mhurhangee/ep-ind-claims huggingface dataset:
A method for viral distribution of applications on networked mobile telephones (10, 50) comprising steps of: a. installing an application on said networked mobile telephones, b. reading, by means of said application, some portion of a contact list stored on said networked mobile telephones; c. transmitting said portion of said contact list to a server; d. sending invitation to install said application to non-registered users from said portion of said contact list; e. installing said application on some portion of those networked mobile telephones listed on said contact list upon accepting of said invitation to install said application; f. repeating steps b-e for each contact on each of said networked mobile telephones, whereby viral distribution of said application across a multitude of networked mobile telephones is achieved; and g. providing the server, adapted to provide said application running on said networked mobile telephone working in coordination with said server by means of an applications database, a client's database and an application distribution unit, said client's database being subdivided into registered clients sub database and non-registered clients sub database, said applications database including all applications required to be installed in client's mobile networked telephones, said application distribution unit being adapted to contact non-registered users in said non-registered clients sub database to invite some part of said non-registered users to install said application. a. installing an application on said networked mobile telephones, b. reading, by means of said application, some portion of a contact list stored on said networked mobile telephones; c. transmitting said portion of said contact list to a server; d. sending invitation to install said application to non-registered users from said portion of said contact list; e. installing said application on some portion of those networked mobile telephones listed on said contact list upon accepting of said invitation to install said application; f. repeating steps b-e for each contact on each of said networked mobile telephones, whereby viral distribution of said application across a multitude of networked mobile telephones is achieved; and g. providing the server, adapted to provide said application running on said networked mobile telephone working in coordination with said server by means of an applications database, a client's database and an application distribution unit, said client's database being subdivided into registered clients sub database and non-registered clients sub database, said applications database including all applications required to be installed in client's mobile networked telephones, said application distribution unit being adapted to contact non-registered users in said non-registered clients sub database to invite some part of said non-registered users to install said application.
Anti-theft device for a container provided with a peripheral rim, such as a beverage can, tin can or aerosol can, comprising a main body capable of gripping the container to be protected, anti-theft detection means, locking means with which the main body is intended to cooperate, the main body having either an open position in the unlocked state of the anti-theft device, or a closed position in the general shape of a ring in the locked state of the anti-theft device, characterized in that the main body comprises at least two, preferably at least three, spaced apart, preferably regularly spaced, fixing hooks which are capable of cooperating astride the peripheral rim of the container with which the anti-theft device is intended to cooperate.
A method for reading Radio Frequency Identification, RIFD, tags (112i - 112 N; 118 1 - 118 N), comprising: providing a first antenna being disposed on or in a first wearable object being worn on a person's forearm; providing a second antenna being disposed on or in a second wearable object being worn on a person's hand; coupling the first wearable object to the person's forearm, wherein the first wearable object comprises a wristband, and coupling the second wearable object to the person's hand, wherein the second wearable object comprises a glove; characterized by transmitting a first interrogation signal from the first antenna of an RFID tag reader, or from the second antenna of the RFID tag reader; receiving, by the RFID tag reader, a first response signal generated by and transmitted from a first RFID tag in response to the first interrogation signal; and processing the first response signal to identify, locate or track a first object of interest to which the first RFID tag (112i - 112 N; 118 1 - 118 N) is attached; wherein wherein the first antenna comprises a near-field antenna, the near-field antenna radiating in a near-field region over the wristband, the near-field antenna comprising a loop antenna; the second antenna comprises a far-field antenna being disposed on the second wearable object communicatively coupled to an RFID enabled device of the wristband via a wired or wireless connection, the far-field antenna comprising a patch antenna. providing a first antenna being disposed on or in a first wearable object being worn on a person's forearm; providing a second antenna being disposed on or in a second wearable object being worn on a person's hand; coupling the first wearable object to the person's forearm, wherein the first wearable object comprises a wristband, and coupling the second wearable object to the person's hand, wherein the second wearable object comprises a glove; characterized by transmitting a first interrogation signal from the first antenna of an RFID tag reader, or from the second antenna of the RFID tag reader; receiving, by the RFID tag reader, a first response signal generated by and transmitted from a first RFID tag in response to the first interrogation signal; and processing the first response signal to identify, locate or track a first object of interest to which the first RFID tag (112i - 112 N; 118 1 - 118 N) is attached; wherein wherein the first antenna comprises a near-field antenna, the near-field antenna radiating in a near-field region over the wristband, the near-field antenna comprising a loop antenna; the second antenna comprises a far-field antenna being disposed on the second wearable object communicatively coupled to an RFID enabled device of the wristband via a wired or wireless connection, the far-field antenna comprising a patch antenna.
