mhurhangee/ep-ind-claims huggingface dataset:
A control method for inhibiting the use of the product beyond a shelf life, the shelf life is the shelf life, which starts after the preparation of the product in a machine (1, 110) for the production and delivery of products such as ice cream, frozen drinks or granita from packets (30, 122) of preparation associated with such machine (1, 110), the method includes the steps to: - associate the packets (30, 122) with means of retention (31, 123) of information about when the package was breached and the shelf life of the product once it is obtained from the preparation fed to the machine (1, 110); - provide the machine (1, 110) with means (4, 121) for acquiring information from said means of retention (31, 123); - acquire such information in the machine (1, 110) to enable the machine (1, 110) to full functionality of production and delivery of the product; - inhibit automatically this full functionality of the machine (1, 110) when the end of shelf life indicated by the acquired information is reached and in which at least one standby state, a normal operating state and end delivery state are provided for the machine (1, 110), and switching from standby state and normal state being enabled by the acquisition of the information on the product shelf life from a packet (30, 122) and switching from normal operation state to end delivery state being controlled automatically by reaching the end of such shelf life, and in which the switching from the end delivery state to standby state is enabled by removing from the machine (1, 110) of a product containing tank (2, 112) for a time at least equal to a time that is predetermined to be suitable for washing the tank (2, 112). - associate the packets (30, 122) with means of retention (31, 123) of information about when the package was breached and the shelf life of the product once it is obtained from the preparation fed to the machine (1, 110); - provide the machine (1, 110) with means (4, 121) for acquiring information from said means of retention (31, 123); - acquire such information in the machine (1, 110) to enable the machine (1, 110) to full functionality of production and delivery of the product; - inhibit automatically this full functionality of the machine (1, 110) when the end of shelf life indicated by the acquired information is reached and in which at least one standby state, a normal operating state and end delivery state are provided for the machine (1, 110), and switching from standby state and normal state being enabled by the acquisition of the information on the product shelf life from a packet (30, 122) and switching from normal operation state to end delivery state being controlled automatically by reaching the end of such shelf life, and in which the switching from the end delivery state to standby state is enabled by removing from the machine (1, 110) of a product containing tank (2, 112) for a time at least equal to a time that is predetermined to be suitable for washing the tank (2, 112).
Method for operating an internal combustion engine having a plurality of combustion chambers and at least one combustion chamber pressure sensor arranged on at least one of the combustion chambers, comprising the following steps: - operating the internal combustion engine in a normal mode in which all combustion chambers are operated with the same fuel quantity and the same injection period, so that a substantially identical maximum combustion chamber pressure (ps) of combustion results in all combustion chambers, - detecting a degree of contamination of the combustion chamber pressure sensor or a load profile of the internal combustion engine which is highly likely to lead to contamination of the combustion chamber pressure sensor, the method is characterized by - operating the combustion chamber on which the combustion chamber pressure sensor is arranged with a combustion chamber pressure that is higher than during normal operation (p > ps), thereby removing the contamination from the combustion chamber pressure sensor, the injection quantity of the fuel for the combustion chamber on which the combustion chamber pressure sensor is arranged being increased, while in parallel the efficiency of the corresponding combustion chamber being impaired, and - the remaining combustion chambers continuing to be operated with unchanged operating parameters, so that the combustion chamber pressure (p BS) in the combustion chamber on which the combustion chamber pressure sensor is arranged is significantly above the combustion chamber pressures (p B) in the remaining combustion chambers. - operating the internal combustion engine in a normal mode in which all combustion chambers are operated with the same fuel quantity and the same injection period, so that a substantially identical maximum combustion chamber pressure (ps) of combustion results in all combustion chambers, - detecting a degree of contamination of the combustion chamber pressure sensor or a load profile of the internal combustion engine which is highly likely to lead to contamination of the combustion chamber pressure sensor, - operating the combustion chamber on which the combustion chamber pressure sensor is arranged with a combustion chamber pressure that is higher than during normal operation (p > ps), thereby removing the contamination from the combustion chamber pressure sensor, the injection quantity of the fuel for the combustion chamber on which the combustion chamber pressure sensor is arranged being increased, while in parallel the efficiency of the corresponding combustion chamber being impaired, and - the remaining combustion chambers continuing to be operated with unchanged operating parameters, so that the combustion chamber pressure (p BS) in the combustion chamber on which the combustion chamber pressure sensor is arranged is significantly above the combustion chamber pressures (p B) in the remaining combustion chambers.
