mhurhangee/ep-ind-claims huggingface dataset:
A device including a switching voltage regulator for generating an output voltage for use in a wireless communications device comprising: means for generating a jammer detect value, wherein the jammer detect value represents a presence of jammers offset from a receive channel frequency; means for determining a switcher frequency setting value based on a current operating condition including the jammer detect value; means responsive to a reference clock frequency signal, REF_CLK, and the switcher frequency setting value for generating a switcher frequency, Fsw; and means, responsive to the switcher frequency and a reference voltage, for generating a switch signal for switching one or more switches of the switching voltage regulator to regulate the output voltage, wherein the duty cycle of the switch signal is adjusted based on a comparison of the output voltage with the reference voltage. means for generating a jammer detect value, wherein the jammer detect value represents a presence of jammers offset from a receive channel frequency; means for determining a switcher frequency setting value based on a current operating condition including the jammer detect value; means responsive to a reference clock frequency signal, REF_CLK, and the switcher frequency setting value for generating a switcher frequency, Fsw; and means, responsive to the switcher frequency and a reference voltage, for generating a switch signal for switching one or more switches of the switching voltage regulator to regulate the output voltage, wherein the duty cycle of the switch signal is adjusted based on a comparison of the output voltage with the reference voltage.
An airfoil (100; 300; 400) for a gas turbine comprising: a body (110; 410) comprising multiple chambers formed in a surface of the body (110; 410), wherein the body comprises a first metallic material; and multiple filler sections corresponding to and at least partially occupying the multiple chambers of the body (110; 410), wherein the multiple filler sections comprise a first filler section; wherein the first filler section comprises a second metallic material; and wherein the second metallic material has a comparatively more negative electrode potential than the first metallic material; characterized in that: the multiple filler sections further comprise a second filler section; the second filler section comprises a third metallic material; and the second metallic material has a comparatively more negative electrode potential than the third metallic material. a body (110; 410) comprising multiple chambers formed in a surface of the body (110; 410), wherein the body comprises a first metallic material; and multiple filler sections corresponding to and at least partially occupying the multiple chambers of the body (110; 410), wherein the multiple filler sections comprise a first filler section; wherein the first filler section comprises a second metallic material; and wherein the second metallic material has a comparatively more negative electrode potential than the first metallic material; characterized in that: the multiple filler sections further comprise a second filler section; the second filler section comprises a third metallic material; and the second metallic material has a comparatively more negative electrode potential than the third metallic material. the multiple filler sections further comprise a second filler section; the second filler section comprises a third metallic material; and the second metallic material has a comparatively more negative electrode potential than the third metallic material.
An electronic expansion valve, comprising a valve seat assembly and a housing assembly connected with the valve seat assembly, wherein a valve stem assembly and a valve port are provided in an inner chamber of the valve seat assembly, and an electric motor is provided in an inner chamber of the housing assembly, the electric motor is configured to drive, via a gear system, the valve stem assembly to move along an axial direction so as to regulate quantity of fluid flowing through the valve port, wherein the valve seat assembly is of a separable structure comprising a valve seat and a cover connected to the valve seat, the cover is connected with the housing assembly, a mounting plane is provided on an outer side surface of the valve seat, and a sight glass is connected to the mounting plane; and wherein the valve seat is further of an integrated structure, and is a cubical valve seat as a whole, and any one of outer side surfaces of the cubical valve seat is capable of forming the mounting plane.
An oligonucleotide consisting of 2'- O -methyl RNA nucleotide residues, having a backbone wherein all phosphate moieties are replaced by phosphorothioate moieties, said oligonucleotide having a base sequence consisting of 7 wherein each X is 5-methylcytosine and each Y is uracil (SEQ ID NO:90).
A multi-layered hot melt adhesive transfer hose, comprising: a flexible metal inner tube for transporting heated liquid hot melt adhesive and forming an impermeable barrier layer configured to prevent the ingress of oxygen from passing through the flexible metal inner tube and into the hot melt adhesive; at least one structural layer (704, 705) configured to withstand a fluid pressure; an outer covering overlaying and in contact with an exterior surface of the at least one structural layer (704, 705), and a heater for maintaining the hot melt adhesive at a set point, wherein the heater is adapted to be electrically coupled to a power source controlled to maintain the set point to about 230°C (450°F) or less for an extended period of time. a flexible metal inner tube for transporting heated liquid hot melt adhesive and forming an impermeable barrier layer configured to prevent the ingress of oxygen from passing through the flexible metal inner tube and into the hot melt adhesive; at least one structural layer (704, 705) configured to withstand a fluid pressure; an outer covering overlaying and in contact with an exterior surface of the at least one structural layer (704, 705), and a heater for maintaining the hot melt adhesive at a set point, wherein the heater is adapted to be electrically coupled to a power source controlled to maintain the set point to about 230°C (450°F) or less for an extended period of time.
