mhurhangee/ep-ind-claims huggingface dataset:
A connector, comprising: a first housing comprising an engagement catch; a second housing comprising an engagement latch to latch the engagement catch, a pair of locking arms (60R, 60L) each provided with the engagement latch, and a slide channel having the pair of locking arms (60R, 60L) disposed at both sides, the second housing being to be engaged with the first housing; and a sliding member comprising a pair of arms (33R, 33L) each provided with a latch, wherein: when the first housing and the second housing are engaged with each other, the first housing and the second housing allow the sliding member to pass through the slide channel; when the sliding member slides the slide channel, the pair of arms (33R, 33L) are deflected so as to decrease a gap therebetween by depressions from the respective locking arms (60R, 60L), and when the latches go over the respective locking arms (60R, 60L), the gap between the pair of arms (33R, 33L) increases, the increase in the gap enabling the locking arms (60R, 60L) to be latched by the respective latches; and characterized in that each of the locking arms (60R, 60L) serves as a catch to be latched by the respective latches. a first housing comprising an engagement catch; a second housing comprising an engagement latch to latch the engagement catch, a pair of locking arms (60R, 60L) each provided with the engagement latch, and a slide channel having the pair of locking arms (60R, 60L) disposed at both sides, the second housing being to be engaged with the first housing; and a sliding member comprising a pair of arms (33R, 33L) each provided with a latch, wherein: when the first housing and the second housing are engaged with each other, the first housing and the second housing allow the sliding member to pass through the slide channel; when the sliding member slides the slide channel, the pair of arms (33R, 33L) are deflected so as to decrease a gap therebetween by depressions from the respective locking arms (60R, 60L), and when the latches go over the respective locking arms (60R, 60L), the gap between the pair of arms (33R, 33L) increases, the increase in the gap enabling the locking arms (60R, 60L) to be latched by the respective latches; and characterized in that each of the locking arms (60R, 60L) serves as a catch to be latched by the respective latches. when the first housing and the second housing are engaged with each other, the first housing and the second housing allow the sliding member to pass through the slide channel; when the sliding member slides the slide channel, the pair of arms (33R, 33L) are deflected so as to decrease a gap therebetween by depressions from the respective locking arms (60R, 60L), and when the latches go over the respective locking arms (60R, 60L), the gap between the pair of arms (33R, 33L) increases, the increase in the gap enabling the locking arms (60R, 60L) to be latched by the respective latches; and characterized in that each of the locking arms (60R, 60L) serves as a catch to be latched by the respective latches.
A system comprising: an integrated circuit including memory to store data and instructions and one or more processors coupled to the memory, wherein each of the one or more processors is an execution agent of the integrated circuit and the one or more processors are configured to: derive one or more agent master keys for use by one or more execution agents, the one or more agent master keys derived from a master key of the integrated circuit; derive a set of signature and authentication keys for use by and associated with the one or more execution agents based on the agent master key of the one or more execution agents; sign, by an execution agent, a memory address of a pointer with one or more keys from the set of the signature and authentication keys for use by and associated with the execution agent in order to generate a signature; store the pointer to the memory; and authenticate the pointer before execution of an instruction associated with the pointer using the signature. derive one or more agent master keys for use by one or more execution agents, the one or more agent master keys derived from a master key of the integrated circuit; derive a set of signature and authentication keys for use by and associated with the one or more execution agents based on the agent master key of the one or more execution agents; sign, by an execution agent, a memory address of a pointer with one or more keys from the set of the signature and authentication keys for use by and associated with the execution agent in order to generate a signature; store the pointer to the memory; and authenticate the pointer before execution of an instruction associated with the pointer using the signature.
An electrical circuit for measuring a voltage amplitude waveform in a print head of a printer, comprising: an integrated circuit for generating one or more voltage amplitude waveforms; an inkjet drop forming unit comprising a plurality of inkjet chambers, wherein each of the plurality of inkjet chambers comprises a piezoelectric actuator and an ink nozzle; a connecting circuit between the integrated circuit and the inkjet drop forming unit suitable for applying one of the one or more voltage amplitude waveforms generated by the integrated circuit to the piezoelectric actuator in one of the plurality of inkjet chambers, characterised in the electrical circuit further comprises a conductor (60, 61, 62) in physical proximity to the connecting circuit for measuring the shape of one or more generated voltage amplitude waveforms via capacitive crosstalk. an integrated circuit for generating one or more voltage amplitude waveforms; an inkjet drop forming unit comprising a plurality of inkjet chambers, wherein each of the plurality of inkjet chambers comprises a piezoelectric actuator and an ink nozzle; a connecting circuit between the integrated circuit and the inkjet drop forming unit suitable for applying one of the one or more voltage amplitude waveforms generated by the integrated circuit to the piezoelectric actuator in one of the plurality of inkjet chambers, characterised in the electrical circuit further comprises a conductor (60, 61, 62) in physical proximity to the connecting circuit for measuring the shape of one or more generated voltage amplitude waveforms via capacitive crosstalk.
