mhurhangee/ep-ind-claims huggingface dataset:
Spring-loaded drive for a high-voltage power switch, comprising at least one spring and comprising at least one tensioning motor for the at least one spring, wherein at least one rectifier circuit is included which is formed by precisely one diode which is connected in series with the tensioning motor, characterized in that the diode is included in a bridge rectifier, in the form of a Graetz circuit, wherein precisely one diode of the bridge rectifier is connected electrically in series with the tensioning motor in such a way that, in the case of AC voltage, a half-wave of the AC voltage is applied to the tensioning motor by means of the diode in the forward direction and the tensioning motor can be driven by the half-wave, and wherein three diodes of the bridge rectifier are each connected in series with one another, in parallel with the one diode in series with the tensioning motor, and the three diodes are interconnected in such a way that no current flows across the three diodes.
A lid device for a blender having a jug, the lid comprising: an outer part with a sidewall having a circumferential seal; the outer part having a juice collecting trough, the trough having a gateway through which juice can flow downwardly out of the lid; a juicing auger located within the sidewall and above the trough, the auger having around it a perforated juicing floor; the auger being rotatable relative to the trough and having below it a tab that covers the gateway in a first auger orientation and uncovers the gateway in a second auger orientation; and a cylindrical throat is located radially inward of the trough, characterized in that the gateway is formed through the outer part in the area of the throat and trough. an outer part with a sidewall having a circumferential seal; the outer part having a juice collecting trough, the trough having a gateway through which juice can flow downwardly out of the lid; a juicing auger located within the sidewall and above the trough, the auger having around it a perforated juicing floor; the auger being rotatable relative to the trough and having below it a tab that covers the gateway in a first auger orientation and uncovers the gateway in a second auger orientation; and a cylindrical throat is located radially inward of the trough, characterized in that the gateway is formed through the outer part in the area of the throat and trough.
An oral hygiene instrument comprising: a handle member; a base member, the base member receiving the handle member to place therein; a handle engaging portion, the handle engaging portion being provided on the handle member; a plurality of hygiene pieces, the hygiene pieces being each provided with a mutual engaging section that allows the hygiene piece to be set in engagement with and mounted to the handle engaging portion through the mutual engaging section; and a plurality of placing sections, the placing sections being defined in the base member to receive the hygiene pieces to be positioned therein, characterized in that the hygiene pieces include a first rod, a plurality of holed sections, and a plurality of detaching sections, the holed sections being formed on the first rod, the detaching sections being formed in a sidewall of the holed sections; the hygiene pieces are provided with at least one floss fixing assisting section (45b, 45c); and the base member comprises a weight element, a circular curved section, and at least one base engaging section, the circular curved section being formed on one side of the weight element, the base engaging section being formed on one side of the weight element that is opposite to the circular curved section, the base engaging section engageable and combinable with an end of the handle member. a handle member; a base member, the base member receiving the handle member to place therein; a handle engaging portion, the handle engaging portion being provided on the handle member; a plurality of hygiene pieces, the hygiene pieces being each provided with a mutual engaging section that allows the hygiene piece to be set in engagement with and mounted to the handle engaging portion through the mutual engaging section; and a plurality of placing sections, the placing sections being defined in the base member to receive the hygiene pieces to be positioned therein, characterized in that the hygiene pieces include a first rod, a plurality of holed sections, and a plurality of detaching sections, the holed sections being formed on the first rod, the detaching sections being formed in a sidewall of the holed sections; the hygiene pieces are provided with at least one floss fixing assisting section (45b, 45c); and the base member comprises a weight element, a circular curved section, and at least one base engaging section, the circular curved section being formed on one side of the weight element, the base engaging section being formed on one side of the weight element that is opposite to the circular curved section, the base engaging section engageable and combinable with an end of the handle member.
