mhurhangee/patent-ind-claim-en huggingface dataset:
Real-time control method for a computing unit , having the following steps repeatedly executed at a cycle time, wherein the cycle time lies in the range of milliseconds or less: a) the computing unit receives at least a part of a map of an industrial technical process from a single logical logic unit via a transmission medium , b) the computing unit executes a control program on the basis of the part of the map of the process transmitted to it and determines at least a part of a control status for the process , c) the computing unit transmits the part of the control status determined by it to the logical logic unit via the transmission medium , - wherein before the start of the cyclical execution of the steps a) to c) the computing unit receives the cycle time from the logical logic unit via the transmission medium or transmits the cycle time (T) to the logical logic unit via the transmission medium . a) the computing unit receives at least a part of a map of an industrial technical process from a single logical logic unit via a transmission medium , b) the computing unit executes a control program on the basis of the part of the map of the process transmitted to it and determines at least a part of a control status for the process , c) the computing unit transmits the part of the control status determined by it to the logical logic unit via the transmission medium , - wherein before the start of the cyclical execution of the steps a) to c) the computing unit receives the cycle time from the logical logic unit via the transmission medium or transmits the cycle time (T) to the logical logic unit via the transmission medium . - wherein before the start of the cyclical execution of the steps a) to c) the computing unit receives the cycle time from the logical logic unit via the transmission medium or transmits the cycle time (T) to the logical logic unit via the transmission medium .
Apparatus having a oscillating body on which a piezoelectric element is fastened by a solder connection , wherein the oscillating body has a T-shaped cross section having a first region with a first width and a second region with a second width, the second width being greater than the first width and the first region being arranged in the centre of the second region, wherein the piezoelectric element is arranged on a side of the second region facing away from the first region. wherein the oscillating body has a T-shaped cross section having a first region with a first width and a second region with a second width, the second width being greater than the first width and the first region being arranged in the centre of the second region, wherein the piezoelectric element is arranged on a side of the second region facing away from the first region.
A bound pad comprising a generally rectangular stack of a plurality of sheets of stock material, including a plurality of sheets of unexpanded slit-sheet stock material , the sheets of slit-sheet stock material each including a plurality of slits configured to separate under tension applied in a direction across the length of the slits , characterized by each sheet of slit-sheet stock material being separated from an adjacent sheet of slit-sheet stock material by an interleafed uncut separator sheet , and the plurality of sheets of the slit-sheet stock material and the interleafed non-die cut separator sheets are bound together along one edge . a generally rectangular stack of a plurality of sheets of stock material, including a plurality of sheets of unexpanded slit-sheet stock material , the sheets of slit-sheet stock material each including a plurality of slits configured to separate under tension applied in a direction across the length of the slits , characterized by each sheet of slit-sheet stock material being separated from an adjacent sheet of slit-sheet stock material by an interleafed uncut separator sheet , and the plurality of sheets of the slit-sheet stock material and the interleafed non-die cut separator sheets are bound together along one edge .
Method for wirelessly transmitting information from a wheel module , arranged on a wheel , of a tyre pressure monitoring system of a vehicle to a receiving unit , wherein the method comprises coding the information in data telegrams, each data telegram having a number of sections for quasi-static information, and a plurality of data telegrams of the same length being transmitted in a period of time in which the wheel module is continuously in one of multiple defined operating modes, wherein information transmitted in the sections for quasi-static information is exchanged in each case by means of a multiplexer method.
A method for downloading a profile of an operator performed by a terminal, wherein the terminal comprises an embedded universal integrated circuit card, eUICC, the method comprising: acquiring by scanning a two-dimensional code, a download certificate used to download the profile of the operator and addressing information of a subscription manager-data preparing, SM-DP, that stores the profile of the operator, wherein the address information being used to find the SM-DP, wherein the download certificate is generated by the operator or the SM-DP; sending (S111), to the SM-DP, a request for downloading the profile of the operator, wherein the download request carries the download certificate for downloading the profile of the operator, the addressing information of the SM-DP, and an ID of the eUICC; receiving (S112) the profile of the operator that is sent by the SM-DP and is corresponding to the download request, and transmitting the profile of the operator to the eUICC. acquiring by scanning a two-dimensional code, a download certificate used to download the profile of the operator and addressing information of a subscription manager-data preparing, SM-DP, that stores the profile of the operator, wherein the address information being used to find the SM-DP, wherein the download certificate is generated by the operator or the SM-DP; sending (S111), to the SM-DP, a request for downloading the profile of the operator, wherein the download request carries the download certificate for downloading the profile of the operator, the addressing information of the SM-DP, and an ID of the eUICC; receiving (S112) the profile of the operator that is sent by the SM-DP and is corresponding to the download request, and transmitting the profile of the operator to the eUICC.
