mhurhangee/ep-ind-claims huggingface dataset:
A detachable metering monitoring device to be connected with a utility meter for controlling at least one utility consumption metered by said utility meter, comprising: - a usage reading interface (READ) to acquire a utility consumption value metered by said utility meter, - a first secure memory (SMEM) to store at least a unique identifier ID and a personal key, both pertaining to said device, - a crypto processor (CRYPTO) to generate a cryptogram from information data comprising at least the utility consumption value, said cryptogram being encrypted with said personal key, - a message generator (MGEN) to generate an information message including at least said cryptogram and the unique identifier ID, - a communication network interface (GRID) comprising a sending unit to send said information message to a remote management center. - a usage reading interface (READ) to acquire a utility consumption value metered by said utility meter, - a first secure memory (SMEM) to store at least a unique identifier ID and a personal key, both pertaining to said device, - a crypto processor (CRYPTO) to generate a cryptogram from information data comprising at least the utility consumption value, said cryptogram being encrypted with said personal key, - a message generator (MGEN) to generate an information message including at least said cryptogram and the unique identifier ID, - a communication network interface (GRID) comprising a sending unit to send said information message to a remote management center.
A push-button activated grasper for a surgical retractor, the grasper comprising: a grasper body having a first surface defining an opening to accept a connector head; a gear-actuated holder connected to the grasper body and configured to move from a first position to a second position, the first position being located at least partially in the opening to provide for retaining the connector head in the opening; and a push-button activator at least partially seated within the grasper body and operably connected to the gear-actuated holder, the push-button activator having a gear member to actuate the holder. a grasper body having a first surface defining an opening to accept a connector head; a gear-actuated holder connected to the grasper body and configured to move from a first position to a second position, the first position being located at least partially in the opening to provide for retaining the connector head in the opening; and a push-button activator at least partially seated within the grasper body and operably connected to the gear-actuated holder, the push-button activator having a gear member to actuate the holder.
A method for automated management of clinical modifications to a treatment plan for orthodontically treating teeth, the method comprising: generating a digital model of a final position of a patient's teeth from a scan of the patient's teeth in an initial position of the patient's teeth; generating the treatment plan comprising incremental positions of the patient's teeth to move the patient's teeth from the initial position towards the final position; providing a three-dimensional representation of the treatment plan to a display; receiving, in real time, a user request to modify the treatment plan, characterised by determining, in real time, that the requested user modification is within a predetermined thresholds for modifications to the treatment plan, generating, automatically and in real time when the user requested modification is within the predetermined threshold, a revised treatment plan based on the user requested modification; and outputting to the display a three-dimensional representation of the revised treatment plan. generating a digital model of a final position of a patient's teeth from a scan of the patient's teeth in an initial position of the patient's teeth; generating the treatment plan comprising incremental positions of the patient's teeth to move the patient's teeth from the initial position towards the final position; providing a three-dimensional representation of the treatment plan to a display; receiving, in real time, a user request to modify the treatment plan, characterised by determining, in real time, that the requested user modification is within a predetermined thresholds for modifications to the treatment plan, generating, automatically and in real time when the user requested modification is within the predetermined threshold, a revised treatment plan based on the user requested modification; and outputting to the display a three-dimensional representation of the revised treatment plan.
A communication method, comprising: transmitting, by a terminal, a first indicator to a network device, the first indicator identifying a first parameter set, the first parameter set comprising a first communication resource parameter and a first artificial intelligence, AI, parameter, and the first indicator and the first parameter set being in a first correspondence, and determining, by the terminal, the first correspondence from a plurality of correspondences between first indicators and first parameter sets according to a downlink control information, DCI, indication, a radio network temporary identity, RNTI, or a DCI format, wherein the first AI parameter comprises at least one of: a computational capability of the terminal to execute an AI operation, an AI model used by the terminal, a split point for the terminal to execute an AI model, AI operation steps of the terminal, a training-data size required for the terminal to complete one AI training, or a period for reporting a training result by the terminal with an AI model, and wherein the first indicator and the first parameter set being in a first correspondence is that the first indicator indicates the first parameter set. transmitting, by a terminal, a first indicator to a network device, the first indicator identifying a first parameter set, the first parameter set comprising a first communication resource parameter and a first artificial intelligence, AI, parameter, and the first indicator and the first parameter set being in a first correspondence, and determining, by the terminal, the first correspondence from a plurality of correspondences between first indicators and first parameter sets according to a downlink control information, DCI, indication, a radio network temporary identity, RNTI, or a DCI format, wherein the first AI parameter comprises at least one of: a computational capability of the terminal to execute an AI operation, an AI model used by the terminal, a split point for the terminal to execute an AI model, AI operation steps of the terminal, a training-data size required for the terminal to complete one AI training, or a period for reporting a training result by the terminal with an AI model, and wherein the first indicator and the first parameter set being in a first correspondence is that the first indicator indicates the first parameter set.