A paper cup comprising barrier paper, the paper cup having a bottom portion and a body portion which are formed of the barrier paper, the barrier paper including at least a paper base material, a reinforcing layer containing cellulose nanofibers which is formed on the paper base material, and a sealant layer formed on the reinforcing layer, wherein after the paper cup is caused to free-fall 5 times towards a concrete floor surface from a height of 1 m with the bottom portion being disposed downward, the paper cup has a buckling strength of 350 N or more, measured as stated in the description in a case of being sandwiched between two parallel plate surfaces and compressed in a height direction of the body portion, and has a lateral pressing strength of 4 N or more, measured as stated in the description in a case where the body portion is pressed by 10 mm at a 2/3 height, from a bottom, of the entire height of the paper cup, and a coating amount of the reinforcing layer is 0.5 g/m 2 to 3.0 g/m 2 in terms of dry mass. wherein after the paper cup is caused to free-fall 5 times towards a concrete floor surface from a height of 1 m with the bottom portion being disposed downward, the paper cup has a buckling strength of 350 N or more, measured as stated in the description in a case of being sandwiched between two parallel plate surfaces and compressed in a height direction of the body portion, and has a lateral pressing strength of 4 N or more, measured as stated in the description in a case where the body portion is pressed by 10 mm at a 2/3 height, from a bottom, of the entire height of the paper cup, and a coating amount of the reinforcing layer is 0.5 g/m 2 to 3.0 g/m 2 in terms of dry mass.
An apparatus configured to execute a function in an electronic device, the apparatus comprising: a display unit configured to display a home screen in a first area (203, 509) of an entire screen; and a controller configured to activate the first area and a second area of the entire screen if an event is generated while a cover is operatively coupled with the electronic device and covering the second area, to determine whether a gesture is input to the second area through the cover operatively coupled with the electronic device and covering the second area, and to execute an application corresponding to the gesture if the gesture has been input to the second area, and display an execution screen of the executed application in the first area, wherein the event includes an event in which predetermined data is received from an external device. a display unit configured to display a home screen in a first area (203, 509) of an entire screen; and a controller configured to activate the first area and a second area of the entire screen if an event is generated while a cover is operatively coupled with the electronic device and covering the second area, to determine whether a gesture is input to the second area through the cover operatively coupled with the electronic device and covering the second area, and to execute an application corresponding to the gesture if the gesture has been input to the second area, and display an execution screen of the executed application in the first area, wherein the event includes an event in which predetermined data is received from an external device.
A machine for forming lipsticks in deformable molds, comprising a movable table for supporting the deformable molds and a cooling unit where the movable table conveys the molds to cool them, wherein the cooling unit provides a conduit for supplying a cooling fluid and a compartment facing the molds having a shaped baffle forming an at least partial interface with the conduit, the shaped baffle having a plurality of openings adapted to convey the cooling fluid directly onto a side wall of the molds when at least one side wall of a mold is facing said opening, characterized in that each opening has a length which is comparable with the axial length of the mold and in that each opening conveys the cooling fluid on the mold facing the opening only in a radial direction with respect to the longitudinal axis of the mold, so that the cooling fluid acting against the bottom part of the mold has the same temperature of the one acting against the top part of the mold.
A method of dispensing a plurality of treating compositions into a multistage automatic washing machine comprising operating a device in the machine, the device comprising at least two chambers, each chamber containing a treating composition, wherein the chambers are activated in response to input from a sensor, characterized in that the device has an associated reservoir for collection of wash liquor; wherein the sensor is disposed within the reservoir and the reservoir fills in accordance with the following formula: V i − min − V o − min / C av > H Where: V o -min = Volume of water lost per minute (mm 3) V i -min = Volume of water collected per minute (mm 3) C av = average cross sectional area of the reservoir (mm 2) H = Height from base of the reservoir to top edge of sensor (mm). V o -min = Volume of water lost per minute (mm 3) V i -min = Volume of water collected per minute (mm 3) C av = average cross sectional area of the reservoir (mm 2) H = Height from base of the reservoir to top edge of sensor (mm).
A fuel cell, comprising at least a cell with an active area and a manifold area, a top end plate, a bottom end plate, a top cover and compression means, wherein said top end plate comprises a first top end plate and a second top end plate, characterized in that a compression force on the manifold area and around the active area is achieved by dedicated springs (26, 27) on said first top end plate.
An article comprising: a substrate having a first major surface, the substrate comprising a nonwoven material, a woven material, or a foam; a plurality of microcapsules comprising an outer surface and a plasticizer encapsulated in the microcapsules, the plurality of microcapsules attached to the first major surface of the substrate with a polymeric material, wherein a ratio of the average diameter of the plurality of microcapsules to the average coating thickness of the polymeric material on the substrate is in the range of from 1.3 to 10. a substrate having a first major surface, the substrate comprising a nonwoven material, a woven material, or a foam; a plurality of microcapsules comprising an outer surface and a plasticizer encapsulated in the microcapsules, the plurality of microcapsules attached to the first major surface of the substrate with a polymeric material, wherein a ratio of the average diameter of the plurality of microcapsules to the average coating thickness of the polymeric material on the substrate is in the range of from 1.3 to 10.