An integrated circuit device comprising a front-end-of-line portion and a back-end-of-line portion, the integrated circuit device comprising a power control unit for controlling the power of a power isle in the front-end-of-line portion, the power control unit comprising - a power gating switch for switching ON or OFF the power to the power isle, - a state recovery circuit, adapted for storing and restoring the state of the power isle, and comprising at least one memory element implemented in the front-end-of-line portion or back-end-of-line portion, - characterized in that the power control unit comprises a wake-up/sleep circuit implemented in the back-end-of-line portion adapted for receiving an identifier, wherein the wake-up/sleep circuit is operatively connected with the power gating switch and with the state recovery circuit, the power gating switch being adapted for switching OFF the supply voltage to the power isle and the state recovery circuit being adapted for storing the state of the power isle upon reception of a unique identifier, and the power gating switch being adapted for switching ON the supply voltage to the power isle and the state recovery circuit being adapted for restoring the state of the power isle upon reception of another or the same unique identifier and further characterized in that the power gating switch is implemented in the back-end-of-line portion, and that the state recovery circuit comprises a transistor configuration in the back-end-of-line portion. - a power gating switch for switching ON or OFF the power to the power isle, - a state recovery circuit, adapted for storing and restoring the state of the power isle, and comprising at least one memory element implemented in the front-end-of-line portion or back-end-of-line portion, - characterized in that the power control unit comprises a wake-up/sleep circuit implemented in the back-end-of-line portion adapted for receiving an identifier, wherein the wake-up/sleep circuit is operatively connected with the power gating switch and with the state recovery circuit, the power gating switch being adapted for switching OFF the supply voltage to the power isle and the state recovery circuit being adapted for storing the state of the power isle upon reception of a unique identifier, and the power gating switch being adapted for switching ON the supply voltage to the power isle and the state recovery circuit being adapted for restoring the state of the power isle upon reception of another or the same unique identifier and further characterized in that the power gating switch is implemented in the back-end-of-line portion, and that the state recovery circuit comprises a transistor configuration in the back-end-of-line portion.
An oil suspension concentrate composition comprising a) from 50 to 200 gram / liter of an active ingredient, wherein the active ingredient comprises chlorantraniliprole; b) from 100 to 150 gram / liter of a dispersing agent comprising a fatty alcohol ethoxylate, a propylene-oxide/ethylene-oxide block copolymer, a polyvinylpyrrolidone and a naphtalenesulfonic acid salt; c) from 15 to 35 gram / liter of an emulsifying agent comprising a hydroxystearic acid-polyethylene glycol, an ethoxylated castor oil and a dodecyl benzene sulfonic acid; d) from 50 to 100 gram/ liter of a thickening agent, e) from 150 to 250 gram / liter of a polyether modified polysiloxane; and f) the rest an oil being an ester of a fatty acid, wherein the sum of components adds up to one liter. a) from 50 to 200 gram / liter of an active ingredient, wherein the active ingredient comprises chlorantraniliprole; b) from 100 to 150 gram / liter of a dispersing agent comprising a fatty alcohol ethoxylate, a propylene-oxide/ethylene-oxide block copolymer, a polyvinylpyrrolidone and a naphtalenesulfonic acid salt; c) from 15 to 35 gram / liter of an emulsifying agent comprising a hydroxystearic acid-polyethylene glycol, an ethoxylated castor oil and a dodecyl benzene sulfonic acid; d) from 50 to 100 gram/ liter of a thickening agent, e) from 150 to 250 gram / liter of a polyether modified polysiloxane; and f) the rest an oil being an ester of a fatty acid,
A drive apparatus for an electrical generator, the apparatus comprising:- at least one first support member adapted to support at least one respective blade in a flow of fluid such that, in use, the blade experiences lift; and at least one second support member adapted to pivotably support at least one respective said first support member about a respective first axis such that flowing fluid engages at least one said blade to cause rotation of said second support member about a respective second axis to actuate an electrical generator; characterised by first adjustment means (16, 20, 22) for adjusting orientation of at least one said first support member about the respective said first axis relative to the corresponding said second support member in dependence on direction of fluid flow, such that, in use, said respective blade follows an orbit which is inclined relative to the fluid flow.
