mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for supplying a medical instrument having an electrode for the treatment of biological tissue in contact with an aqueous liquid due to the action of a plasma , wherein the apparatus comprises a generator for the output of a high-frequency ac voltage, in which case the generator is connected to an outlet that can be connected to the instrument , a power supply that is connected to the generator in order to supply said power supply with an operating voltage (U b ), a control device for controlling the generator and/or the power supply , with a measuring device for determining the electrical resistance (R min ) of the instrument connected to the output , wherein the control device is configured to specify, at least for a time period (t ZV ), the operating voltage (U b ) and/or the power (P) to be output to the instrument and/or the maximum current (i) deliverable to the instrument consistent with the measured resistance (R min ) and to control the power supply and/or the generator accordingly, characterized in that the control device is set up to adapt the ignition process to different instruments with different electrode shapes on the basis of the measured minimum resistance (R min ) at the electrode immersed in the liquid but not ignited in each case. a power supply that is connected to the generator in order to supply said power supply with an operating voltage (U b ), a control device for controlling the generator and/or the power supply , with a measuring device for determining the electrical resistance (R min ) of the instrument connected to the output , wherein the control device is configured to specify, at least for a time period (t ZV ), the operating voltage (U b ) and/or the power (P) to be output to the instrument and/or the maximum current (i) deliverable to the instrument consistent with the measured resistance (R min ) and to control the power supply and/or the generator accordingly, characterized in that the control device is set up to adapt the ignition process to different instruments with different electrode shapes on the basis of the measured minimum resistance (R min ) at the electrode immersed in the liquid but not ignited in each case.
A system for transporting a liquid from a reservoir containing the liquid, to a level above a liquid surface in the reservoir, wherein the system comprises: - an upper coil pump , with an inlet end and an outlet end ; - a lower coil pump with an inlet end and an outlet end ; - wherein the inlet end of the upper coil pump is fluidly coupled to the outlet end of the lower coil pump ; - wherein the inlet end of the lower coil pump is fluidly coupled to an outlet from the reservoir ; - wherein the upper coil pump is arranged at a higher level than the lower coil pump ; and - a control system coupled to a sensor, said sensor monitoring the liquid level in the reservoir , the control system being coupled to the coil pumps to control activation and deactivation of the coil pumps depending on the liquid level in the reservoir. - an upper coil pump , with an inlet end and an outlet end ; - a lower coil pump with an inlet end and an outlet end ; - wherein the inlet end of the upper coil pump is fluidly coupled to the outlet end of the lower coil pump ; - wherein the inlet end of the lower coil pump is fluidly coupled to an outlet from the reservoir ; - wherein the upper coil pump is arranged at a higher level than the lower coil pump ; and - a control system coupled to a sensor, said sensor monitoring the liquid level in the reservoir , the control system being coupled to the coil pumps to control activation and deactivation of the coil pumps depending on the liquid level in the reservoir.
A method of optimizing a radiotherapy plan for passive ion therapy designed to expose a patient to ion radiation delivered as at least a first beam delivered from a first beam angle, where each beam is shaped by means of passive devices including: a range modulating device for creating a spread out Bragg peak, SOBP and an aperture element for shaping the beam laterally, using an optimization problem set up to allow variation in settings of the range modulating device, and settings of the aperture element both during the delivery of the first beam from the first beam angle, so that said plan will include modulation of the fluence of the beam during the delivery of the beam.