A compound of the following structure: wherein: B 1 is guanine; B 10 is a natural nucleoside base; R 1 is H or methyl; R 2 and R 3 are independently H, OH, alkyl, O-alkyl or halogen; and R 4 is H, OH or 0-methyl. B 1 is guanine; B 10 is a natural nucleoside base; R 1 is H or methyl; R 2 and R 3 are independently H, OH, alkyl, O-alkyl or halogen; and R 4 is H, OH or 0-methyl.
A chemical mechanical polishing pad conditioner, comprising: a substrate including a front surface having a plurality of protrusions integral therewith, said plurality of protrusions extending in a frontal direction that is substantially normal to said front surface, each of said plurality of protrusions including a distal extremity (h), and a dispersion of superabrasive grit seeds disposed on said protrusions, the chemical mechanical polishing pad conditioner being characterized by: each of said plurality of protrusions having a root-mean-square surface roughness that is greater than 3 μm; a dispersion of superabrasive grit seeds disposed on said substrate; and a diamond coating that covers said substrate, said protrusions and said dispersion of superabrasive grit seeds. each of said plurality of protrusions having a root-mean-square surface roughness that is greater than 3 μm; a dispersion of superabrasive grit seeds disposed on said substrate; and a diamond coating that covers said substrate, said protrusions and said dispersion of superabrasive grit seeds.
A cooking apparatus comprising: a coil configured to generate a magnetic field when a current is applied to the coil; a driver including a first switch and a second switch, and configured to change a direction of the applied current by alternately operating the first switch and the second switch; a current detector configured to detect the current applied to the coil; characterized in that the cooking apparatus comprises: a controller configured to increase a duty cycle of the first switch from a first duty cycle to a second duty cycle for a predetermined time after an operation start signal is received by the controller, control operations of the first switch and the second switch based on an operating frequency when the predetermined time elapses, compare a phase of a voltage input to the first switch to a phase of the detected current, and determine a material of a vessel placed on the coil based on the comparison. a coil configured to generate a magnetic field when a current is applied to the coil; a driver including a first switch and a second switch, and configured to change a direction of the applied current by alternately operating the first switch and the second switch; a current detector configured to detect the current applied to the coil; a controller configured to increase a duty cycle of the first switch from a first duty cycle to a second duty cycle for a predetermined time after an operation start signal is received by the controller, control operations of the first switch and the second switch based on an operating frequency when the predetermined time elapses, compare a phase of a voltage input to the first switch to a phase of the detected current, and determine a material of a vessel placed on the coil based on the comparison.
A prosthetic coupling device comprising a first coupling part (210, 310, 410, 510, 610, 710) and a second coupling part (260, 360, 460, 560, 660, 760), said first coupling part comprising a first end (211, 311,411, 511, 611, 711) and a second end (212, 312) and said second coupling part comprising a first end (261, 361, 461, 561, 661, 761) and a second end (262, 362), said first end (211, 311,411, 511, 611, 711) of said first coupling part being connectable to said first end (261, 361, 461, 561, 661, 761) of said second coupling part, said second end (212, 312) of said first coupling part being connectable to a prosthetic adapter element of a first prosthetic member (101, 201), and said second end (262, 362) of said second coupling part being connectable to a prosthetic adapter element on a second prosthetic member (102, 202); wherein said prosthetic coupling device (100, 200, 300, 400, 500, 600, 700) comprises first and second manually operable locking arrangements (318, 366, 317, 417, 517, 684, 639, 371, 479, 687, 771, 772) being separately operable and each having a locked configuration and a release configuration, said coupling device being transferable from a connected state to a disconnected state only when both said locking arrangements are in said release configuration, characterized in that the first and second locking arrangements are of different types. wherein said prosthetic coupling device (100, 200, 300, 400, 500, 600, 700) comprises first and second manually operable locking arrangements (318, 366, 317, 417, 517, 684, 639, 371, 479, 687, 771, 772) being separately operable and each having a locked configuration and a release configuration, said coupling device being transferable from a connected state to a disconnected state only when both said locking arrangements are in said release configuration, characterized in that the first and second locking arrangements are of different types.
A method of receiving user input, the method comprising: receiving a series of depth maps imaging a scene, each depth map (400; 600; 700) including a plurality of pixels, each of the plurality of pixels defining a depth of a surface imaged by that pixel; identifying a set of nonstatic pixels having a shallowest depth within the series of depth maps, including identifying a set of nonstatic pixels that maintains the shallowest depth for a threshold consecutive number of depth maps in the series of depth maps; and mapping a position of the set of nonstatic pixels to a cursor position. receiving a series of depth maps imaging a scene, each depth map (400; 600; 700) including a plurality of pixels, each of the plurality of pixels defining a depth of a surface imaged by that pixel; identifying a set of nonstatic pixels having a shallowest depth within the series of depth maps, including identifying a set of nonstatic pixels that maintains the shallowest depth for a threshold consecutive number of depth maps in the series of depth maps; and mapping a position of the set of nonstatic pixels to a cursor position.
