mhurhangee/ep-ind-claims huggingface dataset:
A system for reducing iron oxide to metallic iron using coke oven gas, comprising: a direct reduction shaft furnace for providing off gas; a COG source for injecting COG into a reducing gas stream comprising at least a portion of the off gas; and the direct reduction shaft furnace reducing iron oxide to metallic iron using the reducing gas stream and injected COG; wherein COG is also provided in a separate stream to a transition zone of the direct reduction shaft furnace. a direct reduction shaft furnace for providing off gas; a COG source for injecting COG into a reducing gas stream comprising at least a portion of the off gas; and the direct reduction shaft furnace reducing iron oxide to metallic iron using the reducing gas stream and injected COG;
A method for receiving a signal by a user equipment, UE, in a wireless communication system supporting multiple component carriers, CCs, the method comprising: receiving a subframe including a plurality of Orthogonal Frequency Division Multiple Access, OFDM, symbols from a base station, BS; receiving (S703, S803, S903), through one or more contiguous OFDM symbols within the subframe from the base station, scheduling information associated with a specific CC allocated to the UE and a carrier indication field, CIF, which includes a value used to identify the specific CC; and obtaining identification information of the specific CC using the value included in the CIF, characterized in that the value is the same as a difference between an index of the specific CC and an index of a reference CC which has been UE-specifically determined by the base station among the multiple CCs. receiving a subframe including a plurality of Orthogonal Frequency Division Multiple Access, OFDM, symbols from a base station, BS; receiving (S703, S803, S903), through one or more contiguous OFDM symbols within the subframe from the base station, scheduling information associated with a specific CC allocated to the UE and a carrier indication field, CIF, which includes a value used to identify the specific CC; and obtaining identification information of the specific CC using the value included in the CIF, characterized in that the value is the same as a difference between an index of the specific CC and an index of a reference CC which has been UE-specifically determined by the base station among the multiple CCs.
Fifth wheel assembly comprising a primary coupling device and a fifth wheel plate, wherein the fifth wheel plate has a trailer surface, wherein the fifth wheel plate has an outwardly facing normal, wherein the fifth wheel plate has a retractable opening, wherein the primary coupling device comprises a base body, a drive and a plug-in element, wherein the base body is adapted to be fixed to the fifth wheel assembly and/or the trailer, wherein the plug-in element is displaceable relative to the base body by means of the drive in a displacement direction, characterised in that the displacement direction is aligned parallel to the direction in which the entry opening of the fifth wheel plate extends. wherein the fifth wheel plate has a trailer surface, wherein the fifth wheel plate has an outwardly facing normal, wherein the fifth wheel plate has a retractable opening, wherein the primary coupling device comprises a base body, a drive and a plug-in element, wherein the base body is adapted to be fixed to the fifth wheel assembly and/or the trailer, wherein the plug-in element is displaceable relative to the base body by means of the drive in a displacement direction, characterised in that the displacement direction is aligned parallel to the direction in which the entry opening of the fifth wheel plate extends.
Combination of an electromagnetic actuating device, in particular a proportional solenoid or a switching solenoid, and ferromagnetic annular discs of different axial thickness, wherein the electromagnetic actuating device comprises a solenoid armature which is guided so as to be axially movable in a pole tube of the actuating device, which pole tube is at least partially surrounded by a coil winding of the actuating device and is adjoined by a pole core of the actuating device via a separating region which forms a magnetic decoupling, wherein, when the coil winding is energised, a magnetic force acts on the armature which attempts to move the armature towards the pole core within a displacement chamber, wherein at least one insert of ferromagnetic material of a predetermined axial thickness in the form of one of the ferromagnetic annular discs is introduced between the armature and the pole core for a desired shortening of the axial length of the displacement chamber, wherein each of the annular discs is usable as such an insert depending on the desired shortening, wherein the part of the displacement chamber adjoining the separating region of the pole tube is formed by a recess in the pole core, which recess continues the guide of the armature formed by the pole tube and ends at the separating region in an edge forming a rim, wherein the insert in the form of the annular disc is applied to the bottom surface of the recess of the pole core.
Tooth front veneer configured as a solid body for placing onto a machined tooth so as to screen a front face of the tooth, composed of a material composition, wherein the material composition contains at least one organic binding agent, preferably comprising methacrylate, and preferably inorganic solids particles as a filler material, wherein the tooth front veneer on one of the end regions thereof, in the longitudinal section through the tooth front veneer, is configured so as to be hook-shaped or step-shaped, respectively, having a cutting edge in said end region, wherein the tooth front veneer outside the end region having the cutting edge has a maximum thickness of 0.6 mm and/or at the end of said front tooth veneer that is opposite the cutting edge peters out in a flat manner.
