mhurhangee/patent-ind-claim-en huggingface dataset:
A process for making a plastic aligner tray (300; 400; 500) having lingual-facing protrusions, the process comprising: obtaining impressions of a patient's teeth and feeding the impressions into a computer for generating a dental model of the patient's teeth; modifying the impressions to add a plurality of protrusions on the lingual side (304; 404; 504) and facing the tongue; generating a resin or plaster dental model of a patient's teeth, including the protrusions; and thermal forming, on the resin or plaster dental model a sheet of flexible clear corrugated aligner material (700; 800) comprising a plurality of parallel corrugated sections (710; 810) joined to one another such as to form an aligner tray (300; 400; 500) containing a plurality of protrusions (320; 424; 524). obtaining impressions of a patient's teeth and feeding the impressions into a computer for generating a dental model of the patient's teeth; modifying the impressions to add a plurality of protrusions on the lingual side (304; 404; 504) and facing the tongue; generating a resin or plaster dental model of a patient's teeth, including the protrusions; and thermal forming, on the resin or plaster dental model a sheet of flexible clear corrugated aligner material (700; 800) comprising a plurality of parallel corrugated sections (710; 810) joined to one another such as to form an aligner tray (300; 400; 500) containing a plurality of protrusions (320; 424; 524).
A centrifugation container comprising an insert , especially a test tube, for separation of liquids into fractions of the desired density range by density gradient centrifugation, especially liquids constituting suspensions and/or biological fluids, the insert is equipped with a partition suitable for dividing the container's interior into at least two chambers in a vertical arrangement - the upper chamber and the bottom chamber , characterized in that the partition has an opening into which a guide adjoins, on which liquids, especially biological fluid, flow into the bottom chamber of the centrifugation container , and said partition is made of two adjacent surfaces with openings, especially in the shape of flattened discs fitted to the cross-section of the container with a cross-section similar to the circle, the surfaces being movably connected with each other, they can be freely positioned with each other enabling closing of the opening lumen.
A robotic surgical system, comprising: a robotic arm comprising a first arm segment comprising a first plurality of links operable to rotate around a plurality of axes to provide the robotic arm with at least five degrees of freedom, wherein the plurality of axes comprise at least three pitch axes and at least one roll axis between each of the pitch axes; and a second arm segment comprising a second plurality of links providing the robotic arm with at least two degrees of freedom, wherein the second plurality of links comprises a roll link, a first link rotatable within a first plane and having a proximal end coupled to a distal end of the roll link, and a second link rotatable within a second plane and having a proximal end coupled to a distal end of the first link; and an instrument driver configured to hold a surgical instrument, wherein the instrument driver is coupled to a distal end of the second link such that the instrument driver is not parallel to at least one of the first and second planes. a robotic arm comprising a first arm segment comprising a first plurality of links operable to rotate around a plurality of axes to provide the robotic arm with at least five degrees of freedom, wherein the plurality of axes comprise at least three pitch axes and at least one roll axis between each of the pitch axes; and a second arm segment comprising a second plurality of links providing the robotic arm with at least two degrees of freedom, wherein the second plurality of links comprises a roll link, a first link rotatable within a first plane and having a proximal end coupled to a distal end of the roll link, and a second link rotatable within a second plane and having a proximal end coupled to a distal end of the first link; and a first arm segment comprising a first plurality of links operable to rotate around a plurality of axes to provide the robotic arm with at least five degrees of freedom, wherein the plurality of axes comprise at least three pitch axes and at least one roll axis between each of the pitch axes; and a second arm segment comprising a second plurality of links providing the robotic arm with at least two degrees of freedom, wherein the second plurality of links comprises a roll link, a first link rotatable within a first plane and having a proximal end coupled to a distal end of the roll link, and a second link rotatable within a second plane and having a proximal end coupled to a distal end of the first link; and an instrument driver configured to hold a surgical instrument, wherein the instrument driver is coupled to a distal end of the second link such that the instrument driver is not parallel to at least one of the first and second planes.
A toothed pulley for a bicycle rear derailleur , the pulley carrying on each of its side faces a cushioning ring made of an elastically deformable material and adapted to come in contact with link plates of a roller chain running over the pulley , wherein the pulley includes an annular channel formed adjacent to each side face to the pulley and opening radially outward, wherein each cushioning ring is supported by the annular channel, characterized in that in a side view of the pulley , the annular channel forms a polygon, wherein the number of corners of the polygon is equal to the number of teeth of the pulley , and wherein the corners of the polygon are angularly offset from the centers of the teeth of the pulley by the half angular distance between adjacent teeth of the pulley . the pulley includes an annular channel formed adjacent to each side face to the pulley and opening radially outward, wherein each cushioning ring is supported by the annular channel, characterized in that in a side view of the pulley , the annular channel forms a polygon, wherein the number of corners of the polygon is equal to the number of teeth of the pulley , and wherein the corners of the polygon are angularly offset from the centers of the teeth of the pulley by the half angular distance between adjacent teeth of the pulley .
