mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless access communications access point equipment , arranged to identify a location requiring improved wireless coverage and to move to that location, having a scanning system for detecting transmissions from one or more other wireless communications access points , a processor for determining a direction in which quality of coverage from the other wireless communications access points deteriorates , a navigation system for directing movement in the direction of decreasing coverage, and a propulsion and steering system for moving the access point equipment under the control of the navigation system, the processor having provision to identify a location in which it is at a limit of coverage provided by the other wireless communications access points, and to initiate operation as an access point at the location so identified.
An apparatus for alleviating vulvodynia comprising: an application dispenser geometrically configured for confined delivery of space-filling foam comprising ingredients to alleviate vulvodynia, said apparatus comprising: an aerosol container comprising one or more input pipes from separate corresponding internal reservoirs of reactants to a single gating valve opening with a single switch; a vulvar cap , which surrounds a user's vulva without touching said vulva, with an underneath flap of very soft plastic operable to snap on or off with a hole that fits flush with said application dispenser which snaps into place behind said flap; and finger grooves so said apparatus can be held in place together with an actuator button for an aerosol operable to release topical medication. an application dispenser geometrically configured for confined delivery of space-filling foam comprising ingredients to alleviate vulvodynia, said apparatus comprising: an aerosol container comprising one or more input pipes from separate corresponding internal reservoirs of reactants to a single gating valve opening with a single switch; a vulvar cap , which surrounds a user's vulva without touching said vulva, with an underneath flap of very soft plastic operable to snap on or off with a hole that fits flush with said application dispenser which snaps into place behind said flap; and finger grooves so said apparatus can be held in place together with an actuator button for an aerosol operable to release topical medication.
Method for the authentication of a surrounding Web application (AWA) by a Web application that is to be embedded (AWB), wherein the surrounding first Web application (AWA) is executed in a browser (B) and the second Web application that is to be embedded (AWB) is provided for running in a separate execution and display area (IF) of the surrounding first Web application (AWA), wherein the surrounding first Web application (AWA) is provided by at least one first Web server (WSA) and the second Web application that is to be embedded (AWB) is provided by at least one second Web server (WSB), characterized in that the surrounding first Web application (AWA) is authenticated to the second Web application that is to be embedded (AWB), wherein first key material (SMA) allocated to the first Web application (AWA) is usable by the second Web server (WSB), wherein authentication messages are exchanged between the first Web server (WSA) and the second Web server (WSB) via the browser (B), and the second Web application (AWB) is activated only in the event of successful authentication or authorization.
A friction material, which comprises a binder, a friction adjusting material and a fiber base material, and does not contain a copper component, characterized in that the friction material comprises at least any one of aluminum and an Fe-Al intermetallic compound; alumina; chromite; and a steel fiber.
A method for chemical mechanical polishing, CMP, the method comprising: - placing a workpiece (210; 310, 312; 410, 412) in a container comprising a polishing slurry , and - applying a shear stress to the polishing slurry such that a jamming transition is generated at a portion of the polishing slurry that is located around the workpiece, wherein the shear stress is applied by moving the workpiece through the polishing slurry (210; 310, 312; 410, 412) and a variable confining stress is applied by a movable lid covering the container . - placing a workpiece (210; 310, 312; 410, 412) in a container comprising a polishing slurry , and - applying a shear stress to the polishing slurry such that a jamming transition is generated at a portion of the polishing slurry that is located around the workpiece,
A vibration wave actuator having a vibration member including an elastic member and an electro-mechanical energy transducer , and a contact member in contact with the vibration member , the contact member and the vibration member configured to move relative to each other in a relative movement direction, the vibration wave actuator comprising: a detected portion configured to move, together with the contact member , relative to the vibration member ; and a detection means configured to move, together with the vibration member , relative to the contact member to detect displacement information or position information for the detected portion , characterized in that : the vibration member has two projections provided side by side in a direction intersecting with the relative movement direction, wherein the contact member contacts the two projections , and wherein the detection means and the detected portion are located between the two projections in the direction intersecting with the relative movement direction. a detected portion configured to move, together with the contact member , relative to the vibration member ; and a detection means configured to move, together with the vibration member , relative to the contact member to detect displacement information or position information for the detected portion , characterized in that : the vibration member has two projections provided side by side in a direction intersecting with the relative movement direction, wherein the contact member contacts the two projections , and wherein the detection means and the detected portion are located between the two projections in the direction intersecting with the relative movement direction. the vibration member has two projections provided side by side in a direction intersecting with the relative movement direction, wherein the contact member contacts the two projections , and wherein the detection means and the detected portion are located between the two projections in the direction intersecting with the relative movement direction.