A system for communication of information comprising a medical implant for implantation in a patient's body, and an external communication unit arranged outside the patient's body, the information being communicated between the medical implant, when implanted in the patient's body, and the external communication unit, wherein - the external communication unit has a part adapted to be in contact with or be placed in a close vicinity of the patient's body when in use, - the medical implant is connected to or comprises an internal communication unit, and - the external communication unit and the internal communication unit communicate with each other using part of the patient's body as a communication path or as an electric signal line, - the communicated information is digitally represented as transitions of a signal, in particular as transitions between states or levels of a signal such as between two states or levels, or as variations of the derivative of a signal, - the communicating of information between the internal communication unit and the external communication unit comprises communicating using electrical signals, characterized in that and the communication path is established using capacitive coupling so that the communication system communicates using the capacitive coupling, wherein the internal communication unit comprises a communication transceiver comprising a part of a capacitive energy storage, and wherein the communicating of information using the capacitive coupling includes that an electrical current is injected into or is drawn from the capacitive energy storage, wherein the external communication unit comprises a communication transceiver comprising a part of a capacitive energy storage, and wherein the communicating of information using the capacitive coupling includes that an electrical current is injected into or is drawn from the capacitive energy storage and, wherein the communicated information is represented by variations of a derivative of the voltage over the capacitive energy storage. - the external communication unit has a part adapted to be in contact with or be placed in a close vicinity of the patient's body when in use, - the medical implant is connected to or comprises an internal communication unit, and - the external communication unit and the internal communication unit communicate with each other using part of the patient's body as a communication path or as an electric signal line, - the communicated information is digitally represented as transitions of a signal, in particular as transitions between states or levels of a signal such as between two states or levels, or as variations of the derivative of a signal, - the communicating of information between the internal communication unit and the external communication unit comprises communicating using electrical signals,
A method for authenticating a person vis-à-vis a server instance, wherein to the person a portable data carrier is allocated and the data carrier is arranged in spatially removed manner from the server instance, with the method steps of: - sending an authentication request from the server instance; - sending several different first checksums to the server instance as a digital certificate from the data carrier to the server instance, wherein the first checksums are computed from different data sets identifying the person; - receiving input data sets in the server instance, wherein the person inputs only those data sets which are to be employed for authenticating the person; - computing respective checksums in the server instance from the input data sets; - comparing the respective first checksums with the respective second checksums in the server instance and - authenticating the person by the server instance if a predetermined number of comparisons yields that the respective first checksums and the respective second checksums are equal. - sending an authentication request from the server instance; - sending several different first checksums to the server instance as a digital certificate from the data carrier to the server instance, wherein the first checksums are computed from different data sets identifying the person; - receiving input data sets in the server instance, wherein the person inputs only those data sets which are to be employed for authenticating the person; - computing respective checksums in the server instance from the input data sets; - comparing the respective first checksums with the respective second checksums in the server instance and - authenticating the person by the server instance if a predetermined number of comparisons yields that the respective first checksums and the respective second checksums are equal.
Device in a filling machine, said filling machine comprising a filling pipe for supplying liquid food to the tube of packaging material, a pipe for supplying pressurized sterile air to the tube of packaging material, and a gasket for sealing against the tube of packaging material and any pipes inside the tube, for creating an overpressure in said tube, the device comprising a first pressure gauge for measuring a first pressure ( p 1) inside the pipe at a location upstream from the tube, means (22, 23; 28) for determining an air mass flow ( m f) in said pipe, and a control unit for receiving the measured parameters ( p 1, m f), said control unit being adapted to calculate the pressure ( p t) in said tube based on the air mass flow ( m f) and the first pressure ( p 1), according to a first pre-established relationship.
