mhurhangee/patent-ind-claim-en huggingface dataset:
Process for preparing a tris[3-(alkoxysilyl)propyl] isocyanurate from the group of tris[3-(trialkoxysilyl)propyl] isocyanurate, tris[3-(alkyldialkoxysilyl)propyl] isocyanurate and tris[3-(dialkylalkoxysilyl)propyl] isocyanurate by hydrosilylation, by - in step A initially charging a mixture comprising at least one hydroalkoxysilane from the group of hydrotrialkoxysilane, hydroalkyldialkoxysilane, hydrodialkylalkoxysilane [called H-silane(s)] for short], at least one carboxylic acid and a Pt catalyst, heating the mixture to a temperature of 50 to 140°C, - in step B adding a mixture of 1,3,5-triallyl-1,3,5-triazine-2,4,6 -trione and at least one alcohol to the mixture from step A while mixing, - in step C leaving the mixture from step B to react while mixing and - in step D working up the product mixture thus obtained. - in step A initially charging a mixture comprising at least one hydroalkoxysilane from the group of hydrotrialkoxysilane, hydroalkyldialkoxysilane, hydrodialkylalkoxysilane [called H-silane(s)] for short], at least one carboxylic acid and a Pt catalyst, heating the mixture to a temperature of 50 to 140°C, - in step B adding a mixture of 1,3,5-triallyl-1,3,5-triazine-2,4,6 -trione and at least one alcohol to the mixture from step A while mixing, - in step C leaving the mixture from step B to react while mixing and - in step D working up the product mixture thus obtained.
A fan of a gas turbine engine, comprising: a plurality of fan blades secured to a rotor, each of the plurality of fan blades having an airfoil secured to the rotor at one end, wherein the airfoil comprises pockets located on the convex and/or the concave side of the airfoil and filled with an elastomeric composite, wherein the elastomeric composite comprises an elastomer and glass microspheres, polymer microspheres or a combination thereof.
A method comprising: moving a leading edge of a print medium in a media advance direction through a first cutter to form a first cut in the print medium in a direction parallel to the media advance direction, moving the print medium in a reverse direction opposite to the media advance direction so that the first cut aligns with a second cutter, and simultaneously moving the first cutter in a direction transverse to the media advance direction as the print medium is moved in the reverse direction, and cutting the print medium with the second cutter in a direction transverse to the media advance direction to form a second cut in the print medium transverse to the first cut. moving a leading edge of a print medium in a media advance direction through a first cutter to form a first cut in the print medium in a direction parallel to the media advance direction, moving the print medium in a reverse direction opposite to the media advance direction so that the first cut aligns with a second cutter, and simultaneously moving the first cutter in a direction transverse to the media advance direction as the print medium is moved in the reverse direction, and cutting the print medium with the second cutter in a direction transverse to the media advance direction to form a second cut in the print medium transverse to the first cut.
A method comprising: exposing glycerin to a temperature of greater than 140°C in the presence of a catalyst comprising rhenium trioxide, rhenium dioxide, or a combination thereof to produce a product comprising allyl alcohol; wherein the glycerin is exposed to the temperature of greater than 140°C in a solvent; wherein the solvent comprises a secondary alcohol; wherein the secondary alcohol is 3-octanol and wherein the initial molar ratio of 3-octanol to glycerin is in the range from 5:1 to 1:1.
A polyester elastomer resin composition comprising: a thermoplastic polyester elastomer (A); a thickening agent (B); and a urea compound scavenger (C), wherein the thermoplastic polyester elastomer (A) is composed of a hard segment and a soft segment that are linked to each other, the hard segment being composed of a polyester formed from an aromatic dicarboxylic acid and an aliphatic and/or alicyclic diol, the soft segment being at least one member selected from aliphatic polyethers, aliphatic polyesters, or aliphatic polycarbonates, the urea compound scavenger (C) has an amine value of 70 eq/t or more, wherein the amine value is determined as indicated in the description, the thickening agent (B) is a polyfunctional compound having at least one reactive group selected from epoxy groups, acid anhydride groups, carbodiimide groups, and isocyanate groups, and is present in an amount of 0 to 5 parts by mass, and the urea compound scavenger (C) is a polyamide and is present in an amount of 0.1 to 10 parts by mass, per 100 parts by mass of the thermoplastic polyester elastomer (A). a thermoplastic polyester elastomer (A); a thickening agent (B); and a urea compound scavenger (C), wherein the thermoplastic polyester elastomer (A) is composed of a hard segment and a soft segment that are linked to each other, the hard segment being composed of a polyester formed from an aromatic dicarboxylic acid and an aliphatic and/or alicyclic diol, the soft segment being at least one member selected from aliphatic polyethers, aliphatic polyesters, or aliphatic polycarbonates, the urea compound scavenger (C) has an amine value of 70 eq/t or more, wherein the amine value is determined as indicated in the description, the thickening agent (B) is a polyfunctional compound having at least one reactive group selected from epoxy groups, acid anhydride groups, carbodiimide groups, and isocyanate groups, and is present in an amount of 0 to 5 parts by mass, and the urea compound scavenger (C) is a polyamide and is present in an amount of 0.1 to 10 parts by mass, per 100 parts by mass of the thermoplastic polyester elastomer (A).
