mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing network access of a device, the method comprising the steps of: determining, at the device , a first security state of the device; executing, at the device, a local decision rule based on the first security state; selecting a first profile from a plurality of network access profiles stored on the device based on an outcome of the execution of the local decision rule; and regardless of the selected first profile, connecting to the network using the first profile, wherein the first profile determines the device's level of access to the network. determining, at the device , a first security state of the device; executing, at the device, a local decision rule based on the first security state; selecting a first profile from a plurality of network access profiles stored on the device based on an outcome of the execution of the local decision rule; and regardless of the selected first profile, connecting to the network using the first profile, wherein the first profile determines the device's level of access to the network.
A method for increasing haptic stability in a system having a plurality of transmission mechanisms and a plurality of joints, said method comprising the steps of: tracking a position of a physical point associated with a surgical tool ; defining (S708) a haptic interaction point (HIP) position in virtual space based on the position of the physical point; determining (S712) a proxy position as a projection of the HIP position onto a proxy plane; calculating (S136) a spring force in response to the distance between a proxy position and a HIP position; calculating a joint space spring torque for the system in response to the spring force; calculating a joint space damping torque for the system in response to a joint velocity; and adding the joint space damping torque and the joint space spring torque. tracking a position of a physical point associated with a surgical tool ; defining (S708) a haptic interaction point (HIP) position in virtual space based on the position of the physical point; determining (S712) a proxy position as a projection of the HIP position onto a proxy plane; calculating (S136) a spring force in response to the distance between a proxy position and a HIP position; calculating a joint space spring torque for the system in response to the spring force; calculating a joint space damping torque for the system in response to a joint velocity; and adding the joint space damping torque and the joint space spring torque.
A connector assembly comprising a connector housing and a canted coil spring; wherein the connector housing comprises a first stamped housing section attached to a second stamped housing section and has an interior cavity with a housing groove comprising a groove bottom, said connector housing having two openings defining a common bore; the housing groove comprising two sidewalls; the first housing section comprises a first bottom wall with an endmost surface; the second housing section comprises a second bottom wall with an endmost surface or comprises a contact surface; the housing groove is cooperatively defined by the first and second bottom walls attached to one another at respective endmost surfaces or the endmost surface of the first bottom wall attached to the contact surface of the second housing section; and the canted coil spring comprises a plurality of coils located in the housing groove , characterized in that each coil of the plurality of coils having four sides including at least one straight segment and forming a line contact with a groove bottom of the housing groove ; the at least one straight segment is connected to two side segments at right angles and the two side segments have equal lengths or unequal lengths; and wherein an upper segment opposite the at least one straight segment is curved or arcuate and connects to the two side segments. a first stamped housing section attached to a second stamped housing section and has an interior cavity with a housing groove comprising a groove bottom, said connector housing having two openings defining a common bore; the housing groove comprising two sidewalls; the first housing section comprises a first bottom wall with an endmost surface; the second housing section comprises a second bottom wall with an endmost surface or comprises a contact surface; the housing groove is cooperatively defined by the first and second bottom walls attached to one another at respective endmost surfaces or the endmost surface of the first bottom wall attached to the contact surface of the second housing section; and the canted coil spring comprises a plurality of coils located in the housing groove , characterized in that each coil of the plurality of coils having four sides including at least one straight segment and forming a line contact with a groove bottom of the housing groove ; the at least one straight segment is connected to two side segments at right angles and the two side segments have equal lengths or unequal lengths; and wherein an upper segment opposite the at least one straight segment is curved or arcuate and connects to the two side segments.
A non-nicotine pod assembly for a non-nicotine e-vaping device , comprising: a pod body configured to hold a non-nicotine pre-vapor formulation, the pod body having an upstream end and a downstream end, the upstream end defining a cavity ; and a connector module configured to be seated within the cavity of the pod body, the connector module including an external face and a side face, the external face including at least one electrical contact , the external face defining a pod inlet, the side face defining a first module inlet , the side face facing a sidewall of the cavity when the connector module is seated within the cavity . a pod body configured to hold a non-nicotine pre-vapor formulation, the pod body having an upstream end and a downstream end, the upstream end defining a cavity ; and a connector module configured to be seated within the cavity of the pod body, the connector module including an external face and a side face, the external face including at least one electrical contact , the external face defining a pod inlet, the side face defining a first module inlet , the side face facing a sidewall of the cavity when the connector module is seated within the cavity .
