mhurhangee/patent-ind-claim-en huggingface dataset:
A system for measuring arterial parameters using non-imaging ultrasound, the system comprising: an acquisition unit for acquiring a Doppler ultrasound signal from a blood vessel, wherein the said acquisition unit comprises an ultrasound probe having a plurality of transducer elements arranged in a grid configuration, and having a first probe and a second probe detachably connected to each other, wherein the first probe is arranged to acquire a first Doppler signal and the second probe is arranged to acquire a second Doppler signal originating from a different location in the blood vessel than the first Doppler signal; and a processing unit for processing the acquired Doppler ultrasound signals and to determine, based on a time delay between the acquired first and second Doppler signals, changes in the blood vessel through the measurements of at least Peak Systolic Velocity (PSV) and Pulse Wave Velocity (PWV). an acquisition unit for acquiring a Doppler ultrasound signal from a blood vessel, wherein the said acquisition unit comprises an ultrasound probe having a plurality of transducer elements arranged in a grid configuration, and having a first probe and a second probe detachably connected to each other, wherein the first probe is arranged to acquire a first Doppler signal and the second probe is arranged to acquire a second Doppler signal originating from a different location in the blood vessel than the first Doppler signal; and a processing unit for processing the acquired Doppler ultrasound signals and to determine, based on a time delay between the acquired first and second Doppler signals, changes in the blood vessel through the measurements of at least Peak Systolic Velocity (PSV) and Pulse Wave Velocity (PWV).
A pump device for sucking and transferring of objects, where the pump device comprises a pump housing , an air withdrawal opening, at least one inlet opening and an outlet opening formed in the pump housing , and at least one drive device, wherein the pump housing comprises a first short side formed as a semicircle or partial circle and a second short side formed as a flat or plane surface, two long sides extending tapering from the first short side to the second the short side and two plane sides, thus forming a closed pump housing, wherein at least one impeller is further arranged in the pump housing , the at least one inlet opening being arranged closer to the first short side and the at least outlet opening being arranged closer to the second short side of the pump housing .
An input device which inputs a position to an electronic apparatus which receives a touch signal, the input device comprising: a conductive tip configured to receive an electric field transmission signal generated from at least one electrode of the electronic apparatus ; a circuit configured to generate an electric field response signal corresponding to the electric field transmission signal; a variable capacitor disposed between the conductive tip and the circuit and configured to vary the electric field response signal according to writing pressure applied to the conductive tip ; a case in which the circuit and the variable capacitor are disposed; and a movable member which is slidably disposed in the case and coupled at one end to the conductive tip ; wherein the variable capacitor includes a first electrode and a second electrode coupled to the circuit, a conductive variable electrode disposed to face the first electrode , and a dielectric disposed between the first electrode and the conductive variable electrode ; the first electrode and the second electrode are fixed to the case ; the variable electrode is coupled to another end of the movable member , and the moveable member is coupled to the second electrode through an elastic member ; and a contact area of the conductive variable electrode with the dielectric is variable; characterised in that the movable member is conductive; and the conductive movable member is elastically disposed in the case through a second elastic member repellant by pressure applied through the conductive tip . a conductive tip configured to receive an electric field transmission signal generated from at least one electrode of the electronic apparatus ; a circuit configured to generate an electric field response signal corresponding to the electric field transmission signal; a variable capacitor disposed between the conductive tip and the circuit and configured to vary the electric field response signal according to writing pressure applied to the conductive tip ; a case in which the circuit and the variable capacitor are disposed; and a movable member which is slidably disposed in the case and coupled at one end to the conductive tip ; wherein the variable capacitor includes a first electrode and a second electrode coupled to the circuit, a conductive variable electrode disposed to face the first electrode , and a dielectric disposed between the first electrode and the conductive variable electrode ; the first electrode and the second electrode are fixed to the case ; the variable electrode is coupled to another end of the movable member , and the moveable member is coupled to the second electrode through an elastic member ; and a contact area of the conductive variable electrode with the dielectric is variable; characterised in that the movable member is conductive; and the conductive movable member is elastically disposed in the case through a second elastic member repellant by pressure applied through the conductive tip .
