mhurhangee/patent-ind-claim-en huggingface dataset:
Method for cooking a food of a predetermined variety, in particular rice, in the presence of water in a cooking vessel of a cooker, wherein a programme for cooking the food is determined automatically, then the cooker selects one or more predictive models corresponding to the identified variety, and/or a programme for cooking the food is proposed and/or made selectable for the user by a control circuit of the cooker, at least partially based on a predictive mathematic model of the behaviour of at least one organoleptic parameter of the food, and a sought value for said perimeter, the predictive mathematic model being a function of at least one initial water/food ratio in the cooking vessel, the initial water/food ratio in volume being between 1.1 and 1.6, the predictive mathematic model being multi-variable with constraints imposed on the values of the variables which are a solution of the predictive model and according to an immersion duration of the food and/or of the immersion temperature, characterised in that it comprises a step of automatically determining the variety of the food or its closeness to a similar variety by its behaviour when cooking, wherein means for analysing a sample of the food are used, even the food to be placed in the cooking vessel , the analysis means comprising an analysis vessel , disposed on the side of the cooking vessel , to receive a sample of the food.
Handheld power tool comprising an actuator arrangement , wherein said actuator arrangement comprises a movable trigger member and a sensor arrangement , wherein said trigger member comprises one magnetic element in the form of a magnet, wherein said sensor arrangement is responsive to a displacement of the magnetic element along with the movable trigger member relative to the sensor arrangement, characterized in that said sensor arrangement comprises an analog magnetic field sensor arranged to provide a signal proportional to the position of the magnet; a first digital magnetic field sensor arranged to provide a first digital switching point in response to the position of the magnet; and a second digital magnetic field sensor arranged to provide a second digital switching point in response to the position of the magnet. wherein said actuator arrangement comprises a movable trigger member and a sensor arrangement , wherein said trigger member comprises one magnetic element in the form of a magnet, wherein said sensor arrangement is responsive to a displacement of the magnetic element along with the movable trigger member relative to the sensor arrangement, characterized in that said sensor arrangement comprises an analog magnetic field sensor arranged to provide a signal proportional to the position of the magnet; a first digital magnetic field sensor arranged to provide a first digital switching point in response to the position of the magnet; and a second digital magnetic field sensor arranged to provide a second digital switching point in response to the position of the magnet.
An auto-injector for delivering a liquid medicament comprising: a housing arranged to contain a syringe and a piston for sealing the syringe and displacing the medicament, the housing having a proximal end and a distal end intended to be applied against an injection site, wherein the syringe comprises: a plurality of plunger elements arranged along a length of the syringe between the proximal end of the housing and the piston, each of the plurality of plunger elements having a longitudinal axis; and a cord arranged to connect the plurality of plunger elements, wherein the plurality of plunger elements are initially in a stacked arrangement, such that when the cord is acted on by a driving force the plunger elements become aligned along their longitudinal axes to push the piston towards the distal end to displace the medicament. a plurality of plunger elements arranged along a length of the syringe between the proximal end of the housing and the piston, each of the plurality of plunger elements having a longitudinal axis; and a cord arranged to connect the plurality of plunger elements, wherein the plurality of plunger elements are initially in a stacked arrangement, such that when the cord is acted on by a driving force the plunger elements become aligned along their longitudinal axes to push the piston towards the distal end to displace the medicament.
Implant having a multilayered coating, said implant comprising a porous titanium-based layer on the implant, an interface titania layer on and/or in the porous titanium-based layer and a bioactive glass layer, wherein the bioactive glass layer is in or on and in the porous structure formed by the titanium-based layer and the titania layer.