Method for recognizing online handwriting comprising - acquiring, by means of a handwriting instrument comprising a module comprising at least one motion sensor , motion data on the handwriting of the user when said user is writing a sequence of characters with said handwriting instrument , said handwriting instrument further including a body extending longitudinally between a first end and a second end , said first end having a writing tip which is able to write on a support, - analyzing said motion data with a machine learning model being configured to deliver as an output the sequence of characters which was written by the user with said handwriting instrument , characterized in that the machine learning model is trained in a multi-task way, the method further comprising a prior step of multi-task training of the machine learning model, wherein the machine learning model is trained to perform: - a stroke segmentation task, - a character classification task. - acquiring, by means of a handwriting instrument comprising a module comprising at least one motion sensor , motion data on the handwriting of the user when said user is writing a sequence of characters with said handwriting instrument , said handwriting instrument further including a body extending longitudinally between a first end and a second end , said first end having a writing tip which is able to write on a support, - analyzing said motion data with a machine learning model being configured to deliver as an output the sequence of characters which was written by the user with said handwriting instrument , characterized in that the machine learning model is trained in a multi-task way, the method further comprising a prior step of multi-task training of the machine learning model, wherein the machine learning model is trained to perform: - a stroke segmentation task, - a character classification task. - a stroke segmentation task, - a character classification task.
Mobile beach chair of assemblable design, having two side parts , at least two transverse struts and a lie-on surface , wherein the two side parts have a plurality of segments , wherein the plurality of segments are of rod-form design and are connected to one another in a movable but fixed manner by means of movable fastening points and are arranged in a single plane such that the two side parts can each be collapsed and opened out in this plane, wherein the side parts each have an arresting connection , by means of which an opened-out state of the side parts is fixed, wherein the two transverse struts connect the two opened-out side parts to one another by means of connecting elements such that the two transverse struts together with the two side parts form a frame, wherein a fabric is fitted to the two transverse struts such that, when the mobile beach chair is being set up, the fabric is tensioned between the two transverse struts and the two side parts such that the lie-on surface is formed, wherein the lie-on surface has an upper region , and wherein the upper region can have its positioning angle adjusted by means of the side parts and/or the arresting connections on the two side parts , wherein the connecting elements are screw-connections and, for this purpose, the transverse struts each have a shaft, at each end of which is arranged a threaded sleeve, by means of which the connections between the transverse struts and the side parts are established and the lie-on surface is made taut. wherein the two transverse struts connect the two opened-out side parts to one another by means of connecting elements such that the two transverse struts together with the two side parts form a frame, wherein a fabric is fitted to the two transverse struts such that, when the mobile beach chair is being set up, the fabric is tensioned between the two transverse struts and the two side parts such that the lie-on surface is formed, wherein the lie-on surface has an upper region , and wherein the upper region can have its positioning angle adjusted by means of the side parts and/or the arresting connections on the two side parts , wherein the connecting elements are screw-connections and, for this purpose, the transverse struts each have a shaft, at each end of which is arranged a threaded sleeve, by means of which the connections between the transverse struts and the side parts are established and the lie-on surface is made taut.
Extractor device having an extractor housing , at least one vapour guide plate held detachably in the extractor housing and at least one illumination device , which has at least one light source , wherein the extractor device has an intake opening , by way of which air is drawn in downward, and the at least one vapour guide plate is arranged adjacent to the intake opening , wherein the vapour guide plate represents an optical fibre, the illumination device is arranged below the vapour guide plate , the at least one light source is facing the lower edge of the vapour guide plate and the illumination device is fastened detachably to the extractor device housing , characterised in that the illumination device has at least two light modules , which each comprise at least two light sources , that the illumination device has a housing which consists of a holding part and a cover part , which are detachably connected to one another and the at least one light module is received in the housing .
