mhurhangee/patent-ind-claim-en huggingface dataset:
A driving control method for a vehicle, comprising: acquiring (S100) a state of a rear wheel steering function of the vehicle; and adjusting (S102) the state of the rear wheel steering function to control a traffic jam pilot function of the vehicle to enter an activated state; wherein if the rear wheel steering function is in an activated state, the traffic jam pilot function does not enter the activated state before the rear wheel steering function is switched to an inactivated state; and if the rear wheel steering function is in an inactivated state, the traffic jam pilot function enters the activated state after both a longitudinal control state and a lateral control state of the vehicle enter a traffic jam pilot mode. acquiring (S100) a state of a rear wheel steering function of the vehicle; and adjusting (S102) the state of the rear wheel steering function to control a traffic jam pilot function of the vehicle to enter an activated state; wherein if the rear wheel steering function is in an activated state, the traffic jam pilot function does not enter the activated state before the rear wheel steering function is switched to an inactivated state; and if the rear wheel steering function is in an inactivated state, the traffic jam pilot function enters the activated state after both a longitudinal control state and a lateral control state of the vehicle enter a traffic jam pilot mode.
A formulation of thinners for waterborne paints with low volatile organic compound levels, of the sort that consist of components able to be diluted in water, having - benzene derivative; - a combination of two alcohols being said alcohols: ▪ methyl alcohol; and ▪ Isopropyl alcohol; - an ester; - osmotized water; and - a ketone; where the benzene derivative is a toluene or a xylene, or a mixture of both; characterized in that the composition is formed by the following compounds (in weight): Toluene / xylene from 1% to 9.5 %; Isopropyl Alcohol from 30% to 45% Methyl Alcohol from 1.5% to 12% Methyl Acetate from 0.4% to 3% Dimethyl Ketone from 0.78% to 6.3% Water from 30% to 66% - benzene derivative; - a combination of two alcohols being said alcohols: ▪ methyl alcohol; and ▪ Isopropyl alcohol; ▪ methyl alcohol; and ▪ Isopropyl alcohol; - an ester; - osmotized water; and - a ketone;
A cushion adapted to be implanted in a patient's knee joint between the patient's femur and tibia bones, the cushion comprising: - a pocket made from a flexible material, and a fluid filling the interior of the pocket, - the pocket being sized to fit in the space between the patient's femur and tibia bones, characterized in that the cushion further comprises - an internal control unit adapted to be implanted and control the pressure in the implanted cushion , non-invasively when implanted, wherein the cushion , when implanted is adapted to allow pressure to be added to or removed from the fluid filling the cushion non-invasively, and wherein the cushion further comprises a pressure sensor connected to the cushion and to the implanted internal control unit , the pressure sensor being configured to, postoperatively when implanted, determine the level of pressure in the cushion. - a pocket made from a flexible material, and a fluid filling the interior of the pocket, - the pocket being sized to fit in the space between the patient's femur and tibia bones, characterized in that the cushion further comprises - an internal control unit adapted to be implanted and control the pressure in the implanted cushion , non-invasively when implanted,
Stopper for a container for use in freeze-drying processes, wherein the stopper has an insertion section which can be inserted into the container , and the insertion section has a lateral surface and a bottom surface , wherein the bottom surface is configured opposite a top surface of the stopper in an axial direction (Z) of the stopper , and the insertion section has a sealing section for closing the container in a fluid-tight manner from the surroundings of the container in a sealing position of the stopper and a contact section which adjoins the sealing section axially from the top surface in the direction of the bottom surface , for holding the stopper in a drying position of the stopper during the freeze-drying process, wherein the contact section has at least one passage opening for a gas exchange between an interior of the container and the surroundings of the container during the freeze-drying process, wherein the at least one passage opening extends from the lateral surface into the bottom surface and the stopper has a sealing body and a main body which are connected together, wherein outer surfaces of the sealing body in the region of the sealing section form the lateral surface of the insertion section and the main body is configured within the sealing body in the region of the sealing section , wherein the main body consists of a material which has a higher degree of hardness than a material which makes up the sealing body , characterized in that regions of the lateral surface of the insertion section , which are able to contact an inner surface of a container wall of the container in the drying position and/or the sealing position, are formed by outer surfaces of the sealing body in the region of the contact section , wherein the main body is configured within the sealing body in the region of the contact section , wherein outer surfaces of the sealing body form the lateral surface and the bottom surface of the insertion section .
