mhurhangee/ep-ind-claims huggingface dataset:
Gas-insulated switch having - a first contact (4, 30) and a second contact (6, 32) which are each a constituent part of a contact unit (8, 9), wherein at least one contact unit with the first contact, as a moving contact unit, is connected to a drive unit and is mounted movably along a switching axis, and - a multipartite insulating material nozzle system which has a main nozzle and an auxiliary nozzle, wherein a heating duct which starts from an arc area and opens in a gas reservoir is formed between the main nozzle and the auxiliary nozzle, wherein the gas reservoir is delimited by a ram on one side, wherein the ram is part of the moving contact unit and in this case is mounted movably together with the said moving contact unit with respect to the second contact in such a way, and wherein the ram moves away from the second contact along the switching axis during an opening process of the two contact units (8, 9) for increasing the size of the gas reservoir, characterized in that the gas reservoir is at least partially delimited by a wall radially with respect to the switching axis, wherein the moving contact unit is mounted movably along the switching axis with respect to the said wall. - a first contact (4, 30) and a second contact (6, 32) which are each a constituent part of a contact unit (8, 9), wherein at least one contact unit with the first contact, as a moving contact unit, is connected to a drive unit and is mounted movably along a switching axis, and - a multipartite insulating material nozzle system which has a main nozzle and an auxiliary nozzle, wherein a heating duct which starts from an arc area and opens in a gas reservoir is formed between the main nozzle and the auxiliary nozzle, wherein the gas reservoir is delimited by a ram on one side,
A headlight (101, 501), comprising: a light-emitting device (102, 502) comprising: a lens (103, 401, 509, 801), a first light-emitting module comprising a plurality of first light-emitting units (106, 507, 702, 903); and a second light-emitting module comprising a plurality of second light-emitting units (108, 508, 703, 904, 1005); wherein the lens (103, 401, 509, 801) is configured to project light of the first light-emitting units (106, 507, 702, 903) and the second light-emitting units (108, 508, 703, 904, 1005), wherein the first light-emitting module is arranged to project a light distribution having a low-beam cut-off line (H0-HV-H1-H4), characterized in that the plurality of first light-emitting units (106, 507, 702, 903) is arranged along a low beam cut-off line (107, 503) corresponding to the low beam cut-off line (H0-HV-H1-H4) of the headlight (101, 501), the low beam cut-off line (107, 503) comprises a first parallel line, an oblique line, and a second parallel line, two ends of the oblique line are respectively connected to the first parallel line and the second parallel line, the plurality of first light-emitting units (106, 507, 702, 903) is arranged along the first parallel line, the oblique line, and the second parallel line, and a distance between each of the first light-emitting units (106, 507, 702, 903) and a front focal plane of the lens (103, 401, 509, 801) is less than a distance between any of the second light-emitting units (108, 508, 703, 904, 1005) and the front focal plane of the lens (103, 401, 509, 801). a light-emitting device (102, 502) comprising: a lens (103, 401, 509, 801), a first light-emitting module comprising a plurality of first light-emitting units (106, 507, 702, 903); and a second light-emitting module comprising a plurality of second light-emitting units (108, 508, 703, 904, 1005); wherein the lens (103, 401, 509, 801) is configured to project light of the first light-emitting units (106, 507, 702, 903) and the second light-emitting units (108, 508, 703, 904, 1005), wherein the first light-emitting module is arranged to project a light distribution having a low-beam cut-off line (H0-HV-H1-H4), characterized in that the plurality of first light-emitting units (106, 507, 702, 903) is arranged along a low beam cut-off line (107, 503) corresponding to the low beam cut-off line (H0-HV-H1-H4) of the headlight (101, 501), the low beam cut-off line (107, 503) comprises a first parallel line, an oblique line, and a second parallel line, two ends of the oblique line are respectively connected to the first parallel line and the second parallel line, the plurality of first light-emitting units (106, 507, 702, 903) is arranged along the first parallel line, the oblique line, and the second parallel line, and a distance between each of the first light-emitting units (106, 507, 702, 903) and a front focal plane of the lens (103, 401, 509, 801) is less than a distance between any of the second light-emitting units (108, 508, 703, 904, 1005) and the front focal plane of the lens (103, 401, 509, 801).
