mhurhangee/ep-ind-claims huggingface dataset:
A portable electronic device comprising: a near field communication unit configured to receive a control signal from a processing unit of the portable electronic device, the near field communication unit being switchable, in response to the control signal, between a first mode in which the near field communication unit is switched on such as to generate a radio frequency field to communicate with another electronic device and a second mode in which the near field communication unit is switched off such as to generate no radio frequency field; a motion sensor unit configured to record a motion of the portable electronic device and to output a motion signal descriptive of the recorded motion; and the processing unit configured to receive and analyze the motion signal to detect a first predefined motion pattern including a first phase of acceleration and a second phase of deceleration, and to transmit the control signal to switch the near field communication unit in the first mode upon detection of the first predefined motion pattern, characterized in that the first and second phases are linear movements along a contiguous straight line. a near field communication unit configured to receive a control signal from a processing unit of the portable electronic device, the near field communication unit being switchable, in response to the control signal, between a first mode in which the near field communication unit is switched on such as to generate a radio frequency field to communicate with another electronic device and a second mode in which the near field communication unit is switched off such as to generate no radio frequency field; a motion sensor unit configured to record a motion of the portable electronic device and to output a motion signal descriptive of the recorded motion; and the processing unit configured to receive and analyze the motion signal to detect a first predefined motion pattern including a first phase of acceleration and a second phase of deceleration, and to transmit the control signal to switch the near field communication unit in the first mode upon detection of the first predefined motion pattern, characterized in that the first and second phases are linear movements along a contiguous straight line.
A process for removing ammonia from a liquid fraction of digestate comprising steps of, a) flowing the liquid through a series of sequential stages; b) introducing bubbles, for example of air, into the liquid in the stages; and, c) flowing air across the surface of the liquid in the stages and collecting one or more gasses in communication with the surface of the liquid in the stages, the one or more extracted gasses comprising ammonia, wherein the liquid is maintained at a temperature of 50 degrees C or more during step a). a) flowing the liquid through a series of sequential stages; b) introducing bubbles, for example of air, into the liquid in the stages; and, c) flowing air across the surface of the liquid in the stages and collecting one or more gasses in communication with the surface of the liquid in the stages, the one or more extracted gasses comprising ammonia,
A computing device-implemented method for providing personal assistance to an associated user, the method comprising each of the following as implemented by a personal daemon process running in the background on a mobile computing device: gathering an initial set of personal information relating to the associated user; presenting, based on the initial set of personal information, a relevant set of personal daemon models to the associated user, each personal daemon model comprising a predetermined set of heuristics for providing personal assistance by a personal daemon, and each personal daemon model of the set of personal daemon models being characterized and presented according to the nature or functionality of the personal assistance that is provided to the user by the model's predetermined set of heuristics; receiving a selection by the associated user of a personal daemon model; updating the personal daemon with the predetermined set of heuristics in a store of personal information; receiving a notice of a subscribed event relating to the associated user, wherein the subscribed event corresponding to one of the predetermined set of heuristics; consulting the predetermined set of heuristics to identify one or more actions to be taken on behalf of the associated user in regard to receiving the subscribed event; and executing, without user input, the identified actions on the computing device on behalf of the associated user. gathering an initial set of personal information relating to the associated user; presenting, based on the initial set of personal information, a relevant set of personal daemon models to the associated user, each personal daemon model comprising a predetermined set of heuristics for providing personal assistance by a personal daemon, and each personal daemon model of the set of personal daemon models being characterized and presented according to the nature or functionality of the personal assistance that is provided to the user by the model's predetermined set of heuristics; receiving a selection by the associated user of a personal daemon model; updating the personal daemon with the predetermined set of heuristics in a store of personal information; receiving a notice of a subscribed event relating to the associated user, wherein the subscribed event corresponding to one of the predetermined set of heuristics; consulting the predetermined set of heuristics to identify one or more actions to be taken on behalf of the associated user in regard to receiving the subscribed event; and executing, without user input, the identified actions on the computing device on behalf of the associated user.
