mhurhangee/ep-ind-claims huggingface dataset:
Method to control feeding a yarn from a yarn feeder to a textile machine, wherein the yarn is delivered from a yarn delivering wheel of the yarn feeder which is driven by driving means, wherein a yarn tension is measured by a yarn tension sensor which is arranged between the yarn delivering wheel and the textile machine, wherein the yarn tension is controlled by a control device controlling the driving means depending on the measured tension and a reference tension, and wherein the determination of a new value T of zero offset is executed in a stop situation at the beginning of a start-up procedure, characterized in that, a new value T of a zero offset of the yarn tension is determined by a resetting unit wherein the yarn is present at the yarn tension sensor, wherein at first, a potential new value T* of the zero offset is determined and then, the potential new value T* is verified as new value T of the zero offset by analysing the values T of the measured tension during slowly moving back the yarn delivering wheel. wherein the yarn is delivered from a yarn delivering wheel of the yarn feeder which is driven by driving means, wherein a yarn tension is measured by a yarn tension sensor which is arranged between the yarn delivering wheel and the textile machine, wherein the yarn tension is controlled by a control device controlling the driving means depending on the measured tension and a reference tension, and wherein the determination of a new value T of zero offset is executed in a stop situation at the beginning of a start-up procedure, characterized in that, a new value T of a zero offset of the yarn tension is determined by a resetting unit wherein the yarn is present at the yarn tension sensor, wherein at first, a potential new value T* of the zero offset is determined and then, the potential new value T* is verified as new value T of the zero offset by analysing the values T of the measured tension during slowly moving back the yarn delivering wheel.
A branded electronic device for promoting an interest of an entity, comprising: a communication circuit (20, 26) configured to establish a communication over a wireless network; and a messaging circuit operative to create messages for transmission to other devices via said communication circuit (20, 26), said messaging circuit configured to automatically include into a user-composed message multimedia data that corresponds to the entity, said messaging circuit configured to include the multimedia data prior to transmission of the user-composed message from the electronic device, characterized in that said messaging circuit, which is adapted to provide a template, is configured to inhibit a user from at least one of altering the template or selecting a different template, the messaging circuit is configured to embed the multimedia data into the template, wherein said messaging circuit is configured to use said template as a starting point for the user-composed message. a communication circuit (20, 26) configured to establish a communication over a wireless network; and a messaging circuit operative to create messages for transmission to other devices via said communication circuit (20, 26), said messaging circuit configured to automatically include into a user-composed message multimedia data that corresponds to the entity, said messaging circuit configured to include the multimedia data prior to transmission of the user-composed message from the electronic device, said messaging circuit, which is adapted to provide a template, is configured to inhibit a user from at least one of altering the template or selecting a different template, the messaging circuit is configured to embed the multimedia data into the template, wherein said messaging circuit is configured to use said template as a starting point for the user-composed message.
A modular control system, namely a programmable logic controller, comprising a plurality of control modules (3, 4, 5) suitable for mounting on a mounting rail, in particular a cap rail, wherein the control modules (3, 4, 5) are connected to one another via a bus system and have connecting elements for connecting external array elements, wherein the control modules (3, 4, 5) each have a base body (3a, 4a, 5a) that can be mounted on the mounting rail and a support body (3b, 4b, 5b) that is detachably mounted on the base body (3a, 4a, 5a), wherein the base body (3a, 4a, 5a) of each control module (3, 4, 5) has a connection for the power supply of the control module (3, 4, 5), at least one bus system connection for connecting the control module (3, 4, 5) to the bus system, and at least one connecting element for an array element, and wherein the support body (3b, 4b, 5b) of each control module (3, 4, 5) includes the control electronics of the respective control module (3, 4, 5), characterized in that the base body (3a, 4a, 4b) of each control module (3, 4, 5) has a magnetic switch and a magnetic element which are arranged in such a manner that the magnetic switch of a first control module (3, 4, 5) cooperates with the magnetic element of a control module (3, 4, 5) adjacently mounted on the mounting rail, wherein the magnetic switch, in the event of the absence of a base body (3a, 4a, 5a) of an adjacent control module (3, 4, 5), terminates the bus system by connecting at least one terminating resistor, and in the event of the presence of a base body (3a, 4a, 5a) of an adjacent control module (3, 4, 5), allows a connection of the adjacent control module (3, 4, 5) to the bus system.
