mhurhangee/ep-ind-claims huggingface dataset:
A passenger airbag inflator for a vehicle, the inflator comprising: a housing having a first gunpowder therein, including a vent hole through which gas flows in and out, and communicating with an airbag cushion through the vent hole; a first chamber located in a first side inner space of the housing, having a first booster inside the first chamber, including a first igniter for burning the first booster, and configured to be triggered from inside the housing in a forward direction by internal pressure caused when the first igniter is ignited, such that a first rear end of the first chamber and an inner wall of the housing are separated from each other; and a second chamber located in a second side inner space of the housing, having a second booster and a second gunpowder inside the second chamber, including a second igniter for burning the second booster, and configured to be triggered from inside the housing in the forward direction by internal pressure caused when the second igniter is ignited, such that a second rear end of the second chamber and the inner wall of the housing are separated from each other, wherein the first chamber has a first side engaged with the second chamber through an engagement structure such that, when the first chamber is triggered without the second chamber being triggered, the first chamber rotates about the first side and the first rear end at a second side, which is opposite to the first side, is separated from the inner wall of the housing. a housing having a first gunpowder therein, including a vent hole through which gas flows in and out, and communicating with an airbag cushion through the vent hole; a first chamber located in a first side inner space of the housing, having a first booster inside the first chamber, including a first igniter for burning the first booster, and configured to be triggered from inside the housing in a forward direction by internal pressure caused when the first igniter is ignited, such that a first rear end of the first chamber and an inner wall of the housing are separated from each other; and a second chamber located in a second side inner space of the housing, having a second booster and a second gunpowder inside the second chamber, including a second igniter for burning the second booster, and configured to be triggered from inside the housing in the forward direction by internal pressure caused when the second igniter is ignited, such that a second rear end of the second chamber and the inner wall of the housing are separated from each other, wherein the first chamber has a first side engaged with the second chamber through an engagement structure such that, when the first chamber is triggered without the second chamber being triggered, the first chamber rotates about the first side and the first rear end at a second side, which is opposite to the first side, is separated from the inner wall of the housing.
Method for additive manufacturing a silicone elastomer article comprising the steps of: 1) printing a first silicone composition on a substrate with an extrusion 3D printer to form a first layer, 2) printing a second silicone composition on the first or previous layer with the said 3D printer to form a subsequent layer and 3) optionally repeating step 2) with independently selected silicone composition for any additional layer needed and 4) allowing the first and subsequent layers to crosslink, optionally by heating, to obtain a silicone elastomer article, characterized in that the said silicone compositions are crosslinkable through addition reactions and comprise: at least one organopolysiloxane compound A comprising, per molecule at least two C 2 -C 6 alkenyl radicals bonded to silicon atoms, at least one organohydrogenopolysiloxane compound B comprising, per molecule, at least two hydrogen atoms bonded to an identical or different silicon atom, at least one catalyst C consisting of at least one metal or compound, from the platinum group, at least one reinforcing silica filler D, at least one organopolysiloxane-polyoxyalkylene copolymer E, and at least one crosslinking inhibitor F. 1) printing a first silicone composition on a substrate with an extrusion 3D printer to form a first layer, 2) printing a second silicone composition on the first or previous layer with the said 3D printer to form a subsequent layer and 3) optionally repeating step 2) with independently selected silicone composition for any additional layer needed and 4) allowing the first and subsequent layers to crosslink, optionally by heating, to obtain a silicone elastomer article, at least one organopolysiloxane compound A comprising, per molecule at least two C 2 -C 6 alkenyl radicals bonded to silicon atoms, at least one organohydrogenopolysiloxane compound B comprising, per molecule, at least two hydrogen atoms bonded to an identical or different silicon atom, at least one catalyst C consisting of at least one metal or compound, from the platinum group, at least one reinforcing silica filler D, at least one organopolysiloxane-polyoxyalkylene copolymer E, and at least one crosslinking inhibitor F.