A mobile machine for conveying mineral aggregate material, comprising a machine frame and a conveyor module supported on the machine frame so as to be displaceable relative to the latter, which comprises a conveyor line running along a virtual conveyor path (FB), the conveyor module being designed at least for conveying the aggregate material along the conveyor path (FB) on the conveyor line , the machine comprising a component carrier , which in a working state of the machine , ready to operate for at least one action out of conveying and processing aggregate material, runs in an elevation direction (H) at a distance from the conveyor line crosswise with respect to the conveyor path (FB) above the conveyor line , the component carrier supporting at least one functional module , which interacts with the aggregate material conveyed on the conveyor line in at least one manner out of a mechanical and a fluidic and a radiational and an acoustic manner, the conveyor module being displaceable relative to the machine frame with a displacement component in the elevation direction (H), characterized in that the mobile machine has an adjustment actuator , which is coupled to the component carrier in a manner transmitting movement and power in such a way that the component carrier is drivable by the adjustment actuator to perform an adjustment movement relative to the machine frame , wherein the component carrier is situated on the mobile machine movable both relative to the conveyor module as well as relative to the machine frame , wherein the adjustment actuator is also coupled to the conveyor module in a manner transmitting movement and power in such a way that the conveyor module is also drivable by the adjustment actuator to perform a displacement movement relative to the machine frame .
A secure onboard network communication method, applied to a sending apparatus and comprising: obtaining (S410) an initial value of a first freshness value FV; obtaining (S420) a second value of the first FV based on the initial value, wherein the second value is greater than the initial value; refreshing (S430) the initial value to the second value; and sending (S440) a first message, wherein the first message comprises the second value, characterized in that the initial value of the first FV is 0, a value of a previously refreshed FV, or a value of a reset FV, wherein the value of the reset FV is associated with a vehicle status parameter, and the vehicle status parameter comprises at least one of an accumulated driving mileage or accumulated driving time of the vehicle. obtaining (S410) an initial value of a first freshness value FV; obtaining (S420) a second value of the first FV based on the initial value, wherein the second value is greater than the initial value; refreshing (S430) the initial value to the second value; and sending (S440) a first message, wherein the first message comprises the second value, characterized in that the initial value of the first FV is 0, a value of a previously refreshed FV, or a value of a reset FV, wherein the value of the reset FV is associated with a vehicle status parameter, and the vehicle status parameter comprises at least one of an accumulated driving mileage or accumulated driving time of the vehicle.
Method for product guidance in a filling system , where empties parameters (LP1 - LP3) for filling empty glass bottles (A - G) provided are measured in an automated manner and initial data (ID1 - ID3) for filling a liquid product into said empty bottles is acquired and stored, where fulls parameters (VP1 - VP3) are measured when filled bottles (A', C', F', G'), produced are filled, machine error states (FZ1, FZ2) that occur during the filling process are detected in an automated manner, and respectively acquired results data (ED1 - ED5) of the filling process are individually associated with said empty bottles and stored, where at least one lead-out criterion (AK1 - AK5) applicable in the downstream production operation is calculated for deciding whether or not to lead out faulty empty bottles or filled bottles based on a data analysis of said initial data and results data stored, and where the calculation of said lead-out criterion is updated taking into consideration initial data and results data acquired during production. where empties parameters (LP1 - LP3) for filling empty glass bottles (A - G) provided are measured in an automated manner and initial data (ID1 - ID3) for filling a liquid product into said empty bottles is acquired and stored, where fulls parameters (VP1 - VP3) are measured when filled bottles (A', C', F', G'), produced are filled, machine error states (FZ1, FZ2) that occur during the filling process are detected in an automated manner, and respectively acquired results data (ED1 - ED5) of the filling process are individually associated with said empty bottles and stored, where at least one lead-out criterion (AK1 - AK5) applicable in the downstream production operation is calculated for deciding whether or not to lead out faulty empty bottles or filled bottles based on a data analysis of said initial data and results data stored, and where the calculation of said lead-out criterion is updated taking into consideration initial data and results data acquired during production.