Acoustic panel assembly comprising: - an acoustic panel; - a magnetic circuit that generates a gap; and - a voice coil disposed in said gap in order to move with the passage of electrical current; said voice coil being connected to said acoustic panel in order to move the acoustic panel to emit a sound; wherein said magnetic circuit comprises a first magnet disposed in frontal position relative to the panel and a second magnet disposed in rear position relative to the panel; wherein the magnets (13a, 13b) are disposed in repulsive configuration; the first and second magnet (13a, 13b) have a circular shape and an axis and an external diameter; said voice coil is annular with an internal diameter and an external diameter and has an axis; wherein the axis of the voice coil coincides with the axis of the magnets and the external diameter of the coil is higher than the external diameter of the magnets; and characterised in that said voice coil is of flat planar type, with turns made of flat wires, not overlapped in height; the external diameter of the magnets is lower than the internal diameter of the voice coil. - an acoustic panel; - a magnetic circuit that generates a gap; and - a voice coil disposed in said gap in order to move with the passage of electrical current; said voice coil being connected to said acoustic panel in order to move the acoustic panel to emit a sound; wherein said magnetic circuit comprises a first magnet disposed in frontal position relative to the panel and a second magnet disposed in rear position relative to the panel; wherein the magnets (13a, 13b) are disposed in repulsive configuration; the first and second magnet (13a, 13b) have a circular shape and an axis and an external diameter; said voice coil is annular with an internal diameter and an external diameter and has an axis; wherein the axis of the voice coil coincides with the axis of the magnets and the external diameter of the coil is higher than the external diameter of the magnets; and said voice coil is of flat planar type, with turns made of flat wires, not overlapped in height; the external diameter of the magnets is lower than the internal diameter of the voice coil.
Device (2; 16, 20) for shaping a plastic bodywork skin (1; 12) around a motor vehicle light unit, the skin (1; 12) having an opening (1a; 14) for receiving the light unit, said device being such that: - it is U-shaped and comprises a bottom and two branches (6a, 6b) extending each side of the bottom, - the bottom comprises means (5; 30, 34) for attaching to the light unit, - the two branches (6a, 6b) form two parts (6a, 6b; 16, 20) movable relative to each other, - each part is intended to be attached to the skin, along its opening, - each part comprises reciprocal means (21 a) for attaching to the other part and a contact interface (9a, 9b) with the light unit, - the contact interface of at least one of the two parts is arranged so that with all the means for attaching the shaping device to the light unit in position, the other part is free to move away from the light unit if the two parts (6a, 6b) are no longer attached to each other by their reciprocal attachment means. - it is U-shaped and comprises a bottom and two branches (6a, 6b) extending each side of the bottom, - the bottom comprises means (5; 30, 34) for attaching to the light unit, - the two branches (6a, 6b) form two parts (6a, 6b; 16, 20) movable relative to each other, - each part is intended to be attached to the skin, along its opening, - each part comprises reciprocal means (21 a) for attaching to the other part and a contact interface (9a, 9b) with the light unit, - the contact interface of at least one of the two parts is arranged so that with all the means for attaching the shaping device to the light unit in position, the other part is free to move away from the light unit if the two parts (6a, 6b) are no longer attached to each other by their reciprocal attachment means.
A biocompatible composition for use as a surgical adhesive or sealant comprising: a component comprising a biocompatible polymer functionalized with biotin; and a separate component comprising a biocompatible polymer functionalized with avidin, wherein the two components are combined into a single composition for use and wherein the composition is suitable for in vivo contact with tissue. a component comprising a biocompatible polymer functionalized with biotin; and a separate component comprising a biocompatible polymer functionalized with avidin, wherein the two components are combined into a single composition for use and wherein the composition is suitable for in vivo contact with tissue.
