mhurhangee/ep-ind-claims huggingface dataset:
A massage toy, particularly a dildo or vibrator, comprising a substantially cylindrical base member, which is made of a supple material, wherein the base member has at least one inner cavity and an inertial member is freely movable positioned in the cavity, wherein the inertial member is a spherical body, wherein the inner cavity has an inner profile having a greater diameter (D K1, D K2) than the inertial member, so that the inertial member can move freely inside the inner cavity, and wherein at least one rigid enclosure (14, 14a, 14b, 14c) is positioned in and completely enclosed by the base member, and the enclosure (14, 14a, 14b, 14c) defines the cavity, wherein the base member is radially external slightly enlarged in the area (10a, 10b, 10c) of the cavity. wherein the base member has at least one inner cavity and an inertial member is freely movable positioned in the cavity, wherein the inertial member is a spherical body, wherein the inner cavity has an inner profile having a greater diameter (D K1, D K2) than the inertial member, so that the inertial member can move freely inside the inner cavity, and wherein at least one rigid enclosure (14, 14a, 14b, 14c) is positioned in and completely enclosed by the base member, and the enclosure (14, 14a, 14b, 14c) defines the cavity, wherein the base member is radially external slightly enlarged in the area (10a, 10b, 10c) of the cavity.
A method for detecting rotation of a carrier by a device embedded in said carrier, said device comprising an enclosure containing a gaseous mixture of an alkali metal and a noble gas, the method including: - a step of starting up (DEM-MEOP) the device during which the noble gas is polarised by means of metastability exchange optical pumping; and - following the step of starting up, a step of acquiring (MES-SEOP), by the device, a signal representative of said rotation during which the noble gas is maintained polarised by means of spin exchange optical pumping. - a step of starting up (DEM-MEOP) the device during which the noble gas is polarised by means of metastability exchange optical pumping; and - following the step of starting up, a step of acquiring (MES-SEOP), by the device, a signal representative of said rotation during which the noble gas is maintained polarised by means of spin exchange optical pumping.
A method of operation of a device, the method comprising: receiving a signal using a multiband bandpass filter and a three-dimensional, 3D, inductor having a wrap-around configuration that are included within a glass substrate; based on the signal, generating a set of output signals by the multiband bandpass filter; and selecting one or more output signals of the set of output signals using an integrated circuit which includes one or more switches included within the glass substrate, wherein the 3D inductor at least partially surrounds the integrated circuit. receiving a signal using a multiband bandpass filter and a three-dimensional, 3D, inductor having a wrap-around configuration that are included within a glass substrate; based on the signal, generating a set of output signals by the multiband bandpass filter; and selecting one or more output signals of the set of output signals using an integrated circuit which includes one or more switches included within the glass substrate, wherein the 3D inductor at least partially surrounds the integrated circuit.
A light emitting diode comprising: a diode region having first and second opposing faces (110a, 1 10b) and including therein an n-type layer and a p-type layer; at least one insulating layer on said first face; a first metal layer on said first face and comprising a portion that passes through said at least one insulating layer to electrically connect said first metal layer to said p-type layer; a second metal layer on said first face and comprising a portion that passes through said at least one insulating layer to electrically connect said second metal layer to said n-type layer, wherein said LED emits light from a side of said LED adjacent to said second face; a transparent contact (130") between said first metal layer and said diode region, wherein said transparent contact (130") comprises indium tin oxide; a current spreading layer between said first metal layer and said transparent contact (130"); a reflective contact electrically connecting said second metal layer to said n-type layer; and a transparent insulating layer extending on portions of said transparent contact (130") outside said current spreading layer, wherein said reflective contact also extends on said transparent insulating layer that is on said transparent contact (130") to cover at least a portion of said transparent contact (130") and reflect light that passes through said transparent contact (130"). a diode region having first and second opposing faces (110a, 1 10b) and including therein an n-type layer and a p-type layer; at least one insulating layer on said first face; a first metal layer on said first face and comprising a portion that passes through said at least one insulating layer to electrically connect said first metal layer to said p-type layer; a second metal layer on said first face and comprising a portion that passes through said at least one insulating layer to electrically connect said second metal layer to said n-type layer, wherein said LED emits light from a side of said LED adjacent to said second face; a transparent contact (130") between said first metal layer and said diode region, wherein said transparent contact (130") comprises indium tin oxide; a current spreading layer between said first metal layer and said transparent contact (130"); a reflective contact electrically connecting said second metal layer to said n-type layer; and a transparent insulating layer extending on portions of said transparent contact (130") outside said current spreading layer, wherein said reflective contact also extends on said transparent insulating layer that is on said transparent contact (130") to cover at least a portion of said transparent contact (130") and reflect light that passes through said transparent contact (130").
