mhurhangee/ep-ind-claims huggingface dataset:
Gaseous blowing agent metering apparatus comprising: a blowing agent delivery conduit connectable to a source of blowing agent and to a blowing agent port formed within a polymer processing apparatus, the conduit able to deliver blowing agent from the source to polymeric material within the polymer processing apparatus, the conduit including a section defining a restriction orifice; a pressure differential measuring device (36, 40, 44) constructed and arranged to measure the blowing agent pressure differential across the restriction orifice, and comprising an upstream pressure measuring device associated with the conduit positioned upstream of the restriction orifice and a downstream pressure measuring device associated with the conduit positioned downstream of the restriction orifice; an upstream pressure regulating device associated with the conduit upstream of the restriction orifice; and a controller coupled to and able to adjust the upstream pressure regulating device in response to inputs from the pressure differential measuring device, thereby to adjust the upstream pressure regulating device to provide a pressure differential corresponding to a selected flow rate; and characterized by: a temperature measuring device associated with the conduit or the restriction orifice, the controller able to adjust the upstream pressure regulating device in response to inputs from the temperature measuring device. a blowing agent delivery conduit connectable to a source of blowing agent and to a blowing agent port formed within a polymer processing apparatus, the conduit able to deliver blowing agent from the source to polymeric material within the polymer processing apparatus, the conduit including a section defining a restriction orifice; a pressure differential measuring device (36, 40, 44) constructed and arranged to measure the blowing agent pressure differential across the restriction orifice, and comprising an upstream pressure measuring device associated with the conduit positioned upstream of the restriction orifice and a downstream pressure measuring device associated with the conduit positioned downstream of the restriction orifice; an upstream pressure regulating device associated with the conduit upstream of the restriction orifice; and a controller coupled to and able to adjust the upstream pressure regulating device in response to inputs from the pressure differential measuring device, thereby to adjust the upstream pressure regulating device to provide a pressure differential corresponding to a selected flow rate; and characterized by: a temperature measuring device associated with the conduit or the restriction orifice, the controller able to adjust the upstream pressure regulating device in response to inputs from the temperature measuring device. a temperature measuring device associated with the conduit or the restriction orifice, the controller able to adjust the upstream pressure regulating device in response to inputs from the temperature measuring device.
Method for adjusting a control loop for a drive of a lift system, in particular for an electric motor drive, the control loop having a drive control loop and a feedforward control which prescribes a feedforward setpoint (i_q_vor*) for the drive control loop, the feedforward setpoint (i_q_vor*) being a function of at least one measurable variable (xK, LMS, a*) of the lift system and of at least one adjustable feedforward parameter (k1, k2, k3, m, O), characterized in that during startup of the lift system and/or during the operation of the lift system the feedforward parameter (k1, k2, k3, m, O) is automatically adjusted by means of an error minimization method which is used to minimize an error (e) between the feedforward setpoint (i_q_var*) and a drive setpoint (i_q*) applied by the feedforward setpoint (i_q*) applied by the feedforward setpoint (i-q-vor*) during a startup ride and/or during an operating ride.
A drive arrangement for a cable conveyor installation comprising: - a support frame, - a motor, - a pulley rotatable about an axis of rotation by the motor by way of a reduction transmission in the form of a planetary transmission, wherein the planetary transmission comprises: a centrally arranged sun gear which is rotatable about the axis of rotation and which is drivable by the output shaft of the motor or possibly an intermediate transmission, planetary gears which are mounted radially spaced from the sun gear and which cooperate with the sun gear, and a ring gear, wherein the ring gear cooperates with the planetary gears by way of a member having an internal tooth arrangement, - wherein the pulley has a central pulley opening in which the reduction transmission is arranged, characterised in that the pulley is mounted to the support frame by way of at least one annular bearing and that the radius of the at least one annular bearing is greater than the radial spacing (r) of the bearing means of the planetary gears from the axis of rotation. - a support frame, - a motor, - a pulley rotatable about an axis of rotation by the motor by way of a reduction transmission in the form of a planetary transmission, wherein the planetary transmission comprises: a centrally arranged sun gear which is rotatable about the axis of rotation and which is drivable by the output shaft of the motor or possibly an intermediate transmission, planetary gears which are mounted radially spaced from the sun gear and which cooperate with the sun gear, and a ring gear, wherein the ring gear cooperates with the planetary gears by way of a member having an internal tooth arrangement, a centrally arranged sun gear which is rotatable about the axis of rotation and which is drivable by the output shaft of the motor or possibly an intermediate transmission, planetary gears which are mounted radially spaced from the sun gear and which cooperate with the sun gear, and a ring gear, wherein the ring gear cooperates with the planetary gears by way of a member having an internal tooth arrangement, - wherein the pulley has a central pulley opening in which the reduction transmission is arranged,
System for producing hot water, comprising: - at least one water-based thermal solar collector; - at least one hot water tank; - intermediate means connected, on the one hand, to said one or more solar collectors and, on the other hand, to said hot water tank in order to supply said tank with hot water, characterised in that the intermediate means comprise: - means for establishing direct circulation of the water from the solar collectors in the hot water tank, the means for establishing direct circulation comprising a stratification chamber comprising an upstream conduit supplied by one of the solar collectors; and - a circuit for protecting against the effects of overheating, with the protection circuit being supplied by branching from the upstream conduit. - at least one water-based thermal solar collector; - at least one hot water tank; - intermediate means connected, on the one hand, to said one or more solar collectors and, on the other hand, to said hot water tank in order to supply said tank with hot water, - means for establishing direct circulation of the water from the solar collectors in the hot water tank, the means for establishing direct circulation comprising a stratification chamber comprising an upstream conduit supplied by one of the solar collectors; and - a circuit for protecting against the effects of overheating, with the protection circuit being supplied by branching from the upstream conduit.
