mhurhangee/patent-ind-claim-en huggingface dataset:
A method for hosting a glucose monitoring application on a mobile phone, the mobile phone being an uncontrolled data processing device and the glucose monitoring application being a safety critical application , the method comprising: determining, with a mobile phone, whether a glucose monitoring application installed properly on the mobile phone by executing an installation check; determining, with the mobile phone, whether the glucose monitoring application functions properly on the mobile phone; preventing, with the mobile phone, the glucose monitoring application from operating free of any restrictions on the mobile phone when: either a determination that the glucose monitoring application did not install properly on the mobile phone is made; or a determination that the glucose monitoring application does not function properly on the mobile phone is made; and permitting, with the mobile phone, the glucose monitoring application to operate free of any restrictions on the mobile phone when the glucose monitoring application is determined to operate properly on the mobile phone, wherein a determination that the glucose monitoring application operates properly on the mobile phone requires: a determination that the glucose monitoring application installed properly on the mobile phone; and a determination that the glucose monitoring application functions properly on the mobile phone. determining, with a mobile phone, whether a glucose monitoring application installed properly on the mobile phone by executing an installation check; determining, with the mobile phone, whether the glucose monitoring application functions properly on the mobile phone; preventing, with the mobile phone, the glucose monitoring application from operating free of any restrictions on the mobile phone when: either a determination that the glucose monitoring application did not install properly on the mobile phone is made; or a determination that the glucose monitoring application does not function properly on the mobile phone is made; and either a determination that the glucose monitoring application did not install properly on the mobile phone is made; or a determination that the glucose monitoring application does not function properly on the mobile phone is made; and permitting, with the mobile phone, the glucose monitoring application to operate free of any restrictions on the mobile phone when the glucose monitoring application is determined to operate properly on the mobile phone, wherein a determination that the glucose monitoring application operates properly on the mobile phone requires: a determination that the glucose monitoring application installed properly on the mobile phone; and a determination that the glucose monitoring application functions properly on the mobile phone. a determination that the glucose monitoring application installed properly on the mobile phone; and a determination that the glucose monitoring application functions properly on the mobile phone.
A spin-on fluid treatment device , comprising a housing , a top surface , said top surface having an internally threaded bore comprising a threaded surface, at least one inlet orifice radially removed from said threaded bore , and an axial seal surrounding said at least one inlet orifice ; wherein an outlet tube is at least partially disposed inside said threaded bore in a concentric position so as to leave a ring-shaped space inside the bore between the outlet tube and the threaded surface, wherein a treatment medium is arranged inside said housing to treat fluids entering through said at least one inlet orifice and leaving through said outlet tube ; and wherein said outlet tube is provided with an externally oriented sealing portion , configured for engaging with a complementary element of an inlet spud of an external entity that receives said treated fluids.
A display device (DD), comprising: a display panel (DP) configured to be folded about a first bending axis (BX1); a window member (FC3) disposed on the display panel (DP), the window member (FC3) including a transparent material; and a functional layer (FC4) disposed on the window member (FC3), the functional layer (FC4) including a first opening (OP1) at a region corresponding to the first bending axis (BX1) characterized in that the functional layer (FC4) further includes a hydrophobic material and an anti-fingerprint layer (AF), the anti-fingerprint layer being (AF) not overlapping with the first bending axis (BX1). a display panel (DP) configured to be folded about a first bending axis (BX1); a window member (FC3) disposed on the display panel (DP), the window member (FC3) including a transparent material; and a functional layer (FC4) disposed on the window member (FC3), the functional layer (FC4) including a first opening (OP1) at a region corresponding to the first bending axis (BX1) characterized in that the functional layer (FC4) further includes a hydrophobic material and an anti-fingerprint layer (AF), the anti-fingerprint layer being (AF) not overlapping with the first bending axis (BX1).