An engine apparatus comprising an exhaust gas purifier configured to purify exhaust gas from an engine and mounted on the engine with a longitudinal direction of the exhaust gas purifier being orthogonal to an output shaft of the engine, wherein a cooling fan is disposed on one side surface of the engine that intersects the output shaft, the exhaust gas purifier is supported by a cylinder head at a portion on an upper surface of the engine that is close to the cooling fan, and the exhaust gas purifier is located between a head cover on the cylinder head and the cooling fan, characterized in that an electric wiring connector for a detection member with respect to the exhaust gas purifier is disposed on an outer peripheral portion of the exhaust gas purifier that is on a side opposite a side of the cooling fan.
A method for fabricating a crystalline semiconductor photovoltaic cell (100, 200), the method comprising: depositing a dielectric layer (12, 34) at first predetermined locations on a surface of a semiconductor substrate (10, 30), wherein the dielectric layer (12, 34) comprises silicon oxide, silicon nitride, silicon carbide, oxynitride or titanium oxide; and afterwards growing a doped epitaxial layer (13, 33) at second predetermined locations on a surface of the semiconductor substrate (10, 30) the second predetermined locations being different from and non-overlapping with the first predetermined locations, wherein the dielectric layer (12, 34) remains on the surface of the semiconductor substrate during fabrication of the photovoltaic cell (100, 200) and is maintained as a surface passivation layer of the crystalline semiconductor photovoltaic cell (100, 200), characterized in that growing the doped epitaxial layer (13, 33) is done at a temperature in the range between 600°C and 1000°C; growing the doped epitaxial layer (13, 33) thereby improves a surface passivation quality of the dielectric layer (12, 34); and first predetermined locations and second predetermined locations are present on opposite surfaces of the semiconductor substrate (10, 30). depositing a dielectric layer (12, 34) at first predetermined locations on a surface of a semiconductor substrate (10, 30), wherein the dielectric layer (12, 34) comprises silicon oxide, silicon nitride, silicon carbide, oxynitride or titanium oxide; and afterwards growing a doped epitaxial layer (13, 33) at second predetermined locations on a surface of the semiconductor substrate (10, 30) the second predetermined locations being different from and non-overlapping with the first predetermined locations,
A compound selected from a group consisting of the compounds represented by the following structures: or a pharmaceutically acceptable salt, a hydrate or a solvate thereof.
Haymaking machine, in particular rake with at least one raking gyro, which comprises: - a rotor housing, - several tine arms rotating around a rotor axis with rake tines, - a curved track in the rotor housing, via which a pivot angle (α) of the rake tines about the longitudinal axis of the respective tine arm can be controlled depending on the circumferential position of the tine arm, characterized in that t he closed curved track can be adjusted in height within the rotor housing, and a motor or hydraulic cylinder is provided for adjusting the height of the curved track such that the height of the curved track can be adjusted during operation of the haymaking machine. - a rotor housing, - several tine arms rotating around a rotor axis with rake tines, - a curved track in the rotor housing, via which a pivot angle (α) of the rake tines about the longitudinal axis of the respective tine arm can be controlled depending on the circumferential position of the tine arm,
A backup management method, comprising: receiving a backup protocol entered by a user, the backup protocol comprising information of a backup target machine and information of a backup medium, the backup target machine corresponding to a machine where source data of data to be backed up is located, and the backup medium corresponding to a dynamically expandable storage system; generating a backup task based on the backup protocol; and sending the backup task to a backup client provided on the backup target machine so as to cause the backup client to execute the backup task, wherein the backup protocol further comprises a backup data path, a backup matching rule and a backup cycle, and wherein the backup data path corresponds to a location of the source data on the backup target machine, the backup matching rule corresponds to a regular expression for screening the source data to generate the data to be backed up, and the backup cycle corresponds to a frequency at which the backup task is executed, wherein said regular expression describes a pattern for string matching. receiving a backup protocol entered by a user, the backup protocol comprising information of a backup target machine and information of a backup medium, the backup target machine corresponding to a machine where source data of data to be backed up is located, and the backup medium corresponding to a dynamically expandable storage system; generating a backup task based on the backup protocol; and sending the backup task to a backup client provided on the backup target machine so as to cause the backup client to execute the backup task, wherein the backup protocol further comprises a backup data path, a backup matching rule and a backup cycle, and wherein the backup data path corresponds to a location of the source data on the backup target machine, the backup matching rule corresponds to a regular expression for screening the source data to generate the data to be backed up, and the backup cycle corresponds to a frequency at which the backup task is executed, wherein said regular expression describes a pattern for string matching.