Use of an actuating drive for motor vehicle applications, specifically for implementing a locking mechanism on a charging socket in an electric or hybrid motor vehicle, comprising an electric motor and an actuating element which is acted upon indirectly or directly by the electric motor via a powertrain (2, 3, 4), characterized in that at least one Evoloid toothing (2, 3) is provided in the powertrain (2, 3, 4), a drive shaft of the electric motor also being equipped with an Evoloid pinion which meshes with an Evoloid output gear, thus directly producing the Evoloid toothing (2, 3), at the input of the powertrain (2, 3, 4), and the Evoloid pinion and the Evoloid output gear each being made of plastics material.
A sheet conveying apparatus for an image forming apparatus, comprising: a conveyance path along which a sheet can be conveyed; a plurality of conveyance rollers configured to move a sheet along the conveyance path; a wireless tag reader/writer configured to read information from, and write information to, a wireless tag of a sheet on the conveyance path; a phase change detector configured to detect a phase change of a response wave received by the wireless tag reader/writer from a wireless tag; a tag specifying unit configured to identify whether a wireless tag is moving along the conveyance path based on the detected phase change of the response wave from the wireless tag; and a controller configured to control the wireless tag reader/writer to write information to the wireless tag identified as moving along the conveyance path. a conveyance path along which a sheet can be conveyed; a plurality of conveyance rollers configured to move a sheet along the conveyance path; a wireless tag reader/writer configured to read information from, and write information to, a wireless tag of a sheet on the conveyance path; a phase change detector configured to detect a phase change of a response wave received by the wireless tag reader/writer from a wireless tag; a tag specifying unit configured to identify whether a wireless tag is moving along the conveyance path based on the detected phase change of the response wave from the wireless tag; and a controller configured to control the wireless tag reader/writer to write information to the wireless tag identified as moving along the conveyance path.
A spouted cup composed from flexible sheet material and comprising: a frusto-conically shaped base region; a bottom secured in an opening in the base region; and characterized in that: the base region comprises two flaps (103; 113) extending directly from the base region and delineated by a scored path, the two flaps (103; 113) opposing one another; the flaps (103; 113) configured such that when the flaps (103; 113) are both closed: the outer edge of each flap (103; 113) coincides with the scored path on the opposing flap; and the flaps (103; 113) define a single elevated drinking portion having a spout formed between an extension of the base region and at least one of the two flaps. a frusto-conically shaped base region; a bottom secured in an opening in the base region; and characterized in that: the base region comprises two flaps (103; 113) extending directly from the base region and delineated by a scored path, the two flaps (103; 113) opposing one another; the flaps (103; 113) configured such that when the flaps (103; 113) are both closed: the outer edge of each flap (103; 113) coincides with the scored path on the opposing flap; and the flaps (103; 113) define a single elevated drinking portion having a spout formed between an extension of the base region and at least one of the two flaps. the base region comprises two flaps (103; 113) extending directly from the base region and delineated by a scored path, the two flaps (103; 113) opposing one another; the flaps (103; 113) configured such that when the flaps (103; 113) are both closed: the outer edge of each flap (103; 113) coincides with the scored path on the opposing flap; and the flaps (103; 113) define a single elevated drinking portion having a spout formed between an extension of the base region and at least one of the two flaps. the outer edge of each flap (103; 113) coincides with the scored path on the opposing flap; and the flaps (103; 113) define a single elevated drinking portion having a spout formed between an extension of the base region and at least one of the two flaps.
A contactless card configured to be powered by an antenna connected to the input of a rectifier having its output coupled to a processing unit which may consume a first current, the contactless card comprising a current regulation circuit also connected to the output of the rectifier, capable of absorbing a second current such that the sum of the first and second currents is a constant current, characterized in that the processing unit is configured to provide a signal for enabling or disabling the current regulation circuit.
A reprogramming method for producing induced pluripotent stem cells (iPSC), comprising: a) transducing somatic differentiated cells with a vector expressing Δ133p53β isoform, Δ133p53γ isoform or both Δ133p53β and Δ133p53γ isoforms; b) culturing transduced somatic differentiated cells in a medium supporting their expansion; and c) isolating induced pluripotent stem cells. a) transducing somatic differentiated cells with a vector expressing Δ133p53β isoform, Δ133p53γ isoform or both Δ133p53β and Δ133p53γ isoforms; b) culturing transduced somatic differentiated cells in a medium supporting their expansion; and c) isolating induced pluripotent stem cells.