Lamination sheet for laminating a substrate layer stack consisting of a plurality of substrate layers to form a security document body, wherein on or at a side of the lamination sheet , which during the lamination faces towards the substrate layers, at least one temperature sensor is formed, wherein, at the at least one temperature sensor , a measurement signal can be detected by means of connection contacts , characterised in that the at least one temperature sensor is located on the side of the lamination sheet , which during the lamination faces towards the substrate layers, in a cut-out opening , provided for this purpose in a base element of the lamination sheet , which does not break transversely, in particular not perpendicularly, to the side which during the lamination faces towards the substrate layers, through the base element.
A cleaning robot, comprising a cleaning component , a drive component , a detection component , a calculating component and a controller , the drive component comprising a first drive wheel and a second drive wheel arranged in parallel, wherein, when the drive component drives the cleaning robot to travel, the detection component is configured to detect whether the cleaning robot is in an obstacle obstruction state, the calculating component is configured to calculate an inclined angle of the cleaning robot when the cleaning robot is in the obstacle obstruction state; and when the cleaning robot is in the obstacle obstruction state, the controller is configured to control the first drive wheel to cross an obstacle and control the second drive wheel to cross the obstacle according to a detection result acquired by the detection component and the calculating component ; characterized in that , the detection component is configured to detect whether the first drive wheel crosses the obstacle; when the detection component detects that the first drive wheel does not cross the obstacle, a number of occurrences of not crossing the obstacle is recorded; and when the number of occurrences is greater than a preset value, the controller is configured to control the cleaning robot to travel in a second traveling direction; wherein the second traveling direction is opposite to a first traveling direction, and the first traveling direction is a traveling direction of the cleaning robot before the cleaning robot enters the obstacle obstruction state. when the drive component drives the cleaning robot to travel, the detection component is configured to detect whether the cleaning robot is in an obstacle obstruction state, the calculating component is configured to calculate an inclined angle of the cleaning robot when the cleaning robot is in the obstacle obstruction state; and when the cleaning robot is in the obstacle obstruction state, the controller is configured to control the first drive wheel to cross an obstacle and control the second drive wheel to cross the obstacle according to a detection result acquired by the detection component and the calculating component ; characterized in that , the detection component is configured to detect whether the first drive wheel crosses the obstacle; when the detection component detects that the first drive wheel does not cross the obstacle, a number of occurrences of not crossing the obstacle is recorded; and when the number of occurrences is greater than a preset value, the controller is configured to control the cleaning robot to travel in a second traveling direction; wherein the second traveling direction is opposite to a first traveling direction, and the first traveling direction is a traveling direction of the cleaning robot before the cleaning robot enters the obstacle obstruction state.
A stent for placement at the aortic annulus that is expandable from an un-deployed state into a deployed state and that comprises: a stent frame that has an inferior section and a superior section and that is formed from a plurality of elongate struts , with the plurality of elongate struts being connected one to another at points of connection to form a plurality of stent cells formed of vertices at the points of connection and respective sections of the plurality of elongate struts ; and a plurality of eyelets , with at least some of the plurality of eyelets forming at least some of the vertices at the points of connection between the elongate struts characterized in that at least some of the elongate struts are endless struts having an undulating shape with two end points and several eyelets , with the vertices of at least some of the stent cells of the endless struts respectively being formed by points of connection between adjacent elongate struts and by points of constriction by means of which the endless struts are respectively combined along their length to form stent cells within an individual endless strut , and in that at least some of the stent cells have all of their vertices formed by the eyelets , with the eyelets connecting respective sections of the elongate struts such that the stent frame has a web-like structure, with each individual stent cell of the web-like structure having a curved diamond shape formed by said struts and four vertices . a stent frame that has an inferior section and a superior section and that is formed from a plurality of elongate struts , with the plurality of elongate struts being connected one to another at points of connection to form a plurality of stent cells formed of vertices at the points of connection and respective sections of the plurality of elongate struts ; and a plurality of eyelets , with at least some of the plurality of eyelets forming at least some of the vertices at the points of connection between the elongate struts characterized in that at least some of the elongate struts are endless struts having an undulating shape with two end points and several eyelets , with the vertices of at least some of the stent cells of the endless struts respectively being formed by points of connection between adjacent elongate struts and by points of constriction by means of which the endless struts are respectively combined along their length to form stent cells within an individual endless strut , and in that at least some of the stent cells have all of their vertices formed by the eyelets , with the eyelets connecting respective sections of the elongate struts such that the stent frame has a web-like structure, with each individual stent cell of the web-like structure having a curved diamond shape formed by said struts and four vertices .
