mhurhangee/patent-ind-claim-en huggingface dataset:
A combine comprising: an engine compartment comprising an engine for propelling the combine ; a feeder housing for receiving cut crop; a separating system for threshing the cut crop to produce grain and residue; a residue chopper for chopping the residue; and a controller , characterized in that the controller is configured to: - estimate risk factors that correlate to a risk of fire in the engine compartment due to airborne particles created by at least one of the cut crop, the separating system or the residue chopper ; - estimate a fire risk based on the risk factors; and - implement corrective action based on the estimated fire risk. an engine compartment comprising an engine for propelling the combine ; a feeder housing for receiving cut crop; a separating system for threshing the cut crop to produce grain and residue; a residue chopper for chopping the residue; and a controller , characterized in that the controller is configured to: - estimate risk factors that correlate to a risk of fire in the engine compartment due to airborne particles created by at least one of the cut crop, the separating system or the residue chopper ; - estimate a fire risk based on the risk factors; and - implement corrective action based on the estimated fire risk. - estimate risk factors that correlate to a risk of fire in the engine compartment due to airborne particles created by at least one of the cut crop, the separating system or the residue chopper ; - estimate a fire risk based on the risk factors; and - implement corrective action based on the estimated fire risk.
A medical device tray for carrying a plurality of medical devices , said medical device tray comprising: a base made of a substantially rigid material, especially stainless steel, said base forming at least one base through-hole, said at least one base through-hole having an associated visual indicator ; a covering affixed to said base , said covering being made of a material especially a biocompatible silicone, which is softer than said substantially rigid material of said base and substantially transparent, said covering forming at least one covering through-hole , said at least one base through-hole and said at least one covering through-hole cooperating to form at least one medical device tray through-hole configured for directly supporting a respective one of the plurality of medical devices , wherein said substantially transparent covering is on top of and covering the visual indicators and said covering is overmolded onto said base . a base made of a substantially rigid material, especially stainless steel, said base forming at least one base through-hole, said at least one base through-hole having an associated visual indicator ; a covering affixed to said base , said covering being made of a material especially a biocompatible silicone, which is softer than said substantially rigid material of said base and substantially transparent, said covering forming at least one covering through-hole , said at least one base through-hole and said at least one covering through-hole cooperating to form at least one medical device tray through-hole configured for directly supporting a respective one of the plurality of medical devices , wherein said substantially transparent covering is on top of and covering the visual indicators and said covering is overmolded onto said base .
Catheter pump with a pump head for insertion into the arterial vascular system, whereby the pump head has a conveyor element that can transition from a folded-up insertion state in which the pump head can be inserted into the arterial vascular system, to an unfolded operating state, and with a cage encompassing the conveyor element , whereby the cage has a distal and proximal sleeve as well as filaments between the sleeves, distinguished by the fact that there is a bearing component axially coupled with the respective sleeve near the distal and/or proximal sleeve , whereby the bearing component has a circumferential groove in which an axially interlocked ring element is located, and whereby the sleeve has at least one recess in which the sleeve is welded with the ring element .
A vacuum cleaner for cleaning a surface , comprising: a body , an electrically-driven suction unit , a means for collecting the dust , a suction channel , a nozzle that is fluidly communicated with the body via the suction channel , an intake means fluidly communicated with the suction unit and provided for ensuring additional portion of the air in to the suction channel , and which can be adjusted between an opened state and a closed state, to open and close a bypass channel , a control unit configured to control the suction unit , with a processor for storing, calculating and interpreting signals or data, and operated by a user a starting and stopping device being electrically communicated with the control unit and arranged to generate a cleaning start signal or a cleaning end signal (SE), characterized in that the intake means is bi-directionally electrically connected to the control unit , so transmission of data or signals between the intake means and the control unit is enabled, and in that the control unit is arranged to generate a signal (S1) for controlling the intake means in the event of detecting the cleaning start signal or the cleaning end signal (SE). a body , an electrically-driven suction unit , a means for collecting the dust , a suction channel , a nozzle that is fluidly communicated with the body via the suction channel , an intake means fluidly communicated with the suction unit and provided for ensuring additional portion of the air in to the suction channel , and which can be adjusted between an opened state and a closed state, to open and close a bypass channel , a control unit configured to control the suction unit , with a processor for storing, calculating and interpreting signals or data, and operated by a user a starting and stopping device being electrically communicated with the control unit and arranged to generate a cleaning start signal or a cleaning end signal (SE), characterized in that the intake means is bi-directionally electrically connected to the control unit , so transmission of data or signals between the intake means and the control unit is enabled, and in that the control unit is arranged to generate a signal (S1) for controlling the intake means in the event of detecting the cleaning start signal or the cleaning end signal (SE).
