mhurhangee/patent-ind-claim-en huggingface dataset:
Tool for working a substrate, having a stator and a working piston , which is intended to move relative to the stator along a working axis, also having a drive , which is intended to drive the working piston from a starting position along the working axis to the substrate, characterized in that the drive comprises a piston coil arranged on the working piston and a first stator coil arranged on the stator , wherein the first stator coil and/or the piston coil are/is intended to have current flowing through them/it and to generate a magnetic field, and wherein the piston coil is intended to enter the first stator coil during a movement of the working piston relative to the stator along the working axis.
A system having a sensor , a camera , and a control and evaluation unit for surveying and evaluating of a protected field , wherein the sensor has a plurality of light transmitters and a plurality of light receivers that are arranged in a common housing ; wherein the optical axes of the light transmitters and light receivers are arranged in parallel or in fan form at different angular directions having angle spacings, whereby the protected field is formed; wherein the camera is connected to the control and evaluation unit ; and wherein camera images of the camera are evaluated by the control and evaluation unit , characterized in that a plurality of switchable protected fields are provided, with the protected fields being switched over in dependence on the detected camera image, and with the field of view of the camera being directed to the protected field and at least the region of the protected field being detected by the camera .
A method performed by a user equipment, UE, for wireless communication, the method comprising: communicating with a first cell for a first call, wherein the first call is one of a packet-switched, PS, call and a circuit-switched, CS, call; sending measurement reports to a radio access network, RAN; receiving a trigger from the RAN; wherein the trigger from the RAN is based on the measurement reports; wherein in response to the trigger to perform a PS-to-CS handover: establishing a second call, while the first call is pending at the first cell , wherein the second call is the other of the PS call and the CS call; terminating the first call after establishing the second call; and performing the handover after terminating the first call, the handover being from the first cell to a second cell ; and wherein in response to the trigger to perform a CS-to-PS handover: performing the handover of the first call from the first cell to the second cell ; establishing a second call with the second cell , wherein the second call is the other of the PS call and the CS call; and terminating the first call after establishing the second call. communicating with a first cell for a first call, wherein the first call is one of a packet-switched, PS, call and a circuit-switched, CS, call; sending measurement reports to a radio access network, RAN; receiving a trigger from the RAN; wherein the trigger from the RAN is based on the measurement reports; wherein in response to the trigger to perform a PS-to-CS handover: establishing a second call, while the first call is pending at the first cell , wherein the second call is the other of the PS call and the CS call; terminating the first call after establishing the second call; and performing the handover after terminating the first call, the handover being from the first cell to a second cell ; establishing a second call, while the first call is pending at the first cell , wherein the second call is the other of the PS call and the CS call; terminating the first call after establishing the second call; and performing the handover after terminating the first call, the handover being from the first cell to a second cell ; and wherein in response to the trigger to perform a CS-to-PS handover: performing the handover of the first call from the first cell to the second cell ; establishing a second call with the second cell , wherein the second call is the other of the PS call and the CS call; and terminating the first call after establishing the second call. performing the handover of the first call from the first cell to the second cell ; establishing a second call with the second cell , wherein the second call is the other of the PS call and the CS call; and terminating the first call after establishing the second call.
