mhurhangee/ep-ind-claims huggingface dataset:
A method for synthesizing an electrode material, the method comprising: dissolving a surfactant, a sodium precursor, a phosphate precursor and a transition metal precursor in a solvent to cause reaction of the sodium, phosphate, and transition metal precursors to yield a precipitate of particles, wherein the surfactant is attached to the particles; removing the solvent; sintering the precipitate to crystallize the particles, wherein during sintering the surfactant is decomposed, and thus form a carbon matrix between the crystallized particles; wherein the crystallized particles and the carbon matrix are integrated, thus forming the electrode material; and wherein the crystallized particles have a grain size between 20 nm and 200 nm. dissolving a surfactant, a sodium precursor, a phosphate precursor and a transition metal precursor in a solvent to cause reaction of the sodium, phosphate, and transition metal precursors to yield a precipitate of particles, wherein the surfactant is attached to the particles; removing the solvent; sintering the precipitate to crystallize the particles, wherein during sintering the surfactant is decomposed, and thus form a carbon matrix between the crystallized particles; wherein the crystallized particles and the carbon matrix are integrated, thus forming the electrode material; and wherein the crystallized particles have a grain size between 20 nm and 200 nm.
A computer-implemented system for migrating data for web content management systems from a first WCM platform to a second WCM platform, characterized by a library of first connector modules in digital communication with the first WCM platform to retrieve data from the first WCM platform, a first connector module selected from the library of first connector modules providing API-level integration with the first WCM platform utilizing executable code that translates the retrieved data from a format for the first WCM platform to a standardized format of a migration engine for the system, resulting in pre-migrated standardized data; the migration engine standing in digital communication with the first connector module, in which the migration engine receives the pre-migrated standardized data from the first connector module and transforms the pre-migrated standardized data to post-migrated standardized data, in which said post-migrated data include migrated templates that migrated from a first WCM platform to a second WCM platform; a template mapper in digital communication with the first connector module, the template mapper identifies user-selected origin templates of the first WCM platform and creates a mapped relationship between the origin templates and target templates for the second WCM platform, for migrating templates, the template mapper is in digital communication with the migration engine to communicate the mapped relationship of the origin templates and the target template, resulting in said post-migrated standardized data; a transformer (8 a-n) that enables modifications to website data elements during migration, including but not limited to templates, HTML, users, metadata, file assets, and content such as images, links, and text, said transformer being configured to apply customized transformations to data during the migration process for modification of the website by the user as it is migrated from the source of WCM system to the target of WCM system; and a library of second connector modules in digital communication with the migration engine and with a second WCM platform, a second connector module selected from the library of second connector modules provides API-level integration with the second WCM platform utilizing executable code that translates the post-migrated standardized data to a format for the second WCM platform.
A furnace condition control apparatus comprising: a first sensor unit configured to image at least one of temperature data and pressure data of a blast furnace depending on a measured location; a second sensor unit configured to detect unstructured data of the blast furnace, wherein unstructured data means the data used as a basis for determining the operation of the blast furnace using naked eyes; and an action guidance unit having an artificial intelligence algorithm outputting action guidance regarding a blast furnace operation based on imaged temperature or pressure data from the first sensor unit and unstructured data from the second sensor unit, wherein the action guidance is a proposed guidance by the artificial intelligence algorithm for an action that should be taken for a stable furnace condition control based on a learned model, wherein the action guidance unit comprises: a learning unit configured to learn based on data collected from the first sensor unit and the second sensor unit and having an action guidance on-line algorithm generating action guidance regarding a blast furnace operation; a reinforcement learning unit configured to reinforce an action guidance off-line algorithm learning depending on whether an operator accepts the action guidance; and a control unit configured to output the action guidance of the learning unit and determine relearning of the action guidance on-line algorithm and whether or not to replace the action guidance on-line algorithm with the action guidance off-line algorithm of the reinforcement learning unit. a first sensor unit configured to image at least one of temperature data and pressure data of a blast furnace depending on a measured location; a second sensor unit configured to detect unstructured data of the blast furnace, wherein unstructured data means the data used as a basis for determining the operation of the blast furnace using naked eyes; and an action guidance unit having an artificial intelligence algorithm outputting action guidance regarding a blast furnace operation based on imaged temperature or pressure data from the first sensor unit and unstructured data from the second sensor unit, wherein the action guidance is a proposed guidance by the artificial intelligence algorithm for an action that should be taken for a stable furnace condition control based on a learned model, a learning unit configured to learn based on data collected from the first sensor unit and the second sensor unit and having an action guidance on-line algorithm generating action guidance regarding a blast furnace operation; a reinforcement learning unit configured to reinforce an action guidance off-line algorithm learning depending on whether an operator accepts the action guidance; and a control unit configured to output the action guidance of the learning unit and determine relearning of the action guidance on-line algorithm and whether or not to replace the action guidance on-line algorithm with the action guidance off-line algorithm of the reinforcement learning unit.