A spark plug comprising a center electrode and a ground electrode, at least one electrode of the center electrode and the ground electrode including: an electrode base material; a noble metal tip having a discharge surface that forms a gap between the noble metal tip and the other electrode; an intermediate member that is disposed between the electrode base material and the noble metal tip, the intermediate member including a body portion located at the noble metal tip side and a flange portion having a larger diameter than the body portion and located at the electrode base material side; a first melt portion that is formed between the body portion of the intermediate member and the noble metal tip; and a second melt portion that is formed, between the flange portion of the intermediate member and the electrode base material, at least at a position of intersection with an axial line of the noble metal tip, wherein in a cross section including the axial line of the noble metal tip, when: a diameter of the noble metal tip is denoted by Tw, where 1.0mm ≤ Tw ≤ 1.2 mm; characterized in that wherein in the cross section including the axial line of the noble metal tip, when the shortest distance between the second melt portion and a boundary between the first melt portion and the intermediate member is denoted by S1; and the longest distance between the second melt portion and the boundary between the first melt portion and the intermediate member is denoted by S2, (S2-S1) ≤ 0.3 mm are met. an electrode base material; a noble metal tip having a discharge surface that forms a gap between the noble metal tip and the other electrode; an intermediate member that is disposed between the electrode base material and the noble metal tip, the intermediate member including a body portion located at the noble metal tip side and a flange portion having a larger diameter than the body portion and located at the electrode base material side; a first melt portion that is formed between the body portion of the intermediate member and the noble metal tip; and a second melt portion that is formed, between the flange portion of the intermediate member and the electrode base material, at least at a position of intersection with an axial line of the noble metal tip, wherein in a cross section including the axial line of the noble metal tip, when: a diameter of the noble metal tip is denoted by Tw, where 1.0mm ≤ Tw ≤ 1.2 mm; characterized in that wherein in the cross section including the axial line of the noble metal tip, when the shortest distance between the second melt portion and a boundary between the first melt portion and the intermediate member is denoted by S1; and the longest distance between the second melt portion and the boundary between the first melt portion and the intermediate member is denoted by S2, (S2-S1) ≤ 0.3 mm are met.
A system for providing conditioned air to at least one enclosed structure, the system comprising: at least one conditioning module configured to provide conditioned air to the at least one enclosed structure, the at least one conditioning module comprises a conditioning energy exchanger, wherein the at least one conditioning module is configured to circulate desiccant through a desiccant circuit to condition air passing through the conditioning energy exchanger; and characterised by a control sub-system configured to vary temperature and concentration of the desiccant circulating through the desiccant circuit by selectively controlling supply of at least one of concentrated desiccant and diluted desiccant to the at least one conditioning module. at least one conditioning module configured to provide conditioned air to the at least one enclosed structure, the at least one conditioning module comprises a conditioning energy exchanger, wherein the at least one conditioning module is configured to circulate desiccant through a desiccant circuit to condition air passing through the conditioning energy exchanger; and characterised by a control sub-system configured to vary temperature and concentration of the desiccant circulating through the desiccant circuit by selectively controlling supply of at least one of concentrated desiccant and diluted desiccant to the at least one conditioning module.
A washer basket for dishwashers, wherein the washer basket has a lattice-like basket base and lateral walls and the lateral walls with the lattice-like basket base together surround a basket interior space of the washer basket and the basket base and/or the lateral walls has/have bearing surfaces on an underside of the washer basket, which bearing surfaces end in a bearing plane of the washer basket, wherein in at least one of the lateral walls there is formed at least one washing fluid deflection surface for deflecting a washing fluid jet, passing through the bearing plane, into the basket interior space and the washing fluid deflection surface extends between an inner wall portion of the lateral wall and an outer wall portion of the lateral wall, wherein the outer wall portion is arranged further outwards than the inner wall portion when viewed from the basket interior space, characterised in that the washing fluid deflection surface has at least one deflection surface region (13,14), which is arranged at an obtuse angle relative to an inner surface, facing the basket interior space, of the inner wall portion when viewed in a section plane parallel to the bearing plane, wherein this deflection region (13, 14) has a vertical extension of at least 5 mm, preferably of at least 10 mm, in a vertical direction perpendicular to the bearing plane and the obtuse angle lies in a range from 95° to 160°.
