mhurhangee/ep-ind-claims huggingface dataset:
Method for automatic handling of drilling pipes and tubular wellbore casing elements, comprising a sequence of steps of handling at least one drilling pipe or a tubular wellbore casing element from a container, in which said pipes or tubular are stored, to a main well and vice-versa, comprising steps of picking up drilling pipes or tubular wellbore casing elements from a container, placing them into an auxiliary well, by means of a handler designed for simultaneously clamping and moving said drilling pipe or said tubular wellbore casing element; and comprising steps of move said drilling pipe or said tubular wellbore casing element from said auxiliary well to a main well, by means of a drill power head fitted with mandrel susceptible to being screwed to said drill pipe or to be secured to said tubular wellbore casing element, wherein; • said sequence of steps of handling takes place automatically and is controlled by a data processing unit, • and that it comprises a step of greasing at least one thread at one end of said drilling pipe; said greasing step being carried out by an automatic greasing means; • said automatic handling occurring among a plurality of heights (q1-q6) stored in said data processing unit;. • said sequence of steps of handling takes place automatically and is controlled by a data processing unit, • and that it comprises a step of greasing at least one thread at one end of said drilling pipe; said greasing step being carried out by an automatic greasing means; • said automatic handling occurring among a plurality of heights (q1-q6) stored in said data processing unit;.
Device for filling cans or similar containers with a liquid product, for example, with a liquid product free of carbonic acid, with a rotor capable of rotation about a vertical machine axis with a plurality of can mounts (2.1) and a plurality of filling elements above the can mounts (2.1), wherein the can mounts (2.1) and the filling elements in each case form filling positions, and the cans are moved with the rotor during filling, from a can issuing point to a can delivery point, wherein, for pressureless filling or for free-jet filling or for free-jet hot filling of the cans, the filling positions comprise means with which the cans, with the can opening (5.2) freely exposed, are fixed, for at least part of the time, on the circumferential side opposite the rotor and/or a filling element carrier, specifically in a mechanical manner by means of a movable clamping element and preferably by means of an underpressure taking effect on the can base (5.1), wherein the fixing of the cans takes place in each case by means of the interaction of a mount arranged secured to the rotor with the moving clamp element, characterised in that the clamp element can be displaced in the manner of a lifting cylinder along a lifting axis, and the lifting axis runs parallel to the machine axis, wherein the clamping element is preferably at least indirectly connected to the filling element carrier.
A diaphragm for a loudspeaker including a plurality of masses, each mass being substantially the same radial distance from the centre of the diaphragm, the plurality of masses being divided into two arrays, each array including one or more individual masses, wherein: in use, at a selected frequency, the pair of arrays act to produce a dominant bending moment (B-B), and, the centre of the diaphragm lies substantially on the axis of the dominant bending moment; the dominant bending moment is the bending moment produced by the combination of masses which has the greatest magnitude, if they produce more than one bending moment; the radius at which the masses are distributed is a radius at which the amplitude of vibration of a ring resonance would be maximal at a ring resonance frequency. in use, at a selected frequency, the pair of arrays act to produce a dominant bending moment (B-B), and, the centre of the diaphragm lies substantially on the axis of the dominant bending moment; the dominant bending moment is the bending moment produced by the combination of masses which has the greatest magnitude, if they produce more than one bending moment; the radius at which the masses are distributed is a radius at which the amplitude of vibration of a ring resonance would be maximal at a ring resonance frequency.
A planar antenna having at least one mmWave resonant frequency, comprising: a ground plane disposed on a substrate; a first antenna element disposed on the substrate; a second antenna element disposed on the substrate; an arm disposed on the substrate, the arm connecting the second antenna element to the ground plane; a feed line disposed on the substrate and connected to the first antenna element, the feed line for feeding a radio frequency signal to the first antenna element; and a balun disposed on the substrate and connecting the first antenna element to the ground plane independently from the arm, wherein the balun is configured to electrically balance the antenna; and wherein the ground plane, first antenna element, second antenna element, arm, feed line and balun are coplanar, characterized in that the second antenna element and the arm are separate from the feed line, the first antenna element and the balun so that a conductive pathway between the first and second antenna elements is not present other than by way of the ground plane. a ground plane disposed on a substrate; a first antenna element disposed on the substrate; a second antenna element disposed on the substrate; an arm disposed on the substrate, the arm connecting the second antenna element to the ground plane; a feed line disposed on the substrate and connected to the first antenna element, the feed line for feeding a radio frequency signal to the first antenna element; and a balun disposed on the substrate and connecting the first antenna element to the ground plane independently from the arm, wherein the balun is configured to electrically balance the antenna; and wherein the ground plane, first antenna element, second antenna element, arm, feed line and balun are coplanar, characterized in that the second antenna element and the arm are separate from the feed line, the first antenna element and the balun so that a conductive pathway between the first and second antenna elements is not present other than by way of the ground plane.
