mhurhangee/ep-ind-claims huggingface dataset:
A method in a multiprocessor system, the system comprising a plurality of processing elements, memory to which each of the processing elements has access, and a sequencer adapted to generate a sequence of code to be executed by the plurality of processing elements and to further generate a plurality of memory access rules to be applied at instances during further execution of the sequence of code, the method comprising: receiving a plurality of signals during execution of the sequence of code, the signals indicating the plurality of memory access rules to be applied at instances during further execution of the sequence of code; at said instances, applying said memory access rules for memory accesses by the plurality of processing elements; and in the event of a memory access by a processing element violating one or more of said rules, generating a warning signal. receiving a plurality of signals during execution of the sequence of code, the signals indicating the plurality of memory access rules to be applied at instances during further execution of the sequence of code; at said instances, applying said memory access rules for memory accesses by the plurality of processing elements; and in the event of a memory access by a processing element violating one or more of said rules, generating a warning signal.
A securement arrangement for use in securing a patient interface to the skin of a patient, the securement arrangement comprising: a substrate material having a first surface; an adhesive material disposed on the first surface; and a release film disposed on the adhesive material, wherein the release film is sectioned into a plurality of sections, and wherein at least one section of the plurality of sections includes a first indicator provided on the at least one section and at least one second section of the plurality of sections includes a second indicator provided on said at least one second section different than the first indicator. a substrate material having a first surface; an adhesive material disposed on the first surface; and a release film disposed on the adhesive material, wherein the release film is sectioned into a plurality of sections, and wherein at least one section of the plurality of sections includes a first indicator provided on the at least one section and at least one second section of the plurality of sections includes a second indicator provided on said at least one second section different than the first indicator.
A vapor compression system, comprising: a main vapor compression circuit comprising a compressor, a condenser, an expansion device and an evaporator serially connected by main refrigerant lines (20,22,24,26), said compressor having a suction port, a main discharge port and an intermediate port, and said main refrigerant lines (20,26) being communicated with said main discharge port and said suction port; a bypass circuit (34,36,38) communicated between said intermediate port and said suction portion; a superheat sensing device; and a control unit; characterised in that the superheat sensing device is arranged to sense superheat in a combined flow from said main vapor compression circuit and said bypass circuit and is operatively associated with the expansion device and in that the control unit is operatively associated with said superheat sensing device and is adapted to control operation of said compressor and said expansion device based upon information relating to levels of superheat in the combined flow, this information being received from said superheat sensing device. a main vapor compression circuit comprising a compressor, a condenser, an expansion device and an evaporator serially connected by main refrigerant lines (20,22,24,26), said compressor having a suction port, a main discharge port and an intermediate port, and said main refrigerant lines (20,26) being communicated with said main discharge port and said suction port; a bypass circuit (34,36,38) communicated between said intermediate port and said suction portion; a superheat sensing device; and a control unit; characterised in that the superheat sensing device is arranged to sense superheat in a combined flow from said main vapor compression circuit and said bypass circuit and is operatively associated with the expansion device and in that the control unit is operatively associated with said superheat sensing device and is adapted to control operation of said compressor and said expansion device based upon information relating to levels of superheat in the combined flow, this information being received from said superheat sensing device.
An insert insertion tool for inserting a coil insert or a screw insert into a tap hole of a workpiece, the insert insertion tool comprising: a mandrel on which an insert is mountable; characterized in that the insert insertion tool further comprises a coating member configured to apply ink to a rear end of the insert on an opposite side of its tip end that is configured to first enter the tap hole of the workpiece. a mandrel on which an insert is mountable; characterized in that the insert insertion tool further comprises a coating member configured to apply ink to a rear end of the insert on an opposite side of its tip end that is configured to first enter the tap hole of the workpiece.
A pipe-laying ship comprising: a platform which is installed along a pipe-laying path of a pipeline and on which one or more work stations for assembling the pipeline are placed; a stinger that is connected adjacent to one end of the platform and guides the pipeline to a seabed; and a lift actuator that adjusts an inclination of the platform, wherein the platform and the stinger are integrally connected. a platform which is installed along a pipe-laying path of a pipeline and on which one or more work stations for assembling the pipeline are placed; a stinger that is connected adjacent to one end of the platform and guides the pipeline to a seabed; and a lift actuator that adjusts an inclination of the platform, wherein the platform and the stinger are integrally connected.
