mhurhangee/patent-ind-claim-en huggingface dataset:
Organic cavity injection device including: - an injection cannula for injecting a photo-activatable substance (LPM) inside an organic cavity ; - at least one element or a plurality of elements configured to control the removal of a resident substance from the organic cavity and simultaneously prevent removal of the non-activated photo-activatable substance from the organic cavity ; and - an optical waveguide for providing electromagnetic radiation inside the organic cavity to the photo-activatable substance to photoactive the photo-activatable substance inside the organic cavity ; wherein the at least one element includes a balloon configured to confine the electromagnetic radiation provided by the optical waveguide inside the organic cavity ; characterized in that it further comprises a catheter integrated into the balloon and through which the injection cannula and the optical waveguide is introduced into the organic cavity . - an injection cannula for injecting a photo-activatable substance (LPM) inside an organic cavity ; - at least one element or a plurality of elements configured to control the removal of a resident substance from the organic cavity and simultaneously prevent removal of the non-activated photo-activatable substance from the organic cavity ; and - an optical waveguide for providing electromagnetic radiation inside the organic cavity to the photo-activatable substance to photoactive the photo-activatable substance inside the organic cavity ;
A data processing method for a mini app, comprising: intercepting a request message of the mini app, and sending the request message to a target server, wherein the request message comes from a technology stack in the mini app; acquiring returned data targeting at the request message and returned from the target server, wherein the returned data comprises cookie content, field information for indicating storage of the cookie content, and a data set corresponding to the request message; and storing the cookie content into a cookie storage database of the mini app according to the field information, and returning the returned data to the technology stack issuing the request message. intercepting a request message of the mini app, and sending the request message to a target server, wherein the request message comes from a technology stack in the mini app; acquiring returned data targeting at the request message and returned from the target server, wherein the returned data comprises cookie content, field information for indicating storage of the cookie content, and a data set corresponding to the request message; and storing the cookie content into a cookie storage database of the mini app according to the field information, and returning the returned data to the technology stack issuing the request message.
A device for modifying speed ratios of a motor vehicle including a control lever , a control cable of the reverse gear of the vehicle, an overmoulding covering the lever and a trigger sliding longitudinally to the lever, on the overmoulding to actuate said cable , the overmoulding including a guide channel of the cable , characterized in that the longitudinal axis of the guide channel is inclined in a positioning plane (P) with respect to the longitudinal axis of the lever , the longitudinal axis of the lever being the longitudinal axis of the cylindrical portion of the lever carrying the overmoulding so as to exert a bending force on the cable when said cable is fixed to the trigger and is mounted in the guide channel .
A bicomponent fiber comprising: a sheath, where the sheath includes a propylene-based elastomer, said propylene-based elastomer including propylene-derived units and from about 3.0 to about 15 wt% alpha-olefin-derived units other than propylene-derived units, based upon the entire weight of the copolymer, said propylene-based elastomer having a triad tacticity of greater than 75%, and a heat of fusion, as determined by DSC, of less than 75 J/g; and a core, where the melt temperature of the core, is at least 5% greater than the melt temperature of the sheath, wherein the melt temperature of the core and the melt temperature of the sheath are as determined by the differential scanning calorimetry (DSC) method referred to in the description, and are expressed in °C. a sheath, where the sheath includes a propylene-based elastomer, said propylene-based elastomer including propylene-derived units and from about 3.0 to about 15 wt% alpha-olefin-derived units other than propylene-derived units, based upon the entire weight of the copolymer, said propylene-based elastomer having a triad tacticity of greater than 75%, and a heat of fusion, as determined by DSC, of less than 75 J/g; and a core, where the melt temperature of the core, is at least 5% greater than the melt temperature of the sheath, wherein the melt temperature of the core and the melt temperature of the sheath are as determined by the differential scanning calorimetry (DSC) method referred to in the description, and are expressed in °C.
