mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic treatment chamber for ultrasonically treating a liquid, said treatment chamber being connectable to a drive system operable to ultrasonically vibrate an ultrasonic horn comprising: an elongate, generally tubular housing having longitudinally opposite ends and an interior space, the housing having an inlet for receiving liquid into the interior space of the housing and an outlet through which liquid is exhausted from the housing following ultrasonic treatment of the liquid, the outlet being spaced longitudinally from the inlet such that liquid flows longitudinally within the interior space of the housing from the inlet to the outlet, an elongate ultrasonic horn extending longitudinally within the interior space of the housing intermediate the inlet and the outlet of the housing; and the ultrasonic treatment chamber being configured such that operation of the drive system generates mechanical vibration of the horn within the interior space of the housing and further generates a standing acoustic wave within said interior space of the housing, a standing wave member, wherein the longitudinal position of the standing wave member within the interior space of the housing is adjustable relative to the ultrasonic horn. an elongate, generally tubular housing having longitudinally opposite ends and an interior space, the housing having an inlet for receiving liquid into the interior space of the housing and an outlet through which liquid is exhausted from the housing following ultrasonic treatment of the liquid, the outlet being spaced longitudinally from the inlet such that liquid flows longitudinally within the interior space of the housing from the inlet to the outlet, an elongate ultrasonic horn extending longitudinally within the interior space of the housing intermediate the inlet and the outlet of the housing; and the ultrasonic treatment chamber being configured such that operation of the drive system generates mechanical vibration of the horn within the interior space of the housing and further generates a standing acoustic wave within said interior space of the housing, a standing wave member, wherein the longitudinal position of the standing wave member within the interior space of the housing is adjustable relative to the ultrasonic horn.
A radio transceiver circuit for frequency division duplex, FDD, communication, comprising a transmitter for FDD signal transmission in a first frequency band; a first receiver for FDD signal reception in a second frequency band, separate from the first frequency band; a duplexer; wherein an output port of the transmitter is operatively connected to a first port of the duplexer for transmitting, through the duplexer, signals in said first frequency band; and an input port of the first receiver is operatively connected to a second port of the duplexer for receiving, through the duplexer, signals in said second frequency band; characterized in that the radio transceiver circuit comprises a second receiver, separate from the first receiver, for reception in said first frequency band; wherein an input port of the second receiver is operatively connected to said first port of the duplexer for receiving, through the duplexer, signals in said first frequency band.
A semiconductor device comprising: a lower line structure; an upper interlayer insulating film provided on the lower line structure and having an upper line trench formed therein, wherein the upper line trench comprises an upper wiring line trench (210L_t) and an upper via trench (210V1_t) extending from the upper wiring line trench (210L_t) to the lower line structure; and an upper line structure provided in the upper line trench, wherein the upper line structure comprises an upper barrier film and an upper filling film, wherein the upper filling film comprises a first sub-filling film in contact with the upper interlayer insulating film, and a second sub-filling film provided on the first sub-filling film, wherein the first sub-filling film fills an entirety of the upper via trench (210V1_t) and covers at least a portion of a bottom surface of the upper wiring line trench (210L_t), wherein the upper barrier film is in contact with the upper interlayer insulating film, and is provided between the second sub-filling film and the upper interlayer insulating film, wherein the semiconductor device further comprises an upper liner provided between the upper barrier film and the second sub-filling film, wherein the upper liner comprises any one or any combination of cobalt, Co, and ruthenium, Ru, and wherein the upper liner extends along a bottom surface (213UP_BS) of the second sub-filling film and along a sidewall of the second sub-filling film, and characterized in that the upper liner is in contact with an upper surface (213LP_US) of the first sub-filling film. a lower line structure; an upper interlayer insulating film provided on the lower line structure and having an upper line trench formed therein, wherein the upper line trench comprises an upper wiring line trench (210L_t) and an upper via trench (210V1_t) extending from the upper wiring line trench (210L_t) to the lower line structure; and an upper line structure provided in the upper line trench, wherein the upper line structure comprises an upper barrier film and an upper filling film, wherein the upper filling film comprises a first sub-filling film in contact with the upper interlayer insulating film, and a second sub-filling film provided on the first sub-filling film, wherein the first sub-filling film fills an entirety of the upper via trench (210V1_t) and covers at least a portion of a bottom surface of the upper wiring line trench (210L_t), wherein the upper barrier film is in contact with the upper interlayer insulating film, and is provided between the second sub-filling film and the upper interlayer insulating film, wherein the semiconductor device further comprises an upper liner provided between the upper barrier film and the second sub-filling film, wherein the upper liner comprises any one or any combination of cobalt, Co, and ruthenium, Ru, and wherein the upper liner extends along a bottom surface (213UP_BS) of the second sub-filling film and along a sidewall of the second sub-filling film, and characterized in that the upper liner is in contact with an upper surface (213LP_US) of the first sub-filling film.
