mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic cigarette comprising : a cartridge ; a body ; characterized in that the electronic cigarette further comprises a system for wireless communication comprising : a tag having a first antenna , said tag being carried by the cartridge; a reader included in said system for wireless communication and having a second antenna made of a planar coil and carried by said body, wherein the first antenna comprises : a first planar coil ; and a second planar coil ; the first and second planar coils of said first antenna being electrically connected in series, placed on two opposite sides of the cartridge, said coils being mechanically face to face ; and the cartridge being removable from the body but having always the same position with respect to the body, when mounted on it, such that the distance between the first antenna and the second antenna is then constant, the second antenna having a central axis perpendicular to the central axis of the coils of the first antenna . a cartridge ; a body ; characterized in that the electronic cigarette further comprises a system for wireless communication comprising : a tag having a first antenna , said tag being carried by the cartridge; a reader included in said system for wireless communication and having a second antenna made of a planar coil and carried by said body, wherein the first antenna comprises : a first planar coil ; and a second planar coil ; the first and second planar coils of said first antenna being electrically connected in series, placed on two opposite sides of the cartridge, said coils being mechanically face to face ; and the cartridge being removable from the body but having always the same position with respect to the body, when mounted on it, such that the distance between the first antenna and the second antenna is then constant, the second antenna having a central axis perpendicular to the central axis of the coils of the first antenna . a tag having a first antenna , said tag being carried by the cartridge; a reader included in said system for wireless communication and having a second antenna made of a planar coil and carried by said body, wherein the first antenna comprises : a first planar coil ; and a second planar coil ; a first planar coil ; and a second planar coil ; the first and second planar coils of said first antenna being electrically connected in series, placed on two opposite sides of the cartridge, said coils being mechanically face to face ; and the cartridge being removable from the body but having always the same position with respect to the body, when mounted on it, such that the distance between the first antenna and the second antenna is then constant, the second antenna having a central axis perpendicular to the central axis of the coils of the first antenna .
Drill bit for breaking down mineral materials, which has, successively along a longitudinal axis , a drill head , a helix , a shank and an impact surface on an end face, remote from the drill head , of the shank for absorbing impacts along a striking direction , wherein the drill head has at least two cutting edges and at least two blades , wherein the cutting edges each have a rake face and a flank face and wherein the blades extend parallel to the longitudinal axis and adjoin the cutting edges , wherein the blades each have a radially protruding tooth which adjoins the rake face and does not adjoin the flank face , and an axial dimension of the tooth is smaller than an axial dimension of the blade , wherein the blades have a flank face which is arranged in front of the tooth in the striking direction and in front of the tooth in the direction of rotation , wherein a radial distance of the flank face from the longitudinal axis is less than a radial distance of the tooth from the longitudinal axis . wherein the drill head has at least two cutting edges and at least two blades , wherein the cutting edges each have a rake face and a flank face and wherein the blades extend parallel to the longitudinal axis and adjoin the cutting edges , wherein the blades each have a radially protruding tooth which adjoins the rake face and does not adjoin the flank face , and an axial dimension of the tooth is smaller than an axial dimension of the blade , wherein the blades have a flank face which is arranged in front of the tooth in the striking direction and in front of the tooth in the direction of rotation , wherein a radial distance of the flank face from the longitudinal axis is less than a radial distance of the tooth from the longitudinal axis .
A filter comprising: a braided circumferential element that is integrated with an absorbable capture basket for capturing substances flowing in a vessel including the inferior vena cava for a limited duration in time; wherein the braided circumferential element is braided to offer diametrically expandable and compressible tubular characteristics to accommodate minimally invasive deployment via a catheter through the femoral vein or internal jugular; and wherein the braided circumferential element and capture basket are constructed of a single, continuous absorbable filament, characterised in that the filter is absorbable.
