mhurhangee/patent-ind-claim-en huggingface dataset:
A method for moving one or more automated guided robots , comprising: receiving , by an automated guided robot , a first path obtained by a server following a path reservation request to the server, wherein the first path comprises one or more waypoints listed in a sequence; storing the first path; and moving along the first path by reaching each of the one or more waypoints sequentially; wherein each waypoint is configured to comprise a location and a size, and the size corresponds to a space needed for accommodating the automated guided robot at the location; characterised in that the path reservation is that the server starts from the point where the automated guided robot starts to move, and proceeds sequentially according to waypoints in a path, until the reservation fails, then the server feeds back information of all waypoints that have been successfully reserved to the automated guided robot , and the automated guided robot moves forward along the waypoints that have been successfully reserved, and continues to reserve a waypoint to be passed while moving forward. receiving , by an automated guided robot , a first path obtained by a server following a path reservation request to the server, wherein the first path comprises one or more waypoints listed in a sequence; storing the first path; and moving along the first path by reaching each of the one or more waypoints sequentially; wherein each waypoint is configured to comprise a location and a size, and the size corresponds to a space needed for accommodating the automated guided robot at the location; characterised in that the path reservation is that the server starts from the point where the automated guided robot starts to move, and proceeds sequentially according to waypoints in a path, until the reservation fails, then the server feeds back information of all waypoints that have been successfully reserved to the automated guided robot , and the automated guided robot moves forward along the waypoints that have been successfully reserved, and continues to reserve a waypoint to be passed while moving forward.
Plate heat exchanger , having a plurality of parallel partition plates that define heat exchange passages , wherein the respective heat exchange passage is delimited on at least two sides by a side bar each, wherein the respective side bar has a first surface and a second surface facing away from the first surface , and wherein the two surfaces are each soldered to an associated partition plate , wherein the two surfaces each have a surface structure with a plurality of regularly arranged elevations and recesses , wherein the respective side bar is elongated along a longitudinal axis (L) and has a greater extent along the longitudinal axis than perpendicular to the longitudinal axis, characterized in that the distance (B) of an elevation to an adjacent elevation or of a recess to an adjacent recess is in the range of 0.1 mm to 2.5 mm, wherein the recesses and/or the elevations extend in parallel to the longitudinal axis (L).
Device for arranging at least one wick holder with a wick in a candle container , comprising a thin plate made of heat-resistant material with a bendable pulling tab and a fixing hole for optionally passing a wick , characterized in that clamping tabs are formed on the plate by cuts , in that the clamping tabs are located symmetrically opposite each other on two sides of the fixing hole , in that the cuts are spaced apart from the fixing hole , that the clamping tabs have pairs of fixing notches on sides facing each other, between which the fixing hole is arranged essentially centrally, and in that different types of wick holders can be mechanically fixed between the clamping tabs bent out of the plane of the plate and the plate .
A multi band internal antenna comprising: - a board ; - an impedance matching/feeding part formed on the board; and - a first radiation element joined to the impedance matching/feeding part , wherein the impedance matching/feeding part comprises: - a first matching element having a particular length, one end of the first matching element coupled to a ground; and - a second matching element having a particular length and arranged with a distance from the first matching element such that coupling feeding may be performed within the impedance matching/feeding part from the second matching element to the first matching element , one end of the second matching element electrically coupled to a feeding point, the other end of the second matching element being open, wherein one end of the first radiation element extends from and is joined to the other end of the first matching element , and the other end of the first radiation element is open, characterized in that the first matching element and the second matching element comprise a plurality of coupling elements protruding from the first matching element and the second matching element. - a board ; - an impedance matching/feeding part formed on the board; and - a first radiation element joined to the impedance matching/feeding part , - a first matching element having a particular length, one end of the first matching element coupled to a ground; and - a second matching element having a particular length and arranged with a distance from the first matching element such that coupling feeding may be performed within the impedance matching/feeding part from the second matching element to the first matching element , one end of the second matching element electrically coupled to a feeding point, the other end of the second matching element being open, wherein one end of the first radiation element extends from and is joined to the other end of the first matching element , and the other end of the first radiation element is open, characterized in that the first matching element and the second matching element comprise a plurality of coupling elements protruding from the first matching element and the second matching element.