A telemetry wireless beacon data preprocessing method for a vehicular telemetry system, the vehicular telemetry system comprising at least one wireless beacon communication device, at least one beacon device, at least one remote device (19, 20) and at least one vehicle including a vehicular telemetry hardware system and a resident vehicular portion; wherein the at least one beacon device is configured to periodically sense and communicate with the at least one wireless communication device in the form of a message including a unique identifier with associated data depending on the type of sensors of the at least one beacon device, and the at least one wireless beacon communication device is configured to communicate with the vehicular telemetry hardware system; the method comprising accessing, via the at least one remote device (19, 20), a log of telemetry data communicated from the vehicular telemetry hardware system, said log of telemetry data being in the form of raw data and including engine data, acceleration data, location data, the unique beacon identifier and the data associated therewith including at least one of temperature data, illumination data, pressure data and user defined sensor data, translating said engine data, acceleration data and location data into at least one of engine codes, speed, G forces and map locations, for each unique beacon identifier, translating the therewith associated data into at least one of a temperature, pressure, light and user defined sensor reading, and storing said translated data as a preprocessed log of telemetry data for further fleet management condition processing.
A product packaging machine comprising a conveyor for feeding the products in sequence; a grouping station for the products received in sequence from the conveyor, for grouping the products into a group of products; each group comprises at least a first and a second layer (6, 7), each layer (6, 7) comprising one or more of the products and being positioned one on top of the other; the packaging machine comprising means for packing the groups of products to package the group of products in a respective pack, and comprising, at the grouping station, stacking means which are designed to stack relative to a stacking axis a layer, received later, under one or more layers (6, 7), received earlier, to form the required group of products; wherein the stacking means comprise a first and a second pair (26, 27) of arms (15, 16), located on opposite sides of the stacking axis and each comprising at least a first and a second arm (15, 16); the first and the second arm (15, 16) of each pair (26, 27) are connected to the same first hinge located at the same first end (15a, 16a) of the first and the second arm (15, 16). characterized in that the first and the second arm (15, 16) of each pair (26, 27) comprise a respective first and second profiled section (14a, 14b) for supporting the first and second layers (6, 7) of products, each connected at a respective second end (15b, 16b) of the first and the second arm (15, 16), opposite the first end (15a, 16a), by means of a respective second hinge; the second hinge of each first and second profiled section (14a, 14b) allows the first and the second profiled section (14a, 14b) to rotate independently of the rotation of the arms (15, 16) about the first hinge.
Meter of the electricity meter type comprising a housing in which at least one component is integrated, the functioning of which component can be disrupted by an external magnetic field generated, for example, by a magnet for the purpose of a fraud attempt, the meter comprising an indicator (15; 56; 70; 90; 100) that is mounted in the meter in a predetermined position and that comprises an element (23, 25, 27, 29; 58; 71; 91; 101) that can be magnetised under the influence of the magnetic field such that the indicator can be displaced in an irreversible manner when the magnetic field is generated, thus making it possible to reveal the fraud attempt, the indicator (15; 56) being mounted so as to rotate in the housing about an axis and being rotated under the influence of the magnetic field such that the fraud attempt can be identified by detecting an irreversible angular displacement of the indicator; the meter being characterised in that the indicator is a crenellated carousel comprising a base perpendicular to the axis, on which base the magnetisable element and at least one tab extending perpendicularly to the base are positioned, the angular displacement of the indicator being detected by detecting an angular displacement of the tab.
A device for moving and emptying bins for collecting waste comprising, on a load-bearing frame designed to be associated with a vehicle for collecting waste: a column element rotatable about its axis of symmetry using means for rotation and further supporting a framework; said framework being able to be oriented, relative to said axis of symmetry, about a hinge, which in turn defines a direction of rotation substantially parallel to the ground; lifting and gripping means (8, 9, 18, 19) for a bin of the waste to be emptied, connected to said framework; and means (2A, 22) for transferring said column element and said hinge relative to the position of said bin; wherein the lifting and gripping means (8, 9, 18, 19) comprise a tipping element connected to pickup arms for said bin, said tipping element being supported by at least one carriage, arranged to be translated along guide means formed on said framework. a column element rotatable about its axis of symmetry using means for rotation and further supporting a framework; said framework being able to be oriented, relative to said axis of symmetry, about a hinge, which in turn defines a direction of rotation substantially parallel to the ground; lifting and gripping means (8, 9, 18, 19) for a bin of the waste to be emptied, connected to said framework; and means (2A, 22) for transferring said column element and said hinge relative to the position of said bin; wherein the lifting and gripping means (8, 9, 18, 19) comprise a tipping element connected to pickup arms for said bin, said tipping element being supported by at least one carriage, arranged to be translated along guide means formed on said framework.
