mhurhangee/ep-ind-claims huggingface dataset:
A hand-held labeler comprising: a casing with an upper opening; a holder for rotary mounting a label roll that is at least partially positioned within said upper opening; a cap that closes the upper opening and surrounds and is spaced from at least an upper perimeter of a label roll inserted into said upper opening; a lifting mechanism for moving said holder up and down; characterized in that said cap is pivotally seated on said casing at said upper opening, wherein said cap completely surrounds a label roll mounted on said holder at least partially positioned within said upper opening; and wherein said lifting mechanism includes a mechanical coupling between said cap and said holder such that said holder can be moved out of said upper opening and into said upper opening by manually swinging said cap between a closed position and an open position, and wherein a spacing between said cap and said holder is varied during said swinging. a casing with an upper opening; a holder for rotary mounting a label roll that is at least partially positioned within said upper opening; a cap that closes the upper opening and surrounds and is spaced from at least an upper perimeter of a label roll inserted into said upper opening; a lifting mechanism for moving said holder up and down; characterized in that said cap is pivotally seated on said casing at said upper opening, wherein said cap completely surrounds a label roll mounted on said holder at least partially positioned within said upper opening; and wherein said lifting mechanism includes a mechanical coupling between said cap and said holder such that said holder can be moved out of said upper opening and into said upper opening by manually swinging said cap between a closed position and an open position, and wherein a spacing between said cap and said holder is varied during said swinging.
An apparatus comprising: a bypass transmit path comprising: a first driver amplifier configured to amplify an input radio frequency, RF, signal (RFin) and provide an amplified RF signal (RFout), and a tunable impedance matching circuit coupled to the first driver amplifier and configured to match an output impedance of the first driver amplifier for each of a plurality of modes of the first driver amplifier,, wherein the bypass transmit path does not include any power amplifier; and a main transmit path comprising a second driver amplifier and a power amplifier, wherein the main transmit path is configured to be selected for transmit power levels higher than a threshold level, and wherein the bypass transmit path is selected for transmit power levels lower than a different threshold level in order to provide hysteresis and mitigate continual toggling between the bypass transmit path and the main transmit path. a bypass transmit path comprising: a first driver amplifier configured to amplify an input radio frequency, RF, signal (RFin) and provide an amplified RF signal (RFout), and a tunable impedance matching circuit coupled to the first driver amplifier and configured to match an output impedance of the first driver amplifier for each of a plurality of modes of the first driver amplifier,, wherein the bypass transmit path does not include any power amplifier; and a first driver amplifier configured to amplify an input radio frequency, RF, signal (RFin) and provide an amplified RF signal (RFout), and a tunable impedance matching circuit coupled to the first driver amplifier and configured to match an output impedance of the first driver amplifier for each of a plurality of modes of the first driver amplifier,, wherein the bypass transmit path does not include any power amplifier; and a main transmit path comprising a second driver amplifier and a power amplifier, wherein the main transmit path is configured to be selected for transmit power levels higher than a threshold level, and wherein the bypass transmit path is selected for transmit power levels lower than a different threshold level in order to provide hysteresis and mitigate continual toggling between the bypass transmit path and the main transmit path.
Timepiece mechanism comprising a magnetic gear formed of a first wheel and a second wheel, the first wheel being provided with N alternating first magnetic poles which are arranged circularly and define a first magnetic toothing, the second wheel being provided with teeth made of ferromagnetic material, or with alternating second magnetic poles arranged circularly, these teeth or these second magnetic poles defining a second magnetic toothing which is magnetically coupled with the first magnetic toothing such that, when one of the first and second wheels is rotatably driven, this wheel rolls, via the magnetic coupling, over a geometric circle centred on the other wheel and linked to this other wheel; characterised in that the mechanism further comprises a ferromagnetic element (12; 12A; 16) or a set of ferromagnetic elements (24, 26) arranged relative to the first wheel so as to compensate for at least a major part of a parasitic magnetic torque to which this first wheel is subjected and resulting from said magnetic coupling, this parasitic magnetic torque having a periodic variation in intensity as a function of the angular position (α) of the first wheel relative to a reference half-axis starting from the central axis of the first wheel and intercepting the central axis of the second wheel.
