mhurhangee/ep-ind-claims huggingface dataset:
A brake disc that stops rotation of an axle when a brake pad is pressed on a surface of the brake disc, comprising: a disc main body that is attached to a rotary body integrally rotating with the axle; and a plurality of build-up layers laminated on a surface of the disc main body, characterized in that the build-up layers are laminated on the surface of the disc main body by means of laser metal deposition welding, the build-up layers are constituted of a laminate formed of two or more layers (134A, 134B, 134C) laminated on the surface of the disc main body, and the laminate includes an inner layer of a matrix which does not include high-melting-point metal particles having a higher melting point than the disc main body, the inner layer being laminated on the disc main body, and an outer layer (134B, 134C) which is formed on the inner layer and includes the matrix and high-melting-point metal particles having a higher melting point than the disc main body. a disc main body that is attached to a rotary body integrally rotating with the axle; and a plurality of build-up layers laminated on a surface of the disc main body, characterized in that the build-up layers are laminated on the surface of the disc main body by means of laser metal deposition welding, the build-up layers are constituted of a laminate formed of two or more layers (134A, 134B, 134C) laminated on the surface of the disc main body, and the laminate includes an inner layer of a matrix which does not include high-melting-point metal particles having a higher melting point than the disc main body, the inner layer being laminated on the disc main body, and an outer layer (134B, 134C) which is formed on the inner layer and includes the matrix and high-melting-point metal particles having a higher melting point than the disc main body. an inner layer of a matrix which does not include high-melting-point metal particles having a higher melting point than the disc main body, the inner layer being laminated on the disc main body, and an outer layer (134B, 134C) which is formed on the inner layer and includes the matrix and high-melting-point metal particles having a higher melting point than the disc main body.
A sulfur-functional tall oil composition comprising a product formed by combining a tall oil fatty amide with thioglycolic acid, 2-mercaptoethanol, sodium thiosulfate, or a combination of two or more thereof in a molar ratio of 10:1 to 1:10 amide to sulfur, and heating the combination; wherein the tall oil fatty amide has the structure R-C NH-R' wherein R is a tall oil fatty group and R' is a group including 1 to 4 carbon atoms.
Window or door with forced ventilation, having - an outer frame formed from outer frame profiles, - a casement/leaf formed from casement/leaf frame profiles, - a rebate region extending between the outer frame and the casement/leaf frame, - a central seal that separates the rebate region into a weather-side rebate region and a room-side rebate region, - wherein the air is guided by the weather-side rebate region and the room-side rebate region, - means for automatically limiting the quantity of air when a defined pressure difference between the weather-side rebate region and the room-side rebate region is exceeded, - wherein the outer frame profiles and/or the casement/leaf frame profiles have at least one hollow chamber that adjoins the weather-side rebate region and the room-side rebate region via a wall, - the wall, adjoining the weather-side rebate region and the room-side rebate region, of the hollow chamber has an aperture, - into which a fan module is inserted, - wherein the fan module has a fan housing, at least largely sealed off from the hollow chamber, and - openings (entry slots 27, exit slots 28) - that allow air to be guided between the weather-side rebate region and the room-side rebate region by way of the fan module, - a reinforcement profile, characterized in that the hollow chamber accommodating the fan module is configured as a reinforcement chamber reinforced with the reinforcement profile. - an outer frame formed from outer frame profiles, - a casement/leaf formed from casement/leaf frame profiles, - a rebate region extending between the outer frame and the casement/leaf frame, - a central seal that separates the rebate region into a weather-side rebate region and a room-side rebate region, - wherein the air is guided by the weather-side rebate region and the room-side rebate region, - means for automatically limiting the quantity of air when a defined pressure difference between the weather-side rebate region and the room-side rebate region is exceeded, - wherein the outer frame profiles and/or the casement/leaf frame profiles have at least one hollow chamber that adjoins the weather-side rebate region and the room-side rebate region via a wall, - the wall, adjoining the weather-side rebate region and the room-side rebate region, of the hollow chamber has an aperture, - into which a fan module is inserted, - wherein the fan module has a fan housing, at least largely sealed off from the hollow chamber, and - openings (entry slots 27, exit slots 28) - that allow air to be guided between the weather-side rebate region and the room-side rebate region by way of the fan module, - a reinforcement profile,
A bra cup, comprising: an inner cup portion, comprising one or more inner foam layers; and an outer cup portion attached to the inner cup portion, comprising one or more outer foam layers, the inner cup portion and the outer cup portion together forming the bra cup, the inner foam layers forming first and second convex portions (21, 22) with respect to an inner surface of the inner cup portion, characterized in that the first and second convex portions form, at an intersection therebetween, a channel on the inner surface extending from a lower portion of the cup towards an apex of the bra cup, wherein the first portion and the second portion are formed as an integral piece of foam material during molding of the bra cup. an inner cup portion, comprising one or more inner foam layers; and an outer cup portion attached to the inner cup portion, comprising one or more outer foam layers, the inner cup portion and the outer cup portion together forming the bra cup, the inner foam layers forming first and second convex portions (21, 22) with respect to an inner surface of the inner cup portion, characterized in that the first and second convex portions form, at an intersection therebetween, a channel on the inner surface extending from a lower portion of the cup towards an apex of the bra cup, wherein the first portion and the second portion are formed as an integral piece of foam material during molding of the bra cup.