Apparatus for treating laundry with steam, comprising an ironing and/or smoothing tool and a support device for placing the tool stably in a storage position during inactive ironing and/or smoothing phases, said tool comprising a treatment surface which is provided with at least one hole for steam emission and which is covered by a body comprising a handle , characterised in that the tool is held in the storage position by inserting a holding finger supported by the support device , into an opening provided on a part of the body located at the foot of the handle and preferably under the latter, the holding finger and the opening having shapes which engage with one another in order to prevent any pivoting movement of the tool about the holding finger .
Tube plate for holding tube bundles for chemical reactors, said tube plate constituted by means of a pair of semi-circular plate components which are joined to one another along a median line and comprising a first plate component perforated to receive a first plurality of tubes of the bundle and having a projection along a side thereof, a second plate component perforated to receive a second plurality of tubes of the bundle and having a corresponding cavity to the projection for connection to the projection , and a plurality of pins connecting the projection and corresponding cavity together so that the two plate components form the whole tube plate , wherein the plurality of pins are inserted in corresponding holes provided in the respective components .
A method for manufacturing a fiber optic connector, the method comprising: determining a core offset direction of a ferrule assembly including a ferrule and an optical fiber stub secured within the ferrule , wherein the core offset direction is determined before a hub is mounted on the ferrule ; providing a core offset direction identifier on the ferrule once the core offset direction has been identified; and rotationally orienting the hub on the ferrule using the core offset direction identifier . determining a core offset direction of a ferrule assembly including a ferrule and an optical fiber stub secured within the ferrule , wherein the core offset direction is determined before a hub is mounted on the ferrule ; providing a core offset direction identifier on the ferrule once the core offset direction has been identified; and rotationally orienting the hub on the ferrule using the core offset direction identifier .
A method for estimating the torque ripple T TR of an electric motor connected to a load , wherein the ideal rotational speed ω ideal of the electric motor is determined from an actuating torque T set_UUT for the electric motor , an output torque T shaft measured at the load and a mass moment of inertia J of the electric motor in the control path of a control loop , wherein the ideal rotational speed ω ideal is lead to follow the real rotational speed ω UUT measured on the electric motor by means of the controller of the control loop in such a way that the current torque ripple T TR is generated as a control variable of the controller , wherein the current torque ripple T TR is fed to the outside and tapped, characterised in that - the method is used on a test stand for the electric motor , and - the ideal rotational speed ω ideal of the electric motor is determined by subtracting the current control torque T set and the measured output torque T shaft from the control torque T set_UUT and dividing the result by the mass moment of inertia J and integrating over time. - the method is used on a test stand for the electric motor , and - the ideal rotational speed ω ideal of the electric motor is determined by subtracting the current control torque T set and the measured output torque T shaft from the control torque T set_UUT and dividing the result by the mass moment of inertia J and integrating over time.
Luminescent surface toolbox that includes a first body that houses a second , third and fourth body inside, and whereby the surface of these bodies features a luminescent and reflective coating that allows for the viewing of said bodies even in situations of poor visibility, and the second, third and fourth bodies feature a surface area whose measurements coincide with the interior area of the first body to be properly housed therein, which is characterized in that the first body in its upper part has a non-slip surface and a series of safety closures made from luminescent materials that prevent accidental opening of the first body ; and where the axes of the first body are made of a metallic material, the second body has on its upper part, a fitted handle made entirely from a luminescent material, and a non-slip surface ; and, furthermore, said second body incorporates safety closures of luminescent material that prevent the accidental opening thereof; and where the third body has a protective foam coating inside; and incorporates a series of safety locks manufactured from luminescent material that will prevent the accidental opening of said third body along with a handle to facilitate its transportation; and whereby the fourth body has a transparent upper surface and will incorporate a handle and safety closures made of luminescent material to prevent accidental opening; and whereby, additionally, the fourth body features a series of luminescent dividers that divides its interior into small housings . the first body in its upper part has a non-slip surface and a series of safety closures made from luminescent materials that prevent accidental opening of the first body ; and where the axes of the first body are made of a metallic material, the second body has on its upper part, a fitted handle made entirely from a luminescent material, and a non-slip surface ; and, furthermore, said second body incorporates safety closures of luminescent material that prevent the accidental opening thereof; and where the third body has a protective foam coating inside; and incorporates a series of safety locks manufactured from luminescent material that will prevent the accidental opening of said third body along with a handle to facilitate its transportation; and whereby the fourth body has a transparent upper surface and will incorporate a handle and safety closures made of luminescent material to prevent accidental opening; and whereby, additionally, the fourth body features a series of luminescent dividers that divides its interior into small housings .