A hybrid composite resin-metal aircraft structure , comprising: a plurality of laminated layers forming a fiber reinforced, all composite portion , an all metal portion and a hybrid composite-metal finger joint connecting the composite portion with the metal portion , each of the layers including a plurality of plies of fiber reinforced composite resin and a titanium metal sheet , wherein the plies and the metal sheet are arranged in edge-to-edge abutment with each other forming a composite-to-metal transition point in the layer , wherein the plurality of plies of each of the layers form a laminated stack , wherein the titanium metal sheets of each of the layers form a metal sheet stack , and wherein the transition points in the layers are staggered relative to each other to form the finger joint; and a layer of adhesive between the metal sheets for unitizing the metal sheets , wherein the thickness (T1) of the plies in each of the layers is substantially equal to combined thickness (T2) of one of the metal sheets and a layer of the adhesive. a plurality of laminated layers forming a fiber reinforced, all composite portion , an all metal portion and a hybrid composite-metal finger joint connecting the composite portion with the metal portion , each of the layers including a plurality of plies of fiber reinforced composite resin and a titanium metal sheet , wherein the plies and the metal sheet are arranged in edge-to-edge abutment with each other forming a composite-to-metal transition point in the layer , wherein the plurality of plies of each of the layers form a laminated stack , wherein the titanium metal sheets of each of the layers form a metal sheet stack , and wherein the transition points in the layers are staggered relative to each other to form the finger joint; and a layer of adhesive between the metal sheets for unitizing the metal sheets , wherein the thickness (T1) of the plies in each of the layers is substantially equal to combined thickness (T2) of one of the metal sheets and a layer of the adhesive.
A wireless peripheral for wireless communication with a master device and comprising a first peripheral device and a second peripheral device , wherein: at least one of the first peripheral device and the second peripheral device is arranged to communicate with the master device by transmitting and receiving first wireless signals conveying first packets occupying transmit and receive time slots comprising inter-frame space ; and the first peripheral device and the second peripheral device are arranged to communicate with each other by transmitting and receiving second wireless signals conveying second packets within said inter-frame space , characterized in that the second packets comprise concatenated handshake packets and data packets . at least one of the first peripheral device and the second peripheral device is arranged to communicate with the master device by transmitting and receiving first wireless signals conveying first packets occupying transmit and receive time slots comprising inter-frame space ; and the first peripheral device and the second peripheral device are arranged to communicate with each other by transmitting and receiving second wireless signals conveying second packets within said inter-frame space , characterized in that the second packets comprise concatenated handshake packets and data packets .
A battery pack for selective attachment to a receptacle, the battery pack comprising: a housing enclosing a battery; a handle extending from the housing and defining an aperture between the housing and the handle; a latching arrangement coupled to the housing and engageable with the receptacle for inhibiting the battery pack from being removed from the receptacle, the latching arrangement including a latch member, and an actuator movable relative to the housing from a first position to a second position to move the latch member from a latched position to an unlatched position wherein the actuator is at least partially located within the aperture when the actuator is in the first position. a housing enclosing a battery; a handle extending from the housing and defining an aperture between the housing and the handle; a latching arrangement coupled to the housing and engageable with the receptacle for inhibiting the battery pack from being removed from the receptacle, the latching arrangement including a latch member, and an actuator movable relative to the housing from a first position to a second position to move the latch member from a latched position to an unlatched position a latch member, and an actuator movable relative to the housing from a first position to a second position to move the latch member from a latched position to an unlatched position wherein the actuator is at least partially located within the aperture when the actuator is in the first position.
Formulation characterized in that it comprises: a) a component A, wherein said component A comprises at least one thermoplastic resin selected from i) acrylic resins in a percentage by weight in component A comprised between 20 and 65% and ii) a combination of epoxy resins in a percentage by weight in component A comprised between 1 and 16 % and acrylic resins in a percentage by weight in component A comprised between 40 and 48 %; cork in a percentage by weight in component A comprised between 5 and 25%; and least one additive selected from a group consisting of plasticizers, dispersants and mineral fillers, or any combination thereof; b) a component B, wherein said component B comprises at least one thermoplastic resin and at least one crosslinking additive. a) a component A, wherein said component A comprises at least one thermoplastic resin selected from i) acrylic resins in a percentage by weight in component A comprised between 20 and 65% and ii) a combination of epoxy resins in a percentage by weight in component A comprised between 1 and 16 % and acrylic resins in a percentage by weight in component A comprised between 40 and 48 %; cork in a percentage by weight in component A comprised between 5 and 25%; and least one additive selected from a group consisting of plasticizers, dispersants and mineral fillers, or any combination thereof; b) a component B, wherein said component B comprises at least one thermoplastic resin and at least one crosslinking additive.
