mhurhangee/patent-ind-claim-en huggingface dataset:
A loudspeaker diaphragm having a forward-facing sound-radiating surface and a rearward-facing surface , the diaphragm comprising: a woven fibre body supporting a layer of damping material which forms the shape of the diaphragm, wherein: the woven fibre body is formed of metal-coated glass fibre material; the diaphragm behaves as a piston up to 1kHz; the diaphragm is 5 inches i.e. 127 mm or 6 inches i.e. 152,4 mm in diameter; the layer of damping material forms the rearward-facing surface of the diaphragm; the woven fibre body forms the forward-facing sound-radiating surface of the diaphragm; and the damping material has a mechanical loss factor of at least 0.25 at a frequency between 1 kHz and 8kHz. a woven fibre body supporting a layer of damping material which forms the shape of the diaphragm, wherein: the woven fibre body is formed of metal-coated glass fibre material; the diaphragm behaves as a piston up to 1kHz; the diaphragm is 5 inches i.e. 127 mm or 6 inches i.e. 152,4 mm in diameter; the layer of damping material forms the rearward-facing surface of the diaphragm; the woven fibre body forms the forward-facing sound-radiating surface of the diaphragm; and the damping material has a mechanical loss factor of at least 0.25 at a frequency between 1 kHz and 8kHz. the woven fibre body is formed of metal-coated glass fibre material; the diaphragm behaves as a piston up to 1kHz; the diaphragm is 5 inches i.e. 127 mm or 6 inches i.e. 152,4 mm in diameter; the layer of damping material forms the rearward-facing surface of the diaphragm; the woven fibre body forms the forward-facing sound-radiating surface of the diaphragm; and the damping material has a mechanical loss factor of at least 0.25 at a frequency between 1 kHz and 8kHz.
Bridge cap , comprising, for fastening to a bridge , a fastening unit having a fastening means and a guide device which is introduced into the bridge cap and comprises a cylindrical anchor sleeve , characterized in that the fastening unit is composed of separate individual parts which, in addition to the anchor sleeve , comprise a separate transition piece having a first cylindrical portion which is adapted to the diameter of the anchor sleeve and a second cylindrical portion facing away from said first portion, which second portion is directed toward an outer face of the bridge cap .
A composition comprising a sulfonamide aliphatic anhydride grafted olefin-based polymer (SAA-g-PO) having a Structure : wherein R 1 and R 2 may be the same or different; and R 1 and R 2 each is independently selected from a substituted C 1 -C 40 hydrocarbonyl group, an unsubstituted C 1 -C 40 hydrocarbonyl group, Si(R C ) 3 , OR C , R C C(O)O-, R C OC(O)-, R C C(O)N(R)-, (R C ) 2 NC(O)-, a halogen atom, and a hydrogen atom, wherein R C is a C 1 -C 30 hydrocarbonyl group; R 3 is selected from a substituted C 1 -C 40 hydrocarbonyl group and an unsubstituted C 1 -C 40 hydrocarbonyl group; with the proviso that at least one of R 1 , R 2 , and R 3 is selected from a substituted C 1 -C 40 hydrocarbonyl group or an unsubstituted C 1 -C 40 hydrocarbonyl group. wherein R 1 and R 2 may be the same or different; and R 1 and R 2 each is independently selected from a substituted C 1 -C 40 hydrocarbonyl group, an unsubstituted C 1 -C 40 hydrocarbonyl group, Si(R C ) 3 , OR C , R C C(O)O-, R C OC(O)-, R C C(O)N(R)-, (R C ) 2 NC(O)-, a halogen atom, and a hydrogen atom, wherein R C is a C 1 -C 30 hydrocarbonyl group; R 3 is selected from a substituted C 1 -C 40 hydrocarbonyl group and an unsubstituted C 1 -C 40 hydrocarbonyl group; with the proviso that at least one of R 1 , R 2 , and R 3 is selected from a substituted C 1 -C 40 hydrocarbonyl group or an unsubstituted C 1 -C 40 hydrocarbonyl group.
A method for configuring a power saving signal, performed by a user equipment device, UE, , the method comprising: receiving, from a base station , a configuration of a power saving signal, wherein the configuration indicates one or more functionalities of the power saving signal and wherein the power saving signal functions as a physical downlink control channel, PDCCH monitoring skipping signal; monitoring, before a discontinuous reception cycle, DRX, on-duration, the power saving signal from the base station; and interpreting the power saving signal based on the configuration. receiving, from a base station , a configuration of a power saving signal, wherein the configuration indicates one or more functionalities of the power saving signal and wherein the power saving signal functions as a physical downlink control channel, PDCCH monitoring skipping signal; monitoring, before a discontinuous reception cycle, DRX, on-duration, the power saving signal from the base station; and interpreting the power saving signal based on the configuration.