A method of reducing motion artifacts in ECG signals, comprising: acquiring a current beat from a continuously measured ECG signal of a patient; calculating a correlation coefficient between a previous mean value beat and the current beat in the ECG signal; comparing the correlation coefficient with a predetermined coefficient; determining weights to be assigned to the previous mean value beat and the current beat based on the correlation coefficient, wherein a larger weight is assigned to the previous mean value beat if the correlation coefficient is larger than the predetermined coefficient and a smaller weight is assigned to the previous mean value beat if the correlation coefficient is smaller than the predetermined coefficient; calculating a current mean value beat based on the previous mean value beat, the current beat, and the weights thereof; subtracting the current mean value beat from the current beat to obtain a residual signal; performing piecewise filtering on the residual signal based on signal characteristics of the ECG signal to obtain a filtered signal; and adding the filtered signal back to the current mean value beat to obtain a modified current beat. acquiring a current beat from a continuously measured ECG signal of a patient; calculating a correlation coefficient between a previous mean value beat and the current beat in the ECG signal; comparing the correlation coefficient with a predetermined coefficient; determining weights to be assigned to the previous mean value beat and the current beat based on the correlation coefficient, wherein a larger weight is assigned to the previous mean value beat if the correlation coefficient is larger than the predetermined coefficient and a smaller weight is assigned to the previous mean value beat if the correlation coefficient is smaller than the predetermined coefficient; calculating a current mean value beat based on the previous mean value beat, the current beat, and the weights thereof; subtracting the current mean value beat from the current beat to obtain a residual signal; performing piecewise filtering on the residual signal based on signal characteristics of the ECG signal to obtain a filtered signal; and adding the filtered signal back to the current mean value beat to obtain a modified current beat.
A method of laser-machining a workpiece , the method comprising: a carbon monoxide laser generating a beam of laser-radiation having a plurality of wavelength-components at discrete different wavelengths; and a single acousto-optic modulator, AOM, having a not-activated mode and an activated mode, wherein: in the not-activated mode, the single AOM transmitting the laser-radiation beam along a zero diffraction-order through the AOM to a beam-path through a plurality of optical elements, to reach and modify the workpiece ; and in the activated mode, the single AOM diffracting less than 100% of the power of the laser-radiation beam out of the beam-path, and the small percentage transmitted in the zero diffraction-order being kept so that the power reaching the workpiece is sufficiently low that no modification of the workpiece results. a carbon monoxide laser generating a beam of laser-radiation having a plurality of wavelength-components at discrete different wavelengths; and a single acousto-optic modulator, AOM, having a not-activated mode and an activated mode, wherein: in the not-activated mode, the single AOM transmitting the laser-radiation beam along a zero diffraction-order through the AOM to a beam-path through a plurality of optical elements, to reach and modify the workpiece ; and in the activated mode, the single AOM diffracting less than 100% of the power of the laser-radiation beam out of the beam-path, and the small percentage transmitted in the zero diffraction-order being kept so that the power reaching the workpiece is sufficiently low that no modification of the workpiece results. in the not-activated mode, the single AOM transmitting the laser-radiation beam along a zero diffraction-order through the AOM to a beam-path through a plurality of optical elements, to reach and modify the workpiece ; and in the activated mode, the single AOM diffracting less than 100% of the power of the laser-radiation beam out of the beam-path, and the small percentage transmitted in the zero diffraction-order being kept so that the power reaching the workpiece is sufficiently low that no modification of the workpiece results.
Helmet padding , wherein said helmet padding includes a cushioning body and a component of a coupling device configured to removably connect the cushioning body to a remaining helmet portion, wherein said component of the coupling device comprises either one of a sliding element and a sliding guide , wherein the sliding element includes a head and a stem , and said sliding guide comprises a seat with at least one insertion terminal mouth and a longitudinal opening , said longitudinal opening being configured to allow passage of the stem of the sliding element and insertion of the head of the sliding element itself via said insertion terminal mouth and prevent the head from coming out of said seat; wherein said coupling device includes, or is associated with, an impedance element or blocking device, adapted to prevent further relative sliding of the sliding element and the sliding guide ; wherein the coupling device is a first coupling device and wherein the helmet padding comprises a second component of a second coupling device configured for detachably connecting the cushioning body to a remaining helmet portion, wherein said second removable coupling device is of the male-female type; characterized in that said first coupling device comprises a ring element configured to be interposed, during use, between a male element and a female element of said second coupling device, wherein said ring element acts as said impedance element and it is configured, during use, to prevent relative sliding of the sliding element and the sliding guide .
