mhurhangee/patent-ind-claim-en huggingface dataset:
High breaking capacity printed circuit fuse comprising: • a multi-layer printed circuit board comprising: a first external layer present at a first side of a middle layer and a second external layer present opposite the first external layer with respect to the middle layer ; • a multi-layer circuit present on the multi-layer printed circuit board , the multi-layer circuit forming a conductive path , which passes between said layers (101a-d); said high breaking capacity printed circuit fuse being characterized in that • said conductive path comprises: ∘ a first end located on the outer side of said middle layer ; ∘ a thinning , at the level of the first end of the conductive path , which is configured to act as a fusible link; ∘ a via configured to pass, from said thinning via all layers (101a-d), to the external side of the second external layer ; ∘ a second end , connected at the end of said via , located on the external side of the second external layer of the multi-layer printed circuit board ; • whereas a non-flammable agent is present on the external side of at least the first external layer , covering an outlet of said via wherein the non-flammable agent is such that the heat, caused by breaking the fuse will melt the non-flammable agent and the melted non-flammable agent will subsequently flood into the via . • a multi-layer printed circuit board comprising: a first external layer present at a first side of a middle layer and a second external layer present opposite the first external layer with respect to the middle layer ; • a multi-layer circuit present on the multi-layer printed circuit board , the multi-layer circuit forming a conductive path , which passes between said layers (101a-d); • said conductive path comprises: ∘ a first end located on the outer side of said middle layer ; ∘ a thinning , at the level of the first end of the conductive path , which is configured to act as a fusible link; ∘ a via configured to pass, from said thinning via all layers (101a-d), to the external side of the second external layer ; ∘ a second end , connected at the end of said via , located on the external side of the second external layer of the multi-layer printed circuit board ; ∘ a first end located on the outer side of said middle layer ; ∘ a thinning , at the level of the first end of the conductive path , which is configured to act as a fusible link; ∘ a via configured to pass, from said thinning via all layers (101a-d), to the external side of the second external layer ; ∘ a second end , connected at the end of said via , located on the external side of the second external layer of the multi-layer printed circuit board ; • whereas a non-flammable agent is present on the external side of at least the first external layer , covering an outlet of said via wherein the non-flammable agent is such that the heat, caused by breaking the fuse will melt the non-flammable agent and the melted non-flammable agent will subsequently flood into the via .
An apparatus for reducing effects of tremors on the human body, the apparatus comprising a wearable element and at least one gyroscopic device mounted to the wearable element; wherein the at least one gyroscopic device comprises a gyroscope and a gyroscope housing ; wherein the gyroscope has a gyroscope axis; characterised in that : the gyroscope is mounted within the housing by means of a mount (25, 30 31) which allows the gyroscope axis to precess with respect to the housing ; and in that the mount comprises a hinge to which the gyroscope is mounted and a hinge plate or hinge mount to which the hinge is mounted for rotation with respect to the gyroscope housing . the gyroscope is mounted within the housing by means of a mount (25, 30 31) which allows the gyroscope axis to precess with respect to the housing ; and in that the mount comprises a hinge to which the gyroscope is mounted and a hinge plate or hinge mount to which the hinge is mounted for rotation with respect to the gyroscope housing .
A spectacle lens processing device comprising: a drilling tool capable of forming a hole in a lens (LE); and a control unit , whereinp the control unit is configured to acquire a position of the hole to be formed in the lens (LE), acquire a pantoscopic angle (AG), the pantoscopic angle (AG) being an angle in a vertical plane between a visual axis (EX) of a user and an optical axis (OX) of the lens (LE) when the user wears spectacles in which the lens (LE) after processing is mounted and faces forward, and determine, based on the acquired pantoscopic angle (AG), a relative angle between the drilling tool and the lens (LE) when the hole is formed in the lens (LE) in the position of the hole. a drilling tool capable of forming a hole in a lens (LE); and a control unit , whereinp the control unit is configured to acquire a position of the hole to be formed in the lens (LE), acquire a pantoscopic angle (AG), the pantoscopic angle (AG) being an angle in a vertical plane between a visual axis (EX) of a user and an optical axis (OX) of the lens (LE) when the user wears spectacles in which the lens (LE) after processing is mounted and faces forward, and determine, based on the acquired pantoscopic angle (AG), a relative angle between the drilling tool and the lens (LE) when the hole is formed in the lens (LE) in the position of the hole. acquire a position of the hole to be formed in the lens (LE), acquire a pantoscopic angle (AG), the pantoscopic angle (AG) being an angle in a vertical plane between a visual axis (EX) of a user and an optical axis (OX) of the lens (LE) when the user wears spectacles in which the lens (LE) after processing is mounted and faces forward, and determine, based on the acquired pantoscopic angle (AG), a relative angle between the drilling tool and the lens (LE) when the hole is formed in the lens (LE) in the position of the hole.
