mhurhangee/ep-ind-claims huggingface dataset:
Device (10, 34) for a vehicle comprising: - a light element for ambient lighting, wherein the light element consists of a light guide, wherein the light guide has a light distribution plane and a main spreading surface, wherein - the light guide has a first and a second broad side, wherein the two broad sides (41, 42) are arranged substantially parallel to one another, wherein the light guide guides coupled light by means of total reflection to the two broad sides along the light distribution plane and by means of total reflection on a slope of the first broad side to the main spreading surface, wherein - the main spreading surface forms a bevel between the slope of the first broad side and the second broad side of the light element, wherein an angle (β) between a surface normal of the main spreading surface and a surface normal of the light distribution plane is between 10° and 80°, wherein the main spreading surface is annular and has the shape of a frustoconical surface of an imaginary truncated cone, characterised in that the slope is curved and that - the device (10, 30) includes furthermore a drinking cup holder which has a receptacle, wherein the receptacle has two placement areas (21, 22) for placing in each case one drinking cup, and an upper edge, wherein - the upper edge of the receptacle, which is shared by both placement areas (21, 22) is covered by an edge of a section of the light element, which edge forms a closing plate for the drinking cup holder. - a light element for ambient lighting, wherein the light element consists of a light guide, wherein the light guide has a light distribution plane and a main spreading surface, wherein - the light guide has a first and a second broad side, wherein the two broad sides (41, 42) are arranged substantially parallel to one another, wherein the light guide guides coupled light by means of total reflection to the two broad sides along the light distribution plane and by means of total reflection on a slope of the first broad side to the main spreading surface, - the main spreading surface forms a bevel between the slope of the first broad side and the second broad side of the light element, wherein an angle (β) between a surface normal of the main spreading surface and a surface normal of the light distribution plane is between 10° and 80°, wherein the main spreading surface is annular and has the shape of a frustoconical surface of an imaginary truncated cone, - the device (10, 30) includes furthermore a drinking cup holder which has a receptacle, wherein the receptacle has two placement areas (21, 22) for placing in each case one drinking cup, and an upper edge, wherein - the upper edge of the receptacle, which is shared by both placement areas (21, 22) is covered by an edge of a section of the light element, which edge forms a closing plate for the drinking cup holder.
A method for power-assisted movement of a door having a door actuator for power-assisted movement of the door between a closed position and an open position, the door actuator having a signal receiving unit and an electronic controller, wherein a power-assisted opening movement of the door is carried out by means of a motor, in particular an electric motor, of the door actuator and wherein the power-assisted closing movement of the door is carried out by a closing energy storage device, in particular by a spring, and wherein the method is characterized by the following steps, which are carried out in the order listed: a) receipt of an alarm signal by the signal receiving unit and causing the electronic controller to switch from normal operation to emergency operation, b) power-assisted opening movement of the door into the open position by the door actuator based on receipt of an opening signal by the signal receiving unit, wherein, during the power-assisted opening movement, a motor of the door actuator within a defined envelope curve compensates for the force of the spring of the closing energy storage device, wherein the envelope curve results from application of the force of the spring over the opening time or the opening angle, in particular wherein the envelope curve deviates by +/- 30%, preferably by +/-20%, particularly preferably by +/-10% from the force of the spring, and c) power-assisted closing movement of the door into the closed position after the power-assisted opening movement by the door actuator. a) receipt of an alarm signal by the signal receiving unit and causing the electronic controller to switch from normal operation to emergency operation, b) power-assisted opening movement of the door into the open position by the door actuator based on receipt of an opening signal by the signal receiving unit, wherein, during the power-assisted opening movement, a motor of the door actuator within a defined envelope curve compensates for the force of the spring of the closing energy storage device, wherein the envelope curve results from application of the force of the spring over the opening time or the opening angle, in particular wherein the envelope curve deviates by +/- 30%, preferably by +/-20%, particularly preferably by +/-10% from the force of the spring, and c) power-assisted closing movement of the door into the closed position after the power-assisted opening movement by the door actuator.