An electrode roll in which a sheet-like electrode base material which is subjected to cutting to be an electrode used for an electrochemical element is rolled, comprising: a resin cylindrical member having a peripheral surface with a predetermined width; a flexible film configured to be attached/detached with respect to the peripheral surface; and the sheet-like electrode base material wound on the flexible film, characterized in that: the flexible film is fixed onto the peripheral surface by a double-sided tape front and back adhesive layers of the double-sided tape have different adhesive strengths, and the adhesive layer having a lower adhesive strength is brought into contact with the peripheral surface. a resin cylindrical member having a peripheral surface with a predetermined width; a flexible film configured to be attached/detached with respect to the peripheral surface; and the sheet-like electrode base material wound on the flexible film, characterized in that: the flexible film is fixed onto the peripheral surface by a double-sided tape front and back adhesive layers of the double-sided tape have different adhesive strengths, and the adhesive layer having a lower adhesive strength is brought into contact with the peripheral surface. the flexible film is fixed onto the peripheral surface by a double-sided tape front and back adhesive layers of the double-sided tape have different adhesive strengths, and the adhesive layer having a lower adhesive strength is brought into contact with the peripheral surface.
A positive electrode active material for a lithium secondary battery, comprising: lithium cobalt oxide particles; and a surface treatment layer positioned on a surface of the lithium cobalt oxide particle, wherein the lithium cobalt oxide particles comprise lithium deficient lithium cobalt oxide in a surface side of the particles, the lithium deficient lithium cobalt oxide having a Li/Co molar ratio of less than 1, being included in an Fd-3m space group, and having a cubic-type crystal structure, and the surface treatment layer comprises at least one element selected from the group consisting of transition metals and elements of group 13. lithium cobalt oxide particles; and a surface treatment layer positioned on a surface of the lithium cobalt oxide particle, wherein the lithium cobalt oxide particles comprise lithium deficient lithium cobalt oxide in a surface side of the particles, the lithium deficient lithium cobalt oxide having a Li/Co molar ratio of less than 1, being included in an Fd-3m space group, and having a cubic-type crystal structure, and the surface treatment layer comprises at least one element selected from the group consisting of transition metals and elements of group 13.
Tool spindle for a device for fine processing of optically effective surfaces (cc, cx) of workpieces, comprising a spindle housing and a tool holding section (16, 16') projecting therebeyond which, by way of a guide arrangement (18, 18') drivable in the spindle housing for rotation about an axis of rotation of the tool, is axially adjustable (adjustment axis Z) along the axis of rotation of the tool, and which is optionally tiltable about a tilting point on the axis of rotation of the tool, wherein the guide arrangement (18, 18') for the axial adjustment of the tool holding section (16, 16') comprises a plurality of linear bearing elements uniformly distributed around the axis of rotation of the tool and respectively associated guide rods tension-resistantly and compression-resistantly connected with the tool holding section (16, 16').
Method for operating an ultrasound wire bonder, wherein the ultrasound wire bonder has a bonding head, comprising a bonding tool and a transducer for exciting ultrasound oscillations in the bonding tool, and a control system for the transducer, comprising a first process phase I, in which a bonding wire is bonded to a substrate in that the bonding wire is pressed against the substrate with a bonding force by means of a tool tip of the bonding tool and subsequently ultrasound oscillations are excited in the bonding tool to produce a material connection between the bonding wire and the substrate, in that the oscillations are excited in the transducer for a predetermined or variable bonding time, characterised in that, in a subsequent, second process phase II, the actuation of the transducer is altered and reverberation of the bonding tool is countered, the transducer being operated with passive damping in the second process phase II in that at least one electrical component which dissipates the oscillation energy is connected in series with the transducer and in that the excitation of the transducer is switched off.
A filter element (42, 142, 200, 210, 220, 240, 250, 270, 280, 290) for installation in a filtration system for a gas turbine; the filter element comprising a media pack having most upstream side and a downstream side and arranged to be operably installed in the filtration system to provide gas to be filtered to flow through the media pack from the most upstream side to the downstream side; the media pack comprising a media layer comprising a support layer and a membrane layer; the membrane layer being on the most upstream side; the filter element characterized by: the support layer is spunbond media; the membrane layer comprises expanded PTFE; the media pack further comprises an oleophobic coating, the oleophobic coating being on the upstream side of the membrane layer; and a second support layer, the second support layer being downstream of the support layer; the second support layer being a wet laid substrate and comprising bicomponent fibers. the support layer is spunbond media; the membrane layer comprises expanded PTFE; the media pack further comprises an oleophobic coating, the oleophobic coating being on the upstream side of the membrane layer; and a second support layer, the second support layer being downstream of the support layer; the second support layer being a wet laid substrate and comprising bicomponent fibers.
