mhurhangee/ep-ind-claims huggingface dataset:
A processing apparatus for producing a point-through-air nonwoven fabric wherein hot air is allowed to penetrate through spots of a web comprising synthetic fibers or a sheet-like article comprising synthetic fibres and fibers at the penetration sites are thermally bonded, characterised by comprising: a rotating running endless belt with holes, a hot-air blowing apparatus which blows out hot air from an internal side of the endless belt with holes toward an outer side thereof, an endless belt for fiber conveyance which is arranged on a side opposite to the hot-air blowing side of the hot-air blowing apparatus across the endless belt with holes and rotates with passing the hot-air therethrough, and a hot-air sucking apparatus which sucks a part or all amount of the hot air supplied from the hot-air blowing apparatus on an internal side of the endless belt for fiber conveyance, wherein the processing apparatus is able to produce a point-through-air nonwoven fabric wherein fibers are partly heat-bonded by holding the web or the sheet-like material comprising synthetic fibers between the endless belt with holes and the endless belt for fiber conveyance and passing hot air from the hot-air blowing apparatus through the holes of the endless belt with holes to penetrate through the web or sheet-like material. a rotating running endless belt with holes, a hot-air blowing apparatus which blows out hot air from an internal side of the endless belt with holes toward an outer side thereof, an endless belt for fiber conveyance which is arranged on a side opposite to the hot-air blowing side of the hot-air blowing apparatus across the endless belt with holes and rotates with passing the hot-air therethrough, and a hot-air sucking apparatus which sucks a part or all amount of the hot air supplied from the hot-air blowing apparatus on an internal side of the endless belt for fiber conveyance,
A multi-shaft laminated spiral solid-liquid separator with a pendulum motion, comprising: fixed rings, movable rings and screw shafts, wherein each of the screw shafts is provided with the fixed rings and the movable rings in a staggered arrangement in a radial direction to form a cavity; the two or more screw shafts arranged in the cavity side by side, and the fixed rings and the movable rings are in the form of an annular structure with two rings staggered and communicated or multiple rings staggered and communicated; the separator further comprises a primary drive rod, a secondary drive rod, and a guide rod, wherein the primary drive rod is connected to an independent drive motor, or is connected to the screw shafts via a transmission mechanism; the primary drive rod is supported by two or more support devices, and one or more eccentric devices are provided on the primary drive rod; each of the eccentric devices is connected to the secondary drive rod via a drive sheet; the secondary drive rod is sleeved in the lower ends of the movable rings and connects all of the movable rings together to form one piece; the guide rod passes through the upper ends of the movable rings and connects all of the movable rings together to form one piece; and the secondary drive rod drives the lower ends of the movable rings to make a pendulum motion while the guide rod drives the movable rings to move up and down by means of a linear guide device; and the transmission mechanism or the drive motor drives the primary drive rod to move, the eccentric devices on the primary drive rod drive the secondary drive rod to move, and the secondary drive rod drives all the movable rings to move. the two or more screw shafts arranged in the cavity side by side, and the fixed rings and the movable rings are in the form of an annular structure with two rings staggered and communicated or multiple rings staggered and communicated; the separator further comprises a primary drive rod, a secondary drive rod, and a guide rod, wherein the primary drive rod is connected to an independent drive motor, or is connected to the screw shafts via a transmission mechanism; the primary drive rod is supported by two or more support devices, and one or more eccentric devices are provided on the primary drive rod; each of the eccentric devices is connected to the secondary drive rod via a drive sheet; the secondary drive rod is sleeved in the lower ends of the movable rings and connects all of the movable rings together to form one piece; the guide rod passes through the upper ends of the movable rings and connects all of the movable rings together to form one piece; and the secondary drive rod drives the lower ends of the movable rings to make a pendulum motion while the guide rod drives the movable rings to move up and down by means of a linear guide device; and the transmission mechanism or the drive motor drives the primary drive rod to move, the eccentric devices on the primary drive rod drive the secondary drive rod to move, and the secondary drive rod drives all the movable rings to move.
