mhurhangee/ep-ind-claims huggingface dataset:
A substrate carrying indium oxide nanorods, comprising: a substrate; and a plurality of indium oxide nanorods disposed on the substrate, each of the indium oxide nanorods comprising: a bottom portion; a top portion opposite to the bottom portion; and a connection portion connected between the bottom portion and the top portion, wherein an average diameter of the top portion is greater than an average diameter of the connection portion and an average diameter of the bottom portion, the indium oxide nanorod being characterized in that a width of the connection portion gradually decreases in a direction from the top portion to the bottom portion, and the bottom portion of each of the indium oxide nanorods is in contact with the substrate. a substrate; and a plurality of indium oxide nanorods disposed on the substrate, each of the indium oxide nanorods comprising: a bottom portion; a top portion opposite to the bottom portion; and a connection portion connected between the bottom portion and the top portion, wherein an average diameter of the top portion is greater than an average diameter of the connection portion and an average diameter of the bottom portion, the indium oxide nanorod being characterized in that a width of the connection portion gradually decreases in a direction from the top portion to the bottom portion, and the bottom portion of each of the indium oxide nanorods is in contact with the substrate. a bottom portion; a top portion opposite to the bottom portion; and a connection portion connected between the bottom portion and the top portion, wherein an average diameter of the top portion is greater than an average diameter of the connection portion and an average diameter of the bottom portion, the indium oxide nanorod being characterized in that a width of the connection portion gradually decreases in a direction from the top portion to the bottom portion, and the bottom portion of each of the indium oxide nanorods is in contact with the substrate.
An air conditioner having a power saving function, comprising: a first communication unit; a first controller configured to transmit a control signal to the first communication unit; a main power supply including a switched-mode power supply, SMPS, connected to an alternating current power supply and configured to supply power and a standby power switching unit configured to selectively switch on or off power supplied to the SMPS; an auxiliary power supply connected to the AC power supply; a second communication unit connected to the first communication unit via a communication line and configured to receive power from the auxiliary power supply; a switching driver connected to the auxiliary power supply and the second communication unit and configured to supply driving power to the standby power switching unit according to the control signal through the first communication unit; and a second controller configured to receive power from the SMPS, wherein the standby power switching unit includes: a first relay receiving power from the auxiliary power supply and configured to operate by the switching driver; and a third relay receiving power from the SMPS and connected to the first relay in parallel, and configured to operate by the switching driver. a first communication unit; a first controller configured to transmit a control signal to the first communication unit; a main power supply including a switched-mode power supply, SMPS, connected to an alternating current power supply and configured to supply power and a standby power switching unit configured to selectively switch on or off power supplied to the SMPS; an auxiliary power supply connected to the AC power supply; a second communication unit connected to the first communication unit via a communication line and configured to receive power from the auxiliary power supply; a switching driver connected to the auxiliary power supply and the second communication unit and configured to supply driving power to the standby power switching unit according to the control signal through the first communication unit; and a second controller configured to receive power from the SMPS, wherein the standby power switching unit includes: a first relay receiving power from the auxiliary power supply and configured to operate by the switching driver; and a third relay receiving power from the SMPS and connected to the first relay in parallel, and configured to operate by the switching driver. a first relay receiving power from the auxiliary power supply and configured to operate by the switching driver; and a third relay receiving power from the SMPS and connected to the first relay in parallel, and configured to operate by the switching driver.
A roller shutter having a roller shutter curtain which comprises a plurality of roller shutter slats (22; 22a-22d) which are connected to one another in an articulated manner; having mutually oppositely disposed guide rails which guide the roller shutter curtain on the opening and closing of the roller shutter and hold said roller shutter curtain in a closed state; and having a mechanism for the moving up and down of the roller shutter slats (22; 22a-22d), wherein seals are provided which are configured and arranged for the purpose of minimizing or preventing flows between the roller shutter slats (22; 22a-22d) and the guide rails in the closed state, characterized in that a device is provided that, on a closing, preferably at the end of a closing movement, of the roller shutter, brings about a deployment of the seals; in that the device has at least one leaf spring, at least one sliding element and at least one support rail, which are arranged in a holding rail, for each seal; and in that the seals can be deployed on the closing of the roller shutter and preferably come into contact with the roller shutter curtain at the end of the closing movement.
