mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharge device comprising: a conveyance belt configured to stick a medium on an adhesive layer of a surface of the conveyance belt and convey the medium; a pressure roller configured to stick the medium to the conveyance belt; and an attachment part provided at an upstream position relative to the pressure roller in a movement path of the conveyance belt, the attachment part being configured to adhere a pretreatment liquid to the conveyance belt, the medium being stuck using the pressure roller to the conveyance belt in a state with the pretreatment liquid adhered to the conveyance belt, and the pretreatment liquid being a penetrant. a conveyance belt configured to stick a medium on an adhesive layer of a surface of the conveyance belt and convey the medium; a pressure roller configured to stick the medium to the conveyance belt; and an attachment part provided at an upstream position relative to the pressure roller in a movement path of the conveyance belt, the attachment part being configured to adhere a pretreatment liquid to the conveyance belt, the medium being stuck using the pressure roller to the conveyance belt in a state with the pretreatment liquid adhered to the conveyance belt, and the pretreatment liquid being a penetrant.
A computer implemented method comprising: receiving, at a transactional server from a plurality of peer-wagering modules (140 i) embedded in each of a plurality of third party game instances, data characterizing the plurality of third party game instances, a wager amount for each third party game instance (130 i) and a third party skills based digital gaming competition, each third party game instance (130 i) enrolled in the third party skills based digital gaming competition; generating, using the transactional server, a stream of pseudo-random numbers for use by each third party game instance (130 i) to decide game elements and properties of a common gameplay experience; and transmitting, from the transactional server during the third party skills based digital gaming competition, the generated stream as a common stream of pseudo-random numbers to each of the plurality of third party game instances (130 i) so that the third party game instances (130 i) initiate a gameplay experience that is common among the third party game instances (130 i) during the third party skills based digital gaming competition, wherein generating the stream of pseudo-random numbers includes using a tournament identification number as a seed to generate pseudo-random numbers, thus causing gameplay to be different between tournaments and common between game instances involved in a given tournament. receiving, at a transactional server from a plurality of peer-wagering modules (140 i) embedded in each of a plurality of third party game instances, data characterizing the plurality of third party game instances, a wager amount for each third party game instance (130 i) and a third party skills based digital gaming competition, each third party game instance (130 i) enrolled in the third party skills based digital gaming competition; generating, using the transactional server, a stream of pseudo-random numbers for use by each third party game instance (130 i) to decide game elements and properties of a common gameplay experience; and transmitting, from the transactional server during the third party skills based digital gaming competition, the generated stream as a common stream of pseudo-random numbers to each of the plurality of third party game instances (130 i) so that the third party game instances (130 i) initiate a gameplay experience that is common among the third party game instances (130 i) during the third party skills based digital gaming competition, wherein generating the stream of pseudo-random numbers includes using a tournament identification number as a seed to generate pseudo-random numbers, thus causing gameplay to be different between tournaments and common between game instances involved in a given tournament.
A method of calculating component temperature of a first component in an electronic device, the method comprising: obtaining a posture of the electronic device wherein: the electronic device comprises a plurality of temperature sensors located adjacent to the first component, and the electronic device comprises one or more heat sources (222-1, 222-2); and the distance and angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors change with the posture of the electronic device; selecting a first temperature sensor from a plurality of temperature sensors based on the posture of the electronic device and the distance and/or angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors; obtaining a first measured temperature of the first component with at least the first temperature sensor; determining whether to adjust the first measured temperature based on the posture of the electronic device; and if an adjustment is determined to be needed, adjusting the first measured temperature based on the position and/or angle of the one or more heat sources (222-1, 222-2) to create a component temperature. obtaining a posture of the electronic device wherein: the electronic device comprises a plurality of temperature sensors located adjacent to the first component, and the electronic device comprises one or more heat sources (222-1, 222-2); and the distance and angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors change with the posture of the electronic device; the electronic device comprises a plurality of temperature sensors located adjacent to the first component, and the electronic device comprises one or more heat sources (222-1, 222-2); and the distance and angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors change with the posture of the electronic device; selecting a first temperature sensor from a plurality of temperature sensors based on the posture of the electronic device and the distance and/or angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors; obtaining a first measured temperature of the first component with at least the first temperature sensor; determining whether to adjust the first measured temperature based on the posture of the electronic device; and if an adjustment is determined to be needed, adjusting the first measured temperature based on the position and/or angle of the one or more heat sources (222-1, 222-2) to create a component temperature.