A method, comprising: providing a first carbon/carbon brake disk made from a first densified preform manufactured using a first manufacturing process, the first manufacturing process being free of a fiber crystal orientation improvement process; providing a second carbon/carbon brake disk made from a second densified preform manufactured using a second manufacturing process, the second manufacturing process being the same as the first manufacturing process except the second manufacturing process includes a first fiber crystal orientation improvement process and a second fiber crystal orientation improvement process; determining, in a brake disk system, a first coefficient of friction in a rejected takeoff "RTO" condition of the first carbon/carbon brake disk; and determining, in a brake disk system, a second coefficient of friction in the RTO condition of the second carbon/carbon brake disk, wherein the second coefficient of friction is greater than the first coefficient of friction; wherein an RTO condition is defined as exertion of over 1350Nm (1000 lbs ft) of torque on the respective braking system; wherein the first fiber CO improvement process comprises at least one of melt spinning, air gap spinning, or wet jet spinning, and wherein the second fiber CO improvement process comprises at least one of melt spinning, air gap spinning, or wet jet spinning. providing a first carbon/carbon brake disk made from a first densified preform manufactured using a first manufacturing process, the first manufacturing process being free of a fiber crystal orientation improvement process; providing a second carbon/carbon brake disk made from a second densified preform manufactured using a second manufacturing process, the second manufacturing process being the same as the first manufacturing process except the second manufacturing process includes a first fiber crystal orientation improvement process and a second fiber crystal orientation improvement process; determining, in a brake disk system, a first coefficient of friction in a rejected takeoff "RTO" condition of the first carbon/carbon brake disk; and determining, in a brake disk system, a second coefficient of friction in the RTO condition of the second carbon/carbon brake disk, wherein the second coefficient of friction is greater than the first coefficient of friction; wherein an RTO condition is defined as exertion of over 1350Nm (1000 lbs ft) of torque on the respective braking system; wherein the first fiber CO improvement process comprises at least one of melt spinning, air gap spinning, or wet jet spinning, and wherein the second fiber CO improvement process comprises at least one of melt spinning, air gap spinning, or wet jet spinning.
A rotary actuator for moving a door particularly a swivel swing door, particularly for vehicles, said rotary actuator defining a rotation axis and comprising: - a fluid dynamic linear actuator with a cylinder internally defining an annular pressure chamber, an annular piston accommodated within the pressure chamber in a sliding manner parallel to the rotation axis, - a screw drive having a stator fastened such as not to rotate about the rotation axis and connected to the piston such as to translate along with the piston in the direction parallel to the rotation axis, and a rotor shaft being engaged with the stator by means of one or more revolving members which engage a cam surface formed in said rotor shaft, and the rotor shaft being configured such as to rotate about the rotation axis in response to the translation of the stator, wherein the rotor shaft provides an inner surface of the cylinder and directly defines the pressure chamber and in that the piston is in sealing sliding contact with said inner surface, characterized in that at one axial end of the cam surface there is provided a stop surface against which the revolving members are abutted when the end of a first length of the stroke of the stator is reached and wherein, when the stator moves past the end of the first length and enters a second length of the stroke thereof, an axial engagement between the revolving members and the stop surface causes the rotor shaft to translate axially along with the stator reaching a total end-of-stroke, wherein the rotary actuator comprises means that prevent an axial translation of the rotor shaft when the stator is within the first length of stroke. - a fluid dynamic linear actuator with a cylinder internally defining an annular pressure chamber, an annular piston accommodated within the pressure chamber in a sliding manner parallel to the rotation axis, - a screw drive having a stator fastened such as not to rotate about the rotation axis and connected to the piston such as to translate along with the piston in the direction parallel to the rotation axis, and a rotor shaft being engaged with the stator by means of one or more revolving members which engage a cam surface formed in said rotor shaft, and the rotor shaft being configured such as to rotate about the rotation axis in response to the translation of the stator,
A method for grinding and polishing dried concrete, comprising the steps of: wetting a surface of dried concrete with a solution including amorphous colloidal silica; permitting the colloidal silica to penetrate the concrete surface over time; characterised by cutting the surface of the concrete with a bladed tool having the blade portion at an angle between 30 degrees and 90 degrees relative to the surface of the concrete. wetting a surface of dried concrete with a solution including amorphous colloidal silica; permitting the colloidal silica to penetrate the concrete surface over time; cutting the surface of the concrete with a bladed tool having the blade portion at an angle between 30 degrees and 90 degrees relative to the surface of the concrete.
