mhurhangee/ep-ind-claims huggingface dataset:
Device for mounting a module on a housing frame of a roll stand, comprising a housing frame of a roll stand, a module in the form of a subassembly with at least one roll fitting and at least one wedge element, which can be arranged between an abutment surface of the housing frame and a contact surface of the module, wherein the wedge element is displaceable parallel to a transport direction in which the material is moved through the roll stand, wherein the wedge element has a base surface extending parallel to the transport direction and a wedge surface arranged at an angle (α) thereto, wherein the module has a contact surface formed to be complementary with the wedge surface of the device, characterised in that the wedge element is arranged with respect to the housing frame or the module in such a way that an orthogonal to the base surface of the wedge element on the one hand extends horizontally and on the other hand is arranged transversely to the transport direction in such a way that a lateral spacing of the module from the centre of the strip course is variable through displacement of the wedge element parallel to the transport direction. a housing frame of a roll stand, a module in the form of a subassembly with at least one roll fitting and at least one wedge element, which can be arranged between an abutment surface of the housing frame and a contact surface of the module, wherein the wedge element is displaceable parallel to a transport direction in which the material is moved through the roll stand, wherein the wedge element has a base surface extending parallel to the transport direction and a wedge surface arranged at an angle (α) thereto, wherein the module has a contact surface formed to be complementary with the wedge surface of the device, characterised in that the wedge element is arranged with respect to the housing frame or the module in such a way that an orthogonal to the base surface of the wedge element on the one hand extends horizontally and on the other hand is arranged transversely to the transport direction in such a way that a lateral spacing of the module from the centre of the strip course is variable through displacement of the wedge element parallel to the transport direction.
Method for performing lambda control in an internal combustion engine with at least one catalytic converter which is arranged in an exhaust system of the internal combustion engine, wherein the exhaust system has a front lambda control circuit and a rear lambda control circuit with at least one rear oxygen sensor which is arranged downstream of the catalytic converter, wherein the rear lambda control circuit processes an output signal of the rear oxygen sensor, forms the difference value with respect to a rear setpoint lambda value and outputs a manipulated variable which acts on the setpoint lambda value of the front lambda control circuit characterized in that after the change of sign of the difference value a balanced quantity of oxygen is determined for a time interval since the change of sign, on the basis of the quantity of oxygen which is input into the catalytic converter and the discharged quantity of oxygen, and the manipulated variable of the rear lambda control circuit is additionally selected as a function of the balanced quantity of oxygen.
Sensor device (2, 2'), in particular an optical sensor device for object perception, with an electric circuit comprising at least one electrical oscillating circuit and an evaluation unit designed to distinguish an output state from a muted state of the oscillating circuit, whereby a change in the operating mode of the sensor device (2, 2') is assigned to the change between the output state and the muted state, characterized in that the evaluation unit is designed to distinguish a further muted state from the muted state, whereby a further operating mode of the sensor device (2, 2') is assigned to the change to the further muted state.
A low alloy oil-well steel pipe comprising a chemical composition consisting of: in mass%, C: more than 0.35 to 0.65%; Si: 0.05 to 0.50%; Mn: 0.10 to 1.00%; Cr: 0.40 to 1.50%; Mo: 0.50 to 2.00%; V: 0.05 to 0.25%; Nb: 0.01 to 0.04%; sol.Al: 0.005 to 0.10%; N: 0.007% or less; Ti: 0 to 0.012%; Ca: 0 to 0.005%; and a balance being Fe and impurities, the impurities including: P: 0.020% or less; S: 0.002% or less; O: 0.006% or less; Ni: 0.10% or less; Cu: 0.03% or less; and B: 0.0005% or less, wherein in a microstructure, a number of coarse cementite particles CN each of which has an equivalent circle diameter of 200 nm or more is 200 particles/100 μm 2 or more, as measured with the method described in the description and a yield strength is 827 MPa or more, as measured with the method described in the description, and wherein the microstructure is formed of tempered martensite and retained austenite of 0 to less than 2% in terms of a volume fraction, the volume fraction of retained austenite is measured with the method described in the description, and the grain size No. based on ASTM E112 of prior-austenite grains in the microstructure using a steel material after being quenched and before being tempered, or by using a tempered steel material, is 9.0 or more. in mass%, C: more than 0.35 to 0.65%; Si: 0.05 to 0.50%; Mn: 0.10 to 1.00%; Cr: 0.40 to 1.50%; Mo: 0.50 to 2.00%; V: 0.05 to 0.25%; Nb: 0.01 to 0.04%; sol.Al: 0.005 to 0.10%; N: 0.007% or less; Ti: 0 to 0.012%; Ca: 0 to 0.005%; and a balance being Fe and impurities, P: 0.020% or less; S: 0.002% or less; O: 0.006% or less; Ni: 0.10% or less; Cu: 0.03% or less; and B: 0.0005% or less,
A menstrual cup having a flared bottom portion, characterized in that it includes a plurality of non-convex grip surfaces (22, 24; 122, 124, 126) that are distributed in substantially axisymmetric manner at least on said flared bottom portion and that are configured so as to be able to be pinched between fingers in order to facilitate removal of the cup.