A device for applying a microprojection array to a skin surface comprising: a) a housing comprising a skin contact applicator base attached to an applicator top wherein the applicator top is flexible such that when the applicator top is collapsed a microprojection array is accelerated; and further comprising: b) a patch guide which is forced downward by the collapse of the applicator top ; c) a microprojection array ; and d) a cantilevered ring having an opening through which the patch guide passes and wherein the cantilevered ring is activated by the downward action of the patch guide such that the cantilevered ring , which is in contact with the back of the microprojection array , accelerates the microprojection array away from the cantilevered ring . a) a housing comprising a skin contact applicator base attached to an applicator top wherein the applicator top is flexible such that when the applicator top is collapsed a microprojection array is accelerated; and further comprising: b) a patch guide which is forced downward by the collapse of the applicator top ; c) a microprojection array ; and d) a cantilevered ring having an opening through which the patch guide passes and wherein the cantilevered ring is activated by the downward action of the patch guide such that the cantilevered ring , which is in contact with the back of the microprojection array , accelerates the microprojection array away from the cantilevered ring . b) a patch guide which is forced downward by the collapse of the applicator top ; c) a microprojection array ; and d) a cantilevered ring having an opening through which the patch guide passes and wherein the cantilevered ring is activated by the downward action of the patch guide such that the cantilevered ring , which is in contact with the back of the microprojection array , accelerates the microprojection array away from the cantilevered ring .
A controlling method of an electronic apparatus comprising: monitoring whether an application executed by the electronic apparatus performs a potentially malicious action; detecting that the application is a suspicious application based on the monitoring of the potentially malicious action, isolating the suspicious application, wherein the isolating of the suspicious application includes at least one of: blocking communication with other applications executed by the electronic apparatus or blocking access to a shared memory of the electronic apparatus; and based on identifying the potentially malicious action of the suspicious application is not malicious after isolating the suspicious application, releasing the isolating of the suspicious application characterised in that : the application executed by the electronic apparatus has a different mount namespace set than another application executed by the electronic apparatus , and the isolating comprises changing a mount point of the mount namespace set for the suspicious application from the shared memory to a dummy directory, and blocking the suspicious application from accessing the shared memory. monitoring whether an application executed by the electronic apparatus performs a potentially malicious action; detecting that the application is a suspicious application based on the monitoring of the potentially malicious action, isolating the suspicious application, wherein the isolating of the suspicious application includes at least one of: blocking communication with other applications executed by the electronic apparatus or blocking access to a shared memory of the electronic apparatus; and based on identifying the potentially malicious action of the suspicious application is not malicious after isolating the suspicious application, releasing the isolating of the suspicious application characterised in that : the application executed by the electronic apparatus has a different mount namespace set than another application executed by the electronic apparatus , and the isolating comprises changing a mount point of the mount namespace set for the suspicious application from the shared memory to a dummy directory, and blocking the suspicious application from accessing the shared memory. the application executed by the electronic apparatus has a different mount namespace set than another application executed by the electronic apparatus , and the isolating comprises changing a mount point of the mount namespace set for the suspicious application from the shared memory to a dummy directory, and blocking the suspicious application from accessing the shared memory.
A disk brake comprising: a piston that presses a brake pad to a disk rotor ; and a caliper at which the piston is slidably provided through a piston seal , the caliper making the piston moved forward by hydraulic pressure, wherein the piston is structured as that an anodized film layer formed by an anodized treatment is formed on a surface of a piston base body made of aluminum alloy, characterized in that a chromium plating layer is directly laminated on a surface of the anodized film layer , and the anodized film layer has a film thickness of 1.0 to 10.0 μm, and pores that are formed by the anodized treatment and have the diameter of 40 nm or more are distributed on the surface of the anodized film layer with density of 30 to 100 pieces/μm 2 . a piston that presses a brake pad to a disk rotor ; and a caliper at which the piston is slidably provided through a piston seal , the caliper making the piston moved forward by hydraulic pressure, wherein the piston is structured as that an anodized film layer formed by an anodized treatment is formed on a surface of a piston base body made of aluminum alloy, characterized in that a chromium plating layer is directly laminated on a surface of the anodized film layer , and the anodized film layer has a film thickness of 1.0 to 10.0 μm, and pores that are formed by the anodized treatment and have the diameter of 40 nm or more are distributed on the surface of the anodized film layer with density of 30 to 100 pieces/μm 2 .