An end effector of a surgical tool, the end effector comprising: a housing having proximal and distal ends, the housing defining a longitudinal axis that extends through the proximal and distal ends; a jaw support shaft defining a pivot axis ("B"-"B") that extends therethrough; a pair of jaw members (150, 250, 350) supported on the jaw support shaft and being pivotable about the pivot axis; an articulation member defining a slot (144, 244) therethrough and including a pair of articulation pins (146, 242) extending therefrom and coupled to the pair of jaw members, the slot adapted to receive the jaw support shaft to support the articulation member between the pair of jaw members, the articulation member being rotatable about the jaw support shaft to articulate the pair of jaw members relative to the longitudinal axis; and a pair of cam pulleys (160, 340) mounted to the housing and coupled to the pair of jaw members, the pair of cam pulleys being rotatable about the pivot axis to pivot the pair of jaw members between open and closed conditions. a housing having proximal and distal ends, the housing defining a longitudinal axis that extends through the proximal and distal ends; a jaw support shaft defining a pivot axis ("B"-"B") that extends therethrough; a pair of jaw members (150, 250, 350) supported on the jaw support shaft and being pivotable about the pivot axis; an articulation member defining a slot (144, 244) therethrough and including a pair of articulation pins (146, 242) extending therefrom and coupled to the pair of jaw members, the slot adapted to receive the jaw support shaft to support the articulation member between the pair of jaw members, the articulation member being rotatable about the jaw support shaft to articulate the pair of jaw members relative to the longitudinal axis; and a pair of cam pulleys (160, 340) mounted to the housing and coupled to the pair of jaw members, the pair of cam pulleys being rotatable about the pivot axis to pivot the pair of jaw members between open and closed conditions.
A DGAT1 inhibitor or a pharmaceutically acceptable salt or ester thereof for use in the prevention, delay of progression or treatment of a disease or condition which is a severe form of hypertriglyceridemia selected from chylomicronemia syndrome, familial chylomicronemia syndrome, and Type V hyperlipoproteinemia in a human patient suffering from said disease or condition.
A hip joint prosthesis having a shaft, which can be implanted in the femur, and having a ceramic ball head, which is anchored on the shaft, for example by means of a conical clamp, and having a socket in which the ball head is movably mounted, wherein a ceramic bipolar shell is arranged between the ball head and the socket, and the ball head is held in the bipolar shell by means of a securing ring, wherein the ball head rotates in the bipolar shell, and the bipolar shell rotates in the socket, and the bipolar shell has wall thicknesses that differ in cross section, characterised in that the socket is a ceramic socket, and the greatest wall thickness of the ceramic bipolar shell is arranged in the region of the opening, and the securing ring is inserted into the bipolar shell at the edge of the latter.
An automatic blood-sampling tube preparation device comprising at least two blood-sampling tube containing sections (2a-2d), each section being intended to contain blood-sampling tubes of a same type, a transfer means for selectively taking out a blood-sampling tube required to an examination of a patient according to an instruction information indicated by a doctor from the blood-sampling tube containing section and transferring the taken-out blood-sampling tube to a label pasting position, a label printing and pasting means for printing an information of the patient on a label and pasting the printed label on the blood-sampling tube positioned in the label pasting position, and a control means for controlling operations of each means characterized in that the automatic blood-sampling tube preparation device further comprises a photographing means for photographing an appearance of the blood-sampling tube (a-d) taken out from the blood-sampling tube containing section (2a-2d), and said control means is arranged to have a threshold with respect to at least one characteristic information previously extracted from an appearance of a blood-sampling tube (a-d), to extract the characteristic information from the appearance image photographed by the photographing means, to specify the type of the blood-sampling tube (a-d) taken out from the blood-sampling tube containing section (2a-2d) on the basis of the threshold and the extracted characteristic information, and to judge whether the blood-sampling tube (a-d) corresponds to the instruction information from the doctor.
