mhurhangee/ep-ind-claims huggingface dataset:
Braking band of a disc for a ventilated-type disc brake, said braking band extending between an inner diameter, near to a disc rotation axis (X-X), and an outer diameter, far from said disc rotation.axis (X-X), said braking band comprising two plates (16, 18) mutually facing and defining an interspace, said plates (16, 18) being mutually linked by heat dissipation and connecting means or members, at least some of said connecting means being shaped as small columns projecting from a plate towards the opposite plate in the form of pillars, said pillars being grouped in more than one circumferentially arranged row or rank, the said rows or ranks being mutually concentrically arranged, wherein the rank arranged in the proximity of the band radially outer edge far from the band rotation axis (X-X) has at least some of said pillars having, in a plane substantially parallel to the air flow along the ventilation ducts, a substantially triangular transversal section with a base facing towards the disc outer part, and sides within the ventilation duct having a concave profile and said triangular transversal sections extend the sides thereof by overlapping the adjacent row or rank in the radial direction said adjacent row or rank having pillars with rhomboidal section that extends in the radial direction by a preset height, and in the tangential direction by a preset width, characterized in that said height has a preset value ranging between 1.5 and 2 folds the width.
A vehicle steering device, comprising: a manual steering means for manually steering steerable wheels in a vehicle; a steering-torque detection means for detecting a steering torque applied to the manual steering means; a first electromotive-torque determination means for determining a first electromotive-torque value based on the detected steering torque; a vehicle-behavior detection means (15, 16) for detecting behavior of the vehicle; a second electromotive-torque determination means for determining a second electromotive-torque value based on a detected value obtained by the vehicle-behavior detection means; an electric motor for applying a combined electromotive torque to the steerable wheels; and a current control means for controlling current supplied to the electric motor based on a value of the combined electromotive torque obtained by adding the first electromotive-torque value to the second electromotive-torque value, wherein the second electromotive-torque determination means resets the second electromotive-torque value to a value equal to or less than an upper-limit value when the second electromotive-torque value is greater than the upper-limit value, characterized in that the second electromotive-torque determination means changes the upper-limit value based on a combination of a direction indicated by the second electromotive-torque value and a steering direction of the manual steering means. a manual steering means for manually steering steerable wheels in a vehicle; a steering-torque detection means for detecting a steering torque applied to the manual steering means; a first electromotive-torque determination means for determining a first electromotive-torque value based on the detected steering torque; a vehicle-behavior detection means (15, 16) for detecting behavior of the vehicle; a second electromotive-torque determination means for determining a second electromotive-torque value based on a detected value obtained by the vehicle-behavior detection means; an electric motor for applying a combined electromotive torque to the steerable wheels; and a current control means for controlling current supplied to the electric motor based on a value of the combined electromotive torque obtained by adding the first electromotive-torque value to the second electromotive-torque value, wherein the second electromotive-torque determination means resets the second electromotive-torque value to a value equal to or less than an upper-limit value when the second electromotive-torque value is greater than the upper-limit value,
Drive device for a movable component, comprising a first fixing element which can be connected at a first end to a first rotationally symmetrical component (3, 7), and comprising a second rotationally symmetrical component (1, 11, 12) which can be moved relative to the first rotationally symmetrical component (3, 7) at the end of the latter that is opposite to the first fixing element, and which has, at its end opposite to the first fixing element, a second fixing element that can be fixed to the movable component, comprising a spindle drive having a threaded spindle and a spindle nut arranged on the threaded spindle, by means of which the first fixing element and the second fixing element can be movably driven axially relative to each other, wherein the spindle of the spindle drive can be rotationally driven by a drive shaft that can be rotationally driven reversibly about an axis of rotation by a rotary drive arranged in a housing so as to be fixed against rotation, the axis of rotation extending coaxially relative to the threaded spindle, and comprising a brake device, by means of which an axially relative converging movement of the first and second fixing element can be blocked by applying an axial force to the first and/or second rotationally symmetrical component (3, 7) (1, 11, 12), characterized in that the brake device is a wrap spring brake, which has a switching spring and a braking spring, which are wound in the axial direction, and the switching spring and the braking spring have different winding directions and are connected to each other at their respective ends, wherein, when the drive shaft is not driven in rotation, the switching spring on the first rotationally symmetrical component (3, 7) and the braking spring on the second rotationally symmetrical component (3, 7) (1, 11, 12) are radially in contact with a frictional connection and a rotational movement of the threaded spindle is blocked, wherein, when the drive shaft is driven in rotation in a first direction of rotation, the frictional connection of the switching spring to the first rotationally symmetrical component (3, 7) can be released, and when the drive shaft is driven in rotation in a second direction of rotation, the frictional connection of the braking spring to the second rotationally symmetrical component (1, 11, 12) can be released, and wherein the braking spring is in contact with the second rotationally symmetrical component (1, 11, 12) with a greater frictional torque than the switching spring is in contact with the first rotationally symmetrical component (3, 7), and the first rotationally symmetrical component (3, 7) is a cylindrical part of the threaded spindle or a first cylindrical element fixedly connected to the threaded spindle, wherein the cylindrical part of the threaded spindle or the cylindrical element is enclosed by the switching spring, and wherein the braking spring is in contact with its outer circumference on the cylindrical inner wall of the housing or an element fixedly connected to the housing.
