mhurhangee/patent-ind-claim-en huggingface dataset:
A dispensing device for releasing a fluid into a nostril of a human body comprising: a body , being a cylindrical fluid container extending along a longitudinal axis, which allows users to apply pressure to the container to expel the stored fluid; a cylindrical neck extending along said longitudinal axis and coupled to the body ; a tip coupled to the neck , the tip having an aperture thereon through which the fluid is released; and a sealing device coupled to the tip and configured to seal the aperture, where the sealing device permanently unseals the aperture upon decoupling the sealing device from the tip; wherein the tip includes a tapered surface that permits the tip to conform to nostrils of different sizes, the exterior of the tip being tapered outwardly from a wide portion up near the bottom of the tip to a narrow portion near the top of the tip, and the tip being sized to prevent the wide portion from extending all the way into the user's nostril; wherein the bottom diameter of the tip is between 10 and 20 millimeters, and the top diameter of the tip is between 3 and 8 millimeters; and wherein the sealing device includes an opener having a twist coupler to facilitate twisting motion for removing the sealing device to unseal the aperture . a body , being a cylindrical fluid container extending along a longitudinal axis, which allows users to apply pressure to the container to expel the stored fluid; a cylindrical neck extending along said longitudinal axis and coupled to the body ; a tip coupled to the neck , the tip having an aperture thereon through which the fluid is released; and a sealing device coupled to the tip and configured to seal the aperture, where the sealing device permanently unseals the aperture upon decoupling the sealing device from the tip; wherein the tip includes a tapered surface that permits the tip to conform to nostrils of different sizes, the exterior of the tip being tapered outwardly from a wide portion up near the bottom of the tip to a narrow portion near the top of the tip, and the tip being sized to prevent the wide portion from extending all the way into the user's nostril; wherein the bottom diameter of the tip is between 10 and 20 millimeters, and the top diameter of the tip is between 3 and 8 millimeters; and wherein the sealing device includes an opener having a twist coupler to facilitate twisting motion for removing the sealing device to unseal the aperture .
A testing device for testing a control unit of a switching device of an electrical switchgear installation , wherein the testing device has a signal input , and wherein in the testing device a controlled current sink is provided, which is connected to the signal input , characterized in that the controlled current sink shunts an input current (i q ) from the signal input in order to provide a dynamically adjustable input impedance (Z).
A high-thermal-sensitivity ablation catheter tip, the tip comprising: an electrically-conductive housing comprising a conductive shell including an inner surface; a thermally-insulative tip insert comprising a main body including an outer surface, wherein the conductive shell surrounds at least the main body of the tip insert ; a plurality of thermal sensors mounted on the outer surface of the main body of the tip insert so as to at least be in close proximity to or so as to be in physical contact with the inner surface of the conductive shell to be in direct thermal communication with the inner surface of the conductive shell , wherein the plurality of thermal sensors comprises thermal sensors that are circumferentially mounted around the tip insert to provide directional tissue temperature feedback; and a wired or wireless communication pathway communicatively connected to the plurality of thermal sensors and configured to report the directional temperature feedback to an ablation control system, characterised in that any voids in the assembled tip are filled with a potting material. an electrically-conductive housing comprising a conductive shell including an inner surface; a thermally-insulative tip insert comprising a main body including an outer surface, wherein the conductive shell surrounds at least the main body of the tip insert ; a plurality of thermal sensors mounted on the outer surface of the main body of the tip insert so as to at least be in close proximity to or so as to be in physical contact with the inner surface of the conductive shell to be in direct thermal communication with the inner surface of the conductive shell , wherein the plurality of thermal sensors comprises thermal sensors that are circumferentially mounted around the tip insert to provide directional tissue temperature feedback; and a wired or wireless communication pathway communicatively connected to the plurality of thermal sensors and configured to report the directional temperature feedback to an ablation control system, characterised in that any voids in the assembled tip are filled with a potting material.