Double raft foundation for buildings comprising: - a lower raft, - a layer of material with a low friction coefficient applied on the lower raft, - a platform comprising a plurality of coplanar slabs of material with a low friction coefficient, slidingly disposed on said layer of the lower raft, - an upper raft joined with said platform of slabs, and - a superstructure joined to the upper raft, wherein the upper raft is disposed on the lower raft in such manner that, in case of an earthquake, said platform of slabs of the upper raft can slide on said layer of the lower raft, allowing the upper raft to move relatively with respect to the lower raft, characterized in that the static sliding friction coefficient and the dynamic sliding friction coefficient between said layer of the lower raft and said slabs of the platform of the upper raft are equal to or lower than 0.04; wherein said layer of the lower raft is made of Teflon and said slabs of the platform of the upper raft are made of steel and/or Teflon, wherein said lower raft is shaped as a tank with raised perimeter walls in order to contain said upper raft; the double raft foundation further comprising dissipating- dampening devices and centering devices interposed between said perimeter walls of the lower raft and said upper raft to dampen the movement of the upper raft and center the upper raft with respect to the lower raft after an earthquake, and wherein said layer of the lower raft is a layer of Teflon with thickness of approximately 1-2 cm. - a lower raft, - a layer of material with a low friction coefficient applied on the lower raft, - a platform comprising a plurality of coplanar slabs of material with a low friction coefficient, slidingly disposed on said layer of the lower raft, - an upper raft joined with said platform of slabs, and - a superstructure joined to the upper raft, characterized in that the static sliding friction coefficient and the dynamic sliding friction coefficient between said layer of the lower raft and said slabs of the platform of the upper raft are equal to or lower than 0.04; wherein said layer of the lower raft is made of Teflon and said slabs of the platform of the upper raft are made of steel and/or Teflon, wherein said lower raft is shaped as a tank with raised perimeter walls in order to contain said upper raft; the double raft foundation further comprising dissipating- dampening devices and centering devices interposed between said perimeter walls of the lower raft and said upper raft to dampen the movement of the upper raft and center the upper raft with respect to the lower raft after an earthquake, and wherein said layer of the lower raft is a layer of Teflon with thickness of approximately 1-2 cm.
A brake disc for arrangement in a vehicle to rotate around a rotational axis of said brake disc when said vehicle is moving, and to allow reduction of a speed of said vehicle by pressing first and second brake pads against said brake disc resulting in frictional interaction between first and second brake pad surfaces and corresponding first and second annular braking surfaces on opposite sides of said brake disc, each of said first and second annular braking surfaces extending radially between an inner braking surface radius (R i) and an outer braking surface radius (R o) of said brake disc in relation to said rotational axis, wherein each of said first and second braking surfaces has an annular proximal portion, an annular distal portion further away from said rotational axis than said proximal portion, and an annular central portion between said proximal portion and said distal portion, said proximal portion, distal portion, and central portion having equal widths (r p), wherein at least one of said first and second braking surfaces is structured to protrude from a base plane (16a, 16b) perpendicular to said rotational axis to exhibit a surface profile cross-section (14a, 14b) with a plane including said rotational axis, wherein a protrusion distance (h a (r), h b (r)) along a normal to said base plane (16a, 16b) from said base plane (16a, 16b) to said surface profile cross-section (14a, 14b) varies with radial distance (r) from said rotational axis in such a way that a central portion average protrusion distance in said central portion is less than a proximal average protrusion distance in said proximal portion and a distal average protrusion distance in said distal portion, and wherein said protrusion distance (h a (r), h b (r)) as a function of radial distance (r) from said rotational axis exhibits a minimum protrusion distance (h a,min, h b,min) at a minimum protrusion radial position (R min) in said central portion, wherein said protrusion distance (h a (r), h b (r)) increases with increasing radial distance from said minimum protrusion radial position (R min) everywhere in said central portion, characterized in that said protrusion distance (h a (r), h b (r)) varies between said minimum protrusion distance (h a,min, h b,min) and a maximum protrusion distance (h a,max, h b,max), a difference between said minimum protrusion distance (h a,min, h b,min) and said maximum protrusion distance (h a,max, h b,max) being less than 20 percent of a minimum distance between said first and second annular braking surfaces.