A feeding bottle device, the feeding bottle device comprising a teat component defining a teat volume therein, a container component defining a container volume therein, and an attachment component, the teat component and the container component being attachable to each other along a contact area by means of the attachment component, the feeding bottle device further comprising: - at least one air vent valve for allowing the passage of air from outside the feeding bottle device to within the container volume when the feeding bottle device is assembled; - a confined volume forming component for defining a confined volume within the container volume, wherein the confined volume is configured to provide a controlled opening for air entering through the air vent valve into the container volume, wherein the confined volume is formed by the confined volume forming component and a wall of the container volume in an assembled state of the feeding bottle device; and - a duct forming component for forming a guidance duct from the at least one air vent valve to the confined volume. - at least one air vent valve for allowing the passage of air from outside the feeding bottle device to within the container volume when the feeding bottle device is assembled; - a confined volume forming component for defining a confined volume within the container volume, wherein the confined volume is configured to provide a controlled opening for air entering through the air vent valve into the container volume, wherein the confined volume is formed by the confined volume forming component and a wall of the container volume in an assembled state of the feeding bottle device; and - a duct forming component for forming a guidance duct from the at least one air vent valve to the confined volume.
Electrical/electronic installation device with a functional module provided for receiving the electrical/electronic functional components and a design cover which is fixed to the functional module and to which a setting knob is assigned on the user side, which setting knob is provided for influencing, via a shaft, by means of a rotary actuation, a functional device which is located in the functional module and is provided for actuating at least one actuator connected to the functional module, stop elements being provided for limiting the rotation of the setting knob, which stop elements are located on a first and a second setting ring, the setting rings each having at least one toothed segment for fine secured adjustment and each being mounted rotatably through 360 degrees, the design cover having a receiving recess for receiving the setting knob, characterized in that the design cover has a receiving recess for receiving the setting knob, and in that a sprocket toothed on both sides is arranged in a rotationally fixed manner in the receiving recess, with which sprocket the first setting ring is associated on the outside and the second setting ring is associated on the inside in a rotatably mounted manner, and in that the two setting rings (7, 8) each engage with their at least one toothed segment (9, 10) in the associated toothing of the sprocket.
Augmented reality system for overlapping an augmented reality with a real environment, comprising a detection unit which detects the real environment and makes it available as environment data, wherein at least one monitoring unit and at least one work unit are arranged in the environment, a communication unit which receives safety data from the monitoring unit and process data from the working unit, a control unit which processes the environment data, the safety data and the process data, wherein a current position (aP) of the working unit is create-able as a momentary image of the real environment on the basis of the environment and safety data, and wherein a future position (zP) of the working unit is create-able as a virtual image on the basis of the safety and process data at a, preferably selectable, future point in time, and a display unit which displays the current image and the virtual image in relation to each other to a user, whereby an image of the user at a current time of creation of the current image is displayed in the overlapping current and virtual image, characterized in that a current working area of the monitoring unit is shown in the current image, wherein the working area of the monitoring unit is divided into a protective space (2c, 2e) and a monitoring space, and in that a future working area of the monitoring unit is shown in the virtual image.
A method of generating a short-circuit current by a power supply device having electrical components and for the purpose of tripping a protection element connected between a load and said power supply device, wherein in response to detecting an electrical fault situation in the power supply device, an AC short-circuit current is generated, characterized in that said AC short-circuit current has: - for a first period of said signal, a current amplitude equal to the maximum current amplitude that can be withstood by the electrical components of said power supply device; and - for the following periods, a current amplitude that decreases as a function of the thermal inertia of said electrical components. - for a first period of said signal, a current amplitude equal to the maximum current amplitude that can be withstood by the electrical components of said power supply device; and - for the following periods, a current amplitude that decreases as a function of the thermal inertia of said electrical components.