A surgical robotic access system providing instrument access into a patient's body, the surgical robotic access system comprising: a surgical robotic access platform having a proximal portion disposed externally to a patient's body and a distal portion positioned within a patient's body, the proximal portion of the surgical robotic access platform including a flexible seal; and a robotic insertion tube having a proximal end disposed away from the proximal portion of the surgical robotic access platform characterised by said robotic insertion tube having a distal end embedded in the flexible seal of the surgical robotic access platform, the robotic insertion tube having a lumen extending between the proximal end of the robotic insertion tube to the distal end of the robotic insertion tube through which a surgical robotic manipulator is insertable therethrough and through the flexible seal, wherein the flexible seal has a cavity defined by a reduced layer of thickness of the flexible seal, and wherein the robotic insertion tube is at least partially embedded in the flexible seal in an area associated with the cavity to assist in the insertion of the surgical robotic manipulator therethrough, and wherein a portion of the flexible seal disposed around and surrounding the cavity is configured to secure a connection between the robotic insertion tube with the flexible seal. a surgical robotic access platform having a proximal portion disposed externally to a patient's body and a distal portion positioned within a patient's body, the proximal portion of the surgical robotic access platform including a flexible seal; and a robotic insertion tube having a proximal end disposed away from the proximal portion of the surgical robotic access platform characterised by said robotic insertion tube having a distal end embedded in the flexible seal of the surgical robotic access platform, the robotic insertion tube having a lumen extending between the proximal end of the robotic insertion tube to the distal end of the robotic insertion tube through which a surgical robotic manipulator is insertable therethrough and through the flexible seal, wherein the flexible seal has a cavity defined by a reduced layer of thickness of the flexible seal, and wherein the robotic insertion tube is at least partially embedded in the flexible seal in an area associated with the cavity to assist in the insertion of the surgical robotic manipulator therethrough, and wherein a portion of the flexible seal disposed around and surrounding the cavity is configured to secure a connection between the robotic insertion tube with the flexible seal.
A cleaning product comprising a spray dispenser and a cleaning composition suitable for spraying and foaming, the composition housed in the spray dispenser wherein the composition comprises: i) from 7% to 12% by weight of the composition of a surfactant system, wherein the surfactant system comprises an anionic surfactant and a co-surfactant, wherein the co-surfactant is selected from the group consisting of amphoteric surfactant, zwitterionic surfactant and mixtures thereof, preferably an amphoteric surfactant; and ii) from 1% to 15%, preferably from 1.5% to 10%, more preferably from 2% to 8%, most preferably from 3% to 7% by weight of the composition of a linear or branched low cut alcohol alkoxylate non-ionic surfactant with an average alkyl carbon chain length of C10 and below and comprising on average from 3 to 7 alkoxy preferably ethoxy groups, more preferably a linear C6 alcohol ethoxylate non-ionic surfactant comprising on average from 3 to 7 EO, preferably from 4 to 6 EO, more preferably 5 EO; wherein the surfactant system described under i) excludes the low cut alcohol alkoxylate non-ionic surfactant described under ii); and wherein the surfactant system and the low cut alcohol alkoxylate non-ionic surfactant are in a weight ratio of from 5:1 to 1:5, preferably from 5:1 to 1:1, more preferably from 3:1 to 1:1. i) from 7% to 12% by weight of the composition of a surfactant system, wherein the surfactant system comprises an anionic surfactant and a co-surfactant, wherein the co-surfactant is selected from the group consisting of amphoteric surfactant, zwitterionic surfactant and mixtures thereof, preferably an amphoteric surfactant; and ii) from 1% to 15%, preferably from 1.5% to 10%, more preferably from 2% to 8%, most preferably from 3% to 7% by weight of the composition of a linear or branched low cut alcohol alkoxylate non-ionic surfactant with an average alkyl carbon chain length of C10 and below and comprising on average from 3 to 7 alkoxy preferably ethoxy groups, more preferably a linear C6 alcohol ethoxylate non-ionic surfactant comprising on average from 3 to 7 EO, preferably from 4 to 6 EO, more preferably 5 EO;
Stator for a rotating electric machine, having a laminated core, wherein the laminated core has, over its preferably entire axial extent, axially extending cooling fins which project radially outward over at least a part of its circumference, which are embodied in one piece with the laminated core, for which purpose in each case one of two pressure rings is connected in each case to one of the opposing front-side ends of the laminated core, characterised in that in each case one of two torque supports is fastened to each of the pressure rings, by the respective pressure ring for generating a surface pressure being axially screwed to the respective torque support, with the result that the laminated core with the pressure rings is directly supported by means of the torque supports, and forces and torques acting on the stator can be diverted completely via the torque supports.