A system for treating tremor of a patient, the system comprising: a band having at least two electrodes, a receptacle, and a first electrical circuit in electrical communication with both the at least two electrodes and the receptacle; and a detachable therapy unit comprising a wearable housing, the wearable housing comprising: a second electrical circuit; one or more sensors in electrical communication with the second electrical circuit, the one or more sensors configured to measure data from the patient; a stimulator configured to generate an electrical stimulation, the stimulator in electrical communication with the second electrical circuit; a controller configured to control the generation of the electrical stimulation by the stimulator; and a power source in electrical communication with the second electrical circuit; wherein the wearable housing of the detachable therapy unit is configured to be directly and reversibly attached to the receptacle of the band such that the at least two electrodes of the band are in electrical communication with the stimulator, wherein the band and detachable therapy unit take the form of a wrist-worn device. a band having at least two electrodes, a receptacle, and a first electrical circuit in electrical communication with both the at least two electrodes and the receptacle; and a detachable therapy unit comprising a wearable housing, the wearable housing comprising: a second electrical circuit; one or more sensors in electrical communication with the second electrical circuit, the one or more sensors configured to measure data from the patient; a stimulator configured to generate an electrical stimulation, the stimulator in electrical communication with the second electrical circuit; a controller configured to control the generation of the electrical stimulation by the stimulator; and a power source in electrical communication with the second electrical circuit; a second electrical circuit; one or more sensors in electrical communication with the second electrical circuit, the one or more sensors configured to measure data from the patient; a stimulator configured to generate an electrical stimulation, the stimulator in electrical communication with the second electrical circuit; a controller configured to control the generation of the electrical stimulation by the stimulator; and a power source in electrical communication with the second electrical circuit; wherein the wearable housing of the detachable therapy unit is configured to be directly and reversibly attached to the receptacle of the band such that the at least two electrodes of the band are in electrical communication with the stimulator, wherein the band and detachable therapy unit take the form of a wrist-worn device.
Classifying wheel for a centrifugal-force air classifier, where the flow pattern of the classifying air in operation is contrary to its centrifugal direction, namely centripetal, and which is equipped with classifying wheel vanes which are arranged much like a crown between an annular hub plate which supports the classifying wheel hub and a ringshaped cover plate , whereby flow channels are formed between the classifying wheel vanes by the faces of the classifying wheel vanes tilted at an angle to the rotational axis and spaced at a distance to each other, as well as the extensions fitted to the classifying wheel vanes within the flow channels which influence the flow pattern, characterised in that between the hub plate and the cover plate , at least one reinforcing ring is present which has hooks spaced uniformly around its periphery which connect the classifying wheel vanes to the extensions , whereby the hooks of the reinforcing ring and the extensions of the classifying wheel vanes interlock positively so that the radial outside edge of the classifying wheel vanes is not in contact with the reinforcing ring . is contrary to its centrifugal direction, namely centripetal, and which is equipped with classifying wheel vanes which are arranged much like a crown between an annular hub plate which supports the classifying wheel hub and a ringshaped cover plate , whereby flow channels are formed between the classifying wheel vanes by the faces of the classifying wheel vanes tilted at an angle to the rotational axis and spaced at a distance to each other, as well as the extensions fitted to the classifying wheel vanes within the flow channels which influence the flow pattern, characterised in that between the hub plate and the cover plate , at least one reinforcing ring is present which has hooks spaced uniformly around its periphery which connect the classifying wheel vanes to the extensions , whereby the hooks of the reinforcing ring and the extensions of the classifying wheel vanes interlock positively so that the radial outside edge of the classifying wheel vanes is not in contact with the reinforcing ring .