Method for assisting with driving a vehicle , comprising the following steps: - (E12) detecting the actuation of a given control member of the vehicle , said detection triggering a change-of-lane confirmation phase (PhC) comprising the following steps: - (E13) displaying a message requesting change-of-lane confirmation using a display module , and - (E14) detecting the actuation of a validation button , the detection of the actuation of the validation button triggering an automatic change-of-lane manoeuvre (E15) that brings to an end said confirmation phase (PhC), - (E20) detecting a road configuration suitable for a change of speed of the vehicle, the detection of said configuration leading to the display (E21) of a message proposing to change the speed of the vehicle using said display module , said method being characterized in that the display (E21) of the message proposing to change speed is inhibited during the change-of-lane confirmation phase (PhC). - (E12) detecting the actuation of a given control member of the vehicle , said detection triggering a change-of-lane confirmation phase (PhC) comprising the following steps: - (E13) displaying a message requesting change-of-lane confirmation using a display module , and - (E14) detecting the actuation of a validation button , the detection of the actuation of the validation button triggering an automatic change-of-lane manoeuvre (E15) that brings to an end said confirmation phase (PhC), - (E13) displaying a message requesting change-of-lane confirmation using a display module , and - (E14) detecting the actuation of a validation button , the detection of the actuation of the validation button triggering an automatic change-of-lane manoeuvre (E15) that brings to an end said confirmation phase (PhC), - (E20) detecting a road configuration suitable for a change of speed of the vehicle, the detection of said configuration leading to the display (E21) of a message proposing to change the speed of the vehicle using said display module , said method being characterized in that
A device for buffering a reference signal comprising: a regulator circuit adapted to generate at least two replicas of the reference signal as regulated output signals (12',12"), and a receiving circuit adapted to receive the regulated output signals (12',12") in a switchable manner, wherein the regulated output signals (12',12") are defined with different performance specifications at least based on speed and accuracy, whereby one of the at least two replicas of the reference signal is defined with high speed but low accuracy specification and the other is defined with low speed but high accuracy specification, and wherein the receiving circuit comprises a switched-capacitor residue amplifier , a detector means , and a switching means , whereby the detector means is adapted to produce a slew-done signal corresponding to the switched-capacitor residue amplifier indicating that the receiving circuit stops slewing and commences settling behavior, thereby defining an optimal switching instant, and is further adapted to provide control signals to the switching means in order to switch from one regulated output signal with high speed but low accuracy specification to the other regulated output signal with low speed but high accuracy specification at the optimal switching instant. a regulator circuit adapted to generate at least two replicas of the reference signal as regulated output signals (12',12"), and a receiving circuit adapted to receive the regulated output signals (12',12") in a switchable manner, wherein the regulated output signals (12',12") are defined with different performance specifications at least based on speed and accuracy, whereby one of the at least two replicas of the reference signal is defined with high speed but low accuracy specification and the other is defined with low speed but high accuracy specification, and
A Longterm Evolution, LTE, system access network device in a radio access network, characterized in comprising: a processor , configured to determine air interface configuration information for an air interface between a terminal device and the radio access network; and a transmitter , configured to send a first air interface configuration message comprising the air interface configuration information to a fifth generation, 5G, system access network device in the radio access network, wherein; the air interface between the terminal device and the radio access network comprises a first air interface protocol layer and a second air interface protocol layer; the first air interface protocol layer being between the terminal device and the 5G system access network device, the second air interface protocol layer being between the terminal device and the LTE system access network device, the second air interface protocol layer being a higher layer than the first air interface protocol layer; and wherein the first air interface configuration message employs the protocol of the second air interface protocol layer and that is used to configure the air interface of the LTE system access network device. a processor , configured to determine air interface configuration information for an air interface between a terminal device and the radio access network; and a transmitter , configured to send a first air interface configuration message comprising the air interface configuration information to a fifth generation, 5G, system access network device in the radio access network, wherein; the air interface between the terminal device and the radio access network comprises a first air interface protocol layer and a second air interface protocol layer; the first air interface protocol layer being between the terminal device and the 5G system access network device, the second air interface protocol layer being between the terminal device and the LTE system access network device, the second air interface protocol layer being a higher layer than the first air interface protocol layer; and wherein the first air interface configuration message employs the protocol of the second air interface protocol layer and that is used to configure the air interface of the LTE system access network device.
A bandage pressure sensing device for indicating the pressure applied by a bandage to a subject wherein the pressure sensing device comprises a pressure sensing clip comprising: an outer arm ; an inner bandage penetrating arm having a pressure sensing region for detecting sub-bandage pressure, a piezoelectric pressure sensor at the pressure sensing region , and a hinge between the outer arm and the inner bandage penetrating arm wherein the outer arm is movable between an open position and a closed position about the hinge and the hinge comprises a locking or fixing mechanism to lock or fix the hinge in the open position unaided, until it is configured to a closed position by a user. an outer arm ; an inner bandage penetrating arm having a pressure sensing region for detecting sub-bandage pressure, a piezoelectric pressure sensor at the pressure sensing region , and a hinge between the outer arm and the inner bandage penetrating arm wherein the outer arm is movable between an open position and a closed position about the hinge and the hinge comprises a locking or fixing mechanism to lock or fix the hinge in the open position unaided, until it is configured to a closed position by a user.