A data processing method applied to a cloud artificial intelligence, AI, processing system, comprising: a matched AI processor being selected from the cloud AI processing system according to device information of an external AI processor, so as to simulate the external AI processor; receiving an AI learning task, wherein the step includes converting the AI learning task from a set of binary instructions, and converting the set of binary instructions from an AI algorithm model on basis of the device information of the external AI processor; and the matched AI processor executing the AI learning task to generate a running result; wherein the running result is used for deciding whether the AI learning task is satisfying or needs adjustment. a matched AI processor being selected from the cloud AI processing system according to device information of an external AI processor, so as to simulate the external AI processor; receiving an AI learning task, wherein the step includes converting the AI learning task from a set of binary instructions, and converting the set of binary instructions from an AI algorithm model on basis of the device information of the external AI processor; and the matched AI processor executing the AI learning task to generate a running result; wherein the running result is used for deciding whether the AI learning task is satisfying or needs adjustment.
A surgical tissue repair device, comprising: a first fixation device comprising a first body and a first loop attached to the first body, the first fixation device being a push-in anchor or a swivel anchor; and a second fixation device comprising a second body, a longitudinal axis, a proximal end and a distal end, and a tensionable construct pre-loaded on the second fixation device , the tensionable construct consisting of a flexible strand and a shuttling device attached to the flexible strand so that, when the shuttling device is pulled, the flexible strand forms a splice through itself and a second loop having an adjustable perimeter, characterised in that the flexible strand is attached to the first loop and extends between the first fixation device and the second fixation device . a first fixation device comprising a first body and a first loop attached to the first body, the first fixation device being a push-in anchor or a swivel anchor; and a second fixation device comprising a second body, a longitudinal axis, a proximal end and a distal end, and a tensionable construct pre-loaded on the second fixation device , the tensionable construct consisting of a flexible strand and a shuttling device attached to the flexible strand so that, when the shuttling device is pulled, the flexible strand forms a splice through itself and a second loop having an adjustable perimeter, characterised in that the flexible strand is attached to the first loop and extends between the first fixation device and the second fixation device .
Vehicle door for a vehicle , in particular for a passenger vehicle and/or truck, comprising a door body having an outer and an inner wall, wherein said door body is pivotably connectable to the vehicle body of the vehicle, wherein the outer wall comprises a first outer wall element and a second outer wall element , which are pivotably connected to each other, wherein the first outer wall element is arranged above the second outer wall element in the installation position, and comprising a pivoting device pivotably connecting the first outer wall element and the second outer wall element , characterized in that the pivoting device comprises a first gear element , which is designed as a bevel pinion, and a corresponding second gear element of the vehicle , which is designed as a bevel pinion and can be brought into operative connection in such a way that a pivoting of the door body in the direction of the outer side of the vehicle door relative to the body causes a pivoting of the second outer wall element in the direction of the outer side of the vehicle door relative to the first outer wall element .
Insulating panel with fastening elements embedded or incorporated into the insulating panel for fastening to a building , wherein the insulating panel comprises a first layer made of a first insulating material which at least essentially covers the fastening elements on the exterior side, and wherein the insulating panel comprises a second layer made of a second insulating material which at least essentially, preferably completely, covers the fastening elements on the building side, wherein the two layers are at least essentially bonded over the entire surface, wherein the insulating materials comprise a thermal conductivity of less than 0.06 W/(m-K), characterised in that the second layer comprises a higher flexural rigidity than the first layer and/or that the second insulating material comprises a higher compressive strength and/or flexural strength and/or density than the first insulating material.
Use of injectable dermatological composition for treatment of skin wrinkles, the composition characterised in that it comprises: - L-isoleucine: 0.12%(w/v); - L-leucine: 0.16%(w/v); - L-lysine HCL: 0.18%(w/v); - L-proline: 0.20%(w/v); - L-valine: 0.12%(w/v); - L-glycine: 0.20%(w/v) ; - L-serine: 0.20%(w/v); - L-alanine: 0.24%(w/v); - cysteine SH: 0.05%(w/v); - Methionine SH: 0.05%(w/v) - Lipoic acid: 0.10%(w/v) - Magnesium ascorbyl phosphate: 0.20%(w/v) - EDTA: 0.05%(w/v) - Hyaluronic acid sodium salt: 0.10%(w/v) - Sodium carbonate: 1.80%(w/v) - Water: up to 100 g. - L-isoleucine: 0.12%(w/v); - L-leucine: 0.16%(w/v); - L-lysine HCL: 0.18%(w/v); - L-proline: 0.20%(w/v); - L-valine: 0.12%(w/v); - L-glycine: 0.20%(w/v) ; - L-serine: 0.20%(w/v); - L-alanine: 0.24%(w/v); - cysteine SH: 0.05%(w/v); - Methionine SH: 0.05%(w/v) - Lipoic acid: 0.10%(w/v) - Magnesium ascorbyl phosphate: 0.20%(w/v) - EDTA: 0.05%(w/v) - Hyaluronic acid sodium salt: 0.10%(w/v) - Sodium carbonate: 1.80%(w/v) - Water: up to 100 g.