A computing system comprising: a management processor configured to initiate a communication arrangement between a first peripheral component interconnect express (PCIe) device and a second PCIe device over a PCIe fabric comprising one or more PCIe switches ; and a host processor configured to determine a virtual address range corresponding to a physical address range of the second PCIe device, the virtual address range established for transfers between the first PCIe device and the second PCIe device, wherein the virtual address range of the second PCIe device is in addition to a memory mapped address range assigned to the second PCIe device within a memory space of the host processor during enumeration of the second PCIe device by the host processor; wherein the communication arrangement is configured to detect transfers from the first PCIe device to the one or more virtual addresses corresponding to the virtual address range of the second PCIe device, and redirect the transfers to the physical address range of the second PCIe device without passing the transfers through the host processor that initiates the transfers, wherein at least one transfer is initiated by a request originated by an application executed by the host processor to transfer data from the first PCIe device to the second PCIe device via a command that employs the communication arrangement. a management processor configured to initiate a communication arrangement between a first peripheral component interconnect express (PCIe) device and a second PCIe device over a PCIe fabric comprising one or more PCIe switches ; and a host processor configured to determine a virtual address range corresponding to a physical address range of the second PCIe device, the virtual address range established for transfers between the first PCIe device and the second PCIe device, wherein the virtual address range of the second PCIe device is in addition to a memory mapped address range assigned to the second PCIe device within a memory space of the host processor during enumeration of the second PCIe device by the host processor; wherein the communication arrangement is configured to detect transfers from the first PCIe device to the one or more virtual addresses corresponding to the virtual address range of the second PCIe device, and redirect the transfers to the physical address range of the second PCIe device without passing the transfers through the host processor that initiates the transfers, wherein at least one transfer is initiated by a request originated by an application executed by the host processor to transfer data from the first PCIe device to the second PCIe device via a command that employs the communication arrangement.
A toroidal continuously variable transmission comprising: an input disc and an output disc disposed to face each other in a state in which a rotational axis line (A1) of the input disc and a rotational axis line (A1) of the output disc conform to each other, each of the input disc and the output disc having a concave contact surface ; a power roller sandwiched between the contact surface of the input disc and the contact surface of the output disc so that the power roller is tiltable, the power roller being configured to transmit a rotational driving force of the input disc to the output disc with a transmission ratio corresponding to a tilt motion angle; and a pressing device which presses one of the input disc and the output disc toward the other of the input disc and the output disc , wherein when viewed from a direction of a tilt motion axis line (A2) of the power roller , the contact surface of at least one of the input disc and the output disc has a region with a curvature that is larger than a curvature of a tilt motion trajectory (T) of a contact surface of the power roller , characterized in that the region is a radially outer portion of the contact surface of the at least one of the input disc and the output disc . an input disc and an output disc disposed to face each other in a state in which a rotational axis line (A1) of the input disc and a rotational axis line (A1) of the output disc conform to each other, each of the input disc and the output disc having a concave contact surface ; a power roller sandwiched between the contact surface of the input disc and the contact surface of the output disc so that the power roller is tiltable, the power roller being configured to transmit a rotational driving force of the input disc to the output disc with a transmission ratio corresponding to a tilt motion angle; and a pressing device which presses one of the input disc and the output disc toward the other of the input disc and the output disc , wherein when viewed from a direction of a tilt motion axis line (A2) of the power roller , the contact surface of at least one of the input disc and the output disc has a region with a curvature that is larger than a curvature of a tilt motion trajectory (T) of a contact surface of the power roller , characterized in that the region is a radially outer portion of the contact surface of the at least one of the input disc and the output disc .
A method, comprising: sending a message to an application executing on an application virtual machine to prepare for a save operation; processing an internal state of an application memory to determine at least one or more of data pages or graphics pages in use for the application ; instructing the processing of the application memory to determine at least one or more of code pages or signature pages in use for the application and converting the at least one or more of the code pages or the signature pages into a known memory alias , wherein the code pages include pages that contain executable instructions, wherein the signatures pages are used to verify the validity of the code pages, wherein the memory alias is a memory region that uses an encryption key, wherein the application memory includes a plurality of memory aliases , and wherein each of the plurality of memory aliases uses a different encryption key for encrypting application content; and saving an application memory state for the application , wherein the application memory state includes the at least one or more of the data pages or the graphics pages and the known memory alias with the at least one or more of the code pages or the signature pages. sending a message to an application executing on an application virtual machine to prepare for a save operation; processing an internal state of an application memory to determine at least one or more of data pages or graphics pages in use for the application ; instructing the processing of the application memory to determine at least one or more of code pages or signature pages in use for the application and converting the at least one or more of the code pages or the signature pages into a known memory alias , wherein the code pages include pages that contain executable instructions, wherein the signatures pages are used to verify the validity of the code pages, wherein the memory alias is a memory region that uses an encryption key, wherein the application memory includes a plurality of memory aliases , and wherein each of the plurality of memory aliases uses a different encryption key for encrypting application content; and saving an application memory state for the application , wherein the application memory state includes the at least one or more of the data pages or the graphics pages and the known memory alias with the at least one or more of the code pages or the signature pages.