Method for producing a profile of thermoplastic material reinforced with fibres by means of a device for producing the profile comprising at least one impregnation chamber and means for circulating the fibres from upstream to downstream of the device, said method comprising the following steps: - introducing fibres into the impregnation chamber and circulating them therein, - injecting a thermoplastic material into the impregnation chamber so as to impregnate the fibres circulating in said impregnation chamber with said thermoplastic material and obtain a preform of the profile of thermoplastic material reinforced with fibres at the exit of the impregnation chamber, - producing the profile of thermoplastic material reinforced with fibres from the preform, characterised in that it comprises a step of tensioning the fibres inside the impregnation chamber, the thermoplastic material being injected directly onto the taut fibres inside the impregnation chamber in at least two locations of the impregnation chamber, on either side of the taut fibres, the thermoplastic material being injected directly onto the taut fibres from an upper wall on one side of the fibres between a first lower contact line and an upper contact line, and from a lower wall on the other side of said fibres between the upper contact line and a second lower contact line. - introducing fibres into the impregnation chamber and circulating them therein, - injecting a thermoplastic material into the impregnation chamber so as to impregnate the fibres circulating in said impregnation chamber with said thermoplastic material and obtain a preform of the profile of thermoplastic material reinforced with fibres at the exit of the impregnation chamber, - producing the profile of thermoplastic material reinforced with fibres from the preform,
A signal processing apparatus suitable for generating a PCM signal having a predetermined sampling frequency from a digital signal delta-sigma-modulated by a 1- bit signal, referred to as DSD signal, the signal processing apparatus comprising: a storage unit that is configured to store the DSD signal; an extraction section (33; 41) that is configured to, in a case where the PCM signal having a predetermined sampling frequency is generated from the DSD signal, extract a predetermined number of samples from the DSD signal around samples at a predetermined interval determined by the predetermined sampling frequency; a filtering section (33; 42) that is configured to generate the PCM signal having the predetermined sampling frequency by filtering the extracted predetermined number of samples; and a transmission unit that is configured to transmit the DSD signal and the PCM signal to a reproduction apparatus, the DSD signal comprising front side audio data having a higher sound quality and higher data amount, and the PCM signal comprising rear side audio data having a lower sound quality and lower data amount, wherein the transmission unit is configured to also transmit a delay value of the PCM signal with respect to the DSD signal to the reproduction apparatus. a storage unit that is configured to store the DSD signal; an extraction section (33; 41) that is configured to, in a case where the PCM signal having a predetermined sampling frequency is generated from the DSD signal, extract a predetermined number of samples from the DSD signal around samples at a predetermined interval determined by the predetermined sampling frequency; a filtering section (33; 42) that is configured to generate the PCM signal having the predetermined sampling frequency by filtering the extracted predetermined number of samples; and a transmission unit that is configured to transmit the DSD signal and the PCM signal to a reproduction apparatus, the DSD signal comprising front side audio data having a higher sound quality and higher data amount, and the PCM signal comprising rear side audio data having a lower sound quality and lower data amount, wherein the transmission unit is configured to also transmit a delay value of the PCM signal with respect to the DSD signal to the reproduction apparatus.
Refrigerated display case with at least one unit composed of a plurality of wall groups, viz., a bottom group, a rear wall group, and a top group, which delimit a refrigerated chamber at a bottom, at a back, and at a top, and with a cooling device that has a refrigerant circuit at least comprising an evaporator, a condenser, and an electrical control device as components, and containing propane as the refrigerant, wherein the cooling device has a compressor as further components, characterized in that propane is contained as the refrigerant in the refrigerant circuit, with a filling quantity between 300 g and 1,500 g, that the compressor and the condenser are arranged spaced apart from each other in different wall groups, wherein the compressor is arranged beneath the evaporator in the lower region of the rear wall group, and the condenser is arranged on or in the top group, and a pressure vessel of a dryer/collector unit of the condenser has a volume of between 0.4 L and 1.4 L, that the evaporator is arranged in the rear wall group, and that the refrigerant circuit has a low-pressure region with an operating pressure between 80,000 Pa and 200,000 Pa and a high-pressure region with an operating pressure between 2,000,000 Pa and 3,000,000 Pa. propane is contained as the refrigerant in the refrigerant circuit, with a filling quantity between 300 g and 1,500 g, that the compressor and the condenser are arranged spaced apart from each other in different wall groups, wherein the compressor is arranged beneath the evaporator in the lower region of the rear wall group, and the condenser is arranged on or in the top group, and a pressure vessel of a dryer/collector unit of the condenser has a volume of between 0.4 L and 1.4 L, that the evaporator is arranged in the rear wall group, and that the refrigerant circuit has a low-pressure region with an operating pressure between 80,000 Pa and 200,000 Pa and a high-pressure region with an operating pressure between 2,000,000 Pa and 3,000,000 Pa.