A mechanism for indicating and storing time information, including a transmission device coupling a time information counting system and a first member (S'; M') for displaying time information adapted to display selectively current time information and said same stored time information, the mechanism for indicating and storing time information comprising a second member (S; M) for displaying current time information, the transmission device including: a cam (C); a lever device (L) including a lever (L1), a follower (L2) and a first elastic member (R) urging the lever and the follower into a particular relative position; the lever (L1) being kinematically coupled to the first display member (S'; M') for displaying time information, the follower (L2) being urged against the cam (C) by a second elastic member (RL), the storage of said time information consists in fixing, by a user action, the first display member (S'; M'), while it indicates the current time information. a cam (C); a lever device (L) including a lever (L1), a follower (L2) and a first elastic member (R) urging the lever and the follower into a particular relative position; the lever (L1) being kinematically coupled to the first display member (S'; M') for displaying time information, the follower (L2) being urged against the cam (C) by a second elastic member (RL), the storage of said time information consists in fixing, by a user action, the first display member (S'; M'), while it indicates the current time information.
A method for ventilating a hydraulic simulator circuit of an electrohydraulic brake system for a vehicle, comprising a hydraulic simulator circuit for generation of a pedal response force, a first cylinder-piston device , an electromechanical actuator acting on the first cylinder-piston device for a hydraulic pressure generation in at least one brake circuit , a first fluid path having a first valve unit arranged therein for selectively fluidically connecting the first cylinder-piston device to the simulator circuit , a second fluid path having a second valve unit arranged therein for selectively fluidically connecting the hydraulic simulator circuit to an unpressurised hydraulic fluid reservoir , and a brake circuit as well as at least a third valve unit (301-304) arranged in the at least one brake circuit , wherein the method includes the following controlled steps: - opening the first valve unit in order to connect the first cylinder-piston device fluidically to the simulator circuit ; - opening the second valve unit in order to connect the simulator circuit fluidically to the hydraulic fluid reservoir , if the second valve unit was in a closed state; and - operating the electromechanical actuator to displace hydraulic fluid from the first cylinder-piston device via the simulator circuit into the hydraulic fluid reservoir ; charcaterized by the at least one brake circuit , which can be fludicially connected to the first cylinder-piston device , wherein the third valve unit (301-304) adopts an open state on operation of the electromechanical actuator in order to deliver hydraulic fluid into the at least one brake circuit , wherein then the first valve unit is opened in order to let the hydraulic fluid stored in the brake circuits flow away (S310, S320, S330) into the fluid reservoir via the simulator circuit . - opening the first valve unit in order to connect the first cylinder-piston device fluidically to the simulator circuit ; - opening the second valve unit in order to connect the simulator circuit fluidically to the hydraulic fluid reservoir , if the second valve unit was in a closed state; and - operating the electromechanical actuator to displace hydraulic fluid from the first cylinder-piston device via the simulator circuit into the hydraulic fluid reservoir ;
A control device for a machine tool comprising a feeding means for feeding a relatively rotating cutting tool and material, wherein at least one of the cutting tool and the material rotates relative to the other, and a control means for controlling the rotation and operation of the feeding means, the control means performing control such that cutting is performed with vibrating the cutting tool relative to the material by combining a forward feed movement in the machining direction, in which the cutting tool machines the material, and a return movement in the counter-machining direction different from the machining direction, wherein the control device includes: a return position calculation means for calculating a return position of the cutting tool at a time when one vibration (D) is completed on the basis of the number of vibrations (D) and an amount of feed that are predetermined for one rotation of the cutting tool or the material, a forward feed setting means for setting the forward feed movement on the basis of one or more change point setting values