section at right angles to the length direction being from 1.2 to 10, wherein the thermoplastic resin composition further contains an additive with laser absorptivity.
A computer-implemented method, comprising: selecting a Content Object in an Information Centric Network to rank; analyzing, by a forwarding device, historical usage information for the Content Object; determining, from the historical usage information, a set of exclusions received for the Content Object, wherein each exclusion relates to an Interest including an exclusion for the Content Object being returned in response to the Interest; computing a rank value for the Content Object, based on the set of exclusions for the Content Object and one or more predetermined exclusion patterns; storing the rank value in association with the Content Object; receiving an Interest whose name is associated with multiple cached Content Objects; selecting, from the multiple cached Content Objects, a cached Content Object with a highest rank value; and returning the selected cached Content Object to satisfy the Interest. selecting a Content Object in an Information Centric Network to rank; analyzing, by a forwarding device, historical usage information for the Content Object; determining, from the historical usage information, a set of exclusions received for the Content Object, wherein each exclusion relates to an Interest including an exclusion for the Content Object being returned in response to the Interest; computing a rank value for the Content Object, based on the set of exclusions for the Content Object and one or more predetermined exclusion patterns; storing the rank value in association with the Content Object; receiving an Interest whose name is associated with multiple cached Content Objects; selecting, from the multiple cached Content Objects, a cached Content Object with a highest rank value; and returning the selected cached Content Object to satisfy the Interest.
A method for carrying out fitness-for-service assessments for a region of an asset having a growth rate of hydrogen induced damage, the method comprising: inputting one or more first data inputs stored in a database to a mechanistic model; characterized by the following steps: processing the one or more data inputs in one or more parametric simulations by a processor executing the mechanistic model, to output one or more growth characteristics; building a simulated observation database that stores the output one or more growth characteristics; training and testing an expert system by the simulated observation database; validating the expert system by the simulated observation database; outputting, by the expert system, the growth rate of hydrogen induced damage in the asset; and in the event that the growth rate of hydrogen induced damage exceeds a threshold: generating an alert; and transmitting the alert to at least one robotic inspection device. processing the one or more data inputs in one or more parametric simulations by a processor executing the mechanistic model, to output one or more growth characteristics; building a simulated observation database that stores the output one or more growth characteristics; training and testing an expert system by the simulated observation database; validating the expert system by the simulated observation database; outputting, by the expert system, the growth rate of hydrogen induced damage in the asset; and in the event that the growth rate of hydrogen induced damage exceeds a threshold: generating an alert; and transmitting the alert to at least one robotic inspection device. generating an alert; and transmitting the alert to at least one robotic inspection device.
A method for producing a solar radiation absorber element, for a thermal concentrating solar power plant, comprising formation of a selective coating on an outer surface of a stainless steel substrate, wherein stainless steel of the substrate presents an aluminium content of more than 0.5% by weight characterized in that formation of the selective coating comprises the following successive steps: - surface treatment by polishing of the substrate, - and heat treatment of the substrate, in an oxidizing atmosphere containing at least 5% in volume of an oxygen precursor, in a temperature range comprised between 550°C and 650°C, to form on the outer surface of the substrate at least one superficial thin layer having a thickness of more than 70nm so as to be intrinsically selective. - surface treatment by polishing of the substrate, - and heat treatment of the substrate, in an oxidizing atmosphere containing at least 5% in volume of an oxygen precursor, in a temperature range comprised between 550°C and 650°C, to form on the outer surface of the substrate at least one superficial thin layer having a thickness of more than 70nm so as to be intrinsically selective.
A low-noise hydraulic hammer comprising: a piston, and an impact bar formed in a striking part and inserted into a receiving part in the piston, wherein both inner lateral sides of the receiving part, when seen in a side view, are inclinedly formed such that a diameter of the receiving part is increased toward the impact bar, and the impact bar is received in the receiving part to make contact with the piston, formed with a diameter reduced toward the receiving part, and spaced apart from both inner lateral sides of the receiving part by a specific distance, characterised in that a contact part serving as a bottom surface of the receiving part and making contact with the impact bar protrudes toward the impact bar by a predetermined height, and is formed at both sides thereof, when seen in a side view, with buffer grooves curved with a predetermined curvature. a piston, and an impact bar formed in a striking part and inserted into a receiving part in the piston, wherein both inner lateral sides of the receiving part, when seen in a side view, are inclinedly formed such that a diameter of the receiving part is increased toward the impact bar, and the impact bar is received in the receiving part to make contact with the piston, formed with a diameter reduced toward the receiving part, and spaced apart from both inner lateral sides of the receiving part by a specific distance, characterised in that a contact part serving as a bottom surface of the receiving part and making contact with the impact bar protrudes toward the impact bar by a predetermined height, and is formed at both sides thereof, when seen in a side view, with buffer grooves curved with a predetermined curvature.
