mhurhangee/ep-ind-claims huggingface dataset:
Torque tool, in particular torque screwdriver, with a handle and a setting body, rotatable about the longitudinal axis of the handle, for setting a torque, as well as a display for a defined torque, which comprises a digit roller counter, wherein the digit roller counter has at least two digit rollers (11, 12, 13), wherein the digit roller counter is arranged in a hollow cylindrical longitudinal section of the handle, which has a viewing window through which the set torque is visible, and the digit roller counter has a passage in its central axis through which a shaft section is guided, characterised in that a carrier disc, arranged in the handle in a rotationally fixed manner, is integrated between two digit rollers (11, 12 or 12, 13) and a control gear is rotatably associated with the carrier disc, which has a drive toothing and a control toothing, and wherein a digit roller (11, 12, 13) has an outer digit rim, which has a first rim section with a drive toothing as well as a second rim section with a control element, and wherein the setting body has means for transmitting a rotary movement of the setting body to the digit roller, arranged on the setting body side.
A resilient seal for living quarters having main living area walls defining a main living area, an aperture in one of said main living area walls slidably receiving a slide out room having slide out room walls defining auxiliary living space, said one main living area wall having an outside surface, an inside surface, and a transverse surface extending between said inside and said outside surfaces (52, 50), said transverse surface defining said aperture, said resilient seal comprising: an attachment member adapted to extend along said one main living area wall adjacent to said aperture; said attachment member having a groove connector having a pair of upstanding walls (74, 78) extending from and substantially perpendicular to said attachment member; said attachment member having a bulb portion integrally attached to one of said upstanding walls (74, 78) by an offsetting member spacing said bulb portion from said attachment member, said bulb portion including an inner wall and an arcuate outer portion; characterized in that each said upstanding wall (74, 78) terminates in a corresponding overhanging wall (76, 80) being substantially parallel to and spaced from said attachment member and forming an L-shaped tab (70, 72), said L-shaped tabs (70, 72) cooperating to form said groove; and in that said bulb portion is hingeably moveable about said offsetting member between a resting position locating said inner wall relatively near said L-shaped tabs (70, 72) and a bent position wherein said inner wall is located relatively far from said L-shaped tabs (70, 72), said bulb portion overlaying said groove connector in said resting position. an attachment member adapted to extend along said one main living area wall adjacent to said aperture; said attachment member having a groove connector having a pair of upstanding walls (74, 78) extending from and substantially perpendicular to said attachment member; said attachment member having a bulb portion integrally attached to one of said upstanding walls (74, 78) by an offsetting member spacing said bulb portion from said attachment member, said bulb portion including an inner wall and an arcuate outer portion;
A method of repairing a compressor outlet housing comprising the steps of: (a) obtaining a damaged compressor outlet housing having a radially outer volute, a radially inwardly extending finger extending to an axially extending ledge, a radially inwardly extending web extending radially inwardly from said ledge, a radially inner bearing support defining a bore; (b) identifying a damaged section within at least one of said bearing support, said web, and said ledge; and (c) removing at least said bearing support and said web leaving a remaining part; (d) inserting an insert having at least a replacement bearing support and a replacement web into the remaining part after step (c); and (e) welding said insert to said remaining part to provide a repaired compressor housing; and characterised in that the removal of step (c) includes removing said ledge such that said remaining part has said finger to provide a radial datum surface. (a) obtaining a damaged compressor outlet housing having a radially outer volute, a radially inwardly extending finger extending to an axially extending ledge, a radially inwardly extending web extending radially inwardly from said ledge, a radially inner bearing support defining a bore; (b) identifying a damaged section within at least one of said bearing support, said web, and said ledge; and (c) removing at least said bearing support and said web leaving a remaining part; (d) inserting an insert having at least a replacement bearing support and a replacement web into the remaining part after step (c); and (e) welding said insert to said remaining part to provide a repaired compressor housing; and characterised in that the removal of step (c) includes removing said ledge such that said remaining part has said finger to provide a radial datum surface.