A portable electronic device, comprising: a lower housing; and an upper housing coupled to the lower housing and slidable relative thereto between a closed position and an open position, characterised by the upper housing including a cover plate affixed to a rear of the upper housing and along a bottom side thereof, the cover plate extending generally between first and second lateral sides (252, 254) of the housing; wherein the cover plate conceals at least one secondary flex connector (258, 260, 262) housed in the upper housing. a lower housing; and an upper housing coupled to the lower housing and slidable relative thereto between a closed position and an open position, characterised by the upper housing including a cover plate affixed to a rear of the upper housing and along a bottom side thereof, the cover plate extending generally between first and second lateral sides (252, 254) of the housing; wherein the cover plate conceals at least one secondary flex connector (258, 260, 262) housed in the upper housing.
Method for generating a polyphase alternating current, in particular a three-phase alternating current, by interconnecting a plurality of DC voltage sources, having at least the following method steps: - providing a configurable DC voltage string for each phase (L1, L2, L3) of the polyphase alternating current, wherein each configurable DC voltage string is formed from a plurality of the DC voltage sources which can be interconnected in a configurable series circuit; - arranging the configurable DC voltage strings in a polygon circuit, in particular in a delta circuit; - configuring the configurable DC voltage strings such that the polyphase alternating current is provided and a zero phase-sequence system current is also formed for charge equalization between the configurable DC voltage strings, characterized by at least the following further process step: - providing a neutral grounding transformer for the purpose of achieving a common neutral point of all configurable DC voltage strings, wherein a q component of the zero phase-sequence system current is minimized and/or a target value of a d component of the zero phase-sequence system current is determined taking into account a charge difference between the DC voltage sources of the DC voltage strings. - providing a configurable DC voltage string for each phase (L1, L2, L3) of the polyphase alternating current, wherein each configurable DC voltage string is formed from a plurality of the DC voltage sources which can be interconnected in a configurable series circuit; - arranging the configurable DC voltage strings in a polygon circuit, in particular in a delta circuit; - configuring the configurable DC voltage strings such that the polyphase alternating current is provided and a zero phase-sequence system current is also formed for charge equalization between the configurable DC voltage strings, at least the following further process step: - providing a neutral grounding transformer for the purpose of achieving a common neutral point of all configurable DC voltage strings, - providing a neutral grounding transformer for the purpose of achieving a common neutral point of all configurable DC voltage strings, wherein a q component of the zero phase-sequence system current is minimized and/or a target value of a d component of the zero phase-sequence system current is determined taking into account a charge difference between the DC voltage sources of the DC voltage strings.
A liquid crystal writing film, comprising a first base film, a composite layer and a second base film, wherein the first base film comprises a first base layer and a first electrode layer disposed in sequence, with the first base layer serving as a writing surface, and the second base film comprises a second electrode layer and a second base layer disposed in sequence, with the composite layer (300, 300', 300") being located between the first electrode layer and the second electrode layer; the composite layer comprises a first hybrid layer of which one side is laminated with the first electrode layer; and the first hybrid layer comprises liquid crystal molecules and a high polymer material, characterized in that the content of the high polymer material in the first hybrid layer decreases gradually from the side far away from the first electrode layer to the side close to the first electrode layer.
A tire repair tool assembly comprising: a tool body having a first end and a second end opposite the first end, the tool body having a storage compartment within the tool body, the storage compartment having an opening at the first end; at least one tire plug within the storage compartment; a tool body case comprising a closed end and an open compartment within the tool body case; a plug storage cap operably coupled to the first end of the tool body; and a hollow tube sized to receive a first end of the at least one tire plug within the hollow tube, the hollow tube extending from the second end of the tool body and having a tip distal from the second end of the tool body, characterized in that the open compartment is sized to receive the hollow tube and the second end of the tool body within the open compartment and the tool body case is configured to engage the tool body to removeably retain the second end of the tool body within the tool body case. a tool body having a first end and a second end opposite the first end, the tool body having a storage compartment within the tool body, the storage compartment having an opening at the first end; at least one tire plug within the storage compartment; a tool body case comprising a closed end and an open compartment within the tool body case; a plug storage cap operably coupled to the first end of the tool body; and a hollow tube sized to receive a first end of the at least one tire plug within the hollow tube, the hollow tube extending from the second end of the tool body and having a tip distal from the second end of the tool body, characterized in that the open compartment is sized to receive the hollow tube and the second end of the tool body within the open compartment and the tool body case is configured to engage the tool body to removeably retain the second end of the tool body within the tool body case.
