mhurhangee/ep-ind-claims huggingface dataset:
A yarn feeder, provided with a support and with a yarn winding assembly mounted on the support and comprising a motorized spool and an oblique spacer pin, between which a yarn is adapted to be wound, whereby said spacer pin is supported rotatably by rotating supporting means and characterized in that said spacer pin is entrainable in two directions by virtue of the friction between the yarn and the spacer pin, a rotation of the spacer pin being delimited by means of arrest in a direction of unwinding of the yarn.
An apparatus to recover an unmanned aerial vehicle "UAV", the apparatus comprising: a support rail; a pivot arm rotatable about a pivot between a first orientation and a second orientation; a cable suspended between the support rail and the pivot arm, wherein the apparatus is configured such that a UAV contacts the cable when the pivot arm is in the first orientation, and is configured such that the pivot arm rotates into the second orientation as the UAV is brought to a stop; and at least one of a friction device or a damper operatively coupled to the cable to resist motion of the cable during rotation of the pivot arm from the first orientation to the second orientation; the apparatus further comprising a guide track coupled to the support rail, and a track carriage that suspends the cable from the support rail, wherein the guide track is configured to guide the track carriage, and wherein the track carriage is configured to be in an initial position to cause the cable to be substantially vertical when the pivot arm is rotated to the first orientation. a support rail; a pivot arm rotatable about a pivot between a first orientation and a second orientation; a cable suspended between the support rail and the pivot arm, wherein the apparatus is configured such that a UAV contacts the cable when the pivot arm is in the first orientation, and is configured such that the pivot arm rotates into the second orientation as the UAV is brought to a stop; and at least one of a friction device or a damper operatively coupled to the cable to resist motion of the cable during rotation of the pivot arm from the first orientation to the second orientation; the apparatus further comprising a guide track coupled to the support rail, and a track carriage that suspends the cable from the support rail, wherein the guide track is configured to guide the track carriage, and wherein the track carriage is configured to be in an initial position to cause the cable to be substantially vertical when the pivot arm is rotated to the first orientation.
Connecting device for a wall element of a drawer, which is provided for arranging between a narrow end face of the wall element pointing in a horizontal longitudinal direction of the wall element and a stop element (10, 15) of the drawer, wherein on a main body of the connecting device at least one spring element (5, 8) is attached in a fixed manner, wherein the spring element (5, 8) comprises a supporting point which can move elastically relative to the main body which is provided for supporting the connecting device on the end face of the wall element in order to clamp the connecting device between the stop element (10, 15) of the drawer and the end face of the wall element, wherein the cuboid-shaped main body has a hollow profile section which comprises a left and a right side wall section (2a, 2b), an upper wall section, a lower wall section, a first end face and a second end face, wherein the lower wall section comprises an opening which is delimited laterally by the side wall sections (2a, 2b), wherein the side wall sections (2a, 2b) and the upper wall section are designed to be completely closed, wherein the end faces (2e, 2f) are designed to be open, wherein the elastically movable supporting point is designed to protrude in the direction of the first end face, wherein the supporting point can be pushed elastically in the direction of the second end face of the hollow profile section (2a - 2f) into the main body, wherein the hollow profile section (2a -2f) is formed such that the wall element can be inserted partly into the hollow chamber of the hollow profile section (2a - 2f).
A roll of glass comprising: a glass ribbon and an interleaf material rolled together so as to be disposed in alternating layers, wherein a layer of the interleaf material is pinned to an adjacent layer of the glass ribbon by an electrostatic force, wherein the electrostatic force is of a value so that a shear force required to cause slip between the interleaf material and the glass ribbon is greater than or equal to 10 times that required to cause slip between the interleaf material and the glass ribbon when not electrostatically pinned together, and wherein the electrostatic force is of a value so that when the interleaf material is pinned to the glass ribbon over a contact area of 176 square inches (1135 square cm) by the electrostatic force, a shear force required to cause slip between the interleaf material and the glass ribbon is greater than 100 ounces (2835 grams). a glass ribbon and an interleaf material rolled together so as to be disposed in alternating layers, wherein a layer of the interleaf material is pinned to an adjacent layer of the glass ribbon by an electrostatic force, wherein the electrostatic force is of a value so that a shear force required to cause slip between the interleaf material and the glass ribbon is greater than or equal to 10 times that required to cause slip between the interleaf material and the glass ribbon when not electrostatically pinned together, and wherein the electrostatic force is of a value so that when the interleaf material is pinned to the glass ribbon over a contact area of 176 square inches (1135 square cm) by the electrostatic force, a shear force required to cause slip between the interleaf material and the glass ribbon is greater than 100 ounces (2835 grams).