A method for processing slag occurring in a combustion chamber of a refuse incineration plant that is produced by the refuse that is to be burned being burned on an incineration grate and at the same time conveyed in the direction of a slag removal device, wherein the incineration grate is formed at least in its end region that is facing the slag removal device as a separating grate, which has openings (46a-d), via which the combustion chamber is connected to a fine-slag discharge chamber (34; 34a-f), and at least one fine fraction of the slag is ejected through the openings (46; 46a-d) into the fine-slag discharge chamber (34; 34a-f) and discharged to the outside in a substantially dry state, and the remaining coarse fraction is fed to the slag removal device and discharged to the outside, wherein the average particle size of the at least one fine fraction is smaller than the average particle size of the coarse fraction, characterized in that the separating grate has at least in certain regions air feeds that are distributed over its entire width and via which air is fed in a controlled manner to the slag, and the air feeds are isolated from the openings (46; 46a-d) and formed separately.
A damper and valve actuator assembly, i.e. an actuator assembly for operating a damper or a valve, said actuator assembly comprising: a housing defining an open ended slot; a clamping device having two opposing members disposed within the open ended slot to attach onto either a damper assembly jackshaft (154,204), a valve linkage shaft, or a valve stem, the clamping device being accessible via the open-ended slot; and a motor configured to rotate the clamping device within the housing, characterized in that the two opposing members are configured to move toward one another at an equal rate to attach onto either the damper assembly jackshaft (154,204), the valve linkage shaft or the valve stem; wherein the assembly further comprises a threaded rod for operating the opposing members of the clamping device toward or away from each other; and wherein the housing further includes a rod slot through which a portion of the threaded rod extends, and the threaded rod is configured to move along the rod slot when the clamping device is rotated. a housing defining an open ended slot; a clamping device having two opposing members disposed within the open ended slot to attach onto either a damper assembly jackshaft (154,204), a valve linkage shaft, or a valve stem, the clamping device being accessible via the open-ended slot; and a motor configured to rotate the clamping device within the housing, characterized in that the two opposing members are configured to move toward one another at an equal rate to attach onto either the damper assembly jackshaft (154,204), the valve linkage shaft or the valve stem; wherein the assembly further comprises a threaded rod for operating the opposing members of the clamping device toward or away from each other; and wherein the housing further includes a rod slot through which a portion of the threaded rod extends, and the threaded rod is configured to move along the rod slot when the clamping device is rotated.
A neuromodulation system comprising: an external device (45, 50) for programming an implantable medical device, IMD, wherein the IMD comprises a plurality of electrodes implantable in a patient's spinal column, and wherein the external device comprises a non-transitory computer readable medium comprising instructions, which when executed by the external device configure the external device to: select a stimulation program defining a plurality of sequential pulses, wherein each pulse comprises a first phase having a first polarity and a second phase having a second polarity opposite of the first polarity, wherein the first and second phases are separated by an inter-phase interval, IPI; enable the IMD to apply the stimulation program to the patient's spinal cord using a plurality of differing IPIs; based on a determination of effectiveness of the stimulation program using the differing IPIs, determine a best IPI for addressing the patient's pain; and use the best IPI in programming the IMD; wherein the determination of effectiveness is based on one or more of patient feedback and an electrospinogram, ESG, trace. an external device (45, 50) for programming an implantable medical device, IMD, wherein the IMD comprises a plurality of electrodes implantable in a patient's spinal column, and wherein the external device comprises a non-transitory computer readable medium comprising instructions, which when executed by the external device configure the external device to: select a stimulation program defining a plurality of sequential pulses, wherein each pulse comprises a first phase having a first polarity and a second phase having a second polarity opposite of the first polarity, wherein the first and second phases are separated by an inter-phase interval, IPI; enable the IMD to apply the stimulation program to the patient's spinal cord using a plurality of differing IPIs; based on a determination of effectiveness of the stimulation program using the differing IPIs, determine a best IPI for addressing the patient's pain; and use the best IPI in programming the IMD; wherein the determination of effectiveness is based on one or more of patient feedback and an electrospinogram, ESG, trace. select a stimulation program defining a plurality of sequential pulses, wherein each pulse comprises a first phase having a first polarity and a second phase having a second polarity opposite of the first polarity, wherein the first and second phases are separated by an inter-phase interval, IPI; enable the IMD to apply the stimulation program to the patient's spinal cord using a plurality of differing IPIs; based on a determination of effectiveness of the stimulation program using the differing IPIs, determine a best IPI for addressing the patient's pain; and use the best IPI in programming the IMD; wherein the determination of effectiveness is based on one or more of patient feedback and an electrospinogram, ESG, trace.