A wave energy converter of point absorber type comprising a floating platform, said floating platform comprising a hollow body, wherein the floating platform has an underside facing the water in use, an upper side facing the opposite direction and a first long-side forming a front and a second long-side forming a back, and two short sides, wherein the platform comprises at least one aligning means, the aligning means being configured to align the front of the floating platform with a wave front, i.e. perpendicular to the direction of a wave, wherein the front of the floating platform is at least 30 m long and the length of the front is at least two times the length of the short side, wherein the height of the floating platform is at least 1 m, and wherein the floating platform is configured to be anchored to the sea bottom with at least one anchoring means between the sea bottom and the floating platform, wherein the floating platform further comprises energy converting machinery positioned in or partially hanging underneath the floating platform, and at least one power extraction connection (25b; 25b′, 25b", 25b′′′) arranged to connect the energy converting machinery to a mooring at the sea bottom, such that vertical wave forces can be converted into electricity by the energy converting machinery. comprising a hollow body, wherein the floating platform has an underside facing the water in use, an upper side facing the opposite direction and a first long-side forming a front and a second long-side forming a back, and two short sides, wherein the platform comprises at least one aligning means, the aligning means being configured to align the front of the floating platform with a wave front, i.e. perpendicular to the direction of a wave, wherein the front of the floating platform is at least 30 m long and the length of the front is at least two times the length of the short side, wherein the height of the floating platform is at least 1 m, and wherein the floating platform is configured to be anchored to the sea bottom with at least one anchoring means between the sea bottom and the floating platform, wherein the floating platform further comprises energy converting machinery positioned in or partially hanging underneath the floating platform, and at least one power extraction connection (25b; 25b′, 25b", 25b′′′) arranged to connect the energy converting machinery to a mooring at the sea bottom, such that vertical wave forces can be converted into electricity by the energy converting machinery.
A side cases fastening device for the fastening of side cases to the chassis of motorcycles and similar vehicles, comprising a bracket to be fixed to the chassis of a motorcycle and coupling means to be integrated in a lateral base of the case for its removable attachment to said bracket of the motorcycle, the bracket comprising a substantially vertical first stretch and a substantially horizontal upper second stretch, said coupling means comprising two supporting elements to be arranged at an upper part of the case, characterized in that said coupling means comprise an U-shaped clamp to be arranged at a lower lateral part of the base of the case and configured to be laterally coupled with turning and lateral pivoting capability around the substantially vertical first stretch of the bracket on the motorcycle, and said two supporting elements being configured to be coupled on the substantially horizontal second stretch of the bracket on the motorcycle subsequent to the turning and lateral pivoting of the case attached by means of said U-shaped clamp until a position is found which is suited for the insertion of the two supporting elements on said second stretch of the bracket.
A method of forming a container (11; 11'; 11") comprising: blow molding a first form (14; 14') of the container; blow molding a second form (18; 18'; 18") of the container after blow molding the first form; and reducing a height of the first form of the container before blow molding the second form of the container, wherein reducing the height of the first form (14; 14') includes reducing the height using at least one of a counter stretch rod (31; 31'; 31") and a base pushup that pushes a base (42; 42'; 42") of the first form toward an upper end of the first form wherein blow molding the first form (14; 14') includes blow molding the first form in a first mold and wherein blow molding the second form (18; 18'; 18") includes blow molding the second form in a second mold, characterized in that reducing the height of the first form occurs inside the first mold or in that reducing the height of the first form occurs inside the second mold before blow molding the second form. blow molding a first form (14; 14') of the container; blow molding a second form (18; 18'; 18") of the container after blow molding the first form; and reducing a height of the first form of the container before blow molding the second form of the container, wherein reducing the height of the first form (14; 14') includes reducing the height using at least one of a counter stretch rod (31; 31'; 31") and a base pushup that pushes a base (42; 42'; 42") of the first form toward an upper end of the first form wherein blow molding the first form (14; 14') includes blow molding the first form in a first mold and wherein blow molding the second form (18; 18'; 18") includes blow molding the second form in a second mold, characterized in that reducing the height of the first form occurs inside the first mold or in that reducing the height of the first form occurs inside the second mold before blow molding the second form.
A power generation system, comprising: a Rankine cycle-first working fluid circulation loop, comprising a heater, an expander, a recuperator, a first working fluid condenser, a desorber, a first working fluid pump, and a first working fluid comprising CO 2; integrated with an absorption chiller cycle comprising a second working fluid circulation loop, which itself comprises an evaporator, an absorber, a second working fluid pump, a desorber, a second working fluid condenser, and a second working fluid comprising a refrigerant; wherein the condenser of the Rankine cycle functions as the evaporator of the absorption chiller cycle; and characterized in that the Rankine cycle and the absorption chiller cycle are integrated at the desorber in which the first working fluid of the Rankine cycle is circulated in heat exchange relationship with the second working fluid of the absorption chiller cycle. a Rankine cycle-first working fluid circulation loop, comprising a heater, an expander, a recuperator, a first working fluid condenser, a desorber, a first working fluid pump, and a first working fluid comprising CO 2; integrated with an absorption chiller cycle comprising a second working fluid circulation loop, which itself comprises an evaporator, an absorber, a second working fluid pump, a desorber, a second working fluid condenser, and a second working fluid comprising a refrigerant; wherein the condenser of the Rankine cycle functions as the evaporator of the absorption chiller cycle; and characterized in that the Rankine cycle and the absorption chiller cycle are integrated at the desorber in which the first working fluid of the Rankine cycle is circulated in heat exchange relationship with the second working fluid of the absorption chiller cycle.