A method for transmitting a power headroom report, comprising: forming, at a user equipment, a power headroom report specific to a carrier component simultaneously transmitting a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH; transmitting the power headroom report to a base station , wherein the power headroom report is included in a packet data unit of the PUSCH; and wherein the power headroom report comprises content items related to a PUSCH transmit power and a PUCCH transmit power, and wherein the content items include two content items, each of which relating to P USCH and P UCCH transmit powers, where, P PUSCH denotes a current PUSCH transmit power on the carrier component, and P PUCCH denotes a current PUCCH transmit power on the carrier component. forming, at a user equipment, a power headroom report specific to a carrier component simultaneously transmitting a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH; transmitting the power headroom report to a base station , wherein the power headroom report is included in a packet data unit of the PUSCH; and wherein the power headroom report comprises content items related to a PUSCH transmit power and a PUCCH transmit power, and wherein the content items include two content items, each of which relating to P USCH and P UCCH transmit powers, where, P PUSCH denotes a current PUSCH transmit power on the carrier component, and P PUCCH denotes a current PUCCH transmit power on the carrier component.
An apparatus, comprising: (a) an surgical instrument , wherein the surgical instrument includes one or more variable voltage drop features configured to provide a variable voltage drop during operation of the surgical instrument ; (b) a power source in communication with the surgical instrument , wherein the power source is operable to provide power to the surgical instrument ; and (c) a reference circuit in communication with the surgical instrument , wherein the reference circuit is further in communication with the power source , wherein the reference circuit includes one or more predetermined voltage drop features configured to provide a predetermined voltage drop during operation of the surgical instrument ; characterized in that the power source is operable to subtract out a voltage drop from the one or more variable voltage drop features based on a voltage drop from the one or more predetermined voltage drop features during operation of the surgical instrument . (a) an surgical instrument , wherein the surgical instrument includes one or more variable voltage drop features configured to provide a variable voltage drop during operation of the surgical instrument ; (b) a power source in communication with the surgical instrument , wherein the power source is operable to provide power to the surgical instrument ; and (c) a reference circuit in communication with the surgical instrument , wherein the reference circuit is further in communication with the power source , wherein the reference circuit includes one or more predetermined voltage drop features configured to provide a predetermined voltage drop during operation of the surgical instrument ;
A removable closure for a packaging article, said closure comprising: (a) a substrate having an interior and an exterior surface; (b) a first at least partially cured coating provided on at least a portion of the interior surface of the substrate, said first coating derived from ingredients comprising: (i) at least one first polycyclic polyester, wherein the polycyclic polyester comprises first and second fused rings that share at least one atom in common; and (ii) at least one first crosslinkable phenolic resin; and (c) a second at least partially cured coating provided directly or indirectly onto at least a portion of the first coating, said second coating derived from ingredients comprising: (i) at least one second polycyclic polyester; and (ii) at least one second crosslinkable phenolic resin which is alkylated and/or etherified; and (d) optionally a gasket applied directly or indirectly onto at least a portion of the second coating in a manner effective to help the closure sealingly engage the container, wherein at least one of the first and second coating compositions is formulated such that the corresponding cured coating contains less than 100 parts per million of polyvinyl chloride resin. (a) a substrate having an interior and an exterior surface; (b) a first at least partially cured coating provided on at least a portion of the interior surface of the substrate, said first coating derived from ingredients comprising: (i) at least one first polycyclic polyester, wherein the polycyclic polyester comprises first and second fused rings that share at least one atom in common; and (ii) at least one first crosslinkable phenolic resin; and (i) at least one first polycyclic polyester, wherein the polycyclic polyester comprises first and second fused rings that share at least one atom in common; and (ii) at least one first crosslinkable phenolic resin; and (c) a second at least partially cured coating provided directly or indirectly onto at least a portion of the first coating, said second coating derived from ingredients comprising: (i) at least one second polycyclic polyester; and (ii) at least one second crosslinkable phenolic resin which is alkylated and/or etherified; and (i) at least one second polycyclic polyester; and (ii) at least one second crosslinkable phenolic resin which is alkylated and/or etherified; and (d) optionally a gasket applied directly or indirectly onto at least a portion of the second coating in a manner effective to help the closure sealingly engage the container,