A mobile network system for provisioning mobile data services for one or more mobile devices that employ a secure element, the system comprising: a subscription manager data preparation server, wherein the subscription manager data preparation server is configured to: maintain a list of protected profiles, wherein the protected profiles are associated with one or more credentials of a mobile network operator (510A, 510B, 510C, 510D) of a mobile network; when the secure element is outside a range of the mobile network, receive a data service request associated with the secure element, the data service request specifying a timeframe for when the secure element is expected to be within the range of the mobile network; identify an available protected profile in the maintained list of protected profiles using the timeframe specified in the received data service request; and create a bound profile by associating the identified protected profile with the received data service request and a unique identifier associated with the secure element. maintain a list of protected profiles, wherein the protected profiles are associated with one or more credentials of a mobile network operator (510A, 510B, 510C, 510D) of a mobile network; when the secure element is outside a range of the mobile network, receive a data service request associated with the secure element, the data service request specifying a timeframe for when the secure element is expected to be within the range of the mobile network; identify an available protected profile in the maintained list of protected profiles using the timeframe specified in the received data service request; and create a bound profile by associating the identified protected profile with the received data service request and a unique identifier associated with the secure element.
A method of manufacturing a semiconductor material, the method comprising doping a bulk organic semiconductor material with a fullerene derivative by mixing said fullerene derivative into said bulk organic semiconductor material, said fullerene derivative having at least one electron-withdrawing substituent covalently attached thereto, wherein said fullerene derivative is having a lowest unoccupied molecular orbital (LUMO) at an energy level which is less than 1 eV above an energy level of a highest occupied molecular orbital (HOMO) of said organic semiconductor material, and wherein the energy level of said LUMO of said fullerene derivative is lower than an energy level of a LUMO of the non-derivatized fullerene by at least 0.5 eV.
A backing component configured to receive and attenuate transmitted acoustic signals from a transducer element in an ultrasound probe, the backing component comprising: a unitary structure of a first material and a second material, and a variation in packing density of the first material across at least a portion of a thickness of the backing component, characterized in that the variation in packing density of the first material provides a variable attenuation property in a Z-axis direction of the backing component and controls the impedance of acoustic signals travelling in the backing component, wherein the Z-axis direction of the backing component is the direction of thickness of the backing component and the direction in which ultrasound waves travel inside the ultrasound probe.
A composition for controlling plant disease comprising a carboxamide compound represented by a formula: and a compound represented by a formula: wherein a weight ratio of the carboxamide compound represented by the formula to the compound represented by the formula is that of the carboxamide compound represented by the formula /the compound represented by the formula = 0.1/1 to 10/1.
A transmitter, comprising: an encoder, comprising a differential encoder operable to provide a differentially encoded signal based on an input signal and a differential encoding rule; an LDPC encoder operable to provide an LDPC encoded signal based on the differentially encoded signal and based on an LDPC encoding rule corresponding to an M'S × N'S parity check matrix ( H') comprising a plurality of S × S permutation sub-matrices with an even number of non-zero entries in each row of an S × S sub-matrix; and a digital modulator coupled to an output of the LDPC encoder and operable according to a constellation diagram. an encoder, comprising a differential encoder operable to provide a differentially encoded signal based on an input signal and a differential encoding rule; an LDPC encoder operable to provide an LDPC encoded signal based on the differentially encoded signal and based on an LDPC encoding rule corresponding to an M'S × N'S parity check matrix ( H') comprising a plurality of S × S permutation sub-matrices with an even number of non-zero entries in each row of an S × S sub-matrix; and a digital modulator coupled to an output of the LDPC encoder and operable according to a constellation diagram. a differential encoder operable to provide a differentially encoded signal based on an input signal and a differential encoding rule; an LDPC encoder operable to provide an LDPC encoded signal based on the differentially encoded signal and based on an LDPC encoding rule corresponding to an M'S × N'S parity check matrix ( H') comprising a plurality of S × S permutation sub-matrices with an even number of non-zero entries in each row of an S × S sub-matrix; and a digital modulator coupled to an output of the LDPC encoder and operable according to a constellation diagram.