Gateway for use in a measurement system for detecting transmitted energy, comprising a first module and a second module, wherein the first and the second modules (A, B) are connected to each other so as to communicate via at least one interface (1, 2), characterised in that there are integrated in the first module the components of the gateway which have to be subjected to a certification in accordance with regulations relating to energy data transmissions, in particular a regulatory provision, and in that there are integrated in the second module the components of the gateway which according to the regulations relating to energy data transmissions do not require any certification.
Apparatus for identification of physical parameters of rod-like articles of the tobacco industry provided with a multi-path conveyor of rod-like articles, fed with rod-like articles from a supplying device; a radiation source arranged for emitting radiation towards the paths of the multi-path conveyor; a radiation sensor arranged so that it receives the radiation from the radiation source, after the radiation penetrated through the multi-path conveyor of rod-like articles; wherein the radiation source and the radiation sensor are situated on opposite sides of a transferring plane; characterised in that multi-path conveyor of the rod-like articles is a single layer multi-path conveyor, and radiation source is a single point type radiation source, the radiation sensor is positioned transversely to the paths of the conveyor, whereas the radiation sensor is arranged so that it produces a signal representing attenuation of the radiation penetrating through the rod-like articles on the paths of the multi-path conveyor, situated between the radiation source and the radiation sensor. a multi-path conveyor of rod-like articles, fed with rod-like articles from a supplying device; a radiation source arranged for emitting radiation towards the paths of the multi-path conveyor; a radiation sensor arranged so that it receives the radiation from the radiation source, after the radiation penetrated through the multi-path conveyor of rod-like articles; wherein the radiation source and the radiation sensor are situated on opposite sides of a transferring plane; multi-path conveyor of the rod-like articles is a single layer multi-path conveyor, and radiation source is a single point type radiation source, the radiation sensor is positioned transversely to the paths of the conveyor, whereas the radiation sensor is arranged so that it produces a signal representing attenuation of the radiation penetrating through the rod-like articles on the paths of the multi-path conveyor, situated between the radiation source and the radiation sensor.
An alternator comprising: a rotor fixed to a shaft so as to rotate with said shaft; a stator disposed so as to surround said rotor, an alternating current being generated in said stator by a rotating magnetic field from said rotor; and a voltage control apparatus for adjusting magnitude of an output voltage of said alternating current generated in said stator, wherein: said voltage control apparatus comprises: a grounded, electrically-conductive heat sink (34, 50, 60, 70, 80); and a control main body fixed to said heat sink (34, 50, 60, 70, 80), said control main body including an integrated circuit chip on which a circuit for controlling said output voltage is formed, and wherein said heat sink (34, 50, 60, 70, 80) radiates heat generated in said control main body, and blocks electromagnetic noise penetrating through said heat sink to said integrated circuit chip, characterised in that a positioning portion for positioning said control main body relative to said heat sink is disposed on said heat sink so as to project from a major surface of said heat sink to which said control main body is fixed, said positioning portion increases the area of the heat sink covering the control main body and prevents electromagnetic noise from penetrating to the integrated circuit chip from a connector having terminals for electrical connection to an external portion a rotor fixed to a shaft so as to rotate with said shaft; a stator disposed so as to surround said rotor, an alternating current being generated in said stator by a rotating magnetic field from said rotor; and a voltage control apparatus for adjusting magnitude of an output voltage of said alternating current generated in said stator, wherein: said voltage control apparatus comprises: a grounded, electrically-conductive heat sink (34, 50, 60, 70, 80); and a control main body fixed to said heat sink (34, 50, 60, 70, 80), said control main body including an integrated circuit chip on which a circuit for controlling said output voltage is formed, and said voltage control apparatus comprises: a grounded, electrically-conductive heat sink (34, 50, 60, 70, 80); and a control main body fixed to said heat sink (34, 50, 60, 70, 80), said control main body including an integrated circuit chip on which a circuit for controlling said output voltage is formed, and a grounded, electrically-conductive heat sink (34, 50, 60, 70, 80); and a control main body fixed to said heat sink (34, 50, 60, 70, 80), said control main body including an integrated circuit chip on which a circuit for controlling said output voltage is formed, and