A method of removing dissolved contaminants from a liquid, wherein the method comprises contacting the liquid with an adsorbent which comprises a finely divided lignocellulosic material, which has been subjected to extraction to remove hemicellulose or hemicellulose and other components therefrom, to bind at least a portion of lignin or at least a portion of lignin and other organic compounds to the adsorbent, characterized by that the adsorbent or lignocellulosic material subjected to extraction is cooled before contacting the adsorbent with the liquid.
A method for purifying a recombinant protein from a sample containing the recombinant protein and a second protein that binds to the protein, comprising subjecting the sample to a tentacle anion exchange matrix chromatography medium in a buffer at about pH 8, followed by eluting the recombinant protein bound to the chromatography medium in an eluant, wherein the tentacle anion exchange matrix chromatography medium contains trimethylammoniumethyl (TMAE), wherein the second protein is Protein A, and wherein the recombinant protein is etanercept.
A braided stent system, the system comprising: a stent body having a lumen formed by a plurality of braided members with interstices formed therebetween; and a first expansion ring connected to the stent body, the first expansion ring comprising a frame defined by a plurality of interconnected support assemblies selectively positioned to impart an outwardly expanding radial force to the stent body, each support assembly comprising: a plurality of legs joined at a first intersection and connected to one of the other interconnected support assemblies at a second intersection opposite the first intersection; and a claw portion mechanically connected to one or more of the interstices of the stent body, wherein the claw portion mechanically connects the expansion ring to inner and outer portions of the stent body by extending away from the first intersection, being interlaced through at least two of the interstices, and being terminated at a locking mechanism opposite the intersections, characterised in that the locking mechanism includes one of a T-shaped end or outwardly extending hooked members operable to fixedly connect to the interstices of the stent body. a stent body having a lumen formed by a plurality of braided members with interstices formed therebetween; and a first expansion ring connected to the stent body, the first expansion ring comprising a frame defined by a plurality of interconnected support assemblies selectively positioned to impart an outwardly expanding radial force to the stent body, each support assembly comprising: a plurality of legs joined at a first intersection and connected to one of the other interconnected support assemblies at a second intersection opposite the first intersection; and a claw portion mechanically connected to one or more of the interstices of the stent body, wherein the claw portion mechanically connects the expansion ring to inner and outer portions of the stent body by extending away from the first intersection, being interlaced through at least two of the interstices, and being terminated at a locking mechanism opposite the intersections, characterised in that the locking mechanism includes one of a T-shaped end or outwardly extending hooked members operable to fixedly connect to the interstices of the stent body. a plurality of legs joined at a first intersection and connected to one of the other interconnected support assemblies at a second intersection opposite the first intersection; and a claw portion mechanically connected to one or more of the interstices of the stent body, wherein the claw portion mechanically connects the expansion ring to inner and outer portions of the stent body by extending away from the first intersection, being interlaced through at least two of the interstices, and being terminated at a locking mechanism opposite the intersections, characterised in that the locking mechanism includes one of a T-shaped end or outwardly extending hooked members operable to fixedly connect to the interstices of the stent body.
A gas supply control system for an oxygenator (1; 10) of an extracorporeal ventilation system, the gas supply control system being configured for connection to external gas supply ports to receive supplied oxygen and supplied nitrogen, wherein the gas supply control system comprises a configuration allowing it to create a supply gas output from a predetermined portion of supplied oxygen and from a predetermined portion of supplied nitrogen, wherein the gas supply control system comprises two or more gas output lines , and wherein the gas supply control system comprises a configuration allowing it to switch between a mixed-gas supply mode and a high-oxygen supply mode , wherein in the mixed-gas supply mode the supply gas output is provided through one of the gas output lines and is created from supplied oxygen mixed with supplied nitrogen, and in the high-oxygen supply mode the supply gas output is provided through a plurality of the gas output lines and is created from supplied oxygen. wherein the gas supply control system comprises a configuration allowing it to create a supply gas output from a predetermined portion of supplied oxygen and from a predetermined portion of supplied nitrogen, wherein the gas supply control system comprises two or more gas output lines , and wherein the gas supply control system comprises a configuration allowing it to switch between a mixed-gas supply mode and a high-oxygen supply mode , wherein in the mixed-gas supply mode the supply gas output is provided through one of the gas output lines and is created from supplied oxygen mixed with supplied nitrogen, and in the high-oxygen supply mode the supply gas output is provided through a plurality of the gas output lines and is created from supplied oxygen.