System for approximating and connecting an off shore riser duct to a floating unit, comprising: - a tubular coupling recipient installed on the floating unit at a riser coupling level and adapted to receive a coupling adapter of an upper end of said riser duct, said coupling recipient having an annular side wall extending about a recipient longitudinal axis, a downward facing lower opening defined by a lower end edge of the side wall, an upward facing upper opening defined by an upper end edge of the side wall, - a pulling device installed on the floating unit at a pulling device level above said riser coupling level and adapted to pull a pulling line extended through the coupling recipient, wherein the pulling line is intended to be coupled to a pulling head at the upper end of the riser duct, so that the upper end of the riser duct is pulled from below upward into the coupling recipient, - a pulling line redirecting system comprising at least one curved deviating surface along which the pulling line is extended and at which a lower pulling direction of the pulling line at the lower opening of the coupling recipient can be deviated into an intermediate pulling direction of the pulling line in a region above said lower opening, characterized in that a locking mechanism is provided at the coupling recipient for locking the coupling adapter of the riser duct upper end against downward withdrawal from the coupling recipient, and wherein the curved deviating surface is formed by a deviating member directly connected to said coupling recipient and where the deviating member is arranged at a radial distance from the recipient longitudinal axis smaller than the radial distance of the annular side wall from the recipient longitudinal axis. - a tubular coupling recipient installed on the floating unit at a riser coupling level and adapted to receive a coupling adapter of an upper end of said riser duct, said coupling recipient having an annular side wall extending about a recipient longitudinal axis, a downward facing lower opening defined by a lower end edge of the side wall, an upward facing upper opening defined by an upper end edge of the side wall, - a pulling device installed on the floating unit at a pulling device level above said riser coupling level and adapted to pull a pulling line extended through the coupling recipient, wherein the pulling line is intended to be coupled to a pulling head at the upper end of the riser duct, so that the upper end of the riser duct is pulled from below upward into the coupling recipient, - a pulling line redirecting system comprising at least one curved deviating surface along which the pulling line is extended and at which a lower pulling direction of the pulling line at the lower opening of the coupling recipient can be deviated into an intermediate pulling direction of the pulling line in a region above said lower opening,
A device for pumping a fluid at low flows, comprising: - a body including a channel for transportation of a fluid and a cylindrical cavity arranged adjacent to the channel, in connection with the channel and with its longitudinal axis angled relative to the longitudinal axis of the channel, and - a pump including a rotatable cylinder extending into the cavity and arranged so that a part of the cylinder is located in the channel, wherein the cylinder is arranged at a distance from a bottom of the cavity, so as to form a cylindrical space between the cylinder and the bottom of the cavity for receiving a fluid, wherein the cylinder and the cavity are arranged so that a vortex is generated in the fluid in said space by the rotation of the cylinder, and the cylinder is extending partially into the channel so that an opening is formed between said space and the channel, which allows the vortex generated in the space to continue into the channel, characterized in that the channel has a circular cross-section, and in that the bottom of the cavity is arranged at a distance from the channel. - a body including a channel for transportation of a fluid and a cylindrical cavity arranged adjacent to the channel, in connection with the channel and with its longitudinal axis angled relative to the longitudinal axis of the channel, and - a pump including a rotatable cylinder extending into the cavity and arranged so that a part of the cylinder is located in the channel, wherein the cylinder is arranged at a distance from a bottom of the cavity, so as to form a cylindrical space between the cylinder and the bottom of the cavity for receiving a fluid, wherein the cylinder and the cavity are arranged so that a vortex is generated in the fluid in said space by the rotation of the cylinder, and the cylinder is extending partially into the channel so that an opening is formed between said space and the channel, which allows the vortex generated in the space to continue into the channel,
Hearing device, particularly hearing aid, comprising a housing, a signal processing unit arranged in the housing, a first sound generator that is arranged in the housing and a second sound generator, wherein the first sound generator and the second sound generator are each set up to convert an output signal from the signal processing unit into sound, and also additionally comprising a frequency filter having a signal input, a low-frequency output and a high-frequency output, wherein the signal input connects the signal processing unit to the frequency filter for the purpose of supplying the output signal, and wherein - the low-frequency output is connected to the first sound generator, - the high-frequency output is connected to the second sound generator, and the first sound generator comprises an electroacoustic transducer, which generates vibration energy during sound generation, characterized in that the second sound generator comprises a thermoacoustic transducer, which generates no vibration energy during sound generation. - the low-frequency output is connected to the first sound generator, - the high-frequency output is connected to the second sound generator, and