mhurhangee/ep-ind-claims huggingface dataset:
A nasal cannula assembly comprising: a face mount part comprising a base portion and a pair of nasal prongs (111, 112) extending from the base portion and capable of fitting in a user's nares, and wherein the base portion of the face mount part comprises a dipped region between the nasal prongs (111, 112) to extend the base portion away from the user's septum and further alleviate pressure on the septum in use, and a gases flow manifold part having a gases inlet for receiving a flow of gas from a gas source, and a gases outlet for delivering the flow of gas to the pair of nasal prongs (111, 112) of the face mount part, the gases flow manifold part being adapted to be releasably received by the base portion of the face mount part to fluidly connect the outlet of the gases flow manifold part with the pair of nasal prongs (111, 112) of the face mount part, the face mount part comprises at least one horizontal side entry passage to an interior of the base portion for releasably receiving the gases outlet of the gases flow manifold part therethrough, and wherein the gases flow manifold part further comprises a groove (124, 125) at the outlet to establish a gap between the base portion of the face mount part and the gases flow manifold part in a region of the base portion configured to locate adjacent a user's philtrum in use to thereby eliminate or at least alleviate pressure on the user's septum from the gases flow manifold part in use, the groove (124, 125) being formed by a pair of opposed recesses on either side of a periphery of the outlet. a face mount part comprising a base portion and a pair of nasal prongs (111, 112) extending from the base portion and capable of fitting in a user's nares, and wherein the base portion of the face mount part comprises a dipped region between the nasal prongs (111, 112) to extend the base portion away from the user's septum and further alleviate pressure on the septum in use, and a gases flow manifold part having a gases inlet for receiving a flow of gas from a gas source, and a gases outlet for delivering the flow of gas to the pair of nasal prongs (111, 112) of the face mount part, the gases flow manifold part being adapted to be releasably received by the base portion of the face mount part to fluidly connect the outlet of the gases flow manifold part with the pair of nasal prongs (111, 112) of the face mount part, the face mount part comprises at least one horizontal side entry passage to an interior of the base portion for releasably receiving the gases outlet of the gases flow manifold part therethrough, and wherein the gases flow manifold part further comprises a groove (124, 125) at the outlet to establish a gap between the base portion of the face mount part and the gases flow manifold part in a region of the base portion configured to locate adjacent a user's philtrum in use to thereby eliminate or at least alleviate pressure on the user's septum from the gases flow manifold part in use, the groove (124, 125) being formed by a pair of opposed recesses on either side of a periphery of the outlet.
A composition formulated for buccal, peribuccal or orobuccal administration, or, in the alternative, for sublingual administration, comprising D-galactose in association with coenzyme Q10 and, optionally, reduced glutathione, as active ingredients, together with pharmaceutically acceptable excipients, for use as food supplement or functional food or food for special medical purposes or as medicament.
Motor vehicle, comprising a front gate, which is arranged pivotably on a vehicle body by means of two hinge joints, wherein each hinge joint comprises a body-side lower hinge part and a gate-side upper hinge part which are connected to one another by a first and a second pivot strut (5, 6) arranged pivotably thereon, wherein the upper hinge part consists of a first gate-side secured upper part portion and a second upper part portion which is arranged pivotably on the first upper part portion and is fixed releasably by a locking member, on which second upper part portion the two pivot struts (5, 6) are arranged pivotably, characterised in that the first pivot strut consists of a first strut portion arranged on the lower hinge part and a second strut portion arranged on the second upper part portion which can be moved translationally relative to the first strut portion, and wherein a controllable actuator is provided which is coupled or can be coupled to the second upper part portion, which actuator raises the front gate into a protective position, during which lifting movement by releasing the locking member the second support part portion pivots about its pivot connection relative to the first upper part portion with a simultaneous translational movement of the second strut portion relative to the first strut portion and about its pivot connection to the second pivot strut.