A medical device including a plaque reduction brush said brush comprising: at least one support adapted to allow said brush to be endoluminally deliverable via a delivery device to a treatment site; and a plurality of bristles extending from the at least one support and being arranged in a predetermined pattern along the at least one support, each of the plurality of bristles having a length, wherein one or more of the plurality of bristles has a bending portion along the length that is more easily bent than another portion of the length thereof, said bending portion facilitating bending of the one or more of the plurality of bristles between a compressed delivery configuration and an expanded use configuration. at least one support adapted to allow said brush to be endoluminally deliverable via a delivery device to a treatment site; and a plurality of bristles extending from the at least one support and being arranged in a predetermined pattern along the at least one support, each of the plurality of bristles having a length, wherein one or more of the plurality of bristles has a bending portion along the length that is more easily bent than another portion of the length thereof, said bending portion facilitating bending of the one or more of the plurality of bristles between a compressed delivery configuration and an expanded use configuration.
An n-type material for thermoelectric conversion obtained by doping a p-type material for thermoelectric conversion with a dopant, the p-type material for thermoelectric conversion containing a carbon nanotube and a conductive resin, wherein the dopant contains an anion that is a complex ion, an alkali metal cation, and a cation scavenger.
A robot cleaner comprising: an input unit receiving a user input; a storing unit storing traveling patterns for traveling the robot cleaner therein; and a control unit, characterized in that the control unit -controls primary traveling of the robot cleaner on the basis of the traveling patterns stored in the storing unit depending on the user input and determines a depth for additional deep cleaning of area already cleaned by the primary traveling depending on environment information collected at the time of the primary traveling of the robot cleaner. an input unit receiving a user input; a storing unit storing traveling patterns for traveling the robot cleaner therein; and a control unit, characterized in that the control unit -controls primary traveling of the robot cleaner on the basis of the traveling patterns stored in the storing unit depending on the user input and determines a depth for additional deep cleaning of area already cleaned by the primary traveling depending on environment information collected at the time of the primary traveling of the robot cleaner.
A display screen assembly, comprising: a display screen having a display area and a non-display area surrounding the display area; a connector comprising a first joining portion, a second joining portion bending from an edge of the first joining portion, and a third joining portion bending from the second joining portion, the first joining portion being coupled to a top surface of the display screen and located in the non-display area of the display screen, the display area being exposed out of the first joining portion, the second joining portion being opposite to a side wall of the display screen, and the third joining portion being fitted to a bottom surface of the display screen and corresponding to the non-display area; a cover plate having a lower surface coupled to the top surface of the display screen and to the first joining portion; and a bracket having a top portion joined to the bottom surface of the display screen and to the third joining portion, wherein the first joining portion has a flat straight shape so as to be close fitted with the top surface of the display screen, and the second joining portion has a flat straight shape so as to be close fitted with the side wall of the display screen, wherein the first joining portion is adhered to the top surface of the display screen, and the second joining portion is adhered to the side wall of the display screen. a display screen having a display area and a non-display area surrounding the display area; a connector comprising a first joining portion, a second joining portion bending from an edge of the first joining portion, and a third joining portion bending from the second joining portion, the first joining portion being coupled to a top surface of the display screen and located in the non-display area of the display screen, the display area being exposed out of the first joining portion, the second joining portion being opposite to a side wall of the display screen, and the third joining portion being fitted to a bottom surface of the display screen and corresponding to the non-display area; a cover plate having a lower surface coupled to the top surface of the display screen and to the first joining portion; and a bracket having a top portion joined to the bottom surface of the display screen and to the third joining portion, wherein the first joining portion has a flat straight shape so as to be close fitted with the top surface of the display screen, and the second joining portion has a flat straight shape so as to be close fitted with the side wall of the display screen, wherein the first joining portion is adhered to the top surface of the display screen, and the second joining portion is adhered to the side wall of the display screen.