A head-up display device for projecting a display light on a windshield of a vehicle to form a virtual image thereon, the head-up display device comprising: a casing; an indicator which is attached to the casing to emit the display light into the casing; a light guide path through which the display light emitted from the indicator is guided; and a wiring board which is provided with a driving circuit for driving the indicator, wherein the casing includes guide rails formed on an inner surface of both lateral walls at one end side of the casing along an irradiation direction of the display light from the indicator to support both lateral portions of the wiring board on the guide rails, and the wiring board is attached in a containing space of the casing formed between the light guide path and an inner surface of the casing by guiding and sliding the wiring board along the irradiation direction of the display light with the guide rails. a casing; an indicator which is attached to the casing to emit the display light into the casing; a light guide path through which the display light emitted from the indicator is guided; and a wiring board which is provided with a driving circuit for driving the indicator, wherein the casing includes guide rails formed on an inner surface of both lateral walls at one end side of the casing along an irradiation direction of the display light from the indicator to support both lateral portions of the wiring board on the guide rails, and the wiring board is attached in a containing space of the casing formed between the light guide path and an inner surface of the casing by guiding and sliding the wiring board along the irradiation direction of the display light with the guide rails.
A refrigerator unit and/or freezer unit having a unit carcass and a cooled inner space which is arranged in the unit carcass, wherein the unit carcass has at least one outer side and one unit bottom, and a drip nose is arranged at an outer side or at the region of the unit bottom directed toward the outer side or in the transition region between the outer side and the unit bottom, characterized in that a baseboard is provided which is connected to the unit carcass of the unit, which stands on the building floor on which the refrigerator unit and/or freezer unit is arranged, and which is arranged beneath the drip nose, wherein the baseboard is configured to prevent fluid dripping from the drip nose from getting below the refrigerator unit and/or freezer unit.
An edge bending method of a steel plate using an edge bending apparatus of a steel plate comprising: a pair of dies configured to be arranged corresponding to a widthwise edge (Sc, Sd) of a steel plate; an actuator configured to clamp the pair of dies with a predetermined pressing force; and a conveyance mechanism configured to convey the steel plate in a direction along a longitudinal direction of the steel plate as a conveyance direction, in which the widthwise edge (Sc, Sd) of the steel plate is subjected to edge bending across an entire length by performing bending of the widthwise edge (Sc, Sd) of the steel plate several times by the pair of dies while the steel plate is intermittently conveyed by the conveyance mechanism, characterized in that one of the pair of dies that contacts a surface positioned at the outer side of bending of the widthwise edge (Sc, Sd) of the steel plate comprises a flat part that contacts the surface positioned at the outer side of bending, wherein the flat part indicates a portion that is extended linearly along the conveyance direction, and a transition part formed of a curved surface provided adjacent to the flat part at least on a delivery side in the conveyance direction, and the flat part and the transition part are connected to have a common tangent line. a pair of dies configured to be arranged corresponding to a widthwise edge (Sc, Sd) of a steel plate; an actuator configured to clamp the pair of dies with a predetermined pressing force; and a conveyance mechanism configured to convey the steel plate in a direction along a longitudinal direction of the steel plate as a conveyance direction, in which the widthwise edge (Sc, Sd) of the steel plate is subjected to edge bending across an entire length by performing bending of the widthwise edge (Sc, Sd) of the steel plate several times by the pair of dies while the steel plate is intermittently conveyed by the conveyance mechanism, characterized in that one of the pair of dies that contacts a surface positioned at the outer side of bending of the widthwise edge (Sc, Sd) of the steel plate comprises a flat part that contacts the surface positioned at the outer side of bending, wherein the flat part indicates a portion that is extended linearly along the conveyance direction, and a transition part formed of a curved surface provided adjacent to the flat part at least on a delivery side in the conveyance direction, and the flat part and the transition part are connected to have a common tangent line.