Hearing aid comprising a housing as well as a switching module arranged on the housing, wherein the switching module comprises a movable switching element, operable from the outside, for changing settings of the hearing aid, characterized in that a coil antenna for the inductive transmission of information signals to the hearing aid is inserted into a hollow space of the switching element.
Skin expansion system to reduce a wound surrounded by tissues, the skin expansion system comprising: - an elastically deformable tie intended to extend between the tissues surrounding the wound in such a way that tension in the tie produces traction along the tissues surrounding the wound in order to bring said tissues closer together, the tie having opposed first and second ends, the tie having at rest a length between the first and second ends and being elastically stretchable to move the first and second ends away from each other, the tie is adapted to suture the wound by passing directly through the tissues surrounding the wound at at least two suture points, the tie being made from a biocompatible material and comprising a suture needle rigidly connected to the first end, - a tensioner adapted to maintain tension in the tie, - a plurality of spacers (30; 30'; 30") configured to be interposed between the tie and the tissues surrounding the wound at a plurality of suture points, the spacer (30; 30'; 30") having a bearing surface (31; 31'; 31") adapted to rest on the tissues surrounding the wound, and a guide surface (32; 32'; 32") opposite the bearing surface (31; 31'; 31") and adapted to receive a portion of the tie, the skin expansion system being characterised in that the guide surface (32; 32'; 32") extends along a guide axis (A; A'; A") and is concave around the guide axis (A; A'; A"). - an elastically deformable tie intended to extend between the tissues surrounding the wound in such a way that tension in the tie produces traction along the tissues surrounding the wound in order to bring said tissues closer together, the tie having opposed first and second ends, the tie having at rest a length between the first and second ends and being elastically stretchable to move the first and second ends away from each other, the tie is adapted to suture the wound by passing directly through the tissues surrounding the wound at at least two suture points, the tie being made from a biocompatible material and comprising a suture needle rigidly connected to the first end, - a tensioner adapted to maintain tension in the tie, - a plurality of spacers (30; 30'; 30") configured to be interposed between the tie and the tissues surrounding the wound at a plurality of suture points, the spacer (30; 30'; 30") having a bearing surface (31; 31'; 31") adapted to rest on the tissues surrounding the wound, and a guide surface (32; 32'; 32") opposite the bearing surface (31; 31'; 31") and adapted to receive a portion of the tie, the skin expansion system being characterised in that the guide surface (32; 32'; 32") extends along a guide axis (A; A'; A") and is concave around the guide axis (A; A'; A").
A system comprising: an implantable medical device comprising a device housing constructed of a single material and coupled- to an implantable medical lead, wherein the device housing comprises a free wall configured to move relative to other portions of the device housing; one or more elements (72, 74) configured to contact the free wall and to move the free wall to produce a pressure wave within a patient and detect at least one reflected pressure wave by detecting motion of the free wall caused by the at least one reflected pressure wave; and a processor configured to automatically determine a physiological condition of the patient based on the at least one reflected pressure wave, wherein the device housing completely or nearly completely encloses the processor and the one or more elements. an implantable medical device comprising a device housing constructed of a single material and coupled- to an implantable medical lead, wherein the device housing comprises a free wall configured to move relative to other portions of the device housing; one or more elements (72, 74) configured to contact the free wall and to move the free wall to produce a pressure wave within a patient and detect at least one reflected pressure wave by detecting motion of the free wall caused by the at least one reflected pressure wave; and a processor configured to automatically determine a physiological condition of the patient based on the at least one reflected pressure wave, wherein the device housing completely or nearly completely encloses the processor and the one or more elements.