Method for processing successive digital image data, acquired by a camera immersed in a liquid comprising turbulence phenomena causing an effect of apparent displacement of pixels of the images, characterized in that it comprises: - a modeling of the effect of the turbulence on the pixels of the images, and - a de-convolution by said modeling of a time-averaged image, an in that the modeling comprises the estimation of a model of probability density of a displacement vector u relating to the effect of turbulence. - a modeling of the effect of the turbulence on the pixels of the images, and - a de-convolution by said modeling of a time-averaged image,
A process for producing polyurethanes comprising mixing (a) polyisocyanate, (b) polymeric compounds having isocyanate-reactive groups, (c) optionally catalysts, (d) compounds of general formula W-Kw-NH-C -CH 2 -Q and optionally (e) blowing agents, (f) chain-extenders and/or crosslinking agents and (g) auxiliaries and/or additives to afford a reaction mixture and reacting the reaction mixture to afford polyurethane, wherein W- represents a cyclic amine which may be substituted and which is bonded to -Kw- via a nitrogen atom. -Kw- represents a linear or branched-chain hydrocarbon radical, N represents a nitrogen atom, C represents a carbon atom, O represents an oxygen atom and H represents a hydrogen atom and -Q represents cyanide (-CN) or an electronegative radical of general formula -C -R 2 and -R 2 represents a radical selected from the group consisting of -NH 2, -NH-R 3 -NR 4 R 5, -OR 6 or -R 7, wherein -R3, -R 4, -R 5, -R 6 and -R 7 are independently selected from the group consisting of aliphatic, araliphatic or aromatic hydrocarbons which may be substituted. (a) polyisocyanate, (b) polymeric compounds having isocyanate-reactive groups, (c) optionally catalysts, (d) compounds of general formula W-Kw-NH-C -CH 2 -Q and optionally (e) blowing agents, (f) chain-extenders and/or crosslinking agents and (g) auxiliaries and/or additives to afford a reaction mixture and reacting the reaction mixture to afford polyurethane, wherein W- represents a cyclic amine which may be substituted and which is bonded to -Kw- via a nitrogen atom. -Kw- represents a linear or branched-chain hydrocarbon radical, N represents a nitrogen atom, C represents a carbon atom, O represents an oxygen atom and H represents a hydrogen atom and -Q represents cyanide (-CN) or an electronegative radical of general formula -C -R 2 and -R 2 represents a radical selected from the group consisting of -NH 2, -NH-R 3 -NR 4 R 5, -OR 6 or -R 7, wherein -R3, -R 4, -R 5, -R 6 and -R 7 are independently selected from the group consisting of aliphatic, araliphatic or aromatic hydrocarbons which may be substituted.
A loudspeaker comprising: a driver chassis; an electro-magnetic motor configured to receive electrical signals and, based on the received electrical signals to induce vibrations in a diaphragm for generating a pressure wave; a surround connected to the diaphragm for suspending the diaphragm from the driver chassis; and a damper in contact with the surround for damping the vibrations in the surround and the diaphragm; characterised by a waveguide comprising a flange configured for attachment to the driver chassis such that the flange extends at least partially over the surround; wherein the damper is positioned in a gap between the flange and the surround; and wherein the thickness of the damper is greater than the maximum thickness of the gap. a driver chassis; an electro-magnetic motor configured to receive electrical signals and, based on the received electrical signals to induce vibrations in a diaphragm for generating a pressure wave; a surround connected to the diaphragm for suspending the diaphragm from the driver chassis; and a damper in contact with the surround for damping the vibrations in the surround and the diaphragm; characterised by a waveguide comprising a flange configured for attachment to the driver chassis such that the flange extends at least partially over the surround; wherein the damper is positioned in a gap between the flange and the surround; and wherein the thickness of the damper is greater than the maximum thickness of the gap.
Method for calibration-free determination of a flow velocity of an electrically conductive fluid, wherein each of two field coils (1a, 1b), which are positioned at a distance from each other in the respective fluid and electrically insulated from the respective fluid, is provided simultaneously with a pulsed electrical current by a control unit, wherein the two pulsed electrical currents are oppositely directed, so that a primary magnetic field is created leading to oppositely directed eddy currents induced by the primary magnetic field in the surrounding fluid, thereby creating a secondary magnetic field with a zero-crossing in the respective fluid, wherein the secondary magnetic field is measured after the pulsed electrical currents by two magnetic field sensors (3a, 3b), which are positioned at a distance from each other in the respective fluid and electrically insulated from the respective fluid, wherein the flow velocity is calculated from a measured time-dependent strength of the secondary magnetic field and/or its time derivative by detecting a temporal evolution of a position of the zero-crossing which is proportional to a fluid speed.
A method of sintering a composition comprising two powdered components, wherein the water activity of the first powdered component is higher than the water activity of the second powdered component, and the glass transition temperature of the first powdered component is lower than the glass transition temperature of the second powdered component; the method comprising heat treating the composition at a temperature which is above the glass transition temperature of the first powdered component and less than 20°C above the glass transition temperature of the second powdered component; wherein the total water content of the mixture is kept constant during the heat treatment; and wherein the first and the second powdered components are water soluble.
