mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly device for equipping a rotor unit , which can be rotated about an axis (D), of an electric motor with a plurality of magnetic elements , comprising an aligning arrangement having a plurality of receiving wells for receiving and positioning a respective magnetic element , wherein the receiving wells are arranged circumferentially about a centre axis (M), which corresponds to the axis (D) of the rotor unit, of the aligning arrangement in a radius (R), wherein the aligning arrangement has two aligning ring elements arranged coaxially to one another and, by rotating the aligning ring elements about the centre axis (M) relative to one another, can be transferred between a receiving position, in which the magnetic elements are seated substantially freely in the respective receiving wells , and an assembly position, in which the magnetic elements , while being urged against a radially directed first abutment surface of the receiving wells and a circumferentially oriented second abutment surface of the receiving wells , are seated in the respective receiving wells .
Method for controlling a medical imaging system , comprising the steps: - providing a three-dimensional structure image (SB) comprising both surface data (OD) relating to external contours and structure data (SD) relating to internal structures of a body region (K), - recording the body region (K) of a patient (P) by means of a camera system while the patient (P) is situated in or on the medical imaging system , and producing a three-dimensional surface image (OB) from these recordings, - registering at least locally the surface image (OB) and the structure image (SB) in relation to each other, characterised in that the method comprises the following steps: - producing an overlay image (UB), wherein the overlay image (UB) comprises at least part of the registered structure image (rSB) including the registered structure data (rSD) in the form of an overlay with the registered surface image (rOB) and/or the real view of the corresponding part of the real body region (K), - controlling the medical imaging system in such a way that the medical imaging system records regions of the patient (P) on the basis of the arrangement of the registered structure data (rSD) in the overlay image. - providing a three-dimensional structure image (SB) comprising both surface data (OD) relating to external contours and structure data (SD) relating to internal structures of a body region (K), - recording the body region (K) of a patient (P) by means of a camera system while the patient (P) is situated in or on the medical imaging system , and producing a three-dimensional surface image (OB) from these recordings, - registering at least locally the surface image (OB) and the structure image (SB) in relation to each other, - producing an overlay image (UB), wherein the overlay image (UB) comprises at least part of the registered structure image (rSB) including the registered structure data (rSD) in the form of an overlay with the registered surface image (rOB) and/or the real view of the corresponding part of the real body region (K), - controlling the medical imaging system in such a way that the medical imaging system records regions of the patient (P) on the basis of the arrangement of the registered structure data (rSD) in the overlay image.
A method of transmitting hybrid automatic repeat request, HARQ, feedbacks for a communication device communicating with a first base station and a second base station, characterized by the method comprising: transmitting at least one first HARQ feedback to the first base station according to first downlink, DL, control information, DCI, indicating at least one first DL packet, if the at least one first HARQ feedback is at least triggered by the at least one first DL packet, wherein the at least one first DL packet is transmitted by the first base station to the communication device ; and transmitting at least one second HARQ feedback to the first base station; if the at least one second HARQ feedback is only triggered by at least one second DL packet, wherein the at least one second DL packet is transmitted by the second base station to the communication device . transmitting at least one first HARQ feedback to the first base station according to first downlink, DL, control information, DCI, indicating at least one first DL packet, if the at least one first HARQ feedback is at least triggered by the at least one first DL packet, wherein the at least one first DL packet is transmitted by the first base station to the communication device ; and transmitting at least one second HARQ feedback to the first base station; if the at least one second HARQ feedback is only triggered by at least one second DL packet, wherein the at least one second DL packet is transmitted by the second base station to the communication device .
A surgical instrument for use in performing anterior cruciate ligament reconstruction comprising; an elongate member having a first end and a second end ; a grippable handle proximate the first end of the elongate member; a head section proximate the second end of the elongate member, the head section having a curvilinear groove formed therein and configured to receive a guide wire , said curvilinear groove including first and second groove ends; a protuberance formed on an outside of said elongate member, said protuberance structured to extend into the curvilinear groove intermediate the first and second groove ends for frictionally engaging the guide wire within the groove and allowing the guide wire to be released from the groove in its entirety, wherein the width of the groove proximate the protuberance is more narrow than the width of the groove proximate the first end.