A vehicle control method applied to a control module installed in a vehicle , characterized by comprising: acquiring (S210), under a condition that a target battery (P2) provided by a battery swapping station has been installed on the vehicle , a network address of a first battery management unit of the target battery (P2); requesting (S220) to establish a wireless communication connection between the control module and the first battery management unit , based on the network address of the first battery management unit ; transmitting (S230), under a condition that the wireless communication connection between the control module and the first battery management unit is successfully established, a first prompt signal to a target object, wherein the first prompt signal is used to prompt the target object to perform a relevant operation for allowing the vehicle to leave a battery swapping area. acquiring (S210), under a condition that a target battery (P2) provided by a battery swapping station has been installed on the vehicle , a network address of a first battery management unit of the target battery (P2); requesting (S220) to establish a wireless communication connection between the control module and the first battery management unit , based on the network address of the first battery management unit ; transmitting (S230), under a condition that the wireless communication connection between the control module and the first battery management unit is successfully established, a first prompt signal to a target object, wherein the first prompt signal is used to prompt the target object to perform a relevant operation for allowing the vehicle to leave a battery swapping area.
A multi-shaft laminated spiral solid-liquid separator with a pendulum motion, comprising: fixed rings , movable rings and screw shafts , wherein each of the screw shafts is provided with the fixed rings and the movable rings in a staggered arrangement in a radial direction to form a cavity; the two or more screw shafts arranged in the cavity side by side, and the fixed rings and the movable rings are in the form of an annular structure with two rings staggered and communicated or multiple rings staggered and communicated; the separator further comprises a primary drive rod , a secondary drive rod , and a guide rod , wherein the primary drive rod is connected to an independent drive motor, or is connected to the screw shafts via a transmission mechanism ; the primary drive rod is supported by two or more support devices , and one or more eccentric devices are provided on the primary drive rod ; each of the eccentric devices is connected to the secondary drive rod via a drive sheet ; the secondary drive rod is sleeved in the lower ends of the movable rings and connects all of the movable rings together to form one piece; the guide rod passes through the upper ends of the movable rings and connects all of the movable rings together to form one piece; and the secondary drive rod drives the lower ends of the movable rings to make a pendulum motion while the guide rod drives the movable rings to move up and down by means of a linear guide device ; and the transmission mechanism or the drive motor drives the primary drive rod to move, the eccentric devices on the primary drive rod drive the secondary drive rod to move, and the secondary drive rod drives all the movable rings to move. the two or more screw shafts arranged in the cavity side by side, and the fixed rings and the movable rings are in the form of an annular structure with two rings staggered and communicated or multiple rings staggered and communicated; the separator further comprises a primary drive rod , a secondary drive rod , and a guide rod , wherein the primary drive rod is connected to an independent drive motor, or is connected to the screw shafts via a transmission mechanism ; the primary drive rod is supported by two or more support devices , and one or more eccentric devices are provided on the primary drive rod ; each of the eccentric devices is connected to the secondary drive rod via a drive sheet ; the secondary drive rod is sleeved in the lower ends of the movable rings and connects all of the movable rings together to form one piece; the guide rod passes through the upper ends of the movable rings and connects all of the movable rings together to form one piece; and the secondary drive rod drives the lower ends of the movable rings to make a pendulum motion while the guide rod drives the movable rings to move up and down by means of a linear guide device ; and the transmission mechanism or the drive motor drives the primary drive rod to move, the eccentric devices on the primary drive rod drive the secondary drive rod to move, and the secondary drive rod drives all the movable rings to move.
An interconnected tie assembly, comprising a main reinforcing plate , and one-piece fixing ties or labelled ties , wherein the one-piece fixing ties or the labelled ties are arranged at a fixed interval, the main reinforcing plate is perpendicular to a length direction of each of the one-piece fixing ties or the labelled ties , and a fixing head portion of at least one of the one-piece fixing ties or a label edge of at least one of the labelled ties is connected integrally with said main reinforcing plate to form a unit of interconnected ties, wherein the main reinforcing plate is provided with interval positioning holes or interval positioning columns , said interconnected tie assembly being characterised in that a distance between two adjacent interval positioning holes or interval positioning columns is equal to an interval between two adjacent one-piece fixing ties or labelled ties in the unit of interconnected ties; or a distance between two adjacent interval positioning holes or interval positioning columns is equal to n times or 1/n times the interval between two adjacent one-piece fixing ties or labelled ties in the unit of interconnected ties, wherein n is a positive integer.