A structural cable of a construction work, the structural cable com pri sing: a bundle of load-bearing tendons, a sheath within which the bundle of tendons is located, at least one consolidated lightning management module located on the sheath , wherein at least one consolidated lightning management module comprises a lightning conductor and a fireproof insulating protection element , wherein the protection element is configured so as to prevent any direct contact between the lightning conductor and the sheath , wherein the at least one consolidated lightning management module has one of a polygonal slab shape, a round slab shape and a ring shape surrounding a section of the sheath , wherein the at least one consolidated lightning management module is grounded by a conductive material running from the at least one consolidated lightning management module to the ground, wherein the conductive grounding material is connected to the lightning conductor of each consolidated lightning management module through a respective opening provided in the sheath and the protection element of said at least one consolidated lightning management module . a bundle of load-bearing tendons, a sheath within which the bundle of tendons is located, at least one consolidated lightning management module located on the sheath , wherein at least one consolidated lightning management module comprises a lightning conductor and a fireproof insulating protection element , wherein the protection element is configured so as to prevent any direct contact between the lightning conductor and the sheath , wherein the at least one consolidated lightning management module has one of a polygonal slab shape, a round slab shape and a ring shape surrounding a section of the sheath , wherein the at least one consolidated lightning management module is grounded by a conductive material running from the at least one consolidated lightning management module to the ground, wherein the conductive grounding material is connected to the lightning conductor of each consolidated lightning management module through a respective opening provided in the sheath and the protection element of said at least one consolidated lightning management module .
A multiple-core processor device characterized by multiple processing cores (504a-d) and a shared data cache and in which the multiple processing cores (504a-d) have no private caches, wherein each core (504a-d) includes a barrel dispatcher (510a-d) configured to retrieve and execute one or more instructions associated with multiple threads of a software program using barrel thread processing, the shared data cache is configured to send and receive data to at least two of the multiple processing cores (504a-d), the shared data cache storing data associated with an execution of a first instruction in at least one of the multiple threads, wherein the stored data in the shared data cache is commonly accessible to the multiple threads of the software program executing on the multiple processing cores (504a-d), and wherein the multiple-core processor device further comprises: a serial processor that is configured to execute single threaded programming code that must be run serially; and inter thread communication for facilitating synchronization between different threads of the multiple threads executed by the multiple cores and the serial processor, wherein the interthread communication stores atomic counters, wherein different atomic counters represent the different threads, and wherein the inter thread communication comprises a processor that is for updating up to one atomic counter per cycle. wherein each core (504a-d) includes a barrel dispatcher (510a-d) configured to retrieve and execute one or more instructions associated with multiple threads of a software program using barrel thread processing, the shared data cache is configured to send and receive data to at least two of the multiple processing cores (504a-d), the shared data cache storing data associated with an execution of a first instruction in at least one of the multiple threads, wherein the stored data in the shared data cache is commonly accessible to the multiple threads of the software program executing on the multiple processing cores (504a-d), and wherein the multiple-core processor device further comprises: a serial processor that is configured to execute single threaded programming code that must be run serially; and inter thread communication for facilitating synchronization between different threads of the multiple threads executed by the multiple cores and the serial processor, wherein the interthread communication stores atomic counters, wherein different atomic counters represent the different threads, and wherein the inter thread communication comprises a processor that is for updating up to one atomic counter per cycle. a serial processor that is configured to execute single threaded programming code that must be run serially; and inter thread communication for facilitating synchronization between different threads of the multiple threads executed by the multiple cores and the serial processor, wherein the interthread communication stores atomic counters, wherein different atomic counters represent the different threads, and wherein the inter thread communication comprises a processor that is for updating up to one atomic counter per cycle.
A method for the manufacture of cyclododecasulfur, comprising reacting a metallasulfur derivative with an oxidizing agent in a reaction zone to form a cyclododecasulfur-containing reaction mixture containing cyclododecasulfur, wherein the oxidation agent is (i) reduced by a metallasulfur derivative, (ii) promotes the release of the sulfur contained in the metallasulfur derivative, and (iii) does not add sulfur from its composition to the cyclododecasulfur being produced in the process characterized in that the stoichiometric ratio of the oxidizing agent to the metallasulfur derivative is selected so that less than one equivalent of the oxidizing agent is present for every two M-S bonds in the metallasulfur derivative.
A fiber-reinforced molding material comprising as essential materials: a vinyl ester (A) that is a reaction product of an epoxy resin (a1) having an epoxy equivalent in the range of 180 to 500 and (meth) acrylic acid (a2); an unsaturated monomer (B) having a flash point of 100°C or higher determined by the Cleveland Open Cup Method defined in JIS K 2265-4:2007; a polyisocyanate (C); a polymerization initiator (D); and carbon fibers (E) having a fiber length of 2.5 to 50 mm, wherein the mass ratio ((A)/(B)) of the vinyl ester (A) to the unsaturated monomer (B) is in the range of 40/60 to 85/15, and the molar ratio (NCO/OH) of isocyanate groups (NCO) in the polyisocyanate (C) to hydroxy groups (OH) in the vinyl ester (A) is in the range of 0.25 to 0.85, and the number of filaments in a bundle of the carbon fibers (E) is in the range of 1,000 to 60,000.