A method for a portable computing device to read a reaction area on a test strip , which is located in a peripheral device (216A; 904) placed over an image sensor and a screen of the portable computing device , the method comprising: displaying on the screen an alignment marker for the peripheral device (216A; 904) to facilitate the placement of the peripheral device (216A; 904) on the portable computing device ; providing light with the screen , wherein the peripheral device (216A; 904) directs light from the screen to the reaction area ; capturing an image with the image sensor , wherein the image includes the reaction area ; and determining an analyte characteristic based on a color of the captured reaction area in the image. displaying on the screen an alignment marker for the peripheral device (216A; 904) to facilitate the placement of the peripheral device (216A; 904) on the portable computing device ; providing light with the screen , wherein the peripheral device (216A; 904) directs light from the screen to the reaction area ; capturing an image with the image sensor , wherein the image includes the reaction area ; and determining an analyte characteristic based on a color of the captured reaction area in the image.
An assembly for textile manufacturing, the assembly usable for supporting and moving a textile component to be embroidered, the assembly comprising: an actuation device and a support device , the actuation device having at least one belt defining an actuation surface on a first face that is movable with respect to an outer surface of the support device , provided for receiving the textile component , wherein the support device includes an opening providing access to a cavity of the support device, and wherein an inner surface of the support device at least partially surrounds the cavity; characterized in that the actuation device has an engaged state and an open state, wherein the actuation surface at least partially surrounds the support device when in the engaged state, wherein at least a portion of the actuation surface moves away from the support device when transitioning from the engaged state to the open state. an actuation device and a support device , the actuation device having at least one belt defining an actuation surface on a first face that is movable with respect to an outer surface of the support device , provided for receiving the textile component , wherein the support device includes an opening providing access to a cavity of the support device, and wherein an inner surface of the support device at least partially surrounds the cavity; characterized in that the actuation device has an engaged state and an open state, wherein the actuation surface at least partially surrounds the support device when in the engaged state, wherein at least a portion of the actuation surface moves away from the support device when transitioning from the engaged state to the open state.
An indexable cutting insert comprising parallel insert first and second sides connected by an insert peripheral surface which extends peripherally around the cutting insert ; the insert peripheral surface comprising cutting edges which are spaced-apart and extend from the insert first side to the insert second side ; the cutting insert further comprising at least one clamping hole opening out to one or both of the insert first and second sides , the clamping hole comprising at least a clamping hole portion located in an associated insert clamping region (CL) which is defined outside of an associated cutting region (CU) of the cutting insert ; a width direction (D w ) is perpendicular to the insert first and second sides wherein each of the cutting edges are wider along the width direction (D w ) than any other portion of the cutting insert ; characterized in that at least one side seating surface is formed at the insert first side , the side seating surface being outwardly-spaced in the width direction (D w ) from the insert first side , though not extending past the cutting edges in the axial direction along an index axis (C I ) of the cutting insert . the insert peripheral surface comprising cutting edges which are spaced-apart and extend from the insert first side to the insert second side ; the cutting insert further comprising at least one clamping hole opening out to one or both of the insert first and second sides , the clamping hole comprising at least a clamping hole portion located in an associated insert clamping region (CL) which is defined outside of an associated cutting region (CU) of the cutting insert ; a width direction (D w ) is perpendicular to the insert first and second sides wherein each of the cutting edges are wider along the width direction (D w ) than any other portion of the cutting insert ; characterized in that at least one side seating surface is formed at the insert first side , the side seating surface being outwardly-spaced in the width direction (D w ) from the insert first side , though not extending past the cutting edges in the axial direction along an index axis (C I ) of the cutting insert .
Method for in vitro identification of drug-resistant epilepsy, said method comprising or consisting of determining, in a plasma sample, the concentration of each of the following metabolites: 3-OH-butyrate, acetoacetate, choline, alanine, glutamate, scyllo-inositol, glucose, lactate and citrate, wherein, in drug-resistant epilepsy, the concentration of each of the metabolites 3-OH-butyrate, acetoacetate, choline, alanine and glutamate is greater than the concentration of said metabolites in an antiepileptic therapy responsive epileptic subject, and the concentration of each of the metabolites glucose, lactate, citrate and scyllo-inositol is less than the concentration of these metabolites in an antiepileptic therapy responsive epileptic subject.
