mhurhangee/patent-ind-claim-en huggingface dataset:
A method for delivery of content, the method comprising: receiving a request to stream the content, the request being received from a user equipment device, where a pool of one or more content delivery networks are responsible for streaming the content; determining a first location of the user equipment device; determining a count of user equipment devices that are located at the first location and are currently streaming the content from the pool of content delivery networks; determining whether the count meets a threshold; responsive to determining that the count meets the threshold, adding a new content delivery network to the pool of content delivery networks that are responsible for streaming the content by configuring and providing an encoder with an identifier of the new content delivery network to encode the content to produce encoded content and disseminate the encoded content to the new content delivery network; and providing information to the user equipment device, wherein the user equipment device uses the provided information to begin streaming the encoded content from the new content delivery network. receiving a request to stream the content, the request being received from a user equipment device, where a pool of one or more content delivery networks are responsible for streaming the content; determining a first location of the user equipment device; determining a count of user equipment devices that are located at the first location and are currently streaming the content from the pool of content delivery networks; determining whether the count meets a threshold; responsive to determining that the count meets the threshold, adding a new content delivery network to the pool of content delivery networks that are responsible for streaming the content by configuring and providing an encoder with an identifier of the new content delivery network to encode the content to produce encoded content and disseminate the encoded content to the new content delivery network; and providing information to the user equipment device, wherein the user equipment device uses the provided information to begin streaming the encoded content from the new content delivery network.
1. An irrigation and suction device comprising: an irrigation tube that defines an irrigation lumen ; a suction tube slidably mounted on the irrigation tube , wherein an outer wall of the irrigation tube and an inner wall of the suction tube cooperatively define a suction channel ; a handle secured to a proximal portion of the irrigation tube ; and a slide member slidably mounted within the handle , wherein the slide member is secured to the suction tube such that advancing the slide member distally along the handle advances a distal tip of the suction tube along a length of the irrigation tube . an irrigation tube that defines an irrigation lumen ; a suction tube slidably mounted on the irrigation tube , wherein an outer wall of the irrigation tube and an inner wall of the suction tube cooperatively define a suction channel ; a handle secured to a proximal portion of the irrigation tube ; and a slide member slidably mounted within the handle , wherein the slide member is secured to the suction tube such that advancing the slide member distally along the handle advances a distal tip of the suction tube along a length of the irrigation tube .
A device comprising, at least one processor , a storage component , a power source , a switch , a primary electrode , and a secondary electrode ; the at least one processor for directing the power source to charge the storage component, wherein the charging includes building stored energy until a voltage of the storage component reaches a first value; the at least one processor for controlling the switch to provide an electrical pathway from the storage component to a resistive load at the earliest when the voltage reaches the first value, the providing the pathway to the resistive load including delivering the stored energy to the resistive load, wherein the primary electrode and the secondary electrode couple through the resistive load; the at least one processor for controlling the switch to disable the electrical pathway from the storage component to the resistive load; the at least one processor for directing the power source to recharge the storage component, characterized in that : the at least one processor is configured to determine a time of recharge, wherein the time of recharge is the time required to restore the voltage to the first value; the at least one processor configured to compare the time of recharge with at least one time value; and the at least one processor configured to use information of the comparing to adjust the first value. at least one processor , a storage component , a power source , a switch , a primary electrode , and a secondary electrode ; the at least one processor for directing the power source to charge the storage component, wherein the charging includes building stored energy until a voltage of the storage component reaches a first value; the at least one processor for controlling the switch to provide an electrical pathway from the storage component to a resistive load at the earliest when the voltage reaches the first value, the providing the pathway to the resistive load including delivering the stored energy to the resistive load, wherein the primary electrode and the secondary electrode couple through the resistive load; the at least one processor for controlling the switch to disable the electrical pathway from the storage component to the resistive load; the at least one processor for directing the power source to recharge the storage component, characterized in that : the at least one processor is configured to determine a time of recharge, wherein the time of recharge is the time required to restore the voltage to the first value; the at least one processor configured to compare the time of recharge with at least one time value; and the at least one processor configured to use information of the comparing to adjust the first value. the at least one processor is configured to determine a time of recharge, wherein the time of recharge is the time required to restore the voltage to the first value; the at least one processor configured to compare the time of recharge with at least one time value; and the at least one processor configured to use information of the comparing to adjust the first value.