An oral care appliance comprising: a housing comprising: a tip; a body pivotably or translationally secured to the tip and substantially parallel with an imaginary axis, the body having a sensor; and, a control unit arranged to receive at least one input signal from the sensor located within the body, the control unit arranged to switch the oral care appliance from a first mode to a second mode in response to the at least one input signal from the sensor, the at least one input signal corresponding to the tip being pivoted or translated from a first position to a second position; characterised in that the control unit further comprises an accelerometer or a gyroscope arranged to sense a first orientation of the oral care appliance and a second orientation of the oral care appliance, wherein the first orientation corresponds to the body of the oral care appliance being substantially parallel with the imaginary axis and the second orientation corresponds to the body of the oral care appliance being substantially orthogonal to the imaginary axis; and wherein the control unit is configured to prevent the switch from the first mode to the second mode when the oral care appliance is in the second orientation, and wherein the control unit is configured to turn the oral care appliance on or off in response to the at least one input signal when the oral care appliance is in the second orientation. a tip; a body pivotably or translationally secured to the tip and substantially parallel with an imaginary axis, the body having a sensor; and, a control unit arranged to receive at least one input signal from the sensor located within the body, the control unit arranged to switch the oral care appliance from a first mode to a second mode in response to the at least one input signal from the sensor, the at least one input signal corresponding to the tip being pivoted or translated from a first position to a second position; characterised in that the control unit further comprises an accelerometer or a gyroscope arranged to sense a first orientation of the oral care appliance and a second orientation of the oral care appliance, wherein the first orientation corresponds to the body of the oral care appliance being substantially parallel with the imaginary axis and the second orientation corresponds to the body of the oral care appliance being substantially orthogonal to the imaginary axis; and wherein the control unit is configured to prevent the switch from the first mode to the second mode when the oral care appliance is in the second orientation, and wherein the control unit is configured to turn the oral care appliance on or off in response to the at least one input signal when the oral care appliance is in the second orientation.
A process for manufacturing a part made of a ceramic matrix composite material, comprising at least: - coating an outer surface of a porous preform with a layer of a fugitive material to form a model of the part to be obtained, the fugitive material being a wax or a resin, the fugitive material layer in the model not exceeding the highest peak of the surface undulations of the porous preform, and ceramic and/or carbon particles being present in the porosity of the porous preform, - coating the model formed with a ceramic powder composition, - heat treating the coated model to remove the fugitive material and form a ceramic shell mold by sintering of the ceramic powder composition, - introducing a molten composition comprising silicon into the shell mold to obtain the part in the shell mold, the molten composition infiltrating the porosity of the porous preform to form the ceramic matrix, and - separating the shell mold from the part obtained. - coating an outer surface of a porous preform with a layer of a fugitive material to form a model of the part to be obtained, the fugitive material being a wax or a resin, the fugitive material layer in the model not exceeding the highest peak of the surface undulations of the porous preform, and ceramic and/or carbon particles being present in the porosity of the porous preform, - coating the model formed with a ceramic powder composition, - heat treating the coated model to remove the fugitive material and form a ceramic shell mold by sintering of the ceramic powder composition, - introducing a molten composition comprising silicon into the shell mold to obtain the part in the shell mold, the molten composition infiltrating the porosity of the porous preform to form the ceramic matrix, and - separating the shell mold from the part obtained.
A method for routing Diameter messages between multiple message processors within a Diameter Signaling Router, DSR, the method comprising the steps of: receiving, at an ingress Diameter message processor comprised by the DSR, a Diameter message from a first Diameter node, wherein the Diameter message comprises a Hop-by-Hop identifier; accessing, using the ingress Diameter message processor, Diameter peer routing information to determine an egress Diameter message processor among a plurality of egress Diameter message processors within the DSR and associated with a second Diameter node that is a peer of the DSR and to which the Diameter message is to be forwarded; and characterised by creating, using the ingress Diameter message processor, a new Hop-by-Hop identifier in the Diameter message, the new Hop-by-Hop identifier containing an identifier of the ingress Diameter message processor; and forwarding the Diameter message to the determined egress Diameter message processor, wherein the egress Diameter message processor accesses the new Hop-by-Hop identifier to route a Diameter answer message associated with the Diameter message to the ingress Diameter message processor. receiving, at an ingress Diameter message processor comprised by the DSR, a Diameter message from a first Diameter node, wherein the Diameter message comprises a Hop-by-Hop identifier; accessing, using the ingress Diameter message processor, Diameter peer routing information to determine an egress Diameter message processor among a plurality of egress Diameter message processors within the DSR and associated with a second Diameter node that is a peer of the DSR and to which the Diameter message is to be forwarded; and characterised by creating, using the ingress Diameter message processor, a new Hop-by-Hop identifier in the Diameter message, the new Hop-by-Hop identifier containing an identifier of the ingress Diameter message processor; and forwarding the Diameter message to the determined egress Diameter message processor, wherein the egress Diameter message processor accesses the new Hop-by-Hop identifier to route a Diameter answer message associated with the Diameter message to the ingress Diameter message processor.