A method of maintaining an elevator drive , the method comprising: determining whether a humidity condition near the elevator drive is outside a desired range, characterised by when the humidity condition is outside the desired range and the elevator drive is idle, providing reactive power to at least one component of the elevator drive to increase a temperature of the at least one component without using the elevator drive to operate an associated elevator system , wherein providing reactive power to the elevator drive includes providing the reactive power on an input and an output of the elevator drive , and wherein providing reactive power to the elevator drive includes turning on the elevator drive in both a converter d-axis control mode and an inverter d-axis control mode. determining whether a humidity condition near the elevator drive is outside a desired range, characterised by when the humidity condition is outside the desired range and the elevator drive is idle, providing reactive power to at least one component of the elevator drive to increase a temperature of the at least one component without using the elevator drive to operate an associated elevator system , wherein providing reactive power to the elevator drive includes providing the reactive power on an input and an output of the elevator drive , and wherein providing reactive power to the elevator drive includes turning on the elevator drive in both a converter d-axis control mode and an inverter d-axis control mode.
A method for operating an electric air compressor assembly , especially in a vehicle , said assembly including an electric motor and a compressor which is mechanically coupled to the electric motor and which is capable of providing compressed air to a tank , the method comprising: - monitoring the temperature (T) of at least one component of the electric air compressor assembly and controlling the motor speed (S) as a function of said temperature (T); - running the motor at a first speed S1, which results in the temperature increasing; - when the temperature (T) reaches a temperature threshold (T1), which is lower than a maximum admissible temperature (Tmax), running the motor at a second speed S2 > S1 until a predetermined desired pressure (Pset) in the tank is reached. - monitoring the temperature (T) of at least one component of the electric air compressor assembly and controlling the motor speed (S) as a function of said temperature (T); - running the motor at a first speed S1, which results in the temperature increasing; - when the temperature (T) reaches a temperature threshold (T1), which is lower than a maximum admissible temperature (Tmax), running the motor at a second speed S2 > S1 until a predetermined desired pressure (Pset) in the tank is reached.
An image processing apparatus comprising: an image acquiring section that acquires a plurality of images obtained by imaging, at different times, a subject irradiated with lights intensity-modulated with a plurality of modulation frequencies or modulation frequency bands; and a demodulating section that demodulates pixel values of the plurality of images with a plurality of demodulation frequencies or demodulation frequency bands based on the plurality of modulation frequencies or modulation frequency bands, for each pixel, thereby generating, for each pixel, a plurality of pieces of pixel information indicating subject light amounts from the subject caused by each of the lights intensity-modulated with the plurality of modulation frequencies or modulation frequency bands. an image acquiring section that acquires a plurality of images obtained by imaging, at different times, a subject irradiated with lights intensity-modulated with a plurality of modulation frequencies or modulation frequency bands; and a demodulating section that demodulates pixel values of the plurality of images with a plurality of demodulation frequencies or demodulation frequency bands based on the plurality of modulation frequencies or modulation frequency bands, for each pixel, thereby generating, for each pixel, a plurality of pieces of pixel information indicating subject light amounts from the subject caused by each of the lights intensity-modulated with the plurality of modulation frequencies or modulation frequency bands.
A textile irrigation complex comprising a fluid diffusion layer made of a nonwoven material, and a plurality of conduits or pipes having the water or irrigation liquid transiting therethrough, characterized in that: • the conduits or pipes are secured to the fluid diffusion layer by means of a woven, knitted or extruded open mesh fabric , which is fixed to the fluid diffusion layer by thermal or ultrasonic means, or by sewing or gluing; • in that the conduits or pipes are not secured to said open mesh fabric ; • and in that the association of the open mesh fabric(s) with the fluid diffusion layer defines pockets within which the conduits or pipes have the ability to displace laterally, that is, along a direction other than their main extension dimension. • the conduits or pipes are secured to the fluid diffusion layer by means of a woven, knitted or extruded open mesh fabric , which is fixed to the fluid diffusion layer by thermal or ultrasonic means, or by sewing or gluing; • in that the conduits or pipes are not secured to said open mesh fabric ; • and in that the association of the open mesh fabric(s) with the fluid diffusion layer defines pockets within which the conduits or pipes have the ability to displace laterally, that is, along a direction other than their main extension dimension.