A device for receiving a railing plate of a railing arrangement, in particular a glass plate forming a fall protection on a building opening preferably provided with a raisable and lowerable shading device guided in lateral guide rails , comprising receiving elements associated with the bottom corners of the railing plate , receiving the latter, attachable to a support base, each of such receiving elements comprising a bracket firmly attachable to the support base, comprising a support arm extending parallel to the bottom rim of the railing plate , characterized in that the receiving elements comprise an engaging device received on the support arm , comprising a table receiving the railing plate and a lateral stop laterally flanking the railing plate , such lateral stop being adjustable relative to the railing plate and, for this purpose, having a corresponding degree of freedom relative to the bracket , with a manually operable actuating element being provided for adjusting the lateral stop , directly or indirectly transmitting a shifting force exerted on the lateral stop on the stationary bracket .
A medical accessory holder for use during reprocessing and/or conditioning of medical equipment, said holder comprising: a planar base portion having an upper section and a lower section wherein the upper section is removably mountable on the lower section ; at least one recess provided in the planar base portion , each said recess being adapted to receive a medical accessory therein, such that said medical accessory is firmly engaged in said recess ; retaining means associated with the base portion and adapted to engage therewith such that, once engaged, the retaining means cannot be disengaged, and said medical accessory cannot be removed from said recess , without breaking the retaining means , thereby rendering said holder suitable only for single use; and attachment means adapted to enable said holder to be secured to an article of medical equipment with which said medical accessory is associated, during reprocessing thereof, wherein the retaining means is adapted to lock said upper and lower sections together.
A process for preparing acrylic acid, comprising the steps of: (a) catalytic dehydrating 1,3-propanediol using a catalyst to yield a mixture of allyl alcohol and acrolein, wherein the catalyst is NbOPO 4 or WO 3 /TiO 2 ; and (b) oxidizing the mixture of allyl alcohol and acrolein to yield acrylic acid using a catalyst. (a) catalytic dehydrating 1,3-propanediol using a catalyst to yield a mixture of allyl alcohol and acrolein, wherein the catalyst is NbOPO 4 or WO 3 /TiO 2 ; and (b) oxidizing the mixture of allyl alcohol and acrolein to yield acrylic acid using a catalyst.
Use, for preventing, reducing and/or eliminating the deposits of organic compounds at the surface of keratin materials, in particular human keratin materials, or at the surface of objects in contact with said keratin materials, of solid particles comprising at least one metal oxide OM1 of formula A a B b O n-x , in which: A denotes a metal chosen from bismuth, calcium, sodium, lanthanum, barium, copper, tin, magnesium, zinc and silver; B denotes a metal chosen from tungsten, vanadium, gallium, niobium and strontium; a is an integer within the range of from 1 to 4; b is an integer within the range of from 1 to 10; n is an integer within the range of from 3 to 6; and x is a decimal number of less than n, within the range of from 0.1 to 5. A denotes a metal chosen from bismuth, calcium, sodium, lanthanum, barium, copper, tin, magnesium, zinc and silver; B denotes a metal chosen from tungsten, vanadium, gallium, niobium and strontium; a is an integer within the range of from 1 to 4; b is an integer within the range of from 1 to 10; n is an integer within the range of from 3 to 6; and x is a decimal number of less than n, within the range of from 0.1 to 5.