A method of securing content, the method comprising: establishing communication between a secure module source and a content rendering device; producing at the secure module source a dynamically generated pseudo-unique secure module comprising a sequence of a plurality of software primitives, wherein each one of the software primitives is sequentially executed, and an output from a first one of the sequence comprises an input to a second one of the sequence; loading the dynamically generated pseudo-unique secure module to the content rendering device from the secure module source; establishing communication between the secure module source and the dynamically generated pseudo-unique secure module on the content rendering device; and transferring a decryption key from the secure module source to the dynamically generated pseudo-unique secure module on the content rendering device, thereby enabling decryption of encrypted content, the encrypted content being encrypted according to the decryption key. establishing communication between a secure module source and a content rendering device; producing at the secure module source a dynamically generated pseudo-unique secure module comprising a sequence of a plurality of software primitives, wherein each one of the software primitives is sequentially executed, and an output from a first one of the sequence comprises an input to a second one of the sequence; loading the dynamically generated pseudo-unique secure module to the content rendering device from the secure module source; establishing communication between the secure module source and the dynamically generated pseudo-unique secure module on the content rendering device; and transferring a decryption key from the secure module source to the dynamically generated pseudo-unique secure module on the content rendering device, thereby enabling decryption of encrypted content, the encrypted content being encrypted according to the decryption key.
A shaft bearing assembly having a shaft supported in a bearing housing, comprising a pressure reduction device for generating an underpressure inside the bearing housing, characterized in that the pressure reduction device is operated by employing oil.
A secondary battery comprising: a power generation element including: a positive electrode having a positive electrode collector on which a positive electrode active material layer is disposed; an electrolyte layer for retaining an electrolyte; and a negative electrode having a negative electrode collector on which is disposed a negative electrode active material layer having a negative electrode active material containing silicon; the positive electrode active material layer and the negative electrode active material layer facing each other with the electrolyte layer interposed therebetween; characterized in that the negative electrode collector has an active material region in which the negative electrode active material layer is disposed, a non-active-material region in which the negative electrode active material layer is not disposed, and a slit extending from the non-active-material region to the active material region; the positive electrode collector having an active material region in which the positive electrode active material layer is disposed; the active material region of the negative electrode collector having a facing section facing the active material region of the positive electrode collector with the electrolyte layer interposed therebetween, and a non-facing section not facing the active material region of the positive electrode collector, and the slit extending to a boundary of the facing section and the non-facing section. a power generation element including: a positive electrode having a positive electrode collector on which a positive electrode active material layer is disposed; an electrolyte layer for retaining an electrolyte; and a negative electrode having a negative electrode collector on which is disposed a negative electrode active material layer having a negative electrode active material containing silicon; the positive electrode active material layer and the negative electrode active material layer facing each other with the electrolyte layer interposed therebetween; characterized in that the negative electrode collector has an active material region in which the negative electrode active material layer is disposed, a non-active-material region in which the negative electrode active material layer is not disposed, and a slit extending from the non-active-material region to the active material region; the positive electrode collector having an active material region in which the positive electrode active material layer is disposed; the active material region of the negative electrode collector having a facing section facing the active material region of the positive electrode collector with the electrolyte layer interposed therebetween, and a non-facing section not facing the active material region of the positive electrode collector, and the slit extending to a boundary of the facing section and the non-facing section.