A method of optimizing a layout of a smoke detection system in a space, comprising: obtaining requirements for the smoke detection system, wherein the smoke detection system is a fiber optic high-sensitivity smoke detection system including a plurality of fiber optic cables extending to a plurality of nodes; accessing a digital representation of physical and functional characteristics of the space; integrating the requirements and the digital representation of physical and functional characteristics of the space in a fiber deployment algorithm, wherein the fiber deployment algorithm utilizes variables including one or more of fiber type, node polish angle and direction, expected lighting in the space, and a smoke propagation simulation as variables in determining the layout; and determining a layout of smoke detection system components including the plurality of fiber optic cables and the plurality of nodes based on the fiber deployment algorithm; and installing the smoke detection system in the space according to the determined layout. obtaining requirements for the smoke detection system, wherein the smoke detection system is a fiber optic high-sensitivity smoke detection system including a plurality of fiber optic cables extending to a plurality of nodes; accessing a digital representation of physical and functional characteristics of the space; integrating the requirements and the digital representation of physical and functional characteristics of the space in a fiber deployment algorithm, wherein the fiber deployment algorithm utilizes variables including one or more of fiber type, node polish angle and direction, expected lighting in the space, and a smoke propagation simulation as variables in determining the layout; and determining a layout of smoke detection system components including the plurality of fiber optic cables and the plurality of nodes based on the fiber deployment algorithm; and
A developing member, comprising: a substrate; an elastic layer provided on the substrate, the elastic layer comprising a cured product of an addition-curing silicone rubber mixture; and a surface layer provided on the elastic layer, wherein: the elastic layer comprises a compound represented by the following formula; when a content of such a compound that n in the following formula represents an integer of 3 or more and 12 or less in the elastic layer is represented by P1 ppm by mass, and a content of such a compound that n in the following formula represents an integer of 13 or more and 20 or less in the layer is represented by P2 ppm by mass, P1+P2 is 5,000 ppm by mass or more and 12,000 ppm by mass or less; and P1 is 1,500 ppm by mass or more and 6,000 ppm by mass or less: in the formula, n represents an integer of 3 or more and 20 or less. a substrate; an elastic layer provided on the substrate, the elastic layer comprising a cured product of an addition-curing silicone rubber mixture; and a surface layer provided on the elastic layer, the elastic layer comprises a compound represented by the following formula; when a content of such a compound that n in the following formula represents an integer of 3 or more and 12 or less in the elastic layer is represented by P1 ppm by mass, and a content of such a compound that n in the following formula represents an integer of 13 or more and 20 or less in the layer is represented by P2 ppm by mass, P1+P2 is 5,000 ppm by mass or more and 12,000 ppm by mass or less; and P1 is 1,500 ppm by mass or more and 6,000 ppm by mass or less: in the formula, n represents an integer of 3 or more and 20 or less.
A piston for a needleless valve system comprising: a head portion configured to be disposed in said needleless valve system and controlling fluid flow through said needleless valve system, said head portion comprising: a continuous top surface; and an opening disposed proximate to said continuous top surface, wherein said continuous top surface is non-planar when said opening is in an open position; the piston being characterized in that said open position is a relaxed state of said opening. a head portion configured to be disposed in said needleless valve system and controlling fluid flow through said needleless valve system, said head portion comprising: a continuous top surface; and an opening disposed proximate to said continuous top surface, wherein said continuous top surface is non-planar when said opening is in an open position; a continuous top surface; and an opening disposed proximate to said continuous top surface, wherein said continuous top surface is non-planar when said opening is in an open position; the piston being characterized in that said open position is a relaxed state of said opening.
Filter element comprising an assembly with a flat medium as filter medium, consisting of fibres and having a plastic connecting element (3, 3', 3", 3"'), which is connected integrally to the medium, wherein the connecting element (3, 3', 3", 3"') is made of a particle foam, wherein the integral connection of the medium to the connecting element (3, 3', 3", 3"') is carried out during the conversion of the particle foam, characterized in that the medium is pleated, and in that the connecting element (3", 3"') is formed as a frame, which surrounds the medium entirely or partially all around.
Vibration damper, in particular a piston rod damper for a motor vehicle, comprising a damping housing which receives a piston rod which surrounds a pin which is mounted with a play in the damping housing, a first disc of the piston rod being locked to the damping housing, and a damping element being mounted between the piston rod and the damping housing, characterized in that the locking means between the first disc of the piston rod and the damping housing is configured as a bayonet-like closure (9, 10).