Retaining system to constrain two precast elements for buildings, comprising a first anchoring insert (2; 32) associable with a first precast element , a second anchoring insert associable with a second precast element and connecting means for connecting and constraining said anchoring inserts and said precast elements in an assembled configuration (A), said second anchoring insert comprising a portion of an open section channel provided with a longitudinal cavity accessible from the outside through a longitudinal access opening and said first anchoring insert (2; 32) comprising at least one side wall , in particular flat, facing said longitudinal access opening in said assembled configuration (A) and provided with a slot (12; 42), said connecting means comprising at least one screw provided with a shaped head insertable and lockable in said longitudinal cavity and a threaded stem insertable and lockable in said slot (12; 42), said retaining system being characterized in that said first anchoring insert includes a portion of a tubular section provided with opposite open ends for access to an internal cavity and comprising said side wall and at least one side through opening (14; 44) obtained by cutting said portion of tubular section and shaped so as to allow access to said internal cavity and an internal face of said side wall , said side through opening (14; 44) forming on said portion of tubular section at least two parallel and spaced apart anchoring tubular protrusions which extend from said side wall , in particular along a direction substantially orthogonal to said side wall .
An apparatus to index fragments of objects, comprising: a fragmenter to encode an object with error correction coding to separate the object into fragments; a node index assigner to create a first index indicative of storage nodes where the fragments of the object are to be stored; and a fragment index assigner to encode a second index into identifiers of the fragments of the object, the second index based on the first index, the fragmenter to store the fragments of the object and the corresponding second index encoded identifiers in the storage nodes based on the first index; further including a fragment compiler to: send a message to a first one of the storage nodes requesting a first one of the fragments of the object; and receive a response from the first one of the storage nodes, the response indicating that the first one of the fragments of the object is not stored in the first one of the storage nodes and that a second one of the fragments of the object is stored in the first one of the storage nodes. a fragmenter to encode an object with error correction coding to separate the object into fragments; a node index assigner to create a first index indicative of storage nodes where the fragments of the object are to be stored; and a fragment index assigner to encode a second index into identifiers of the fragments of the object, the second index based on the first index, the fragmenter to store the fragments of the object and the corresponding second index encoded identifiers in the storage nodes based on the first index; further including a fragment compiler to: send a message to a first one of the storage nodes requesting a first one of the fragments of the object; and receive a response from the first one of the storage nodes, the response indicating that the first one of the fragments of the object is not stored in the first one of the storage nodes and that a second one of the fragments of the object is stored in the first one of the storage nodes. send a message to a first one of the storage nodes requesting a first one of the fragments of the object; and receive a response from the first one of the storage nodes, the response indicating that the first one of the fragments of the object is not stored in the first one of the storage nodes and that a second one of the fragments of the object is stored in the first one of the storage nodes.
A system for confirming at least a portion of a procedure with image data, comprising: an imaging device configured to be moved to a selected position relative to a portion of interest of a subject and acquire confirmation image data of the portion of interest of the subject; a processor system configured to execute instructions to: evaluate the acquired confirmation image data of the portion of interest of the subject acquired with the imaging device, determine a position of a member based on the acquired confirmation image data of the portion of interest of the subject, and determine a position of an icon representing the member for displaying as superimposed on at least a prior acquired image data; and a display device configured to display the icon representing the member superimposed on the prior acquired image data; wherein the prior acquired image data is acquired prior to the confirmation image data; and wherein the determined position of the icon representing the member is based upon the determined position of the member in the confirmation image data. an imaging device configured to be moved to a selected position relative to a portion of interest of a subject and acquire confirmation image data of the portion of interest of the subject; a processor system configured to execute instructions to: evaluate the acquired confirmation image data of the portion of interest of the subject acquired with the imaging device, determine a position of a member based on the acquired confirmation image data of the portion of interest of the subject, and determine a position of an icon representing the member for displaying as superimposed on at least a prior acquired image data; and evaluate the acquired confirmation image data of the portion of interest of the subject acquired with the imaging device, determine a position of a member based on the acquired confirmation image data of the portion of interest of the subject, and determine a position of an icon representing the member for displaying as superimposed on at least a prior acquired image data; and a display device configured to display the icon representing the member superimposed on the prior acquired image data; wherein the prior acquired image data is acquired prior to the confirmation image data; and wherein the determined position of the icon representing the member is based upon the determined position of the member in the confirmation image data. wherein the prior acquired image data is acquired prior to the confirmation image data; and wherein the determined position of the icon representing the member is based upon the determined position of the member in the confirmation image data.