A method for operating a transmission-reception point, TRP , for a cellular wireless telecommunications network using antennas, the method comprising: determining , by the TRP, a first cycle of backhaul communications modes for the TRP, each backhaul communications mode of the first cycle is associated with a different time period and prompts the TRP to either transmit or receive using a subset of communications beams available to the TRP during an associated time period, wherein the communications beams used by the TRP and neighboring TRPs of the TRP in each associated time period are selected to prevent mutual interference, and wherein at least one backhaul communications mode of the first cycle prompts the TRP to either transmit or receive using all of the communications beams used for communication between the TRP and the neighboring TRPs of the TRP; determining, by the TRP, a backhaul frame configuration for the TRP in accordance with the first cycle, the backhaul frame configuration specifying an arrangement of subframes of a frame used for backhaul communications; and communicating , by the TRP, with neighboring TRPs of the TRP in accordance with the first cycle and the backhaul frame configuration.
An audible indicator mechanism for a surgical stapling device, the audible indicator mechanism comprising: a mounting assembly ; a spring assembly supported by the mounting assembly; a support bracket mounted to the mounting assembly; and a cam member coupled to the spring assembly and supported between the support bracket and the mounting assembly, the cam member supported for movement between distal and proximal positions relative to the support bracket to generate an audible sound that indicates that the surgical stapling device was fired, whereby the mounting assembly includes a mounting body that defines a cam channel and the cam member includes a cam pin that is slidably positioned within the cam channel to enable the cam member to move between the proximal and distal positions, the spring assembly including a spring , the cam member including a cam fin that is positioned to generate the audible sound as the cam member moves from the distal position to the proximal position, characterized in that the mounting body defines an elongated channel that supports the spring, the spring being coupled to the support bracket by a support pin. a mounting assembly ; a spring assembly supported by the mounting assembly; a support bracket mounted to the mounting assembly; and a cam member coupled to the spring assembly and supported between the support bracket and the mounting assembly, the cam member supported for movement between distal and proximal positions relative to the support bracket to generate an audible sound that indicates that the surgical stapling device was fired, whereby the mounting assembly includes a mounting body that defines a cam channel and the cam member includes a cam pin that is slidably positioned within the cam channel to enable the cam member to move between the proximal and distal positions, the spring assembly including a spring , the cam member including a cam fin that is positioned to generate the audible sound as the cam member moves from the distal position to the proximal position, characterized in that
A method for service function chaining within an end-to-end path of a network connection between a source node and a destination node , the method comprising: executing, for a defined service function chain including an ordered sequence of selected network service functions, an address resolution process that translates names of the network service functions of the service function chain into their corresponding IP addresses, characterized in that the address resolution process is performed at a name server of the destination node by means of a sequence of name server queries sent in succession to respective name servers of each of the network service functions of the service function chain in accordance with their order, wherein each of said name server queries is answered by a response from a name server of the respective network service function that includes the IP addresses of selected instances of the respective network service function chosen by the respective name server according to predefined criteria.
A shaft assembly (100;200;300) comprising: a composite tube (110;310) comprising a longitudinal centerline axis ; and an impact shield (120;320) disposed around the composite tube and extending along a length of the composite tube; and characterized by a fitting coupled to one end of the composite tube; wherein a gap is defined between the composite tube and the impact shield; wherein the fitting is an annular fitting coupled to a radially outward surface of the one end of the composite tube; wherein the impact shield is mounted to the annular fitting such that the impact shield is coupled to the composite tube via the annular fitting; and wherein the impact shield is exclusively coupled to the composite tube via the annular fitting. a composite tube (110;310) comprising a longitudinal centerline axis ; and an impact shield (120;320) disposed around the composite tube and extending along a length of the composite tube; and characterized by a fitting coupled to one end of the composite tube; wherein a gap is defined between the composite tube and the impact shield; wherein the fitting is an annular fitting coupled to a radially outward surface of the one end of the composite tube; wherein the impact shield is mounted to the annular fitting such that the impact shield is coupled to the composite tube via the annular fitting; and wherein the impact shield is exclusively coupled to the composite tube via the annular fitting.