A device for detecting signal pulses in an analogue measurement signal of a particle counter, wherein the device comprises an AD-converter and an evaluation unit , wherein the evaluation unit includes a slope evaluation unit , which determines signal pulses by evaluating the slopes between adjacent samples in the digital data stream of the AD-converter in real time, characterized in that the evaluation unit includes a drift detection unit that determines and evaluates criteria for detecting and/or evaluating the drift behavior of the measurement signal .
A data distribution management apparatus that stores a duplicate of data stored in a dedicated data store or a pointer to the data in a shared data store and shares the data, the data distribution management apparatus comprising: a proposal management unit that mediates creation of an agreement on a data sharing condition including a condition limiting data to be shared and a condition limiting a user capable of accessing the data to be shared and registers the agreed-upon data sharing condition in a proposal database; a policy management unit that registers an access control policy which is used for access control on the data to be shared in a policy database on the basis of the agreed-upon data sharing condition; and a policy enforcement unit which stores, in the shared data store, a duplicate of the data to be shared stored in the dedicated data store or a pointer to the data to be shared on the basis of the access control policy and performs access control on the data to be shared or the pointer to the data to be shared stored in the shared data store on the basis of the access control policy in response to an access request for the data to be shared. a proposal management unit that mediates creation of an agreement on a data sharing condition including a condition limiting data to be shared and a condition limiting a user capable of accessing the data to be shared and registers the agreed-upon data sharing condition in a proposal database; a policy management unit that registers an access control policy which is used for access control on the data to be shared in a policy database on the basis of the agreed-upon data sharing condition; and a policy enforcement unit which stores, in the shared data store, a duplicate of the data to be shared stored in the dedicated data store or a pointer to the data to be shared on the basis of the access control policy and performs access control on the data to be shared or the pointer to the data to be shared stored in the shared data store on the basis of the access control policy in response to an access request for the data to be shared.
Laser system for selective treatment of acne comprising: at least two laser sources having a wavelength ranging from 1690 to 1750 nm which are adapted to supply a first and a second laser beam respectively having Gaussian form, to a respective single-mode optical fibre ; a first multi-mode optical fibre having a length equal to or greater than 5 m adapted to receive said first laser beam; a second multi-mode optical fibre having a length equal to or greater than 5 m adapted to receive said second laser beam; a fused fibre optical combiner connected to said first and second optical fibre and adapted to supply a third laser beam to a third optical fibre ; said third optical fibre having a length equal to or greater than 5 m; said third optical fibre is connected to an output of said fused fibre optical combiner and is adapted to receive said third laser beam and to provide at its output, a fourth laser beam; a fourth optical fibre which is adapted to receive said fourth laser beam; a handpiece , comprising two lenses , the ratio of whose focal lengths determining a magnification factor, said handpiece being associated with said fourth optical fibre ; such that the laser beam output of the laser system has a distribution intensity variance lower than or equal to 15% of the mean rated value, a diameter greater than 2.5 mm and a maximum available fluence greater than 30 J/cm2. at least two laser sources having a wavelength ranging from 1690 to 1750 nm which are adapted to supply a first and a second laser beam respectively having Gaussian form, to a respective single-mode optical fibre ; a first multi-mode optical fibre having a length equal to or greater than 5 m adapted to receive said first laser beam; a second multi-mode optical fibre having a length equal to or greater than 5 m adapted to receive said second laser beam; a fused fibre optical combiner connected to said first and second optical fibre and adapted to supply a third laser beam to a third optical fibre ; said third optical fibre having a length equal to or greater than 5 m; said third optical fibre is connected to an output of said fused fibre optical combiner and is adapted to receive said third laser beam and to provide at its output, a fourth laser beam; a fourth optical fibre which is adapted to receive said fourth laser beam; a handpiece , comprising two lenses , the ratio of whose focal lengths determining a magnification factor, said handpiece being associated with said fourth optical fibre ; such that the laser beam output of the laser system has a distribution intensity variance lower than or equal to 15% of the mean rated value, a diameter greater than 2.5 mm and a maximum available fluence greater than 30 J/cm2.