An image processing device comprising: a digital signal processing unit comprising a candidate detection unit configured to detect a plurality of candidate images of subjects which can become a main subject in a plurality of image frames, the image frames being sequential in time and each candidate image comprising a portion of an image frame; a control unit comprising a distance change calculation unit and a main subject determination unit , the distance change calculation unit being configured, for each of the plurality of candidate images, to calculate a size of the candidate image in each of the plurality of image frames, to calculate a size change of the candidate image over time, and to determine whether a subject of the candidate image has a tendency toward approach or recession with respect to the imaging position on the basis of the calculated size change; and the main subject determination unit being configured to identify, as the main subject, a subject of a one of the plurality of candidate images having a determined tendency toward approach or recession, the main subject for controlling the operation of the image processing device. a digital signal processing unit comprising a candidate detection unit configured to detect a plurality of candidate images of subjects which can become a main subject in a plurality of image frames, the image frames being sequential in time and each candidate image comprising a portion of an image frame; a control unit comprising a distance change calculation unit and a main subject determination unit , the distance change calculation unit being configured, for each of the plurality of candidate images, to calculate a size of the candidate image in each of the plurality of image frames, to calculate a size change of the candidate image over time, and to determine whether a subject of the candidate image has a tendency toward approach or recession with respect to the imaging position on the basis of the calculated size change; and to calculate a size of the candidate image in each of the plurality of image frames, to calculate a size change of the candidate image over time, and to determine whether a subject of the candidate image has a tendency toward approach or recession with respect to the imaging position on the basis of the calculated size change; and the main subject determination unit being configured to identify, as the main subject, a subject of a one of the plurality of candidate images having a determined tendency toward approach or recession, the main subject for controlling the operation of the image processing device.
A system for monitoring a temperature of an electrical conductor enclosed in at least a first (semi)conductive layer , the system comprising: a passive inductive unit , comprising at least one temperature sensitive component having a characteristic parameter that varies with temperature and is adapted to be in thermal contact with the electrical conductor , and configured to have one or both of a resonance frequency and Q value that varies with the temperature of the electrical conductor ; and a transceiver unit , electromagnetically coupled to said passive inductive unit and configured to send out a signal representing one or both of the resonance frequency and Q value of said passive inductive unit ; wherein, the transceiver unit is further configured to communicate with a control unit which ascertains the signal representing one or both of the resonance frequency and Q value, and which determines a value of the temperature of the electrical conductor based on the ascertained signal representing one or both of the resonance frequency and Q value; and wherein the passive inductive unit comprises an L-C loop including a plurality of capacitive branches in parallel with one another, and an inductive coil electrically connected in series with said plurality of capacitive branches; wherein each of said plurality of capacitive branches includes a capacitor having constant capacitance and a temperature-sensitive switch electrically connected in series. a passive inductive unit , comprising at least one temperature sensitive component having a characteristic parameter that varies with temperature and is adapted to be in thermal contact with the electrical conductor , and configured to have one or both of a resonance frequency and Q value that varies with the temperature of the electrical conductor ; and a transceiver unit , electromagnetically coupled to said passive inductive unit and configured to send out a signal representing one or both of the resonance frequency and Q value of said passive inductive unit ; wherein, the transceiver unit is further configured to communicate with a control unit which ascertains the signal representing one or both of the resonance frequency and Q value, and which determines a value of the temperature of the electrical conductor based on the ascertained signal representing one or both of the resonance frequency and Q value; and wherein the passive inductive unit comprises an L-C loop including a plurality of capacitive branches in parallel with one another, and an inductive coil electrically connected in series with said plurality of capacitive branches; wherein each of said plurality of capacitive branches includes a capacitor having constant capacitance and a temperature-sensitive switch electrically connected in series.