mhurhangee/ep-ind-claims huggingface dataset:
Internal gear pump, in particular for a motor vehicle, for delivering a fluid, comprising - an internal gear with an internal toothed ring, - an external gear with an external toothed ring, - wherein the teeth of the internal gear and external gear (22, 24) engage into one another, - a working chamber which is formed between the internal gear and the external gear and which is divided into an inflow working chamber and an outflow working chamber, - an inflow channel, which opens into the inflow working chamber and which serves for the introduction of the fluid for delivery into the inflow working chamber, and an outflow channel, which opens into the outflow working chamber and which serves for the discharge of the fluid for delivery out of the outflow working chamber, wherein the inflow working chamber and the outflow working chamber are separated from one another at a tip point and at a meshing point between the internal gear and external gear (22, 24), - an electric motor with a stator and a rotor is integrated into the internal gear pump, and the external gear is formed by the rotor, and - the flanks of the teeth of the internal gear lie against the flanks of the teeth of the external gear in an engagement angle range, and a torque can be transmitted from the external gear to the internal gear in the engagement angle range, and the working chamber increases in size at the inflow working chamber, and the working chamber decreases in size at the outflow working chamber, characterized in that the inflow channel additionally opens partially into an angle range of the outflow working chamber, and the outflow channel is formed only in the engagement angle range between the internal gear and the external gear at the outflow working chamber. - an internal gear with an internal toothed ring, - an external gear with an external toothed ring, - wherein the teeth of the internal gear and external gear (22, 24) engage into one another, - a working chamber which is formed between the internal gear and the external gear and which is divided into an inflow working chamber and an outflow working chamber, - an inflow channel, which opens into the inflow working chamber and which serves for the introduction of the fluid for delivery into the inflow working chamber, and an outflow channel, which opens into the outflow working chamber and which serves for the discharge of the fluid for delivery out of the outflow working chamber, wherein the inflow working chamber and the outflow working chamber are separated from one another at a tip point and at a meshing point between the internal gear and external gear (22, 24), - an electric motor with a stator and a rotor is integrated into the internal gear pump, and the external gear is formed by the rotor, and - the flanks of the teeth of the internal gear lie against the flanks of the teeth of the external gear in an engagement angle range, and a torque can be transmitted from the external gear to the internal gear in the engagement angle range, and the working chamber increases in size at the inflow working chamber, and the working chamber decreases in size at the outflow working chamber,
A system for handling tubular body sections at a drilling site comprising: a drill platform having a derrick extending upwards therefrom, the drill platform and derrick defining a drill area; a first hoist connected to an upper part of the derrick for passing a tubular body through a drilling opening defined in the drill platform; at least one storage area being arranged within the drill area for storing a plurality of tubular lengths, each of the tubular lengths comprising at least two releasably interconnected tubular body sections; at least one preparation opening extending through the drill platform at a location spaced from the drilling opening and from the at least one storage area; a torquing tool for rotatably interconnecting tubular bodies at the at least one preparation opening to form tubular lengths; characterised by a first pipehandling device for transporting tubular bodies and tubular lengths from outside the drill area to the at least one preparation opening, said first pipehandling device having at least two separate gripping devices (24a, 24b) for independently gripping separate tubulars simultaneously; and a second pipehandling device for transporting tubular lengths between the at least one preparation opening, the at least one storage area, and the first hoist. a drill platform having a derrick extending upwards therefrom, the drill platform and derrick defining a drill area; a first hoist connected to an upper part of the derrick for passing a tubular body through a drilling opening defined in the drill platform; at least one storage area being arranged within the drill area for storing a plurality of tubular lengths, each of the tubular lengths comprising at least two releasably interconnected tubular body sections; at least one preparation opening extending through the drill platform at a location spaced from the drilling opening and from the at least one storage area; a torquing tool for rotatably interconnecting tubular bodies at the at least one preparation opening to form tubular lengths; characterised by a first pipehandling device for transporting tubular bodies and tubular lengths from outside the drill area to the at least one preparation opening, said first pipehandling device having at least two separate gripping devices (24a, 24b) for independently gripping separate tubulars simultaneously; and a second pipehandling device for transporting tubular lengths between the at least one preparation opening, the at least one storage area, and the first hoist.
A cooling unit comprising a plurality of components (7 - 20) which require supervision and maintenance and a control cubicle including equipment for controlling and supervising the cooling unit, the interior of the cooling unit comprises an open space in the following named a service area, designed to house a human working in the space, and said components and the control cubicle are arranged so that they are accessible from the service area, and the cooling unit is provided with an opening designed to allow a human to enter into the cooling unit and to enter the service area, characterized in that the cooling unit is arranged to recirculate a liquid to provide cooling, whereby the components comprise a circulation pump, and a motor for driving the circulation pump, and the control cubicle includes equipment for providing power supply to the motor for controlling start and stop of the motor, and the cooling unit comprises a control panel for controlling the cooling unit, which is arranged inside the cooling unit so that it is accessible from the service area and the at least one pump is controllable from said control panel, and the control panel is provided with means for achieving communication between a human in the service area and the equipment in the control cubical to enable the human to control and supervise the control unit.