An angled adapter for coupling a tool bit to a tool, the angled adapter comprising: a housing; a transmission assembly positioned in the housing, the transmission assembly configured to convert an input torque about a first axis from the tool to an output torque about a second axis acting on the tool bit, the second axis disposed at an angle relative to the first axis; and a shank supported by the housing and including a tool coupling portion configured to couple to the tool, the tool coupling portion having an outer dimension, a transmission coupling portion coupled to the transmission assembly, and an intermediate portion extending between the tool coupling portion and the transmission coupling portion, the intermediate portion having a diameter that is less than the outer dimension, characterized in that the intermediate portion defines a length, the shank has a total length, and the length of the intermediate portion forms more than half of the total length. a housing; a transmission assembly positioned in the housing, the transmission assembly configured to convert an input torque about a first axis from the tool to an output torque about a second axis acting on the tool bit, the second axis disposed at an angle relative to the first axis; and a shank supported by the housing and including a tool coupling portion configured to couple to the tool, the tool coupling portion having an outer dimension, a transmission coupling portion coupled to the transmission assembly, and an intermediate portion extending between the tool coupling portion and the transmission coupling portion, the intermediate portion having a diameter that is less than the outer dimension, characterized in that the intermediate portion defines a length, the shank has a total length, and the length of the intermediate portion forms more than half of the total length. a tool coupling portion configured to couple to the tool, the tool coupling portion having an outer dimension, a transmission coupling portion coupled to the transmission assembly, and an intermediate portion extending between the tool coupling portion and the transmission coupling portion, the intermediate portion having a diameter that is less than the outer dimension, characterized in that the intermediate portion defines a length, the shank has a total length, and the length of the intermediate portion forms more than half of the total length.
Ultrasonic sensor for propagation time measurement in a medium, in particular a fluid, wherein the ultrasonic sensor has: an ultrasonic transmitter designed to transmit an ultrasonic signal (10, 16); an ultrasonic receiver designed to receive an ultrasonic signal (10, 16); a reflector for reflecting an ultrasonic signal (10, 16), having at least one first reflector element designed to reflect an incident ultrasonic signal (10, 16) at an angle β to the direction of incidence, where 60° < β < 120°; wherein each first reflector element has a multiplicity of second reflector elements formed on it that are designed to reflect back an incident ultrasonic signal (10, 16) substantially in the direction of incidence. an ultrasonic transmitter designed to transmit an ultrasonic signal (10, 16); an ultrasonic receiver designed to receive an ultrasonic signal (10, 16); a reflector for reflecting an ultrasonic signal (10, 16), having at least one first reflector element designed to reflect an incident ultrasonic signal (10, 16) at an angle β to the direction of incidence, where 60° < β < 120°; wherein each first reflector element has a multiplicity of second reflector elements formed on it that are designed to reflect back an incident ultrasonic signal (10, 16) substantially in the direction of incidence.
Light emitting display including pixel cells (101, 201) arranged in rows and columns, wherein each pixel cell includes a light emitting means and a current control means connected in series, the current control means controlling a current through the light emitting means, wherein each pixel cell further includes a first switch, which connects a control terminal of the current control means to a data line (DATA2) for programming a current, wherein each pixel cell further includes a second switch, which connects a source or drain terminal of the current control means via the data line (DATA2) to a means for measuring a current through the series-connection of the current control means and the light emitting means, or to a means for measuring a voltage across the series-connection of the current control means and the light emitting means, respectively, characterized in that the first switch of a first pixel cell in a first row and the second switch of a pixel cell in a second row are connected to a common scan line (CTRL2).
A plurality of storage nodes, comprising: each of the plurality of storage nodes having non-volatile solid-state memory for user data storage, a remote procedure call cache, and a mirrored remote procedure call cache configured to mirror a remote procedure call cache of another storage node; wherein each of the plurality of storage nodes is configured to determine whether a result of a further remote procedure call is already available in the remote procedure call cache, and to respond to the remote procedure call with the result in an event that the result is already available such that when a remote procedure call is repeated it is not repeatedly serviced but the result is returned each time the remote procedure call is repeated.
A working machine comprising: a machine body; a support bracket protruding forward from the machine body; a swing bracket pivotally supported by the support bracket to be capable of horizontally pivoting; a boom pivotally supported by the swing bracket to be capable of pivoting up and down; a swing sensor configured to detect a position of the swing bracket; and a controller configured to acquire a detection signal from the swing sensor and to control a swinging movement defined as pivotal movement of the swing bracket, wherein the controller includes a swinging stopper unit configured to stop the swinging movement, characterized in that the swinging stopper unit is configured to stop the swinging movement when the swing bracket in the pivotal movement reaches a center position at which the boom is orientated in a forward direction of the machine body; and to release the stop of the swinging movement after passage of a predetermined time from the stop of the swinging movement. a machine body; a support bracket protruding forward from the machine body; a swing bracket pivotally supported by the support bracket to be capable of horizontally pivoting; a boom pivotally supported by the swing bracket to be capable of pivoting up and down; a swing sensor configured to detect a position of the swing bracket; and a controller configured to acquire a detection signal from the swing sensor and to control a swinging movement defined as pivotal movement of the swing bracket, wherein the controller includes a swinging stopper unit configured to stop the swinging movement, characterized in that the swinging stopper unit is configured to stop the swinging movement when the swing bracket in the pivotal movement reaches a center position at which the boom is orientated in a forward direction of the machine body; and to release the stop of the swinging movement after passage of a predetermined time from the stop of the swinging movement. a swinging stopper unit configured to stop the swinging movement, characterized in that the swinging stopper unit is configured to stop the swinging movement when the swing bracket in the pivotal movement reaches a center position at which the boom is orientated in a forward direction of the machine body; and to release the stop of the swinging movement after passage of a predetermined time from the stop of the swinging movement.
