mhurhangee/ep-ind-claims huggingface dataset:
A milking stable configured to house one animal at a time for milking of the animal, in particular for automatic milking of the animal, said milking stable comprising - a first long side wall element, - a second long side wall element located opposite to the first long side wall element, - a first short end wall element and an opposite second short end wall element, - an entrance door hingedly connected to the second long side element, and - an exit door hingedly connected to the second long side wall element, wherein the second long side wall element is displaceable in a direction towards and away from the first long side wall element, such that the width of the milking stable becomes adjustable. - a first long side wall element, - a second long side wall element located opposite to the first long side wall element, - a first short end wall element and an opposite second short end wall element, - an entrance door hingedly connected to the second long side element, and - an exit door hingedly connected to the second long side wall element, wherein the second long side wall element is displaceable in a direction towards and away from the first long side wall element, such that the width of the milking stable becomes adjustable.
A liquid storage container, comprising: a liquid storage portion configured and arranged to store liquid; a liquid supply portion having a liquid supply flow path provided in an interior of the liquid supply portion, the liquid supply flow path being configured and arranged to supply the liquid in the liquid storage portion to a liquid ejecting apparatus; characterized by a filter unit arranged inside of the liquid storage portion and connected to the liquid supply portion, the filter unit including a first opening connecting to the liquid supply flow path, a second opening connecting to an interior of the liquid storage portion, a connection flow path connecting the first opening and the second opening, a filter chamber arranged in the connection flow path with a filter being installed in the filter chamber, and a low pressure chamber connecting to the interior of the liquid storage portion at a different position from the connection flow path, the low pressure chamber having pressure lower than atmospheric pressure. a liquid storage portion configured and arranged to store liquid; a liquid supply portion having a liquid supply flow path provided in an interior of the liquid supply portion, the liquid supply flow path being configured and arranged to supply the liquid in the liquid storage portion to a liquid ejecting apparatus; characterized by a filter unit arranged inside of the liquid storage portion and connected to the liquid supply portion, the filter unit including a first opening connecting to the liquid supply flow path, a second opening connecting to an interior of the liquid storage portion, a connection flow path connecting the first opening and the second opening, a filter chamber arranged in the connection flow path with a filter being installed in the filter chamber, and a low pressure chamber connecting to the interior of the liquid storage portion at a different position from the connection flow path, the low pressure chamber having pressure lower than atmospheric pressure. a first opening connecting to the liquid supply flow path, a second opening connecting to an interior of the liquid storage portion, a connection flow path connecting the first opening and the second opening, a filter chamber arranged in the connection flow path with a filter being installed in the filter chamber, and a low pressure chamber connecting to the interior of the liquid storage portion at a different position from the connection flow path, the low pressure chamber having pressure lower than atmospheric pressure.
A method of fabricating a light tunnel, the method comprising: coating two flat surfaces with a reflective coating to define two reflective flat surfaces (14, 16); assembling two plates to form a plates stack, wherein all sidewalls on one side of the plates stack are parallel and facing the same direction; coating all sidewalls on one side of the plates stack in a single batch coating process to produce a coated stack with coated sidewalls, disassembling the two plates of the coated stack into two flat spacer plates (20, 22) with respective coated reflective sidewalls (24, 26); and securing the two reflective flat surfaces (14,16) and the two flat spacer plates (20, 22) together with the two reflective flat surfaces (14,16) facing each other and the two flat spacer plates (20,22) disposed along a single plane between the two facing reflective flat surfaces (14,16) and with the reflective sidewalls (24, 26) facing each other and orthogonal to the two reflective flat surfaces (14, 16), the two flat spacer plates (20,22) being arranged with a gap between the two facing reflective sidewalls (24,26), the two flat spacer plates (20,22) spacing apart the two facing reflective flat surfaces (14,16), whereby a light tunnel passage is defined by the two reflective facing flat surfaces (14, 16) and the two facing reflective sidewalls (24, 26). coating two flat surfaces with a reflective coating to define two reflective flat surfaces (14, 16); assembling two plates to form a plates stack, wherein all sidewalls on one side of the plates stack are parallel and facing the same direction; coating all sidewalls on one side of the plates stack in a single batch coating process to produce a coated stack with coated sidewalls, disassembling the two plates of the coated stack into two flat spacer plates (20, 22) with respective coated reflective sidewalls (24, 26); and securing the two reflective flat surfaces (14,16) and the two flat spacer plates (20, 22) together with the two reflective flat surfaces (14,16) facing each other and the two flat spacer plates (20,22) disposed along a single plane between the two facing reflective flat surfaces (14,16) and with the reflective sidewalls (24, 26) facing each other and orthogonal to the two reflective flat surfaces (14, 16), the two flat spacer plates (20,22) being arranged with a gap between the two facing reflective sidewalls (24,26), the two flat spacer plates (20,22) spacing apart the two facing reflective flat surfaces (14,16), whereby a light tunnel passage is defined by the two reflective facing flat surfaces (14, 16) and the two facing reflective sidewalls (24, 26).