Flexible duct element having a bellows or corrugated hose which has at least one corrugated portion and an adjoining terminal connection portion, characterised in that on at least one side of the bellows or corrugated hose, in the connection portion, an inherently stable spacer (3, 3') is joined to the bellows or corrugated hose, which spacer (3, 3') engages at least partly over the corrugated portion and is spaced apart radially therefrom, wherein on the spacer (3, 3') there is arranged an external component made of a thermal insulating material for external thermal insulation of the flexible duct element.
A wound dressing for use in the application of topical negative pressure therapy to a wound site, the wound dressing comprising: a transmission layer having a first layer comprising a plurality of openings each having a first open area; a further layer spaced apart from the first layer comprising a plurality of further openings each having a further open area; wherein said first layer is a lower layer and said further layer is an upper layer of the transmission layer; an air impermeable, moisture vapour permeable cover layer over the first and further layers of the transmission layer; an absorbent layer comprising absorbent material between said further layer and said cover layer; and wherein a region between the first and further layers comprises a portion of a flow path for air and/or wound exudate flowing from a wound site and said first open area is less than said further open area and characterized in that in the transmission layer is a knitted or woven spacer fabric transmission layer. a transmission layer having a first layer comprising a plurality of openings each having a first open area; a further layer spaced apart from the first layer comprising a plurality of further openings each having a further open area; wherein said first layer is a lower layer and said further layer is an upper layer of the transmission layer; an air impermeable, moisture vapour permeable cover layer over the first and further layers of the transmission layer; an absorbent layer comprising absorbent material between said further layer and said cover layer; and wherein a region between the first and further layers comprises a portion of a flow path for air and/or wound exudate flowing from a wound site and said first open area is less than said further open area and characterized in that in the transmission layer is a knitted or woven spacer fabric transmission layer.
An optical network unit, ONU, comprising: a receiver configured to receive a continuous-mode time-division multiple access, TDMA, downstream signal from an optical line terminal, OLT; a photodiode, PD, (203, 503, 603) coupled to the receiver and configured to convert the continuous-mode TDMA downstream signal to an electrical signal or a radio frequency, RF, signal; an analog-to-digital converter, ADC, (207, 507, 607) coupled to the PD (203, 503, 603) and configured to convert the electrical signal or the RF signal to a digital signal; and a burst-mode data recovery stage (223, 523, 623) coupled to the ADC (207, 507, 607) and configured to perform data recovery on a segment of the digital signal intended for the ONU, the burst-mode data recovery stage (223, 523, 623) comprises a synchronization stage configured to perform synchronization on the segment; the ONU further comprising a media access controller, MAC, (253, 553, 653) configured to provide TDMA burst timing information to the ADC (207, 507, 607), the synchronization stage, and the burst-mode data recovery stage (223, 523, 623). a receiver configured to receive a continuous-mode time-division multiple access, TDMA, downstream signal from an optical line terminal, OLT; a photodiode, PD, (203, 503, 603) coupled to the receiver and configured to convert the continuous-mode TDMA downstream signal to an electrical signal or a radio frequency, RF, signal; an analog-to-digital converter, ADC, (207, 507, 607) coupled to the PD (203, 503, 603) and configured to convert the electrical signal or the RF signal to a digital signal; and a burst-mode data recovery stage (223, 523, 623) coupled to the ADC (207, 507, 607) and configured to perform data recovery on a segment of the digital signal intended for the ONU, the burst-mode data recovery stage (223, 523, 623) comprises a synchronization stage configured to perform synchronization on the segment; the ONU further comprising a media access controller, MAC, (253, 553, 653) configured to provide TDMA burst timing information to the ADC (207, 507, 607), the synchronization stage, and the burst-mode data recovery stage (223, 523, 623).