A method to enhance the resolution of maskless lithography while maintaining a high image contrast on a substrate, comprising: running an algorithm to provide different target polygons for forming a pattern on a target; determining a minimum feature size which may be formed by a DMD , wherein the minimum feature size is a function of a mirror size of the DMD and hardware optics; determining to line bias or shot bias the one or more target polygons to achieve an acceptable exposure contrast at the target polygon boundary for each target polygons smaller than the minimum feature size, wherein line biasing comprises increasing the size of the target polygon and shot biasing comprises increasing the number of electromagnetic radiation shots in the target polygon; biasing the one or more target polygons smaller than the minimum feature size to form a digitized pattern on the substrate; and delivering a shot of electromagnetic radiation to reflect off of a first mirror of the DMD when a centroid for the first mirror is within the one or more target polygons. running an algorithm to provide different target polygons for forming a pattern on a target; determining a minimum feature size which may be formed by a DMD , wherein the minimum feature size is a function of a mirror size of the DMD and hardware optics; determining to line bias or shot bias the one or more target polygons to achieve an acceptable exposure contrast at the target polygon boundary for each target polygons smaller than the minimum feature size, wherein line biasing comprises increasing the size of the target polygon and shot biasing comprises increasing the number of electromagnetic radiation shots in the target polygon; biasing the one or more target polygons smaller than the minimum feature size to form a digitized pattern on the substrate; and delivering a shot of electromagnetic radiation to reflect off of a first mirror of the DMD when a centroid for the first mirror is within the one or more target polygons.
Barrel for self-winding timepiece comprising a drum of axis AA provided with an inner lateral wall and a mainspring forming a winding including an outer coil the end of which is friction coupled with said inner lateral wall and free to slip against the inner lateral wall in the event of overtension of the mainspring , in which the end of said outer coil comprises an external face having two friction surfaces disposed in the top and bottom portion of the outer coil and arranged to be in contact with the inner lateral wall in such a way that the portion between the friction surfaces , referred to as central portion , is not in contact with the inner lateral wall , said central portion forming a reservoir for a lubricant between the two friction surfaces , characterised in that the friction surfaces are in the form of localised overthicknesses in the top and bottom portion of the outer coil .
A device for analysing water comprising: - an analysis chamber provided with at least one water inlet and at least one water outlet , - a sealed casing adjacent to the analysis chamber and isolated from the analysis chamber via a partition , - a data processor housed in the sealed casing , - at least one probe , electrically connected to a data input of the data processor , and extending into the analysis chamber , characterised by - a power supply electrically connected to a power input of the data processor , the power supply comprising an electric generator provided with a turbine housed in the analysis chamber , the electric generator delivering a signal depending on a speed of rotation of the turbine , and being electrically connected to the data input of the data processor for transmitting said signal to the data processor, the turbine being provided with a propeller movable in rotation on itself around an axis of rotation (A2) which is orthogonal to an axis of revolution (A1) of the analysis chamber , the probe being housed inside a compartment of the analysis chamber which is interposed radially between the water inlet and the partition , the propeller being disposed axially inside the analysis chamber between the compartment and the water outlet . - an analysis chamber provided with at least one water inlet and at least one water outlet , - a sealed casing adjacent to the analysis chamber and isolated from the analysis chamber via a partition , - a data processor housed in the sealed casing , - at least one probe , electrically connected to a data input of the data processor , and extending into the analysis chamber , characterised by - a power supply electrically connected to a power input of the data processor , the power supply comprising an electric generator provided with a turbine housed in the analysis chamber , the electric generator delivering a signal depending on a speed of rotation of the turbine , and being electrically connected to the data input of the data processor for transmitting said signal to the data processor, the turbine being provided with a propeller movable in rotation on itself around an axis of rotation (A2) which is orthogonal to an axis of revolution (A1) of the analysis chamber , the probe being housed inside a compartment of the analysis chamber which is interposed radially between the water inlet and the partition , the propeller being disposed axially inside the analysis chamber between the compartment and the water outlet .