A window covering comprising: a head rail; a bottom rail; a shade element extending between the head rail and the bottom rail; a rotatable drive axle extending in a channel of the head rail, wherein said rotatable drive axle comprises cord winding assemblies (20, 22), each including a frustoconical winding drums (24, 26) and a threaded tubular member (32, 34), each winding drum (24, 26) including a raising cord (28, 30) having one end connected to the winding drum (24, 26) and another end extending outside the head rail and connected to the bottom rail; and, a pair of spaced apart spring units (14, 16) each including a spring casing, a spring axle, a constant force coil spring and a cover, wherein each of said spring unit (14, 16) is coaxially connected to the drive axle adjacent a respective winding drum (24, 26), each coil spring having one end connected to a spring axle and the spring axle operatively connected to the rotatable drive axle, wherein the coil springs provide sufficient biasing force to assist in rotating the drive axle in a direction of winding the raising cords (28, 30) around the winding drums (24, 26) respectively and in raising the bottom rail. a head rail; a bottom rail; a shade element extending between the head rail and the bottom rail; a rotatable drive axle extending in a channel of the head rail, wherein said rotatable drive axle comprises cord winding assemblies (20, 22), each including a frustoconical winding drums (24, 26) and a threaded tubular member (32, 34), each winding drum (24, 26) including a raising cord (28, 30) having one end connected to the winding drum (24, 26) and another end extending outside the head rail and connected to the bottom rail; and, a pair of spaced apart spring units (14, 16) each including a spring casing, a spring axle, a constant force coil spring and a cover, wherein each of said spring unit (14, 16) is coaxially connected to the drive axle adjacent a respective winding drum (24, 26), each coil spring having one end connected to a spring axle and the spring axle operatively connected to the rotatable drive axle, wherein the coil springs provide sufficient biasing force to assist in rotating the drive axle in a direction of winding the raising cords (28, 30) around the winding drums (24, 26) respectively and in raising the bottom rail.
A coating composition comprising: (a) a film-forming resin having functional groups reactive with either themselves or a crosslinking agent or both; and (b) optionally a crosslinking agent (c) a catalyst associated with a carrier, wherein the carrier comprises a material that will protect or isolate the catalyst from initiating a curing reaction with the film-forming resin, and will upon exposure to or application of shear force release some or all of the catalyst, and wherein the carrier is compatible with the film-forming resin (a) and is not formed from the film-forming resin (a). (a) a film-forming resin having functional groups reactive with either themselves or a crosslinking agent or both; and (b) optionally a crosslinking agent (c) a catalyst associated with a carrier, wherein the carrier comprises a material that will protect or isolate the catalyst from initiating a curing reaction with the film-forming resin, and will upon exposure to or application of shear force release some or all of the catalyst, and wherein the carrier is compatible with the film-forming resin (a) and is not formed from the film-forming resin (a).
Reactor for epitaxial deposition of semiconductor material on substrates, comprising: - a reaction chamber provided with a cavity defined by a lower wall, an upper wall and lateral walls (23, 24), - a susceptor, positioned inside said cavity, and adapted to support and heat substrates during epitaxial deposition, - a heating system adapted to heat said susceptor, - an upper plate that is positioned above said upper wall and that overlies said susceptor so that it reflects thermal radiation emitted by said susceptor towards said susceptor; wherein a liquid flow is provided in or on said upper plate to cool said upper plate; wherein a gaseous flow is provided between said upper wall and said upper plate to promote the transfer of heat from said upper wall to said upper plate; wherein a lower surface of said upper plate and an upper surface of the said upper wall are parallel. - a reaction chamber provided with a cavity defined by a lower wall, an upper wall and lateral walls (23, 24), - a susceptor, positioned inside said cavity, and adapted to support and heat substrates during epitaxial deposition, - a heating system adapted to heat said susceptor, - an upper plate that is positioned above said upper wall and that overlies said susceptor so that it reflects thermal radiation emitted by said susceptor towards said susceptor; wherein a liquid flow is provided in or on said upper plate to cool said upper plate; wherein a gaseous flow is provided between said upper wall and said upper plate to promote the transfer of heat from said upper wall to said upper plate; wherein a lower surface of said upper plate and an upper surface of the said upper wall are parallel.