A portable ultrasonic diagnostic system comprising: a portable ultrasonic diagnostic device; an ultrasonic diagnostic application installed in a portable terminal, wherein the ultrasound diagnostic application is configured to receive ultrasonic image data from the portable ultrasonic diagnostic device, and display an ultrasonic image through a display screen of the portable terminal; and an ultrasonic image server configured to store guiding ultrasonic images for various diagnosis locations and diagnosed parts, wherein the ultrasonic diagnostic application in the portable terminal is configured to transmit position information of the portable terminal and diagnosed part information to the ultrasonic image server, wherein the ultrasonic image server is configured to provide guiding ultrasonic images of a diagnosis location and a diagnosed part corresponding to the position information of the portable terminal and the diagnosed part information to the ultrasonic diagnostic application, and wherein the ultrasonic diagnostic application in the portable terminal is configured to display the ultrasonic image with a guiding ultrasonic image provided from the ultrasonic image server. a portable ultrasonic diagnostic device; an ultrasonic diagnostic application installed in a portable terminal, wherein the ultrasound diagnostic application is configured to receive ultrasonic image data from the portable ultrasonic diagnostic device, and display an ultrasonic image through a display screen of the portable terminal; and an ultrasonic image server configured to store guiding ultrasonic images for various diagnosis locations and diagnosed parts, wherein the ultrasonic diagnostic application in the portable terminal is configured to transmit position information of the portable terminal and diagnosed part information to the ultrasonic image server, wherein the ultrasonic image server is configured to provide guiding ultrasonic images of a diagnosis location and a diagnosed part corresponding to the position information of the portable terminal and the diagnosed part information to the ultrasonic diagnostic application, and wherein the ultrasonic diagnostic application in the portable terminal is configured to display the ultrasonic image with a guiding ultrasonic image provided from the ultrasonic image server.
Energy storage device comprising a battery having at least one battery cell and two poles, two terminal points (5, 6), which are connected directly or indirectly to a respective pole of the battery, for connection to an external electrical circuit for charging and discharging the battery, and a state of charge monitoring device for determining a state of charge of the battery, wherein the energy storage device comprises at least one additional energy storage element embodied differently than the battery cell, and a connection circuit for directly or indirectly connecting the energy storage element to at least one of the poles of the battery and at least one terminal point (5, 6), where the connection circuit is embodied and contacted in such a way that the energy storage element is charged and/or discharged with an energy storage element current that is in a predefined ratio to the total current through the energy storage device, wherein a voltage measuring device contacts the additional energy storage element in order to measure the energy storage voltage dropped across the energy storage element and the state of charge monitoring device is designed for determining the state of charge of the battery depending at least on the energy storage voltage, characterized in that the connection circuit galvanically isolates the battery from the energy storage element.
An electrode assembly for an electrochemical process comprising: a current supply device (2, 3); an elongated current distribution bar comprising first and second ends (10, 12); and a sheet-shaped electrode substrate (8, 9) attached to the current distribution bar and having a longitudinal extension, which is vertical in a mounted orientation, and a lateral extension, which is horizontal in the mounted orientation; wherein the current distribution bar comprises a first portion attached to the current supply device, a second portion extending along the electrode substrate, and a third portion extending between the first and second portions, wherein the current distribution bar is bent between its first and second ends, wherein the second portion at least partly extends longitudinally along the electrode substrate, and wherein the current supply device is laterally and longitudinally positioned beyond the electrode substrate. a current supply device (2, 3); an elongated current distribution bar comprising first and second ends (10, 12); and a sheet-shaped electrode substrate (8, 9) attached to the current distribution bar and having a longitudinal extension, which is vertical in a mounted orientation, and a lateral extension, which is horizontal in the mounted orientation; wherein the current distribution bar comprises a first portion attached to the current supply device, a second portion extending along the electrode substrate, and a third portion extending between the first and second portions, wherein the current distribution bar is bent between its first and second ends, wherein the second portion at least partly extends longitudinally along the electrode substrate, and wherein the current supply device is laterally and longitudinally positioned beyond the electrode substrate.
Hanging cable sleeve, arranged at a wind turbine, for at least one vertically extending cable (23, 24) of the wind turbine, characterized in that said hanging cable sleeve is of rod-shaped form, comprising a fire-resistant rising tube having an open lower end and having a fire-resistant seal in the upper region thereof, through which seal the at least one cable (23, 24) is guided, wherein a width of the interior space of the rising tube is such that the at least one cable (23, 24) is surrounded by a clearance.
A fluorine-containing copolymer that is a copolymer of a polyfluoroalkyl alcohol (meth)acrylic acid derivative represented by the general formula: C n F 2n+1 (CH 2 CF 2) a (CF 2 CF 2) b (CH 2 CH 2) c OCOCR=CH 2 wherein R is a hydrogen atom or a methyl group, n is an integer of 1 to 6, a is an integer of 1 to 4, b is an integer of 1 to 3, and c is an integer of 1 to 3; and a (meth)acrylic acid polyoxyalkylene ester represented by the general formula: R 1 (OR 2) p (OR 3) q OCOCR=CH 2 wherein R is a hydrogen atom or a methyl group, R 1 is a hydrogen atom, a linear or branched alkyl group having 1 to 30 carbon atoms, or an aromatic group, R 2 and R 3 are different each other and each is a linear or branched alkylene group having 1 to 6 carbon atoms, p is an integer of 1 to 100, and q is an integer of 0 or 1 to 50, provided that when p is 1 and q is 0, R 1 is an aforementioned alkyl group or an aromatic group; wherein the polyfluoroalkyl alcohol (meth)acrylic acid derivative of formula and the (meth)acrylic acid polyoxyalkylene ester of formula are copolymerized at a weight ratio of: which is 20 to 70: 80 to 30 (provided that the total of both is 100).