Liquid composition, such as an ink composition, liquid at room temperature i.e. at a temperature from 5°C to 30°C, said liquid composition being a liquid composition specifically for printing with a binary deflected continuous jet printing technique wherein said liquid composition forms upon printing drops which are not charged by an electric field, which each have a zero electric charge, which each form a dipole under the effect of an electric field, and which are then deflected by said electric field, characterised in that said liquid composition comprises: a) a solvent comprising one or more organic solvent compound(s) and optionally water, said solvent having globally a dielectric constant less than 15; b) a binder; c) one or more dyes and/or pigments; and in that : d) said liquid composition has an electrical conductivity at 20°C from 1 to 200 μS/cm, measured in accordance with the ASTM D1125 -14 standard; provided that said liquid composition is not a composition comprising, in percentages by mass, 87.3% dioxolanne, 5% Microlith® Blue A3R-K, a blue pigment of the C.I. Pigment Blue 60 type from BASF®, 5.7 % Vinnol® E15-45M, a vinylic resin from Wacker®, 1.5 % Triethyleneglycoldimethylether, and 0.5 % potassium hexafluorophosphate, and provided that said liquid composition is not a composition comprising in percentages by mass, 87.4 % ethyl acetate, 5% Valifast® Black 3808, a C.I. Solvent Black 29, and 7.6% Vinnol® E15-45M, a vinylic resin from Wacker®. a) a solvent comprising one or more organic solvent compound(s) and optionally water, said solvent having globally a dielectric constant less than 15; b) a binder; c) one or more dyes and/or pigments;
A shuffled playing card , wherein a suit and a rank are printed on one surface of a card base sheet , and a back pattern is printed on another surface, different sheet IDs for one card base sheet or each of a plurality of card base sheets are printed on the card base sheet , one deck or a plurality of decks are formed by individual cards cut by a cutting machine from the card base sheet , the one deck or the plurality of decks are shuffled by a shuffle machine to form a set of shuffled playing cards , different shuffled playing card IDs for each set are assigned to the shuffled playing card as ID codes, and the sheet ID of the playing card constituting the shuffled playing card and the shuffled playing card ID are associated with each other in a database.
An inter-system policy using method, performed by a User Equipment, UE, comprising: using a first UE policy applied to a first system when traffic is processed in the first system ; and using a UE policy applied to a second system when traffic is processed in the second system , wherein the UE policy applied to the second system and the first UE policy applied to the first system are applied to same UE, wherein the UE policy applied to the second system is a second UE policy; and at least some of the parameters in the second UE policy and at least some of the parameters of the first UE policy are different, and there is a mapping relationship between the at least some of the parameters of the second UE policy and the at least some of the parameters of the first UE policy, wherein the UE policy is User Equipment Routing Selection Policy, URSP, a Precedence parameter in a rule of the first UE policy is the same with that in a rule of the second UE policy, and a Traffic Descriptor parameter in a rule of the first UE policy is the same with that in a rule of the second UE policy. using a first UE policy applied to a first system when traffic is processed in the first system ; and using a UE policy applied to a second system when traffic is processed in the second system , wherein the UE policy applied to the second system and the first UE policy applied to the first system are applied to same UE, wherein the UE policy applied to the second system is a second UE policy; and at least some of the parameters in the second UE policy and at least some of the parameters of the first UE policy are different, and there is a mapping relationship between the at least some of the parameters of the second UE policy and the at least some of the parameters of the first UE policy, wherein the UE policy is User Equipment Routing Selection Policy, URSP, a Precedence parameter in a rule of the first UE policy is the same with that in a rule of the second UE policy, and a Traffic Descriptor parameter in a rule of the first UE policy is the same with that in a rule of the second UE policy.