Touch-sensitive input device , comprising: a support ; a touch-sensitive input part , such as a touchpad or a touchscreen, and a supplementary body , which is rigidly connected to the input part and together with the input part is jointly mounted on the support so as to be movable along at least one deflection direction by means of first bearing means ; an actuator for producing haptic feedback, having an effective axis (W), which is parallel to the at least one deflection direction; characterized by a damper body , which is mounted on the support so as to be movable at least along the deflection direction by means of second bearing means ; and in that the actuator acts between the damper body and the combination of the input part and the supplementary body , by on the one hand supporting itself on the damper body and on the other hand acting in an attracting or repelling manner on the combination of the input part and the supplementary body , in order to bring about a movement of the input part substantially counter to the damper body to produce haptic feedback, in that the combination of the input part and the supplementary body defines a hollow volume , in which at least the actuator is arranged, and in that the actuator is an electromagnetic actuator having magnetic-field-generating means and an armature , wherein the magnetic-field-generating means are fastened to the damper body and the armature is fastened to the combination of the input part and the supplementary body . a support ; a touch-sensitive input part , such as a touchpad or a touchscreen, and a supplementary body , which is rigidly connected to the input part and together with the input part is jointly mounted on the support so as to be movable along at least one deflection direction by means of first bearing means ; an actuator for producing haptic feedback, having an effective axis (W), which is parallel to the at least one deflection direction; characterized by a damper body , which is mounted on the support so as to be movable at least along the deflection direction by means of second bearing means ; and in that the actuator acts between the damper body and the combination of the input part and the supplementary body , by on the one hand supporting itself on the damper body and on the other hand acting in an attracting or repelling manner on the combination of the input part and the supplementary body , in order to bring about a movement of the input part substantially counter to the damper body to produce haptic feedback, in that the combination of the input part and the supplementary body defines a hollow volume , in which at least the actuator is arranged, and in that the actuator is an electromagnetic actuator having magnetic-field-generating means and an armature , wherein the magnetic-field-generating means are fastened to the damper body and the armature is fastened to the combination of the input part and the supplementary body .
A robotic carton unloader for unloading a carton pile resting on a floor , comprising: a mobile body movable across the floor on more than one wheels; a conveyor system mounted on the mobile body to convey unloaded cartons thereon; and a robotic arm assembly comprising a manipulator head attached to a front end of the upper arm assembly, the manipulator head engages at least one carton at a time from a carton pile resting on the floor for movement to the conveyor system ; a built-in jacking apparatus extendable from the mobile body to the floor to raise the mobile body a distance sufficient to raise at least one of the more than one wheels away from contacting the floor , wherein the more than one wheels comprise a steerable wheel, and wherein the built-in jacking apparatus comprises a lower end having a skid surface or a rolling surface, characterised in that the built-in jacking apparatus further comprises an actuating mechanism independent of power from the robotic carton unloader to raise the mobile body for pulling the robotic carton unloader backward in an unpowered state. a conveyor system mounted on the mobile body to convey unloaded cartons thereon; and a robotic arm assembly comprising a manipulator head attached to a front end of the upper arm assembly, the manipulator head engages at least one carton at a time from a carton pile resting on the floor for movement to the conveyor system ; a built-in jacking apparatus extendable from the mobile body to the floor to raise the mobile body a distance sufficient to raise at least one of the more than one wheels away from contacting the floor , wherein the more than one wheels comprise a steerable wheel, and wherein the built-in jacking apparatus comprises a lower end having a skid surface or a rolling surface, characterised in that the built-in jacking apparatus further comprises an actuating mechanism independent of power from the robotic carton unloader to raise the mobile body for pulling the robotic carton unloader backward in an unpowered state.
A medical insertion apparatus comprising: - a screw nail body ; and - an electrode surrounded by the screw nail body and having an exposed portion , wherein the exposed portion is exposed outside the screw nail body , - wherein the screw nail body has a through hole therein; - wherein the through hole extends from a first end of the screw nail body to a second end of the screw nail body along a longitudinal direction of the screw nail body ; - wherein the exposed portion of the electrode is located at the second end of the screw nail body; and - wherein the electrode is detachably attached to the screw nail body ; characterized in that - the electrode is adapted to be inserted through the second end of the screw nail body and is adapted to be screw-coupled with the screw nail body . - a screw nail body ; and - an electrode surrounded by the screw nail body and having an exposed portion , wherein the exposed portion is exposed outside the screw nail body , - wherein the screw nail body has a through hole therein; - wherein the through hole extends from a first end of the screw nail body to a second end of the screw nail body along a longitudinal direction of the screw nail body ; - wherein the exposed portion of the electrode is located at the second end of the screw nail body; and - wherein the electrode is detachably attached to the screw nail body ; - the electrode is adapted to be inserted through the second end of the screw nail body and is adapted to be screw-coupled with the screw nail body .
