mhurhangee/ep-ind-claims huggingface dataset:
A method operational at an access terminal, comprising: determining whether the access terminal is mobile or stationary; and if the access terminal is mobile, employing a first mobile threshold value for a level of signal quality associated with a serving cell that will trigger signal measurements of one or more other cells for cell reselection and a second mobile threshold value for an amount by which a quality of a new cell is to be better than a quality of a serving cell before a reselection to the new cell is conducted; wherein, if the access terminal is stationary, employing a first stationary threshold value for the level of signal quality associated with the serving cell (106-a) that will trigger signal measurements of one or more other cells (106-b, 106-c) for cell reselection, wherein the first stationary threshold value is reduced as compared with the first mobile threshold value, and employing a second stationary threshold value for an amount by which a quality of a new cell (106-a, 106-c) is to be better than a quality of the serving cell (106-a) before a reselection to the new cell (106-b, 106-c) is conducted, wherein the second stationary threshold value is increased as compared with the second mobile threshold value. determining whether the access terminal is mobile or stationary; and if the access terminal is mobile, employing a first mobile threshold value for a level of signal quality associated with a serving cell that will trigger signal measurements of one or more other cells for cell reselection and a second mobile threshold value for an amount by which a quality of a new cell is to be better than a quality of a serving cell before a reselection to the new cell is conducted; wherein, if the access terminal is stationary, employing a first stationary threshold value for the level of signal quality associated with the serving cell (106-a) that will trigger signal measurements of one or more other cells (106-b, 106-c) for cell reselection, wherein the first stationary threshold value is reduced as compared with the first mobile threshold value, and employing a second stationary threshold value for an amount by which a quality of a new cell (106-a, 106-c) is to be better than a quality of the serving cell (106-a) before a reselection to the new cell (106-b, 106-c) is conducted, wherein the second stationary threshold value is increased as compared with the second mobile threshold value.
A handle for a medical instrument with an actuation element which is arranged on the handle and which is displaceable into at least a first and a second functional position and can be moved in a plane transverse to its displacement direction, in the first as well as second functional position for carrying out a function, characterised in that a pivotable actuation lever is arranged on the handle, said actuation lever being coupled in movement to the actuation element for displacing the actuation element into the at least two functional positions.
A method for self-regulating a suppressor of an ion chromatography system, the method comprising: setting a power supply to provide an offset voltage VOS to the suppressor; activating the power supply to provide an applied voltage waveform VA to the suppressor in addition to the offset voltage VOS; commencing an ion chromatography run on the ion chromatography system in which an eluent flows through the suppressor; measuring a current of the suppressor responsive to the offset and applied voltages VOS and VA during the ion chromatography run; determining a suppressor state of the suppressor based upon the measured current in response to the offset voltage; and adjusting the offset voltage VOS based upon the suppressor state, wherein (a) offset voltage VOS is increased for an unsuppressed state, and (b) offset voltage VOS is maintained for a suppressed state. setting a power supply to provide an offset voltage VOS to the suppressor; activating the power supply to provide an applied voltage waveform VA to the suppressor in addition to the offset voltage VOS; commencing an ion chromatography run on the ion chromatography system in which an eluent flows through the suppressor; measuring a current of the suppressor responsive to the offset and applied voltages VOS and VA during the ion chromatography run; determining a suppressor state of the suppressor based upon the measured current in response to the offset voltage; and adjusting the offset voltage VOS based upon the suppressor state, wherein (a) offset voltage VOS is increased for an unsuppressed state, and (b) offset voltage VOS is maintained for a suppressed state.