A floor nozzle for a vacuum cleaner comprising a housing (1a, 1b) and a sliding base arranged on the underside of the housing, wherein a suction mouth, which runs in a transverse direction (y) and which is limited by a front suction mouth edge in a working direction (x) and by a rear suction mouth edge in the working direction (x), is formed in the sliding base, characterized in that the sliding base has a front cylinder jacket portion in front of the front suction mouth edge and a rear cylinder jacket portion behind the rear suction mouth edge, and that the front cylinder jacket portion is arranged within a first radius (r 1) and the rear cylinder jacket portion is arranged within a second radius (r 2) about a common axis of symmetry, which runs in the transverse direction (y).
An optical sight comprising, in series arranged, an objective, a first reticle, an erecting system consisting of a first and second positive components each of which is cemented of two lenses, an eyepiece, and further a beam-splitting cube which beam-splitting plane is made as a diagonal face, wherein the beam-splitting cube has an upper face and a lower face with regard to the diagonal face, a third positive component cemented of two lenses, and three mirrors comprising a first plane mirror parallel to the beam-splitting face of the cube being arranged on the same axis with the third positive component, a second plane mirror being arranged perpendicular to the first mirror in front of the focal plane of the eyepiece and a third mirror tilted to an optical axis and faced by its reflective surface towards the eyepiece being arranged between the focal plane of the eyepiece and the second component of the erecting system, characterized in that the beam-splitting cube is arranged in front of the erecting system (6, 7) so that its front face towards the objective, on which the first reticle is applied, is in the focal plane of the objective, cemented to the lower face of the beam-splitting cube is a second illuminated reticle optically conjugated with the first reticle, the third positive component is cemented to the upper face of the cube, and arranged axially between the first and second mirror (12, 13) is a fourth positive component cemented of two lenses.
An apparatus for positioning a connecting rod relative to one or more components underlying a cylinder of an engine block in tandem with assembling a cylinder liner to the cylinder of the engine block, characterised in that the apparatus comprises: a holder mechanism for releasably holding a bottom end of the cylinder liner, wherein a portion (204/206) of the holder mechanism is configured to extend beyond the bottom end of the cylinder liner to define a groove disposed parallel to a circumference of the cylinder liner; a link for pivotally connecting the cylinder liner to the connecting rod, the link comprising: a first end defining a pin slidably engaged with the groove of the holder mechanism; and a second end distal from the first end, the second end defining an opening therethrough, the opening configured to facilitate insertion of a fastener for releasably securing the link to a bottom end of the connecting rod. a holder mechanism for releasably holding a bottom end of the cylinder liner, wherein a portion (204/206) of the holder mechanism is configured to extend beyond the bottom end of the cylinder liner to define a groove disposed parallel to a circumference of the cylinder liner; a link for pivotally connecting the cylinder liner to the connecting rod, the link comprising: a first end defining a pin slidably engaged with the groove of the holder mechanism; and a second end distal from the first end, the second end defining an opening therethrough, the opening configured to facilitate insertion of a fastener for releasably securing the link to a bottom end of the connecting rod. a first end defining a pin slidably engaged with the groove of the holder mechanism; and a second end distal from the first end, the second end defining an opening therethrough, the opening configured to facilitate insertion of a fastener for releasably securing the link to a bottom end of the connecting rod.
A method comprising: receiving, by an apparatus from another apparatus during a discovery window, a service discovery frame; in response to determining, by the apparatus, that the apparatus is able to transmit a data path request to the other apparatus during the discovery window, transmitting the data path request to the other apparatus during the discovery window; and in response to determining, by the apparatus, that the apparatus is not able to transmit the data path request to the other apparatus during the discovery window, transmitting a wake-up frame to the other apparatus after the discovery window and transmitting the data path request to the other apparatus during an availability window after said transmission of the wake-up frame. receiving, by an apparatus from another apparatus during a discovery window, a service discovery frame; in response to determining, by the apparatus, that the apparatus is able to transmit a data path request to the other apparatus during the discovery window, transmitting the data path request to the other apparatus during the discovery window; and in response to determining, by the apparatus, that the apparatus is not able to transmit the data path request to the other apparatus during the discovery window, transmitting a wake-up frame to the other apparatus after the discovery window and transmitting the data path request to the other apparatus during an availability window after said transmission of the wake-up frame.