An active ingredient delivery system comprising: a paper-based substrate comprising fibers that are not dissolvable but are biodegradable; and a matrix, wherein the matrix comprises an active ingredient component and a carrier, wherein the matrix is disposed on the paper-based substrate by printing the matrix onto the substrate, and wherein the paper-based substrate has a length, a width, and a depth dimension such that the paper-based substrate, having the matrix disposed thereon, fits on a user's gums. a paper-based substrate comprising fibers that are not dissolvable but are biodegradable; and a matrix, wherein the matrix comprises an active ingredient component and a carrier, wherein the matrix is disposed on the paper-based substrate by printing the matrix onto the substrate, and wherein the paper-based substrate has a length, a width, and a depth dimension such that the paper-based substrate, having the matrix disposed thereon, fits on a user's gums.
A method, performed by a local computer on a local network, for automatically avoiding address conflicts when communicating, via a virtual private network over a public network , with a remote computer , located outside the local network in a second local network, the method comprising: identifying local private network addresses on the local network reserved for use; identifying a block of local private network addresses that does not conflict with the reserved local private network addresses; negotiating, with the remote computer , using the block of local network addresses, to identify a local-remote network address pair by: forwarding local private network addresses selected from the identified block, and corresponding network masks, to the remote computer , and receiving, from the remote computer , the local-remote network address pair selected by the remote computer based on the forwarded local private network addresses such that selected local-remote network address pair does not conflict with local addresses on the second local network reserved for use; assigning, to a network driver of the local computer , a local private network address of the received local-remote network address pair; and communicating with the remote computer via the virtual private network established using the network driver based on the assigned local private network address. identifying local private network addresses on the local network reserved for use; identifying a block of local private network addresses that does not conflict with the reserved local private network addresses; negotiating, with the remote computer , using the block of local network addresses, to identify a local-remote network address pair by: forwarding local private network addresses selected from the identified block, and corresponding network masks, to the remote computer , and receiving, from the remote computer , the local-remote network address pair selected by the remote computer based on the forwarded local private network addresses such that selected local-remote network address pair does not conflict with local addresses on the second local network reserved for use; forwarding local private network addresses selected from the identified block, and corresponding network masks, to the remote computer , and receiving, from the remote computer , the local-remote network address pair selected by the remote computer based on the forwarded local private network addresses such that selected local-remote network address pair does not conflict with local addresses on the second local network reserved for use; assigning, to a network driver of the local computer , a local private network address of the received local-remote network address pair; and communicating with the remote computer via the virtual private network established using the network driver based on the assigned local private network address.