An operating system for an automated vehicle equipped with limited field-of-view sensors, said system comprising: an object-detector configured to detect objects proximate to a host-vehicle , wherein a field-of-view of the object-detector is characterized by a preferred-portion of the field-of-view , said preferred-portion characterized as preferred for using the object-detector , wherein the object-detector is configured to be fixedly attached to the host vehicle , such that no means is provided to change the boresight of the field-of-view of the object-detector with respect to a forward-direction of travel of the host-vehicle ; an intersecting-road-indicator configured to indicate an intersecting-road connected to an intersection approached by the host-vehicle ; and a controller configured to be in communication with the object-detector and with the intersecting-road-indicator , wherein the controller is configured to: i) receive an indication of a detected-object and steer the host-vehicle to align the preferred-portion of the field-of-view with the detected-object , ii)designate an intersecting-road as the detected-object, and iii) steer the host-vehicle to align the preferred-portion of the field-of-view with the intersecting-road when the host-vehicle approaches the intersection . an object-detector configured to detect objects proximate to a host-vehicle , wherein a field-of-view of the object-detector is characterized by a preferred-portion of the field-of-view , said preferred-portion characterized as preferred for using the object-detector , wherein the object-detector is configured to be fixedly attached to the host vehicle , such that no means is provided to change the boresight of the field-of-view of the object-detector with respect to a forward-direction of travel of the host-vehicle ; an intersecting-road-indicator configured to indicate an intersecting-road connected to an intersection approached by the host-vehicle ; and a controller configured to be in communication with the object-detector and with the intersecting-road-indicator , wherein the controller is configured to: i) receive an indication of a detected-object and steer the host-vehicle to align the preferred-portion of the field-of-view with the detected-object , ii)designate an intersecting-road as the detected-object, and iii) steer the host-vehicle to align the preferred-portion of the field-of-view with the intersecting-road when the host-vehicle approaches the intersection . i) receive an indication of a detected-object and steer the host-vehicle to align the preferred-portion of the field-of-view with the detected-object , ii)designate an intersecting-road as the detected-object, and iii) steer the host-vehicle to align the preferred-portion of the field-of-view with the intersecting-road when the host-vehicle approaches the intersection .
A beauty apparatus comprising: a main body having a gripper ; and a head attached to one end of the main body, wherein a circular opening from which foam is discharged is provided in the head, a spherical roller (112 A, B, C) is provided on at least one shaft (111 A, B, C) extending outward from a central ring (O) within the circular opening, a container that has a space capable of storing a foaming agent and water is incorporated in the main body, a discharge hole , which communicates with the space of the container, is formed in a roller portion , the foam is discharged from a port of the discharge hole, and the head has a structure in which the roller portion holding the roller is accommodated in a cylindrical head case having the opening. a main body having a gripper ; and a head attached to one end of the main body, wherein a circular opening from which foam is discharged is provided in the head, a spherical roller (112 A, B, C) is provided on at least one shaft (111 A, B, C) extending outward from a central ring (O) within the circular opening, a container that has a space capable of storing a foaming agent and water is incorporated in the main body, a discharge hole , which communicates with the space of the container, is formed in a roller portion , the foam is discharged from a port of the discharge hole, and the head has a structure in which the roller portion holding the roller is accommodated in a cylindrical head case having the opening.
A composition comprising toltrazuril and an iron complex, which is an aqueous colloidal solution of beta-ferric oxyhydroxide and dextran glucoheptonic acid, for use to treat coccidiosis in pigs, wherein said composition is administered by intramuscular injection.
A method for preparing 6-hydroxy-6(hydroxymethyl)-2 H -pyran-3(6 H )-one through catalytic oxidization, comprising: catalytically oxidizing 2,5-furan dimethanol for 20 min-120 min at 15°C-100°C by using titanium silicalite as a catalyst, hydrogen peroxide as an oxidant and water as a reaction medium, so as to obtain 6-hydroxy-6(hydroxymethyl)-2 H -pyran-3(6 H )-one.