A tile, preferably a roof tile, for collecting energy from kinetic, thermal and light sources, comprising a housing with - at least one photovoltaic cell for collecting energy from a light source, - at least one thermal collector; wherein the tile comprises at least one wind channel with a wind turbine. - at least one photovoltaic cell for collecting energy from a light source, - at least one thermal collector;
An ultrasonic imaging apparatus comprising: an ultrasound probe that transmits a ultrasonic wave to a subject and receives a ultrasonic wave from the subject, a position sensor attached to the ultrasound probe, an image generator that generates an ultrasonograph from the signal received by the ultrasound probe, and generates first volume data from the ultrasonograph and positional information of the ultrasound probe obtained from the position sensor, and the image processor according to claim 12, that receives and processes second volume data obtained for the subject by another external imaging apparatus. an ultrasound probe that transmits a ultrasonic wave to a subject and receives a ultrasonic wave from the subject, a position sensor attached to the ultrasound probe, an image generator that generates an ultrasonograph from the signal received by the ultrasound probe, and generates first volume data from the ultrasonograph and positional information of the ultrasound probe obtained from the position sensor, and the image processor according to claim 12, that receives and processes second volume data obtained for the subject by another external imaging apparatus.
A method of registering a user to an IP Multimedia Subsystem network in the event that an S-CSCF is not allocated, the method comprising: an Application Server that assumes the role of a SIP User Agent, UA-AS requesting required S-CSCF capabilities from an HSS; the UA-AS receiving required S-CSCF capabilities from an HSS over an Sh interface; the UA-AS performing S-CSCF selection according to predefined criteria; and the UA-AS performing a Session Initiation Protocol registration on the user's behalf by a Session Initiation Protocol Application Server over a Service Control Interface, ISC, with a selected S-CSCF. an Application Server that assumes the role of a SIP User Agent, UA-AS requesting required S-CSCF capabilities from an HSS; the UA-AS receiving required S-CSCF capabilities from an HSS over an Sh interface; the UA-AS performing S-CSCF selection according to predefined criteria; and the UA-AS performing a Session Initiation Protocol registration on the user's behalf by a Session Initiation Protocol Application Server over a Service Control Interface, ISC, with a selected S-CSCF.
A method comprising: providing a matching circuit (28, 52), a first contact connected, without an intervening test connector, to a transmitter and/or a receiver, and a second contact, separate from the first contact, connected to the matching circuit (28, 52); the first contact and the second contact being configured to couple with an antenna element; connecting the second contact to ground via the matching circuit (28, 52) to provide a ground arm for the antenna element; and sensing a parameter of the transmitter and/or the receiver by connecting test apparatus to the first contact. providing a matching circuit (28, 52), a first contact connected, without an intervening test connector, to a transmitter and/or a receiver, and a second contact, separate from the first contact, connected to the matching circuit (28, 52); the first contact and the second contact being configured to couple with an antenna element; connecting the second contact to ground via the matching circuit (28, 52) to provide a ground arm for the antenna element; and sensing a parameter of the transmitter and/or the receiver by connecting test apparatus to the first contact.