Casting filter, in particular for filtering and/or purifying a molten metal, having a cell structure for passing a molten metal and having a supporting structure for reinforcing the cell structure, the cell structure and/or the supporting structure being produced at least in sections from a ceramic material, the cell structure being formed by a plurality of cells which are bounded with respect to one another by cell walls, wherein at least one of the cells has a constant cross-sectional shape along a flow orientation, wherein at least one of the cell walls has a wall thickness of less than 1 mm and wherein the support structure is formed by at least one support wall which extends at least in sections between adjacent cells and the wall thickness of which is greater, at least in sections, than the wall thickness of a cell wall.
A table and chair self-balancing device, comprising a mounting housing, wherein an inner wall of the mounting housing is provided with an adjustment assembly; and the adjustment assembly comprises a cylinder shell; the cylinder shell is fixedly connected with the inner wall of the mounting housing; a bottom of an inner wall of the cylinder shell is fixedly connected with a return spring; a top end of the return spring is fixedly connected with a piston; an outer wall of the piston is sleeved with a first washer; a top end of the piston is provided with a push rod; a bottom of the push rod is fixedly connected with a threaded element; the threaded element is inserted into an inner wall of the piston; the top end of the piston is further provided with an adjusting spring; the adjusting spring is sleeved on an outer wall of the push rod; a top end of the adjusting spring is fixedly connected with a cover; the inner wall of the cylinder shell is provided with a silicone oil chamber; an inner wall of the silicone oil chamber is filled with silicone oil; the top end of the piston is further provided with a first flow port, and a side of the piston is provided with a second flow port; and an inner diameter of the second flow port is larger than an inner diameter of the first flow port.
JNK inhibitor peptide consisting of an amino acid sequence according to SEQ ID NO: 2 or chimeric peptide consisting of a first domain and a second domain linked by a covalent bond, the first domain comprising a trafficking sequence, and the second domain consisting of a JNK inhibitor sequence according to SEQ ID NO: 2, for use in a method of treating an autoimmune disorder selected from Lupus, Lupus erythematosus, and Sjögren's syndrome.
A fluid damper assembly for use in a vehicle comprising; a housing having a wall extending annularly about and along a center axis defining a fluid chamber for containing a hydraulic fluid, a piston subassembly (22, 24, 26) extending radially from said center axis to define a periphery disposed in said fluid chamber and defining an upper surface and a lower surface with said periphery extending axially therebetween and slidable between a rebound stroke and a compression stroke, said piston subassembly (22, 24, 26) defining a plurality of inflow passages for allowing the hydraulic fluid to flow through said piston subassembly (22, 24, 26) during the rebound stroke, a plurality of disks (34, 36) including a rebound disk disposed on said lower surface of said piston subassembly (22, 24, 26) for restricting flow of the hydraulic fluid through said inflow passages, a rod (37, 38, 40) extending along said center axis and through said piston subassembly (22, 24, 26) to a terminal end for actuating said piston subassembly (22, 24, 26) between the rebound stroke and the compression stroke, a retainer (56, 58) disposed on said rebound disk for engaging said rebound disk against said lower surface of said piston subassembly (22, 24, 26), a spring reacting with and disposed annularly about said terminal end of said rod (37, 38, 40) for biasing said retainer (56, 58) toward said rebound disk, characterized in that, the assembly further comprises an actuator (62, 64) supported by and within said rod (37, 38, 40) and connected to said retainer (56, 58) for moving said retainer (56, 58) axially to compress said spring along said center axis disengaging said retainer (56, 58) from said rebound disk to allow said rebound disk to flex solely in response to hydraulic fluid pressure from the rebound stroke to open said inflow passages of said piston subassembly (22, 24, 26) and reduce the damping force during the rebound stroke.