A filling head (9, 9') for filling an article with a pourable product, comprising: - a duct, which defines an outlet mouth for said pourable product, and provided with a valve interposed along said duct and which may be arranged either in: a closed configuration in which it prevents said pourable product from flowing inside said article; or in an open configuration in which it allows said pourable product to flow inside said article; said filling head (9, 9') further comprising a closing element, which may be arranged, when said duct is in said open configuration, either in: - a rest position in which it is detached from said mouth, when said article is, in use, filled with said product; or in - an operative position in which it is in tight-fluid contact with said mouth, during a cleaning step of respective said first filling head (9, 9'), so as to prevent a cleaning agent from flowing out from said mouth; said filling head (9, 9') further comprising at least part of an actuator (15, 15') operatively connected to said closing element and adapted to move said closing element between said rest position and said operative position; characterized in that the filling head further comprises a sensor capable of detecting whether or not said article is damaged, when said duct is in said open configuration and during a filling step of said article with said pourable product; and in that said actuator (15, 15') is operatively connected to said sensor and configured for moving said closing element towards said operative position during the filling of said article, so as to hit said article and expel it from said filling head (9, 9'). - a duct, which defines an outlet mouth for said pourable product, and provided with a valve interposed along said duct and which may be arranged either in: a closed configuration in which it prevents said pourable product from flowing inside said article; or in an open configuration in which it allows said pourable product to flow inside said article; said filling head (9, 9') further comprising a closing element, which may be arranged, when said duct is in said open configuration, either in: a closed configuration in which it prevents said pourable product from flowing inside said article; or in an open configuration in which it allows said pourable product to flow inside said article; said filling head (9, 9') further comprising a closing element, which may be arranged, when said duct is in said open configuration, either in: - a rest position in which it is detached from said mouth, when said article is, in use, filled with said product; or in - an operative position in which it is in tight-fluid contact with said mouth, during a cleaning step of respective said first filling head (9, 9'), so as to prevent a cleaning agent from flowing out from said mouth;
A system for controlling mechanical lung ventilation, the system comprising: one or more processors; and a memory including instructions that, when executed by the one or more processors, cause the one or more processors to: supply a breathing gas to an airway of a patient in an intermittent way such that a plurality of respiratory cycles are formed; measure a volume (Vt) received by the patient in each of the plurality of respiratory cycles; compare the measured volume (Vt) of each of the plurality of respiratory cycles with a user defined target volume (Vtg); attribute a classifying score to each of the plurality of respiratory cycles based at least partially on a deviation between the measured volume and the user defined target volume; sum the classifying scores and divide the resulting sum by a sample size of the plurality of respiratory cycles; attribute a pressure step value based at least partially on the division result; and, add the pressure step value to a present pressure. supply a breathing gas to an airway of a patient in an intermittent way such that a plurality of respiratory cycles are formed; measure a volume (Vt) received by the patient in each of the plurality of respiratory cycles; compare the measured volume (Vt) of each of the plurality of respiratory cycles with a user defined target volume (Vtg); attribute a classifying score to each of the plurality of respiratory cycles based at least partially on a deviation between the measured volume and the user defined target volume; sum the classifying scores and divide the resulting sum by a sample size of the plurality of respiratory cycles; attribute a pressure step value based at least partially on the division result; and, add the pressure step value to a present pressure.
A compound of Formula I where: R 1 is hydrogen, alkyl, cycloalkyl, haloalkyl, (Ar 2)alkyl, (Ar 2)cycloalkyl, Ar 2, alkylCO, cycloalkylCO, haloalkylCO, (Ar 2)alkylCO, ((Ar 2)cycloalkyl)alkylCO, (Ar 2)cycloalkylCO, Ar 2 CO, (Ar 2)alkylCOCO, Ar 2 COCO, alkylCO 2, haloalkylCO 2, (Ar 2)alkylCO 2, Ar 2 CO 2, alkylCONH, haloalkylCONH, (Ar 2)alkylCONH, Ar 2 CONH, alkylSO 2, cycloalkylSO 2, haloalkylSO 2, and Ar 2 SO 2; or R 1 is (PhCH 2 O)PhCH 2 CO, R 2 is alkyl or haloalkyl; R 3 is alkyl; R 4 is hydrogen or alkyl; R 5 is hydrogen or alkyl; Ar 1 is phenyl or chromanyl, and is substituted with 0-3 substituents selected from halo, alkyl, haloalkyl, alkoxy, and haloalkoxy; and Ar 2 is phenyl, biphenyl, or indolyl, and is substituted with 0-3 substituents selected from halo, alkyl, haloalkyl, cycloalkyl, halocycloalkyl, alkoxy, and haloalkoxy; or a pharmaceutically acceptable salt thereof. R 1 is hydrogen, alkyl, cycloalkyl, haloalkyl, (Ar 2)alkyl, (Ar 2)cycloalkyl, Ar 2, alkylCO, cycloalkylCO, haloalkylCO, (Ar 2)alkylCO, ((Ar 2)cycloalkyl)alkylCO, (Ar 2)cycloalkylCO, Ar 2 CO, (Ar 2)alkylCOCO, Ar 2 COCO, alkylCO 2, haloalkylCO 2, (Ar 2)alkylCO 2, Ar 2 CO 2, alkylCONH, haloalkylCONH, (Ar 2)alkylCONH, Ar 2 CONH, alkylSO 2, cycloalkylSO 2, haloalkylSO 2, and Ar 2 SO 2; or R 1 is (PhCH 2 O)PhCH 2 CO, R 2 is alkyl or haloalkyl; R 3 is alkyl; R 4 is hydrogen or alkyl; R 5 is hydrogen or alkyl; Ar 1 is phenyl or chromanyl, and is substituted with 0-3 substituents selected from halo, alkyl, haloalkyl, alkoxy, and haloalkoxy; and Ar 2 is phenyl, biphenyl, or indolyl, and is substituted with 0-3 substituents selected from halo, alkyl, haloalkyl, cycloalkyl, halocycloalkyl, alkoxy, and haloalkoxy; or a pharmaceutically acceptable salt thereof.