An end effector configured to open and close a screw-type lid for closing an opening of a container body, comprising: a container gripper configured to grip the container body; a lid gripper configured to grip the lid and be movable on a screw axis of the lid; a rotating part configured to rotate the lid gripper; a guiding part configured to guide the lid gripper being rotated by the rotating part to move on the screw axis; and a detector (33, 34) configured to detect that the lid gripper is moved to one of an opened position and a closed position of the lid, wherein the end effector is provided to a robotic arm, characterized in that the container gripper is attached to a link of the robotic arm, and the rotating part is included in a wrist part of the robotic arm, the wrist part is configured to be rotatably coupled to the link. a container gripper configured to grip the container body; a lid gripper configured to grip the lid and be movable on a screw axis of the lid; a rotating part configured to rotate the lid gripper; a guiding part configured to guide the lid gripper being rotated by the rotating part to move on the screw axis; and a detector (33, 34) configured to detect that the lid gripper is moved to one of an opened position and a closed position of the lid, wherein the end effector is provided to a robotic arm, characterized in that the container gripper is attached to a link of the robotic arm, and the rotating part is included in a wrist part of the robotic arm, the wrist part is configured to be rotatably coupled to the link.
Apparatus for treating containers, having a transport unit which is suitable and intended for transporting the containers along a predetermined transport path, wherein the transport unit has at least one curved track guide which extends at least in sections along the transport path of the containers, and wherein the apparatus has at least one guide roller which is suitable and intended to roll on a running surface of the curved track guide, wherein this guide roller is arranged rotatably on a roller carrier, and wherein this guide roller is preloaded by means of a preloading device with respect to the roller carrier in such a way that the guide roller is urged in the direction of the running surface, characterized in that the preloading device is directly integrated in a fastening axis with which the guide roller is fastened to the roller carrier and is arranged within a bearing inner ring of the guide rollers. this guide roller is preloaded by means of a preloading device with respect to the roller carrier in such a way that the guide roller is urged in the direction of the running surface, characterized in that the preloading device is directly integrated in a fastening axis with which the guide roller is fastened to the roller carrier and is arranged within a bearing inner ring of the guide rollers.
Method for segmenting fingers, said segmentation method being implemented by a segmentation device comprising a processing unit, an acquisition device intended to capture an image of said fingers when they pass in front of said acquisition device in a direction of advancement and a projection device intended to project a sight having an isointensity axis on said fingers, said segmentation method comprising: - a capture step during which the acquisition device captures an image of the fingers and of the sight, - a computing step during which the processing unit computes the unrolled phase image from the image of the sight thus captured, - a derivation step during which, for each pixel of the phase image thus computed, the processing unit computes the derivative of the phase along the isointensity axis of the sight, and - a regionalisation step during which the processing unit associates each pixel where the derivative of the phase has been computed with a region (202, 204) grouping all the adjoining pixels step by step where the derivative of the phase has the same polarity, and - a recognition step during which the location of each finger is recognised from the analysis of the regions (202, 204) thus determined. - a capture step during which the acquisition device captures an image of the fingers and of the sight, - a computing step during which the processing unit computes the unrolled phase image from the image of the sight thus captured, - a derivation step during which, for each pixel of the phase image thus computed, the processing unit computes the derivative of the phase along the isointensity axis of the sight, and - a regionalisation step during which the processing unit associates each pixel where the derivative of the phase has been computed with a region (202, 204) grouping all the adjoining pixels step by step where the derivative of the phase has the same polarity, and - a recognition step during which the location of each finger is recognised from the analysis of the regions (202, 204) thus determined.