Circuitry comprising: a transformer circuit comprising first windings and second windings (103;104;105;106), the second windings being magnetically orthogonal to the first windings; first transistors (110;113) connected in series to provide a first voltage to a load, each of the first transistors being responsive to a first control signal that is based on a first signal through a first winding; second transistors (111;112) connected in series to provide a second voltage to the load, each of the second transistors being responsive to a second control signal that is based on the first signal through the first winding, wherein the first and second control signals cause the first transistors to operate in a different switching state than the second transistors; and control circuitry responsive to third signals received through the second windings and configured to override the first control signal and the second control signal to cause the first transistors and the second transistors to be non-conductive. a transformer circuit comprising first windings and second windings (103;104;105;106), the second windings being magnetically orthogonal to the first windings; first transistors (110;113) connected in series to provide a first voltage to a load, each of the first transistors being responsive to a first control signal that is based on a first signal through a first winding; second transistors (111;112) connected in series to provide a second voltage to the load, each of the second transistors being responsive to a second control signal that is based on the first signal through the first winding, wherein the first and second control signals cause the first transistors to operate in a different switching state than the second transistors; and control circuitry responsive to third signals received through the second windings and configured to override the first control signal and the second control signal to cause the first transistors and the second transistors to be non-conductive.
An information processing device comprising: an input information acquisition unit configured to receive a request for changing a display area displayed on a display device within a target image to be displayed, by at least enlarging or reducing the display area, the request being received via an input device controlled by a user; and a displayed image processing unit (104, 106, 114) configured to change the display area and render the image accordingly, in accordance with the request for changing the display area, characterised in that the displayed image processing unit (104, 106, 114) is configured to change the display area by an amount smaller than the amount of change included in the request when the display area enters a predefined magnification scale range and while the request for changing the display area remains in effect. an input information acquisition unit configured to receive a request for changing a display area displayed on a display device within a target image to be displayed, by at least enlarging or reducing the display area, the request being received via an input device controlled by a user; and a displayed image processing unit (104, 106, 114) configured to change the display area and render the image accordingly, in accordance with the request for changing the display area, characterised in that the displayed image processing unit (104, 106, 114) is configured to change the display area by an amount smaller than the amount of change included in the request when the display area enters a predefined magnification scale range and while the request for changing the display area remains in effect.
A centrifugal pump comprising: - an inlet conduit for letting a liquid into the centrifugal pump, - a delivery conduit for letting the liquid out of the centrifugal pump, - a bladed impeller, defining an axis, for circulating the liquid and ejecting it into a direction transversal to said axis, - a tubular body coaxial to said axis which delimits a pumping chamber wherein the impeller is accommodated, having a cylindrical lateral wall with an inner surface, characterized in that said pump comprises: - a cover which closes the pumping chamber and comprises an annular groove, - a heating element arranged inside the annular groove, wherein the extension of the pumping chamber along the axis is constant at said annular groove, wherein the centrifugal pump comprises a plurality of fins (6a, 6b) fixed to the inner surface of the cylindrical lateral wall, at an outlet section of said impeller wherein the fins (6a, 6b) have a helical profile with axis of the helix corresponding to the axis of the impeller, and wherein the fins (6a, 6b) are spaced from each other by a predetermined angular distance, so that the liquid ejected by the impeller is channelled at least initially into a portion of the pumping chamber in contact with the cover when the centrifugal pump is operating. - an inlet conduit for letting a liquid into the centrifugal pump, - a delivery conduit for letting the liquid out of the centrifugal pump, - a bladed impeller, defining an axis, for circulating the liquid and ejecting it into a direction transversal to said axis, - a tubular body coaxial to said axis which delimits a pumping chamber wherein the impeller is accommodated, having a cylindrical lateral wall with an inner surface, - a cover which closes the pumping chamber and comprises an annular groove, - a heating element arranged inside the annular groove,
A flushable or water-dispersible diagnostic testing device for testing urine comprising: - a body formed of a flexible material and configured to collect urine on a collection portion of the material forming the body; - one or more diagnostic channels integrated into a testing portion of the body, each diagnostic channel including at least one immunoassay configured to react with at least one analyte in a urine sample; and - a visual indicator integrated into the body configured to indicate at least one of the presence or the absence of the at least one analyte at a predetermined concentration of the at least one analyte; wherein the entire device is water dispersible. - a body formed of a flexible material and configured to collect urine on a collection portion of the material forming the body; - one or more diagnostic channels integrated into a testing portion of the body, each diagnostic channel including at least one immunoassay configured to react with at least one analyte in a urine sample; and - a visual indicator integrated into the body configured to indicate at least one of the presence or the absence of the at least one analyte at a predetermined concentration of the at least one analyte; wherein the entire device is water dispersible.
