mhurhangee/patent-ind-claim-en huggingface dataset:
A carbon-sulfur composite comprising: a carbon aggregate having a hierarchical porosity structure comprised with pores interconnected three-dimensionally and ordered; and sulfur introduced to at least a part of an external surface and an inside of the carbon aggregate, and wherein the carbon aggregate has a structure in which one or more types of cylindrical carbon materials selected from the group consisting of carbon nanotubes (CNT), graphite nanofibers (GNF), carbon nanofibers (CNF) and activated carbon fibers (ACF) are entangled with each other, and wherein the carbon aggregate includes mesopores having a size of 2 to 50 nm and macropores having a diameter of 500 nm to 600 nm as measured by the method defined in the description. nm. a carbon aggregate having a hierarchical porosity structure comprised with pores interconnected three-dimensionally and ordered; and sulfur introduced to at least a part of an external surface and an inside of the carbon aggregate, and wherein the carbon aggregate has a structure in which one or more types of cylindrical carbon materials selected from the group consisting of carbon nanotubes (CNT), graphite nanofibers (GNF), carbon nanofibers (CNF) and activated carbon fibers (ACF) are entangled with each other, and wherein the carbon aggregate includes mesopores having a size of 2 to 50 nm and macropores having a diameter of 500 nm to 600 nm as measured by the method defined in the description. nm.
A semiconductor power module , comprising: a first busbar and a second busbar ; at least one semiconductor chip sandwiched between said first busbar and said second busbar , together forming a module substructure , each semiconductor chip of said at least one semiconductor chip having at least one semiconductor component comprising a first electrode electrically connected to said first busbar and a second electrode electrically connected to said second busbar ; a first clamping structure comprising a first clamping body and a second clamping body each clamping body being disposed on opposite sides of said module substructure along a first axis, wherein said clamping structure is arranged to press said first busbar and said second busbar towards each other along said first axis , in order to clamp said module substructure with a first clamping force thereby forming a press-pack module ; a second clamping structure comprising: two heat-sinks disposed on opposite sides of said press-pack module along a second axis perpendicular to said first axis and wherein said second clamping structure is arranged to clamp said press-pack module by pressing said heat-sinks towards each other along said second axis perpendicular to said first axis with a second clamping force. a first busbar and a second busbar ; at least one semiconductor chip sandwiched between said first busbar and said second busbar , together forming a module substructure , each semiconductor chip of said at least one semiconductor chip having at least one semiconductor component comprising a first electrode electrically connected to said first busbar and a second electrode electrically connected to said second busbar ; a first clamping structure comprising a first clamping body and a second clamping body each clamping body being disposed on opposite sides of said module substructure along a first axis, wherein said clamping structure is arranged to press said first busbar and said second busbar towards each other along said first axis , in order to clamp said module substructure with a first clamping force thereby forming a press-pack module ; a second clamping structure comprising: two heat-sinks disposed on opposite sides of said press-pack module along a second axis perpendicular to said first axis and wherein said second clamping structure is arranged to clamp said press-pack module by pressing said heat-sinks towards each other along said second axis perpendicular to said first axis with a second clamping force.
Retail and storage pack of the blister card type having the features a. it comprises a carrier , and b. it comprises a plastics moulded part with a planar base surface into which at least two depressions (105; 106) have been introduced by means of thermoforming, wherein c. the planar base surface of the plastics moulded part is fixed on the carrier , such that the depressions (105; 106), together with the carrier , form at least two closed receptacles (108; 109) for cylindrical button cells (110; 111), wherein the receptacles (108; 109) are arranged separately from one another on the carrier and are separated from one another by regions on the carrier in which the planar base surface of the plastics moulded part is firmly connected to the carrier , and wherein d. the receptacles (108; 109) each comprise a central space (112; 113) of circular-cylindrical basic shape into which the button cells (110; 111) are inserted, characterized in that e. the receptacles (108; 109) each comprise a side space (114; 115) which is configured as a bulge of the central space (112; 113) and which is configured in such a way that it cannot be filled by the button cells (110; 111). a. it comprises a carrier , and b. it comprises a plastics moulded part with a planar base surface into which at least two depressions (105; 106) have been introduced by means of thermoforming, wherein c. the planar base surface of the plastics moulded part is fixed on the carrier , such that the depressions (105; 106), together with the carrier , form at least two closed receptacles (108; 109) for cylindrical button cells (110; 111), wherein the receptacles (108; 109) are arranged separately from one another on the carrier and are separated from one another by regions on the carrier in which the planar base surface of the plastics moulded part is firmly connected to the carrier , and wherein d. the receptacles (108; 109) each comprise a central space (112; 113) of circular-cylindrical basic shape into which the button cells (110; 111) are inserted, characterized in that e. the receptacles (108; 109) each comprise a side space (114; 115) which is configured as a bulge of the central space (112; 113) and which is configured in such a way that it cannot be filled by the button cells (110; 111).