Method for aligning an x-ray apparatus , wherein the apparatus comprises - an electron beam source , emitting an electron beam , - a target , onto which the electron beam is directed, thus forming a focal spot (5; 5a, 5b) on the target , - x-ray optics , collecting x-rays from a focus of the x-ray optics , wherein the focal spot (5; 5a, 5b) is moved on the target by deflecting the electron beam by means of an electric and/or magnetic field, and/or the spot area (Aa, Ab) of the focal spot (5; 5a, 5b) is changed by changing the focusing of the electron beam by means of an electric and/or magnetic field, until the photon flux or the photon flux density of an x-ray beam formed by the x-ray optics is maximized, characterized in that the target of the apparatus is chosen as a target with a curved surface having a radius of curvature R, with 0 < R ≤ 1mm, and that the apparatus is switched between two operation modes by moving the focal spot (5; 5a, 5b) on the curved surface of the target to a different position, with at least a movement component in a plane (yz) in which the target surface is curved, wherein in a first of the operation modes the photon flux is maximized, and wherein in a second of the operation modes the photon flux density is maximized. - an electron beam source , emitting an electron beam , - a target , onto which the electron beam is directed, thus forming a focal spot (5; 5a, 5b) on the target , - x-ray optics , collecting x-rays from a focus of the x-ray optics ,
A base station , comprising: a first determining unit , configured to determine multiple subband groups, wherein the multiple subband groups are obtained by dividing multiple physical resource blocks corresponding to resource elements, REs, originally occupied by a channel state information-reference signal, CSI-RS, and each subband group in the multiple subband groups comprises at least one subband; a second determining unit , configured to determine a reference signal corresponding to each subband group in the multiple subband groups, wherein the reference signal corresponding to each subband group is generated by performing a precoding operation on the CSI-RS originally carried in first bearer REs in each subband in each subband group, and different precoding is used when precoding operations are performed on the CSI-RS originally carried in the first bearer REs in different subband groups and for each subband group a precoding pointing to a different spatial direction is used; and a transmitting unit , configured to transmit, by using the first bearer REs in each subband group in the multiple subband groups, the reference signal corresponding to each subband group. a first determining unit , configured to determine multiple subband groups, wherein the multiple subband groups are obtained by dividing multiple physical resource blocks corresponding to resource elements, REs, originally occupied by a channel state information-reference signal, CSI-RS, and each subband group in the multiple subband groups comprises at least one subband; a second determining unit , configured to determine a reference signal corresponding to each subband group in the multiple subband groups, wherein the reference signal corresponding to each subband group is generated by performing a precoding operation on the CSI-RS originally carried in first bearer REs in each subband in each subband group, and different precoding is used when precoding operations are performed on the CSI-RS originally carried in the first bearer REs in different subband groups and for each subband group a precoding pointing to a different spatial direction is used; and a transmitting unit , configured to transmit, by using the first bearer REs in each subband group in the multiple subband groups, the reference signal corresponding to each subband group.
Feedback actuator for a steering device , comprising a steering shaft which is mounted in a steering column unit such that it can be rotated about its longitudinal axis , which steering column unit has a steering column tube and can be attached to a vehicle, and the feedback actuator comprises an actuator unit with an electric motor which has a stator which is connected to the steering column unit and a rotor shaft which can be driven rotationally and is connected in a torque-transmitting manner to the steering shaft , the electric motor being arranged within the steering column unit , the rotor shaft being connected to an input shaft of a gear mechanism which has an output shaft which is connected to the steering shaft , and which gear mechanism is arranged within the steering column unit, characterized in that the steering column tube has a given internal cross section, and the gear mechanism and the electric motor have an external cross section, with which they can be inserted in the longitudinal direction into the internal cross section of the steering column tube .