A fluorocarbon emulsion comprising: a continuous aqueous phase and a discontinuous fluorocarbon phase, wherein the discontinuous fluorocarbon phase consists of perfluorooctyl bromide and perfluorodecyl bromide, wherein the perfluorooctyl bromide is present in the fluorocarbon emulsion at approximately 57 - 60% w/v of the total emulsion and the perfluorodecyl bromide is present in the emulsion at approximately 1 - 3% w/v of the total emulsion.
A method of processing a signal, the signal including physical data channels which have been channelized using spreading codes, the method characterized by: obtaining from the signal unoccupied code despread values, the unoccupied spreading codes being codes essentially unobscured by traffic data, wherein determining which of the spreading codes are unoccupied spreading codes is in accordance with one of: allocation information and received code power; using the unoccupied code despread values to form an impairment covariance matrix; and using the impairment covariance matrix in conjunction with channel estimates to form a processing parameter, wherein the processing parameter is one of a weighing parameter and a signal quality estimate; further comprising determining a selected number of unoccupied spreading codes from which to obtain the unoccupied code despread values as a function of a number of finger delays used for performing the despreading. obtaining from the signal unoccupied code despread values, the unoccupied spreading codes being codes essentially unobscured by traffic data, wherein determining which of the spreading codes are unoccupied spreading codes is in accordance with one of: allocation information and received code power; using the unoccupied code despread values to form an impairment covariance matrix; and using the impairment covariance matrix in conjunction with channel estimates to form a processing parameter, wherein the processing parameter is one of a weighing parameter and a signal quality estimate;
A system of dynamically changing a page allocator, the system comprising: a page allocator (200, 210, 220, 230, 240, 250, 260, 270) configured to allocate or deallocate a page corresponding to a memory address according to a request for allocating or deallocating the page; and a coordinator configured to determine a state of the system, and fork a child page allocator from the page allocator (200, 210, 220, 230, 240, 250, 260, 270), which serves as a parent page allocator, based on the determination; wherein, in response to determining that the state of the system is at least one of a state where communication between the plurality of page allocators (200, 210, 220, 230, 240, 250, 260, 270) is in an overhead state, a state where a number of requests for allocating or deallocating a page by the page allocator becomes lower than a reference value, a state where a workload of the page allocator is smaller than a reference value, and a state where a size of a whole free memory is smaller than a reference value, the coordinator is configured to merge the child page allocator (220, 230) into the parent page allocator. a page allocator (200, 210, 220, 230, 240, 250, 260, 270) configured to allocate or deallocate a page corresponding to a memory address according to a request for allocating or deallocating the page; and a coordinator configured to determine a state of the system, and fork a child page allocator from the page allocator (200, 210, 220, 230, 240, 250, 260, 270), which serves as a parent page allocator, based on the determination; wherein, in response to determining that the state of the system is at least one of a state where communication between the plurality of page allocators (200, 210, 220, 230, 240, 250, 260, 270) is in an overhead state, a state where a number of requests for allocating or deallocating a page by the page allocator becomes lower than a reference value, a state where a workload of the page allocator is smaller than a reference value, and a state where a size of a whole free memory is smaller than a reference value, the coordinator is configured to merge the child page allocator (220, 230) into the parent page allocator.
A gear motor for rolling up and unrolling a shutter for covering a swimming pool, which gear motor is electrically powered and includes a shaft mounted to turn in a stationary tubular structure, by means of two bearings mounted in respective ones of two flange plates that are secured to respective ones of the two transverse ends of said structure, in which gear motor at least one of the flanges is arranged, in directly integral manner or in separately mounted manner, to constitute a circular ring disposed concentrically with the shaft, and the circular ring is provided peripherally with magnets that are oriented radially relative to said shaft, the magnets being suitable for co-operating with magnets that are also oriented radially relative to the shaft and that are carried peripherally by a support member that is secured to said shaft, in such a manner as to avoid any axial thrust component, said gear motor being characterized in that the magnets on the ring are of opposing poles relative to the magnets on the support, with: - either the north poles of the magnets on the ring opposing the north poles of the magnets on the support; - or the south poles of the magnets on the ring opposing the south poles of the magnets on the support; and in that said magnets and are in the shape of cylindrical buttons fastened in respective ones of through openings formed through the thickness of the ring and in recesses formed at the periphery of the support so as to hold and to stop the shaft with torque of the same value as the torque of the gear motor, after the electrical power supply of said gear motor has been switched off. - either the north poles of the magnets on the ring opposing the north poles of the magnets on the support; - or the south poles of the magnets on the ring opposing the south poles of the magnets on the support; and in that said magnets and are in the shape of cylindrical buttons fastened in respective ones of through openings formed through the thickness of the ring and in recesses formed at the periphery of the support so as to hold and to stop the shaft with torque of the same value as the torque of the gear motor, after the electrical power supply of said gear motor has been switched off.