Lighting module for motor vehicle comprising: - at least one lighting engine configured for forming a light beam with a cut-off line, the cut-off line running along one or more axes; - at least one lens having an optical axis designed to project the said light beam with a cut-off line, the said at least one lens comprising diffractive elements for correcting all or part of the chromatism of the lens, and comprising a central region which is lacking the said diffractive elements, in which the central region extends on either side of and along a projection along optical axis of the said cut-off line on the said at least one lens, characterized in that the central region includes the projection of the cut-off line, and the limits of this region being at non-zero distances from this projection. - at least one lighting engine configured for forming a light beam with a cut-off line, the cut-off line running along one or more axes; - at least one lens having an optical axis designed to project the said light beam with a cut-off line, the said at least one lens comprising diffractive elements for correcting all or part of the chromatism of the lens, and comprising a central region which is lacking the said diffractive elements,
A system for polishing capsules comprising: - an inlet; - an outlet; - a wall arranged around an axis extending from said inlet to said outlet; - a brush located at least partially inside the wall and comprising bristles arranged around said axis so as to form a helical conveying ramp for said capsules, from said inlet to said outlet; each of said bristles comprising a free end facing an inner face of said wall; - a mechanical unit arranged to generate a rotational movement of said brush around said axis to convey said capsules from said inlet to said outlet; said system comprising at least one protrusion (8, 8A, 8B) at said inner face of said wall, and arranged to bend at least some of said bristles of said brush during said rotational movement of said brush around said axis; characterised in that: - a distance between said axis and said free end of a first bristle of said brush, and a distance between said axis and said free end of a second bristle of said brush differ by at least 2 mm. - an inlet; - an outlet; - a wall arranged around an axis extending from said inlet to said outlet; - a brush located at least partially inside the wall and comprising bristles arranged around said axis so as to form a helical conveying ramp for said capsules, from said inlet to said outlet; each of said bristles comprising a free end facing an inner face of said wall; - a mechanical unit arranged to generate a rotational movement of said brush around said axis to convey said capsules from said inlet to said outlet; said system comprising at least one protrusion (8, 8A, 8B) at said inner face of said wall, and arranged to bend at least some of said bristles of said brush during said rotational movement of said brush around said axis; characterised in that: - a distance between said axis and said free end of a first bristle of said brush, and a distance between said axis and said free end of a second bristle of said brush differ by at least 2 mm.
A connecting structure of a wave guide converter, the connecting structure including a converter and a transmission line, comprising: a first substrate in which a hollow waveguide that propagates a high frequency signal is formed so as to pierce through the first substrate; and a second substrate that is layered on the first substrate, and in which the converter is arranged at a connecting point with the hollow waveguide and the transmission line extends from the converter and that propagates the high frequency signal, wherein a choke structure to shield a leak of the high frequency signal is arranged around the hollow waveguide on a surface of the first substrate opposing to the second substrate so as to surround the hollow waveguide keeping a predetermined interval from the hollow waveguide, and the first substrate and the second substrate are fixed so as to be non-electrically connected to each other by adhesive that is arranged at a position outside the choke structure between the substrates, the adhesive being arranged so as to surround the choke structure, the adhesive being a non-conductive sheet adhesive having such viscosity that the adhesive does not flow out at the time of application, wherein the adhesive is arranged so as to be sandwiched between the first substrate and the second substrate. a first substrate in which a hollow waveguide that propagates a high frequency signal is formed so as to pierce through the first substrate; and a second substrate that is layered on the first substrate, and in which the converter is arranged at a connecting point with the hollow waveguide and the transmission line extends from the converter and that propagates the high frequency signal, wherein a choke structure to shield a leak of the high frequency signal is arranged around the hollow waveguide on a surface of the first substrate opposing to the second substrate so as to surround the hollow waveguide keeping a predetermined interval from the hollow waveguide, and the first substrate and the second substrate are fixed so as to be non-electrically connected to each other by adhesive that is arranged at a position outside the choke structure between the substrates, the adhesive being arranged so as to surround the choke structure, the adhesive being a non-conductive sheet adhesive having such viscosity that the adhesive does not flow out at the time of application, wherein the adhesive is arranged so as to be sandwiched between the first substrate and the second substrate.