An atomizing generator, comprising a housing provided with an atomizing cavity therein, an atomizing element capable of atomizing a liquid being provided in the atomizing cavity, an air inlet, a liquid inlet, and a mist outlet which are communicated with the atomizing cavity being provided on the housing, wherein a communicating cavity which is independent of the atomizing cavity is formed in the housing, the atomizing cavity is communicated with the communicating cavity through a first communication hole, the mist outlet is communicated with the communicating cavity through a second communication hole, a valve mechanism is further provided in the communicating cavity, and the valve mechanism is configured to be capable of sealing the first communication hole and/or the second communication hole, and wherein the housing comprises a housing body and a first housing cover, wherein a transverse rib and a vertical rib are provided on the first housing cover, the transverse rib is fixedly connected to three sequentially adjacent inner side surfaces of the first housing cover, and the vertical rib is fixedly connected to two opposite ones of the three sequentially adjacent inner side surfaces, so that the transverse rib, the vertical rib and the three inner side surfaces jointly enclose the communicating cavity, characterized in that the first communication hole and the second communication hole are arranged on the transverse rib, the mist outlet is disposed at a bottom of the housing, the atomizing generator further comprises a connecting pipe, and the mist outlet is connected to the second communication hole through the connecting pipe. wherein a communicating cavity which is independent of the atomizing cavity is formed in the housing, the atomizing cavity is communicated with the communicating cavity through a first communication hole, the mist outlet is communicated with the communicating cavity through a second communication hole, a valve mechanism is further provided in the communicating cavity, and the valve mechanism is configured to be capable of sealing the first communication hole and/or the second communication hole, and wherein the housing comprises a housing body and a first housing cover, wherein a transverse rib and a vertical rib are provided on the first housing cover, the transverse rib is fixedly connected to three sequentially adjacent inner side surfaces of the first housing cover, and the vertical rib is fixedly connected to two opposite ones of the three sequentially adjacent inner side surfaces, so that the transverse rib, the vertical rib and the three inner side surfaces jointly enclose the communicating cavity, characterized in that the first communication hole and the second communication hole are arranged on the transverse rib, the mist outlet is disposed at a bottom of the housing, the atomizing generator further comprises a connecting pipe, and the mist outlet is connected to the second communication hole through the connecting pipe.
Group (5, 15, 35, 45) of flowerpots (1, 11, 31, 41), which are grouped in plural rows and columns in a compact manner to form a rectangle when viewed from above, wherein each flowerpot (1, 11, 31, 41) comprises a bottom part, an adjoining wall part and an upper edge, the upper edge of each of said flower pots having the same shape when viewed from above, the upper edge having a polygonal shape when viewed from above, said polygon comprising a rectangle, characterized in that two opposing sides of the polygon are formed in a straight manner, and the other two opposing sides being curved, which curvature comprises a complete wave and defines a recess (9, 19, 39, 49), and the opposing side of the flowerpot defining a protrusion (10, 20, 40, 50) and said flowerpots (1, 11, 31, 41) being arranged in said group in such a way that a protrusion (10, 20, 40, 50) of one flowerpot falls into the recess (9, 19, 39, 49) of another flowerpot in such a way that said flowerpots are fixed with respect to one another in said group by said protrusions and said recesses.
A folded absorbent article for feminine or incontinence use comprising a fluid permeable topsheet, a backsheet and an absorbent core comprising at least two core layers (5,6a,6b) located between the topsheet and the backsheet, an upper core layer and one or more underlying core layer(s) 6a,6b), the upper core layer being located between the topsheet and the one or more underlying core layer(s) (6a,6b), the topsheet and the backsheet extending together laterally outside the absorbent core, the core in its longitudinal direction having a front portion, a rear portion and an intermediate portion located between the front portion and the rear portion, a transversal width (10-10') of a transition between the front portion and the intermediate portion of the core being narrower than the transversal width of the rest of the core, a first end portion of the article being folded about a first transversal fold line over a central area of the article, the first fold line coinciding with or being adjacent the narrow transversal transition between the front portion and the intermediate portion of the core, characterized in that the upper core layer extends over the front, the intermediate and the rear portions of the absorbent core, that at least one of the one or more underlying core layer(s) (6a,6b) is shorter than the upper core layer and extends over the intermediate portion and at least a part of the front portion of the absorbent core and does not extend into a second end portion, wherein the second end portion of the article comprises the rear portion and is folded about a second transversal fold line over the central area of the article, the second fold line being at or adjacent a rear transversal edge of the at least one shorter underlying core layer (6a,6b), the second fold line coinciding with the transition between the intermediate portion and the rear portion, and wherein (i) the first end portion is folded onto the central area and the second end portion is folded onto the first end portion or (ii) the second end portion is folded onto the central area and the first end portion is folded onto the second end portion.
A method for producing a sheet steel component with regions of different hardness or ductility, in which either the sheet steel is cold formed out of a mill bar into the component in a tool and the formed component is then heated to a temperature above the austenitization temperature and for hardening, is inserted into a second tool with two tool halves and is quench hardened in the second tool or a mill bar is heated to a temperature above the austenitization temperature and then for forming and quench hardening, is inserted into a forming tool with two tool halves and is formed and quench hardened therein, characterized in that either in the quench hardening, in regions that should be given a lower hardness or higher ductility, energy is introduced into these regions by means of at least one induction coil (9, 10) in such a way that a reduced quench hardening or no quench hardening takes place so that the cooling takes place at a speed that lies below the critical hardening speed or the temperature in this region is kept at a desired higher level until removal from the mold or after removal from the mold, the hardened component is placed into or onto another form, in or on which the component is acted upon inductively in some regions so that the existing hardness is partially or completely eliminated.