Electrical equipment (1; 101) comprising a housing (2; 102) and a connector to which there can be connected a stripped portion (7; 107) of a cable (3; 103) that comprises an electrical conductor (6; 106) surrounded by a sheath (5; 105), said stripped portion extending between a free end (8; 108) of the cable and a shoulder (9; 109) of the cable formed by a cut end of the sheath, the housing including a housing part (4; 104) having formed therein a verification device (10; 110) for verifying the length (L) of the stripped portion of the cable, the verification device including a first reception space (12; 112) defined by an abutment and by a reference that are spaced apart by a reference length, the verification device being arranged in such a manner that, when the stripped portion is positioned in the first reception space (12; 112) and a first cable element selected from the free end of the cable and the shoulder of the cable comes to bear against the abutment, a second element of the cable selected from the free end and the shoulder of the cable is positioned relative to the reference in such a manner as to enable a visual comparison to be made between the position of the second cable element and the position of the reference, and thus between the length of the stripped portion of the cable at the reference length, wherein the first reception space is a first cavity (12; 112) formed in a face (11; 111) of the housing part, wherein the shape of the first cavity (12; 112) is a cylinder portion intersected by a plane parallel to the axis of the cylinder, such that the first cavity presents a shape that is complementary to the shape of the stripped portion (7; 107) of the cable.
A method of precisely dispensing an agricultural commodity using an agricultural implement , the method comprising: determining a volume of the agricultural commodity to be dispensed; correlating the volume of the agricultural commodity to be dispensed with a change in a position of a positional motor , the positional motor operatively coupled to a pump ; after correlating the volume of the agricultural commodity to be dispensed with the change in the position of the positional motor , sending a command to the positional motor , the command comprising a positional component proportional to the change in the position of the positional motor ; changing the position of the positional motor in response to the positional component of the command; driving the pump in response to the changing of the position of the positional motor in response to the positional component of the command; and dispensing the volume of the agricultural commodity in response to driving the pump ; determining a time value over which the agricultural commodity is to be dispensed, wherein the command sent to the positional motor comprises a temporal component proportional to the time value over which the agricultural commodity is to be dispensed; and changing the position of the positional motor in response to the temporal component of the command. determining a volume of the agricultural commodity to be dispensed; correlating the volume of the agricultural commodity to be dispensed with a change in a position of a positional motor , the positional motor operatively coupled to a pump ; after correlating the volume of the agricultural commodity to be dispensed with the change in the position of the positional motor , sending a command to the positional motor , the command comprising a positional component proportional to the change in the position of the positional motor ; changing the position of the positional motor in response to the positional component of the command; driving the pump in response to the changing of the position of the positional motor in response to the positional component of the command; and dispensing the volume of the agricultural commodity in response to driving the pump ; determining a time value over which the agricultural commodity is to be dispensed, wherein the command sent to the positional motor comprises a temporal component proportional to the time value over which the agricultural commodity is to be dispensed; and changing the position of the positional motor in response to the temporal component of the command.
Tank comprising an external enclosure , an internal enclosure positioned inside the external enclosure and at least one connection system connecting the external and internal enclosures and enabling them to move in relation to one another in at least one longitudinal direction parallel to an axis of displacement (DD) when in operation, characterized in that the connection system comprises an annular linear connection having a first contact surface rigidly connected to a first element that is either the external enclosure or the internal enclosure as well as a second contact surface rigidly connected to a second element that is different from the first element and that is either the external enclosure or the internal enclosure , the first and second contact surfaces being arranged opposite one another and designed to be in contact with one another along a contact circle that has a centre (O) positioned on the axis of displacement (DD).
A method for preventing data loss at a computer system, comprising: identifying a first application requesting to access a file accessible through the computer system; determining a reputation associated with the first application; if the reputation information indicates that the first application is trusted, allowing the first application to access the file, subject to a data loss prevention, DLP, policy; if the reputation information indicates that the first application is untrusted, blocking access to the file; if the reputation information neither indicates that the first application is trusted or untrusted, breaking the reputation information down in one of the categories of group comprising trending good and unknown, wherein trending good means that the application has been verified by others as an application that does not present a security risk but is not known to be trusted yet; if the reputation information is trending good, notifying a user that the first application has requested to access a file; and if the reputation information is unknown, requesting a user to manually allow or block access to the file. identifying a first application requesting to access a file accessible through the computer system; determining a reputation associated with the first application; if the reputation information indicates that the first application is trusted, allowing the first application to access the file, subject to a data loss prevention, DLP, policy; if the reputation information indicates that the first application is untrusted, blocking access to the file; if the reputation information neither indicates that the first application is trusted or untrusted, breaking the reputation information down in one of the categories of group comprising trending good and unknown, wherein trending good means that the application has been verified by others as an application that does not present a security risk but is not known to be trusted yet; if the reputation information is trending good, notifying a user that the first application has requested to access a file; and if the reputation information is unknown, requesting a user to manually allow or block access to the file.