Electropneumatic positioner (1, 101) for a pneumatic actuator (3, 103) for operating a control device such as a control valve of a processing plant, comprising: - at least two modular pneumatic components (31, 41, 131, 141), such as an electropneumatic transducer; - at least two modular pneumatic slots (11, 21, 111, 121) for engaging with a respective modular pneumatic component (31, 41, 131, 141), wherein the at least two pneumatic slots (11, 21, 111, 121) and the pneumatic components (31, 41, 131, 141) are modularly matched to one another such that their pneumatic interfaces (13, 23, 33, 43) merge into one another when a pneumatic slot is engaged, and - at least one pneumatic control output (51, 151) for outputting a pneumatic control pressure signal (S 11, S 51, S 111, S 151) to the pneumatic actuator (3, 103), characterized in that the at least two modular pneumatic slots (11, 21, 111, 121) and the at least one pneumatic control output (51,151) form a pneumatic series connection. - at least two modular pneumatic components (31, 41, 131, 141), such as an electropneumatic transducer; - at least two modular pneumatic slots (11, 21, 111, 121) for engaging with a respective modular pneumatic component (31, 41, 131, 141), wherein the at least two pneumatic slots (11, 21, 111, 121) and the pneumatic components (31, 41, 131, 141) are modularly matched to one another such that their pneumatic interfaces (13, 23, 33, 43) merge into one another when a pneumatic slot is engaged, and - at least one pneumatic control output (51, 151) for outputting a pneumatic control pressure signal (S 11, S 51, S 111, S 151) to the pneumatic actuator (3, 103),
A method for generating a two-dimensional barcode, comprising: obtaining a protection-encoding pattern based on a mask pattern reference, the mask pattern reference being a reference for identifying a standard mask pattern that is applied to a module group, the module group being composed of a plurality of modules, each module being a unit cell constituting the two-dimensional barcode, the protection-encoding pattern being different from the standard mask pattern; obtaining a protection-encoded code block by protection-encoding a code block with the protection-encoding pattern, the code block having at least a data codeword; generating the module group based on the protection-encoded code block; and generating (S114; S116) a two-dimensional barcode having the module group to which the standard mask pattern is applied. obtaining a protection-encoding pattern based on a mask pattern reference, the mask pattern reference being a reference for identifying a standard mask pattern that is applied to a module group, the module group being composed of a plurality of modules, each module being a unit cell constituting the two-dimensional barcode, the protection-encoding pattern being different from the standard mask pattern; obtaining a protection-encoded code block by protection-encoding a code block with the protection-encoding pattern, the code block having at least a data codeword; the mask pattern reference being a reference for identifying a standard mask pattern that is applied to a module group, the module group being composed of a plurality of modules, each module being a unit cell constituting the two-dimensional barcode, the protection-encoding pattern being different from the standard mask pattern; obtaining a protection-encoded code block by protection-encoding a code block with the protection-encoding pattern, the code block having at least a data codeword; generating the module group based on the protection-encoded code block; and generating (S114; S116) a two-dimensional barcode having the module group to which the standard mask pattern is applied.
A detergent composition comprising a BslA protein and from 1 to 60% by weight of the composition of a surfactant system, wherein the surfactant system comprises an amphoteric and/or a zwitterionic surfactant in addition to an anionic surfactant and wherein the anionic surfactant and the amphoteric and/or the zwitterionic surfactant are in a weight ratio of less than 9:1, more preferably from 5:1 to 1:1, more preferably from 4:1 to 2:1, wherein the composition is a manual dishwashing composition.
Drive mechanism for use in a drug delivery device having a cartridge, the mechanism comprising a base element, a toothed piston rod movable from a first retracted position corresponding to a full cartridge to a second extended position corresponding to an empty cartridge, wherein the piston rod is guided within and movable relative to the base portion, and a drive gear having a pinion, which is rotatably held in the base element and in meshed engagement with the toothed piston rod, wherein the toothed piston rod comprises multiple rigid rod pieces which are connected by hinges, and a drive spring, which is fixed to the base element with one end and fixed to the drive gear with another end and which exerts a force or torque to the drive gear for rotating the drive gear relative to the base element, which rotation results in a movement of the toothed piston rod, characterized in that the drive spring is charged during manufacture or assembly, wherein the energy stored in the drive spring is sufficient to move the piston rod from the first to the second position, and wherein the drive mechanism further comprises a clutch provided by a splined portion of the drive gear and a corresponding splined portion of the base element, wherein the drive gear is axially movable along its rotational axis between a first position in which the drive gear is rotationally constrained to the base element by engagement of the clutch and a second position in which the clutch is disengaged and relative rotation between the base element and the drive gear is allowed.