Process for activating galvanized steel sheet before a phosphating process, in which the electrolytically galvanized metal sheet is brought into contact with an activating bath which contains titanyl phosphates or metal oxides dispersed in water as activating particles, where the activating bath is adjusted so that it has an activating particle concentration in the range from 0.1 g/l to 10 g/l, characterized in that polyethylene glycol in an amount of from 1 to 200 g/l, poly(sorbityl (oxy-1,2-ethanediyl) monododecanoate) in an amount of from 0.01 g/l to 100 g/l or isotridecyl polyethylene glycol ether in an amount of from 0.1 to 10 ml/I is added as additive to the activating bath so that agglomeration of the activating particles is suppressed or at least slowed.
a) Methoxyamine; b) veliparib; and c) temozolomide; for simultaneous, separate or sequential use in treating cancer, wherein the methoxyamine and veliparib potentiate the cytotoxic activity of the temozolomide. a) Methoxyamine; b) veliparib; and c) temozolomide;
A saddle type vehicle comprising: a power unit disposed below an occupants' seat; a battery; and a cooling fan for cooling the battery; a battery case accommodating the battery and being provided in a space positioned above the power unit below the occupants' seat and overlapping with the power unit and the occupants' seat in an upward and downward direction of a vehicle body; the cooling fan being provided at a rear end of the battery case and configured to discharge air rearwardly, characterized in that the power unit includes an engine which includes a plurality of cylinders spaced from each other in a forward and rearward direction of the vehicle body, and the battery case is disposed above the engine. a power unit disposed below an occupants' seat; a battery; and a cooling fan for cooling the battery; a battery case accommodating the battery and being provided in a space positioned above the power unit below the occupants' seat and overlapping with the power unit and the occupants' seat in an upward and downward direction of a vehicle body; the cooling fan being provided at a rear end of the battery case and configured to discharge air rearwardly, characterized in that the power unit includes an engine which includes a plurality of cylinders spaced from each other in a forward and rearward direction of the vehicle body, and the battery case is disposed above the engine.
Inspecting machine for leathers, comprising: - a feeding unit for the movement of a leather according to an advancement direction; - a sensor unit configured to capture images of said leather during said movement; - a processing device configured to identify one or more geometrical features of said leather based on the analysis of said images; said sensor unit comprising one or more image sensors (8, 9) of the contact kind (CIS - "Contact Image Sensor") faced to said leather when said leather is moved by said feeding unit, said image sensors (8, 9) being arranged perpendicular to said advancement direction; characterized in that said sensor unit comprises a plurality of said image sensors (8, 9) arranged in mutually different positions according to said advancement direction and mutually staggered according to a direction perpendicular to said advancement direction in such a way that the respective optical fields (10, 11) have corresponding first sections (10a, 11a) that are mutually superposed according to said advancement direction to capture corresponding first image portions of a same first portion of said leather in two corresponding mutually different moments, and corresponding remaining sections (10b, 11b) to capture second image portions of other two respective mutually different portions (55, 56) of said leather that are adjacent to said first portion, said processing device being configured to combine the images captured by said image sensors (8, 9) based on the analysis of said first image portions. - a feeding unit for the movement of a leather according to an advancement direction; - a sensor unit configured to capture images of said leather during said movement; - a processing device configured to identify one or more geometrical features of said leather based on the analysis of said images; said sensor unit comprising one or more image sensors (8, 9) of the contact kind (CIS - "Contact Image Sensor") faced to said leather when said leather is moved by said feeding unit, said image sensors (8, 9) being arranged perpendicular to said advancement direction; characterized in that said sensor unit comprises a plurality of said image sensors (8, 9) arranged in mutually different positions according to said advancement direction and mutually staggered according to a direction perpendicular to said advancement direction in such a way that the respective optical fields (10, 11) have corresponding first sections (10a, 11a) that are mutually superposed according to said advancement direction to capture corresponding first image portions of a same first portion of said leather in two corresponding mutually different moments, and corresponding remaining sections (10b, 11b) to capture second image portions of other two respective mutually different portions (55, 56) of said leather that are adjacent to said first portion, said processing device being configured to combine the images captured by said image sensors (8, 9) based on the analysis of said first image portions.