A stent graft assembly, comprising: a stent structure comprising a luminal surface and an abluminal surface and having at least a first radial opening and a second radial opening, said first and second radial openings extending through said stent structure between said luminal surface and said abluminal surface, wherein said first and second radial openings are spaced apart along a first direction; a first graft layer having a first thickness disposed along and covering said luminal surface of said stent structure; a second graft layer having a second thickness disposed along and covering a portion of said abluminal surface of said stent structure; one or more dimples formed in the first graft layer and the second graft layer positioned with respect to the stent structure to form a dimple zone of localized plastically deformed material, wherein the dimple zone of localized plastically deformed material is selected to accommodate localized stretching of the first and second graft layer when the stent structure is crimped into a stowed configuration. a stent structure comprising a luminal surface and an abluminal surface and having at least a first radial opening and a second radial opening, said first and second radial openings extending through said stent structure between said luminal surface and said abluminal surface, wherein said first and second radial openings are spaced apart along a first direction; a first graft layer having a first thickness disposed along and covering said luminal surface of said stent structure; a second graft layer having a second thickness disposed along and covering a portion of said abluminal surface of said stent structure; one or more dimples formed in the first graft layer and the second graft layer positioned with respect to the stent structure to form a dimple zone of localized plastically deformed material, wherein the dimple zone of localized plastically deformed material is selected to accommodate localized stretching of the first and second graft layer when the stent structure is crimped into a stowed configuration.
A method, in a commercial mobile alert system including a gateway node controlled by a commercial mobile service provider, defining a commercial mobile service provider gateway node, the commercial mobile service provider gateway node logically connected to an alerting authority that promulgates commercial mobile alert messages for distribution within the commercial mobile alert system, wherein the commercial mobile service provider gateway node: receives a commercial mobile alert message from an alerting authority; selects one or more reoccurrence display parameters not present in the received commercial mobile alert message adapted to invoke multiple reoccurrent displays of the commercial mobile alert message by targeted mobile devices; augments the commercial mobile alert message with indicia of the selected reoccurrence display parameters, yielding an augmented commercial mobile alert message; and delivers the augmented commercial mobile alert message to the targeted mobile devices. receives a commercial mobile alert message from an alerting authority; selects one or more reoccurrence display parameters not present in the received commercial mobile alert message adapted to invoke multiple reoccurrent displays of the commercial mobile alert message by targeted mobile devices; augments the commercial mobile alert message with indicia of the selected reoccurrence display parameters, yielding an augmented commercial mobile alert message; and delivers the augmented commercial mobile alert message to the targeted mobile devices.
A method comprising: receiving, by an access device (104; 506) from a communication device (102; 508), a communication device public key (Qc); determining, by the access device (104; 506), a first session key using an access device private key (dterm) and the communication device public key (Qc); transmitting, by the access device (104; 506) to the communication device (102; 508), a resource provider certificate (Mcertificate) and an access device certificate (Tcertificate); determining, by the communication device (102; 508), a resource provider public key (Pmerch) using data in the resource provider certificate (Mcertificate) and using a certificate authority public key (Pca); determining, by the communication device (102; 508), an access device public key (Pterm) using data (Pt, et) in the access device certificate (Tcertificate) and using the resource provider public key (Pmerch); and deriving, by the communication device (102; 508), a second session key using the access device public key (Pterm) and using a communication device private key (dc), wherein the second session key is the same as the first session key; establishing a secure channel between the access device (104; 506) and the communication device (102; 508) using the first session key and the second session key; and receiving data, by the access device (102; 508) from the communication device (102; 508), using the secure channel. receiving, by an access device (104; 506) from a communication device (102; 508), a communication device public key (Qc); determining, by the access device (104; 506), a first session key using an access device private key (dterm) and the communication device public key (Qc); transmitting, by the access device (104; 506) to the communication device (102; 508), a resource provider certificate (Mcertificate) and an access device certificate (Tcertificate); determining, by the communication device (102; 508), a resource provider public key (Pmerch) using data in the resource provider certificate (Mcertificate) and using a certificate authority public key (Pca); determining, by the communication device (102; 508), an access device public key (Pterm) using data (Pt, et) in the access device certificate (Tcertificate) and using the resource provider public key (Pmerch); and deriving, by the communication device (102; 508), a second session key using the access device public key (Pterm) and using a communication device private key (dc), wherein the second session key is the same as the first session key; establishing a secure channel between the access device (104; 506) and the communication device (102; 508) using the first session key and the second session key; and receiving data, by the access device (102; 508) from the communication device (102; 508), using the secure channel.