A speaker module comprising: a yoke configured to be one surface of the speaker module; a magnet comprising one surface arranged on an inner surface of the yoke; a frame configured to be a side surface of the speaker module and comprising a first end portion connected to the yoke; a voice coil spaced apart from the magnet and comprising at least a portion overlapping the magnet; and a diaphragm comprising an inner surface on which the voice coil is arranged, wherein the diaphragm is connected to a second end portion of the frame opposite to the first end portion of the frame and is inclined to be non-perpendicular to the outer side surface of the frame, wherein a surface of the magnet facing the inner surface of the yoke is arranged to be parallel to the diaphragm. a yoke configured to be one surface of the speaker module; a magnet comprising one surface arranged on an inner surface of the yoke; a frame configured to be a side surface of the speaker module and comprising a first end portion connected to the yoke; a voice coil spaced apart from the magnet and comprising at least a portion overlapping the magnet; and a diaphragm comprising an inner surface on which the voice coil is arranged, wherein the diaphragm is connected to a second end portion of the frame opposite to the first end portion of the frame and is inclined to be non-perpendicular to the outer side surface of the frame, wherein a surface of the magnet facing the inner surface of the yoke is arranged to be parallel to the diaphragm.
A waveguide , comprising: a first core having a first refractive index: a second core having a second refractive index, the second core being spaced apart from and parallel with the first core; a cladding surrounding the first core and the second core, the cladding having a refractive index lower than the first refractive index and the second refractive index, and wherein an interstitial portion of the cladding is located between the first core and the second core; and wherein a first region of the first core adjacent to the interstitial portion of the cladding or of the interstitial portion of the cladding adjacent to the first core is color dyed; and wherein (i) the waveguide further comprises one or more additional regions of the first core adjacent to the cladding or of the cladding adjacent to the first core and wherein the first region and the one or more additional regions are color dyed and do not overlap one another along a longitudinal length of the first core; or (ii) wherein the first color-dyed region overlaps with an additional color-dyed region along the length of the first core . a second core having a second refractive index, the second core being spaced apart from and parallel with the first core; a cladding surrounding the first core and the second core, the cladding having a refractive index lower than the first refractive index and the second refractive index, and wherein an interstitial portion of the cladding is located between the first core and the second core; and wherein a first region of the first core adjacent to the interstitial portion of the cladding or of the interstitial portion of the cladding adjacent to the first core is color dyed; and wherein (i) the waveguide further comprises one or more additional regions of the first core adjacent to the cladding or of the cladding adjacent to the first core and wherein the first region and the one or more additional regions are color dyed and do not overlap one another along a longitudinal length of the first core; or (ii) wherein the first color-dyed region overlaps with an additional color-dyed region along the length of the first core .
A torque limiting connector , comprising: an outer connector comprising a profile disposed on an inner surface of the outer connector; an inner connector disposed within the outer connector, the inner connector comprising: an upper threaded portion , a lower threaded portion , a tapered outer surface , and channels formed along the tapered outer surface; and a clutch comprising a plurality of clutch teeth extending from an outer surface of the clutch, and coupling features formed on an inner surface of the clutch, wherein the clutch is disposed around and rotationally coupled to the inner connector such that the coupling features engage with the channels to rotationally couple the clutch and the inner connector , and the plurality of clutch teeth are outwardly biased to be releasably engaged with the profile of the outer connector , wherein the plurality of clutch teeth are configured to transfer an operational torque from the outer connector to the inner connector when the operational torque is below a torque limit, and the plurality of clutch teeth are forced inward to disengage the profile of the outer connector and prevent transfer of the operational torque when the operational torque exceeds the torque limit. an outer connector comprising a profile disposed on an inner surface of the outer connector; an inner connector disposed within the outer connector, the inner connector comprising: an upper threaded portion , a lower threaded portion , a tapered outer surface , and channels formed along the tapered outer surface; and a clutch comprising a plurality of clutch teeth extending from an outer surface of the clutch, and coupling features formed on an inner surface of the clutch, wherein the clutch is disposed around and rotationally coupled to the inner connector such that the coupling features engage with the channels to rotationally couple the clutch and the inner connector , and the plurality of clutch teeth are outwardly biased to be releasably engaged with the profile of the outer connector , wherein the plurality of clutch teeth are configured to transfer an operational torque from the outer connector to the inner connector when the operational torque is below a torque limit, and the plurality of clutch teeth are forced inward to disengage the profile of the outer connector and prevent transfer of the operational torque when the operational torque exceeds the torque limit.