An asphalt composition comprising asphalt, cellulose, and a polyester, wherein the content of the cellulose is 0.01 parts by mass or more and 10 parts by mass or less based on 100 parts by mass of the asphalt, and the content of the polyester is 2 parts by mass or more and 30 parts by mass or less based on 100 parts by mass of the asphalt, and/or wherein the cellulose is a cellulose having been subjected to a surface hydrophobization treatment with a surface hydrophobizing agent. wherein the content of the cellulose is 0.01 parts by mass or more and 10 parts by mass or less based on 100 parts by mass of the asphalt, and the content of the polyester is 2 parts by mass or more and 30 parts by mass or less based on 100 parts by mass of the asphalt, and/or wherein the cellulose is a cellulose having been subjected to a surface hydrophobization treatment with a surface hydrophobizing agent.
A crystal form of compound 5-3, wherein the crystal form is crystal form I, crystal form II, crystal form III or crystal form IV; wherein the XRPD pattern of crystal form I is shown as follows: diffraction angle 2θ relative intensity (%) diffraction angle 2θ relative intensity (%) 8.611 100.0 23.953 2.6 10.330 70.6 24.370 32.3 12.284 13.4 26.501 29.4 13.703 23.9 26.915 8.7 14.057 5.6 27.663 11.0 14.351 4.8 27.939 15.5 14.848 9.2 29.499 2.6 15.576 7.5 30.604 2.2 16.602 31.6 31.727 13.3 17.250 71.3 32.969 2.6 17.902 90.7 33.378 2.8 18.277 42.4 33.777 3.0 19.149 6.5 34.825 1.6 20.625 21.7 36.399 5.3 21.550 42.7 37.366 4.3 22.124 2.3 39.357 3.3 23.307 33.4; the XRPD pattern of crystal form II is shown as follows: diffraction angle 2θ relative intensity (%) diffraction angle 2θ relative intensity (%) 10.428 60.0 25.533 8.2 11.968 100.0 26.083 11.0 13.542 17.8 27.133 3.1 14.238 3.4 27.506 17.7 14.767 12.1 28.316 3.0 15.851 73.9 29.557 2.2 16.818 72.0 30.740 4.2 18.003 9.2 31.846 5.1 19.087 2.1 32.550 2.0 19.755 47.6 33.775 3.1 20.900 25.7 34.682 2.2 22.652 2.9 36.422 3.4 23.858 49.2 36.953 3.4 24.844 23.2 38.569 3.0; the XRPD pattern of crystal form III is shown as follows: diffraction angle 2θ relative intensity (%) diffraction angle 2θ relative intensity (%) 8.539 57.2 23.092 2.6 10.296 65.1 23.322 0.9 12.283 8.3 24.319 28.5 14.023 6.0 26.426 7.1 14.319 4.0 30.568 1.0 15.879 1.6 31.686 4.6 17.230 100.0 33.739 0.9 17.804 11.5 34.768 0.9 18.005 22.4 36.366 5.1 19.269 1.3 37.326 0.5 20.591 18.6 39.285 1.3 21.514 18.5. the XRPD pattern of crystal form IV is shown as follows: diffraction angle 2θ relative intensity (%) diffraction angle 2θ relative intensity (%) 8.653 100.0 23.385 22.1 10.408 94.7 23.997 44.0 12.106 45.5 24.430 30.5 12.362 15.5 24.965 15.2 13.723 14.5 26.225 9.3 14.152 6.1 26.562 23.9 14.414 7.3 26.977 6.8 14.925 10.6 27.647 16.3 15.988 18.9 27.983 10.9 16.682 20.1 29.659 3.1 16.937 33.6 30.842 3.0 17.311 79.1 31.788 12.4 17.982 61.7 33.031 2.7 18.338 29.2 33.426 2.2 19.245 5.9 33.858 2.8 19.856 29.2 34.884 2.3 20.721 24.1 36.499 4.8 21.020 8.2 37.427 2.9 21.611 34.8.