Awning for a camping vehicle, comprising an awning fabric, comprising a front rail to which the awning fabric is fastened, and comprising awning arms (3, 3'), each having a front end (4, 4') fastened to the front rail, the awning arms (3, 3') each being designed as an articulated arm (9, 9') having two segments (10, 10', 11, 11'), and the segments (10, 10', 11, 11') of an articulated arm (9, 9') being pivotably connected to one another by means of a central hinge (12, 12'), cross-members (5, 5') being provided, each of which can be arranged between an awning arm (3, 3') and the front rail, and which are each pivotably arranged on an awning arm (3, 3') by means of the central hinge (12, 12'), characterized in that the cross-members (5, 5') each have a free end (6, 6') and are arranged on the awning arm (3, 3') so as to be pivotable about a pivot axis (A, A') such that, when the awning arms (3, 3') are pivoted out, the free ends (6, 6') of said cross-members can move toward the awning center, and the cross-members (5, 5') in this state can each be secured by their free end (6, 6') to the front rail by means of securing means. comprising an awning fabric, comprising a front rail to which the awning fabric is fastened, and comprising awning arms (3, 3'), each having a front end (4, 4') fastened to the front rail, the awning arms (3, 3') each being designed as an articulated arm (9, 9') having two segments (10, 10', 11, 11'), and the segments (10, 10', 11, 11') of an articulated arm (9, 9') being pivotably connected to one another by means of a central hinge (12, 12'), cross-members (5, 5') being provided, each of which can be arranged between an awning arm (3, 3') and the front rail, and which are each pivotably arranged on an awning arm (3, 3') by means of the central hinge (12, 12'), characterized in that the cross-members (5, 5') each have a free end (6, 6') and are arranged on the awning arm (3, 3') so as to be pivotable about a pivot axis (A, A') such that, when the awning arms (3, 3') are pivoted out, the free ends (6, 6') of said cross-members can move toward the awning center, and the cross-members (5, 5') in this state can each be secured by their free end (6, 6') to the front rail by means of securing means.
A method for operating a lamp, which comprises several lighting units arranged behind each other, which can be adjusted individually with respect to their light output, wherein the lighting units are associated with at least two groups and a number of external desired pieces of information corresponding to the number of groups is transmitted to the lamp, which pieces of information in each case relate to the light output of a group, and wherein based on the external desired pieces of information, individual internal desired pieces of information are determined for each lighting unit.
A method of combining power generation and propulsion comprising: integrating a power generating membrane with a thrust generating membrane (b.1, b.2) characterized in that said thrust generating membrane includes at least a first layer and a second layer in a stacked relationship with one of the first layer and the second layer being a cooler layer (b.1) and the other of the first layer and the second layer being a hotter layer (b.2) such that a thermal differential is established therebetween, wherein either the cooler layer is optically transparent, and said power generating membrane (b.9) is sandwiched between the cooler layer and the hotter layer, or both the cooler layer and the hotter layer are transparent, and said power generating membrane (b.10) is integrated on a top surface (b.4) of the hotter layer. integrating a power generating membrane with a thrust generating membrane (b.1, b.2) characterized in that said thrust generating membrane includes at least a first layer and a second layer in a stacked relationship with one of the first layer and the second layer being a cooler layer (b.1) and the other of the first layer and the second layer being a hotter layer (b.2) such that a thermal differential is established therebetween, wherein either the cooler layer is optically transparent, and said power generating membrane (b.9) is sandwiched between the cooler layer and the hotter layer, or both the cooler layer and the hotter layer are transparent, and said power generating membrane (b.10) is integrated on a top surface (b.4) of the hotter layer.