A method of providing private information on an electronic device having a display and an auxiliary output for providing audio to an auxiliary audio output device , the method comprising: receiving first information, including the private information, for display on the display ; identifying private information for display on the display of the electronic device; displaying the first information on the display of the electronic device with the private information obscured such that the private information is unreadable; in response to receiving a selection on the display of the electronic device to output the private information : determining if a private output connection to the auxiliary audio output device is established using the auxiliary output ; in response to determining that the private output connection to the auxiliary audio output device is established, providing the private information utilizing the private output connection, wherein providing the private information comprises: converting the private information to electrical signals by a text-to-speech application, and outputting to the auxiliary audio output device the electrical signals to provide the private information as audio output. receiving first information, including the private information, for display on the display ; identifying private information for display on the display of the electronic device; displaying the first information on the display of the electronic device with the private information obscured such that the private information is unreadable; in response to receiving a selection on the display of the electronic device to output the private information : determining if a private output connection to the auxiliary audio output device is established using the auxiliary output ; in response to determining that the private output connection to the auxiliary audio output device is established, providing the private information utilizing the private output connection, wherein providing the private information comprises: converting the private information to electrical signals by a text-to-speech application, and outputting to the auxiliary audio output device the electrical signals to provide the private information as audio output. determining if a private output connection to the auxiliary audio output device is established using the auxiliary output ; in response to determining that the private output connection to the auxiliary audio output device is established, providing the private information utilizing the private output connection, wherein providing the private information comprises: converting the private information to electrical signals by a text-to-speech application, and outputting to the auxiliary audio output device the electrical signals to provide the private information as audio output. converting the private information to electrical signals by a text-to-speech application, and outputting to the auxiliary audio output device the electrical signals to provide the private information as audio output.
A delivery apparatus for a prosthetic heart valve , the delivery apparatus comprising: a handle having a proximal end , a distal end , and a cavity extending from the proximal end to the distal end ; a plurality of actuation assemblies , each of the actuation assemblies comprising a movable portion , each movable portion having a proximal end portion disposed within the cavity and a distal end portion disposed outside of the cavity ; a plate member disposed within the cavity and axially movable relative to the handle , the plate member having a first state in which the plate member moves freely relative to the movable portions and a second state in which the plate member engages the movable portions such that further axial movement of the plate member results in axial displacement of the movable portions ; and a drive assembly operatively coupled to the plate member and operable to move the plate member axially relative to the handle . a handle having a proximal end , a distal end , and a cavity extending from the proximal end to the distal end ; a plurality of actuation assemblies , each of the actuation assemblies comprising a movable portion , each movable portion having a proximal end portion disposed within the cavity and a distal end portion disposed outside of the cavity ; a plate member disposed within the cavity and axially movable relative to the handle , the plate member having a first state in which the plate member moves freely relative to the movable portions and a second state in which the plate member engages the movable portions such that further axial movement of the plate member results in axial displacement of the movable portions ; and a drive assembly operatively coupled to the plate member and operable to move the plate member axially relative to the handle .
A method for protecting an object from unauthorized copying, comprising: providing a key generator for the object ; producing a first and second keys and a lock for the first and second keys ; storing the first key in the object ; storing the second key and a time-key in a database separate from the object ; reading the first and second keys ; joining the first and second keys ; opening the lock by a match of decryption on the joined first and second keys using the stored time-key; producing a new time-key, a third and fourth keys and a new lock ; invalidating the first and second keys with the new lock ; replacing the first key in the object with the third key; and replacing both the time-key and the second key in the database with the new time-key and the fourth key, wherein the first key is replaced in the object with the third key, and the time-key and the second key are replaced in the database with the new time-key and the fourth key, after each time the object is used. providing a key generator for the object ; producing a first and second keys and a lock for the first and second keys ; storing the first key in the object ; storing the second key and a time-key in a database separate from the object ; reading the first and second keys ; joining the first and second keys ; opening the lock by a match of decryption on the joined first and second keys using the stored time-key; producing a new time-key, a third and fourth keys and a new lock ; invalidating the first and second keys with the new lock ; replacing the first key in the object with the third key; and replacing both the time-key and the second key in the database with the new time-key and the fourth key, wherein the first key is replaced in the object with the third key, and the time-key and the second key are replaced in the database with the new time-key and the fourth key, after each time the object is used.