A process for heating a plurality of articles in a microwave heating system, said process comprising: (a) generating microwave energy having a predominant wavelength (λ); (b) loading a plurality of articles into a carrier defining a cargo volume , wherein said loading includes arranging said articles within a cargo volume of said carrier, wherein said articles are arranged in at least two spaced apart rows in said cargo volume, wherein each of said articles has a length (L) and a width (W) with the width being less than or equal to the length, wherein the width of each article is at least 2.75λ, and wherein a ratio of a distance between center points of side-by-side articles in the adjacent rows to the width of the cargo volume is at least 0.52:1; (c) passing said loaded carrier through one or more liquid-filled vessels along a convey line , wherein said articles are submerged in a liquid medium during at least a portion of said passing; (d) during at least a portion of said passing, heating said articles in said carrier to provide heated articles, wherein at least a portion of said heating is performed using microwave energy discharged into at least one of said vessels via one or more microwave launchers. (a) generating microwave energy having a predominant wavelength (λ); (b) loading a plurality of articles into a carrier defining a cargo volume , wherein said loading includes arranging said articles within a cargo volume of said carrier, wherein said articles are arranged in at least two spaced apart rows in said cargo volume, wherein each of said articles has a length (L) and a width (W) with the width being less than or equal to the length, wherein the width of each article is at least 2.75λ, and wherein a ratio of a distance between center points of side-by-side articles in the adjacent rows to the width of the cargo volume is at least 0.52:1; (c) passing said loaded carrier through one or more liquid-filled vessels along a convey line , wherein said articles are submerged in a liquid medium during at least a portion of said passing; (d) during at least a portion of said passing, heating said articles in said carrier to provide heated articles, wherein at least a portion of said heating is performed using microwave energy discharged into at least one of said vessels via one or more microwave launchers.
A security element having an optically variable structure which has an embossed structure and a coating , wherein the embossed structure and the coating are so combined that at least parts of the coating are completely visible upon perpendicular viewing, but are shadowed upon oblique viewing, wherein the embossed structure has non-line-shaped, raised emboss elements , on whose flanks pattern base elements of the coating are arranged at least partially in such a way that different information becomes visible in the optically variable structure upon a change of viewing direction, wherein the optically variable structure has an additional information which results from variation of the coating , characterized in that the additional information cannot be recognized or can be recognized only very weakly upon perpendicular viewing, yet can be recognized upon oblique viewing.
A method for use by a Message Queuing Telemetry Transport, MQTT, client of a node , comprising: sending, from an application of the node , a publish request to an MQTT server that uses a predetermined topic filter parameter related to a request for an application identifier; receiving a message from the MQTT server that includes an assigned application name as payload; sending a subscription request to the MQTT server including the assigned application name as part of the topic filter; receiving a subscribe request from the application with the topic filter indicating a first middle node and the application ; sending, to an MQTT server at an infrastructure node , a subscribe request, the subscribe request being for a topic, wherein the subscribe request comprises the topic filter and indicates the infrastructure node; and receiving, from the MQTT server at the infrastructure node , messages for the topic, the messages for the topic indicating the infrastructure node and comprising the topic filter, wherein messages for the topic are forwarded through the first middle node between the application and the infrastructure node using the topic at the first middle node and the infrastructure node. sending, from an application of the node , a publish request to an MQTT server that uses a predetermined topic filter parameter related to a request for an application identifier; receiving a message from the MQTT server that includes an assigned application name as payload; sending a subscription request to the MQTT server including the assigned application name as part of the topic filter; receiving a subscribe request from the application with the topic filter indicating a first middle node and the application ; sending, to an MQTT server at an infrastructure node , a subscribe request, the subscribe request being for a topic, wherein the subscribe request comprises the topic filter and indicates the infrastructure node; and receiving, from the MQTT server at the infrastructure node , messages for the topic, the messages for the topic indicating the infrastructure node and comprising the topic filter, wherein messages for the topic are forwarded through the first middle node between the application and the infrastructure node using the topic at the first middle node and the infrastructure node.