that determine a change point from the machining direction to the counter-machining direction, and making the cutting tool reach the determined change point, and characterised in that the control device includes: a return movement setting means for setting a pulse-like signal that is output at a predetermined interval as a command for moving the cutting tool in the counter-machining direction so that the cutting tool reaches the calculated return position at a time when one vibration (D) is completed, a return position calculation means for calculating a return position of the cutting tool at a time when one vibration (D) is completed on the basis of the number of vibrations (D) and an amount of feed that are predetermined for one rotation of the cutting tool or the material, a forward feed setting means for setting the forward feed movement on the basis of one or more change point setting values that determine a change point from the machining direction to the counter-machining direction, and making the cutting tool reach the determined change point, and characterised in that the control device includes: a return movement setting means for setting a pulse-like signal that is output at a predetermined interval as a command for moving the cutting tool in the counter-machining direction so that the cutting tool reaches the calculated return position at a time when one vibration (D) is completed,
Injector comprising a tubular nozzle body having a nozzle side , receiving a needle valve member , and an actuator side , receiving a tubular magnetic armature and receiving an armature side of a tubular pole piece above the magnetic armature, wherein the nozzle body and the pole piece are welded together through a seam weld line between an inner tubular surface of the actuator side of the tubular nozzle body and an outer tubular surface of said armature side of the pole piece , characterized in that said actuator side of the tubular nozzle body comprises a constricted area while said outer surface of the armature side of the pole piece comprises a recessed area , such constricted area and such recessed area contacting each other at a level of said seam weld line and providing a friction area reducing hydraulic load on said seam weld line.
A key filling method, performed by an electronic device, the method comprising: transmitting first filling information to a server, wherein the first filling information comprises a chip public key of a security chip and indicates a filling permission to the security chip of the electronic device, the filling permission allowing the electronic device to add information into the security chip; obtaining second filling information, the second filling information comprising a verification public key generated by the server, and the second filling information being transmitted by the server to the electronic device in accordance with a determination based on the first filling information that the electronic device has the filling permission to the security chip; and filling the verification public key into the security chip, the verification public key being used for encrypting information, and corresponding to a verification private key used for decrypting the encrypted information. transmitting first filling information to a server, wherein the first filling information comprises a chip public key of a security chip and indicates a filling permission to the security chip of the electronic device, the filling permission allowing the electronic device to add information into the security chip; obtaining second filling information, the second filling information comprising a verification public key generated by the server, and the second filling information being transmitted by the server to the electronic device in accordance with a determination based on the first filling information that the electronic device has the filling permission to the security chip; and filling the verification public key into the security chip, the verification public key being used for encrypting information, and corresponding to a verification private key used for decrypting the encrypted information.
A method for controlling radiotherapy treatment of a subject, the method comprising: obtaining a digital twin adapted to output predicted circadian rhythms of the subject; determining circadian rhythm data of the subject based on an output from the digital twin; and processing the circadian rhythm data to identify a treatment parameter value for execution of radiotherapy treatment of the subject. obtaining a digital twin adapted to output predicted circadian rhythms of the subject; determining circadian rhythm data of the subject based on an output from the digital twin; and processing the circadian rhythm data to identify a treatment parameter value for execution of radiotherapy treatment of the subject.