A method for real-time calibration of a plurality of linear glucose sensors for measuring the levels of glucose in a body of a user, each of said sensors including physical sensor electronics, a microcontroller, and a working electrode, the method comprising, for each specific sensor: measuring, by said physical sensor electronics, the electrode current (Isig) for the working electrode; obtaining a plurality of blood glucose values for said user, wherein said BG values include noise; applying, by said microcontroller, an unscented Kalman filter to said plurality of BG values and determining an estimated calibration factor value based on said Isig and BG values wherein said estimated CF value is further determined based on an offset value that correlates said Isig, BG, and CF values; calculating, by said microcontroller, a calibrated sensor glucose value associated with said Isig based on said estimated CF value; and characterized in that the method further comprises: repeating the above method for another of said plurality of linear glucose sensors wherein the offset value is not changed. measuring, by said physical sensor electronics, the electrode current (Isig) for the working electrode; obtaining a plurality of blood glucose values for said user, wherein said BG values include noise; applying, by said microcontroller, an unscented Kalman filter to said plurality of BG values and determining an estimated calibration factor value based on said Isig and BG values wherein said estimated CF value is further determined based on an offset value that correlates said Isig, BG, and CF values; calculating, by said microcontroller, a calibrated sensor glucose value associated with said Isig based on said estimated CF value; and characterized in that the method further comprises: repeating the above method for another of said plurality of linear glucose sensors wherein the offset value is not changed.
A method for the automatic control of a heating system for the seat of a vehicle, wherein the method comprises the steps of learning the management of the heating system resulting from a manual operation of a user, i) training an algorithm based on the at least one manual operation of the heating system by the user, ii) completing the training of the algorithm based on a plurality of manual operations performed by the user, iii) automatically controlling the seat heating system, characterized in that the step i) comprises determining a plurality of measurements, wherein each measurement comprises an activation temperature and an operating time, wherein the activation temperature is the temperature determined if the heating system is activated manually, by means of a sensor disposed in the heating element of the heating system, and wherein the operating time is the time interval from the activation of the heating system to the determination of another manual instruction, the step ii) comprises generating a function based on the plurality of measurements determined, wherein the function obtained if completing step ii) enables the calculation of an estimated time, wherein the estimated time is equivalent to the time of automatic activation of the heating system, wherein the estimated time is based on an initial temperature and on the function generated, wherein the initial temperature is the temperature determined by the sensor at the moment of the automatic activation of the heating system, and wherein the step iii) comprises automatically controlling the seat heating system, based on the function generated. i) training an algorithm based on the at least one manual operation of the heating system by the user, ii) completing the training of the algorithm based on a plurality of manual operations performed by the user, iii) automatically controlling the seat heating system,
Pump group for a cooling circuit of a vehicle, comprising an impeller rotating around an axis (X-X) and an electric motor having a stator and a rotor operatively connected to the impeller for driving it in rotation, wherein the pump group comprises a pump structure extending along the axis (X-X) to contain the impeller and the electric motor, wherein the pump structure comprises: - a main body defining internally a motor chamber adapted to house the electric motor, wherein the main body extends along the axis (X-X) having axially a first side and a second side; - an impeller body suitable to engage the main body on its first side, wherein the impeller body comprises a first half-shell and a second half-shell defining an impeller chamber wherein the impeller is housed, wherein the second half-shell comprises a tubular element extending along the axis (X-X) from the first side to the second side, dividing the motor chamber into a stator chamber and a rotor chamber; - a fixing element adapted to axially lock the main body and the impeller body; wherein the pump group is characterized by the fact that the fixing element is insertable radially into the impeller body and into the main body, engaging the latter by snap. - a main body defining internally a motor chamber adapted to house the electric motor, wherein the main body extends along the axis (X-X) having axially a first side and a second side; - an impeller body suitable to engage the main body on its first side, wherein the impeller body comprises a first half-shell and a second half-shell defining an impeller chamber wherein the impeller is housed, wherein the second half-shell comprises a tubular element extending along the axis (X-X) from the first side to the second side, dividing the motor chamber into a stator chamber and a rotor chamber; - a fixing element adapted to axially lock the main body and the impeller body; wherein the pump group is characterized by the fact that the fixing element is insertable radially into the impeller body and into the main body, engaging the latter by snap.