A camera , comprising: an imaging device board including a first terminal; a main board including a second terminal; and a flexible board including a first connection portion to be connected to the first terminal, a second connection portion to be connected to the second terminal, and a first bending portion and a second bending portion that are located between the first connection portion and the second connection portion and are bent along a first bending axis (Pa) and a second bending axis (Pb)intersecting with each other in an unfolded state of the flexible board , characterized in that the camera is a vehicle mounted camera, the imaging device board includes a crystal oscillator , and the flexible board in a state attached to the main board is not disposed near the crystal oscillator , so that the flexible board connects the main board and the imaging device board via a connection path that does not pass near the crystal oscillator to reduce the occurrence of crosstalk between a crystal resonator of the crystal oscillator and the signal flowing through the flexible board to prevent the occurrence of an abnormality in the image generated by the imaging device board . an imaging device board including a first terminal; a main board including a second terminal; and a flexible board including a first connection portion to be connected to the first terminal, a second connection portion to be connected to the second terminal, and a first bending portion and a second bending portion that are located between the first connection portion and the second connection portion and are bent along a first bending axis (Pa) and a second bending axis (Pb)intersecting with each other in an unfolded state of the flexible board , a first connection portion to be connected to the first terminal, a second connection portion to be connected to the second terminal, and a first bending portion and a second bending portion that are located between the first connection portion and the second connection portion and are bent along a first bending axis (Pa) and a second bending axis (Pb)intersecting with each other in an unfolded state of the flexible board , the camera is a vehicle mounted camera, the imaging device board includes a crystal oscillator , and the flexible board in a state attached to the main board is not disposed near the crystal oscillator , so that the flexible board connects the main board and the imaging device board via a connection path that does not pass near the crystal oscillator to reduce the occurrence of crosstalk between a crystal resonator of the crystal oscillator and the signal flowing through the flexible board to prevent the occurrence of an abnormality in the image generated by the imaging device board .
A measurement system comprising: earphones configured to be worn on left and right ears of a user respectively; and a wireless terminal, wherein the earphones measure and accumulate usage time during which the earphones are used by a user, and transmit accumulated usage time to the wireless terminal, and the wireless terminal acquires the accumulated usage time from the earphones, determines whether the accumulated usage time exceeds predetermined time, and generates a notification for urging the user to clean the earphones when it is determined that the accumulated usage time exceeds the predetermined time. earphones configured to be worn on left and right ears of a user respectively; and a wireless terminal, wherein the earphones measure and accumulate usage time during which the earphones are used by a user, and transmit accumulated usage time to the wireless terminal, and the wireless terminal acquires the accumulated usage time from the earphones, determines whether the accumulated usage time exceeds predetermined time, and generates a notification for urging the user to clean the earphones when it is determined that the accumulated usage time exceeds the predetermined time.
Hanging device for hanging objects comprising particularly a loop or eyelet with: a wall mount providing a wall mounting surface and a hook , wherein the hook comprises a connecting section connected to the wall mount and an adjoining free section , wherein the connecting section comprises an upper side sloping downwards from the wall mount to the free section , wherein the free section comprises a path spaced from the wall mount and substantially parallel to the wall mounting surface , designed to prevent objects from slipping off, wherein a gap is formed between the free section and the wall mount , and wherein the hook comprises a path forming a curve in perpendicular projection onto the wall mounting surface , rotating by at least 180° and < 450°. a wall mount providing a wall mounting surface and a hook , wherein the hook comprises a connecting section connected to the wall mount and an adjoining free section , wherein the connecting section comprises an upper side sloping downwards from the wall mount to the free section , wherein the free section comprises a path spaced from the wall mount and substantially parallel to the wall mounting surface , designed to prevent objects from slipping off, wherein a gap is formed between the free section and the wall mount , and wherein the hook comprises a path forming a curve in perpendicular projection onto the wall mounting surface , rotating by at least 180° and < 450°.
Gas valve having a closure part and an actuator for actuating the closure part , wherein the actuator comprises a first temperature displacement converter which can be heated by means of an electric heater , and wherein the closure part and the actuator interact such that in the case of a normal ambient temperature of the temperature displacement converter the closure part is closed and in the case of a first overtemperature of the temperature displacement converter above the normal ambient temperature the closure part is opened, wherein the actuator comprises a second temperature displacement converter , which is configured such that in the case of a second overtemperature above the first overtemperature of the actuator the closure part is closed, characterised in that the second temperature displacement converter alters its temperature displacement correlation irreversibly when the second overtemperature is exceeded.