A luggage article comprising: a housing 102 defined by first 180 and second 182 shell portions hingedly connected together at a split line 184, the housing 102 defining an internal storage volume; one or more dividers 354 dividing the internal storage volume of the housing 102 into multiple storage compartments; and an adjustment assembly 352 movably securing each of the one or more dividers 354 within at least one of the first 180 and second 182 shell portions, the adjustment assembly 352 including a ratchet mechanism 353 selectively positioning the one or more dividers 354 at a desired level within the at least one of the first 180 and second 182 shell portions. a housing 102 defined by first 180 and second 182 shell portions hingedly connected together at a split line 184, the housing 102 defining an internal storage volume; one or more dividers 354 dividing the internal storage volume of the housing 102 into multiple storage compartments; and an adjustment assembly 352 movably securing each of the one or more dividers 354 within at least one of the first 180 and second 182 shell portions, the adjustment assembly 352 including a ratchet mechanism 353 selectively positioning the one or more dividers 354 at a desired level within the at least one of the first 180 and second 182 shell portions.
Method for detecting the presence or absence of a contact lens within a receptacle, wherein the receptacle is part of a contact lens package comprising said receptacle filled with a liquid and a removable cover which is attached to a top surface of said receptacle, the method comprising the steps of: - detecting infrared radiation coming from at least a portion of said receptacle where said contact lens is supposedly accommodated, wherein said step of detecting said infrared radiation is performed with said receptacle being filled with a liquid and with said removable cover being attached to said top surface of said receptacle, - analyzing said detected infrared radiation in a spectral portion in which absorbance (A L) of a material said contact lens is made of is significantly different from both absorbance (A R) of a material said receptacle is made of and absorbance (A S, A W) of the liquid, and - from said analysis of said spectral portion detecting the presence or absence of a said contact lens within said receptacle, characterized in that said receptacle is illuminated by ambient light only and wherein said step of detecting infrared radiation is performed using an infrared camera and comprises detecting infrared radiation in a wavelength range of 6.6 μm to 10 μm only. - detecting infrared radiation coming from at least a portion of said receptacle where said contact lens is supposedly accommodated, wherein said step of detecting said infrared radiation is performed with said receptacle being filled with a liquid and with said removable cover being attached to said top surface of said receptacle, - analyzing said detected infrared radiation in a spectral portion in which absorbance (A L) of a material said contact lens is made of is significantly different from both absorbance (A R) of a material said receptacle is made of and absorbance (A S, A W) of the liquid, and - from said analysis of said spectral portion detecting the presence or absence of a said contact lens within said receptacle,
A method for a wireless device, the method comprising: determining, by the wireless device, at least one precoder from a second, multi-beam, codebook by measuring on a set of non-precoded antenna ports; and determining, by the wireless device, at least one precoder from a first codebook by measuring on a set of beamformed antenna ports that is smaller than the set of non-precoded antenna ports, the at least one precoder in the first codebook sharing one or more common components with the at least one precoder in the second, multi-beam, codebook, wherein the at least one precoder in the second, multi-beam codebook comprises a plurality of components including a beam selection component, a beam power scaling component and a beam phase scaling component; and wherein the at least one precoder in the first codebook comprises at least one of a beam power scaling component and a beam phase scaling component shared with the second codebook. determining, by the wireless device, at least one precoder from a second, multi-beam, codebook by measuring on a set of non-precoded antenna ports; and determining, by the wireless device, at least one precoder from a first codebook by measuring on a set of beamformed antenna ports that is smaller than the set of non-precoded antenna ports, the at least one precoder in the first codebook sharing one or more common components with the at least one precoder in the second, multi-beam, codebook, wherein the at least one precoder in the second, multi-beam codebook comprises a plurality of components including a beam selection component, a beam power scaling component and a beam phase scaling component; and wherein the at least one precoder in the first codebook comprises at least one of a beam power scaling component and a beam phase scaling component shared with the second codebook.