A controller of rotary electric machine which controls one rotary electric machine which has plural sets of windings via switching devices, the controller of rotary electric machine comprising: a current detection unit that, for each set, is configured to detect a current flowing into the winding; a current command calculation unit that, for each set, is configured to calculate a current command value flowing into the winding; a voltage command calculation unit that, for each set, is configured to calculate a voltage command value applied to the winding, based on the current command value and a current detection value; a switching control unit that, for each set, is configured to control on/off the switching device, based on the voltage command value; and characterised by a voltage control value calculation unit that is configured to calculate, for each set, a required DC voltage which is a minimum DC power voltage required for applying a voltage according to the voltage command value to the winding, based on the voltage command value, is configured to calculate one common required DC voltage (Vnecm) which is common to all sets, based on all sets of the required DC voltages, and is configured to change a common voltage control value (Vrev) so that the common required DC voltage (Vnecm) approaches a DC power voltage supplied to the switching devices, wherein the current command calculation unit is configured to change each set of the current command value, based on the common voltage control value (Vrev). a current detection unit that, for each set, is configured to detect a current flowing into the winding; a current command calculation unit that, for each set, is configured to calculate a current command value flowing into the winding; a voltage command calculation unit that, for each set, is configured to calculate a voltage command value applied to the winding, based on the current command value and a current detection value; a switching control unit that, for each set, is configured to control on/off the switching device, based on the voltage command value; and characterised by a voltage control value calculation unit that is configured to calculate, for each set, a required DC voltage which is a minimum DC power voltage required for applying a voltage according to the voltage command value to the winding, based on the voltage command value, is configured to calculate one common required DC voltage (Vnecm) which is common to all sets, based on all sets of the required DC voltages, and is configured to change a common voltage control value (Vrev) so that the common required DC voltage (Vnecm) approaches a DC power voltage supplied to the switching devices, wherein the current command calculation unit is configured to change each set of the current command value, based on the common voltage control value (Vrev).
Apparatus for metering carbon dioxide snow, having a storage container into which a supply line for carbon dioxide in liquid or snow-like form and a gas extraction line for the discharge of carbon dioxide gas opens, and which is equipped with a discharge unit for the metered discharge of carbon dioxide snow, characterized in that the discharge unit comprises a discharge opening which is arranged at a base side on the storage container, a horizontally movable sliding base which interacts with the discharge opening and which is movable between a first position, in which it closes the discharge opening of the storage container, and a second position, in which it opens up the discharge opening, and at least one horizontally movable separating base (11, 11a, 11b, 11c, 11d) which is arranged above the sliding base on the storage container and which is movable from a first position, in which it separates the interior space of the storage container into two partial volumes, into a second position, in which said separating base is spaced apart from the interior space of the storage container, wherein the vertical spacing between the sliding base and the separating base is variable.
An exoskeleton configured to be worn by a user to support and transfer a load carried by the user, the exoskeleton comprising a torso section connected to two symmetrical articulated leg sections (300L,300R) via a hip section such as to transfer the load carried by the torso section down to the ground via the hip section and then the leg sections (300L,300R), each leg section (300L,300R) being adapted to be maintained on each user's leg and to follow the leg's movements when the exoskeleton is in use, each leg section (300L,300R) having an upper end operatively connected to an outer side of the hip section and a bottom end adapted to be in contact with the ground, characterized in that each leg section (300L,300R) is configured to transfer the load from the outer side of the hip section to an inner side of the user's leg before contacting to the ground.
A light emitting device comprising: a first conductivity type semiconductor layer; an In x Ga 1-x N layer (where, 0<x≤1) on the first conductivity type semiconductor layer; a GaN layer on the In x Ga 1-x N layer; a first Al y1 Ga 1-y1 N layer (where, 0<y1≤1) on the GaN layer; an active layer on the first Al y1 Ga 1-y1 N layer; and a second conductivity type semiconductor layer on the active layer, characterized in comprising a GaN-based superlattice layer interposed between the first Al y1 Ga 1-y1 N layer and the active layer, wherein the GaN-based superlattice layer comprises a first-group GaN-based superlattice layer having first bandgap energy, and including a first-group well and a first-group barrier, the first bandgap energy being a depth of the first-group well, a second-group GaN-based superlattice layer provided on the first-group GaN-based superlattice layer and having second bandgap energy lower than the first bandgap energy, and including a second-group well and a second-group barrier, the second bandgap energy being a depth of the second-group well, and a third-group GaN-based superlattice layer provided on the second-group GaN-based superlattice layer and including a third-group well and a third-group barrier and having third bandgap energy, the third bandgap energy being a depth of the third-group well, and wherein the third bandgap energy is equal to or lower than the second bandgap energy, and wherein the light emitting device further comprises an undoped GaN layer disposed between the third-group barrier and a quantum well of the active layer. a first conductivity type semiconductor layer; an In x Ga 1-x N layer (where, 0<x≤1) on the first conductivity type semiconductor layer; a GaN layer on the In x Ga 1-x N layer; a first Al y1 Ga 1-y1 N layer (where, 0<y1≤1) on the GaN layer; an active layer on the first Al y1 Ga 1-y1 N layer; and a second conductivity type semiconductor layer on the active layer, characterized in comprising a GaN-based superlattice layer interposed between the first Al y1 Ga 1-y1 N layer and the active layer, wherein the GaN-based superlattice layer comprises a first-group GaN-based superlattice layer having first bandgap energy, and including a first-group well and a first-group barrier, the first bandgap energy being a depth of the first-group well, a second-group GaN-based superlattice layer provided on the first-group GaN-based superlattice layer and having second bandgap energy lower than the first bandgap energy, and including a second-group well and a second-group barrier, the second bandgap energy being a depth of the second-group well, and a third-group GaN-based superlattice layer provided on the second-group GaN-based superlattice layer and including a third-group well and a third-group barrier and having third bandgap energy, the third bandgap energy being a depth of the third-group well, and wherein the third bandgap energy is equal to or lower than the second bandgap energy, and wherein the light emitting device further comprises an undoped GaN layer disposed between the third-group barrier and a quantum well of the active layer.