Method for monitoring and/or maintaining a conveyor system transporting separated piece goods, in particular packages, wherein the conveyor system has a display device extending at least in sections along a transport path for the piece goods, wherein the display device is designed to display at least one optical signal (9-14, 17, 21) at different points of the at least one transport path and wherein the display device is coupled to a control device, - in which the control device receives and/or determines information relating to the relationship of the actual conveyance of at least one piece good along the at least one transport path with respect to the predetermined conveyance of the at least one piece good along the at least one transport path, - in which an optical signal (9-13, 21) running along parallel to a piece good transported along the at least one transport path is displayed at least in sections by the display device and - in which the optical signal (9-13, 21) running along with the at least one piece good displays the relationship of the actual conveyance of at least one piece good along the at least one transport path with respect to the predetermined conveyance of the at least one piece good along the at least one transport path as a function of the respectively actual and/or predetermined location of the at least one piece good. - in which the control device receives and/or determines information relating to the relationship of the actual conveyance of at least one piece good along the at least one transport path with respect to the predetermined conveyance of the at least one piece good along the at least one transport path, - in which an optical signal (9-13, 21) running along parallel to a piece good transported along the at least one transport path is displayed at least in sections by the display device and - in which the optical signal (9-13, 21) running along with the at least one piece good displays the relationship of the actual conveyance of at least one piece good along the at least one transport path with respect to the predetermined conveyance of the at least one piece good along the at least one transport path as a function of the respectively actual and/or predetermined location of the at least one piece good.
Tool holder comprising a hollow taper shank chucking device having - a center axis, - a chucking device having at least one collet chuck which may be inserted into the hollow shaft of a tool, - a tension rod which is movable in the direction of the center axis and which cooperates with the at least one collet chuck in such a way that in a first function position of the tension rod the at least one collet chuck is pushed radially outwardly into a chucking position, and in a second function position of the tension rod the at least one collet chuck is able to yield radially inwardly in the direction of the center axis, and - an actuating unit which cooperates with the tension rod, - the actuating unit has an actuating element which is movable at an angle of preferably 90° relative to the center axis, and which includes at least one actuating part, - the tension rod has at least one engagement part, characterized in that - the actuating part and the engagement part form a wedge gear, so that the actuating part causes an axial displacement of the tension rod when the actuating element is radially displaced. - a center axis, - a chucking device having at least one collet chuck which may be inserted into the hollow shaft of a tool, - a tension rod which is movable in the direction of the center axis and which cooperates with the at least one collet chuck in such a way that in a first function position of the tension rod the at least one collet chuck is pushed radially outwardly into a chucking position, and in a second function position of the tension rod the at least one collet chuck is able to yield radially inwardly in the direction of the center axis, and - an actuating unit which cooperates with the tension rod, - the actuating unit has an actuating element which is movable at an angle of preferably 90° relative to the center axis, and which includes at least one actuating part, - the tension rod has at least one engagement part, characterized in that - the actuating part and the engagement part form a wedge gear, so that the actuating part causes an axial displacement of the tension rod when the actuating element is radially displaced.