Connector contact, comprising at least a contact body , a transmission means , a support for the transmission means , said support comprising, at its end, a ferrule , a spring applying a compressive force on the ferrule and a sealant product forming a seal between the ferrule and the transmission means characterized in that the contact comprises a flexible sealing means between the ferrule and the contact body so as to create a seal between the ferrule and the contact body when the contact is disconnected and the ferrule is subjected to the force of the spring and when the contact is connected, the ferrule is isolated from any mechanical stress relative to the contact body, said mechanical isolation not being hindered by said sealing means .
A device for receiving a service using a Near Field Communication, NFC, tag , the device comprising: a tag information receiving unit that receives tag information from the NFC tag ; a service requesting unit that provides a server with application information about an application that is executed in the device and the tag information, and that requests a service corresponding to the application; and a data receiving unit that receives service data from the server , wherein the service data corresponds to the application information and the tag information, and differs from another service data according to a type of the application; wherein the application information comprises identification of the application that is being executed in the device , and wherein the tag information comprises a location value of the NFC tag, and wherein a service to which the service data is related is matched with the application being executed and is determined by the server based on the identification of the application and the location value of the NFC tag, wherein the location value comprises at least one of an address, a name of a local place, a name of a building, a floor level of a building and a room number; wherein the application information includes information about at least one of a title, an ID, a type, and a manufacturer of the application. a tag information receiving unit that receives tag information from the NFC tag ; a service requesting unit that provides a server with application information about an application that is executed in the device and the tag information, and that requests a service corresponding to the application; and a data receiving unit that receives service data from the server , wherein the service data corresponds to the application information and the tag information, and differs from another service data according to a type of the application; wherein the application information comprises identification of the application that is being executed in the device , and wherein the tag information comprises a location value of the NFC tag, and wherein a service to which the service data is related is matched with the application being executed and is determined by the server based on the identification of the application and the location value of the NFC tag, wherein the location value comprises at least one of an address, a name of a local place, a name of a building, a floor level of a building and a room number; wherein the application information includes information about at least one of a title, an ID, a type, and a manufacturer of the application.
A cleaner head for a vacuum cleaner, the cleaner head comprising a single agitator rotatably mounted within a housing , the agitator being arranged transversely within the housing such that it is perpendicular to the direction of travel of the cleaner head during use, characterised in that the agitator is conical in shape, such that a first end has a larger diameter than a second end ,wherein the agitator has a main body with an outer conical surface, and the lowermost portion of the conical surface is parallel with a flat supporting surface when the cleaner head is in use.
A cooking apparatus , comprising: a housing having an open top surface and having a cooking space formed therein, the housing being configured to receive a container inserted into the housing , the container having an open top surface to receive food to be cooked therein; a door provided on a top of the housing to open and close the cooking space; and a heating unit provided in the housing and configured to contact a bottom surface of the container to heat the container , wherein the heating unit includes: a heating unit body defining a support surface that supports the container ; and a heater provided in the heating unit body , characterized in that the cooking apparatus further comprises: at least one rib that extends downward from the heating unit body to prevent water or foreign material from entering between the heating unit and a bottom of the housing ; and a second recess formed in a bottom surface of the housing at a position corresponding to the at least one rib , wherein the at least one rib is received in the second recess . a housing having an open top surface and having a cooking space formed therein, the housing being configured to receive a container inserted into the housing , the container having an open top surface to receive food to be cooked therein; a door provided on a top of the housing to open and close the cooking space; and a heating unit provided in the housing and configured to contact a bottom surface of the container to heat the container , wherein the heating unit includes: a heating unit body defining a support surface that supports the container ; and a heater provided in the heating unit body , a heating unit body defining a support surface that supports the container ; and a heater provided in the heating unit body , characterized in that the cooking apparatus further comprises: at least one rib that extends downward from the heating unit body to prevent water or foreign material from entering between the heating unit and a bottom of the housing ; and a second recess formed in a bottom surface of the housing at a position corresponding to the at least one rib , wherein the at least one rib is received in the second recess . at least one rib that extends downward from the heating unit body to prevent water or foreign material from entering between the heating unit and a bottom of the housing ; and a second recess formed in a bottom surface of the housing at a position corresponding to the at least one rib , wherein the at least one rib is received in the second recess .