A gas pressure regulator comprising: a body defining a proximal end portion , a distal end portion , and a central portion having a longitudinal axis (A) extending therethrough; an inlet disposed proximate the distal end portion of the body , the inlet defining an inlet axis (B) extending therethrough, the inlet axis (B) being offset from the longitudinal axis (A); a cavity disposed within the central portion of the body and defining an upper portion and a lower portion , the cavity centrally aligned with the longitudinal axis (A); and a channel extending between the inlet and the cavity ; a pocket disposed proximate a bottom portion of the inlet , and a guide disposed within the lower portion of the cavity , the guide defining a peripheral recessed portion that allows gas to flow between the guide and the cavity , and wherein a flow of gas through the gas pressure regulator extends through the inlet , changes direction to flow through the channel , and changes direction again to flow through the cavity , wherein the flow of gas changes direction to flow through the channel prior to reaching the pocket , and the flow of gas impacts the guide and flows around the guide , between the peripheral recessed portion and the cavity wherein the flow of gas impacts the guide and flows around the guide prior to changing direction to flow through the cavity , characterized in that the flow of gas, after having changed its direction to flow through the cavity , flows through the cavity along the longitudinal axis (A) of the cavity between the guide and the walls of the cavity . a body defining a proximal end portion , a distal end portion , and a central portion having a longitudinal axis (A) extending therethrough; an inlet disposed proximate the distal end portion of the body , the inlet defining an inlet axis (B) extending therethrough, the inlet axis (B) being offset from the longitudinal axis (A); a cavity disposed within the central portion of the body and defining an upper portion and a lower portion , the cavity centrally aligned with the longitudinal axis (A); and a channel extending between the inlet and the cavity ; a pocket disposed proximate a bottom portion of the inlet , and a guide disposed within the lower portion of the cavity , the guide defining a peripheral recessed portion that allows gas to flow between the guide and the cavity , and wherein a flow of gas through the gas pressure regulator extends through the inlet , changes direction to flow through the channel , and changes direction again to flow through the cavity , wherein the flow of gas changes direction to flow through the channel prior to reaching the pocket , and the flow of gas impacts the guide and flows around the guide , between the peripheral recessed portion and the cavity wherein the flow of gas impacts the guide and flows around the guide prior to changing direction to flow through the cavity , characterized in that the flow of gas, after having changed its direction to flow through the cavity , flows through the cavity along the longitudinal axis (A) of the cavity between the guide and the walls of the cavity .
Ski boot comprising a lower part or shell , suitable for enclosing a user's foot and an upper part or cuff , suitable for enclosing the lower part of the user's leg, - wherein the cuff is hinged to the shell so as to be able rotate relative to the shell around hinges defining a rotation axis (X-X), forward, toward a tip of the boot , and backwards toward a heel of the boot , - wherein the boot comprises fastening means suitable for selectively locking and/or unlocking the rotation of the cuff with respect to the shell depending on whether the user wants to switch from a skiing configuration to a walking configuration, respectively, wherein - the fastening means comprise a slider interposed between the cuff and the shell , wherein said slider is fixed in rotation to the cuff and it comprises first and second end stops , placed at opposite sides of the slider , wherein the slider is movable with respect to the cuff in order to move from the unlock or walking configuration, wherein the first and second end stops do not interfere with the rotation of the cuff with respect to the shell , to the lock or ski configuration wherein the first and second end stops are configured so that, at the same time, they abut against respective first and second abutments of the shell , wherein the first abutment blocks the forward rotation of the cuff with respect to the shell and the second abutment blocks the backward rotation of the cuff with respect to the shell . - wherein the cuff is hinged to the shell so as to be able rotate relative to the shell around hinges defining a rotation axis (X-X), forward, toward a tip of the boot , and backwards toward a heel of the boot , - wherein the boot comprises fastening means suitable for selectively locking and/or unlocking the rotation of the cuff with respect to the shell depending on whether the user wants to switch from a skiing configuration to a walking configuration, respectively, wherein - the fastening means comprise a slider interposed between the cuff and the shell , wherein said slider is fixed in rotation to the cuff and it comprises first and second end stops , placed at opposite sides of the slider , wherein the slider is movable with respect to the cuff in order to move from the unlock or walking configuration, wherein the first and second end stops do not interfere with the rotation of the cuff with respect to the shell , to the lock or ski configuration wherein the first and second end stops are configured so that, at the same time, they abut against respective first and second abutments of the shell , wherein the first abutment blocks the forward rotation of the cuff with respect to the shell and the second abutment blocks the backward rotation of the cuff with respect to the shell .