A lockable connection component comprising: a coupling nut configured to rotatably couple the lockable connection component 2. to a complementary mating component at a connection interface, the coupling nut having at least one locking collar interface; a connector body arranged within a longitudinal bore of the coupling nut and configured to be non-rotatably attached to the lockable connection component; and a locking collar having at least one coupling nut interface, the locking collar being configured to non-rotatably slide over the connector body and interface with the coupling nut such that the at least one coupling nut interface engages the at least one locking collar interface of the coupling nut, thereby preventing the coupling nut from rotating and disconnecting from the complementary mating component, wherein the locking collar comprises at least one raised element arranged on the at least one coupling nut interface, wherein the coupling nut comprises at least one recess complementary to the at least one raised element, wherein the at least one raised element is seated in the at least one recess when the at least one coupling nut interface engages the at least one locking collar interface, thereby preventing the locking collar from moving away from the coupling nut, characterized in that the connector body includes a locking collar interface configured to engage with a corresponding connector body interface of the locking collar to prevent rotation of the locking collar about the connector body. a coupling nut configured to rotatably couple the lockable connection component 2. to a complementary mating component at a connection interface, the coupling nut having at least one locking collar interface; a connector body arranged within a longitudinal bore of the coupling nut and configured to be non-rotatably attached to the lockable connection component; and a locking collar having at least one coupling nut interface, the locking collar being configured to non-rotatably slide over the connector body and interface with the coupling nut such that the at least one coupling nut interface engages the at least one locking collar interface of the coupling nut, thereby preventing the coupling nut from rotating and disconnecting from the complementary mating component, wherein the locking collar comprises at least one raised element arranged on the at least one coupling nut interface, wherein the coupling nut comprises at least one recess complementary to the at least one raised element, wherein the at least one raised element is seated in the at least one recess when the at least one coupling nut interface engages the at least one locking collar interface, thereby preventing the locking collar from moving away from the coupling nut, characterized in that the connector body includes a locking collar interface configured to engage with a corresponding connector body interface of the locking collar to prevent rotation of the locking collar about the connector body.
An oven comprising a system for dispersing chemical agents, comprising: a tube for injecting water so that said water is dissolved with the chemical agent; a fan for distributing the mixture of water and chemical agent in a heat-generating area and a cooking area of the oven; and said tube for injecting water and said fan being means for rinsing the mixture of water and chemical agent; wherein said chemical agent is placed in at least one vessel, forming a collector, characterized in that said at least one vessel comprises upper holes for the inlet of water, and an overflow hole connected to a duct, which leads the mixture of water and chemical agent from the at least one vessel to the fan, dispersing the mixture in the heat-generating area and the cooking area of the oven. a tube for injecting water so that said water is dissolved with the chemical agent; a fan for distributing the mixture of water and chemical agent in a heat-generating area and a cooking area of the oven; and said tube for injecting water and said fan being means for rinsing the mixture of water and chemical agent; wherein said chemical agent is placed in at least one vessel, forming a collector, characterized in that said at least one vessel comprises upper holes for the inlet of water, and an overflow hole connected to a duct, which leads the mixture of water and chemical agent from the at least one vessel to the fan, dispersing the mixture in the heat-generating area and the cooking area of the oven.
A crane comprising: a boom; and a hook _suspended from the boom by a wire rope, wherein the crane transports a load in a state in which the load is suspended from the hook, the crane further comprises: a sensor that detects a position of an obstacle; and a control device that is configured to generate a transport path by arranging a plurality of node points in an area containing a lifting-up point and a lifting-down point of the load and connecting the node points, characterized in that, when the sensor detects movement of the obstacle, the control device is configured to generate a new transport path after increasing a number of node points arranged around the obstacle. a boom; and a hook _suspended from the boom by a wire rope, wherein the crane transports a load in a state in which the load is suspended from the hook, the crane further comprises: a sensor that detects a position of an obstacle; and a control device that is configured to generate a transport path by arranging a plurality of node points in an area containing a lifting-up point and a lifting-down point of the load and connecting the node points, characterized in that, when the sensor detects movement of the obstacle, the control device is configured to generate a new transport path after increasing a number of node points arranged around the obstacle. a sensor that detects a position of an obstacle; and a control device that is configured to generate a transport path by arranging a plurality of node points in an area containing a lifting-up point and a lifting-down point of the load and connecting the node points, characterized in that, when the sensor detects movement of the obstacle, the control device is configured to generate a new transport path after increasing a number of node points arranged around the obstacle.
A machine for winding a watch and/or horological movement, including at least one support arranged to carry at least one object consisting of a watch or an automatic winding horological movement including at least one oscillating mass, said machine including motorisation means arranged to move each said support, characterised in that said motorisation means are arranged to move each said support parallel to a starting position corresponding to the loading or unloading of said at least one object on said at least one support, the axes of a three-dimensional frame of reference specific to said support always remaining parallel to the oriented directions that they occupy in said starting position.