Household appliance having an internal communications partner and a communications module arranged within the household appliance, which has an external communications interface for communicating with an external communications partner outside the domestic appliance, wherein the communications module is arranged on a first circuit board, wherein the internal communications partner is arranged on a second circuit board, and the communications module comprises a wired internal communications interface for communicating with the internal communications partner within the household appliance, characterised in that the internal communications partner is a household electrics assembly for supplying power to the household appliance.
A device for controlling stress in a joint between two surfaces, comprising: a three dimensional fabric adapted to be placed in the joint, the three dimensional fabric having yarns coated with a plastic binder, characterized in that the yarns include yarns extending along three substantially orthogonal axes, wherein each of the yarns comprises a plurality of interlocked fibers that are twisted, bonded or otherwise joined together to form a cohesive thread.
A bolt part, for locking a sash of a window or a door on a frame, which has frame profile sections, wherein the bolt part has a shape element, which geometrically corresponds to a shape element of the frame, so that the two shape elements (3, 4) interlock, characterized in that the bolt part has one or more spring or springs, respectively, on its side facing toward the frame, which is/are held by the bolt part in a friction-locked manner on the frame with respect to a movement direction parallel to the longitudinal extension of the frame profile, such that it remains without additional fastening elements in the position thus defined - a pre-positioning location - without additional fixation and is then movable from this position in the movement direction into a desired position.
Drive unit for actuating a rotary slide for a fluid system of an at least partially electrically operated motor vehicle, comprising: an electric motor with a motor output shaft, a rotary slide output shaft configured to actuate a rotary slide, wherein the rotary slide output shaft is aligned orthogonally to the motor output shaft and a magnet is arranged at an end region of the rotary slide output shaft, a transmission for transmitting a torque of the motor output shaft to the rotary slide output shaft, wherein a first gear axis and a second gear axis of the transmission are arranged parallel to each other and the rotary slide output shaft comprises the first gear axis, a sensor unit which is configured to detect a rotational position of the magnet and thus of the rotary slide output shaft, wherein the rotary slide output shaft is held by means of a bearing on the housing side, and the sensor unit is arranged on a control unit of the drive unit, characterized in that the control unit is arranged between an end face end of the rotary slide output shaft and the bearing on the housing side. an electric motor with a motor output shaft, a rotary slide output shaft configured to actuate a rotary slide, wherein the rotary slide output shaft is aligned orthogonally to the motor output shaft and a magnet is arranged at an end region of the rotary slide output shaft, a transmission for transmitting a torque of the motor output shaft to the rotary slide output shaft, wherein a first gear axis and a second gear axis of the transmission are arranged parallel to each other and the rotary slide output shaft comprises the first gear axis, a sensor unit which is configured to detect a rotational position of the magnet and thus of the rotary slide output shaft, wherein the rotary slide output shaft is held by means of a bearing on the housing side, and the sensor unit is arranged on a control unit of the drive unit, characterized in that the control unit is arranged between an end face end of the rotary slide output shaft and the bearing on the housing side.
Direct drive drum (100, 500, 600, 800, 900, 1000, 1100, 1200, 1300, 1400, 1500, 1600, 1700, 1800, 1900, 2000, 2100, 2200, 4500, 4600, 4700, 4800, 4900) for a modular conveyor belt (180, 4980), the direct drive drum comprising: - a drum rotation axis; - a plurality of support elements (110, 510, 610, 710, 810, 910, 1010, 4510, 4910), each support element having a belt support surface (111, 511, 611, 711, 811, 911, 1011, 4511, 4911) on a side distant and pointing away from the drum rotation axis; and - a plurality of direct drive elements (120, 520, 620, 720, 820, 920, 1020, 1120, 1220, 1320, 1420, 1520, 1620, 1720, 1820, 1920, 2020, 2120, 2220, 4520, 4620, 4720, 4820, 4920), wherein each direct drive element is arranged in circumferential direction (106, 4906) of the direct drive drum separate and in a distance from each of the support elements, characterised in that none of the direct drive elements (120, 520, 620, 720, 820, 920, 1020, 1120, 1220, 1320, 1420, 1520, 1620, 1720, 1820, 1920, 2020, 2120, 2220, 4520, 4620, 4720, 4820, 4920) comprises a belt support surface on a side distant and pointing away from the drum rotation axis. - a drum rotation axis; - a plurality of support elements (110, 510, 610, 710, 810, 910, 1010, 4510, 4910), each support element having a belt support surface (111, 511, 611, 711, 811, 911, 1011, 4511, 4911) on a side distant and pointing away from the drum rotation axis; and - a plurality of direct drive elements (120, 520, 620, 720, 820, 920, 1020, 1120, 1220, 1320, 1420, 1520, 1620, 1720, 1820, 1920, 2020, 2120, 2220, 4520, 4620, 4720, 4820, 4920),