Insert for a drug delivery device, the drug delivery device comprising comprising a housing, a cartridge holder, a cartridge containing a medicament, a piston rod, a drive sleeve comprising axially extending splines provided at its outer surface, and a compression spring, wherein the insert comprises at least a first part having a cup-shaped body with a distal end and a proximal end, the body having a sidewall and a tube extending centrally through the cup-shaped body in the longitudinal direction defining an annular space between the sidewall and the tube, which space is open in the proximal direction for receiving the compression spring, wherein the tube comprises a thread provided at its inner surface for engaging an outer thread of the piston rod, characterized in that the insert comprises a first clutch feature (18, 19a), wherein the first clutch feature (18, 19a) comprises axially extending splines (18, 19a) for engaging the splines of the drive sleeve for rotationally constraining the drive sleeve to the insert in order to rotationally couple and de-couple the drive sleeve and the housing by this interaction, wherein • the axially extending splines are provided at an inner surface of the sidewall of the first part of the insert or • the axially extending splines are provided on an inner surface of a separate, ring-shaped second part of the insert, wherein the second part is axially and rotationally constrained to the housing, wherein the second part comprises arms or splines on its outer surface for rotational retention within the housing, and in that the insert further comprises at least one arm extending radially outwards from the sidewall, wherein the at least one arm comprises a second clutch feature for rotationally and axially constraining the insert to the housing. • the axially extending splines are provided at an inner surface of the sidewall of the first part of the insert or • the axially extending splines are provided on an inner surface of a separate, ring-shaped second part of the insert, wherein the second part is axially and rotationally constrained to the housing, wherein the second part comprises arms or splines on its outer surface for rotational retention within the housing, and
A method of calibrating a boiler having a burner, comprising: supplying fuel to the burner at a fuel supply rate and supplying combustion air to the burner at an air supply rate, so that fuel is burnt at an air-to-fuel ratio; and supplying water to the burner at a water supply rate; adjusting burner operating variables, including adjusting both the air-to-fuel ratio and the water supply rate, to define a plurality of burner states; testing operation of the boiler at the plurality of burner states; for each burner state; determining an efficiency parameter relating to an efficiency of the boiler; monitoring emissions in a flue gas downstream from the burner; comparing the emissions to one or more emissions thresholds to determine if they are excessive or acceptable; from a set of burner states correlated to acceptable emissions, selecting an operational burner state to optimise the efficiency parameter, for operation of the boiler. supplying fuel to the burner at a fuel supply rate and supplying combustion air to the burner at an air supply rate, so that fuel is burnt at an air-to-fuel ratio; and supplying water to the burner at a water supply rate; adjusting burner operating variables, including adjusting both the air-to-fuel ratio and the water supply rate, to define a plurality of burner states; testing operation of the boiler at the plurality of burner states; for each burner state; determining an efficiency parameter relating to an efficiency of the boiler; monitoring emissions in a flue gas downstream from the burner; comparing the emissions to one or more emissions thresholds to determine if they are excessive or acceptable; determining an efficiency parameter relating to an efficiency of the boiler; monitoring emissions in a flue gas downstream from the burner; comparing the emissions to one or more emissions thresholds to determine if they are excessive or acceptable; from a set of burner states correlated to acceptable emissions, selecting an operational burner state to optimise the efficiency parameter, for operation of the boiler.
A reflection-mode electron multiplier device to detect electromagnetic radiation or ion flows, including at least one active structure intended to receive a flow of incident electrons and to emit in response of flow of electrons called secondary electrons, where the said active structure includes a substrate, said active structure being a microchannel wafer, in which each of the said microchannels traverses the said substrate from an input aperture for the flow of incident electrons to an output aperture for the flow of secondary electrons, characterised in that the inner surface of each of the said microchannels is coated with a thin nanodiamond monolayer, said nanodiamond layer being obtained by dipping the microchannel wafer, from the input face thereof, in a colloidal solution containing diamond particles having an average size below 100 nm, said nanodiamond monolayer extending on the inner surface of each of the said microchannels, from the corresponding input aperture up to a distance, relative to said corresponding output aperture, of between one and ten times the average diameter of the microchannels, an electron collection layer being deposited on the inner surface of each of the microchannels over said distance of between one and ten times the average diameter of the microchannels relative to said output aperture.
A method of assigning spectral resources in a cellular network for wireless communications, wherein the spectral resources are, at least partly, shared with other applications, the method comprising or triggering the steps of: receiving, at a controller of the cellular network, information indicative of one or more geographical areas and restrictions within the one or more geographical areas; and assigning spectral resources based on the received information, wherein the information includes a set of attributes that define the restrictions within the one or more geographical areas, the attributes comprising Absolute Radio-Frequency Channel Number, ARFCN, timing, and maximum field strength allowed within the one or more geographical areas. receiving, at a controller of the cellular network, information indicative of one or more geographical areas and restrictions within the one or more geographical areas; and assigning spectral resources based on the received information, wherein the information includes a set of attributes that define the restrictions within the one or more geographical areas, the attributes comprising Absolute Radio-Frequency Channel Number, ARFCN, timing, and maximum field strength allowed within the one or more geographical areas.