A withdrawal system for a towel dispenser, said withdrawal system comprising a withdrawal device and a fastening frame cooperating with said withdrawal device, wherein - the withdrawal device comprises a withdrawal element and a lid obturating the withdrawal element, said lid being hingedly attached to the withdrawal element, - the fastening frame has a second withdrawal opening through which the towels may be passed, - the withdrawal element has a bottom and an outer wall arranged perpendicularly with respect to the bottom, said bottom being provided, within the outer wall, with a first withdrawal opening through which the towels may be withdrawn from the towel dispenser, - the withdrawal device may be releasably fastened to the fastening frame by means of a two-part fastening system (12, 22), a first part of the fastening system being arranged on the withdrawal device and a second part of the fastening system being arranged on the fastening frame, and - the fastening frame is adapted to be fastened to a receptacle designed for receiving the towels, characterised in that the second withdrawal opening of the fastening frame has a closing flap disposed therein which forms a tamper-evident closure, said closing flap being connected with the fastening frame via a predetermined breaking line extending along the edge of the second withdrawal opening. - the withdrawal device comprises a withdrawal element and a lid obturating the withdrawal element, said lid being hingedly attached to the withdrawal element, - the fastening frame has a second withdrawal opening through which the towels may be passed, - the withdrawal element has a bottom and an outer wall arranged perpendicularly with respect to the bottom, said bottom being provided, within the outer wall, with a first withdrawal opening through which the towels may be withdrawn from the towel dispenser, - the withdrawal device may be releasably fastened to the fastening frame by means of a two-part fastening system (12, 22), a first part of the fastening system being arranged on the withdrawal device and a second part of the fastening system being arranged on the fastening frame, and - the fastening frame is adapted to be fastened to a receptacle designed for receiving the towels,
A pharmaceutical composition comprising cellulose obtained from algae, or a derivative of said cellulose, and an active pharmaceutical ingredient, wherein at least about 90% by weight of the active pharmaceutical ingredient is in an amorphous form, wherein the active pharmaceutical ingredient is: (i) a molecule which contains at least one aromatic ring or a polycondensed cyclic structure; (ii) a solid under ambient conditions; and (iii) a Type 2 or 4 BCS active pharmaceutical ingredient; and wherein said derivative of cellulose obtained from algae is cellulose that has been chemically modified by way of a surface limited reaction involving primary and secondary alcohols. (i) a molecule which contains at least one aromatic ring or a polycondensed cyclic structure; (ii) a solid under ambient conditions; and (iii) a Type 2 or 4 BCS active pharmaceutical ingredient;
An industrial truck with a lifting frame, on which a load-bearing means with two fork arms is guided in a height-adjustable manner, a sensor arranged on the load-bearing means for capturing the spatial surroundings and an evaluation unit, which is designed to determine a storage position from the data captured by the sensor to support a warehousing process, characterized in that the sensor comprises a time-of-flight camera system with a light source, a light sensor, which comprises a plurality of image points arranged in a matrix-like manner, and a light inlet opening, wherein at least the light inlet opening is arranged in the area of a tip of one of the fork arms and the industrial truck has a display unit, which is connected with the evaluation unit and is designed to display the following instructions to an operator depending on a current position of the load-bearing means in relation to a captured storage position: rotate the load-bearing means to the left or right around a vertical axis, wherein the evaluation unit is designed to determine based on a front edge of the storage position captured by the time-of-flight camera system whether a longitudinal direction of the load-bearing means has an angle with respect to the edge deviating by 90°.
Method for adjusting a driving mode of a motor vehicle which is driven by at least one electric engine, wherein several stages of a recuperation mode and a coasting mode are provided for the driving mode, wherein a first operating stage or a second operating stage is carried out with an operating element (12, 12b), wherein a stage of the recuperation mode is raised when the first operating stage is carried out respectively once using the operating element (12, 12b), wherein a higher stage of the recuperation mode, which is higher than a lowest stage of the recuperation mode, is set by carrying out several times the first operating stage using the operating element (12, 12b), characterized in that, when the second operating stage is carried out using the operating element (12, 12b) starting from the set higher stage of the recuperation mode, the coasting mode is directly set, wherein the operating element has only one selection switch, with which a first movement, connected to the first operating stage, and a second movement, connected with the second operating stage, are carried out, wherein the higher stage for the recuperation mode is selected and set when the first movement is carried out several times, and wherein the coasting mode is selected and set when the second movement is carried out only once.
A method for determining the point in a random transverse plane of a spool where the film releases from the spool during unwinding of film from this spool, wherein the method is characterized in that a wave is emitted radially toward the axis of the spool and is either incident upon film present on the spool or incident upon film which has released from the spool and wherein at least a fraction of the reflected wave is picked up when, and only when, this reflected wave evolves radially away from the axis of the spool.