A crystal nucleating agent for polyolefin resins, the crystal nucleating agent having an aerated bulk density within a range of 0.25 to 0.50 g/cm 3 and a packed bulk density within a range of 0.35 to 0.80 g/cm 3 .
Floor structure on a base comprising a primer and a floor covering which is atop the primer and comprises a floor coating and/or an adhesive bond, characterized in that the primer is obtained from an aqueous dispersion of at least one acrylic polymer containing 0.001-0.2% by weight, 0.005-0.1% by weight, especially 0.002-0.05% by weight, 0.005-0.03% by weight, more preferably 0.01-0.02% by weight, of at least one benzoxazole-based system, based on the total weight of the aqueous dispersion.
A heat-not-burn tobacco product comprising a tobacco rod part , a mouthpiece part , and a wrapped part in which the tobacco rod part and the mouthpiece part are wrapped with tipping paper , wherein a lip release agent is applied to at least a portion of the tipping paper, wherein the wrapped part consists of a first region and a second region in a longitudinal direction of the heat-not-bum tobacco product, the first region including a mouthpiece-side end of the heat-not-bum tobacco product, and the second region including a tobacco rod-side end, and characterised in that the first region and the second region satisfy a following condition (A): (A) (a content of the lip release agent per unit area in the first region ) > (a content of the lip release agent per unit area in the second region ). wherein a lip release agent is applied to at least a portion of the tipping paper, wherein the wrapped part consists of a first region and a second region in a longitudinal direction of the heat-not-bum tobacco product, the first region including a mouthpiece-side end of the heat-not-bum tobacco product, and the second region including a tobacco rod-side end, and characterised in that the first region and the second region satisfy a following condition (A): (A) (a content of the lip release agent per unit area in the first region ) > (a content of the lip release agent per unit area in the second region ).
A prosthetic mitral heart valve having an inflow end and an outflow end , comprising: a stent having a collapsed condition, an expanded condition, and a plurality of cells arranged in circumferential rows, the stent having an anterior side configured and arranged to be disposed adjacent an anterior native valve leaflet, and a posterior side configured and arranged to be disposed adjacent a posterior native valve leaflet; and a valve assembly disposed within the stent and having a plurality of leaflets; characterized in that the prosthetic heart valve further comprises a flange circumferentially disposed about the stent and connected to the stent at attachment points (6P1-6P12), the flange having a flared portion adjacent the inflow end of the prosthetic heart valve and the flange having a body portion extending from the flared portion toward the outflow end , the body portion of the flange extending radially away from the stent on the posterior side of the stent in an expanded condition of the flange, extending a first distance toward the outflow end on the posterior side of the stent and extending a second distance toward the outflow end on the anterior side of the stent , the second distance being less than the first distance to define a first exposed portion of the stent on the anterior side of the stent arranged to allow unimpeded blood flow through the left ventricular outflow tract. a stent having a collapsed condition, an expanded condition, and a plurality of cells arranged in circumferential rows, the stent having an anterior side configured and arranged to be disposed adjacent an anterior native valve leaflet, and a posterior side configured and arranged to be disposed adjacent a posterior native valve leaflet; and a valve assembly disposed within the stent and having a plurality of leaflets; characterized in that the prosthetic heart valve further comprises a flange circumferentially disposed about the stent and connected to the stent at attachment points (6P1-6P12), the flange having a flared portion adjacent the inflow end of the prosthetic heart valve and the flange having a body portion extending from the flared portion toward the outflow end , the body portion of the flange extending radially away from the stent on the posterior side of the stent in an expanded condition of the flange, extending a first distance toward the outflow end on the posterior side of the stent and extending a second distance toward the outflow end on the anterior side of the stent , the second distance being less than the first distance to define a first exposed portion of the stent on the anterior side of the stent arranged to allow unimpeded blood flow through the left ventricular outflow tract.