A method of printing a three-dimensional article comprising: selectively depositing a first portion of build material in a fluid state onto a substrate to form a first region of build material; selectively depositing a first portion of support material in a fluid state to form a first region of support material; and selectively depositing a second portion of build material in a fluid state to form a second region of build material, wherein the first region of support material is disposed between the first region of build material and the second region of build material in a z-direction of the article, characterized in that the first and/or second region of build material is formed from a mixture or combination of one or more of a first build material having a cyan color, a second build material having a magenta color, and a third build material having a yellow color, and and in that the first region of support material is formed from a support material having a white color. selectively depositing a first portion of build material in a fluid state onto a substrate to form a first region of build material; selectively depositing a first portion of support material in a fluid state to form a first region of support material; and selectively depositing a second portion of build material in a fluid state to form a second region of build material, wherein the first region of support material is disposed between the first region of build material and the second region of build material in a z-direction of the article, characterized in that the first and/or second region of build material is formed from a mixture or combination of one or more of a first build material having a cyan color, a second build material having a magenta color, and a third build material having a yellow color, and and in that the first region of support material is formed from a support material having a white color.
Transmission arrangement for a hybrid vehicle having an internal combustion engine and an electric machine , wherein a first drive torque of the internal combustion engine and a second drive torque of the electric machine are transmissible to at least one drive shaft of the hybrid vehicle by means of the transmission arrangement , wherein the transmission arrangement comprises a first planetary transmission with the first components first sun gear , first ring gear and first planet carrier , characterized in that a third drive torque is transmissible to a second planet carrier of a second planetary transmission by means of the first planet carrier , wherein the second planetary transmission has the second components second planet carrier , second sun gear and third sun gear , wherein the second sun gear meshes with a first toothing of a second planet gear and the third sun gear meshes with a second toothing of the second planet gear , wherein the drive shaft of the hybrid vehicle is driveable by means of the third sun gear .
An end effector, comprising: a staple cartridge comprising a staple comprising a first leg; and an anvil comprising a tissue compression surface , wherein a plurality of pockets are defined in said tissue compression surface, wherein said plurality of pockets comprises a pocket comprising a first cup configured to form said first leg, and wherein said first cup comprises: a first lateral side ; a second lateral side ; a bottom intermediate said first lateral side and said second lateral side, wherein said bottom defines a depth relative to said tissue compression surface , and wherein said depth varies longitudinally along the length of said bottom; a first sidewall extending from said first lateral side to said bottom, wherein said first sidewall defines a first entirely-curved surface; and a second sidewall extending from said second lateral side to said bottom, wherein said second sidewall defines a second entirely-curved surface; wherein said first cup further comprises a plurality of boundary curves extending from said first lateral side to said second lateral side and characterized in that said boundary curves transect said tissue compression surface at a constant angle (θ 2 ) along said first lateral side and said second lateral side, and wherein said boundary curves define parabolic curves. a staple cartridge comprising a staple comprising a first leg; and an anvil comprising a tissue compression surface , wherein a plurality of pockets are defined in said tissue compression surface, wherein said plurality of pockets comprises a pocket comprising a first cup configured to form said first leg, and wherein said first cup comprises: a first lateral side ; a second lateral side ; a bottom intermediate said first lateral side and said second lateral side, wherein said bottom defines a depth relative to said tissue compression surface , and wherein said depth varies longitudinally along the length of said bottom; a first sidewall extending from said first lateral side to said bottom, wherein said first sidewall defines a first entirely-curved surface; and a second sidewall extending from said second lateral side to said bottom, wherein said second sidewall defines a second entirely-curved surface; wherein said first cup further comprises a plurality of boundary curves extending from said first lateral side to said second lateral side and characterized in that said boundary curves transect said tissue compression surface at a constant angle (θ 2 ) along said first lateral side and said second lateral side, and wherein said boundary curves define parabolic curves. a first lateral side ; a second lateral side ; a bottom intermediate said first lateral side and said second lateral side, wherein said bottom defines a depth relative to said tissue compression surface , and wherein said depth varies longitudinally along the length of said bottom; a first sidewall extending from said first lateral side to said bottom, wherein said first sidewall defines a first entirely-curved surface; and a second sidewall extending from said second lateral side to said bottom, wherein said second sidewall defines a second entirely-curved surface;