A medicament delivery device for injection of a medicament, comprising: a housing having a distal end opening and a proximal end opening, a needle guard extending from the proximal end opening and moveable relative to the housing from an extended position to a retracted position (B') in which the needle guard is biased towards the extended position, an activation member extending from the distal end opening and movable relative to the housing from an initial position to a final position (A'), final position locking means (3g, 5b) arranged to restrict movement of the activation member relative to the housing when the activation member is in the final position (A'), and needle guard locking means (3h, 5a) arranged to interact with the needle guard such that movement of the needle guard from the extended position to the retracted position (B') is restricted when the activation member is in the final position (A') characterized in that the medicament delivery device comprises initial position locking means arranged to interact with the needle guard and with the actuation member such that movement of the activation member from the initial position to the final position (A') is restricted when the needle guard is in the extended position, and wherein the medicament delivery device also comprises a container holder having a tab, wherein the initial position locking means comprises the tab, and wherein the activation member has a cutout, wherein the tab is arranged to engage the cutout in the initial position, wherein the needle guard has a container holder tab interaction leg arranged to push the tab out from the cutout when the needle guard is in the retracted position (B'). a housing having a distal end opening and a proximal end opening, a needle guard extending from the proximal end opening and moveable relative to the housing from an extended position to a retracted position (B') in which the needle guard is biased towards the extended position, an activation member extending from the distal end opening and movable relative to the housing from an initial position to a final position (A'), final position locking means (3g, 5b) arranged to restrict movement of the activation member relative to the housing when the activation member is in the final position (A'), and needle guard locking means (3h, 5a) arranged to interact with the needle guard such that movement of the needle guard from the extended position to the retracted position (B') is restricted when the activation member is in the final position (A')
A composition comprising a mixture which comprises or, alternatively, consists of: (a) terpinen-4-ol, and (b) a mixture comprising or, alternatively, consisting of: caprylyl/capryl glucoside, sodium cocoyl glutamate, polyglyceryl-5 oleate, glyceryl caprylate; and, optionally, at least one additive and/or an excipient of pharmaceutical or cosmetic grade. (a) terpinen-4-ol, and (b) a mixture comprising or, alternatively, consisting of: caprylyl/capryl glucoside, sodium cocoyl glutamate, polyglyceryl-5 oleate, glyceryl caprylate;
A recovery apparatus for recovering a valuable substance from a lithium secondary battery, comprising: a reaction tank adapted for immersing an electrode material of the lithium secondary battery into a molten salt of lithium chloride containing a metal lithium so as to perform a reducing reaction of the electrode material with the metal lithium; a movable perforated processing vessel configured to contain the electrode material therein and to be immersed into the molten salt of lithium chloride in the reaction tank together with the electrode material contained therein, the movable perforated processing vessel including a vessel main body in which the electrode material is filled, wherein a plurality of through-holes, each adapted for communicating an internal space of the reaction tank storing the molten salt of lithium chloride therein with an internal space of the vessel main body containing the electrode material therein, are formed in a vessel wall constituting the vessel main body; and vessel carrying means adapted for immersing the perforated processing vessel containing the electrode material therein into the molten salt of lithium chloride in the reaction tank and for pulling up the perforated processing vessel from the molten salt of lithium chloride in the reaction tank after a process has been performed, wherein the vessel main body has a thickness of the internal space in which the electrode material is filled, the thickness being set approximately twice or less than twice a distance that the molten salt of lithium chloride can permeate into the electrode material filled in the vessel main body. a reaction tank adapted for immersing an electrode material of the lithium secondary battery into a molten salt of lithium chloride containing a metal lithium so as to perform a reducing reaction of the electrode material with the metal lithium; a movable perforated processing vessel configured to contain the electrode material therein and to be immersed into the molten salt of lithium chloride in the reaction tank together with the electrode material contained therein, the movable perforated processing vessel including a vessel main body in which the electrode material is filled, wherein a plurality of through-holes, each adapted for communicating an internal space of the reaction tank storing the molten salt of lithium chloride therein with an internal space of the vessel main body containing the electrode material therein, are formed in a vessel wall constituting the vessel main body; and vessel carrying means adapted for immersing the perforated processing vessel containing the electrode material therein into the molten salt of lithium chloride in the reaction tank and for pulling up the perforated processing vessel from the molten salt of lithium chloride in the reaction tank after a process has been performed, wherein the vessel main body has a thickness of the internal space in which the electrode material is filled, the thickness being set approximately twice or less than twice a distance that the molten salt of lithium chloride can permeate into the electrode material filled in the vessel main body.