Foot platform with - a pivotably mounted foot rest element, the lower face of said foot rest element being supported by a spring, with - mechanical detent means for locking the foot rest element in a pivot position, and - a remotely controllable mechanical locking facility on the foot rest element for engaging in the mechanical detent means, characterised in that - the foot rest element is a foot rest plate, which is pivotably mounted on a housing of the foot platform, - the detent means have a perforated plate which is fastened to the housing in the pivot direction of the foot rest plate, and - the locking facility has a spring-loaded latching element in such an arrangement on the foot rest plate that it can be inserted into the holes in the perforated plate from the side. - a pivotably mounted foot rest element, the lower face of said foot rest element being supported by a spring, with - mechanical detent means for locking the foot rest element in a pivot position, and - a remotely controllable mechanical locking facility on the foot rest element for engaging in the mechanical detent means, characterised in that - the foot rest element is a foot rest plate, which is pivotably mounted on a housing of the foot platform, - the detent means have a perforated plate which is fastened to the housing in the pivot direction of the foot rest plate, and - the locking facility has a spring-loaded latching element in such an arrangement on the foot rest plate that it can be inserted into the holes in the perforated plate from the side.
A binding protein, comprising at least a first binding protein wherein the first binding protein is a ubiquitin mutein with specific binding affinity (K D) of less than 700 nM to a first epitope and wherein the ubiquitin mutein has a sequence identity of at least 80 % to the amino acid sequence defined by SEQ ID NO: 1 or by SEQ ID NO: 2 or by SEQ ID NO: 3 or by SEQ ID NO: 4, and at least a second binding protein wherein the second binding protein is a monoclonal antibody or a fragment thereof with binding specificity to a second epitope, and optionally a linker between at least the first binding protein and at least the second binding protein.
Method for internally cleaning cans having respective openings, characterised in that the respective can is held securely by adhesive means and/or by means of a clamp gripper gripping the can wall (1 b).
Process for copolymerizing at least one monomer from group A) consisting of dienes with at least one monomer from group B) selected from the group consisting of alkenes, vinyl acetate, acrylic acid derivatives and methacrylic acid derivatives using at least one switchable RAFT agent from the group of the N-methyl-N-(4-pyridinyl)dithiocarbamates of formula I): where R is an R group typical of RAFT polymerization, and where H + is a proton, and where addition of a proton donor (acid) gives the form of the agent depicted on the right and addition of a proton acceptor (base) gives the left-hand form of the agent. where R is an R group typical of RAFT polymerization, and where H + is a proton, and where addition of a proton donor (acid) gives the form of the agent depicted on the right and addition of a proton acceptor (base) gives the left-hand form of the agent.
A method for coupling independently operating WEB - and voice-portals in a telecommunication network comprising a telephone network and a data network, exchanges and analogue terminals, which are connected via a subscriber line circuit and a subscriber line with an exchange, or digital terminals (EG2, EG3), which are connected via a subscriber modem and splitter or a network termination and the subscriber lines with the exchange, wherein a multimodal dialogue-server is provided comprising a voice-server, a web-server and a dialog control and is connected to the telecommunication network, whereby: the voice-server is responsible for the generation or acceptance of an audio session, the web-server is responsible for the realization of visual sessions and a dialogue between an user of one of the terminals (EG1, EG2, EG3) and the dialogue control of the multimodal dialogue-server according to a user named WEB-Address and session-ID is performed in response to events generated by user interaction, the dialogue control determines a bandwidth requirement for a transmission of information to the respective terminal (EG1, EG2, EG3) and according to this requirement automatically switches on further communication channels, whereby a dynamic channel management and bandwidth control is achieved and whereby all voice inputs and all WEB-page changes generate special events evaluated by the dialog control of the multimodal dialogue-server and affecting the sequence of the dialogue, enabling an individual, interactive communication by an user of one of the terminals (EG1, EG2, EG3). the voice-server is responsible for the generation or acceptance of an audio session, the web-server is responsible for the realization of visual sessions and a dialogue between an user of one of the terminals (EG1, EG2, EG3) and the dialogue control of the multimodal dialogue-server according to a user named WEB-Address and session-ID is performed in response to events generated by user interaction, the dialogue control determines a bandwidth requirement for a transmission of information to the respective terminal (EG1, EG2, EG3) and according to this requirement automatically switches on further communication channels, whereby a dynamic channel management and bandwidth control is achieved and whereby all voice inputs and all WEB-page changes generate special events evaluated by the dialog control of the multimodal dialogue-server and affecting the sequence of the dialogue, enabling an individual, interactive communication by an user of one of the terminals (EG1, EG2, EG3).