A compound selected from: (R,E)-N-(3-cyano-4-((4-phenoxyphenyl)amino)-7-((tetrahydrofuran-3-yl)oxy)quinolin-6-yl)-4-(dimethylamino)but-2-enamide; (E)-N-(3-cyano-7-ethoxy-4-((4-phenoxyphenyl)amino)quinolin-6-yl)-4-(dimethylamino)but-2-enamide; and (E)-N-(3-cyano-4-((4-phenoxyphenyl)amino)-7-((tetrahydrofuran-3-yl)oxy)quinolin-6-yl)-4-(dimethylamino)but-2-enamide. (R,E)-N-(3-cyano-4-((4-phenoxyphenyl)amino)-7-((tetrahydrofuran-3-yl)oxy)quinolin-6-yl)-4-(dimethylamino)but-2-enamide; (E)-N-(3-cyano-7-ethoxy-4-((4-phenoxyphenyl)amino)quinolin-6-yl)-4-(dimethylamino)but-2-enamide; and (E)-N-(3-cyano-4-((4-phenoxyphenyl)amino)-7-((tetrahydrofuran-3-yl)oxy)quinolin-6-yl)-4-(dimethylamino)but-2-enamide.
A mold stack for a mold, comprising: a cavity assembly defining an outer molding surface ; a mold core configured for reception in said cavity assembly , said mold core comprising: a first core member having a first molding surface ; a passage extending through said first core member , said passage having first tapered guide surface ; a second core member received in said passage , said second core member having a second molding surface and a second tapered guide surface ; said first core member movable relative to said second core member , between a molding position in which said first and second molding surfaces cooperate with said outer molding surface to define a mold cavity , and an open position in which said first core member is extended relative to said second core member , wherein said first and second tapered guide surfaces engage one another to align said first and second core members in said molding position, characterized in that said mold stack further comprises a spacer slidably supporting said first core member on said second core member ; a cavity assembly defining an outer molding surface ; a mold core configured for reception in said cavity assembly , said mold core comprising: a first core member having a first molding surface ; a passage extending through said first core member , said passage having first tapered guide surface ; a second core member received in said passage , said second core member having a second molding surface and a second tapered guide surface ; said first core member movable relative to said second core member , between a molding position in which said first and second molding surfaces cooperate with said outer molding surface to define a mold cavity , and an open position in which said first core member is extended relative to said second core member , wherein said first and second tapered guide surfaces engage one another to align said first and second core members in said molding position, characterized in that said mold stack further comprises a spacer slidably supporting said first core member on said second core member ; a first core member having a first molding surface ; a passage extending through said first core member , said passage having first tapered guide surface ; a second core member received in said passage , said second core member having a second molding surface and a second tapered guide surface ;
A strobe notification device for use in an alarm system, the strobe device comprising: a strobe element; and a controller in communication with the strobe element and configured to: receive a command to activate the strobe element; determine in which of at least a first mode and a second mode to operate; and in response to the determination, send at least one signal to the strobe element to repeatedly and cyclically alternate between a first mode and a second mode, wherein the first mode and the second mode differ in duration and luminosity, or luminosity and wavelength range. a strobe element; and a controller in communication with the strobe element and configured to: receive a command to activate the strobe element; determine in which of at least a first mode and a second mode to operate; and in response to the determination, send at least one signal to the strobe element to repeatedly and cyclically alternate between a first mode and a second mode, wherein the first mode and the second mode differ in duration and luminosity, or luminosity and wavelength range. receive a command to activate the strobe element; determine in which of at least a first mode and a second mode to operate; and in response to the determination, send at least one signal to the strobe element to repeatedly and cyclically alternate between a first mode and a second mode, wherein the first mode and the second mode differ in duration and luminosity, or luminosity and wavelength range.