A mobile device comprising: a speaker module; a body to which the speaker module is fastened; and a protection member; wherein the speaker module comprises: a speaker configured to output a sound signal; a speaker module body to which the speaker is mounted; and a duct defining an opening surface for radiating a sound signal output from the speaker to outside of the speaker module, the duct being configured to guide a sound signal output from the speaker to the opening surface of the duct, wherein the opening surface is tilted relative to an extending direction of the duct; wherein the body of the mobile device includes a connecting structure having an opening surface configured to match the opening surface of the duct to radiate a sound signal output from the speaker module to the outside of the mobile device without leakage; and wherein the protection member is disposed between the opening surface of the duct and the opening surface of the connecting structure for preventing a foreign substance from entering the inside of the speaker module. a speaker module; a body to which the speaker module is fastened; and a protection member; wherein the speaker module comprises: a speaker configured to output a sound signal; a speaker module body to which the speaker is mounted; and a duct defining an opening surface for radiating a sound signal output from the speaker to outside of the speaker module, the duct being configured to guide a sound signal output from the speaker to the opening surface of the duct, wherein the opening surface is tilted relative to an extending direction of the duct; a speaker configured to output a sound signal; a speaker module body to which the speaker is mounted; and a duct defining an opening surface for radiating a sound signal output from the speaker to outside of the speaker module, the duct being configured to guide a sound signal output from the speaker to the opening surface of the duct, wherein the opening surface is tilted relative to an extending direction of the duct; wherein the body of the mobile device includes a connecting structure having an opening surface configured to match the opening surface of the duct to radiate a sound signal output from the speaker module to the outside of the mobile device without leakage; and wherein the protection member is disposed between the opening surface of the duct and the opening surface of the connecting structure for preventing a foreign substance from entering the inside of the speaker module.
A transmission device configured to provide a power output of a power assisted electric bicycle, wherein the transmission device comprises: a torque sensor configured to output a plurality of torque signals corresponding to a pedal force; a motor configured to drive a wheel; and a controller coupled to the torque sensor and the motor, wherein the controller is configured to: receive the torque signals from the torque sensor; compute and determine a first period according to a speed of the power assisted electric bicycle at a first time point; obtain a first maximum value of the torque signals in the first period before the first time point; and set a first torque output of the motor according to the first maximum value corresponding to the torque signals a torque sensor configured to output a plurality of torque signals corresponding to a pedal force; a motor configured to drive a wheel; and a controller coupled to the torque sensor and the motor, wherein the controller is configured to: receive the torque signals from the torque sensor; compute and determine a first period according to a speed of the power assisted electric bicycle at a first time point; obtain a first maximum value of the torque signals in the first period before the first time point; and set a first torque output of the motor according to the first maximum value corresponding to the torque signals receive the torque signals from the torque sensor; compute and determine a first period according to a speed of the power assisted electric bicycle at a first time point; obtain a first maximum value of the torque signals in the first period before the first time point; and set a first torque output of the motor according to the first maximum value corresponding to the torque signals
A sealed closure system for a cartridge filter that comprises a body that has a cylindrical configuration to house at least one cartridge and with an annular mortise that comprises: - a sealing plate, configured in the shape of a disc that incorporates a perimetral mortise for housing an o-ring seal, - a closing lid, configured in the shape of a disc, which is located over the sealing plate, - a stop that is located over the closing lid, - a catch that rests on the projection of the stop, wherein, - the outer diameter of the o-ring seal of the sealing plate, assembled on the sealing plate, is greater than the inner diameter of the body in the area in which it is located, causing pressure on the inner wall of the body that creates a seal, - the closing lid adjustably fits in the body of the filter and conceals part of the mortise such that the stop is housed in the free area of the mortise, the system being characterised in that: - the stop has a revolution geometry with a central hollow and is housed in the annular mortise of the housing leaving a projection extending from the annular mortise, - the catch has a revolution configuration, rests on the stop and is inserted in the central hollow of the stop, in order to prevent the stop from coming out of the annular mortise, such that the axial movement of the sealing plate is prevented caused by the pressure of the fluid inside the cartridge filter. - a sealing plate, configured in the shape of a disc that incorporates a perimetral mortise for housing an o-ring seal, - a closing lid, configured in the shape of a disc, which is located over the sealing plate, - a stop that is located over the closing lid, - a catch that rests on the projection of the stop, - the outer diameter of the o-ring seal of the sealing plate, assembled on the sealing plate, is greater than the inner diameter of the body in the area in which it is located, causing pressure on the inner wall of the body that creates a seal, - the closing lid adjustably fits in the body of the filter and conceals part of the mortise such that the stop is housed in the free area of the mortise, - the stop has a revolution geometry with a central hollow and is housed in the annular mortise of the housing leaving a projection extending from the annular mortise, - the catch has a revolution configuration, rests on the stop and is inserted in the central hollow of the stop, in order to prevent the stop from coming out of the annular mortise,
A topical formulation for use in the treatment of inflammatory arthritis in a subject, wherein the topical formulation is intended to be administered in an effective amount directly over an inflamed joint affected by the inflammatory arthritis, the topical formulation comprising a combination of rapamycin and metformin, wherein the molar ratio of rapamycin to metformin is in the range of 20:1 to 1:1.