Thermoformed article comprising poly(ethylene-2,5-furandicarboxylate) polyester, which polyester has a weight average molecular weight (Mw) of at least 50,000, determined by gel permeation chromatography using polystyrene as standard, and which polyester is semicrystalline and which polyester essentially consists of ethylene and 2,5-furandicarboxylate moieties.
A CO 2 recovery system including an absorption tower that contacts CO 2 -containing gas with a CO 2 -absorbing solution to remove CO 2 and a regeneration tower that regenerates a rich solution having absorbed CO 2 , and reusing a lean solution , obtained by removing CO 2 from the rich solution in the regeneration tower , in the absorption tower , wherein the regeneration tower is divided into at least two stages, and the CO 2 recovery system further comprises: a regeneration heater that extracts the lean solution recovered near a bottom portion of the regeneration tower to the outside, and heat-exchanges the lean solution with saturated steam ; and a steam-condensate heat exchanger that heats a semi-lean solution obtained by removing part of CO 2 from the rich solution or heats the rich solution to be supplied to the regeneration tower , with residual heat of steam condensate fed from the regeneration heater , the semi-lean solution having been extracted from an upper stage side (15-U) of the regeneration tower divided, wherein the semi-lean solution heated is supplied to a lower stage side (15-L) of the regeneration tower . a regeneration heater that extracts the lean solution recovered near a bottom portion of the regeneration tower to the outside, and heat-exchanges the lean solution with saturated steam ; and a steam-condensate heat exchanger that heats a semi-lean solution obtained by removing part of CO 2 from the rich solution or heats the rich solution to be supplied to the regeneration tower , with residual heat of steam condensate fed from the regeneration heater , the semi-lean solution having been extracted from an upper stage side (15-U) of the regeneration tower divided, wherein the semi-lean solution heated is supplied to a lower stage side (15-L) of the regeneration tower .
A method performed by a visible light communication, VLC, device in a VLC system, for supporting mobility of a mobile terminal that performs VLC with the VLC device, the method comprising: transmitting data to the mobile terminal using at least one light source of a first sector among a plurality of sectors, wherein the plurality of sectors include light sources managed by the VLC device, and the at least one light source of the first sector forming a visible light active region, and the mobile terminal being located in the visible light active region; determining whether a response signal is received from the mobile terminal in the first sector; in a case that the response signal is not received from the mobile terminal in the first sector, determining whether the response signal is received from the terminal in a neighboring sector during time slots assigned to the mobile terminal; and in a case that the response signal is received from the terminal in the neighboring sector during the time slots, determining the neighboring sector as a sector forming the visible light active region. transmitting data to the mobile terminal using at least one light source of a first sector among a plurality of sectors, wherein the plurality of sectors include light sources managed by the VLC device, and the at least one light source of the first sector forming a visible light active region, and the mobile terminal being located in the visible light active region; determining whether a response signal is received from the mobile terminal in the first sector; in a case that the response signal is not received from the mobile terminal in the first sector, determining whether the response signal is received from the terminal in a neighboring sector during time slots assigned to the mobile terminal; and in a case that the response signal is received from the terminal in the neighboring sector during the time slots, determining the neighboring sector as a sector forming the visible light active region.
A furniture hinge comprising a hinge cup having cup side walls (52.4), which at least in regions surround a cup opening, and comprising a cup base (52.1), at least in regions, completing the hinge cup opposite the cup opening, comprising an expansion element having two clamping jaws (72.1, 72.2) which at least partially radially engage around the cup side walls (52.4) of the hinge cup and are connected via a flange , and comprising a lift arrangement for adjusting at least one of the clamping jaws (72.1, 72.2) between a first position, in which the clamping jaws (72.1, 72.2) are not expanded, and a second position, in which the clamping jaws (72.1, 72.2) are expanded, wherein at least one of the clamping jaws (72.1, 72.2) has at least one expansion projection which is integrally formed in one piece and interacts with the hinge cup during the transition from the first to the second position such that the clamping jaws (72.1, 72.2) are expanded, characterised in that the lift arrangement has for one or the two clamping jaws (72.1, 72.2) an eccentric , that a shaft of the eccentric is rotatably mounted in an eccentric bearing inserted into the cup side wall (52.4) and that one eccentric disk arranged asymmetrically in relation to the shaft engages in an eccentric receptacle inserted into the side of the clamping jaw (72.1, 72.2) facing the hinge cup and bears against a contact surface (77.1) of the eccentric receptacle facing the flange .