A test and measurement instrument, comprising: an asynchronous time-interleaved ATI digitizer; a compensation oscillator configured to provide a compensation signal to the ATI digitizer; a filter having filter coefficients; and a coefficient storage facility coupled to the filter, the coefficient storage facility configured to store at least two pre-determined filter coefficient sets, and configured to pass a selected one of the at least two pre-determined filter coefficient sets to the filter based on a measurement derived using the compensation oscillator. an asynchronous time-interleaved ATI digitizer; a compensation oscillator configured to provide a compensation signal to the ATI digitizer; a filter having filter coefficients; and a coefficient storage facility coupled to the filter, the coefficient storage facility configured to store at least two pre-determined filter coefficient sets, and configured to pass a selected one of the at least two pre-determined filter coefficient sets to the filter based on a measurement derived using the compensation oscillator.
A method of processing an alloy workpiece comprising: disposing a glass fabric directly onto at least a portion of a surface of an alloy workpiece; depositing glass particles onto at least a portion of the glass fabric; heating the glass fabric and the glass particles to form a molten glass surface coating on the alloy workpiece; and hot working the alloy workpiece with at least one of a die and a roll, wherein the die or the roll contacts the molten glass surface coating on the alloy workpiece. disposing a glass fabric directly onto at least a portion of a surface of an alloy workpiece; depositing glass particles onto at least a portion of the glass fabric; heating the glass fabric and the glass particles to form a molten glass surface coating on the alloy workpiece; and hot working the alloy workpiece with at least one of a die and a roll, wherein the die or the roll contacts the molten glass surface coating on the alloy workpiece.
An engine exhaust gas heat exchanger that is an exchanger of heat between engine exhaust gas and coolant and in which a plurality of apertures facing a coolant passage are provided in a circumferential direction and in an exhaust gas flow direction of an exhaust gas passage to allow the entire amount of exhaust gas to collide with the coolant passage, said engine exhaust gas heat exchanger comprising an exhaust gas purification catalyst characterized in that said engine exhaust gas heat exchanger is provided with multiple stages of a unit exhaust gas passage (3a, 3b, 3c) that is configured with a first exhaust gas passage in which a plane facing an inlet is blocked and that has a plurality of apertures in a circumferential direction and in a flow direction, and a second exhaust gas passage that has a dividing wall facing the apertures and also serving as the coolant passage and an outlet that also serves as an inlet of the first exhaust gas passage of a next stage (3b, 3c) or an outlet of the engine exhaust gas heat exchanger, and wherein a total area of the apertures in each unit exhaust gas passage (3a, 3b, 3c) is different for all stages (3a, 3b, 3c) or partially different and the more toward the lower stage, where the temperature difference between the engine exhaust gas temperature and the coolant temperature is smaller, the more reduced is the number of the apertures or the diameter of the apertures, and wherein said exhaust gas purification catalyst is partially or entirely accommodated in the first exhaust gas passage of a first-stage unit exhaust gas passage, and an exhaust gas temperature sensor is provided between an outlet plane of the catalyst and the blocked plane of the first exhaust gas passage.
Reciprocating-piston pump, having drive by way of an electromagnet which acts counter to a restoring spring, having a first displacement chamber and a second displacement chamber, which are separated by a piston moved by the electromagnet, and having a flow transfer valve device for connecting the two displacement chambers (3; 4) to one another, wherein the first displacement chamber is connected to an inlet by way of a valve device controlled by the piston, wherein the valve device permits a volume flow to the first displacement chamber, wherein, when the electromagnet is not electrically energized, the piston is pushed into its outlet-side end position by the restoring spring, and wherein, when the electromagnet is electrically energized, the piston is pushed into its inlet-side end position counter to the restoring spring, characterized in that the valve device limits the inflow of liquid into the first displacement chamber by temporary blockage of the volume flow to the first displacement space in a manner dependent on the position of the piston, in that the valve device contains a movable insert which is held in a closed rest position, in that, when the electromagnet is electrically energized, the piston interacts with the insert and releases the volume flow through the valve device into the first displacement chamber, and in that the limited inflow is smaller than the volumetric displacement capacity, made possible by the stroke of the piston, at a predefined working frequency of the reciprocating-piston pump.
A method for machining a work piece by a machining tool, comprising: defining a customized contact point on the machining tool by setting a contact point height of the machining tool; moving the machining tool against the work piece to apply predefined machining feeds; generating a default contact diameter (CD default) of the machining tool; generating a default movement speed (MS default) of the machining tool; generating a default revolution speed of spindle (RS default) of the machining tool; calculating the actual contact diameter (CD actual) in accordance with the customized contact point; modifying the actual revolution speed of spindle (RS actual) and/or the actual movement speed (MS actual), to keep the feed rate unchanged. defining a customized contact point on the machining tool by setting a contact point height of the machining tool; moving the machining tool against the work piece to apply predefined machining feeds; generating a default contact diameter (CD default) of the machining tool; generating a default movement speed (MS default) of the machining tool; generating a default revolution speed of spindle (RS default) of the machining tool; calculating the actual contact diameter (CD actual) in accordance with the customized contact point; modifying the actual revolution speed of spindle (RS actual) and/or the actual movement speed (MS actual), to keep the feed rate unchanged.