Inhaler, particularly for a horse, with a reservoir for dispensing a medicament preparation held under excess pressure, with a discharge nozzle for forming an aerosol of the medicament preparation and with a chamber for holding and temporarily storing the aerosol, which comprises or forms, on the outlet side, a respiratory orifice adapter for a respiratory orifice, particularly a nostril, wherein the reservoir is secured in position, at least in the axial direction, wherein the axial direction is along or parallel to a central axis or an axis of symmetry of the reservoir, characterized in that the inhaler comprises an axially movable activating element, the medicament preparation being capable of being dispensed by the movement of the activating element. wherein the reservoir is secured in position, at least in the axial direction, wherein the axial direction is along or parallel to a central axis or an axis of symmetry of the reservoir, characterized in that the inhaler comprises an axially movable activating element, the medicament preparation being capable of being dispensed by the movement of the activating element.
A building block, comprising: a hollow and light transmittable brick, the brick having at least two studs projecting from a top of the brick and at least two tubes corresponding to the studs defined in a bottom of the brick; at least two electricity connection units, each electricity connection unit corresponding to a respective stud disposed in the brick, the electricity connection units having a positive conducting member (21; 51) and a negative conducting member (22; 52); and at least one light member disposed in the brick and electrically connected with the positive conducting member (21; 51) and the negative conducting member (22; 52); characterised in that each of the at least two electricity connection units has a positive conducting member (21; 51) and a negative conducting member (22; 52); in that the positive conducting members (21; 51) each have a first positive contact (211; 511) and a second positive contact (212; 512) disposed at two ends thereof; in that the negative conducting members (22; 52) each have a first negative contact (221; 521) and a second negative contact (222; 522) disposed at two ends thereof; and in that one of the first positive contacts (211; 511) and one of the first negative contacts (221; 521) are disposed in each of the studs, and one of the second positive contacts (212; 512) and one of the second negative contacts (222; 522) are disposed in each of the tubes. a hollow and light transmittable brick, the brick having at least two studs projecting from a top of the brick and at least two tubes corresponding to the studs defined in a bottom of the brick; at least two electricity connection units, each electricity connection unit corresponding to a respective stud disposed in the brick, the electricity connection units having a positive conducting member (21; 51) and a negative conducting member (22; 52); and at least one light member disposed in the brick and electrically connected with the positive conducting member (21; 51) and the negative conducting member (22; 52); characterised in that each of the at least two electricity connection units has a positive conducting member (21; 51) and a negative conducting member (22; 52); in that the positive conducting members (21; 51) each have a first positive contact (211; 511) and a second positive contact (212; 512) disposed at two ends thereof; in that the negative conducting members (22; 52) each have a first negative contact (221; 521) and a second negative contact (222; 522) disposed at two ends thereof; and in that one of the first positive contacts (211; 511) and one of the first negative contacts (221; 521) are disposed in each of the studs, and one of the second positive contacts (212; 512) and one of the second negative contacts (222; 522) are disposed in each of the tubes.
Absorbent product (8; 12, 16; 22; 25) comprising a chassis having a front and rear panel (17, 19) and an absorbent body having a wetting zone for receiving urine and other bodily fluids, the absorbent product comprising a nonwoven material arranged to be in contact with skin of a user during use of the absorbent product (8; 12, 16; 22; 25), wherein the nonwoven material is located outside the wetting zone and comprises at least on a skin contacting surface a mixture of non-absorbent and absorbent fibres, wherein the absorbent fibres are present in an amount of 2-10% by weight, based on the total weight of the fibres in the nonwoven material, and wherein the non-absorbent fibres have a coarseness of 3.5 to 10 dtex and the absorbent fibres have a coarseness of 1 to 10 dtex.