A lyophilization vial kit , the kit comprising: - at least one lyophilization vial and - at least one vial stopper , the vial stopper having a stopper body , the stopper body comprising a first circumferential sealing surface for hermetically sealing against an interior surface of a mouth of the vial in a first position of the vial stopper , the stopper body further comprising a second circumferential sealing surface for hermetically sealing against the interior surface of the mouth of the vial in a second position of the vial stopper , the second sealing surface being spaced apart from the first sealing surface in an axial direction of the stopper body , the stopper body further comprising an intermediate region in between the first and second sealing surfaces , the intermediate region having at least one venting element for venting an interior of the vial in at least one intermediate position of the stopper in between the first and second positions , wherein both the first and the second sealing surface have cylindrical shapes , wherein the first and second sealing surfaces have identical diameters, and wherein the first and second sealing surfaces have a larger diameter than the intermediate region , wherein the lyophilization vial has a mouth dimensioned to interact with the vial stopper in such a way that, in a first position of the vial stopper in the mouth , the first circumferential sealing surface hermetically seals against an interior surface of a mouth , wherein, in a second position of the vial stopper in the mouth , the second circumferential sealing surface hermetically seals against an interior surface of a mouth , wherein, in the intermediate position in between the first and second positions , the interior of the vial is vented to the outside of the vial via the at least one venting element . - at least one lyophilization vial and - at least one vial stopper , the vial stopper having a stopper body , the stopper body comprising a first circumferential sealing surface for hermetically sealing against an interior surface of a mouth of the vial in a first position of the vial stopper , the stopper body further comprising a second circumferential sealing surface for hermetically sealing against the interior surface of the mouth of the vial in a second position of the vial stopper , the second sealing surface being spaced apart from the first sealing surface in an axial direction of the stopper body , the stopper body further comprising an intermediate region in between the first and second sealing surfaces , the intermediate region having at least one venting element for venting an interior of the vial in at least one intermediate position of the stopper in between the first and second positions , wherein both the first and the second sealing surface have cylindrical shapes , wherein the first and second sealing surfaces have identical diameters, and wherein the first and second sealing surfaces have a larger diameter than the intermediate region ,
A plug comprising: multiple power supply pins having round bar shapes and axial directions parallel to each other; and multiple temperature sensing elements for sensing temperatures of the multiple power supply pins , individually, wherein each of the multiple temperature sensing elements has a flat temperature sensing face ; wherein each of the power supply pins has a contact having a round bar shape, a flange formed at one end of the contact , and an electric wire connection part at an end of flange opposite the contact ; wherein each of the power supply pins has a portion having a flat surface forming a plane which faces a respective one of the temperature sensing faces of the multiple temperature sensing elements without being in contact therewith, wherein the planes have a normal directions crossing the axial directions, characterized in that in each of the multiple power supply pins , the flange has a round bar shape and having a diameter larger than that of the round bar shaped contact , and in that at least part of the flat surface forming the plane is provided by a recessed portion of the flange or the flat surface forming the plane is present only at the electric wire connection part . multiple power supply pins having round bar shapes and axial directions parallel to each other; and multiple temperature sensing elements for sensing temperatures of the multiple power supply pins , individually, wherein each of the multiple temperature sensing elements has a flat temperature sensing face ; wherein each of the power supply pins has a contact having a round bar shape, a flange formed at one end of the contact , and an electric wire connection part at an end of flange opposite the contact ; wherein each of the power supply pins has a portion having a flat surface forming a plane which faces a respective one of the temperature sensing faces of the multiple temperature sensing elements without being in contact therewith, wherein the planes have a normal directions crossing the axial directions, characterized in that in each of the multiple power supply pins , the flange has a round bar shape and having a diameter larger than that of the round bar shaped contact , and in that at least part of the flat surface forming the plane is provided by a recessed portion of the flange or the flat surface forming the plane is present only at the electric wire connection part .
An aircraft component link comprising: a link body having a first joint , a second joint , and a linking structure having a rectangular body and connecting the first joint to the second joint , wherein the linking structure includes two first portions and two second portions , each of the two first portions is connected to another of the two first portions via the two second portions , the second portions being rigid relative to the first portions , wherein the first joint is connected to one of the two first portions and the second joint is connected to the other of the two first portions , and wherein the first portions are configured to inelastically deform when exposed to loads greater than a first threshold, and the first threshold is at least partially based on a maximum expected load magnification during standard in flight operations of an aircraft. a link body having a first joint , a second joint , and a linking structure having a rectangular body and connecting the first joint to the second joint , wherein the linking structure includes two first portions and two second portions , each of the two first portions is connected to another of the two first portions via the two second portions , the second portions being rigid relative to the first portions , wherein the first joint is connected to one of the two first portions and the second joint is connected to the other of the two first portions , and wherein the first portions are configured to inelastically deform when exposed to loads greater than a first threshold, and the first threshold is at least partially based on a maximum expected load magnification during standard in flight operations of an aircraft.