An alignment device comprising an optical fiber cable having an optical fiber which has a fiber core and a fiber cladding, the optical fiber cable having a decoupling plug at a decoupling-side fiber end of the optical fiber, the decoupling plug having at least one cladding light sensor arranged behind the decoupling-side fiber end for measuring cladding light, which emerges from the end face of the fiber cladding at the decoupling-side fiber end, and wherein the decoupling plug has a deflection optic which is arranged between the decoupling-side fiber end and the cladding light sensor and which directs at least a portion of the emerged cladding light onto the at least one cladding light sensor, and a device for displacing an input-coupling-side fiber end of the optical fiber and/or an input-coupling optic, which is arranged in front of the input-coupling-side fiber end for coupling light into the fiber core, relative to one another in the direction at right angles to the fiber axis as a function of the sensor signal of the at least one cladding light sensor. an optical fiber cable having an optical fiber which has a fiber core and a fiber cladding, the optical fiber cable having a decoupling plug at a decoupling-side fiber end of the optical fiber, the decoupling plug having at least one cladding light sensor arranged behind the decoupling-side fiber end for measuring cladding light, which emerges from the end face of the fiber cladding at the decoupling-side fiber end, and wherein the decoupling plug has a deflection optic which is arranged between the decoupling-side fiber end and the cladding light sensor and which directs at least a portion of the emerged cladding light onto the at least one cladding light sensor, and a device for displacing an input-coupling-side fiber end of the optical fiber and/or an input-coupling optic, which is arranged in front of the input-coupling-side fiber end for coupling light into the fiber core, relative to one another in the direction at right angles to the fiber axis as a function of the sensor signal of the at least one cladding light sensor.
A scanning transmission electron microscope for measuring an amount of deflection of an electron beam occurring when it is transmitted through a sample, said electron microscope comprising: an electron beam source producing the electron beam; and an illumination lens system for focusing the electron beam onto the sample, characterized in the scanning electron microscope further comprises: an aperture having an electron beam blocking portion that provides a shield between a central portion and an outer peripheral portion of the cross section of the electron beam impinging on the sample; and a segmented detector having a detection surface for detecting electrons transmitted through the sample, the detection surface being divided into a plurality of detector segments (D1, D2, D3, D4). an electron beam source producing the electron beam; and an illumination lens system for focusing the electron beam onto the sample, characterized in the scanning electron microscope further comprises: an aperture having an electron beam blocking portion that provides a shield between a central portion and an outer peripheral portion of the cross section of the electron beam impinging on the sample; and a segmented detector having a detection surface for detecting electrons transmitted through the sample, the detection surface being divided into a plurality of detector segments (D1, D2, D3, D4). an aperture having an electron beam blocking portion that provides a shield between a central portion and an outer peripheral portion of the cross section of the electron beam impinging on the sample; and a segmented detector having a detection surface for detecting electrons transmitted through the sample, the detection surface being divided into a plurality of detector segments (D1, D2, D3, D4).
Brazed heat exchanger, in particular for motor vehicles, comprising a heat exchange bundle constituted by a plurality of tubes or the like, the ends of which are respectively fixed to two header boxes, the two header boxes each comprising a header plate and at least one part known as a "cover" intended to close said header box at least in part when fixed to said header plate and a sealing means situated between the header plate and the cover, each header plate comprising a plurality of openings or sockets intended for the fixing of a plurality of tubes or the like through which at least one fluid flows, said header plate extending along a planar surface, the plate having no groove or channel, the heat exchanger being characterized in that the distance between two adjacent openings or sockets or "tube pitch" (p), is less than 9.5 millimetres (mm).
A jug body for a jug, a. which comprises a thread in the lower area of the jug body, and b. at least part of said jug body is made of a material mainly containing a thermosetting plastic, characterised in that the thread depth of the first thread turn of the thread from the lower edge of the jug body is deeper than the thread depth of the last thread turn of said thread from the lower edge of said jug body. a. which comprises a thread in the lower area of the jug body, and b. at least part of said jug body is made of a material mainly containing a thermosetting plastic,
A method for specifically detecting and/or identifying OXA-48 carbapenemase-producing bacteria in a biological sample, comprising the steps consisting in: a) bringing the biological sample which may contain said bacteria into contact with a reaction medium comprising at least one chromogenic substrate which makes it possible to detect an enzymatic activity, temocillin at a concentration greater than or equal to 150 mg/l, preferably between 200 and 500 mg/l, and a divalent-cation-chelating agent of EDTA type, preferentially at a concentration of between 1.0 and 2.5 mmol/L. b) incubating the whole mixture so as to allow the bacteria to grow, and c) detecting the strains corresponding to the OXA-48 carbapenemase-producing bacteria. a) bringing the biological sample which may contain said bacteria into contact with a reaction medium comprising at least one chromogenic substrate which makes it possible to detect an enzymatic activity, temocillin at a concentration greater than or equal to 150 mg/l, preferably between 200 and 500 mg/l, and a divalent-cation-chelating agent of EDTA type, preferentially at a concentration of between 1.0 and 2.5 mmol/L. b) incubating the whole mixture so as to allow the bacteria to grow, and c) detecting the strains corresponding to the OXA-48 carbapenemase-producing bacteria.