A filter cartridge for a safety cabinet, comprising a hollow cylindrical filter body made of a filter material, which surrounds an interior space in the radial direction, an open cover attached to one end of the filter body, which surrounds an inflow opening opening into the interior space, and a closed cover arranged at the opposite end of the filter body, wherein a projection (86; 92; 94) on the closed cover tapering towards the inflow opening protrudes into the interior space, said projection having an inflow surface facing the inflow opening and being rotationally symmetrical and coaxial with a longitudinal central axis of the filter cartridge, characterized in that the projection (86; 92; 94) has the shape of a cone with a tip or a slightly rounded tip or the shape of a hemisphere.
Method for evaluating (feedback) a vehicular driving style comprising the following steps in sequence: - determination of a BaseScore relative to an acceleration manoeuvre, as a function of a mean position of a vehicle accelerator pedal in a time interval of observation, - interruption of said observation interval on the basis of an interruption event, in which said interruption event can be of two or more types, - calculation of a ManoeuvreScore, as a function of a value of said BaseScore and of the type of event, among said two or more types of event, which has caused said interruption of said observation interval. - determination of a BaseScore relative to an acceleration manoeuvre, as a function of a mean position of a vehicle accelerator pedal in a time interval of observation, - interruption of said observation interval on the basis of an interruption event, in which said interruption event can be of two or more types, - calculation of a ManoeuvreScore, as a function of a value of said BaseScore and of the type of event, among said two or more types of event, which has caused said interruption of said observation interval.
A mobile robot, comprising: an image obtaining unit configured to obtain an image; a sensor unit configured to obtain driving information including at least a driving direction and a driving distance of the mobile robot; an image processing unit configured to process the image obtained by the image obtaining unit to extract a feature point and generate a descriptor for the feature point; and a main controller configured to generate a spatial map in a driving range based on the feature point and the driving information and control localization and navigation of the mobile robot, wherein when the localization and the navigation of the mobile robot are performed, the main controller is configured to selectively apply a first driving mode that simultaneously uses the image and sensing information or a second driving mode that uses only the image information characterized in that the feature point is a corner of the image and the image processing unit is configured to extract a feature point by comparing a response function value of said corner with a first reference value in the first driving mode and to extract a feature point by comparing the response function value of said corner with a second reference value in the second driving mode, wherein the second reference value is larger than the first reference value. an image obtaining unit configured to obtain an image; a sensor unit configured to obtain driving information including at least a driving direction and a driving distance of the mobile robot; an image processing unit configured to process the image obtained by the image obtaining unit to extract a feature point and generate a descriptor for the feature point; and a main controller configured to generate a spatial map in a driving range based on the feature point and the driving information and control localization and navigation of the mobile robot, wherein when the localization and the navigation of the mobile robot are performed, the main controller is configured to selectively apply a first driving mode that simultaneously uses the image and sensing information or a second driving mode that uses only the image information characterized in that the feature point is a corner of the image and the image processing unit is configured to extract a feature point by comparing a response function value of said corner with a first reference value in the first driving mode and to extract a feature point by comparing the response function value of said corner with a second reference value in the second driving mode, wherein the second reference value is larger than the first reference value. characterized in that the feature point is a corner of the image and the image processing unit is configured to extract a feature point by comparing a response function value of said corner with a first reference value in the first driving mode and to extract a feature point by comparing the response function value of said corner with a second reference value in the second driving mode, wherein the second reference value is larger than the first reference value.
Catalyst that comprises a substrate based on alumina or silica or silica-alumina, at least one element from group VIII, at least one element from group VIB, and at least one additive that is selected from among 2-acetylbutyrolactone, 2-(2-hydroxyethyl)-3-oxobutanoic acid, and/or 3-hydroxy-2-(2-hydroxyethyl)-2-butenoic acid.