A multi-element electrochemical capacitor comprising at least one layer of electrical insulation film and alternating opposite-polarity electrode sheets (10, 20) placed thereon in succession and spaced apart by a porous ion-permeable separator, the electrode sheets (10, 20) and porous separator being coiled into a roll, each of the electrode sheets (10, 20) being a substrate of nonwoven polymer material having a high pore ratio and provided with at least one electrode (1, 2) attached to one side or both sides thereof, or embedded within the substrate in the form of an electrochemically active layer containing nano-sized particles of metals or their compounds, or redox polymers, the electrodes of the opposite-polarity electrode sheets being made of nano-structured carbon materials of different types, one of the nano-structured carbon materials having the largest possible specific surface area and a relatively low conductance, and the second nano-structured materials having a relatively large specific surface area and a relatively high conductance, the capacitor further comprising contact electrodes adapted to be connected to the central and peripheral electrodes (13, 14).
A metal powder core, characterized in that the metal powder core is constructed from soft magnetic material powder of Fe-based soft magnetic alloy (1, 2) and Cu powder, the soft magnetic material powder includes thin-plate shaped powder and granular powder, the thin-plate shaped powder has a grain diameter in a direction perpendicular to a thickness direction larger than 2 times of the thickness, the granular powder has an average grain diameter of 3 μm or more and a grain diameter of 50% or smaller of the thickness of the thin-plate shaped powder, the Cu powder is granular and has an average grain diameter of 2 μm or more and a grain diameter smaller than or equal to the thickness of the thin-plate shaped powder, and the metal powder core is constructed such that the Cu powder and the granular powder are dispersed among the thin-plate shaped powder, and the thin-plate shaped powder, the granular powder and the Cu powder are bound by a binder.
Method for displaying information on a display device (D1, D2) of a terminal, particularly a mobile terminal, wherein the terminal contains a microprocessor unit in which a normal runtime environment and a protected runtime environment are implemented, wherein display data (DD1, DD2, DD2', TDD2) for reproduction on the display device (D1, D2) can be provided via the normal runtime environment and the protected runtime environment, wherein provided display data are transferred via the normal runtime environment at least in part to the protected runtime environment, which checks whether the transferred display data meet one or more security criteria, wherein if the display data do not meet at least one security criterion then they are rejected or altered such that they can be distinguished from display data provided via the protected runtime environment during the subsequent reproduction on the display device (D1, D2), characterized in that the security criterion or security criteria comprise(s) the criterion that the transferred display data are distinguishable from display data provided via the protected runtime environment during the reproduction of said display data on the display device (D1, D2).
A self-cleaning needleless connector, comprising: a connector body defining a fluid passageway including an inlet and an outlet; a cover disposed over at least the inlet of the connector body; an access point disposed at an inlet end of the cover and adapted to move together with the cover between a first position and a second position and wherein in the first position the inlet is within the cover, and wherein in the second position the inlet is extended beyond the cover and is adapted to receive a male luer lock connector; a reservoir containing a cleaning agent; characterized in that the cover is rotatable about an axis of rotation that is generally aligned with the connector body and includes an abrasive surface disposed within the cover, the abrasive surface being in fluid communication with the cleaning agent and being adapted to contact an exterior surface of the inlet including a plurality of threads as the cover moves from the extended position to the retracted position. a connector body defining a fluid passageway including an inlet and an outlet; a cover disposed over at least the inlet of the connector body; an access point disposed at an inlet end of the cover and adapted to move together with the cover between a first position and a second position and wherein in the first position the inlet is within the cover, and wherein in the second position the inlet is extended beyond the cover and is adapted to receive a male luer lock connector; wherein in the first position the inlet is within the cover, and wherein in the second position the inlet is extended beyond the cover and is adapted to receive a male luer lock connector; a reservoir containing a cleaning agent;
A decorative body comprising: a plurality of solid shapes including an inclined face inclined in a direction that is not a direction of a bottom face configuring a surface of a tire side portion, or in a direction of a plane perpendicular to the bottom face, an incline angle of an inclined face (16At, 16Bt, 16Ct, 16Et, 16Ft, 16Ht) having a smallest incline angle with respect to the bottom face of a corresponding solid shape being set within a range of from 3° to 60° with respect to the bottom face; characterized by at least three types of the solid shapes having different vector orientations from each other when the tire side portion is viewed in plan view and when a vector is defined as an inclined face vector running in a direction from a center point of a highest location side toward a center point of lowest location side of the inclined face having the smallest incline angle. a plurality of solid shapes including an inclined face inclined in a direction that is not a direction of a bottom face configuring a surface of a tire side portion, or in a direction of a plane perpendicular to the bottom face, an incline angle of an inclined face (16At, 16Bt, 16Ct, 16Et, 16Ft, 16Ht) having a smallest incline angle with respect to the bottom face of a corresponding solid shape being set within a range of from 3° to 60° with respect to the bottom face; characterized by at least three types of the solid shapes having different vector orientations from each other when the tire side portion is viewed in plan view and when a vector is defined as an inclined face vector running in a direction from a center point of a highest location side toward a center point of lowest location side of the inclined face having the smallest incline angle.