Sensor apparatus comprising: - at least one sensor ; - a housing for the at least one sensor ; - at least one solar cell for supplying energy to the at least one sensor , wherein the at least one solar cell is mounted on an external wall of the housing ; and - a cover , which covers a photovoltaically active side of the at least one solar cell , wherein the cover comprises a translucent material , wherein particles having light-scattering properties are embedded in the translucent material, and wherein the translucent material comprises a fluorescent material through which incident photons of the incoming light are converted into wavelengths in which the quantum efficiency of the solar cell is greater than in the case of the wavelengths of the original incoming light. - at least one sensor ; - a housing for the at least one sensor ; - at least one solar cell for supplying energy to the at least one sensor , wherein the at least one solar cell is mounted on an external wall of the housing ; and - a cover , which covers a photovoltaically active side of the at least one solar cell , wherein the cover comprises a translucent material , wherein particles having light-scattering properties are embedded in the translucent material, and wherein the translucent material comprises a fluorescent material through which incident photons of the incoming light are converted into wavelengths in which the quantum efficiency of the solar cell is greater than in the case of the wavelengths of the original incoming light.
Covering device for a ceiling of an interior space of an aircraft , having - at least one planar woven fabric web ; - at least one guiding installation ; - at least one tensioning element ; wherein the guiding installation is specified for being installed in the interior space along a direction of extent of the interior space and for guiding the woven fabric web so as to be displaceable along the direction of extent in at least one first portion of the interior space ; wherein the tensioning element is specified for being fastened in the interior space , characterized in that the tensioning element by applying a tensile force that acts in the direction of extension on the front edge and/or the rear edge of the woven fabric web is specified for erecting the woven fabric web along the direction of extent of the interior space . - at least one planar woven fabric web ; - at least one guiding installation ; - at least one tensioning element ;
A method for producing a clad wire having a nickel core and a platinum cladding , the method comprising the following chronological steps: A) Providing a rod made of nickel or a nickel-based alloy and a tube made of platinum or a platinum-based alloy tube; B) Coating the rod and/or an inner surface of the tube with at least one intermediate layer of at least one of the metals gold, silver, palladium, copper, iridium, ruthenium and rhodium or of a gold-, silver-, palladium-, copper-, iridium-, ruthenium- or rhodium-based alloy; C) Inserting the rod in the tube after coating; D) Continuously reducing the tube with the rod therein by drawing through a drawing die or by rolling or by hammering and thereby joining the tube with the rod, wherein in the continuous reduction the outer diameters of the tube and the rod are reduced; characterized by the following chronological steps: E) Diffusion annealing of the composite thus joined at a temperature between 550 °C and 900 °C; and F) Drawing the diffusion-annealed composite through a further drawing die or drawing the diffusion-annealed composite several times through a plurality of further drawing dies, the outer diameter of the composite being reduced during each drawing operation. A) Providing a rod made of nickel or a nickel-based alloy and a tube made of platinum or a platinum-based alloy tube; B) Coating the rod and/or an inner surface of the tube with at least one intermediate layer of at least one of the metals gold, silver, palladium, copper, iridium, ruthenium and rhodium or of a gold-, silver-, palladium-, copper-, iridium-, ruthenium- or rhodium-based alloy; C) Inserting the rod in the tube after coating; D) Continuously reducing the tube with the rod therein by drawing through a drawing die or by rolling or by hammering and thereby joining the tube with the rod, wherein in the continuous reduction the outer diameters of the tube and the rod are reduced; characterized by the following chronological steps: E) Diffusion annealing of the composite thus joined at a temperature between 550 °C and 900 °C; and F) Drawing the diffusion-annealed composite through a further drawing die or drawing the diffusion-annealed composite several times through a plurality of further drawing dies, the outer diameter of the composite being reduced during each drawing operation.