An intraocular lens injector configured to inject an intraocular lens having an optical portion with a peripheral edge and support portions extending from the optical portion into an eye, comprising: an injector main body having a lens setting portion on which the intraocular lens is set; a pushing member configured to push out the intraocular lens from the lens setting portion by moving in a direction of a central axis of the injector main body ; and a guide mechanism configured to guide the movement of the pushing member when the pushing member moves in the direction of the central axis of the injector main body , wherein when the pushing member moves in the direction of the central axis of the injector main body , a tip end part of the pushing member is configured to come into contact with one of the support portions of the intraocular lens , and is configured to thereafter come into contact with the optical portion while pushing the contacted support portion , and the guide mechanism is configured to guide the movement of the pushing member so that the tip end part of the pushing member is displaced by the guide mechanism in a direction intersecting the central axis of the injector main body while the tip end part of the pushing member is pushing the contacted support portion , and the tip end part of the pushing member is configured to push a part of the contacted support portion . an injector main body having a lens setting portion on which the intraocular lens is set; a pushing member configured to push out the intraocular lens from the lens setting portion by moving in a direction of a central axis of the injector main body ; and a guide mechanism configured to guide the movement of the pushing member when the pushing member moves in the direction of the central axis of the injector main body , wherein when the pushing member moves in the direction of the central axis of the injector main body , a tip end part of the pushing member is configured to come into contact with one of the support portions of the intraocular lens , and is configured to thereafter come into contact with the optical portion while pushing the contacted support portion , and the guide mechanism is configured to guide the movement of the pushing member so that the tip end part of the pushing member is displaced by the guide mechanism in a direction intersecting the central axis of the injector main body while the tip end part of the pushing member is pushing the contacted support portion , and the tip end part of the pushing member is configured to push a part of the contacted support portion .
A remote server configured to - collect travel speed data associated with positions on a road ; - calculate a statistical value of the speed data associated with substantially a same position of said positions; - the server being characterised in that it is configured to calculate a positive difference between the statistical value calculated and a predefined limit speed associated with said substantially same position of the road ; - at least when the positive difference calculated is greater than a predefined threshold value, generate, based on a digital map of the road , location data defining a vigilance zone in which particular attention to the travel speed is required, the vigilance zone covering a road section of the road and integrating said substantially same position. - collect travel speed data associated with positions on a road ; - calculate a statistical value of the speed data associated with substantially a same position of said positions; - the server being characterised in that it is configured to calculate a positive difference between the statistical value calculated and a predefined limit speed associated with said substantially same position of the road ; - at least when the positive difference calculated is greater than a predefined threshold value, generate, based on a digital map of the road , location data defining a vigilance zone in which particular attention to the travel speed is required, the vigilance zone covering a road section of the road and integrating said substantially same position.
A method of determining beam reciprocity of a device, applied to a first device and comprising: instructing a second device to transmit, by using a transmission beam obtained based on beam reciprocity, a reference signal; receiving the reference signal transmitted by the second device, and calculating a reception quality of the reference signal; receiving a plurality of beam training signals transmitted by the second device, and calculating reception qualities of the plurality of beam training signals, respectively; comparing the reception quality of the reference signal with a reference reception quality obtained based on the reception qualities of the plurality of beam training signals, and determining, based on a result of the comparison, whether the beam reciprocity of the second device is established or not. instructing a second device to transmit, by using a transmission beam obtained based on beam reciprocity, a reference signal; receiving the reference signal transmitted by the second device, and calculating a reception quality of the reference signal; receiving a plurality of beam training signals transmitted by the second device, and calculating reception qualities of the plurality of beam training signals, respectively; comparing the reception quality of the reference signal with a reference reception quality obtained based on the reception qualities of the plurality of beam training signals, and determining, based on a result of the comparison, whether the beam reciprocity of the second device is established or not.