Compressed air foam system, CAFS, comprising compressor means for increasing air pressure between an input and an output , a source of water-additive solution and a mixing chamber module configured to provide an air-solution mixture composed by said pressurized air and said water-additive solution, said mixture being further fluidly connectable to an extinguishing equipment , said system further comprising an air regulation system fluidly interposed in series between said output of said compressor means and said mixing chamber module , said air regulation system comprising a plurality of dosing modules fluidly interposed in parallel among each other between said output of said compressor means and said mixing chamber module , each dosing module being configured to selectively allow the passage of a predefined flow of compressed air to said mixing chamber module, characterized in that such plurality of dosing modules being dimensioned so that the predefined flow of one dosing module being different from the predefined flows of the other dosing module .
A system comprising: a wearable device comprising an antenna ; and a reader device , wherein the wearable device is configured to: receive a level of radiant energy from the reader device ; detect a change in the received level of radiant energy; determine that the detected change is indicative of a predetermined pattern of received radiant energy, wherein determining that the detected change in the received level of radiant energy is indicative of a predetermined pattern of received radiant energy comprises determining that the detected change in the received level of radiant energy is indicative of at least one body movement; and in response to the determining, operate the antenna to transmit to the reader device an instruction that indicates that the wearable device has determined that the detected change in the received level of radiant energy is indicative of a predetermined pattern of received radiant energy, and wherein the reader device is configured to: receive the instruction from the wearable device ; and in response to the receiving, operate at least one external device. a wearable device comprising an antenna ; and a reader device , wherein the wearable device is configured to: receive a level of radiant energy from the reader device ; detect a change in the received level of radiant energy; determine that the detected change is indicative of a predetermined pattern of received radiant energy, wherein determining that the detected change in the received level of radiant energy is indicative of a predetermined pattern of received radiant energy comprises determining that the detected change in the received level of radiant energy is indicative of at least one body movement; and in response to the determining, operate the antenna to transmit to the reader device an instruction that indicates that the wearable device has determined that the detected change in the received level of radiant energy is indicative of a predetermined pattern of received radiant energy, and receive a level of radiant energy from the reader device ; detect a change in the received level of radiant energy; determine that the detected change is indicative of a predetermined pattern of received radiant energy, wherein determining that the detected change in the received level of radiant energy is indicative of a predetermined pattern of received radiant energy comprises determining that the detected change in the received level of radiant energy is indicative of at least one body movement; and in response to the determining, operate the antenna to transmit to the reader device an instruction that indicates that the wearable device has determined that the detected change in the received level of radiant energy is indicative of a predetermined pattern of received radiant energy, and wherein the reader device is configured to: receive the instruction from the wearable device ; and in response to the receiving, operate at least one external device. receive the instruction from the wearable device ; and in response to the receiving, operate at least one external device.
An ultrasonic diagnostic imaging system for cardiac diagnosis, comprising: an ultrasound probe ; and a processor configured to cause the system to: acquire, using the probe, three dimensional ultrasound image datasets including datasets of a heart; and produce image data of a myocardium and a heart chamber, characterized in that the processor is further configured to cause the system to: delineate a curved medial axis of the heart chamber between a longitudinally separated apex and valve plane that is evenly positioned between opposite walls of the heart chamber; and display a heart chamber image in a curved plane defined by the curved medial axis . an ultrasound probe ; and a processor configured to cause the system to: acquire, using the probe, three dimensional ultrasound image datasets including datasets of a heart; and produce image data of a myocardium and a heart chamber, characterized in that the processor is further configured to cause the system to: delineate a curved medial axis of the heart chamber between a longitudinally separated apex and valve plane that is evenly positioned between opposite walls of the heart chamber; and display a heart chamber image in a curved plane defined by the curved medial axis . acquire, using the probe, three dimensional ultrasound image datasets including datasets of a heart; and produce image data of a myocardium and a heart chamber, characterized in that the processor is further configured to cause the system to: delineate a curved medial axis of the heart chamber between a longitudinally separated apex and valve plane that is evenly positioned between opposite walls of the heart chamber; and display a heart chamber image in a curved plane defined by the curved medial axis . delineate a curved medial axis of the heart chamber between a longitudinally separated apex and valve plane that is evenly positioned between opposite walls of the heart chamber; and display a heart chamber image in a curved plane defined by the curved medial axis .
A seat pad which includes a placement surface , wherein a lateral slit portion which extends from an outer side of the seat pad toward an inner side thereof is formed in a first lateral direction (B1) along the placement surface , and wherein the lateral slit portion is curved and thereby protrudes in a thickness direction (H) orthogonal to the placement surface toward a side opposite to the placement surface along the thickness direction (H).