A door drive for a door, with a drive motor, with a drive shaft, which is drivable by the drive motor and thereby rotatable, with a clutch, and with a threaded spindle, which is drivable by the drive shaft via the clutch and thereby rotatable, wherein the clutch comprises a catch element and an actuation element, which is drivable by the drive shaft by rotating the drive shaft and thereby rotatable around an actuation rotational axis, characterized in that the actuation element comprises at least one first actuation area, and that the clutch comprises a clutch element, which comprises at least one second actuation area corresponding with the first actuation area and is translationally movable along the actuation rotational axis in relation to the catch element between at least one decoupling position, in which the clutch element is decoupled from the catch element, and at least one coupling position, in which the clutch element is coupled to the catch element, wherein a relative rotation, which can be effected by rotating the drive shaft, between the actuation element and the clutch element can be converted into a translational movement of the clutch element from the decoupling position into the coupling position by means of the actuation areas (38, 40), which is effected along the actuation rotational axis, in relation to the catch element, in relation to the actuation element and towards the catch element.
Piano action with numerous keys, each of which trigger a hammer which consequently strikes vertically aligned strings, and in which the key is mechanically attached to a jack, whose contact surface, works against the hammer butt buckskin, which is attached to a hammer butt, at the end of the hammer, whereby the contact surface of the jack can move along the hammer butt buckskin between the fully engaged and fully released positions, and upon which a spring acts, and depending on the position of the hammer creates a pretension in the jack, pressing it towards the engaged position, characterised in that this first spring is attached to the hammer butt and that the first spring carries a roller which makes contact with the jack.
An implantable device (20, 90) for implantation within a human body, the implantable device configured to be inductively charged or powered by an external charging system having a resonant frequency, the implantable device comprising: an inductive energy transfer circuit (91, 92, 95) having an operating frequency and a selectable short circuit configured to modify an impedance of the inductive energy transfer circuit by applying an electrical short across the inductive energy transfer circuit; a temperature sensor configured to output a temperature indication corresponding to a temperature of a portion of the implantable device (20, 90); a processor coupled to the temperature sensor, the processor configured to adjust the operating frequency of the energy transfer circuit (91, 92, 95) away from the resonant frequency by adjusting the impedance of the inductive energy transfer circuit (91, 92, 95) by selecting the selectable short circuit when a temperature indication by the temperature sensor is above a predetermined value, thereby controlling an amount of energy received through the inductive energy transfer circuit (91, 92, 95). an inductive energy transfer circuit (91, 92, 95) having an operating frequency and a selectable short circuit configured to modify an impedance of the inductive energy transfer circuit by applying an electrical short across the inductive energy transfer circuit; a temperature sensor configured to output a temperature indication corresponding to a temperature of a portion of the implantable device (20, 90); a processor coupled to the temperature sensor, the processor configured to adjust the operating frequency of the energy transfer circuit (91, 92, 95) away from the resonant frequency by adjusting the impedance of the inductive energy transfer circuit (91, 92, 95) by selecting the selectable short circuit when a temperature indication by the temperature sensor is above a predetermined value, thereby controlling an amount of energy received through the inductive energy transfer circuit (91, 92, 95).
Sensor device for detecting an abnormal condition of a waste ribbon in a weaving machine, characterized in that the sensor device comprises a block with a guide element for the waste ribbon, wherein in a normal condition of the waste ribbon the block is arranged in a nominal position, wherein the block is mounted slidably along a movement path of the waste ribbon, such that the block is slideable out of the nominal position in a direction opposite to the normal movement direction of the waste ribbon by forces acting on the block in said direction opposite to the normal movement direction of the waste ribbon, wherein a presence or absence of the block in the nominal position is detected by the sensor device.
An electric power steering device including a power assist actuator that includes a motor and a worm reducer, the worm reducer including a worm that is connected to a drive shaft of the motor, a worm wheel that meshes with the worm and is attached to an output shaft of the power assist actuator such that the worm wheel is unable to rotate relative to the output shaft and axially fixed on the output shaft by press-fitting, and a housing that accommodates the worm wheel, the electric power steering device being configured to provide power assistance via the output shaft, and the electric power steering device being characterized by comprising a restricting portion (25e, 28d, 42b) that is provided on at least one of surfaces of the housing and the worm wheel, the surfaces facing each other, wherein the restricting portion is configured to restrict movement of the worm wheel to maintain a meshing relationship between the worm and the worm wheel that allows torque transmission between the worm and the worm wheel, when fixing of the worm wheel to the output shaft in an axial direction of the output shaft by press-fitting is released and the worm wheel is moved in the axial direction.