An autologous fat graft for use in a method of soft tissue augmentation in a subject wherein said method involves: (a) applying a distractive force to a soft tissue site of the subject; (b) applying, by injection, a diffuse distribution of microdroplets from said autologous fat graft into said soft tissue, wherein a microdroplet is between 25 and 250 μl in volume; and (c) optionally maintaining the distractive force; wherein the distractive force is applied continuously for at least 24 hours prior to the injection of the autologous fat graft or wherein the distractive force is applied intermittently for at least 10 hours per day for about 28 days prior to injection of the autologous fat graft. (a) applying a distractive force to a soft tissue site of the subject; (b) applying, by injection, a diffuse distribution of microdroplets from said autologous fat graft into said soft tissue, wherein a microdroplet is between 25 and 250 μl in volume; and (c) optionally maintaining the distractive force; wherein the distractive force is applied continuously for at least 24 hours prior to the injection of the autologous fat graft or wherein the distractive force is applied intermittently for at least 10 hours per day for about 28 days prior to injection of the autologous fat graft.
A method for producing a nerve growth promotor, including an enzyme treatment step of degrading a cock's comb with a protease, whereby the method includes, after the enzyme treatment step, and a purification step of purifying the degradation product obtained by the enzyme treatment step, wherein the purification step includes a liquid-liquid separation step for liquid-liquid separation of the degradation product with water and water-saturated 1-butanol to give a water-saturated 1-butanol fraction.
A method implemented by a computing device, the method comprising: monitoring network traffic between the computing device and a network; transitioning a network interface device of the computing device from a high power mode to a low power mode, in response to determining that network traffic corresponding to one or more applications of the computing device has completed, based on determining that a last callback of the one or more applications has completed maintaining connectivity between the computing device and the network while the network interface device is in the low power mode; receiving a traffic pattern registered by one or more of the applications; and responsive to receiving the traffic pattern, transitioning the network interface device from the low power mode to the high power mode, and waking an application that registered the traffic pattern, at a registered entry point of a callback associated with the traffic pattern. monitoring network traffic between the computing device and a network; transitioning a network interface device of the computing device from a high power mode to a low power mode, in response to determining that network traffic corresponding to one or more applications of the computing device has completed, based on determining that a last callback of the one or more applications has completed maintaining connectivity between the computing device and the network while the network interface device is in the low power mode; receiving a traffic pattern registered by one or more of the applications; and responsive to receiving the traffic pattern, transitioning the network interface device from the low power mode to the high power mode, and waking an application that registered the traffic pattern, at a registered entry point of a callback associated with the traffic pattern.
A brain neuromodulation device, comprising: at least one stimulator configured to output a bandwidth-limited stochastic sensory stimulus to a user of the brain neuromodulation device in accordance with stimulation parameters of a neuromodulation protocol to modulate neural activity within a particular brainwave frequency band or bands; wherein the stimulator is configured to: provide neuromodulation of at least one brain region in one or more brain networks responsive to the stimulation parameters; and to adjust the stimulation parameters based on sensed data indicating an effect of the neuromodulation. at least one stimulator configured to output a bandwidth-limited stochastic sensory stimulus to a user of the brain neuromodulation device in accordance with stimulation parameters of a neuromodulation protocol to modulate neural activity within a particular brainwave frequency band or bands; wherein the stimulator is configured to: provide neuromodulation of at least one brain region in one or more brain networks responsive to the stimulation parameters; and to adjust the stimulation parameters based on sensed data indicating an effect of the neuromodulation. provide neuromodulation of at least one brain region in one or more brain networks responsive to the stimulation parameters; and to adjust the stimulation parameters based on sensed data indicating an effect of the neuromodulation.