A control assembly for controlling a tubular handling apparatus, comprising: a housing including a recessed portion configured to receive at least a portion of a hand; a handle rigidly connected to the housing; and a toggle lever configured to control the tubular handling apparatus; wherein the handle and the toggle lever are positioned such that the same hand can grasp the handle and operate the toggle lever. a housing including a recessed portion configured to receive at least a portion of a hand; a handle rigidly connected to the housing; and a toggle lever configured to control the tubular handling apparatus; wherein the handle and the toggle lever are positioned such that the same hand can grasp the handle and operate the toggle lever.
An end effector for a wristed surgical instrument, the end effector comprising: a first jaw member; a second jaw member coupled to the first jaw member by a pivot pin, the first and second jaw members (110, 120) positioned to pivot and articulate about a pivot axis defined by the pivot pin; an actuation string; and a blade including a cam plate supported between the first and second jaw members (110, 120) and secured to the actuation string, the blade movable relative to the first and second jaw members (110, 120) to sever tissue clamped between the first and second jaw members (110, 120) in response to actuation of the actuation string, the actuation string being secured to the cam plate; characterised in that the second jaw member includes a cam plate and the pivot pin is positioned through the cam plates (122, 132) of the blade and the second jaw member. a first jaw member; a second jaw member coupled to the first jaw member by a pivot pin, the first and second jaw members (110, 120) positioned to pivot and articulate about a pivot axis defined by the pivot pin; an actuation string; and a blade including a cam plate supported between the first and second jaw members (110, 120) and secured to the actuation string, the blade movable relative to the first and second jaw members (110, 120) to sever tissue clamped between the first and second jaw members (110, 120) in response to actuation of the actuation string, the actuation string being secured to the cam plate; characterised in that the second jaw member includes a cam plate and the pivot pin is positioned through the cam plates (122, 132) of the blade and the second jaw member.
A method for responding to faults in a pitch control system in a wind turbine including a rotor coupled to at least one rotor blade, at least one pitch sensor coupled to the rotor blade, at least one pitch drive, a wind turbine controller communicatively coupled to the pitch sensor and the pitch drive, and a backup pitch controller for controlling the pitch of blades during an occurrence of a fault, the backup pitch controller being separate from the pitch control system and the wind turbine controller, said method comprising: determining, with the backup pitch controller, that a fault has occurred in the control system; determining, with the backup pitch controller, a speed of wind in the vicinity of the wind turbine; rotating the rotor blade using the pitch drive if the backup pitch controller determines that the wind speed is less than the maximum rate velocity of the wind turbine until the pitch sensor determines that the rotor blade has been rotated to a set point, the set point being an angular position of the rotor blade where the rotor blade has a pitch angle of less than 20 degrees and greater than 2 degrees; applying a brake to prevent further rotation of the rotor blade once the rotor blade is rotated to the set point; and releasing the brake when the backup pitch controller determines that the fault in control system is cleared. determining, with the backup pitch controller, that a fault has occurred in the control system; determining, with the backup pitch controller, a speed of wind in the vicinity of the wind turbine; rotating the rotor blade using the pitch drive if the backup pitch controller determines that the wind speed is less than the maximum rate velocity of the wind turbine until the pitch sensor determines that the rotor blade has been rotated to a set point, the set point being an angular position of the rotor blade where the rotor blade has a pitch angle of less than 20 degrees and greater than 2 degrees; applying a brake to prevent further rotation of the rotor blade once the rotor blade is rotated to the set point; and releasing the brake when the backup pitch controller determines that the fault in control system is cleared.