A method for melting client state information on a client device, the method characterised by: receiving a message at an inbox of a client device, wherein the message includes a melt command, a private key for identifying a source of the message and a public key for identifying an application for parsing the message and to enable searching for the message in the inbox; searching the inbox based on the public key to identify the received message including the melt command and the private and public keys; identifying an application for parsing the message using the public key; parsing the message using the identified application to obtain the private key from the message; authenticating the source of the message by comparing the obtained private key with information previously received; and automatically deleting client state information of the client device in response to determining the message is from an authenticated source. receiving a message at an inbox of a client device, wherein the message includes a melt command, a private key for identifying a source of the message and a public key for identifying an application for parsing the message and to enable searching for the message in the inbox; searching the inbox based on the public key to identify the received message including the melt command and the private and public keys; identifying an application for parsing the message using the public key; parsing the message using the identified application to obtain the private key from the message; authenticating the source of the message by comparing the obtained private key with information previously received; and automatically deleting client state information of the client device in response to determining the message is from an authenticated source.
An apparatus for embossing a web comprising: a static gas pressure plenum; and one or more forming structures disposed adjacent to said gas pressure plenum; wherein said static gas pressure plenum provides a static gas pressure of from about 0.1 MPa to about 25 MPa; characterized in that said apparatus further comprises an infeed sealing roller and an outfeed sealing roller; and that said apparatus further comprises web sealing belts positioned at or near each end of the forming structure. a static gas pressure plenum; and one or more forming structures disposed adjacent to said gas pressure plenum; wherein said static gas pressure plenum provides a static gas pressure of from about 0.1 MPa to about 25 MPa; characterized in that said apparatus further comprises an infeed sealing roller and an outfeed sealing roller; and that said apparatus further comprises web sealing belts positioned at or near each end of the forming structure.
An inhibitor of enhancer of zeste homolog 2 subunit of polycomb repressive complex 2 or a dual inhibitor of enhancer of zeste homolog 1 and EZH2 (EZH1/EZH2 dual inhibitor) for use in the prevention or the treatment of an eye disorder, wherein the eye disorder is selected from the group consisting of inherited retinal disorder, retinal degeneration, neurodegenerative disease of the retina, ocular autoimmune disease affecting the retina or inflammatory disease affecting the retina.
A method comprising: using at least one processing device: obtaining multiple diagnostic indicators associated with at least a portion of an industrial process system; and combining the diagnostic indicators to form a generalized Continuous Performance Index CPI indicator of all of the areas of a plant over the course of a period of time as a plant progression; displaying each of the plant progressions as a section of a shapes (800,900) including a circle, oval, square, or octagon; wherein each of the multiple diagnostic indicator has a value; and wherein the generalized indicator that is CPI includes continuous color scale that change color along a timeline corresponding to the value of the generalized indicator at each point in time along the timeline. obtaining multiple diagnostic indicators associated with at least a portion of an industrial process system; and combining the diagnostic indicators to form a generalized Continuous Performance Index CPI indicator of all of the areas of a plant over the course of a period of time as a plant progression; displaying each of the plant progressions as a section of a shapes (800,900) including a circle, oval, square, or octagon; wherein each of the multiple diagnostic indicator has a value; and wherein the generalized indicator that is CPI includes continuous color scale that change color along a timeline corresponding to the value of the generalized indicator at each point in time along the timeline.
An oxygen scavenging composition for containers comprising: at least one polyester component which is a copolyester containing a metal sulfonate salt group, a transition metal catalyst, and a vegetable oil comprising at least one molecule having a double allylic structure, wherein the copolyester containing a metal sulfonate salt group comprises at least one acid unit and at least one diol unit, the concentration of the double allylic structures of the vegetable oil in the composition is greater than 5.0 meq/kg of all of the polyester components, and the composition is substantially void of a polyamide, wherein the term substantially void of a polyamide means that less than 0.05 % by weight polyamide are present in the composition. at least one polyester component which is a copolyester containing a metal sulfonate salt group, a transition metal catalyst, and a vegetable oil comprising at least one molecule having a double allylic structure,