A computer-implemented method for processing an audio signal, the method comprising: decoding an encoded signal corresponding to the audio signal to produce a decoded signal having an energy spectrum of a shape including an energy depression; performing filter processing on the decoded signal, the filter processing separating the decoded signal into low-frequency range band signals by a QMF analysis filter; computing an average energy of a plurality of the low-frequency range band signals; computing a ratio for a selected one of the low-frequency range band signals by computing a ratio of the average energy of the plurality of low-frequency range band signals to an energy for the selected low-frequency range band signal; multiplying the selected low-frequency range band signal by the computed ratio for smoothing the energy depression of the low-frequency range band signals; performing a frequency shift on the smoothed low-frequency range band signals, the frequency shift generating high-frequency range band signals from the low-frequency range band signals; combining the low-frequency range band signals and the high-frequency range band signals to generate an output signal by a QMF synthesis filter; and outputting the output signal. decoding an encoded signal corresponding to the audio signal to produce a decoded signal having an energy spectrum of a shape including an energy depression; performing filter processing on the decoded signal, the filter processing separating the decoded signal into low-frequency range band signals by a QMF analysis filter; computing an average energy of a plurality of the low-frequency range band signals; computing a ratio for a selected one of the low-frequency range band signals by computing a ratio of the average energy of the plurality of low-frequency range band signals to an energy for the selected low-frequency range band signal; multiplying the selected low-frequency range band signal by the computed ratio for smoothing the energy depression of the low-frequency range band signals; performing a frequency shift on the smoothed low-frequency range band signals, the frequency shift generating high-frequency range band signals from the low-frequency range band signals; combining the low-frequency range band signals and the high-frequency range band signals to generate an output signal by a QMF synthesis filter; and outputting the output signal.
A computer-implemented method for modelling a sequence in the earth in a model, the sequence defined by an upper sequence boundary and a lower sequence boundary and further including sub-sequences (A, B, C), where at least one of the boundaries (410,415) includes an unconformity (420,425), characterized by: creating a restored space corresponding to the sequence by reconstructing a portion (605, 610, 705, 710) of the sequence that is missing because of the unconformity (420,425), the sequence in restored space having a restored top boundary (615,715) having a position, a restored base boundary (620,720) having a position and restored sub-sequences; performing stratigraphic layering by dividing each restored sub-sequence into sub-sub-sequences within the restored space sequence and adding new boundaries between sub-sub-sequences, using as guides the positions of the restored top boundary (615,715) and the restored base boundary (620,720) of the sequence in restored space; and transforming the restored space sequence, including boundary representations corresponding to the new boundaries, to traditional area-depth space. creating a restored space corresponding to the sequence by reconstructing a portion (605, 610, 705, 710) of the sequence that is missing because of the unconformity (420,425), the sequence in restored space having a restored top boundary (615,715) having a position, a restored base boundary (620,720) having a position and restored sub-sequences; performing stratigraphic layering by dividing each restored sub-sequence into sub-sub-sequences within the restored space sequence and adding new boundaries between sub-sub-sequences, using as guides the positions of the restored top boundary (615,715) and the restored base boundary (620,720) of the sequence in restored space; and transforming the restored space sequence, including boundary representations corresponding to the new boundaries, to traditional area-depth space.
A suspension leaf spring obtained by using a steel for a leaf spring with high fatigue strength, the steel consisting of, in mass percentage: C: 0.40 to 0.54%, Si: 0.40 to 0.90%, Mn: 0.40 to 1.20%, Cr: 0.70 to 1.50%, Ti: 0.070 to 0.150%, B: 0.0005 to 0.0050%, and N: 0.0100% or less, optionally at least one of Cu: 0.20 to 0.50%, Ni: 0.20 to 1.00%, V: 0.05 to 0.30%, and Nb: 0.01 to 0.30%, the balance being Fe and unavoidable impurities, wherein a Ti content and a N content satisfy a relation of Ti/N≥10, and wherein the suspension leaf spring has a Vickers hardness of at least 510 and a tempered martensite structure. C: 0.40 to 0.54%, Si: 0.40 to 0.90%, Mn: 0.40 to 1.20%, Cr: 0.70 to 1.50%, Ti: 0.070 to 0.150%, B: 0.0005 to 0.0050%, and N: 0.0100% or less, optionally at least one of Cu: 0.20 to 0.50%, Ni: 0.20 to 1.00%, V: 0.05 to 0.30%, and Nb: 0.01 to 0.30%, the balance being Fe and unavoidable impurities, wherein a Ti content and a N content satisfy a relation of Ti/N≥10, and wherein the suspension leaf spring has a Vickers hardness of at least 510 and a tempered martensite structure.