A UV curable coating composition comprising: a) at least one non hydrolyzed (epoxy)(alkoxy)silane; b) at least one polyfunctional acrylate monomer and/or polyfunctional epoxy compound, different from a); c) at least one free radical photo initiator and/or cationic photoinitiator; characterized in that the total amount of said b) is more than 40 weight%, relative to the total dry matter of the composition; the total amount of said a) is from 20 (inclusive) to 60 (exclusive) weight %, relative to the total dry matter of the composition; and said composition does not comprise of any hydrolyzed (epoxy)(alkoxy) silane meaning that when the monomer solution is submitted to the irradiation step, at least 90 % of the alkoxy groups of a) are still covalently bound to the silicon atom and have not been hydrolyzed to silanol groups. a) at least one non hydrolyzed (epoxy)(alkoxy)silane; b) at least one polyfunctional acrylate monomer and/or polyfunctional epoxy compound, different from a); c) at least one free radical photo initiator and/or cationic photoinitiator;
A battery module comprising: a housing receiving a plurality of battery cells and including a bottom plate and a lateral plate; and a connection board (200a, 200b) disposed at one end or both ends of the housing and connecting the external input and output terminals to the battery module characterized in that the connection board (200a, 200b) is bonded to the lateral plate, the lateral plate includes a plurality of bus bar supporting members, at least some among the plurality of bus bar supporting members have a hooking protrusion protruded upward, and the connection board (200a, 200b) includes a hooking member having a hooking groove opened downward, thereby the hooking protrusion is inserted into the hooking groove in a state in which the connection board (200a, 200b) is bonded to the lateral plate. a housing receiving a plurality of battery cells and including a bottom plate and a lateral plate; and a connection board (200a, 200b) disposed at one end or both ends of the housing and connecting the external input and output terminals to the battery module characterized in that the connection board (200a, 200b) is bonded to the lateral plate, the lateral plate includes a plurality of bus bar supporting members, at least some among the plurality of bus bar supporting members have a hooking protrusion protruded upward, and the connection board (200a, 200b) includes a hooking member having a hooking groove opened downward, thereby the hooking protrusion is inserted into the hooking groove in a state in which the connection board (200a, 200b) is bonded to the lateral plate.
A molded case circuit breaker, comprising: a power side terminal portion provided at a front side of an enclosure, and having a fixed contact arm; a finger assembly coupled to the fixed contact arm, and disposed on a front surface of the power side terminal portion, the finger assembly including a finger formed to have a shape of pincers and further including a finger spring configured to provide a contact pressure to the finger; and a base bus supporter coupled to an upper surface and a lower surface of the power side terminal portion, and having a finger hole through which the finger assembly is exposed, wherein the base bus supporter is provided with a protection unit configured to enclose the finger assembly around the finger hole, wherein a partition wall for phase-to-phase insulation is provided in the base bus supporter, characterized in that: the protection unit is provided between the partition wall and a further partition wall, or between the partition wall and a side wall, the finger assembly further includes a finger holder configured to fix the finger and the finger spring, and the protection unit is formed to have a size to enclose the finger, the finger spring, and the finger holder. a power side terminal portion provided at a front side of an enclosure, and having a fixed contact arm; a finger assembly coupled to the fixed contact arm, and disposed on a front surface of the power side terminal portion, the finger assembly including a finger formed to have a shape of pincers and further including a finger spring configured to provide a contact pressure to the finger; and a base bus supporter coupled to an upper surface and a lower surface of the power side terminal portion, and having a finger hole through which the finger assembly is exposed, wherein the base bus supporter is provided with a protection unit configured to enclose the finger assembly around the finger hole, wherein a partition wall for phase-to-phase insulation is provided in the base bus supporter, characterized in that: the protection unit is provided between the partition wall and a further partition wall, or between the partition wall and a side wall, the finger assembly further includes a finger holder configured to fix the finger and the finger spring, and the protection unit is formed to have a size to enclose the finger, the finger spring, and the finger holder. the protection unit is provided between the partition wall and a further partition wall, or between the partition wall and a side wall, the finger assembly further includes a finger holder configured to fix the finger and the finger spring, and the protection unit is formed to have a size to enclose the finger, the finger spring, and the finger holder.