Device for inspecting the internal surface located between a first and a second bead (B1, B2) of a tyre, comprising: - means for acquiring the image of the internal surface of the tyre, said means being formed by lighting means and one or more cameras and being able to pass into the space inside the tyre and to produce the image of an angular region of given angle (a)□ of the internal surface of the tyre, - centring means that are able to lock the first bead around its entire circumference on a reference plate, and are able to set the tyre into relative rotation about its axis XX' with respect to said image acquisition means, the said device comprising means for opening and for holding the second bead, said means comprising two internal holding rollers (31, 32) which are disposed circumferentially in a contiguous manner with respect to one another and have a generally radial axis, and at least one external holding roller (33, 33a, 33b) which has a generally radial axis, is disposed substantially in the middle of the angular sector formed by the two internal holding rollers (31, 32) and is able to come into abutment against the external part of said second bead, the internal (31, 32) and external (33, 33a, 33b) holding rollers being mounted so as to rotate as one about the axis XX' of said image acquisition means. - means for acquiring the image of the internal surface of the tyre, said means being formed by lighting means and one or more cameras and being able to pass into the space inside the tyre and to produce the image of an angular region of given angle (a)□ of the internal surface of the tyre, - centring means that are able to lock the first bead around its entire circumference on a reference plate, and are able to set the tyre into relative rotation about its axis XX' with respect to said image acquisition means,
A control system for a rotary compressor driven by a rotary engine, said control system comprising: A) a first control subsystem comprising: - a performance input arranged to receive a first measure signal indicating performance of said rotary compressor, and - a first control output arranged to provide a first control signal as a function of said first measure signal; B) a second control subsystem comprising: - a speed input arranged to receive a second measure signal indicating rotation speed of said rotary compressor or said rotary engine, and - a second control output arranged to provide a second control signal as a function of said second measure signal; characterised in that said control system further comprises: C) a selector comprising: - a first input electrically connected to said first control output, - a second input electrically connected to said second control output, and - a third control output arranged to provide a third control signal to a power control input of said rotary engine, wherein said selector is arranged to select said first control signal or said second control signal as said third control signal to be provided at said third control output. A) a first control subsystem comprising: - a performance input arranged to receive a first measure signal indicating performance of said rotary compressor, and - a first control output arranged to provide a first control signal as a function of said first measure signal; - a performance input arranged to receive a first measure signal indicating performance of said rotary compressor, and - a first control output arranged to provide a first control signal as a function of said first measure signal; B) a second control subsystem comprising: - a speed input arranged to receive a second measure signal indicating rotation speed of said rotary compressor or said rotary engine, and - a second control output arranged to provide a second control signal as a function of said second measure signal; characterised in that said control system further comprises: - a speed input arranged to receive a second measure signal indicating rotation speed of said rotary compressor or said rotary engine, and - a second control output arranged to provide a second control signal as a function of said second measure signal; characterised in that said control system further comprises: C) a selector comprising: - a first input electrically connected to said first control output, - a second input electrically connected to said second control output, and - a third control output arranged to provide a third control signal to a power control input of said rotary engine, - a first input electrically connected to said first control output, - a second input electrically connected to said second control output, and - a third control output arranged to provide a third control signal to a power control input of said rotary engine,
A method, comprising: establishing wireless communications between at least one of one or more wireless personal devices and a wireless module disposed within a welding system, wherein the one or more wireless personal devices are uniquely associated with operator identification information relating to a particular welding operator; receiving operator identification information from the one or more wireless personal devices which may be used to retrieve a user profile; determining a set of operational parameters within which the operator may operate the welding system; and enabling operation of the welding system for the particular welding operator within the determined set of operational parameters, displaying information relating to the set of operational parameters on a display of one or more wireless personal devices; wherein the welding system determines the particular welding operator as the one with the highest number of personally allocated personal devices reporting when several wireless personal devices allocated to different operators are reporting. establishing wireless communications between at least one of one or more wireless personal devices and a wireless module disposed within a welding system, wherein the one or more wireless personal devices are uniquely associated with operator identification information relating to a particular welding operator; receiving operator identification information from the one or more wireless personal devices which may be used to retrieve a user profile; determining a set of operational parameters within which the operator may operate the welding system; and enabling operation of the welding system for the particular welding operator within the determined set of operational parameters, displaying information relating to the set of operational parameters on a display of one or more wireless personal devices; wherein the welding system determines the particular welding operator as the one with the highest number of personally allocated personal devices reporting when several wireless personal devices allocated to different operators are reporting.
An optical semiconductor device comprising: a main body of planar shape to which an optical semiconductor is mounted on one surface; and an electrode portion (13a, 13b) formed on the main body to be inserted and attached to a concave portion (17a, 17b) of a socket which is apart from the main body, characterized in that; the electrode portion (13a, 13b) is formed on the opposite surface on the main body which is opposite surface with respect to the surface on which the optical semiconductor is mounted, having a bar-like block shape as an outer shape and is connected to the main body along its longitudinal direction. a main body of planar shape to which an optical semiconductor is mounted on one surface; and an electrode portion (13a, 13b) formed on the main body to be inserted and attached to a concave portion (17a, 17b) of a socket which is apart from the main body, characterized in that; the electrode portion (13a, 13b) is formed on the opposite surface on the main body which is opposite surface with respect to the surface on which the optical semiconductor is mounted, having a bar-like block shape as an outer shape and is connected to the main body along its longitudinal direction.