Method of discharging a liquid by means of a nozzle device (DV), wherein the nozzle device (DV) comprises a nozzle head (DUK) and a nozzle body (DKO) and the nozzle head (DUK) has at least one liquid outlet opening (FLO) and at least one air outlet opening (LUO) laterally spaced from the liquid outlet opening (FLO), wherein - in a first method step (V1) only a liquid jet (FST) with a constant diameter is discharged through the liquid outlet opening (FLO) up to a distance from the nozzle device (DV) of between 0.5 m and 2 m, and - in a second method step (V2) during issue of the liquid jet (FST) an air flow (LUF) is issued through the air outlet opening (LUO), wherein the air flow (LUF) impinges on the liquid jet (FST) at a distance after issue from the liquid outlet opening (FLO) and the liquid jet (FST) is fanned out by means of the air flow (LUF). - in a first method step (V1) only a liquid jet (FST) with a constant diameter is discharged through the liquid outlet opening (FLO) up to a distance from the nozzle device (DV) of between 0.5 m and 2 m, and - in a second method step (V2) during issue of the liquid jet (FST) an air flow (LUF) is issued through the air outlet opening (LUO), wherein the air flow (LUF) impinges on the liquid jet (FST) at a distance after issue from the liquid outlet opening (FLO) and the liquid jet (FST) is fanned out by means of the air flow (LUF).
A machine for winding a conductor wire (F) around a toroidal core (T), to obtain a toroidal coil, comprising: a support adapted to stably accommodate a toroidal core (T), said support being rotatable around a central vertical axis Z; a hook shaped to grab the conductor wire (F) and arranged to translate vertically, having a trajectory passing through the central opening of the toroidal core (T) positioned on the support ; a forming arm which is controllable in position on three axes, namely according to a set of three orthogonal axes comprising said vertical axis Z and a further pair of horizontal axes X, Y, said forming arm thus being freely positionable in space around the toroidal core (T) fixed to the support ; wherein said forming arm carries a wire guide member which is adapted to engage the conductor wire (F) so as to drag the conductor wire (F) therewith and fold it in space; wherein said machine has a control system configured to control in a coordinated manner the vertical position of the hook , the position in space of the forming arm , provided with said wire guide member, and the rotation angle of the rotating support to automatically wind coils of the conductor wire (F) around the core (T), characterized in that the wire guide member comprises two bearings or rollers mounted on opposite sides of the forming arm . a support adapted to stably accommodate a toroidal core (T), said support being rotatable around a central vertical axis Z; a hook shaped to grab the conductor wire (F) and arranged to translate vertically, having a trajectory passing through the central opening of the toroidal core (T) positioned on the support ; a forming arm which is controllable in position on three axes, namely according to a set of three orthogonal axes comprising said vertical axis Z and a further pair of horizontal axes X, Y, said forming arm thus being freely positionable in space around the toroidal core (T) fixed to the support ; wherein said forming arm carries a wire guide member which is adapted to engage the conductor wire (F) so as to drag the conductor wire (F) therewith and fold it in space; wherein said machine has a control system configured to control in a coordinated manner the vertical position of the hook , the position in space of the forming arm , provided with said wire guide member, and the rotation angle of the rotating support to automatically wind coils of the conductor wire (F) around the core (T), characterized in that the wire guide member comprises two bearings or rollers mounted on opposite sides of the forming arm .
A method of retrofitting an elevator machine with primary and secondary braking, the machine being disposed on a machine support frame in an elevator machine room , and engaging one or more ropes for providing selective movement of an elevator car disposed in an elevator shaft , the machine having a drive sheave including a cylindrical brake drum , and brake components including dual brake arms ; the method comprising: removing the brake components; affixing flanged disc segments about the drum and interlocking the flanged disc segments to form a brake rotor; and mounting respective brake calipers to frame mounts for providing primary and secondary braking to the elevator machine ; characterized in that affixing each flanged disc to the drum includes wrapping a continuous rod around an outer diameter of the drum , and clamping together rod ends to provide hoop compression with a parallel rod clamp; wherein mounting calipers includes mounting caliper mounting arms to the respective frame mounts , and mounting the brake calipers to the respective mounting arms ; wherein the machine includes a brake magnet housing with a spring guide rod , supported by a brake magnet mount , and mounting calipers includes mounting an end of the mounting arms to respective opposing ends of the brake magnet housing or spring guide rod . removing the brake components; affixing flanged disc segments about the drum and interlocking the flanged disc segments to form a brake rotor; and mounting respective brake calipers to frame mounts for providing primary and secondary braking to the elevator machine ; characterized in that affixing each flanged disc to the drum includes wrapping a continuous rod around an outer diameter of the drum , and clamping together rod ends to provide hoop compression with a parallel rod clamp; wherein mounting calipers includes mounting caliper mounting arms to the respective frame mounts , and mounting the brake calipers to the respective mounting arms ; wherein the machine includes a brake magnet housing with a spring guide rod , supported by a brake magnet mount , and mounting calipers includes mounting an end of the mounting arms to respective opposing ends of the brake magnet housing or spring guide rod .