A plant for the abatement of pollutants in fumes and process water coming from a recycling unit of rubber residues, in particular EPDM (ethylene-propylene-diene polymer) vulcanized rubber, which comprises a first treatment group of the fumes composed of at least one suction hood positioned above at least one extruder for the treatment of recovered EPDM material crushed for the treatment of fumes in at least one washing tower (11, 11A) and a second treatment and recovery group of process water consisting of at least one liquid ring vacuum pump for feeding a mixture of water and gas leaving said extruder towards a separator tank in order to separate water and gas, wherein said washing tower of the scrubber-Venturi type envisages the provision of a Venturi water jet fed by an atomizing pump with water coming from a tank fed at least with water leaving said washing tower, a subgroup (28, 35) of the plant also being connected to said tank, suitable for purifying the water with separation of the solid phase, and wherein said separator tank is connected to a collection tank, in turn connected to said at least one liquid ring vacuum pump and to said tank fed at least with water leaving said washing tower, a dosage pump of hydrogen peroxide also being associated with said tank, an accumulation tank also being envisaged, connected directly to said subgroup (28, 35) of the plant, suitable for purifying the water, in addition to said tank associated with said at least one washing tower (11, 11A), so as to create a continuous and closed water purification cycle during the abatement activity and regenerating process.
Temperature control device for heating and/or cooling gases or gas mixtures, in particular for use in the field of respiratory protection, the temperature control device comprising a housing, a compressed air inlet, a supply outlet and a vortex tube having an air inlet, a warm air outlet and a cold air outlet, the vortex tube of the temperature control device being installable in at least two final assembly arrangements, there being a fluid-conducting connection between the cold air outlet of the vortex tube and the supply outlet of the temperature control device in a first final assembly arrangement of the vortex tube, and a fluid-conducting connection between the warm air outlet of the vortex tube and the supply outlet of the temperature control device in a second final assembly arrangement, characterized in that the housing consists of at least a main body and an exhaust air cap and a supply cap, the main body having a cold air side and a warm air side, and the main body being connected to the supply cap on its cold air side in the first final assembly arrangement, and being connected to the supply cap on its warm air side in the second final assembly arrangement, and the main body being connected to the exhaust air cap on its warm air side in the first final assembly arrangement, and being connected to the exhaust air cap on its cold air side in the second final assembly arrangement, the exhaust air cap having an exhaust air outlet which creates a fluid-conducting connection between the interior of the housing and the surroundings, the cross-sectional area of the fluid-conducting connection between the interior of the housing and the surroundings being changeable at least at one point by means of a throttle valve, the exhaust air outlet being fluidically connected to the warm air outlet of the vortex tube in the first final assembly arrangement, and the exhaust air outlet being fluidically connected to the cold air outlet of the vortex tube in the second final assembly arrangement.
A device for depositing paste patterns, in particular of ignition charge, on the surface of the channel of a tube, in particular a combustible tube, the device comprising a frame supporting a first mechanical assembly A for holding, positioning and moving the tube, and a second mechanical assembly B for extruding paste for depositing said paste patterns, the assemblies A and B cooperating with one another, Characterized in that assembly A: - comprises a first table mounted on a second table, these two tables enabling the movement along a horizontal axis Y positioned along the central axis of the tube and along an axis X positioned in the horizontal direction orthogonal to the axis Y, and - incorporates on the first table a system for holding and rotating the tube along an axis of rotation Z. - comprises a first table mounted on a second table, these two tables enabling the movement along a horizontal axis Y positioned along the central axis of the tube and along an axis X positioned in the horizontal direction orthogonal to the axis Y, and - incorporates on the first table a system for holding and rotating the tube along an axis of rotation Z.
A crystalline form of 1, 1, 1,3,3,3-hexafluoropropan-2-yl 4-(2-(pyrrolidin-1-yl)-4-(trifluoromethyl)benzyl)piperazine-1-carboxylate fumarate salt having an X-ray powder diffraction (XRPD) pattern with characteristic peaks at 13.6° 2-Theta, 14.1° 2-Theta, 14.3° 2-Theta, 20.0° 2-Theta, and 21.9° 2-Theta.