An apparatus comprising a session management function , said session management function being a network function of a 5G network, said apparatus comprising: means for determining, from a protocol data unit session modification request received from a user equipment , that a protocol data unit session for the user equipment is to be updated to add or modify multicast information associated with a multicast group, wherein said protocol data unit session modification request comprises an indication of at least an interest of the user equipment to receive multicast data associated with the multicast group; and means for providing multicast context information associated with said user equipment which causes said user equipment to receive multicast data associated with said multicast context information. means for determining, from a protocol data unit session modification request received from a user equipment , that a protocol data unit session for the user equipment is to be updated to add or modify multicast information associated with a multicast group, wherein said protocol data unit session modification request comprises an indication of at least an interest of the user equipment to receive multicast data associated with the multicast group; and means for providing multicast context information associated with said user equipment which causes said user equipment to receive multicast data associated with said multicast context information.
A method of digitizing a cooking process in a kitchen appliance comprising the following steps: - Detecting at least one operating parameter of the kitchen appliance during a manual user interaction for processing an ingredient received in the kitchen appliance , - Identifying the ingredient by interpreting at least the operating parameter and the manual user interaction , wherein the manual user interaction is associated with an action sequence of the cooking process , wherein interpreting for identifying the ingredient is performed based on the action sequence , wherein the action sequence comprises a specific sequence of user interactions . - Detecting at least one operating parameter of the kitchen appliance during a manual user interaction for processing an ingredient received in the kitchen appliance , - Identifying the ingredient by interpreting at least the operating parameter and the manual user interaction ,
Vehicle having a drive unit , by means of which a drive torque can be output to the vehicle wheels, and having a control apparatus , which actuates the drive unit at a setpoint torque (M soll ) that can be specified by the driver operating the accelerator pedal, wherein the accelerator pedal is an active accelerator pedal that can be adjusted over a travel distance (s), which, with the formation of a pressure point (A), can be applied with an actuator that can be actuated by a control device with an additional counterforce (F G ), which, within a locally restricted pedal travel interval (Δs), increases up to a maximum force (F max ) that can be overridden by the driver, wherein the control device has an evaluation unit , characterised in that, from a specified limit dwell time (Δt G ) of the accelerator pedal operated by the driver within the pedal travel interval (Δs), the evaluation unit generates a deactivation signal (S aus ), with which the counterforce (F G ) generated by the actuator can be reduced.
A p97 (melanotransferrin) fusion protein that comprises an iduronate-2-sulfatase (IDS) polypeptide fused to the N-terminus of a p97 polypeptide and an optional peptide linker (L) in between, wherein the p97 polypeptide consists of the amino acid sequence DSSHAFTLDELR.
A method for producing a cooling plate made of material with very good thermal conductivity, such as copper, aluminium, or alloy thereof, with pins (4, 4', 4", 4"') protruding approximately perpendicular over a base on a coolant-swept effective surface , wherein the pins (4, 4', 4", 4'") are surrounded by a peripheral edge (U) running substantially radial and flat and which is necessary for operation, and the cooling plate is produced in a tool (W) by means of shaping a workpiece (WS), wherein the workpiece (WS) in the form of a flat material blank with a uniform material thickness is placed exactly centred in the tool (W), characterised in that the tool (W) comprises at least one outer punch for producing the substantially flat peripheral edge (U) and an inner punch cooperating with pin-forming openings in the tool for producing the pins (4, 4', 4", 4'"), that the outer peripheral edge (U) is pushed out with reduced material thickness when a workpiece (WS) is held down by an inner punch by pressing by means of the outer punch , and then, in cooperation with the pin-forming openings of the tool (W), the pins (4, 4', 4", 4"') are pushed out when the outer punch is held down by means of the inner punch by pressing.