Mobile crane system comprising a mobile crane having a detachable attachment part, in particular a main boom, and an attachment part transport unit which is designed to receive the attachment part released from the mobile crane and has a movable transport device for transporting the attachment part, wherein at least one loading arm is arranged on the transport device, an attachment part, which is to be received or is already received, can be coupled on a free supporting end of the loading arm, and the loading arm is pivotably arranged on the transport device in such a way that an attachment part to be loaded or unloaded is movable on the transport device or downwards from the transport device,comprising a deposition support which is arranged on the transport device and is designed for supporting the attachment part, in particular in the region of a head end of the attachment part, characterized in that the deposition support is arranged so as to be displaceable in parallel with a longitudinal direction of the transport device.
Battery for a vehicle, comprising at least one battery cell and comprising a cooling device designed to dissipate heat from the at least one battery cell, which cooling device is in contact, at least in regions, with a wall of a cell housing of the at least one battery cell, the cooling device being arranged on a wall of the cell housing of the at least one battery cell, which wall is on the upper face when the battery is in an installation position, characterised in that the two electrical terminals (20, 22) of the at least one battery cell emerge from a wall of the cell housing, which wall is on the lower face when the battery is in the installation position, the cooling device being formed as a cooling plate which is in contact with each upper wall of the cell housing of a plurality of battery cells.
A three-layer circular knitted jacquard fabric comprising: - a first layer comprising a yarn made from a first material; - a second layer comprising a yarn made from a second material; and - a third layer comprising a yarn made from a third material comprising polyester; and wherein the second layer is positioned between the first layer and the third layer such that the second layer provides loft between the first layer and the third layer; characterised in that: - the first material comprises ultra-high molecular weight polyethylene and a phase change material; and - the second material comprises polyester, viscose and a second phase change material. - a first layer comprising a yarn made from a first material; - a second layer comprising a yarn made from a second material; and - a third layer comprising a yarn made from a third material comprising polyester; and wherein the second layer is positioned between the first layer and the third layer such that the second layer provides loft between the first layer and the third layer; characterised in that: - the first material comprises ultra-high molecular weight polyethylene and a phase change material; and - the second material comprises polyester, viscose and a second phase change material. and wherein the second layer is positioned between the first layer and the third layer such that the second layer provides loft between the first layer and the third layer; characterised in that: - the first material comprises ultra-high molecular weight polyethylene and a phase change material; and - the second material comprises polyester, viscose and a second phase change material. - the first material comprises ultra-high molecular weight polyethylene and a phase change material; and - the second material comprises polyester, viscose and a second phase change material.
A method comprising: obtaining a sequence of n +1 bits x,..x[ n], and responsively calculating a variable s =(-1) x, and calculating an integer index t = x +2 ∗ x +...+2 n -1 x [ n], wherein n is an integer greater than one and wherein 0 ≤ t ≤ 2 n -1; generating an output vector s• v having length 2 n by setting a position v [ t] of a vector v to a value equal to ' -(2 n) + 1 ' and setting all other positions of the vector v to a value of '1', and multiplying the vector v by the variable s; and outputting the output vector s• v for transmission over 2 n physical wires of a communication bus, wherein a pin efficiency representing a ratio of a number n + 1 bits to a number of wires on the communication bus is equal to ( n +1)/2 n. obtaining a sequence of n +1 bits x,..x[ n], and responsively calculating a variable s =(-1) x, and calculating an integer index t = x +2 ∗ x +...+2 n -1 x [ n], wherein n is an integer greater than one and wherein 0 ≤ t ≤ 2 n -1; generating an output vector s• v having length 2 n by setting a position v [ t] of a vector v to a value equal to ' -(2 n) + 1 ' and setting all other positions of the vector v to a value of '1', and multiplying the vector v by the variable s; and outputting the output vector s• v for transmission over 2 n physical wires of a communication bus, wherein a pin efficiency representing a ratio of a number n + 1 bits to a number of wires on the communication bus is equal to ( n +1)/2 n.