A method of removing a clamp of a knife assembly that secures a knife to a cutting head of a centrifugal-type slicing machine, the cutting head having a leading direction, a trailing direction opposite the leading direction, an axial direction perpendicular to the leading and trailing directions, and a radial direction perpendicular to the leading, trailing, and axial directions, the clamp having a knife-engaging portion that forms a leading edge of the clamp , has a shape that is complementary to the knife , and physically contacts the knife when in a clamping position, the method comprising: applying a clamping load with a fastener that passes through a slot in the clamp , wherein the slot extends toward but terminates short of the knife-engaging portion of the clamp to form an interior distal edge that serves as a stop to prevent the clamp from being removed from the knife assembly by being translated in the trailing direction of the cutting head , wherein the slot is contiguous with and open to a trailing edge of the clamp ; removing a clamping load from the clamp that secures the clamp in the clamping position; translating the clamp in the leading direction of the cutting head so that the clamp arrives at a release position and the knife-engaging portion no longer contacts the knife in the release position; and removing the clamp from the knife assembly by lifting the clamp from the knife assembly in the radial direction of the cutting head. applying a clamping load with a fastener that passes through a slot in the clamp , wherein the slot extends toward but terminates short of the knife-engaging portion of the clamp to form an interior distal edge that serves as a stop to prevent the clamp from being removed from the knife assembly by being translated in the trailing direction of the cutting head , wherein the slot is contiguous with and open to a trailing edge of the clamp ; removing a clamping load from the clamp that secures the clamp in the clamping position; translating the clamp in the leading direction of the cutting head so that the clamp arrives at a release position and the knife-engaging portion no longer contacts the knife in the release position; and removing the clamp from the knife assembly by lifting the clamp from the knife assembly in the radial direction of the cutting head.
A compound of Formula (I) or Formula (II) having the structures: or a pharmaceutically acceptable salt thereof.
A method of making a prosthetic valve that can take a first form wherein the valve is open and a second form wherein the valve is closed, the valve comprising a leaflet assembly having at least one leaflet attached to a supporting element , the leaflet having a free margin that can move between a first position wherein the valve takes the first form and a second position wherein the valve takes the second form, the method comprising: o providing a textile structure; o forming the leaflet assembly from the textile structure, such that a selvedge of the textile structure forms the free margin of the leaflet; wherein the textile structure is made by weaving warp and fill threads into a two-layer woven fabric having stacked and interconnected layers, the two layers having selvedges at one longitudinal edge; and wherein forming the leaflet assembly comprises connecting two lateral edges of a single piece of the fabric to make a substantially tubular structure wherein the inner layer forms the leaflet and the outer layer forms the supporting element. o providing a textile structure; o forming the leaflet assembly from the textile structure, such that a selvedge of the textile structure forms the free margin of the leaflet;
A resource indication method, comprising: obtaining , by a network device, system resource information of a second system; and sending , by the network device, indication information, to a user equipment, by using a resource of a first system, wherein the indication information is used to indicate the system resource information, so that a device receiving the indication information determines the system resource information based on the indication information; wherein the system resource information is information about a resource occupied by the second system in the first system; wherein the indication information is comprised in system information of the first system; wherein a single carrier of the second system occupies a preset quantity of resource blocks in the first system, and the preset quantity is a rounded-up ratio of a second frequency width of the single carrier of the second system to a first frequency width of a resource block in the first system; characterized in that the system resource information is a center frequency of a carrier of the second system; and the center frequency of the carrier of the second system is in a range separated from an integer multiple of a preset frequency by a preset threshold. obtaining , by a network device, system resource information of a second system; and sending , by the network device, indication information, to a user equipment, by using a resource of a first system, wherein the indication information is used to indicate the system resource information, so that a device receiving the indication information determines the system resource information based on the indication information; wherein the system resource information is information about a resource occupied by the second system in the first system; wherein the indication information is comprised in system information of the first system; wherein a single carrier of the second system occupies a preset quantity of resource blocks in the first system, and the preset quantity is a rounded-up ratio of a second frequency width of the single carrier of the second system to a first frequency width of a resource block in the first system; characterized in that the system resource information is a center frequency of a carrier of the second system; and the center frequency of the carrier of the second system is in a range separated from an integer multiple of a preset frequency by a preset threshold.