A dust collecting device that is adapted to be attached to an impact tool and is adapted to collect dust generated by the impact tool which includes a tool body and an auxiliary handle removably mounted to the tool body and which is adapted to have a tool bit detachably coupled to a front end region of the tool body, the tool bit being caused to rectilinearly move in an axial direction of the tool bit, comprising: a dust collecting part having a dust suction port at its front end, a dust collecting hose which is connected to the dust collecting part and through which dust is transferred downstream, and a hose holding part (147; 161) for holding the dust collecting hose, which is adapted to be mounted to and removed from the auxiliary handle, characterized in that the hose holding part (147; 161) comprises a mounting base having a notch, and the auxiliary handle includes a ring-like mounting part which can hold the tool body from outside, a base formed on the mounting part, a rod-like grip to be held by a user, and an arm extending from the grip in a direction transverse to a longitudinal direction of the grip and having an extending end, and the base and the extending end are arranged in parallel to the longitudinal direction of the grip and clamped by using a bolt extending therethrough and a nut threadingly engaged with the bolt, so that the mounting part holds the tool body, wherein the notch is adapted to be fitted onto the bolt from a radial direction such that the mounting base can be clamped between a head of the bolt and the arm, and wherein the hose holding part can be mounted to the tool body together with the auxiliary handle by the clamping with the bolt and the nut. a dust collecting part having a dust suction port at its front end, a dust collecting hose which is connected to the dust collecting part and through which dust is transferred downstream, and a hose holding part (147; 161) for holding the dust collecting hose, which is adapted to be mounted to and removed from the auxiliary handle, characterized in that the hose holding part (147; 161) comprises a mounting base having a notch, and the auxiliary handle includes a ring-like mounting part which can hold the tool body from outside, a base formed on the mounting part, a rod-like grip to be held by a user, and an arm extending from the grip in a direction transverse to a longitudinal direction of the grip and having an extending end, and the base and the extending end are arranged in parallel to the longitudinal direction of the grip and clamped by using a bolt extending therethrough and a nut threadingly engaged with the bolt, so that the mounting part holds the tool body, wherein the notch is adapted to be fitted onto the bolt from a radial direction such that the mounting base can be clamped between a head of the bolt and the arm, and wherein the hose holding part can be mounted to the tool body together with the auxiliary handle by the clamping with the bolt and the nut.
A grip body (1a..1g), in particular of a body care article, such as toothbrush, comprising a grip part (4a..4g), a neck part (3a..3g) and a head part (2a..2g), wherein the grip body (1a..1g) comprises a first and a second material component (7, 8) of a thermoplastic plastic, wherein the first and the second material component (7, 8) have a common injection point, and the grip part (4a..4g) comprises a jacket body of the first material component and a core body of the second material component which is at least partly enveloped by the jacket body, wherein the jacket body at least partly forms the surface of the grip part (4a..4g), characterised in that the injection point is arranged outside a mould partition line formed by the mould partition, and the grip body (1a..1g) is produced by means of inject moulding in an injection moulding tool by way of a hot-runner method.
A rocking base assembly for supporting a reformer exercise apparatus (100, 200) having an elongated rectangular frame adapted to be positioned parallel to a flat support surface, the frame having head and foot ends, the assembly comprising a pair of rocker bases each having a platform portion for supporting one end (104, 106) of the reformer frame and a rocker member beneath the platform portion, the rocker member having a bottom curved surface portion, the rocking base assembly characterised in that the bottom curved surface portion of the rocker member merges with straight end portions and in that the rocking base assembly further comprises a pair of removable stop blocks for each rocker base, each block having a central recess having a bottom shape complementary to that of one of the straight end portions of the rocker member and a pair of upright side walls with the central recess therebetween.