A UV disinfection device for disinfecting catheter connectors, comprising a body having a first end and a second end, the body shaped to be held in a hand of a user; a connector insertion opening positioned at the first end of the body; a tube extending from the connector insertion opening into the disinfection device, the tube defining a cylindrical opening, closed at one end and shaped to receive a catheter connector inserted through the connector insertion opening, the cylindrical opening comprising a circumference and a length; and a plurality of UV-C LEDs positioned around the circumference of the cylindrical opening in each of at least two circumferential planes along the length of the cylindrical opening. a body having a first end and a second end, the body shaped to be held in a hand of a user; a connector insertion opening positioned at the first end of the body; a tube extending from the connector insertion opening into the disinfection device, the tube defining a cylindrical opening, closed at one end and shaped to receive a catheter connector inserted through the connector insertion opening, the cylindrical opening comprising a circumference and a length; and a plurality of UV-C LEDs positioned around the circumference of the cylindrical opening in each of at least two circumferential planes along the length of the cylindrical opening.
A relay with a movable contact and a further contact, with an actuating element which is in an operative connection with an armature of the relay, and which moves the movable contact towards the further contact dependent on a supply of current to the relay, the further contact having a flip-flop spring which can adopt two positions, a second movable contact being provided which can also be moved with the aid of the actuating element, a second further contact being provided which is associated with the second movable contact,wherein in a starting position the first contact and the further first contact are not in contact and the second contact and the second further contact are not in contact, the actuating element being formed so as to move, in a first movement section, the movable first and second contacts (7, 9) towards the further first and second contacts (8, 10), the distances between the movable and the further contacts being formed such that first of all the movable first contact and the first further contact are brought into contact with each other, and that then after a second movement section of the actuating element the movable second contact and the second further contact are brought into contact with each other, characterized in that the actuating element has a first cutout in which the first movable contact engages, and the actuating element has a second cutout in which the first further contact engages wherein the actuating element is formed so as to move the first movable contact and the first further contact back into a starting position.
Brazing process of pipes wherein a first pipe is composed of copper and a second pipe is composed of steel, the process characterized by comprising: - applying, between said first and second pipes, a brazing alloy composed by Zinc/Aluminum, comprising between 95%-99% of Zinc and 5%-1% of Aluminum; and - application of controlled means of melting and cooling of the first set and second tubes and braze alloy with specific heating temperature, atmosphere and heating time. - applying, between said first and second pipes, a brazing alloy composed by Zinc/Aluminum, comprising between 95%-99% of Zinc and 5%-1% of Aluminum; and - application of controlled means of melting and cooling of the first set and second tubes and braze alloy with specific heating temperature, atmosphere and heating time.
Method for the computer-aided parameterization of a technical system, in which a software package is stored on the technical system, which software package is signed with a first digital signature, wherein - the validity of the first digital signature is checked by the technical system; - if the first digital signature is valid, the software package is installed on the technical system and, in the course of the installation, a test program checks whether a number of rules that are stored at least in part in the test program are complied with by external digital information that originates from outside the software package; - if a number of conditions, comprising the external digital information complying with the number of rules, are present, a parameter setting is performed in the technical system and otherwise the method is terminated, characterized - in that the software package comprises the test program; and; - in that the parameter setting is performed by way of the external digital information. - the validity of the first digital signature is checked by the technical system; - if the first digital signature is valid, the software package is installed on the technical system and, in the course of the installation, a test program checks whether a number of rules that are stored at least in part in the test program are complied with by external digital information that originates from outside the software package; - if a number of conditions, comprising the external digital information complying with the number of rules, are present, a parameter setting is performed in the technical system and otherwise the method is terminated, - in that the software package comprises the test program; and; - in that the parameter setting is performed by way of the external digital information.