A vehicle heater mountable in a vehicle including a vehicle door , a console , a seat (S) and interior materials , the vehicle heater including a cabin air-conditioning unit configured to produce air-conditioned wind blowing out of an outlet in a cabin and to condition air in the cabin using the air-conditioned wind, the vehicle heater comprising: a direct warmer positioned to correspond to a part of the occupant (A) in contact therewith to directly warm the occupant (A); a radiant warmer provided in interior materials respectively facing at least right and left lateral aspects of calves of the occupant (A), and configured to radiate heat to the right and left lateral aspects of the calves; a controller configured to control the cabin air-conditioning unit , the direct warmer , and the radiant warmer , wherein the interior materials include a door trim disposed on a side of a vehicle door facing the cabin, and a console lateral to a seat (S), characterized in that the radiant warmer includes a door trim radiant heater provided in a lower portion of the door trim , and a console radiant heater provided in a side wall portion of the console ; the controller includes a both-leg thermal sensation estimator configured to estimate a thermal sensation experienced by each of legs of the occupant (A), and outputs of the door trim radiant heater and the console radiant heater are set such that warm air blowing out of the cabin air-conditioning unit toward both of the legs of the occupant (A), the door trim radiant heater , and the console radiant heater allow both of the legs of the occupant (A) to experience a uniform thermal sensation. a direct warmer positioned to correspond to a part of the occupant (A) in contact therewith to directly warm the occupant (A); a radiant warmer provided in interior materials respectively facing at least right and left lateral aspects of calves of the occupant (A), and configured to radiate heat to the right and left lateral aspects of the calves; a controller configured to control the cabin air-conditioning unit , the direct warmer , and the radiant warmer , wherein the interior materials include a door trim disposed on a side of a vehicle door facing the cabin, and a console lateral to a seat (S), characterized in that the radiant warmer includes a door trim radiant heater provided in a lower portion of the door trim , and a console radiant heater provided in a side wall portion of the console ; the controller includes a both-leg thermal sensation estimator configured to estimate a thermal sensation experienced by each of legs of the occupant (A), and outputs of the door trim radiant heater and the console radiant heater are set such that warm air blowing out of the cabin air-conditioning unit toward both of the legs of the occupant (A), the door trim radiant heater , and the console radiant heater allow both of the legs of the occupant (A) to experience a uniform thermal sensation.
A pneumatic tube sleeve with a sleeve tube and having a lid and a bottom at the two ends of the sleeve tube , respectively, wherein at least the lid is movable from a closed position into an open position, an insert being provided in the sleeve tube which for receiving sample tubes includes at least one tubular channel extending in parallel to the longitudinal axis of the sleeve tube , in at least one channel at least one clamping element being provided projecting laterally into the channel , wherein the clamping element is movable out of the channel , and that this movement out of the channel and into the channel , respectively, is coupled to the movement of the lid from the closed position into the open position and from the open position into the closed position, respectively.
A composition comprising one liquid tertiary amine in equilibrium with a gaseous phase obtained by contacting the at least one liquid tertiary amine with at least one inert gas, wherein the amine and the at least one inert gas are in equilibrium, and wherein the partial pressure of oxygen in the amine is less than under ambient conditions, and wherein the partial pressure of the at least one inert gas in the gaseous phase is higher than 600 mmHg (0.79 atm) and the partial pressure of oxygen in the gaseous phase is lower than 160 mm Hg (0.21 atm), and wherein the partial pressure is measured as indicated in the description.
A thermoplastic elastomer compound, comprising: (a) polymethylmethacrylate-polybutyl acrylate-polymethylmethacrylate triblock copolymer and (b) hydroxy functional polydimethylsiloxane, wherein the compound has a haze of less than about 10% when tested using ASTM D1003 and a kinetic coefficient of friction of less than about 0.65 when tested using ASTM D1894. (a) polymethylmethacrylate-polybutyl acrylate-polymethylmethacrylate triblock copolymer and (b) hydroxy functional polydimethylsiloxane,
A rehabilitation support system comprising: an actuator configured to assist a rehabilitation movement of a trainee; a sensor configured to detect data on the rehabilitation movement assisted by the actuator; and a storage medium configured to store a learned model that outputs an index indicating a movement ability of the trainee when the actuator is not used, upon receiving an input of detected data corresponding to a detection result by the sensor, wherein: the rehabilitation support system is a walking training system configured to perform walking training for the trainee; the actuator is configured to assist a walking movement of the trainee; and the index is a predicted value of a walking ability of the trainee when the actuator is not used. an actuator configured to assist a rehabilitation movement of a trainee; a sensor configured to detect data on the rehabilitation movement assisted by the actuator; and a storage medium configured to store a learned model that outputs an index indicating a movement ability of the trainee when the actuator is not used, upon receiving an input of detected data corresponding to a detection result by the sensor, wherein: the rehabilitation support system is a walking training system configured to perform walking training for the trainee; the actuator is configured to assist a walking movement of the trainee; and the index is a predicted value of a walking ability of the trainee when the actuator is not used. the rehabilitation support system is a walking training system configured to perform walking training for the trainee; the actuator is configured to assist a walking movement of the trainee; and the index is a predicted value of a walking ability of the trainee when the actuator is not used.