A female portion to form part of a thread joint for a bottom contact percussive drilling tool comprising: a mounting sleeve having an axial end, wherein the mounting sleeve surrounds an internal cavity having an axial inner wall at the opposing end of the mounting sleeve compared to the axial end; wherein the mounting sleeve has at least one substantially cylindrical internally threaded section having a length L 1, a thread entrance towards the axial end and a thread exit towards the axial inner wall; a thread clearance section positioned between the axial inner wall and the thread exit having a length L 2 and a diameter D 1; a guiding section positioned between the thread entrance and the axial end of the sleeve having a length, L 3; wherein L 1 is between 25-56 mm and the total length of L 1 + L 2 + L 3 is between 70 to 86 mm; characterized in that: 0 mm < L 3 − L 2 < 12 mm. a mounting sleeve having an axial end, wherein the mounting sleeve surrounds an internal cavity having an axial inner wall at the opposing end of the mounting sleeve compared to the axial end; wherein the mounting sleeve has at least one substantially cylindrical internally threaded section having a length L 1, a thread entrance towards the axial end and a thread exit towards the axial inner wall; a thread clearance section positioned between the axial inner wall and the thread exit having a length L 2 and a diameter D 1; a guiding section positioned between the thread entrance and the axial end of the sleeve having a length, L 3; wherein L 1 is between 25-56 mm and the total length of L 1 + L 2 + L 3 is between 70 to 86 mm; characterized in that: 0 mm < L 3 − L 2 < 12 mm.
Control method for controlling a modular furniture system with at least two furniture modules which can be moved electrically and independently of one another in a room, the furniture system comprising a control computer with at least one control interface for the user, wherein each furniture module is driven electrically by means of its own motor, wherein a linear drive is provided, by means of which each furniture module can be moved individually in cooperation with its own motor, wherein each furniture module further comprises a cable tension sensor system for position detection, wherein a mechanical force limiter is interposed between the motor and the linear drive, wherein the movement of each furniture module is controlled independently of other furniture modules by means of the control computer and the furniture module is moved by means of its motor when the control computer has received a trigger command from the user side, wherein the relevant furniture module is controlled by the control computer without further influence on the user side and by including a position signal from the cable tension sensor system until an end position is reached, and wherein the relevant furniture module is stopped when a stop condition or emergency stop condition is fulfilled.
An aquaculture environment control system, the system comprising: a plurality of discharge conduits (355A, 355B) positionable in a vessel configured to house one or more aquatic organisms, the discharge conduits including one or more orifices; a fluid source in fluid communication with the plurality of discharge conduits; a gas supply source in fluid communication with at least one of the plurality of discharge conduits (355A, 355B); wherein discharging fluid and gas from the plurality of discharge conduits (355A, 355B) into the vessel creates or maintains a current throughout fluid present within the vessel, wherein at least a portion of the fluid and gas discharged from one or more of the plurality of discharge conduits is discharged at an angle relative to a proximal vessel wall such that the fluid and gas converges upon the proximal vessel wall. a plurality of discharge conduits (355A, 355B) positionable in a vessel configured to house one or more aquatic organisms, the discharge conduits including one or more orifices; a fluid source in fluid communication with the plurality of discharge conduits; a gas supply source in fluid communication with at least one of the plurality of discharge conduits (355A, 355B); wherein discharging fluid and gas from the plurality of discharge conduits (355A, 355B) into the vessel creates or maintains a current throughout fluid present within the vessel, wherein at least a portion of the fluid and gas discharged from one or more of the plurality of discharge conduits is discharged at an angle relative to a proximal vessel wall such that the fluid and gas converges upon the proximal vessel wall.
A pre-bonded multilayer film for covering a bone defect site, in particular in the region of a jawbone, wherein the film comprises a shaping molding layer for shaping the film to the bone defect site and at least one cover layer (4, 4a, 4b) for covering the bone defect site, wherein the molding layer and the at least one cover layer (4, 4a, 4b) are substantially completely resorbable, and the molding layer at least partially and preferably substantially completely consists of a bioresorbable polymer material, characterized in that the at least one cover layer substantially completely consists of a bioresorbable collagen material.