A treatment apparatus for treating an effluent gas comprising: a combustion chamber ; a burner; an inlet for receiving secondary combustion air; an exhaust gas outlet for outputting exhaust gases from said combustion chamber; a heat exchanger for exchanging heat between a first fluid and a second fluid flowing through respective first and second fluid flow paths, said first fluid flow path being connected to said inlet such that said secondary combustion air flows from said inlet into said first fluid flow path and said second fluid flow path being connected to said outlet such that said exhaust gases received at said outlet flow into said second fluid flow path , said heat exchanger comprising a fluid flow communication path for providing a path for flow of a portion of said exhaust gases from said second fluid flow path into said first fluid flow path ; and at least one inlet aperture for inputting said first fluid comprising a portion of said second fluid into said combustion chamber . a combustion chamber ; a burner; an inlet for receiving secondary combustion air; an exhaust gas outlet for outputting exhaust gases from said combustion chamber; a heat exchanger for exchanging heat between a first fluid and a second fluid flowing through respective first and second fluid flow paths, said first fluid flow path being connected to said inlet such that said secondary combustion air flows from said inlet into said first fluid flow path and said second fluid flow path being connected to said outlet such that said exhaust gases received at said outlet flow into said second fluid flow path , said heat exchanger comprising a fluid flow communication path for providing a path for flow of a portion of said exhaust gases from said second fluid flow path into said first fluid flow path ; and at least one inlet aperture for inputting said first fluid comprising a portion of said second fluid into said combustion chamber .
A process for the non-oxidative conversion of saturated C 1+ hydrocarbons into unsaturated C 2+ hydrocarbons and hydrogen in the presence of an unsupported carbon-based catalyst having a carbon content of at least 90.0 wt% and a metal concentration which is less than 0.3 wt%; with wt% expressed based on the total weight of said carbon-based catalyst, wherein the process comprises the steps of: a) supplying said carbon-based catalyst to a reaction zone, b) directly heating of said carbon-based catalyst contained in said reaction zone by means of induction heating thereby indirectly heating the reaction zone containing said carbon-based catalyst to a reaction temperature of at least 350°C; c) supplying a reaction gas comprising saturated C 1+ hydrocarbons to said heated reaction zone comprising said carbon-based catalyst; and d) subjecting said reaction gas to a non-oxidative conversion in the presence of said carbon-based catalyst in said heated reaction zone thereby converting at least a portion of said saturated C 1+ hydrocarbons into unsaturated C 2+ hydrocarbons and hydrogen. a) supplying said carbon-based catalyst to a reaction zone, b) directly heating of said carbon-based catalyst contained in said reaction zone by means of induction heating thereby indirectly heating the reaction zone containing said carbon-based catalyst to a reaction temperature of at least 350°C; c) supplying a reaction gas comprising saturated C 1+ hydrocarbons to said heated reaction zone comprising said carbon-based catalyst; and d) subjecting said reaction gas to a non-oxidative conversion in the presence of said carbon-based catalyst in said heated reaction zone thereby converting at least a portion of said saturated C 1+ hydrocarbons into unsaturated C 2+ hydrocarbons and hydrogen.
A beaker / capsule deep-drawn from a plastic foil or a plastic blank with a bottom and a surrounding wall , characterised in that the deep-drawn contour ensures a predefined material distribution, wherein a constructive reinforcement is provided at the transition between the bottom and the wall , wherein the transition between the bottom and the wall comprises a greater material thickness than the bottom and the transition between the bottom and the wall comprises a greater material thickness than the wall .
A process for the in vitro culture, in cell-free culture medium, of a bacterium whose growth is sensitive to the oxygen content, the optimal growth of said bacterium requiring an incubation atmosphere with a relatively low oxygen content compared with the oxygen content of the air, said bacterium being selected from anaerobic bacteria, characterized in that a mixture of antioxidant compounds comprising at least ascorbic acid and glutathione, each at a concentration of 500 μg/ml, is added to said culture medium, and said bacterium is cultured in said culture medium in the presence of oxygen.
A shaker comprising: - a pocket for receiving at least one liquid component and at least one powdery component, - at least one device for mixing said components, - a neck arranged at one of the ends of the shaker and allowing a user to drink the contents of the pocket or to fill it, - a longitudinal direction of the pocket extending from the neck to a distal end of said neck; said pocket being made of a versatile and flexible material configured to make the shaker foldable by winding on itself in the longitudinal direction said shaker being characterised in that it comprises a non-return valve allowing air to pass only from the outside of the pocket to the inside of said pocket in order to maintain an air pressure inside the pocket higher than the air pressure outside the pocket during admission of air into the pocket via the non-return valve , and in that said device for mixing said components is a grid provided with holes made from the same material as said pocket, said grid is welded to the inner side walls of the pocket and is configured to be stretched between the walls of the pocket after admission of the air into said pocket . - a pocket for receiving at least one liquid component and at least one powdery component, - at least one device for mixing said components, - a neck arranged at one of the ends of the shaker and allowing a user to drink the contents of the pocket or to fill it, - a longitudinal direction of the pocket extending from the neck to a distal end of said neck;