A telescopic pole assembly for attachment to a working tool , wherein the telescopic pole assembly comprises: an inner tube ; an outer tube ; a locking assembly configured to lock and unlock the inner tube with respect to the outer tube ; and a guiding element connected to either one of the inner tube or the outer tube , the guiding element faciliting guiding over the length of the inner tube with no rotational motion between the inner tube and outer tube , characterised in that the guiding element comprises at least one bushing part and at least one braking part ; and in that the at least one braking part has a movable braking element configured to provide a braking force between the inner tube and the outer tube when the inner tube is unlocked with respect to the outer tube . an inner tube ; an outer tube ; a locking assembly configured to lock and unlock the inner tube with respect to the outer tube ; and a guiding element connected to either one of the inner tube or the outer tube , the guiding element faciliting guiding over the length of the inner tube with no rotational motion between the inner tube and outer tube , characterised in that the guiding element comprises at least one bushing part and at least one braking part ; and in that the at least one braking part has a movable braking element configured to provide a braking force between the inner tube and the outer tube when the inner tube is unlocked with respect to the outer tube .
Switch circuitry for controlling power supplied to a fluid monitoring unit , the switch circuitry comprising: a sensor configured to detect fluid derived from the skin of a user and to generate a detection signal in accordance with detection of fluid; and a controller configured to receive the detection signal , characterized in that the controller is further configured to generate a wake-up signal in accordance with the detection signal , and to supply the wake-up signal to a switch controlling the power supply to the fluid monitoring unit so as to activate the switch and wake the fluid monitoring unit , wherein optionally, the fluid is sweat; and the sensor is configured to: detect a first amount of fluid at a first time point; detect a second amount of the fluid at a second time point occurring after the first time point; calculate a difference between the first amount of fluid and the second amount of fluid; and generate the detection signal when the difference between the first amount of fluid and the second amount of fluid exceeds a predetermined threshold. a sensor configured to detect fluid derived from the skin of a user and to generate a detection signal in accordance with detection of fluid; and a controller configured to receive the detection signal , characterized in that the controller is further configured to generate a wake-up signal in accordance with the detection signal , and to supply the wake-up signal to a switch controlling the power supply to the fluid monitoring unit so as to activate the switch and wake the fluid monitoring unit , wherein optionally, the fluid is sweat; and the sensor is configured to: detect a first amount of fluid at a first time point; detect a second amount of the fluid at a second time point occurring after the first time point; calculate a difference between the first amount of fluid and the second amount of fluid; and generate the detection signal when the difference between the first amount of fluid and the second amount of fluid exceeds a predetermined threshold. detect a first amount of fluid at a first time point; detect a second amount of the fluid at a second time point occurring after the first time point; calculate a difference between the first amount of fluid and the second amount of fluid; and generate the detection signal when the difference between the first amount of fluid and the second amount of fluid exceeds a predetermined threshold.
A system for improving security of a device including: a counter; a first mixing unit that scrambles a first value of the counter using secret key material; and a first block cipher that encrypts the scrambled first value of the counter, wherein the scrambling of the first value of the counter using the secret key material is faster and less secure than the first block cipher ; wherein an output of the first block cipher is XORed to a first plaintext message to obtain a first ciphertext message; and wherein the first mixing unit is selected from the group consisting of a XOR tree mixing unit, substitution-permutation mixing unit, and double-mix Feistel mixing unit, wherein the XOR tree mixing unit implements a mixing function, the bits of the input of the mixing function selecting corresponding subkeys from the secret key material to XOR with a XOR tree. a counter; a first mixing unit that scrambles a first value of the counter using secret key material; and a first block cipher that encrypts the scrambled first value of the counter, wherein the scrambling of the first value of the counter using the secret key material is faster and less secure than the first block cipher ; wherein an output of the first block cipher is XORed to a first plaintext message to obtain a first ciphertext message; and wherein the first mixing unit is selected from the group consisting of a XOR tree mixing unit, substitution-permutation mixing unit, and double-mix Feistel mixing unit, wherein the XOR tree mixing unit implements a mixing function, the bits of the input of the mixing function selecting corresponding subkeys from the secret key material to XOR with a XOR tree.