. A three-dimensional printing method, comprising: applying a metallic build material; selectively applying a binder fluid on at least a portion of the metallic build material, the binder fluid including a liquid vehicle and polymer particles dispersed in the liquid vehicle; wherein the polymer particles comprise a low T g hydrophobic component(s), core or particles and a high T g hydrophilic component(s), shell or particles, wherein high T g refers to a glass transition temperature higher than 25 °C and wherein low T g refers to a glass transition temperature lower than 25 °C; repeating the applying of the metallic build material and the selectively applying of the binder fluid to create a patterned green part; heating the patterned green part to about a melting point of the polymer particles, thereby activating the binder fluid and creating a cured green part; heating the cured green part to a thermal decomposition temperature of the polymer particles, thereby creating an at least substantially polymer-free gray part; and heating the at least substantially polymer-free gray part to a sintering temperature to form a metallic part. applying a metallic build material; selectively applying a binder fluid on at least a portion of the metallic build material, the binder fluid including a liquid vehicle and polymer particles dispersed in the liquid vehicle; wherein the polymer particles comprise a low T g hydrophobic component(s), core or particles and a high T g hydrophilic component(s), shell or particles, wherein high T g refers to a glass transition temperature higher than 25 °C and wherein low T g refers to a glass transition temperature lower than 25 °C; repeating the applying of the metallic build material and the selectively applying of the binder fluid to create a patterned green part; heating the patterned green part to about a melting point of the polymer particles, thereby activating the binder fluid and creating a cured green part; heating the cured green part to a thermal decomposition temperature of the polymer particles, thereby creating an at least substantially polymer-free gray part; and heating the at least substantially polymer-free gray part to a sintering temperature to form a metallic part.
A therapeutic agent comprising (S)-7-(2-methoxy-3,5-dimethylpyridin-4-yl)-1-(tetrahydrofuran-3-yl)-1H-pyrazolo[4,3-c]qui noline-4 -one represented by formula (I): or a pharmaceutically acceptable salt thereof, and donepezil represented by formula (II): or a pharmaceutically acceptable salt thereof for combined use in treating Alzheimer's disease or Lewy body dementia.
A Wi-Fi network controlled by a cloud-controller , the Wi-Fi network comprising: a plurality of access points comprising at least one gateway access point connected to the Internet via a modem/router and one or more access points (14C-14H) connected to the modem/router through the at least one gateway access point , wherein the at least one gateway access point communicates to the cloud-based controller via the Internet for configuration and management of the Wi-Fi network , wherein the one or more access points (14C-14H) and the at least one gateway access point are in a topology to be applied to the Wi-Fi network the topology being determined by the cloud-based controller based on the operating environment of the plurality of access points, and wherein the controller is configured to determine the topology by selecting an interconnectivity of the plurality of access points via backhaul links that are wireless links forming a tree topology, and the controller is also configured to select an interconnectivity of a plurality of client devices and the plurality of access points via client links different than the backhaul links, and the client links are configured to use different Wi-Fi channels than the backhaul links. a plurality of access points comprising at least one gateway access point connected to the Internet via a modem/router and one or more access points (14C-14H) connected to the modem/router through the at least one gateway access point , wherein the at least one gateway access point communicates to the cloud-based controller via the Internet for configuration and management of the Wi-Fi network , wherein the one or more access points (14C-14H) and the at least one gateway access point are in a topology to be applied to the Wi-Fi network the topology being determined by the cloud-based controller based on the operating environment of the plurality of access points, and wherein the controller is configured to determine the topology by selecting an interconnectivity of the plurality of access points via backhaul links that are wireless links forming a tree topology, and the controller is also configured to select an interconnectivity of a plurality of client devices and the plurality of access points via client links different than the backhaul links, and the client links are configured to use different Wi-Fi channels than the backhaul links.
An aircraft including an aircraft fuel system, the aircraft fuel system comprising: a fuel tank ; and a cyclonic separator comprising: a separation chamber; an inlet in fluid communication with the fuel tank and the separation chamber; a fuel outlet in fluid communication with the separation chamber; and a water outlet , wherein the cyclonic separator is adapted to discharge water from the water outlet and relatively less dense liquid fuel from the fuel outlet, and wherein the cyclonic separator further comprises a permeation member formed from a water-permeable material which enables water in the separation chamber to flow through the water-permeable material and out of the water outlet, but substantially prevents liquid fuel in the separation chamber from doing so, wherein the water-permeable material comprises graphene oxide.