A packaging device for packaging a fluid refill, in particular for a cosmetic, le fluid refill being of the spray, pump or bottle type having a neck, the packaging device comprising a sheath having an open end, and a removable assembly which is configured to be arranged around the neck of the refill and/or a manipulating element of said refill, and which is suitable to be fastened in removable manner to the open end of the sheath between a locked position in which the refill is held in the sheath, and an unlocked position in which the refill may be removed from the sheath, the packaging device being characterized in that the removable assembly comprises both a retainer interface that co-operates with the open end of the sheath and that presents an anchor member, and also an actuator member that co-operates with the retainer interface while being suitable for being moved relative thereto, the actuator member thus being suitable for being taken, by an axial movement relative to the retainer interface, into an actuated position in which the actuator member urges the anchor member to be anchored to the open end of the sheath, and a disengaged position in which it releases the anchor member and enables the removable assembly to be disengaged from the open end of the sheath.
Thermoforming mould system for a thermoforming device, comprising a first mould part (2; 102) provided with at least one form-defining element (4; 104) and a second mould part (1; 101), wherein the mould parts can move relative to each other for the purpose of clamping a plastic foil and for the purpose of forming a product in the plastic foil using the at least one form-defining element, wherein the first mould part or the second mould part is provided with a punching nipple (6; 160) and that the other of the first mould part or the second mould part is provided with a cutting plate (5; 105), wherein the punching nipple and the cutting plate are configured to co-act for the purpose of punching the product at least partially formed in the plastic foil; wherein the cutting plate defines an opening through which the punching nipple can move for the purpose of said punching; the thermoforming mould system further comprising a channel (7; 107) for discharging punching waste produced during punching, which channel debouches into said opening, characterized in the thermoforming mould system further comprising a closing device for closing the opening prior to or during said forming of the product.
A data streaming device, comprising: a port to be operatively coupled to a content display device and configured to receive power from the content display device; a first component configured to provide a first functionality to the data streaming device, wherein the first component is configured to consume a first amount of power from the content display device; a second component configured to provide a second functionality to the data streaming device, wherein the second component is configured to consume a second amount of power from the content display device; and a controller operatively coupled to the first component and the second component, wherein the controller is configured to: determine the first amount of power and the second amount of power consumed by the first component and the second component, respectively, based on a boot test using the first component and the second component, store the first amount of power and the second amount of power consumed by the first component and the second component, respectively, in a memory, and determine an amount of power received from the content display device is not sufficient to operate the data streaming device based on the first amount of power and the second amount of power. a port to be operatively coupled to a content display device and configured to receive power from the content display device; a first component configured to provide a first functionality to the data streaming device, wherein the first component is configured to consume a first amount of power from the content display device; a second component configured to provide a second functionality to the data streaming device, wherein the second component is configured to consume a second amount of power from the content display device; and a controller operatively coupled to the first component and the second component, wherein the controller is configured to: determine the first amount of power and the second amount of power consumed by the first component and the second component, respectively, based on a boot test using the first component and the second component, store the first amount of power and the second amount of power consumed by the first component and the second component, respectively, in a memory, and determine an amount of power received from the content display device is not sufficient to operate the data streaming device based on the first amount of power and the second amount of power. determine the first amount of power and the second amount of power consumed by the first component and the second component, respectively, based on a boot test using the first component and the second component, store the first amount of power and the second amount of power consumed by the first component and the second component, respectively, in a memory, and determine an amount of power received from the content display device is not sufficient to operate the data streaming device based on the first amount of power and the second amount of power.
Hinge arrangement having a first hinge part and having a second hinge part which is connected pivotably to the first hinge part, a first hinge pin being formed on the first hinge part and extending along a hinge axis, and a first hinge sleeve being mounted pivotably on the first hinge pin, which forms a first sliding bearing with the first hinge pin, a dimensionally stable support part being connected to the first hinge sleeve, wherein a first axial projection is formed on a first axial end face of the first hinge pin, characterized in that the first axial projection engages in an arcuately formed first groove which is formed in the first hinge sleeve, a circumferential first side wall of the first groove together with the first axial end face and an inner side of an end cover which is fixed at the end on the first hinge sleeve delimiting a working space in which a damping fluid is accommodated which is designed for damping a relative movement of the first hinge pin, which is provided with the first axial projection, with respect to the first hinge sleeve.