An adjustable weight kettlebell (102; 202; 302) configured to selectively removably couple to one or more of a plurality of weights, the kettlebell (102; 202; 302) comprising: a kettlebell body (110; 210; 310) defined by a bottom housing portion (211-2; 311-2), a top housing portion (211-1; 311-1), and a middle housing portion (211-3; 311-3) positioned between the bottom housing portion (211-2; 311-2) and the top housing portion (211-1; 311-1) operatively joined together, and including a cavity (120; 220; 320), wherein the cavity is configured to non-rotatably accommodate a plurality of weights (118-1, 118-2, 188-3, 118-4, 118-5; 218-1, 218-2, 218-3, 218-4, 218-5; 318) configured to be supported in a stacked configuration, on a support surface; and a handle (106: 206: 306) coupled to the kettlebell body (110; 210; 310) for grasping by a user during exercise, wherein the handle (106; 206: 306) extends through the top housing portion (211-1; 311-1) and is joined to the lower housing portion (211-3; 311-2). a kettlebell body (110; 210; 310) defined by a bottom housing portion (211-2; 311-2), a top housing portion (211-1; 311-1), and a middle housing portion (211-3; 311-3) positioned between the bottom housing portion (211-2; 311-2) and the top housing portion (211-1; 311-1) operatively joined together, and including a cavity (120; 220; 320), wherein the cavity is configured to non-rotatably accommodate a plurality of weights (118-1, 118-2, 188-3, 118-4, 118-5; 218-1, 218-2, 218-3, 218-4, 218-5; 318) configured to be supported in a stacked configuration, on a support surface; and a handle (106: 206: 306) coupled to the kettlebell body (110; 210; 310) for grasping by a user during exercise, wherein the handle (106; 206: 306) extends through the top housing portion (211-1; 311-1) and is joined to the lower housing portion (211-3; 311-2).
A method of determining the environmental context associated with a mobile device, the method comprising: receiving an incoming audio, or audio and video signal; processing the signal to provide signal components; classifying the signal components according to defined classes of events; recognizing a transition of interest within the environmental context and associated with the audio, or audio and video signal; and triggering (850, 860) selected behavior of the mobile device in dependence on the transition of interest, characterised in that: the transition of interest is a transition between music and talk. receiving an incoming audio, or audio and video signal; processing the signal to provide signal components; classifying the signal components according to defined classes of events; recognizing a transition of interest within the environmental context and associated with the audio, or audio and video signal; and triggering (850, 860) selected behavior of the mobile device in dependence on the transition of interest, characterised in that: the transition of interest is a transition between music and talk.
A collagen powder, wherein at least 99.5% of the particles have a maximum size of 80 microns and 25% to 45% by volume of the particles have a size of more than 30 microns.
A teleconference server (204; 302), comprising: a processor; a communications interface; and one or more components communicatively coupled to the communications interface and operated by the processor to perform operations including: receiving a connection request corresponding to a party via the communications interface, the connection request specifying a teleconference; determining that the party is a non-self-specified party in the specified teleconference responsive to the connection request not including caller identification information for the party, lacking reliable caller identification information for the party, or including caller identification information that is duplicative of caller identification information of another party participating in the teleconference; and in response, determining a party-specific synthetic identifier for the party. a processor; a communications interface; and one or more components communicatively coupled to the communications interface and operated by the processor to perform operations including: receiving a connection request corresponding to a party via the communications interface, the connection request specifying a teleconference; determining that the party is a non-self-specified party in the specified teleconference responsive to the connection request not including caller identification information for the party, lacking reliable caller identification information for the party, or including caller identification information that is duplicative of caller identification information of another party participating in the teleconference; and in response, determining a party-specific synthetic identifier for the party. receiving a connection request corresponding to a party via the communications interface, the connection request specifying a teleconference; determining that the party is a non-self-specified party in the specified teleconference responsive to the connection request not including caller identification information for the party, lacking reliable caller identification information for the party, or including caller identification information that is duplicative of caller identification information of another party participating in the teleconference; and in response, determining a party-specific synthetic identifier for the party.
A sealing ring, consisting of the following components based on percent by weight: 80%-85% of aluminum; 10%-15% of titanium; 0.1%-1% of scrap iron; and 4%-4.9% of potassium fluoroaluminate. 80%-85% of aluminum; 10%-15% of titanium; 0.1%-1% of scrap iron; and 4%-4.9% of potassium fluoroaluminate.