A method for surveillance of a predetermined volume (V), comprising the following steps: - a) preparing at least one video camera designed to acquire images (I) of a predetermined volume (V) which is under surveillance; - b) defining in said images at least a first predetermined authorised region (R1) having a first level of authorisation and at least a second predetermined unauthorised region (R2), - c) analysing said images (I) to identify a moving object (O) and to identify at least one position associated with the moving object (O); - d) comparing the position of the moving object (O) identified with the positions of said authorised region (R1) and/or unauthorised region (R2) to identify if said moving object (O) is inside or outside one or more of said regions (R1, R2); - e) making available an alarm indication depending on the results of said comparison; the method being characterized in that it further comprises a phase of selectively activating an alarm signal according to the trajectory followed by the moving object detected in the volume (V) monitored relative to the above-mentioned authorised and unauthorised areas (R1, R2) which comprises the following phases: - inhibiting an alarm signal if a detected moving object passes from the authorised region (R1) to the unauthorised region (R2); - providing an alarm signal if a detected moving object enters directly in the unauthorised region (R2). - a) preparing at least one video camera designed to acquire images (I) of a predetermined volume (V) which is under surveillance; - b) defining in said images at least a first predetermined authorised region (R1) having a first level of authorisation and at least a second predetermined unauthorised region (R2), - c) analysing said images (I) to identify a moving object (O) and to identify at least one position associated with the moving object (O); - d) comparing the position of the moving object (O) identified with the positions of said authorised region (R1) and/or unauthorised region (R2) to identify if said moving object (O) is inside or outside one or more of said regions (R1, R2); - e) making available an alarm indication depending on the results of said comparison; - inhibiting an alarm signal if a detected moving object passes from the authorised region (R1) to the unauthorised region (R2); - providing an alarm signal if a detected moving object enters directly in the unauthorised region (R2).
A Microelectromechanical system (MEMS) device comprising: a substrate (10; 110); a barrier layer (14; 114) formed from Aluminum Oxide (Al 2 O 3 ); an etched structure (16; 116) formed through a portion of the barrier layer (14; 114); an epitaxial polysilicon cap layer (30; 130) formed in the etched structure (16; 116) and on the barrier layer (14; 114); wherein the barrier layer (14; 114) is formed between the substrate (10; 110) and the epitaxial cap layer (30; 130); wherein the epitaxial polysilicon cap layer (30; 130) is mounted on the substrate (10; 110) by support structures extending from the cap layer (30; 130) through the etched structure (16; 116) of said barrier layer (14; 114) so as to form a cavity (22; 122) between the epitaxial cap layer (30; 130) and the substrate (10; 110); wherein the epitaxial polysilicon cap layer (30; 130) forms a flexible membrane (24; 124) suspended above the substrate (10; 110) by the support structures; wherein the flexible membrane (24; 124) includes a first surface (18a; 118a) facing away from the substrate (10; 110) and a second surface (18b; 118b) facing towards the substrate (10; 110) and the barrier layer (14; 114) and defining a portion of the cavity (22; 122); wherein openings (20; 120) are formed in a portion of the epitaxial polysilicon cap layer (30; 130) and in the barrier layer (14; 114); and an epitaxial refill material (19; 119) in the openings (20; 120) formed within the epitaxial polysilicon cap layer (30; 130) to seal the cavity (22; 122). a substrate (10; 110); a barrier layer (14; 114) formed from Aluminum Oxide (Al 2 O 3 ); an etched structure (16; 116) formed through a portion of the barrier layer (14; 114); an epitaxial polysilicon cap layer (30; 130) formed in the etched structure (16; 116) and on the barrier layer (14; 114); wherein the barrier layer (14; 114) is formed between the substrate (10; 110) and the epitaxial cap layer (30; 130); wherein the epitaxial polysilicon cap layer (30; 130) is mounted on the substrate (10; 110) by support structures extending from the cap layer (30; 130) through the etched structure (16; 116) of said barrier layer (14; 114) so as to form a cavity (22; 122) between the epitaxial cap layer (30; 130) and the substrate (10; 110); wherein the epitaxial polysilicon cap layer (30; 130) forms a flexible membrane (24; 124) suspended above the substrate (10; 110) by the support structures; wherein the flexible membrane (24; 124) includes a first surface (18a; 118a) facing away from the substrate (10; 110) and a second surface (18b; 118b) facing towards the substrate (10; 110) and the barrier layer (14; 114) and defining a portion of the cavity (22; 122); wherein openings (20; 120) are formed in a portion of the epitaxial polysilicon cap layer (30; 130) and in the barrier layer (14; 114); and an epitaxial refill material (19; 119) in the openings (20; 120) formed within the epitaxial polysilicon cap layer (30; 130) to seal the cavity (22; 122).