Nozzle assembly (42, 42', 42", 42"') for a device (40, 40', 40", 40"', 100, 110) for generating an atmospheric plasma jet, - comprising an inlet through which an atmospheric plasma jet can be introduced into the nozzle assembly (42, 42', 42", 42'"), and - comprising a channel (56, 56"') which is connected to the inlet such that a plasma jet introduced into the nozzle assembly (42, 42', 42" 42"') through the inlet is conducted through the channel (56, 56'"), - wherein multiple nozzle openings are provided in the channel wall along the channel (56, 56"'), through which a plasma jet which is conducted through the channel (56, 56'") can exit the nozzle assembly (42, 42', 42", 42"'), characterised in that - the cross section (124', 124", 124"', 140, 142, 144) of the channel (56, 56'") in the region of a nozzle opening is shaped in such a way that a virtual medial plane, which runs in the middle between a virtual first tangent plane of the cross section through the nozzle opening and a virtual second tangent plane of the cross section opposite thereto and parallel to the first tangent plane, divides the cross section into a first cross-sectional area (126', 126", 126"') at the nozzle opening and a second cross-sectional area (128', 128", 128"') opposite to the nozzle opening, and - in that the cross-sectional surface of the first cross-sectional area (126', 126", 126"') differs from the cross-sectional surface of the second cross-sectional area (128', 128", 128"'), preferably by at least 5%, in particular by at least 10%. - comprising an inlet through which an atmospheric plasma jet can be introduced into the nozzle assembly (42, 42', 42", 42'"), and - comprising a channel (56, 56"') which is connected to the inlet such that a plasma jet introduced into the nozzle assembly (42, 42', 42" 42"') through the inlet is conducted through the channel (56, 56'"), - wherein multiple nozzle openings are provided in the channel wall along the channel (56, 56"'), through which a plasma jet which is conducted through the channel (56, 56'") can exit the nozzle assembly (42, 42', 42", 42"'), characterised in that - the cross section (124', 124", 124"', 140, 142, 144) of the channel (56, 56'") in the region of a nozzle opening is shaped in such a way that a virtual medial plane, which runs in the middle between a virtual first tangent plane of the cross section through the nozzle opening and a virtual second tangent plane of the cross section opposite thereto and parallel to the first tangent plane, divides the cross section into a first cross-sectional area (126', 126", 126"') at the nozzle opening and a second cross-sectional area (128', 128", 128"') opposite to the nozzle opening, and - in that the cross-sectional surface of the first cross-sectional area (126', 126", 126"') differs from the cross-sectional surface of the second cross-sectional area (128', 128", 128"'), preferably by at least 5%, in particular by at least 10%.
A computer implemented method for allocating frequency channels among a set of neighboring access points, said method comprising: - determining at least a first set of access points; - collecting from the first set of access points information indicative of a wireless medium usage of a plurality of access points of the first set of access points; - computing one or more activity-based parameters based on the information indicative of a wireless medium usage of the plurality of access points of the first set of access points, wherein the activity based parameter is indicative of a similarity between a plurality of temporal sequences of wireless medium usage of each of the plurality of access points of the first set of access points; and - determining an allocation of a frequency channel to each of the plurality of access points of the first set of access points based on the computed one or more activity-based parameters, wherein the allocation is determined by minimizing time overlap of wireless medium usage by each of the plurality of access points of the first set of access points. - determining at least a first set of access points; - collecting from the first set of access points information indicative of a wireless medium usage of a plurality of access points of the first set of access points; - computing one or more activity-based parameters based on the information indicative of a wireless medium usage of the plurality of access points of the first set of access points, wherein the activity based parameter is indicative of a similarity between a plurality of temporal sequences of wireless medium usage of each of the plurality of access points of the first set of access points; and - determining an allocation of a frequency channel to each of the plurality of access points of the first set of access points based on the computed one or more activity-based parameters, wherein the allocation is determined by minimizing time overlap of wireless medium usage by each of the plurality of access points of the first set of access points.
A multiphase current measuring apparatus (10, 20, 30, 40, 50, 60) for measuring currents of a multiconductor current system with N current phases which are carried along N current conductors where N >2, comprising N -1 magnetoresistive gradient sensors for determining a magnetic field strength difference in a measurement plane between conductor currents of adjacent current conductors, characterised in that at least one bypass conductor of at least one of the further, non-immediately adjacent current conductors is arranged with respect to each magnetoresistive gradient sensor, wherein the at least one bypass conductor is designed to compensate a DC field component of the conductor currents of the two adjacent current conductors.
A drum rotor wheel having numerous short blades that are curved forward, whereby the blades have a leading edge and a trailing edge, a top disc and a bottom disc, whereby the drum rotor wheel has at least one blade having a bulge on its leading edge, whereby the bulge is connected to the bottom disc and the bulge is provided completely in the area of flow separation that normally occurs during operation, characterized in that the bulge also has a balancing pocket that extends all the way into the bottom disc and passes through it, whereby the top disc has an additional ring on its outside, whereby the inner contour of the additional ring has a radius-shaped area.