A mobile device, comprising: a battery; a short-range wireless communication chip set and a secure element incorporated into the battery; wherein the SRW chip set is configured to sense proximity to a point of sales terminal by deriving power from an energy field generated by the point of sales terminal and, in response, initiate bootup of the mobile device, and power up only the SRW chip set and the secure element. a battery; a short-range wireless communication chip set and a secure element incorporated into the battery; wherein the SRW chip set is configured to sense proximity to a point of sales terminal by deriving power from an energy field generated by the point of sales terminal and, in response, initiate bootup of the mobile device, and power up only the SRW chip set and the secure element.
Data input device (10; 40; 45) comprising a designator (11; 41; 46) able to point to a position on a screen of a computer system, to which the device is intended to be connected, and a body intended to be fixed on a workstation, the body comprising a support zone (17, 18) intended to support the hand of one or two operators as he/they manipulate(s) the designator (11; 41; 46), a palm rest on which the support zone (17, 18) is provided, the palm rest extending mainly according to an arc having two ends and closing up towards a zone intended to receive the fingers of the operator's hand manipulating the designator (11; 41; 46), two buttons (20, 21), each disposed at one end of the arc and disposed so as to be operated by the fingers of an operator, either by the same operator or by two operators (31, 32) positioned differently in relation to the designator (11; 41; 46), the hand of the operator or operators remaining in contact with the support zone (17, 18), the buttons (20, 21) being each configured to allow at least two distinct selections (23, 24, 25) of data including a choice of values in a series and a binary acquisition in relation to the chosen value, each of the knobs (20, 21) comprising a rotary ring rotating about an axis and allowing the choice of values in a series, the ring having a first zone and a second zone which are joined together and both having a substantially frustoconical shape extending around the axis, on which zones the operator can place his fingers, a smaller diameter (d) of the first zone about the axis being greater than or equal to a larger diameter (d) of the second zone about the axis, by defining a vertex angle α2 of the first zone and a vertex angle α1 of the second zone, the vertex angles satisfying the relationship: 0 ° ≤ α 1 < α 2 ≤ 90 °.
An ophthalmic composition including a mixture of lipid nano-dispersion and gel substrate, wherein the lipid nano-dispersion includes a first lipid, a second lipid, and emulsifier; in which the first lipid exists in form of solid lipid as staring material, and the second lipid exists in form of liquid lipid as staring material.
A camera lens module including an automatic focus driving unit; image stabilization driving units; an image stabilization carrier configured to accommodate a lens barrel and driven by the image stabilization driving units; an automatic focus carrier being driven by the automatic focus driving unit; and a base configured to accommodate the automatic focus carrier so that the automatic focus carrier is movable forwards and rearwards in a direction of an optical axis, characterized in that the automatic focus drivina unit is disposed at a corner of the camera lens module, the image stabilization driving units are disposed perpendicular to each other at a surface or corner of the camera lens module opposite to the corner at which the automatic focus driving unit is located and the image stabilization carrier is loaded on the automatic focus carrier and wherein when the automatic focus carrier moves in the optical axis by the automatic focus driving unit, the image stabilization carrier loaded on the automatic focus carrier is moved together with the automatic focus carrier in the optical axis.
An anti c-Met antibody or antigen-binding fragment thereof comprising: a heavy chain variable region comprising the following heavy chain complementarity determining regions (CDRs): a) CDR-H1 having an amino acid sequence of SEQ ID NO: 1, b) CDR-H2 having an amino acid sequence of SEQ ID NO: 2, and c) CDR-H3 having an amino acid sequence of SEQ ID NO: 3; and a light chain variable region comprising the following light chain CDRs: a) CDR-L1 having an amino acid sequence of SEQ ID NO: 10 or 71, b) CDR-L2 having an amino acid sequence of SEQ ID NO: 11, and c) CDR-L3 having an amino acid sequence of SEQ ID NO: 13, 14, 15, or 16. a heavy chain variable region comprising the following heavy chain complementarity determining regions (CDRs): a) CDR-H1 having an amino acid sequence of SEQ ID NO: 1, b) CDR-H2 having an amino acid sequence of SEQ ID NO: 2, and c) CDR-H3 having an amino acid sequence of SEQ ID NO: 3; and a light chain variable region comprising the following light chain CDRs: a) CDR-L1 having an amino acid sequence of SEQ ID NO: 10 or 71, b) CDR-L2 having an amino acid sequence of SEQ ID NO: 11, and c) CDR-L3 having an amino acid sequence of SEQ ID NO: 13, 14, 15, or 16.