A process for making patterned wrapper paper comprising the steps of: preparing a printing solution including at least water and an oxidized starch having: room temperature viscosity no greater than about 50 centipoises (50 mPa·s); particles in the range of about 4 to about 40 microns when dry and about 90% in the range of about 10 microns to about 100 microns when wet; and a pH in the range of about 6 to about 6.5, the starch further being capable of forming a printing solution with about 20% to about 24% by weight oxidized starch content and the printing solution having a surface tension of at least about 65 dynes per centimeter (6.5.10 -2 Nm -1); and providing a base web of wrapper paper; applying the printing solution to the wrapper paper in a predetermined pattern. preparing a printing solution including at least water and an oxidized starch having: room temperature viscosity no greater than about 50 centipoises (50 mPa·s); particles in the range of about 4 to about 40 microns when dry and about 90% in the range of about 10 microns to about 100 microns when wet; and a pH in the range of about 6 to about 6.5, room temperature viscosity no greater than about 50 centipoises (50 mPa·s); particles in the range of about 4 to about 40 microns when dry and about 90% in the range of about 10 microns to about 100 microns when wet; and a pH in the range of about 6 to about 6.5, the starch further being capable of forming a printing solution with about 20% to about 24% by weight oxidized starch content and the printing solution having a surface tension of at least about 65 dynes per centimeter (6.5.10 -2 Nm -1); and providing a base web of wrapper paper; applying the printing solution to the wrapper paper in a predetermined pattern.
A cleaner comprising: a cleaner body comprising: a first main body formed in a spherical shape; a second main body protruding from the front of the first main body such that the width at a second point located forward of a first point is smaller than the width at the first point; characterized in that the cleaner body further comprises a moving wheel that rotates along an inner circumferential surface of the first main body and is rotatably provided for movement of the cleaner body, wherein the first main body includes: a central main body in which the moving wheel is disposed; and a left and right main body (46 and 47) provided on left and right sides of the central main body. a cleaner body comprising: a first main body formed in a spherical shape; a second main body protruding from the front of the first main body such that the width at a second point located forward of a first point is smaller than the width at the first point; characterized in that the cleaner body further comprises a moving wheel that rotates along an inner circumferential surface of the first main body and is rotatably provided for movement of the cleaner body, a first main body formed in a spherical shape; a second main body protruding from the front of the first main body such that the width at a second point located forward of a first point is smaller than the width at the first point; characterized in that the cleaner body further comprises a moving wheel that rotates along an inner circumferential surface of the first main body and is rotatably provided for movement of the cleaner body, wherein the first main body includes: a central main body in which the moving wheel is disposed; and a left and right main body (46 and 47) provided on left and right sides of the central main body. a central main body in which the moving wheel is disposed; and a left and right main body (46 and 47) provided on left and right sides of the central main body.
An article of footwear, comprising: a lasting board having a ground side surface and a foot side surface opposite the ground side surface, wherein the ground side surface of the lasting board has a peripheral area extending along a peripheral edge of the lasting board and wherein the ground side surface of the lasting board has a central area disposed inside of the peripheral area; an upper secured to the peripheral area of the ground side surface of the lasting board; and a sole plate having a ground side surface and a foot side surface opposite the ground side surface, wherein the foot side surface of the sole plate is secured to the upper and wherein the sole plate overlies the peripheral area of the lasting board and has an opening exposing the central area of the lasting board, characterized in that the opening is configured such that the lasting board forms a part of a ground-engaging surface of the article of footwear. a lasting board having a ground side surface and a foot side surface opposite the ground side surface, wherein the ground side surface of the lasting board has a peripheral area extending along a peripheral edge of the lasting board and wherein the ground side surface of the lasting board has a central area disposed inside of the peripheral area; an upper secured to the peripheral area of the ground side surface of the lasting board; and a sole plate having a ground side surface and a foot side surface opposite the ground side surface, wherein the foot side surface of the sole plate is secured to the upper and wherein the sole plate overlies the peripheral area of the lasting board and has an opening exposing the central area of the lasting board, characterized in that the opening is configured such that the lasting board forms a part of a ground-engaging surface of the article of footwear.
A vessel, the vessel being a propellant tank configured to contain a supply of a cryogenic propellant, and further comprising; a vessel wall; and an insulation assembly coupled to said vessel wall, said insulation assembly comprising: a stochastic foam material; characterised in that the insulation assembly further comprises a microtruss structure comprising a plurality of truss members interconnected at a plurality of nodes, said microtruss structure encased within said foam material such that said foam material is in contact with said plurality of truss members. a stochastic foam material; characterised in that the insulation assembly further comprises a microtruss structure comprising a plurality of truss members interconnected at a plurality of nodes, said microtruss structure encased within said foam material such that said foam material is in contact with said plurality of truss members.