A cable tie comprising: a band including a bottom surface and a top surface, comprising: a front section that extends lengthwise from one end of the front section, an ear clamp (816-2, 926-2) whose one end adjoins the other end of the front section, end section whose one end adjoins and extends from the other end of the ear clamp (816-2, 926-2); and a housing, affixed near the front section, with a first opening to receive the end section of the band when the end section of the band is brought toward the housing in a loop, wherein the housing is configured to lock the end section of the band in place when the housing receives the end section via the first opening; wherein the band can be wrapped about one or more items, the band structured to be locked in a closed configuration about the one or more items when the end section is inserted into the housing and the band is tightened about the items, and wherein the ear clamp (816-2, 926-2) has a structure in which, when the band is locked in the closed configuration, subsequent crushing of the ear clamp (816-2, 926-2) increases a tension in the portion of the band tightened about the one or more items. a band including a bottom surface and a top surface, comprising: a front section that extends lengthwise from one end of the front section, an ear clamp (816-2, 926-2) whose one end adjoins the other end of the front section, end section whose one end adjoins and extends from the other end of the ear clamp (816-2, 926-2); and a front section that extends lengthwise from one end of the front section, an ear clamp (816-2, 926-2) whose one end adjoins the other end of the front section, end section whose one end adjoins and extends from the other end of the ear clamp (816-2, 926-2); and a housing, affixed near the front section, with a first opening to receive the end section of the band when the end section of the band is brought toward the housing in a loop, wherein the housing is configured to lock the end section of the band in place when the housing receives the end section via the first opening; wherein the band can be wrapped about one or more items, the band structured to be locked in a closed configuration about the one or more items when the end section is inserted into the housing and the band is tightened about the items, and wherein the ear clamp (816-2, 926-2) has a structure in which, when the band is locked in the closed configuration, subsequent crushing of the ear clamp (816-2, 926-2) increases a tension in the portion of the band tightened about the one or more items.
Electrical converter configured to supply an electric machine, in particular for aircraft, comprising an annular stator and a rotor, the electrical converter comprising: • a plurality of power inverters each comprising a plurality of power devices (3-1; 3-18) configured to be connected to the annular stator so as to supply the electric machine with power, • a casing, having an annular shape, extending longitudinally along an axis and defining a radially inner surface and a radially outer surface, the casing comprising a plurality of cooling baths formed in the radially inner surface, called inner baths, and in the radially outer surface, called outer baths, • a cooling circuit configured to supply each inner bath and each outer bath with coolant, and • the power devices (3-1; 3-18) being mounted in the inner baths and in the outer baths so as to allow cooling of all the power devices (3-1; 3-18). • a plurality of power inverters each comprising a plurality of power devices (3-1; 3-18) configured to be connected to the annular stator so as to supply the electric machine with power, • a casing, having an annular shape, extending longitudinally along an axis and defining a radially inner surface and a radially outer surface, the casing comprising a plurality of cooling baths formed in the radially inner surface, called inner baths, and in the radially outer surface, called outer baths, • a cooling circuit configured to supply each inner bath and each outer bath with coolant, and • the power devices (3-1; 3-18) being mounted in the inner baths and in the outer baths so as to allow cooling of all the power devices (3-1; 3-18).
An ending for a hose, mainly as a connecting element, where the ending includes a body and a mouthpiece connected with the body; the mouthpiece is designed in such a way that an end of the hose can be pushed onto it, and the mouthpiece has a thickening on its outer end designed for holding of the hose on the mouthpiece; whereby the ending has a circumferential stop with an opening for the hose placed in an axis of the mouthpiece; the mouthpiece has a waist for a pulling on of the hose and the waist follows upon the thickening, wherein the mouthpiece is sealed against the body and the mouthpiece is slidably placed inside the body in order to achieve a movement freedom of the mouthpiece towards the stop; wherein the stop is connected with the body, whereby the stop has a touch surface on its circumference, whereby the touch surface is oriented inside, against the thickening on the mouthpiece, and characterized in that an outer diameter of the thickening is larger than an inner diameter of the stop. a body and a mouthpiece connected with the body; the mouthpiece is designed in such a way that an end of the hose can be pushed onto it, and the mouthpiece has a thickening on its outer end designed for holding of the hose on the mouthpiece; whereby the ending has a circumferential stop with an opening for the hose placed in an axis of the mouthpiece; the mouthpiece has a waist for a pulling on of the hose and the waist follows upon the thickening, wherein the mouthpiece is sealed against the body and the mouthpiece is slidably placed inside the body in order to achieve a movement freedom of the mouthpiece towards the stop; wherein the stop is connected with the body, whereby the stop has a touch surface on its circumference, whereby the touch surface is oriented inside, against the thickening on the mouthpiece, and characterized in that an outer diameter of the thickening is larger than an inner diameter of the stop.