A method for the manufacture of a pharmaceutically acceptable composition comprising an oil-in-water emulsion, the method comprising the step of (i) combining the first emulsion's components in a mixing vessel; (ii) formation of a first emulsion having a first average oil droplet size using a rotor-stator homogenizer, wherein the first emulsion is formed by a type II circulation of transferring the first emulsion components from a first container to a second container through a homogenizer, and then returning them from the second container to the first container through the same homogenizer, wherein substantially all of the emulsion components from the first container are passed through the homogenizer into the second container, and then substantially all of the emulsion components from the second container are passed through the homogenizer back into the first container.
A mobile device comprising: a memory; and a processor coupled to the memory, the processor arranged to: to monitor physical conditions and device actions of the mobile device; and if a call or a data transmission is requested, to compare the monitored physical conditions and the monitored device actions to an anomaly threshold value in an anomaly handling process, and to select weighting factors for the monitored physical conditions and monitored device actions in the anomaly handling process to determine if the anomaly threshold value is exceeded, and to execute an anomaly exception routine if the anomaly threshold value is exceeded indicating that the call or data transmission is being performed without approval by the user, wherein prior approvals of calls or data transmissions by a user after the anomaly threshold has been exceeded and the anomaly exception routine has been executed increases the weighting factors for the monitored physical conditions and the monitored device actions in the anomaly handling process. a memory; and a processor coupled to the memory, the processor arranged to: to monitor physical conditions and device actions of the mobile device; and if a call or a data transmission is requested, to compare the monitored physical conditions and the monitored device actions to an anomaly threshold value in an anomaly handling process, and to select weighting factors for the monitored physical conditions and monitored device actions in the anomaly handling process to determine if the anomaly threshold value is exceeded, and to execute an anomaly exception routine if the anomaly threshold value is exceeded indicating that the call or data transmission is being performed without approval by the user, wherein prior approvals of calls or data transmissions by a user after the anomaly threshold has been exceeded and the anomaly exception routine has been executed increases the weighting factors for the monitored physical conditions and the monitored device actions in the anomaly handling process. to monitor physical conditions and device actions of the mobile device; and if a call or a data transmission is requested, to compare the monitored physical conditions and the monitored device actions to an anomaly threshold value in an anomaly handling process, and to select weighting factors for the monitored physical conditions and monitored device actions in the anomaly handling process to determine if the anomaly threshold value is exceeded, and to execute an anomaly exception routine if the anomaly threshold value is exceeded indicating that the call or data transmission is being performed without approval by the user, wherein prior approvals of calls or data transmissions by a user after the anomaly threshold has been exceeded and the anomaly exception routine has been executed increases the weighting factors for the monitored physical conditions and the monitored device actions in the anomaly handling process.
An image forming apparatus configured to support a near field communication function, the image forming apparatus comprising: an NFC module adapted to receive address book information stored in a user terminal by tagging the user terminal having the NFC function; a control unit adapted to generate a quick menu in which at least one image forming function that is executable for a destination address based on the received address book information from among image forming functions supported by the image forming apparatus is listed, wherein the received address book information is used as the destination address and wherein the listed, executable image forming function corresponds to the destination address; and a user interface unit adapted to display the generated quick menu; wherein the control unit comprises: an address analyzing unit adapted to analyze types of addresses included in the received address book information; a list determining unit adapted to determine a list of image forming functions to be included in the quick menu by mapping each of the executable image forming functions according to the analyzed types of addresses; and a quick menu generating unit adapted to generate the quick menu based on the determined list of the image forming functions. an NFC module adapted to receive address book information stored in a user terminal by tagging the user terminal having the NFC function; a control unit adapted to generate a quick menu in which at least one image forming function that is executable for a destination address based on the received address book information from among image forming functions supported by the image forming apparatus is listed, wherein the received address book information is used as the destination address and wherein the listed, executable image forming function corresponds to the destination address; and a user interface unit adapted to display the generated quick menu; wherein the control unit comprises: an address analyzing unit adapted to analyze types of addresses included in the received address book information; a list determining unit adapted to determine a list of image forming functions to be included in the quick menu by mapping each of the executable image forming functions according to the analyzed types of addresses; and a quick menu generating unit adapted to generate the quick menu based on the determined list of the image forming functions. an address analyzing unit adapted to analyze types of addresses included in the received address book information; a list determining unit adapted to determine a list of image forming functions to be included in the quick menu by mapping each of the executable image forming functions according to the analyzed types of addresses; and a quick menu generating unit adapted to generate the quick menu based on the determined list of the image forming functions.