A carton handling system for loading a carton blank magazine with a slug of carton blanks , comprising: a carriage assembly having a carton handling tool , the carriage assembly being capable of moving the carton handling tool in two axes of motion to receive the slug of carton blanks and to position the slug of carton blanks in the carton blank magazine ; and characterized in that it comprises: a finger carried on the carton handling tool , wherein the carton handling tool is movable to engage the finger with an underside of a fallen carton blank lying at an end of an advancing stack of blanks in the carton blank magazine so as to lift the fallen carton blank against a preceding blank at the end of the advancing stack of blanks , and wherein the carton handling tool is movable to position the slug of carton blanks at an endmost blank in the advancing stack of blanks . a carriage assembly having a carton handling tool , the carriage assembly being capable of moving the carton handling tool in two axes of motion to receive the slug of carton blanks and to position the slug of carton blanks in the carton blank magazine ; and characterized in that it comprises: a finger carried on the carton handling tool , wherein the carton handling tool is movable to engage the finger with an underside of a fallen carton blank lying at an end of an advancing stack of blanks in the carton blank magazine so as to lift the fallen carton blank against a preceding blank at the end of the advancing stack of blanks , and wherein the carton handling tool is movable to position the slug of carton blanks at an endmost blank in the advancing stack of blanks .
Structural component for a battery housing of an electrically driven motor vehicle , with a wall which extends in a component vertical direction (H) from a wall lower side to a wall upper side and in a component longitudinal direction (L), which is perpendicular with respect to the said component vertical direction (H), from a first end side to a second end side , - the wall having a number of beads and a number of ribs in order to increase its flexural stiffness, - the ribs being arranged on one side on the wall and being oriented perpendicularly with respect to the said wall , - the ribs and the beads extending in the component longitudinal direction (L), and - the wall having a meandering cross section on account of the beads . - the wall having a number of beads and a number of ribs in order to increase its flexural stiffness, - the ribs being arranged on one side on the wall and being oriented perpendicularly with respect to the said wall , - the ribs and the beads extending in the component longitudinal direction (L), and - the wall having a meandering cross section on account of the beads .
System for measuring parameters of a mounted assembly consisting of a tyre casing and of at least one wheel, comprising an electronic device for measuring parameters of the mounted assembly and a bonding interface made of elastomeric material surrounding at least partially the measuring electronic device and serving as interface between the tyre casing and the measuring electronic device , said measuring electronic device comprising: - a UHF radiofrequency antenna ; - an electronic board comprising: i. an electronic chip coupled to the UHF radiofrequency antenna , the coupling between the electronic chip and the UHF radiofrequency antenna is of electrical nature; ii. a microcontroller ; characterized in that the measuring system comprises a ground plane connected to the electronic board , in that the electronic board comprises at least one sensor for measuring parameters of the mounted assembly, a capacitive element and an energy manager , in that an electrical circuit connects the electronic chip , the microcontroller and at least the sensor for measuring parameters of the mounted assembly, in that the electronic chip , the microcontroller and the at least one sensor for measuring parameters of the mounted assembly are components of low energy consumption and in that the UHF radiofrequency antenna is a half-wave dipole monoband antenna the total length L of which is comprised between the following limits: 0.9 * C / 2 * f < L < 1.1 * C / 2 * f , in which, C is the speed of the radiofrequency waves in the medium in which the UHF radiofrequency antenna is embedded and f is the communication frequency of the UHF radiofrequency antenna . - a UHF radiofrequency antenna ; - an electronic board comprising: i. an electronic chip coupled to the UHF radiofrequency antenna , the coupling between the electronic chip and the UHF radiofrequency antenna is of electrical nature; ii. a microcontroller ; i. an electronic chip coupled to the UHF radiofrequency antenna , the coupling between the electronic chip and the UHF radiofrequency antenna is of electrical nature; ii. a microcontroller ; characterized in that the measuring system comprises a ground plane connected to the electronic board , in that the electronic board comprises at least one sensor for measuring parameters of the mounted assembly, a capacitive element and an energy manager , in that an electrical circuit connects the electronic chip , the microcontroller and at least the sensor for measuring parameters of the mounted assembly, in that the electronic chip , the microcontroller and the at least one sensor for measuring parameters of the mounted assembly are components of low energy consumption and in that the UHF radiofrequency antenna is a half-wave dipole monoband antenna the total length L of which is comprised between the following limits: 0.9 * C / 2 * f < L < 1.1 * C / 2 * f , in which, C is the speed of the radiofrequency waves in the medium in which the UHF radiofrequency antenna is embedded and f is the communication frequency of the UHF radiofrequency antenna .