A method for controlling the transfer of a known-type or an unknown-type fuel from a first location to a second location with a known-type or an unknown type fuel, comprising the following steps of: a. determining the unknown fuel type in at least one of said locations, b. comparing the fuel type in the second location with the fuel type in the first location, c. permitting fuel transfer, in case the fuel type in the first location matches with the fuel type in the second location, and preventing the transfer otherwise, wherein the determination in the step a comprises measuring the density and temperature, or measuring the density and pressure of a gaseous form of the unknown fuel in the respective location(s), and comparing the measured values with a data set comprising predetermined reference values or making a decision through a mathematical modelling. a. determining the unknown fuel type in at least one of said locations, b. comparing the fuel type in the second location with the fuel type in the first location, c. permitting fuel transfer, in case the fuel type in the first location matches with the fuel type in the second location, and preventing the transfer otherwise,
A method for processing an enhanced multimedia priority service, eMPS, in a circuit switched fallback, CSFB, mechanism, comprising: in an attachment process, acquiring, by a mobility management entity, MME, priority service information of a user equipment stored on a home subscriber server from the home subscriber server by using a location update acknowledgment message; receiving, by the MME, a CSFB access request of the user equipment; determining, by the MME, that the user equipment has a CSFB priority service right according to the acquired priority service information of the user equipment; and providing, by the MME, a CSFB access service preferentially for the user equipment with the CSFB priority service right. in an attachment process, acquiring, by a mobility management entity, MME, priority service information of a user equipment stored on a home subscriber server from the home subscriber server by using a location update acknowledgment message; receiving, by the MME, a CSFB access request of the user equipment; determining, by the MME, that the user equipment has a CSFB priority service right according to the acquired priority service information of the user equipment; and providing, by the MME, a CSFB access service preferentially for the user equipment with the CSFB priority service right.
Hand-held surveying device (1a, 1b) having at least • a range finder, preferably a laser range finder, with an emission direction, and an evaluation component (7, 7') for deriving and providing measured distances, • a position detection component, the position detection component for each distance measurement being designed for linked acquisition, in particular common storage, - of the respective position of the surveying device (1a, 1b), and - of the respective alignment of the range finder, in particular the emission direction thereof, and range finder and position detection component being designed and arranged such that it is possible to initiate an automated sequence of distance measurements at a, in particular variable, repetition rate, and the respective position and alignment being stored for each distance measurement of the sequence, characterized in that the position detection component is designed to acquire variations in the position and/or the emission direction caused by the involuntary movement of the hand, and the repetition rate is selected such that it is greater than the typical frequency of the rest tremor or postural tremor of the hand, in particular greater than 4 Hz, preferably greater than 12 Hz. • a range finder, preferably a laser range finder, with an emission direction, and an evaluation component (7, 7') for deriving and providing measured distances, • a position detection component, the position detection component for each distance measurement being designed for linked acquisition, in particular common storage, - of the respective position of the surveying device (1a, 1b), and - of the respective alignment of the range finder, in particular the emission direction thereof, - of the respective position of the surveying device (1a, 1b), and - of the respective alignment of the range finder, in particular the emission direction thereof,
A composition for treating xerostomia characterised in that it comprises olive oil, trimethylglycine and xylitol, wherein said composition comprises 0.1-4% by weight of olive oil.
A voltage converter comprising: a controller operable in a first mode to control the voltage converter so as to convert an input voltage (V in) at an input of the voltage converter to an output voltage (V out) at an output of the voltage converter, and a second mode, in which the controller is configurable by configuration control signals so as to change the control applied by the controller to the voltage converter; and a power module arranged to derive and supply an operation voltage (V operation) to the controller, characterized in that the power module is arranged to derive the operation voltage from the input voltage (V in) during operation of the controller in the first mode, and a voltage applied by an external voltage source at the output of the voltage converter during operation of the controller in the second mode. a controller operable in a first mode to control the voltage converter so as to convert an input voltage (V in) at an input of the voltage converter to an output voltage (V out) at an output of the voltage converter, and a second mode, in which the controller is configurable by configuration control signals so as to change the control applied by the controller to the voltage converter; and a first mode to control the voltage converter so as to convert an input voltage (V in) at an input of the voltage converter to an output voltage (V out) at an output of the voltage converter, and a second mode, in which the controller is configurable by configuration control signals so as to change the control applied by the controller to the voltage converter; and a power module arranged to derive and supply an operation voltage (V operation) to the controller, characterized in that the power module is arranged to derive the operation voltage from the input voltage (V in) during operation of the controller in the first mode, and a voltage applied by an external voltage source at the output of the voltage converter during operation of the controller in the second mode. the input voltage (V in) during operation of the controller in the first mode, and a voltage applied by an external voltage source at the output of the voltage converter during operation of the controller in the second mode.