An air quality control system for use in cleaning a process gas , said system comprising: a gas cleaning device positioned to receive a process gas containing pollutants and a clean fluid flow , said gas cleaning device causes the clean fluid flow to contact the process gas to at least partially remove the pollutants from the process gas , thereby generating an at least partially clean exhaust gas flow and an effluent fluid flow ; a fluid conduit positioned to receive the effluent fluid flow discharged from said gas cleaning device , said fluid conduit defining a fluid column of effluent fluid flow having an amount of kinetic energy based on a height (H) of the fluid column ; an energy recovery device positioned to: receive the effluent fluid flow from said fluid conduit ; and convert a portion of the amount of kinetic energy of the effluent fluid flow to mechanical work, a pre-pump turbine rotatably coupled to said energy recovery device and rotatable by the mechanical work, characterized in that the system further comprises a feed pump configured to channel the clean fluid flow to said gas cleaning device , wherein said pre-pump turbine is coupled in flow communication to said feed pump and configured to channel fluid to said feed pump to generate the clean fluid flow . a gas cleaning device positioned to receive a process gas containing pollutants and a clean fluid flow , said gas cleaning device causes the clean fluid flow to contact the process gas to at least partially remove the pollutants from the process gas , thereby generating an at least partially clean exhaust gas flow and an effluent fluid flow ; a fluid conduit positioned to receive the effluent fluid flow discharged from said gas cleaning device , said fluid conduit defining a fluid column of effluent fluid flow having an amount of kinetic energy based on a height (H) of the fluid column ; an energy recovery device positioned to: receive the effluent fluid flow from said fluid conduit ; and convert a portion of the amount of kinetic energy of the effluent fluid flow to mechanical work, a pre-pump turbine rotatably coupled to said energy recovery device and rotatable by the mechanical work, characterized in that the system further comprises a feed pump configured to channel the clean fluid flow to said gas cleaning device , wherein said pre-pump turbine is coupled in flow communication to said feed pump and configured to channel fluid to said feed pump to generate the clean fluid flow . receive the effluent fluid flow from said fluid conduit ; and convert a portion of the amount of kinetic energy of the effluent fluid flow to mechanical work,
A steam apparatus for converting a conventional oven to a steam oven comprises: an external power supply provided for supplying power to said apparatus ; a water tank provided for storing water that is required for generating hot steam ; a steam generator is provided for generating the hot steam from water that is stored in the water tank ; wherein the apparatus further comprises of a control unit and a user interface ; wherein the control unit is configured for controlling the apparatus ; wherein the user interface is configured for allowing a user to execute control signal to the steam apparatus ; characterized in that the steam generator includes a heat transfer element ; and wherein the heat transfer element is adapted for acquiring heat generated at the conventional oven and transferring the acquired heat to the stored water for generating the hot steam . an external power supply provided for supplying power to said apparatus ; a water tank provided for storing water that is required for generating hot steam ; a steam generator is provided for generating the hot steam from water that is stored in the water tank ; wherein the apparatus further comprises of a control unit and a user interface ; wherein the control unit is configured for controlling the apparatus ; wherein the user interface is configured for allowing a user to execute control signal to the steam apparatus ; characterized in that the steam generator includes a heat transfer element ; and wherein the heat transfer element is adapted for acquiring heat generated at the conventional oven and transferring the acquired heat to the stored water for generating the hot steam .
Table for loading and processing glass plates, wherein the table comprises: a surface for supporting glass plates in a horizontal position comprising a loading area and a processing area ; a glass plate loading system for receiving a glass plate from out of the table and placing said glass plate in a horizontal position at the loading area; a glass plate transportation system for transporting a glass plate from the loading area to the processing area; a glass plate processing system for processing a glass plate in the processing area; and a glass plate evacuation system for evacuating a glass plate from the table after passing through the processing area, where the processing system comprises a mobile processing head and a mobile bridge, where the mobile processing head is mounted on the mobile bridge, the mobile bridge spans the width of the table and can move along the length of the table, the mobile processing head is configured to move along the mobile bridge, and the processing area is defined by the area in which the processing head can move; and wherein the table further comprises an adjustable stopping system configured to restrict the movement of the mobile bridge along the length of the table, wherein the adjustable stopping system can be adjusted to restrict said movement to the processing area or to the loading area or to allow the bridge to move along the entire table. a surface for supporting glass plates in a horizontal position comprising a loading area and a processing area ; a glass plate loading system for receiving a glass plate from out of the table and placing said glass plate in a horizontal position at the loading area; a glass plate transportation system for transporting a glass plate from the loading area to the processing area; a glass plate processing system for processing a glass plate in the processing area; and a glass plate evacuation system for evacuating a glass plate from the table after passing through the processing area, where the processing system comprises a mobile processing head and a mobile bridge, where the mobile processing head is mounted on the mobile bridge, the mobile bridge spans the width of the table and can move along the length of the table, the mobile processing head is configured to move along the mobile bridge, and the processing area is defined by the area in which the processing head can move; and wherein the table further comprises an adjustable stopping system configured to restrict the movement of the mobile bridge along the length of the table, wherein the adjustable stopping system can be adjusted to restrict said movement to the processing area or to the loading area or to allow the bridge to move along the entire table.