A terminal locator for aligning a terminal in a crimp tool, the terminal locator comprising: a mounting base having a main body with a mounting hole for receiving mounting hardware to secure the main body to the crimp tool; and a terminal locator body pivotally attached to the mounting base, the terminal locator body comprising a guide portion arranged to receive the mounting base, the guide portion comprising parallel hinge projections having aligned slots; whereby the terminal locator body is arranged to rotate away from the mounting base and the crimp tool, characterised in that a pivot shaft is positioned in the aligned slots and the main body comprises a pivot shaft hole for receiving the pivot shaft, thereby securing the mounting base to the guide portion, and wherein the pivot shaft is arranged to slide within the slots to move the terminal locator body from a first position to a second position. a mounting base having a main body with a mounting hole for receiving mounting hardware to secure the main body to the crimp tool; and a terminal locator body pivotally attached to the mounting base, the terminal locator body comprising a guide portion arranged to receive the mounting base, the guide portion comprising parallel hinge projections having aligned slots; whereby the terminal locator body is arranged to rotate away from the mounting base and the crimp tool, characterised in that a pivot shaft is positioned in the aligned slots and the main body comprises a pivot shaft hole for receiving the pivot shaft, thereby securing the mounting base to the guide portion, and wherein the pivot shaft is arranged to slide within the slots to move the terminal locator body from a first position to a second position.
A method for operating an electric motor-driven food processor for preparing a preparation item, wherein the preparation item is prepared in one or more sequential preparation steps, wherein a user of the food processor receives information from the food processor about an operating parameter for the food processor and/or a preparation parameter for the preparation item and/or transmits said information to the food processor, characterized in that the information is projected into the visual field of the user by means of a wearable image generating device configured separately from the food processor, in particular an eyeglass-type construction worn in front of an eye while the user is looking at the food processor in a defined angular range, wherein the information is superimposed onto the visual field.
Commercial vehicle having a structure comprising a cargo hold for stowing individually addressed shipping goods, - whereby an automatic stowage system is arranged in the cargo hold, and this stowage system is designed, depending on a control signal, to transport a shipment piece from a stowage space assigned to this shipment piece in the cargo hold to a transfer device using a transport device (22, 23) and to transport a shipment piece waiting on the transfer device to a stowage space assigned to this shipment piece in the cargo hold. - whereby the transfer device is part of a transfer station which is connected to the commercial vehicle, - whereby the transfer station comprises an identification means for receiving an identification code associated with a particular user, - whereby on the commercial vehicle a control device is provided which, depending on the identification code present in the identification device, emits a control signal to the stowage system, which thereupon transports a shipment piece associated with the identification code and stowed in the cargo hold to the transfer device, or a shipment piece standing by on the transfer device to the stowage space assigned to it in the cargo hold, characterised in that the stowage system stows the shipping goods in stacks and in that the transport device (22, 23) proceeds to remove or stow transport goods in a plane which is provided above the stacks in the cargo hold of the commercial vehicle. - whereby an automatic stowage system is arranged in the cargo hold, and this stowage system is designed, depending on a control signal, to transport a shipment piece from a stowage space assigned to this shipment piece in the cargo hold to a transfer device using a transport device (22, 23) and to transport a shipment piece waiting on the transfer device to a stowage space assigned to this shipment piece in the cargo hold. - whereby the transfer device is part of a transfer station which is connected to the commercial vehicle, - whereby the transfer station comprises an identification means for receiving an identification code associated with a particular user, - whereby on the commercial vehicle a control device is provided which, depending on the identification code present in the identification device, emits a control signal to the stowage system, which thereupon transports a shipment piece associated with the identification code and stowed in the cargo hold to the transfer device, or a shipment piece standing by on the transfer device to the stowage space assigned to it in the cargo hold,
Reusable casting mould for use in cold casting methods, which is produced by means of a powder-based layer construction method using a sand and a cold resin binder, wherein the sand is pre-coated with an activator component and, after a coating process, has a liquid printed thereon by means of an inkjet print head, said liquid reacting with the activator in the particulate material to form a polymer, the final casting mould having a surface treated with a sealant which closes the surface pores of the moulded body, and the sealant sealing the surface in a watertight manner.