A fastening system for an electrical stimulation generator, comprising a generator for cardiac stimulation, such as a pacemaker, a defibrillator, a resynchronizer; a neurostimulation mechanism or another similar generator disposed externally with respect to the body of the patient and an electrode that presents a first end (5.1) for connection to the heart of the patient and a second end (5.2) for connection to said generator, characterized in that it further comprises: - a casing for containing the generator therein that presents identical first and second openings (7.1, 7.2) disposed on opposite sides thereof; - means for the connection of the electrode to the first or second opening (7.1, 7.2) in the casing formed by a first pass-through connector for the second end (5.2) of the electrode, wherein the first connector has an airtight valve therein; - an airtight closing element disposed at the opening of the casing opposite the one presenting the means for the connection of the electrode; - a device for securing the electrode to the skin having means for anchoring to said electrode and means for adhering to the torso of the patient; and - means for fastening the casing to the body of the patient. wherein the casing is formed by a rear part (8.1) in contact with the body of the patient and a front part (8.2), joined together by hinged means and comprises closing means at an end opposite the hinged means by means of the fitting of the first connector and of the closing element in both first and second openings (7.1, 7.2) of the casing, each one in one of said openings; wherein the positions of the closing element and the first connector are interchangeable allowing the electrode to be connectable to the first opening (7.1) or to the second opening (7.2). - a casing for containing the generator therein that presents identical first and second openings (7.1, 7.2) disposed on opposite sides thereof; - means for the connection of the electrode to the first or second opening (7.1, 7.2) in the casing formed by a first pass-through connector for the second end (5.2) of the electrode, wherein the first connector has an airtight valve therein; - an airtight closing element disposed at the opening of the casing opposite the one presenting the means for the connection of the electrode; - a device for securing the electrode to the skin having means for anchoring to said electrode and means for adhering to the torso of the patient; and - means for fastening the casing to the body of the patient.
An adhesive composition containing an acid-modified polyolefin (a), an oligo-phenylene ether (b) having a number-average molecular weight of 3000 or less, measured according to the method disclosed in the specification, and an epoxy resin (c), wherein the adhesive composition contains 0.05 to 200 part(s) by mass of the oligo-phenylene ether (b) having a number-average molecular weight of 3000 or less to 100 parts by mass of the acid-modified polyolefin (a), and wherein the adhesive composition satisfies the following requirement(s) and/or: The adhesive composition contains more than 20 parts by mass and 60 parts by mass or less of the epoxy resin (c) to 100 parts by mass of the acid-modified polyolefin (a); The adhesive composition further contains 0.5 to 20 part(s) by mass of a polycarbodiimide (d) to 100 parts by mass of the acid-modified polyolefin (a), and 0.5 to 60 part(s) by mass of the epoxy resin (c) to 100 parts by mass of the acid-modified polyolefin (a). The adhesive composition contains more than 20 parts by mass and 60 parts by mass or less of the epoxy resin (c) to 100 parts by mass of the acid-modified polyolefin (a); The adhesive composition further contains 0.5 to 20 part(s) by mass of a polycarbodiimide (d) to 100 parts by mass of the acid-modified polyolefin (a), and 0.5 to 60 part(s) by mass of the epoxy resin (c) to 100 parts by mass of the acid-modified polyolefin (a).
A medical device, wherein the device has been formed from a monofilament fiber comprising polyhydroxyalkanoate polymer coated with a spin finish comprising Tween® 20, and wherein after the device has been formed, the device is scoured to remove the Tween® 20 leaving a residual level of Tween® 20 on the monofilament fiber of less than 0.5 weight percent.