A living tissue ligating device comprising a clamp, an operating unit, and a conveying unit; the clamp comprising elastic clips and a tightening tube to receive the elastic clips therein; the operating unit comprising a handle and a slider sliding on the handle; and the conveying unit comprising an outer connecting assembly and an inner connecting assembly; wherein the outer connecting assembly comprises a spring tube and a connecting head; one end of the spring tube is connected to the handle, the other end of the spring tube is connected to one end of the connecting head; the inner connecting assembly which runs through the outer connecting assembly comprises a shaft, a connector (322; 80; 90) and a joint stick; one end of the shaft is connected to the slider of the operating unit by a guiding bar, and the shaft is pullable by the slider; the other end of the shaft is connected to a near end of the connector (322; 80; 90); a far end of the connector (322; 80; 90) is connected to one end of the elastic clip via the joint stick, and the far end of the connector (322; 80; 90) is adapted to be deformed under a certain pull force such that it disengages from the end of the elastic clip; characterized in that the outer connecting assembly comprises a connecting rod, wherein the other end of the connecting head is coupled to one end of the tightening tube via the connecting rod, and a connecting part of the connecting rod is disengageable from holes or grooves correspondingly under a certain pull force, to make the connecting head disengage from the tightening tube, wherein the connecting rod is pullable by the connector (322; 80; 90), and the connecting part of the connecting rod is disengageable from the holes or the grooves correspondingly under the pull force.
A method for producing a glass ceramic element with a patterned coating, comprising the steps of: - providing a glass ceramic element with a coating which is at least partially light-blocking and preferably opaque in the visible spectral range; - irradiating the glass ceramic element with a pulsed laser beam so as to remove the coating by ablation; wherein - during the irradiating the laser beam is directed over the surface of the glass ceramic element such that a portion of the coating is removed; and - once the coating has been removed, irradiating the glass ceramic with the same laser in the region where the coating has been removed, such that the glass ceramic is optically modified in the irradiated region. - providing a glass ceramic element with a coating which is at least partially light-blocking and preferably opaque in the visible spectral range; - irradiating the glass ceramic element with a pulsed laser beam so as to remove the coating by ablation; wherein - during the irradiating the laser beam is directed over the surface of the glass ceramic element such that a portion of the coating is removed; and - once the coating has been removed, irradiating the glass ceramic with the same laser in the region where the coating has been removed, such that the glass ceramic is optically modified in the irradiated region.
Piece of furniture with a one-part or multi-part door, which serves the closing of an opening of the piece of furniture and which is connected by hinges with an mounting profile, which is held displaceable within a door compartment by a displacement device between a first and a second end position, which displacement device comprises a lever mechanism, which includes four lever units (51, 52, 53, 54) rotatable in a plane, a first connecting bar and a second connecting bar and a centre bar, which centre bar is pivotally connected on a first side by a first lever unit and a second lever unit, which are spaced apart and aligned parallel to each other, to the first connecting bar, which is connected to at least one holding device (84A, 84B) mounted on the piece of furniture, and which centre bar is pivotally connected on a second side by a third lever unit and a fourth lever unit, which are spaced apart and aligned parallel to each other, to the second connecting bar, which is connected to the mounting profile, wherein in the first end position of the mounting profile the lever units (51, 53; 52, 54) are aligned at least approximately parallel to the first and second connecting bar (58A, 58B) and are at least partially countersunk into the centre bar, which centre bar in that first end position of the mounting profile is at least partially countersunk into at least one of the first connecting bars (58A, 58B). which displacement device comprises a lever mechanism, which includes four lever units (51, 52, 53, 54) rotatable in a plane, a first connecting bar and a second connecting bar and a centre bar, which centre bar is pivotally connected on a first side by a first lever unit and a second lever unit, which are spaced apart and aligned parallel to each other, to the first connecting bar, which is connected to at least one holding device (84A, 84B) mounted on the piece of furniture, and which centre bar is pivotally connected on a second side by a third lever unit and a fourth lever unit, which are spaced apart and aligned parallel to each other, to the second connecting bar, which is connected to the mounting profile, wherein in the first end position of the mounting profile the lever units (51, 53; 52, 54) are aligned at least approximately parallel to the first and second connecting bar (58A, 58B) and are at least partially countersunk into the centre bar, which centre bar in that first end position of the mounting profile is at least partially countersunk into at least one of the first connecting bars (58A, 58B).
An adapter manifold for a multi-barrel syringe applicator, comprising: an adapter body having substantially parallel inlet ports and substantially parallel exit ports, the inlet ports spaced an axial distance apart (d 1) which is different from an axial distance (d 2) between the exit ports, and substantially parallel syringe connectors in fluid communication with the inlet ports and having Luer-type receivers on proximal ends thereof, characterised in that the syringe connectors have cylindrical tubes on distal ends thereof, slidably positioned within said inlet ports of the adapter body, wherein the syringe connectors are biased toward a proximal end of the adapter body.