A heat exchanger comprising: a first fluid flow portion formed of a honeycomb structure having a plurality of cells partitioned by ceramic partition walls and extending from one end face to the other end face in an axial direction to allow a heating medium as a first fluid to flow therein, and a second fluid flow portion formed of a casing containing the honeycomb structure therein, the casing having an inlet and an outlet for a second fluid, and the second fluid flowing on an outer peripheral face of the honeycomb structure in direct or indirect contact with the outer peripheral face to receive heat from the first fluid, characterized in that the heat exchanger is configured for use wherein the first fluid has a higher temperature than the second fluid, and a plate formed of metal is provided so as to fit the entire outer peripheral face of the honeycomb structure to have a structure where the second fluid is not brought into direct contact with the outer peripheral face of the honeycomb structure. a first fluid flow portion formed of a honeycomb structure having a plurality of cells partitioned by ceramic partition walls and extending from one end face to the other end face in an axial direction to allow a heating medium as a first fluid to flow therein, and a second fluid flow portion formed of a casing containing the honeycomb structure therein, the casing having an inlet and an outlet for a second fluid, and the second fluid flowing on an outer peripheral face of the honeycomb structure in direct or indirect contact with the outer peripheral face to receive heat from the first fluid, characterized in that the heat exchanger is configured for use wherein the first fluid has a higher temperature than the second fluid, and a plate formed of metal is provided so as to fit the entire outer peripheral face of the honeycomb structure to have a structure where the second fluid is not brought into direct contact with the outer peripheral face of the honeycomb structure.
A hearing prosthesis , comprising: at least one sound input device configured to sense a sound signal; and a transducer configured to generate a vibration based on the sound signal; characterized by the sound input device being directly hard-coupled to the transducer to provide a defined mechanical feedback path, and a signal processor configured to filter mechanical feedback from vibration received by the sound input device via the defined mechanical feedback path. at least one sound input device configured to sense a sound signal; and a transducer configured to generate a vibration based on the sound signal; characterized by the sound input device being directly hard-coupled to the transducer to provide a defined mechanical feedback path, and a signal processor configured to filter mechanical feedback from vibration received by the sound input device via the defined mechanical feedback path.
A catheter for delivering an implantable stimulation device in a patient comprising: a probe comprising a plurality of electrodes , wherein the probe is transferrable from a reduced delivery state for movement within a human body to an expanded tissue contacting state, in which at least one electrode of the plurality of electrodes is in contact with tissue; and at least one holder , wherein the at least one holder is positioned proximally to the probe by a predefined distance (d), characterized in that the at least one holder is configured such that 2. the implantable stimulation device is attachable to the at least one holder , and wherein the probe comprises at least one expandable helical section configured to contact the tissue, when it is transferred to the expanded tissue contacting state. a probe comprising a plurality of electrodes , wherein the probe is transferrable from a reduced delivery state for movement within a human body to an expanded tissue contacting state, in which at least one electrode of the plurality of electrodes is in contact with tissue; and at least one holder , wherein the at least one holder is positioned proximally to the probe by a predefined distance (d), characterized in that the at least one holder is configured such that 2. the implantable stimulation device is attachable to the at least one holder , and wherein the probe comprises at least one expandable helical section configured to contact the tissue, when it is transferred to the expanded tissue contacting state.
Starter device for starting internal combustion engines, comprising a rotor which comprises a drive shaft on which an armature pinion is arranged, wherein the armature pinion is arranged on a shaft journal of the drive shaft by means of a frictional connection , and the armature pinion comprises a sleeve part and a flange part , wherein at least one resiliently formed spring element is arranged on the drive shaft which generates an axial force which acts via a friction pairing on the armature pinion , wherein the armature pinion is secured axially on the shaft journal by means of a fastening element , characterized in that the fastening element is configured as a nut.