A patient support apparatus comprising: a foam frame defining a space, a bladder assembly positioned in the space, the bladder assembly including a plurality of foam filled bladders , each of the foam filled bladders interconnected by a manifold having a manifold tube that terminates with a relief valve assembly , and a plurality of mutually exclusively selectable pressure relief valves , wherein each of the mutually exclusively selectable pressure relief valves is coupled to an outlet of the relief valve assembly and in fluid communication with each foam filled bladder of the plurality of foam filled bladders so that an outlet flow path for air from the foam-filled bladders to atmosphere is only through the manifold tube and relief valve assembly , and so that an inlet flow path into any of the foam-filled bladders from atmosphere is only through a respective selectable pressure relief valve , wherein a selected pressure release valve of the plurality of selectable pressure release valves is configured to release air from the bladder assembly if a pressure in the bladder assembly exceeds a predetermined limit of the selected pressure relief valve , wherein each selectable pressure release valve releases air at a different predetermined limit. a foam frame defining a space, a bladder assembly positioned in the space, the bladder assembly including a plurality of foam filled bladders , each of the foam filled bladders interconnected by a manifold having a manifold tube that terminates with a relief valve assembly , and a plurality of mutually exclusively selectable pressure relief valves , wherein each of the mutually exclusively selectable pressure relief valves is coupled to an outlet of the relief valve assembly and in fluid communication with each foam filled bladder of the plurality of foam filled bladders so that an outlet flow path for air from the foam-filled bladders to atmosphere is only through the manifold tube and relief valve assembly , and so that an inlet flow path into any of the foam-filled bladders from atmosphere is only through a respective selectable pressure relief valve , wherein a selected pressure release valve of the plurality of selectable pressure release valves is configured to release air from the bladder assembly if a pressure in the bladder assembly exceeds a predetermined limit of the selected pressure relief valve , wherein each selectable pressure release valve releases air at a different predetermined limit.
Lighting device for motor vehicles having a light guide element which has a light entry surface for light from at least one light source (6, 4; 11; 17) and a light exit surface , a light guide (4; 17) being provided which has at least one feed point for light from at least one light source , the light guide (4; 17) is rod-shaped and has, along at least part of its length, an interference point arrangement and a light exit surface opposite the latter, and the light entry surface (2; 16) of the light guide element (1; 14) adjoins the light exit surface of the rod-shaped light guide in terms of light technology, characterized in that at least partially on at least one surface of the light guide element , with the exception of the light entry surface , an electrical luminescent layer (9, 10; 19) is provided, which is designed to be translucent.
A raised electrode (10; 10a, 10b; 20; 30) formed by raising a surface of a sheet material having a stretch property, comprising: - a resin layer configured to be stretchable to follow the surface of the sheet material ; and - a plurality of conductive fibers each having an inserted portion, one end of which is inserted into the resin layer , - wherein the conductive fibers that are adjacent to one another are electrically in contact with one another at non-inserted portions into the resin layer at a contact point (C) of a plurality of contact points, and - the plurality of conductive fibers are formed in the resin layer so as to have such a density as causing the plurality of contact points (C) to be inclined in a direction of decreasing the thickness of the raised electrode and maintained at a position at which the conductive fibers are closer to the resin layer due to a decrease in an angle of the conductive fibers from the surface of the sheet material when being pressed from above with an object (B), in order to cause an in-plane isotropic electric conductivity of an electrode region of the sheet material in which the plurality of conductive fibers are formed, characterized in that , in a conductive fiber , a length of the inserted portion is smaller than a length of the non-inserted portion, wherein a length of the non-inserted portion is twice or more than a length of the inserted portion. - a resin layer configured to be stretchable to follow the surface of the sheet material ; and - a plurality of conductive fibers each having an inserted portion, one end of which is inserted into the resin layer , - wherein the conductive fibers that are adjacent to one another are electrically in contact with one another at non-inserted portions into the resin layer at a contact point (C) of a plurality of contact points, and - the plurality of conductive fibers are formed in the resin layer so as to have such a density as causing the plurality of contact points (C) to be inclined in a direction of decreasing the thickness of the raised electrode and maintained at a position at which the conductive fibers are closer to the resin layer due to a decrease in an angle of the conductive fibers from the surface of the sheet material when being pressed from above with an object (B), in order to cause an in-plane isotropic electric conductivity of an electrode region of the sheet material in which the plurality of conductive fibers are formed, characterized in that , in a conductive fiber , a length of the inserted portion is smaller than a length of the non-inserted portion, wherein a length of the non-inserted portion is twice or more than a length of the inserted portion.