A pharmaceutical product comprising: a container containing a liquid anti-snoring substance; the liquid anti-snoring substance being in the form of a solution pre-concentrate; the container being made by a blow-fill-seal technology, wherein the container material is polyethylene or polypropylene; the container including a body portion containing the liquid anti-snoring substance and a fluid outlet portion configured to deliver the liquid anti-snoring substance; characterized in that the fluid outlet portion is configured to deliver the liquid anti-snoring substance directly into a nasal passage in the form of a jet stream.
Permanent magnet module (101, 102, 103, 104) for a permanent magnet machine, the permanent magnet module (101, 102, 103, 104) comprising a plurality of permanent magnets and a baseplate, the plurality of permanent magnets being fixed to the baseplate, wherein the baseplate is made of a soft magnetic composite material and consists of a plurality of portions fixed to each other and to the permanent magnets, characterized in that the portions of the baseplate are aligned along a direction subject to be disposed parallel to a circumferential direction of the permanent magnet machine with reference to a longitudinal axis of rotation of the permanent magnet machine, each portion not having the same circumferential extension as a permanent magnet to which it is fixed.
A method of processing video data, the method comprising: obtaining a video bitstream, the video bitstream including a plurality of pictures having a first color characteristic; identifying, from the video bitstream, a color remapping information supplemental enhancement information message, wherein the CRI SEI message includes one or more values of at least one syntax element, the at least one syntax element including at least one of a color remap matrix present flag, a post-lookup table number syntax element or a pre-lookup table number syntax element, wherein the one or more values of the at least one syntax element are restricted based on a chroma format of the plurality of pictures and/or a color remap value identifying a purpose of a color remapping model of the CRI SEI message; determining the color remapping model based on the one or more values of the at least one syntax element; and remapping one or more samples of the plurality of pictures from the first color characteristic to a second color characteristic using the color remapping model of the CRI SEI message. obtaining a video bitstream, the video bitstream including a plurality of pictures having a first color characteristic; identifying, from the video bitstream, a color remapping information supplemental enhancement information message, wherein the CRI SEI message includes one or more values of at least one syntax element, the at least one syntax element including at least one of a color remap matrix present flag, a post-lookup table number syntax element or a pre-lookup table number syntax element, wherein the one or more values of the at least one syntax element are restricted based on a chroma format of the plurality of pictures and/or a color remap value identifying a purpose of a color remapping model of the CRI SEI message; determining the color remapping model based on the one or more values of the at least one syntax element; and remapping one or more samples of the plurality of pictures from the first color characteristic to a second color characteristic using the color remapping model of the CRI SEI message.
A formwork system for supporting one or more forming panels to form a horizontal concrete surface, said system comprising: a height-adjustable support comprising a central upstanding member providing a vertical abutment surface and a support arm having an inclined portion (224, 524) extending up and away from said central upstanding member; a beam comprising a transverse bar proximate an end, said transverse bar supported by said inclined portion (224, 524) of said support arm so that said transverse bar moves laterally relative to said inclined portion (224, 524) as said support arm is moved vertically; and a foot extending from said end of said beam and abutting said vertical abutment surface, wherein said vertical abutment surface opposes lateral movement of said beam relative to said upstanding member; characterized in that an increase in the height of said support causes said transverse bar to move towards said central upstanding member along said inclined portion (224, 524), and an incline angle of said beam is adjustable by adjusting the height of said support. a height-adjustable support comprising a central upstanding member providing a vertical abutment surface and a support arm having an inclined portion (224, 524) extending up and away from said central upstanding member; a beam comprising a transverse bar proximate an end, said transverse bar supported by said inclined portion (224, 524) of said support arm so that said transverse bar moves laterally relative to said inclined portion (224, 524) as said support arm is moved vertically; and a foot extending from said end of said beam and abutting said vertical abutment surface, wherein said vertical abutment surface opposes lateral movement of said beam relative to said upstanding member; characterized in that an increase in the height of said support causes said transverse bar to move towards said central upstanding member along said inclined portion (224, 524), and an incline angle of said beam is adjustable by adjusting the height of said support.