A unit or apparatus for the control or management of products in particular rolls , in the form of products of the tissue industry, preferably of paper or other material such as fabric or non- woven fabric or other material, the articles being preferably in the form of rolls of toilet paper, kitchen paper or the like; the unit being usable in a plant comprising at least one operating line including at least one upstream section for making the articles, in the form of a log saw for cutting rolls off respective elongate logs, at least one respective packaging section , for primary packaging, in the form of a packing section where the articles or rolls are packed and at least one or more further packaging sections, in the form of at least one bagging section where the packs are placed in bags and/or one palletizing section where the packs or bags are placed on pallets; the plant comprising a conveying section , by which the products are transported between one section of the plant and another, between the means which make the articles and the respective packaging section ; the plant being provided with electronic process control means for controlling the functioning of the plant sections; wherein the control and management unit comprises means for conveying the products or rolls wherein the unit or apparatus comprises means for eliminating the respective product, in particular defective product ; said means being configured to eliminate the respective product from a respective line for conveying the products of the unit or apparatus ; said means for eliminating the respective product comprising means for engaging and removing the respective product from the line; characterised in that said means for eliminating the respective product is in the form of means for pushing the corresponding product in a direction transverse to the longitudinal direction of extension of the conveying line itself, in that means for channelling the product removed from the conveying line is provided, in that said means for channelling the product removed from the corresponding conveying line is provided beside the conveying line on the side opposite to that where the means for engaging and removing the respective product from the conveying line is located, and in that said means for channelling the product removed from the corresponding conveying line is adapted to guide the respective product along a direction below said conveying line of the unit.
An optical resonator, configured to be used in a resonant fiber optic gyroscope, comprising: an optical resonator coil comprising a first port and a second port; a resonator loop closure optics system ; the optical resonator being characterized in that : the optical resonator coil comprises an antiresonant nodeless fiber ; wherein the antiresonant nodeless fiber has a length such that the resonant frequencies of the optical resonator of a desired polarization state of light and of an undesired polarization state of light are separated by between a tenth of a free spectral range and nine tenths of a free spectral range to minimize gyroscope errors. an optical resonator coil comprising a first port and a second port; a resonator loop closure optics system ; the optical resonator being characterized in that : the optical resonator coil comprises an antiresonant nodeless fiber ; wherein the antiresonant nodeless fiber has a length such that the resonant frequencies of the optical resonator of a desired polarization state of light and of an undesired polarization state of light are separated by between a tenth of a free spectral range and nine tenths of a free spectral range to minimize gyroscope errors. the optical resonator coil comprises an antiresonant nodeless fiber ; wherein the antiresonant nodeless fiber has a length such that the resonant frequencies of the optical resonator of a desired polarization state of light and of an undesired polarization state of light are separated by between a tenth of a free spectral range and nine tenths of a free spectral range to minimize gyroscope errors.
A method of correlating at least one noisy analogue signal , wherein the noisy signal is one of a plurality of signals, wherein each of the plurality of signals is obtained by one of a plurality of receivers and originates from a single source; the method comprising: 1-bit quantising the noisy signal; comparing the quantised signal (In, Qn) with a quantised reference signal (ΣI, ΣQ), wherein the reference signal (lout, Qout) is a consensus signal formed by combining the plurality of signals obtained by the plurality of receivers by summing data from the plurality of receivers in order to obtain an average; and sampling the comparison signal to increment an up/down counter . 1-bit quantising the noisy signal; comparing the quantised signal (In, Qn) with a quantised reference signal (ΣI, ΣQ), wherein the reference signal (lout, Qout) is a consensus signal formed by combining the plurality of signals obtained by the plurality of receivers by summing data from the plurality of receivers in order to obtain an average; and sampling the comparison signal to increment an up/down counter .