Bag manufacturing process for forming a stack (P, P') whereby a tube is made with a strip of flexible material, a portion of tube is separated at the front of the tube forming a first flap at the rear of the portion of tube, the first flap prolonging the first wall of the portion beyond the end of the second wall adjacent to the first wall, a bag is formed with each portion of tube by closing the front of the portion of tube by bonding a second flap extending from the second wall on to the first wall, and a stack (P, P') of bags is formed, the first wall of the first of the bags being against the second wall of the adjacent second bag attached to the first bag by means of attachment, characterised by the fact that an anti-adhesive coating is applied to the first wall of the first bag and a coat of adhesive is applied to the anti-adhesive coating before the formation the stack and thus forming the means of attachment, and the coat of adhesive is transferred on to the second wall of the adjacent bag when the stack is formed, the coat of adhesive being able to bond the first flap on to the second wall after the bag has been detached from the stack (P, P').
An apparatus (1;21) for aspirating, irrigating and/or cleansing wounds, comprising a) a fluid flow path, comprising a conformable wound dressing (2;41), having a backing layer (3;42;72) which has a wound-facing face and which is capable of forming a relatively fluid-tight seal or closure over a wound and at least one inlet pipe (6;46;76) for connection to a fluid supply tube, which passes through and/or under the wound-facing face, and at least one outlet pipe (9;47,77) for connection to a fluid offtake tube, which passes through and/or under the wound-facing face, the point at which the or each inlet pipe and the or each outlet pipe passes through and/or under the wound-facing face forming a relatively fluid-tight seal or closure over the wound; b) a fluid reservoir connected by a fluid supply tube to an inlet pipe c)at least one device for moving fluid through the wound dressing: d) means (14;16;18) for providing simultaneous aspiration and irrigation of the wound such that fluid may be supplied to fill the flowpath from the fluid reservoir via the fluid supply tube while fluid is aspirated by a device through the fluid offtake tube; and characterised in that the apparatus further comprises a pressure monitor connected to the fluid offtake tube or to a monitor offtake tube and wherein the pressure monitor has a feedback connection to a bleed regulator connected to the fluid offtake tube, thereby providing a means for holding a negative pressure on the wound at a steady level, while providing simultaneous aspiration and irrigation of the wound. a) a fluid flow path, comprising a conformable wound dressing (2;41), having a backing layer (3;42;72) which has a wound-facing face and which is capable of forming a relatively fluid-tight seal or closure over a wound and at least one inlet pipe (6;46;76) for connection to a fluid supply tube, which passes through and/or under the wound-facing face, and at least one outlet pipe (9;47,77) for connection to a fluid offtake tube, which passes through and/or under the wound-facing face, the point at which the or each inlet pipe and the or each outlet pipe passes through and/or under the wound-facing face forming a relatively fluid-tight seal or closure over the wound; b) a fluid reservoir connected by a fluid supply tube to an inlet pipe c)at least one device for moving fluid through the wound dressing: d) means (14;16;18) for providing simultaneous aspiration and irrigation of the wound such that fluid may be supplied to fill the flowpath from the fluid reservoir via the fluid supply tube while fluid is aspirated by a device through the fluid offtake tube; and characterised in that the apparatus further comprises a pressure monitor connected to the fluid offtake tube or to a monitor offtake tube and wherein the pressure monitor has a feedback connection to a bleed regulator connected to the fluid offtake tube, thereby providing a means for holding a negative pressure on the wound at a steady level, while providing simultaneous aspiration and irrigation of the wound.