A method for producing a conductive polymer conductor in which a conductive polymer is adhered to a base material (M), comprising: a raw material application step of applying, to the base material (M), a raw material solution containing a monomer of the conductive polymer after heating the base material (M) or while heating the base material (M); and a producing solution application step of applying, to the base material (M) being in a heated state, a producing solution containing an oxidizing agent for promoting polymerization of the monomer, a dopant for developing electrical conductivity in the conductive polymer and a viscosity improver for improving viscosity after applying the raw material solution to the base material (M). a raw material application step of applying, to the base material (M), a raw material solution containing a monomer of the conductive polymer after heating the base material (M) or while heating the base material (M); and a producing solution application step of applying, to the base material (M) being in a heated state, a producing solution containing an oxidizing agent for promoting polymerization of the monomer, a dopant for developing electrical conductivity in the conductive polymer and a viscosity improver for improving viscosity after applying the raw material solution to the base material (M).
A load weighing method for a wheel loader , comprising: detecting a change in a boom angle and a change in a pressure of a boom cylinder while pivoting the boom and an attachment connected to the boom , wherein a load is placed on the attachment; calculating a weight of the load by using an inclined angle of a ground surface, the change in the boom angle and the change in the pressure of the boom cylinder as variables of a rotational dynamic equation for the pivot of the boom ; receiving the inclined angle of the ground surface at an input portion from at least one of an angle sensor included in a mobile phone and a map internet application, and comparing by a comparator the inclined angle of the ground surface inputted from the input portion and an inclined angle of the ground surface calculated by a calculator , wherein said rotational dynamic equation for the pivot of the boom is: Jθ + cθ + kθ = T − T L wherein said J is a moment of inertial of the pivot , c is a damping coefficient of the pivot , k is a modulus of elasticity of the pivot , T is a torque acting on the pivot including a bucket with no load, T L is a load torque of the pivot , Θ represents an angle of the boom with respect to an horizontal plane, and θ̇ and θ̈ represent an angular speed and an angular acceleration of the boom . detecting a change in a boom angle and a change in a pressure of a boom cylinder while pivoting the boom and an attachment connected to the boom , wherein a load is placed on the attachment; calculating a weight of the load by using an inclined angle of a ground surface, the change in the boom angle and the change in the pressure of the boom cylinder as variables of a rotational dynamic equation for the pivot of the boom ; receiving the inclined angle of the ground surface at an input portion from at least one of an angle sensor included in a mobile phone and a map internet application, and comparing by a comparator the inclined angle of the ground surface inputted from the input portion and an inclined angle of the ground surface calculated by a calculator , wherein said rotational dynamic equation for the pivot of the boom is: Jθ + cθ + kθ = T − T L wherein said J is a moment of inertial of the pivot , c is a damping coefficient of the pivot , k is a modulus of elasticity of the pivot , T is a torque acting on the pivot including a bucket with no load, T L is a load torque of the pivot , Θ represents an angle of the boom with respect to an horizontal plane, and θ̇ and θ̈ represent an angular speed and an angular acceleration of the boom . wherein said J is a moment of inertial of the pivot , c is a damping coefficient of the pivot , k is a modulus of elasticity of the pivot , T is a torque acting on the pivot including a bucket with no load, T L is a load torque of the pivot , Θ represents an angle of the boom with respect to an horizontal plane, and θ̇ and θ̈ represent an angular speed and an angular acceleration of the boom .
Premixing burner for a combustible gas-air mixture, with a supply for the combustible gas-air mixture as well as a cylindrical burner surface with a perforated inner cylinder located therebelow, wherein in the supply is arranged a guiding device which is located in a partial area of the supply and has surfaces which lead from the supply to a partial area of the burner surface , and that the supply is framed by a burner flange , characterised in that the ratio of the surface in the supply framed by the burner flange to the proportion therein which is covered by the guiding device is greater by a factor of 2 to 8, preferably 4, than the ratio of the entire burner surface to the proportion therein which is covered by the guiding device , the guiding device has within the burner flange a circular-segment-shaped open entry surface which occupies approximately an eighth of the entry surface of the supply , the guiding device has furthermore two flat surfaces which lead from the supply to a partial area of the burner surface and in this regard form a pyramidal segment, wherein the two surfaces end on the inner cylinder , wherein the pyramidal segment in this regard covers approximately 1/32 of the inner cylinder and wherein the guiding device is located below a notch in the burner flange .