Base oil, characterized in that the base oil comprises branched hydrocarbons having carbon numbers of at least C18, and comprising at least 90 % by weight of saturated hydrocarbons, and, based on the FIMS analysis, comprises mononaphthenes between 5 to 20 %, fused dinaphthenes and polynaphthenes not more than 1 % by weight, and less than 1.0% polycyclic naphthenes, and at least 50 % by weight of the saturated hydrocarbons having a width of the carbon number range of no more than 5, where the base oil fulfils the API Group III base oil specifications, having > 90 wt% saturated hydrocarbons, < 0.03 wt% sulfur and a viscosity index of > 120; where the 14 C isotope content of the total carbon content in base oil is at least 50 %, preferably at least 90 % of the 14 C isotope level in the year 1950.
An electrically operated aerosol generating system for heating a liquid aerosol-forming substrate, the system comprising: a liquid storage portion for storing the liquid aerosol-forming substrate; an electric heater for heating the liquid aerosol-forming substrate; at least one electrical connector for the heater, wherein the at least one electrical connector is located on the outside of the liquid storage portion; and leakage prevention means configured to prevent or reduce leakage of the liquid aerosol-forming substrate from the liquid storage portion, wherein the leakage prevention means comprises sealing means between the liquid storage portion and the at least one electrical connector, and wherein the sealing means comprises sealing material at a contact between the liquid storage portion and the at least one electrical connector. a liquid storage portion for storing the liquid aerosol-forming substrate; an electric heater for heating the liquid aerosol-forming substrate; at least one electrical connector for the heater, wherein the at least one electrical connector is located on the outside of the liquid storage portion; and leakage prevention means configured to prevent or reduce leakage of the liquid aerosol-forming substrate from the liquid storage portion, wherein the leakage prevention means comprises sealing means between the liquid storage portion and the at least one electrical connector, and wherein the sealing means comprises sealing material at a contact between the liquid storage portion and the at least one electrical connector.
A surge protection circuit, comprising: a first series-connected line and at least one second series-connected line, wherein, the first series-connected line is formed by at least two transient voltage suppressors (TVSs) connected in series, one end of the first series-connected line being connected to a positive terminal, and the other end being connected to a negative terminal; the second series-connected line is formed by at least one thyristor surge suppressor, one end of the second series-connected line being connected between the at least two TVSs in the first series-connected line, and the other end being grounded; the first series-connected line is connected in parallel to a protected circuit of a device; when a differential-mode surge voltage appears at the two ends of the first series-connected line, by using the first series-connected line, the differential-mode surge voltage is absorbed, and a voltage of a backend connection circuit is clamped to a first voltage value; when a common-mode surge voltage appears at the two ends of the first series-connected line to the ground end of the second series-connected line, respectively, by using the first series-connected line and the second series-connected line, the common-mode surge voltage is absorbed, and voltages to ground of the positive terminal and the negative terminal are reduced to a second voltage value; and the surge protection circuit is characterised in that it further comprises at least two filter circuits, wherein the at least two filter circuits are respectively connected to the two ends of the first series-connected line which are connected in parallel to the protected circuit of the device; and the at least two filter circuits are connected and are both grounded, and wherein, the at least two filter circuits are configured to, when detecting that a common-mode surge voltage appears at the two ends of the first series-connected line, filter the common-mode surge voltage that appears.
An energy-saving auto feed shredder, including an openable cover as configured in a conventional auto feed shredder, with a pressing device configured on the cover; once the cover is open, other components are exposed, such as a feeder base or compartment to place the stack of paper, a feeder slot in the middle of the feeder base or compartment, feeding mechanisms on both sides of the feeder slot, and a shredder mechanism below the feeder slot; when the cover is closed, the pressing device applies a pressure on the stack of paper inside the feeder base, and the feeding mechanisms in relative motion on both sides of the feeder slot captures and pulls the sheet at the bottom of the stack of paper under pressure, and force it to fold toward the feeder slot, and be delivered to the shredder mechanism; repeatedly, new sheet of paper is captured, pulled, folded and delivered by the feeding mechanism, until the whole stack of paper is shredded; wherein, said feeder slot is in nearly parallel orientation with the folding line (Px) of the shorter side of the stack of paper placed inside the feeder base, so that the shorter side of the stack of paper can be captured, pulled, folded and delivered to the shredder mechanism by the feeding mechanism.
A method of controlling signals applied to electrodes in a bio-impedance measurement system, the bio-impedance measurement system comprising screening current injecting electrodes (7, 8) and measuring current injecting electrodes (1, 2) for application to a subject under test, comprising: applying a constant amplitude screening current to the screening current injecting electrodes, measuring a potential difference resulting from the screening current, and establishing a measuring potential to be applied between the measuring current injecting electrodes based on the potential difference resulting from the screening current, wherein the measuring current resulting from the measuring potential is smaller than the screening current, and wherein the measuring current and a potential associated with the measuring current are used to determine characteristics of the subject's tissue under test.