An exhaust air scrubber for removing dust, abraded product and water-soluble constituents from process exhaust air comprising in one housing I) at least one cleaning stage comprising a) a droplet separator, preferably in the form of a knitted mesh or lamellar separator, b) arranged therebelow at least one packing, preferably in the form of a random packing, c) optionally between the droplet separator and the packing at least one scrubbing tray, II) at least one inlet apparatus for process exhaust air arranged in the lower portion of the housing, preferably below the at least one cleaning stage, III) at least one withdrawal apparatus for scrubbing solution which may also contain solids, preferably at the lower end of the housing, IV) at least one withdrawal conduit (8, 13) for the cleaned exhaust air V) at least one feed conduit for scrubbing solution in the upper portion of the housing, above the at least one cleaning stage, characterized in that - the withdrawal conduit (8,13) for the cleaned exhaust air i) begins inside the housing above the at least one cleaning stage, ii) is passed downward inside the housing and iii) is passed out of the housing to the outside in the lower region of the housing below the cleaning stage(s). I) at least one cleaning stage comprising a) a droplet separator, preferably in the form of a knitted mesh or lamellar separator, b) arranged therebelow at least one packing, preferably in the form of a random packing, c) optionally between the droplet separator and the packing at least one scrubbing tray, a) a droplet separator, preferably in the form of a knitted mesh or lamellar separator, b) arranged therebelow at least one packing, preferably in the form of a random packing, c) optionally between the droplet separator and the packing at least one scrubbing tray, II) at least one inlet apparatus for process exhaust air arranged in the lower portion of the housing, preferably below the at least one cleaning stage, III) at least one withdrawal apparatus for scrubbing solution which may also contain solids, preferably at the lower end of the housing, IV) at least one withdrawal conduit (8, 13) for the cleaned exhaust air V) at least one feed conduit for scrubbing solution in the upper portion of the housing, above the at least one cleaning stage, - the withdrawal conduit (8,13) for the cleaned exhaust air i) begins inside the housing above the at least one cleaning stage, ii) is passed downward inside the housing and iii) is passed out of the housing to the outside in the lower region of the housing below the cleaning stage(s). i) begins inside the housing above the at least one cleaning stage, ii) is passed downward inside the housing and iii) is passed out of the housing to the outside in the lower region of the housing below the cleaning stage(s).
Connector assembly comprising a pin-side with at least two pin-side housings in each of which at least one pin-side connector is arranged, wherein said pin-side housing having a front section extending along a front axis and a rear section extending along a rear axis; a plug-side with at least two plug-side housings in which at least one plug-side connector is arranged, wherein said plug-side housing having a front section extending along a front axis and a rear section extending along a rear axis, and wherein the front section of the pin-side is adapted to be connected with the front section of the plug-side in direction of said front axis (M1, M3), and a shielding arrangement comprising at least an outer shielding element to provide an electromagnetic shielding, wherein said housings comprise an outer surface (22, 52) on which latching elements (23, 53) are arranged, and wherein said at least one outer shielding element comprise latching elements which are adapted to be received by said latching elements (23, 53) of said housings in order to establish a mechanical connection between the at least one outer shielding element and the respective housing, characterized in that between two neighbouring pin-side housings and/or two neighbouring plug-side housings an intermediate shielding element is arranged, wherein said intermediate shielding element comprises latching elements which are adapted to be received by latching elements (23, 53) of said neighbouring housings in order to establish a mechanical connection between two neighbouring housings via said intermediate shielding element. 1 a pin-side with at least two pin-side housings in each of which at least one pin-side connector is arranged, wherein said pin-side housing having a front section extending along a front axis and a rear section extending along a rear axis; a plug-side with at least two plug-side housings in which at least one plug-side connector is arranged, wherein said plug-side housing having a front section extending along a front axis and a rear section extending along a rear axis, and wherein the front section of the pin-side is adapted to be connected with the front section of the plug-side in direction of said front axis (M1, M3), and a shielding arrangement comprising at least an outer shielding element to provide an electromagnetic shielding, wherein said housings comprise an outer surface (22, 52) on which latching elements (23, 53) are arranged, and wherein said at least one outer shielding element comprise latching elements which are adapted to be received by said latching elements (23, 53) of said housings in order to establish a mechanical connection between the at least one outer shielding element and the respective housing, characterized in that between two neighbouring pin-side housings and/or two neighbouring plug-side housings an intermediate shielding element is arranged, wherein said intermediate shielding element comprises latching elements which are adapted to be received by latching elements (23, 53) of said neighbouring housings in order to establish a mechanical connection between two neighbouring housings via said intermediate shielding element.