An image processing apparatus comprising: a three-dimensional map generating unit configured to, on the basis of a shape model indicating a position and a shape of a recognition target in three-dimensional space and a detection result of a feature point from an input image obtained by photographing a subject in the three-dimensional space, register a portion of the recognition target corresponding to the feature point as a landmark and generate a three-dimensional map indicating a position of the landmark in the three-dimensional space, characterized in that the three-dimensional map generating unit is further configured to control detection of the feature point for each region in a new input image on the basis of the number of the landmarks within each of a plurality of divided regions obtained by dividing a region of the recognition target, and a result of specifying a region corresponding to the divided region in the input image. a three-dimensional map generating unit configured to, on the basis of a shape model indicating a position and a shape of a recognition target in three-dimensional space and a detection result of a feature point from an input image obtained by photographing a subject in the three-dimensional space, register a portion of the recognition target corresponding to the feature point as a landmark and generate a three-dimensional map indicating a position of the landmark in the three-dimensional space, characterized in that the three-dimensional map generating unit is further configured to control detection of the feature point for each region in a new input image on the basis of the number of the landmarks within each of a plurality of divided regions obtained by dividing a region of the recognition target, and a result of specifying a region corresponding to the divided region in the input image.
An edge protection safety bund system for use in connection with a rock bund made of rock fill, the safety bund system comprising: a bund module having a barrier wall and a base plate , the barrier wall extending substantially perpendicularly upwards from the base plate , and a support web extending at an angle from a rear face of the barrier wall to an upper surface of the base plate , wherein the barrier wall , base plate and support web of each bund module is moulded as a single integral structure characterised in that the single integral structure of the bund module comprises a hollow shell moulded from plastics material, a front wall of the hollow shell forming a front face of the barrier wall , and in that the support web is wedge-shaped in transverse cross-section, with a narrowest point of the web being closest to the rear face of the barrier wall wherein, in use, when rock fill is dumped onto the upper surface of the base plate at the rear of the bund module and allowed to flow back to its natural angle of repose behind the barrier wall it creates a rock bund with a front face formed by the barrier wall .
A battery module , comprising: a frame having an accommodation space ; and a plurality of batteries successively arranged in the accommodation space in a thickness direction of the battery , wherein a partition is arranged between adjacent batteries , characterized in that the partition has a compressibility and a coefficient of compressibility δ 1 at a pressure equal to or smaller than 2MPa, which meets a relation C 0 ×δ 1 ≤A 0 ×0.2, wherein Co is an initial thickness of the partition , the coefficient of compressibility of the partition means a ratio of a thickness change ΔC of the partition and the initial thickness Co of the partition , and Ao is an initial thickness of the battery , and the partition has a thickness Cb at a pressure of 2MPa which is equal to or larger than 0.015mm, the partition has a first surface and a second surface opposite to each other in its thickness direction, wherein the first surface contacts with one of two adjacent batteries , and the second surface contacts with the other of the two adjacent batteries ; the partition comprises a functional layer which is exposed from at least the first surface , wherein the functional layer comprises melamine formaldehyde resin, and wherein the partition comprises a closed cell therein which has a diameter of 10nm-120μm; and the partition has a closed cell percentage of 60%-98%. a frame having an accommodation space ; and a plurality of batteries successively arranged in the accommodation space in a thickness direction of the battery , wherein a partition is arranged between adjacent batteries , characterized in that the partition has a compressibility and a coefficient of compressibility δ 1 at a pressure equal to or smaller than 2MPa, which meets a relation C 0 ×δ 1 ≤A 0 ×0.2, wherein Co is an initial thickness of the partition , the coefficient of compressibility of the partition means a ratio of a thickness change ΔC of the partition and the initial thickness Co of the partition , and Ao is an initial thickness of the battery , and the partition has a thickness Cb at a pressure of 2MPa which is equal to or larger than 0.015mm, the partition has a first surface and a second surface opposite to each other in its thickness direction, wherein the first surface contacts with one of two adjacent batteries , and the second surface contacts with the other of the two adjacent batteries ; the partition comprises a functional layer which is exposed from at least the first surface , wherein the functional layer comprises melamine formaldehyde resin, and wherein the partition comprises a closed cell therein which has a diameter of 10nm-120μm; and the partition has a closed cell percentage of 60%-98%.