A combustor comprising: an annular combustor chamber formed between an inner liner and an outer liner; and an annular upstream zone and an annular mixing zone located downstream of the upstream zone, the mixing zone having a reduced radial height relative a downstream combustion zone of the combustion chamber, the mixing zone defined by straight wall sections (51,61); characterised in that the annular upstream zone is adapted to receive fuel and air from nozzle air inlets (22, 32) and fuel nozzles; and in that the combustor further comprises: a fuel manifold having an annular support located in the annular upstream zone, the annular support comprising a plurality of fuel injector sites, wherein the fuel injection sites are circumferentially distributed in the annular support and each fuel injection site accommodates a fuel nozzle. an annular combustor chamber formed between an inner liner and an outer liner; and an annular upstream zone and an annular mixing zone located downstream of the upstream zone, the mixing zone having a reduced radial height relative a downstream combustion zone of the combustion chamber, the mixing zone defined by straight wall sections (51,61); characterised in that the annular upstream zone is adapted to receive fuel and air from nozzle air inlets (22, 32) and fuel nozzles; and in that the combustor further comprises: a fuel manifold having an annular support located in the annular upstream zone, the annular support comprising a plurality of fuel injector sites, wherein the fuel injection sites are circumferentially distributed in the annular support and each fuel injection site accommodates a fuel nozzle.
A pharmaceutical composition in unit dosage form formulated for sublingual administration, wherein said unit dosage form is a film or a strip having a first portion comprising apomorphine particles comprising an acid addition salt of apomorphine and a second portion comprising a pH neutralizing agent.
A synthetic fibre (20, 70) of the monofilament type for use in an artificial lawn, in particular an artificial sports lawn, which synthetic fibre has a curved cross section, wherein the synthetic fibre has a centre line arc length to maximum thickness ratio between 4.5 and 3.8 and wherein the circumferential surface of the synthetic fibre is provided with a sine wave shaped pattern.
Device for monitoring a medical prosthesis and the human body, comprising: - sensor means, capable of generating signals according to surrounding stresses, - processing means, capable of processing the signals transmitted by the sensor means to convert them into data, - storage means, capable of storing the data, - means for wirelessly transmitting the stored data, - electrical energy power supply means, in which said sensor, processing, storage, transmission and power supply means are included in at least one housing made of biocompatible material, characterized in that said at least one housing is secured reversibly to fixing means (8, 14, 19) by locking means, said fixing means being intended and designed to be fixed to a bone. - sensor means, capable of generating signals according to surrounding stresses, - processing means, capable of processing the signals transmitted by the sensor means to convert them into data, - storage means, capable of storing the data, - means for wirelessly transmitting the stored data, - electrical energy power supply means,
A solid fuel stove comprising: - a solid fuel supply module, wherein a solid fuel is stored, - a combustion module for said solid fuel, wherein the solid fuel is burnt, and - a supply duct connected between the supply module and the combustion module, said supply duct comprising: - a supply pipe for supplying solid fuel to the combustion module, and - an air-intake pipe for supplying air to the combustion module, characterized in that: - the air-intake pipe is connectable between an air circuit of the supply module and an air-intake chamber of the combustion module, - the supply duct further comprises a smoke-discharge pipe for discharging the smoke emitted by the combustion towards the supply module, the smoke-discharge pipe being connectable between a first smoke-discharge circuit provided in the combustion module and a second discharge circuit provided in the supply module, and - at least part of the air-intake pipe is interposed between the supply pipe and the smoke-discharge pipe. - a solid fuel supply module, wherein a solid fuel is stored, - a combustion module for said solid fuel, wherein the solid fuel is burnt, and - a supply duct connected between the supply module and the combustion module, said supply duct comprising: - a supply pipe for supplying solid fuel to the combustion module, and - an air-intake pipe for supplying air to the combustion module, - a supply pipe for supplying solid fuel to the combustion module, and - an air-intake pipe for supplying air to the combustion module, - the air-intake pipe is connectable between an air circuit of the supply module and an air-intake chamber of the combustion module, - the supply duct further comprises a smoke-discharge pipe for discharging the smoke emitted by the combustion towards the supply module, the smoke-discharge pipe being connectable between a first smoke-discharge circuit provided in the combustion module and a second discharge circuit provided in the supply module, and - at least part of the air-intake pipe is interposed between the supply pipe and the smoke-discharge pipe.