Cement or gypsum-containing building boards, wherein the building boards comprise graphene and/or graphene oxide, and wherein the building board comprises a plurality of material layers, wherein at least one of the plurality of material layers is a graphene or graphene oxide layer composed of graphene paper or graphene oxide paper.
A lubrication method comprising: lubricating a sliding member in a refrigerant circulation system, which comprises a polyetheretherketone by using a lubricating oil composition which comprises an ester as a lubricating base oil; wherein a kinematic viscosity at 40°C of the lubricating base oil is 2 mm 2 /s or more and 10 mm 2 /s or less. lubricating a sliding member in a refrigerant circulation system, which comprises a polyetheretherketone by using a lubricating oil composition which comprises an ester as a lubricating base oil; wherein a kinematic viscosity at 40°C of the lubricating base oil is 2 mm 2 /s or more and 10 mm 2 /s or less.
A system for detecting and reporting motorcycle accidents, comprising: - a first module located in the motorcycle with means for obtaining the location of the motorcycle at all times, means for detecting the acceleration and tilt of the motorcycle, and means for communicating with other modules of said system, - a module with calculation capacity located in the motorcycle with processing means for detecting when an accident takes place and with means for communicating to other modules of the system, - a portable module with means for communicating with other elements of said system, wherein said detection of the accident is done in said module with calculation capacity based at least on the information received from the module on location, acceleration or tilt, and, wherein said module with calculation capacity is configured to communicate the detection of the accident to the portable module , the mentioned system being characterized in that the portable module can be physically separated into two analogue submodules (121 and 122) with means for making an emergency call, wherein if both submodules (121 and 122) are physically joined they are configured to act as a single module and only the means of one of the parts function, and when they are physically separated, the means of both parts are configured to function independently, wherein the portable module or submodules (121 and 122) are located in the wireless key or starter device of the motorcycle , wherein said detection of the accident is done in said module with calculation capacity based on the calculation of the distance between said portable module or submodules (121 and 122) and said module wherein said calculation of the distance is a function of the intensity of the connection signal between said first module and said portable module or submodules (121 and 122), wherein said module with calculation capacity is configured to identify that there is only one occupant on the motorcycle if the submodules (121 and 122) of said portable module are physically joined and identifies that there are two occupants if they are physically separated, wherein said portable module is configured to make an emergency call using the means for making emergency calls and wherein said call communicates if there are one or two occupants, as well as other information. - a first module located in the motorcycle with means for obtaining the location of the motorcycle at all times, means for detecting the acceleration and tilt of the motorcycle, and means for communicating with other modules of said system, - a module with calculation capacity located in the motorcycle with processing means for detecting when an accident takes place and with means for communicating to other modules of the system, - a portable module with means for communicating with other elements of said system,
A compressor , comprising: a crankshaft ; and a connecting structure arranged on the crankshaft , the connecting structure comprises a first bearing , a second bearing and a piston , wherein an avoidance part is arranged on the connecting structure and/or the crankshaft , the avoidance part is located at the part that the connecting structure is matched with the crankshaft , and the avoidance part is configured to be suitable for avoiding at least one of the connecting structure and the crankshaft ; wherein a gap is formed between the crankshaft and the connecting structure , and the gap corresponding to the avoidance part is enlarged to the direction far away from the middle part of the connecting structure along the axial direction of the crankshaft ; and characterised in that the sum of gaps at the two sides of the axis of the crankshaft is defined as a bilateral gap at the same axial height in the cross section of the compressor in the axial direction of the crankshaft ; the minimum value of the bilateral gap corresponding to the avoidance part is δ 0 , the difference between the maximum value of the bilateral gap corresponding to the avoidance part and δ 0 is δ, the diameter of the crankshaft corresponding to the minimum part of the bilateral gap corresponding to the avoidance part is D, and the length of the avoidance part is h along the axial direction of the crankshaft , wherein the product of δ/δ 0 and D/h is more than or equal to 0.2 and less than or equal to 5. wherein a gap is formed between the crankshaft and the connecting structure , and the gap corresponding to the avoidance part is enlarged to the direction far away from the middle part of the connecting structure along the axial direction of the crankshaft ; and characterised in that the sum of gaps at the two sides of the axis of the crankshaft is defined as a bilateral gap at the same axial height in the cross section of the compressor in the axial direction of the crankshaft ; the minimum value of the bilateral gap corresponding to the avoidance part is δ 0 , the difference between the maximum value of the bilateral gap corresponding to the avoidance part and δ 0 is δ, the diameter of the crankshaft corresponding to the minimum part of the bilateral gap corresponding to the avoidance part is D, and the length of the avoidance part is h along the axial direction of the crankshaft , wherein the product of δ/δ 0 and D/h is more than or equal to 0.2 and less than or equal to 5.