Curable binder composition comprising at least one epoxy resin and at least one polyamine, comprising: - 8% to 16% by weight of epoxy resins, - 1% to 5% by weight of polyamines, - 83% to 90% by weight of slag, wherein the slag is an iron-containing slag containing at least 8% by weight of iron, calculated as FeO, and the slag has a bulk density of at least 2.9 kg/l, - 0% to 8% by weight, preferably 0.01% to 5% by weight, of further additives, based on 100% by weight of binder composition. - 8% to 16% by weight of epoxy resins, - 1% to 5% by weight of polyamines, - 83% to 90% by weight of slag, wherein the slag is an iron-containing slag containing at least 8% by weight of iron, calculated as FeO, and the slag has a bulk density of at least 2.9 kg/l, - 0% to 8% by weight, preferably 0.01% to 5% by weight, of further additives,
A holding frame into which plug connector modules can be inserted, - wherein the holding frame comprises two halves which can be connected to one another, a first half and a second half , wherein the halves each have a lateral surface and a cover surface , - wherein the holding frame has at least one first blocking element whereby the halves can be secured in a closed position, - wherein the at least one blocking element is movably held on the first half or on the second half - wherein the holding frame has a grounding socket which is integrally formed on the first half , characterized in that - the blocking element is displaceably held on the grounding socket , - the blocking element has two protruding fingers, a first finger and a second finger , and - at least one latching hook is integrally formed on the end of the first finger . - wherein the holding frame comprises two halves which can be connected to one another, a first half and a second half , wherein the halves each have a lateral surface and a cover surface , - wherein the holding frame has at least one first blocking element whereby the halves can be secured in a closed position, - wherein the at least one blocking element is movably held on the first half or on the second half - wherein the holding frame has a grounding socket which is integrally formed on the first half , - the blocking element is displaceably held on the grounding socket , - the blocking element has two protruding fingers, a first finger and a second finger , and - at least one latching hook is integrally formed on the end of the first finger .
Device for transporting a container into a container cell of a cleaning machine, preferably in a beverage filling line, comprising a transport device rotatable about an axis of rotation , and at least one carrier finger arranged on the transport device for transporting the container , wherein a pick-up device is provided for taking over the container from a feeding device , wherein the pick-up device can be moved between a pick-up position and a transfer position, characterised in that the pick-up device can be pivoted between the pick-up position and the transfer position such that the container is lifted slightly by the pivot movement of the pick-up device into the transfer position relative to the feeding device . a pick-up device is provided for taking over the container from a feeding device , wherein the pick-up device can be moved between a pick-up position and a transfer position, characterised in that the pick-up device can be pivoted between the pick-up position and the transfer position such that the container is lifted slightly by the pivot movement of the pick-up device into the transfer position relative to the feeding device .
A dot recording apparatus comprising: a main scan driving mechanism configured to execute a main scan pass, which records dots on a medium (P) while relatively moving a head having a plurality of nozzles, and the medium in a main scanning direction; and a sub-scan driving mechanism configured to execute a sub-scanning, which relatively moves the medium and the head in a sub-scanning direction, which intersects the main scanning direction, wherein recording of dots is executed in a common region of the medium using a plurality of main scan passes, and wherein, in the respective plurality of main scan passes, there are executed a first recording method, which records dots in a pattern comprising a plurality of supercells (H1, H2), each of the supercells being a mass of dot groups in which at least a portion of a boundary line of the supercell is not parallel to either the main scanning direction or the sub-scanning direction, the boundary line being a line of dots forming an edge of the supercell, and characterized by a second recording method, which records dots in a pattern that does not include a supercell having a size that is greater than or equal to a size of a supercell formed in the first recording method, at positions in the main scanning direction that differ from positions in the main scanning direction at which the first recording method is executed, and wherein recording is performed so that the amount of the second recording method is larger than the amount of the first recording method when the head is positioned at a center position in the main scanning direction. a main scan driving mechanism configured to execute a main scan pass, which records dots on a medium (P) while relatively moving a head having a plurality of nozzles, and the medium in a main scanning direction; and a sub-scan driving mechanism configured to execute a sub-scanning, which relatively moves the medium and the head in a sub-scanning direction, which intersects the main scanning direction, wherein recording of dots is executed in a common region of the medium using a plurality of main scan passes, and wherein, in the respective plurality of main scan passes, there are executed a first recording method, which records dots in a pattern comprising a plurality of supercells (H1, H2), each of the supercells being a mass of dot groups in which at least a portion of a boundary line of the supercell is not parallel to either the main scanning direction or the sub-scanning direction, the boundary line being a line of dots forming an edge of the supercell, and characterized by a second recording method, which records dots in a pattern that does not include a supercell having a size that is greater than or equal to a size of a supercell formed in the first recording method, at positions in the main scanning direction that differ from positions in the main scanning direction at which the first recording method is executed, and wherein recording is performed so that the amount of the second recording method is larger than the amount of the first recording method when the head is positioned at a center position in the main scanning direction.