Spacer means for busbars which are arranged in a housing of a module of a busbar system, said busbars each running parallel to one another, being spaced apart with the aid of electrically insulating spacer elements, being held together with the aid of clamping elements which run transversely through the busbars and the spacer elements, and the busbar ends (3a, 3b) of said busbars protruding out of the housing at the end sides, wherein a plurality of modules of the busbar system are each arranged such that they lie one behind the other in the longitudinal direction and are electrically connected to one another, characterized by a frame which can be arranged in the housing transverse to the longitudinal extent and in which a passage opening is formed, the busbars running through said passage opening so as to leave a space (A, B, C), wherein the ends of the clamping element can be fastened to the frame on both sides of the passage opening, and having a supporting element which is arranged on the outer contour of the frame and which, when it makes contact with the directly opposite inner side of the housing, can be moved in the direction of longitudinal extent in the housing.
A sample separating device for separating motile organisms from other organisms, the device comprising: one or more primary fluid paths extending between a fluid inlet and a fluid terminus such that a fluid flow may be established between the fluid inlet and the fluid terminus; a sample introduction zone in the primary fluid path for introducing a sample to the primary fluid path; a sample collection zone for collecting a collected sample therein, the sample collection zone being located at a location upstream of the sample introduction zone in the primary fluid path; a sample collection zone outlet for facilitating removal of the collected sample from the sample collection zone; the sample separating device being arranged for communication with a sample moving system for moving the collected sample through the sample collection zone, thereby to move at least some of the collected sample from the sample collection zone to the sample collection zone outlet, characterised in that the sample separating device further comprises a sample extraction zone separated from the sample collection zone, the sample collection zone outlet being arranged to provide communication with the sample extraction zone, and the sample separating device further comprises a fluid flow inhibiting element located between the sample collection zone and the sample extraction zone for inhibiting fluid flow therebetween in the absence of operation of the sample moving system, and the fluid flow inhibiting element is a wall separating the sample collection zone and the sample extraction zone. one or more primary fluid paths extending between a fluid inlet and a fluid terminus such that a fluid flow may be established between the fluid inlet and the fluid terminus; a sample introduction zone in the primary fluid path for introducing a sample to the primary fluid path; a sample collection zone for collecting a collected sample therein, the sample collection zone being located at a location upstream of the sample introduction zone in the primary fluid path; a sample collection zone outlet for facilitating removal of the collected sample from the sample collection zone; the sample separating device being arranged for communication with a sample moving system for moving the collected sample through the sample collection zone, thereby to move at least some of the collected sample from the sample collection zone to the sample collection zone outlet, characterised in that the sample separating device further comprises a sample extraction zone separated from the sample collection zone, the sample collection zone outlet being arranged to provide communication with the sample extraction zone, and the sample separating device further comprises a fluid flow inhibiting element located between the sample collection zone and the sample extraction zone for inhibiting fluid flow therebetween in the absence of operation of the sample moving system, and the fluid flow inhibiting element is a wall separating the sample collection zone and the sample extraction zone.
A container for receiving, in particular for storing and/or transporting, goods to be kept at a certain temperature or in a certain temperature range or to be cooled, comprising an upwardly open receiving portion for receiving the goods, wherein it further comprises a flexible and essentially two-dimensional separating means in the form of a flexible film having a peripheral edge and being attached to the receiving portion by means of only a partial edge portion of its peripheral edge, wherein the separating means can be moved away by a user in order to provide access to the receiving portion and can be moved back over the goods such that the separating means at least essentially covers the goods, wherein the receiving portion comprises a bottom wall and at least a side wall (16a-d), characterized in that the receiving portion further comprises a groove being formed in an interior surface of the bottom wall adjacent an intersection of the bottom wall with the side wall (16a-d).
Method, comprising the steps of: - (a) storing data by means of storage means; - (b) receiving input (113, 114) with a sensor of a communication device; - (c) determining with comparing means in response to an emergency signal an outcome of a comparison of the received input to at least a part of the stored data; and - (d) determining subject to the outcome whether communication means of the communication device must be activated so as to make contact with an alarm responder, characterized in that when the comparison has a positive outcome in the case of a match between the received input and at least a part of the data, the method after step (c) is continued from step (b) instead of step (d); and when the comparison has a negative outcome in the case there is no match between the received input and at least a part of the data, the communication device makes contact with the alarm responder in step (d). - (a) storing data by means of storage means; - (b) receiving input (113, 114) with a sensor of a communication device; - (c) determining with comparing means in response to an emergency signal an outcome of a comparison of the received input to at least a part of the stored data; and - (d) determining subject to the outcome whether communication means of the communication device must be activated so as to make contact with an alarm responder,