A modular liquid-cooled server chassis, , wherein the chassis comprises: a case 110, 210, 310); one or more liquid-cooled modules , wherein each liquid-cooled module comprises a housing , a gas outlet valve and a liquid return valve (1 23, 233, 333) , wherein the gas outlet valve and the liquid return valve are opened when the liquid-cooled module is in operation, and the liquid-cooled module is inserted with a single server during operation and is filled with coolant; a connector for connecting the liquid-cooled module to an external power source; and a circulation section comprising a gas outlet pipe a liquid return pipe , a steam treatment zone , and a liquid collection zone , wherein, the gas outlet pipe is connected to the gas outlet valve and is used to transport gas from the liquid-cooled module to the steam treatment zone ; the liquid return pipe is connected to the liquid return valve and is used to transport liquid from the liquid collection zone to the liquid-cooled module ; the steam treatment zone is provided with a condenser for cooling the gas in the steam treatment zone ; and the liquid collection zone is used for collecting liquid from the steam treatment zone . a case 110, 210, 310); one or more liquid-cooled modules , wherein each liquid-cooled module comprises a housing , a gas outlet valve and a liquid return valve (1 23, 233, 333) , wherein the gas outlet valve and the liquid return valve are opened when the liquid-cooled module is in operation, and the liquid-cooled module is inserted with a single server during operation and is filled with coolant; a connector for connecting the liquid-cooled module to an external power source; and a circulation section comprising a gas outlet pipe a liquid return pipe , a steam treatment zone , and a liquid collection zone , wherein, the gas outlet pipe is connected to the gas outlet valve and is used to transport gas from the liquid-cooled module to the steam treatment zone ; the liquid return pipe is connected to the liquid return valve and is used to transport liquid from the liquid collection zone to the liquid-cooled module ; the steam treatment zone is provided with a condenser for cooling the gas in the steam treatment zone ; and the liquid collection zone is used for collecting liquid from the steam treatment zone .
A driven gear to drive an oil pump for a generator , said driven gear comprising: a radially outwardly extending flange , said radially outwardly extending flange extending along an axial distance defined along a center axis (J) of said flange , said flange merging into a generally conical portion which, in turn, extends radially inwardly to a hub , said hub extending to a remote end , and a first distance (d1) defined between said remote end of said hub and an end of said flange facing said remote end , and a second distance (d2) defined between ends of said flange , with gear teeth formed at an outer periphery of said flange ; a ratio of said first distance (d1) to said second distance (d2) being between 2.541 and 2.824; characterised by that said gear teeth (32;132) have a flat outer end and curved sides , with there being four roll angles (L, M, N, O) on each of said sides , with a first roll angle (L) extending for 13.4° to 15.4°, a second roll angle (M) extending for 15.7° to 17.7°, a third roll angle (N) extending for 22.5° to 24.5°, and a fourth roll angle (O) extending for 24.8° to 26.8°. a radially outwardly extending flange , said radially outwardly extending flange extending along an axial distance defined along a center axis (J) of said flange , said flange merging into a generally conical portion which, in turn, extends radially inwardly to a hub , said hub extending to a remote end , and a first distance (d1) defined between said remote end of said hub and an end of said flange facing said remote end , and a second distance (d2) defined between ends of said flange , with gear teeth formed at an outer periphery of said flange ; a ratio of said first distance (d1) to said second distance (d2) being between 2.541 and 2.824; characterised by that said gear teeth (32;132) have a flat outer end and curved sides , with there being four roll angles (L, M, N, O) on each of said sides , with a first roll angle (L) extending for 13.4° to 15.4°, a second roll angle (M) extending for 15.7° to 17.7°, a third roll angle (N) extending for 22.5° to 24.5°, and a fourth roll angle (O) extending for 24.8° to 26.8°.