A method of cooling a liner in a plasma chamber, comprising: contacting the liner with or passing through the liner at least one recycle gas to cool the liner and pre-heat the at least one recycle gas to generate a pre-heated recycle gas; and returning the pre-heated recycle gas to the plasma chamber to create the plasma. contacting the liner with or passing through the liner at least one recycle gas to cool the liner and pre-heat the at least one recycle gas to generate a pre-heated recycle gas; and returning the pre-heated recycle gas to the plasma chamber to create the plasma.
A process for producing at least one of tetrafluoroethylene and hexafluoropropylene, comprising: pyrolyzing a low molecular weight fluorine compound by continuous reaction in a microreactor, wherein the low molecular weight fluorine compound is a perfluoroalkene and the pyrolysis is performed in the temperature range of 620°C to 720°C.
A power control circuit that is suitable to be used in induction heating cookers, comprising a bridge rectifier that converts the alternative current received from the mains into direct current; a filter inductor and a filter capacitor that are disposed at the outlet of the bridge rectifier ; an induction coil that is energized for heating a vessel placed onto the induction heating cooker so that the coil current passes therethrough; at least one resonant capacitor that energizes the induction coil ; at least one power switch that enables the resonant capacitor to be charged/discharged and that provides the transmission of power from the induction coil to the vessel ; a drive circuit that enables the power switch to be driven with a drive voltage at the desired level, and a microcontroller that regulates the operation of the power switch by means of the drive circuit , characterized by - an electronic oscillator that is connected to the microcontroller , that transmits signals by electrically connecting to the induction coil at the beginning of the operation of the induction heating cooker when the induction coil has not been energized, yet, and that produces an output voltage according to the serial resistance and inductance (R, L) values of the induction coil - vessel pair, and - the microcontroller that, according to the data received from the electronic oscillator , detects whether there is a vessel on the induction coil and if there is a vessel , whether the ferromagnetic characteristics thereof are suitable. - an electronic oscillator that is connected to the microcontroller , that transmits signals by electrically connecting to the induction coil at the beginning of the operation of the induction heating cooker when the induction coil has not been energized, yet, and that produces an output voltage according to the serial resistance and inductance (R, L) values of the induction coil - vessel pair, and - the microcontroller that, according to the data received from the electronic oscillator , detects whether there is a vessel on the induction coil and if there is a vessel , whether the ferromagnetic characteristics thereof are suitable.
An apparatus for regulating pressure of exhaust gas of a fuel cell system, the apparatus comprising: porous foam mounted in an exhaust tube and having a plurality of pores therein; and a regulator configured to compress or expand the porous foam to regulate a differential pressure of exhaust gas flowing through the exhaust tube, wherein one end of the porous foam located upstream is fixed to the exhaust tube and an opposite end of the porous foam located downstream is coupled to the regulator with respect to a flow direction of the exhaust gas in the exhaust tube, wherein a length of the porous foam in the flow direction of the exhaust gas is increased or decreased as the opposite end of the porous foam is moved by the regulator, and wherein the apparatus further comprises a housing configured to surround the regulator and a portion of the exhaust tube on which the regulator is mounted, to inhibit leakage of the exhaust gas from the exhaust tube. porous foam mounted in an exhaust tube and having a plurality of pores therein; and a regulator configured to compress or expand the porous foam to regulate a differential pressure of exhaust gas flowing through the exhaust tube, wherein one end of the porous foam located upstream is fixed to the exhaust tube and an opposite end of the porous foam located downstream is coupled to the regulator with respect to a flow direction of the exhaust gas in the exhaust tube, wherein a length of the porous foam in the flow direction of the exhaust gas is increased or decreased as the opposite end of the porous foam is moved by the regulator, and wherein the apparatus further comprises a housing configured to surround the regulator and a portion of the exhaust tube on which the regulator is mounted, to inhibit leakage of the exhaust gas from the exhaust tube.
A laser treatment apparatus comprising; a primary handset and an auxiliary attachment , the primary handset being connectable to the auxiliary attachment , the primary handset having a laser source having a primary heat exchanger , and a main cooling circuit to provide cooling fluid to the primary heat exchanger to cool the laser source, the cooling circuit having an auxiliary circuit connection for engagement with the auxiliary attachment; wherein the auxiliary circuit connection comprises a fluid connection for connection to an auxiliary cooling circuit within the auxiliary attachment ; wherein the cooling circuit within the auxiliary attachment includes a secondary heat exchanger ; characterized by a main loop valve operable to permit cooling fluid to flow in the main cooling circuit within the primary handset when no auxiliary attachment is connected and to divert flow of cooling fluid to the heat exchanger in the auxiliary attachment when the auxiliary attachment is connected to the primary handset .