A lateral plate element (6, 8') for a link means included in a self-stacking endless conveyor belt, in which the conveyor belt extends helically along part of its length, comprising: an outer plate section, an inner plate section and a bridging plate section bridging said outer and inner plate sections (10, 20), wherein said outer plate section comprises a top subsection extending in a first plane and wherein said inner plate section comprises a top subsection extending in a second plane, said second plane being offset, in an inward direction, with regard to said first plane, wherein said second plane is substantially parallel with said first plane, wherein said inner plate section further comprises a bottom subsection arranged in a bottom part of said inner plate section and extending in a fourth plane being offset in said inward direction with regard to said second plane, wherein said fourth plane is substantially parallel with said second plane, characterized by that said outer plate section further comprises a bottom subsection arranged in a bottom part of said outer plate section and extending in a third plane being offset in said inward direction with regard to said first plane, wherein said third plane is substantially parallel with said first plane, a reinforcement extending between the top subsection and the bottom subsection of the outer plate section, wherein the reinforcement is in the form of a press shaped structure bulging in an outward direction opposite said inward direction. an outer plate section, an inner plate section and a bridging plate section bridging said outer and inner plate sections (10, 20), wherein said outer plate section comprises a top subsection extending in a first plane and wherein said inner plate section comprises a top subsection extending in a second plane, said second plane being offset, in an inward direction, with regard to said first plane, wherein said second plane is substantially parallel with said first plane, wherein said inner plate section further comprises a bottom subsection arranged in a bottom part of said inner plate section and extending in a fourth plane being offset in said inward direction with regard to said second plane, wherein said fourth plane is substantially parallel with said second plane, characterized by that said outer plate section further comprises a bottom subsection arranged in a bottom part of said outer plate section and extending in a third plane being offset in said inward direction with regard to said first plane, wherein said third plane is substantially parallel with said first plane, a reinforcement extending between the top subsection and the bottom subsection of the outer plate section, wherein the reinforcement is in the form of a press shaped structure bulging in an outward direction opposite said inward direction.
Double window having: - an outer window plane with at least one outer window which is disposed in an outer window frame; - an inner window plane with at least one inner window which is disposed in an inner window frame; - a box frame which is formed from one lower box frame element, two lateral box frame elements (11a, 11b) and one upper box frame element and which connects the outer window frame and the inner window frame to one another, wherein the outer window plane, the inner window plane and the box frame configure a box space, and - a ventilation opening (9a, 9b, 9c) which is disposed in the box frame, characterized in that at least one ventilation opening (9a, 9b, 9c) is disposed in a lateral box frame element (11a, 11b) of the box frame in such a manner that ventilating the box space is made possible. - an outer window plane with at least one outer window which is disposed in an outer window frame; - an inner window plane with at least one inner window which is disposed in an inner window frame; - a box frame which is formed from one lower box frame element, two lateral box frame elements (11a, 11b) and one upper box frame element and which connects the outer window frame and the inner window frame to one another, wherein the outer window plane, the inner window plane and the box frame configure a box space, and - a ventilation opening (9a, 9b, 9c) which is disposed in the box frame,