Method for the suppression of periodic components in received signals that can contain transient useful signals, particularly for the location of shot and muzzle blasts, wherein quasiperiodic noise components in the received signal are determined and then eliminated by means of a two-stage iteration method, characterized in that - in a first stage in a time domain the transients are iteratively detected, their signal parameters are estimated and their estimated time profile is determined therefrom in order to obtain a signal free of transients by forming the difference between the received signal and said extracted transients and therefrom - in a second stage the harmonic components of periodic processes in the frequency domain are iteratively detected, their signal parameters are estimated and their estimated time profile is determined therefrom in order to obtain the signal freed only of the harmonic components by forming the difference between the received signal and said extracted harmonic components of the periodic processes. - in a first stage in a time domain the transients are iteratively detected, their signal parameters are estimated and their estimated time profile is determined therefrom in order to obtain a signal free of transients by forming the difference between the received signal and said extracted transients and therefrom - in a second stage the harmonic components of periodic processes in the frequency domain are iteratively detected, their signal parameters are estimated and their estimated time profile is determined therefrom in order to obtain the signal freed only of the harmonic components by forming the difference between the received signal and said extracted harmonic components of the periodic processes.
A computer-implemented method comprising: receiving audio streams captured by a plurality of distributed devices (115, 125, 910, 912, 914); comparing the audio streams captured by the plurality of devices to determine whether the audio streams are representative of sound from a same meeting; based on the comparing indicating the audio streams are representative of sound from the same meeting, establishing a meeting instance for a meeting, wherein the sound has an audio signature, the audio signature comprises an audio watermark generated by one or more of the distributed devices and having a sound that is inconspicuous to the user to cause a distributed device within range of the audio watermark to be added to the meeting instance; identifying a user corresponding to a distributed device of the plurality of distributed devices (115, 125, 910, 912, 914) in the meeting; determining a preferred language of the user; generating, by a hardware processor (215, 2002), a transcript from the received audio streams as the meeting is occurring; translating the transcript into the preferred language of the user to form a translated transcript as the meeting is occurring; and providing the translated transcript to the distributed device (115, 125, 910, 912, 914) as the meeting is occurring. receiving audio streams captured by a plurality of distributed devices (115, 125, 910, 912, 914); comparing the audio streams captured by the plurality of devices to determine whether the audio streams are representative of sound from a same meeting; based on the comparing indicating the audio streams are representative of sound from the same meeting, establishing a meeting instance for a meeting, wherein the sound has an audio signature, the audio signature comprises an audio watermark generated by one or more of the distributed devices and having a sound that is inconspicuous to the user to cause a distributed device within range of the audio watermark to be added to the meeting instance; identifying a user corresponding to a distributed device of the plurality of distributed devices (115, 125, 910, 912, 914) in the meeting; determining a preferred language of the user; generating, by a hardware processor (215, 2002), a transcript from the received audio streams as the meeting is occurring; translating the transcript into the preferred language of the user to form a translated transcript as the meeting is occurring; and providing the translated transcript to the distributed device (115, 125, 910, 912, 914) as the meeting is occurring.
A catalyst system for the polymerization or co-polymerization of alpha-olefins comprising: a solid Ziegler-Natta type catalyst component comprising titanium, magnesium, halogen, and an internal electron donor comprising at least one non-phthalate compound selected from the following Formulae 2-12 and 14: wherein R 1, R 2, R 4 and R 5 are independently selected from the group consisting of hydrogen, halogen, alkyl, substituted alkyl, cyclo-alkyl, aryl, arylalkyl, alkylaryl, alkenyl, cycloalkyl, or heterocycles; and wherein X is a C1-C20 hydrocarbon group; and organoaluminium compounds; and one or more external electron-donor compounds. a solid Ziegler-Natta type catalyst component comprising titanium, magnesium, halogen, and an internal electron donor comprising at least one non-phthalate compound selected from the following Formulae 2-12 and 14: wherein R 1, R 2, R 4 and R 5 are independently selected from the group consisting of hydrogen, halogen, alkyl, substituted alkyl, cyclo-alkyl, aryl, arylalkyl, alkylaryl, alkenyl, cycloalkyl, or heterocycles; and wherein X is a C1-C20 hydrocarbon group; and organoaluminium compounds; and one or more external electron-donor compounds.