Method for erecting a tower, in particular a tower of a wind turbine, having the steps of: providing a foundation, placing a plurality of height adjustment units on the foundation, placing a load distribution ring on the plurality of height adjustment units, orientating and levelling the load distribution ring by adjusting the height adjustment units, and filling a joint between the foundation and the load distribution ring with a casting compound, placing a tower segment of the tower on the load distribution ring after the casting compound has reached a predetermined degree of strength, characterised in that the height adjustment units are sized in such a manner that together they can carry the weight of the load distribution ring but give way when such a large force acts on one of the plurality of the height adjustment units that a surface pressure which exceeds a limit value acts on the foundation as a result of the height adjustment units, wherein the height adjustment units are produced from plastics material. providing a foundation, placing a plurality of height adjustment units on the foundation, placing a load distribution ring on the plurality of height adjustment units, orientating and levelling the load distribution ring by adjusting the height adjustment units, and filling a joint between the foundation and the load distribution ring with a casting compound, placing a tower segment of the tower on the load distribution ring after the casting compound has reached a predetermined degree of strength, characterised in that the height adjustment units are sized in such a manner that together they can carry the weight of the load distribution ring but give way when such a large force acts on one of the plurality of the height adjustment units that a surface pressure which exceeds a limit value acts on the foundation as a result of the height adjustment units, wherein the height adjustment units are produced from plastics material.
A processor for a base station configured to perform operations comprising: configuring a first search space having a first search space identification, SearchSpaceId, in a special cell, SpCell, and a second search space having a second search space identification, SearchSpaceId, in a secondary cell, SCell, for monitoring control signaling that schedules operations on the SpCell, wherein the first SearchSpaceID and the second SearchSpaceID are the same; and transmitting a radio resource control, RRC, configuration to a user equipment, UE, wherein the RRC configuration configures the UE to monitor the first search space for scheduling of a first type of control signaling and the second search space for scheduling of a second type of control signaling, wherein the first type of control signaling includes downlink control information, DCI, Format 0_0 transmissions, DCI Format 1_0 transmissions, and an nrofCandidates information element, IE, from a physical downlink control channel, PDCCH, transmission and the second type of control signaling includes all other DCI transmissions and PDCCH IEs not included in the first type of control signaling.
Use of a support for supporting a first metal that exhibits a catalytic activity for methanation reaction of carbon monoxide, the support being formed of a carbonized material obtained by carbonizing raw materials being a mixture of an organic substance and Co as a second metal, wherein the support, when supporting Ni as the first metal, has: a ratio of a peak area in a range of from more than 853.5 eV to 860 eV or less to a peak area in a range of from 850 eV or more to 860 eV or less of 0.5 or more, the peak areas being obtained by XPS measurement of an electron state of 2p orbitals of the Ni; and a molar ratio of an H 2 desorption amount in a range of from 40°C to 800°C, which is obtained by an H 2 temperature-programmed desorption method after adsorbing H 2 onto the support under a stream of a 20 % H 2 gas with H 2:He = 10:40 ml/min at 40°C for 30 minutes, to a CO desorption amount in a range of from 40°C to 800°C, which is obtained by a CO temperature-programmed desorption method after adsorbing CO onto the support under a stream of a 16 % CO gas with CO:He = 8:42 ml/min at 40°C for 30 minutes, of 0.3 or more. a ratio of a peak area in a range of from more than 853.5 eV to 860 eV or less to a peak area in a range of from 850 eV or more to 860 eV or less of 0.5 or more, the peak areas being obtained by XPS measurement of an electron state of 2p orbitals of the Ni; and a molar ratio of an H 2 desorption amount in a range of from 40°C to 800°C, which is obtained by an H 2 temperature-programmed desorption method after adsorbing H 2 onto the support under a stream of a 20 % H 2 gas with H 2:He = 10:40 ml/min at 40°C for 30 minutes, to a CO desorption amount in a range of from 40°C to 800°C, which is obtained by a CO temperature-programmed desorption method after adsorbing CO onto the support under a stream of a 16 % CO gas with CO:He = 8:42 ml/min at 40°C for 30 minutes, of 0.3 or more.