mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing floor panels, wherein the floor panels comprise a carrier on the basis of thermoplastic material and a top layer provided on the carrier ; wherein the method comprises at least the steps of strewing the thermoplastic material and consolidating the strewn thermoplastic material, and wherein the top layer comprises a thermoplastic backing layer , which preferably is of the supple or soft type and to this aim more particularly comprises a supple or soft thermoplastic, for example, supple or soft polyvinyl chloride characterized in that the method comprises the step of foaming the thermoplastic material, and that the thermoplastic material to this aim is provided with a chemical blowing agent, and in that said step of foaming is performed during said consolidating the strewn thermoplastic material.
A dry structural adhesive formulation for bonding together opposing surfaces comprising a mixture of a first polymeric material and a second polymeric material that is compatible with the first polymeric material the first polymeric material being thermohardenable at a first temperature, the second polymeric material being orientable and relaxable at a second temperature wherein the second temperature is lower than the first temperature wherein the formulation becomes oriented when deformed at the second temperature and forms a bond upon application of heat at the first temperature to cure the first polymeric material wherein the relaxation of the molecular orientation of the second polymeric material at the second temperature causes the adhesive formulation to increase its thickness and thereby contact an opposing surface and develop a bond with the opposing surface when heated to the first temperature.
Mechanical reduction gear comprising a rotor , an outer ring gear of pitch diameter D55, a planet carrier , which comprises at least one planet gear of pitch diameter D50 designed to rotate inside the ring gear with an eccentricity of value "e" equal to half the difference between the diameter D55 and the diameter D50; e = 1⁄2(D55 - D50); said at least one planet gear being mounted so as to be able to rotate on the rotor by means of an eccentric comprising at least one cam , characterized in that said cam comprises an inner surface which is cylindrical of diameter D31 and an outer surface which is cylindrical of diameter D504, said diameter D504 being equal to the sum of the diameter D31 and of double the eccentricity "e"; D504 = D31 + 2e.
A system , comprising: a controller configured to receive a signal acquired by at least one knock sensor coupled to a reciprocating device , to sample the received signal, to analyze the sampled signal, and to perform real-time diagnostics on the reciprocating device based on the analyzed signal, wherein the controller is configured to analyze the sampled signal by temporal filtering the sampled signal to generate a temporal filtered signal, apply a fast Fourier transform to the temporal filtered signal to generate a Fourier transformed signal, generate a power spectral density having a plurality of spectral bins from the Fourier transformed signal, average each spectral bin of the plurality of spectral bins over a plurality of cycles to generate a respective baseline for each spectral bin, set 2 sigma and 3 sigma threshold levels for each spectral bin relative to the respective baseline, determine whether a spectral bin deviates from the respective baseline by at least one of the 2 sigma threshold level and the 3 sigma threshold level, and provide an indication if the spectral bin deviates from the respective baseline by at least the 2 sigma threshold level and further output a control action with respect to the reciprocating device if the spectral bin deviates from the respective baseline by at least the 3 sigma threshold level a controller configured to receive a signal acquired by at least one knock sensor coupled to a reciprocating device , to sample the received signal, to analyze the sampled signal, and to perform real-time diagnostics on the reciprocating device based on the analyzed signal, wherein the controller is configured to analyze the sampled signal by temporal filtering the sampled signal to generate a temporal filtered signal, apply a fast Fourier transform to the temporal filtered signal to generate a Fourier transformed signal, generate a power spectral density having a plurality of spectral bins from the Fourier transformed signal, average each spectral bin of the plurality of spectral bins over a plurality of cycles to generate a respective baseline for each spectral bin, set 2 sigma and 3 sigma threshold levels for each spectral bin relative to the respective baseline, determine whether a spectral bin deviates from the respective baseline by at least one of the 2 sigma threshold level and the 3 sigma threshold level, and provide an indication if the spectral bin deviates from the respective baseline by at least the 2 sigma threshold level and further output a control action with respect to the reciprocating device if the spectral bin deviates from the respective baseline by at least the 3 sigma threshold level
A method for defining the parameters of a custom horseshoe for its manufacture, characterised in that having obtained a digital image of at least part of a hoof to be shoed, the following steps are carried out: a) superimposing an image of a horseshoe and said digital image to insert the image of said horseshoe into said digital image , b) adapting the dimensions and/or shape of said horseshoe in said image to said hoof to be shoed, and c) adjusting the dimensions and/or shape of said horseshoe in said image taking into account at least physical parameters of the horse and/or the activity considered for this horse and the possible existence of at least one pathology such as an area of inflammation and/or at least one area of reduced blood circulation, of the foot of the horse whose hoof is intended to receive said shoe. a) superimposing an image of a horseshoe and said digital image to insert the image of said horseshoe into said digital image , b) adapting the dimensions and/or shape of said horseshoe in said image to said hoof to be shoed, and c) adjusting the dimensions and/or shape of said horseshoe in said image taking into account at least physical parameters of the horse and/or the activity considered for this horse and the possible existence of at least one pathology such as an area of inflammation and/or at least one area of reduced blood circulation, of the foot of the horse whose hoof is intended to receive said shoe.
Separator having a housing , a separator shaft mounted so as to be drivable in a longitudinal direction (L) of the housing , a screen basket concentrically surrounding the separator shaft and a plurality of paddles (P i ) arranged on the separator shaft , which paddles extend radially towards the screen basket and are spaced apart from one another in groups (G i ) in parallel planes (E i ), wherein the transverse axis (Q i ) of a paddle (P i ) extends at an angle (α i ) relative to the longitudinal axis (Ri) of the paddle (P i ) and wherein the angles (α i ) of a group (G i ) of paddles (P i ) in one plane (E i ) are different from the angles (α i-1 ), (α i+1 ) of the group (G i-1 ), (G i+1 ) in the adjacent plane (E i-1 ), (E i+1 ), characterized in that the following relationship applies to the angles: α i − 1 < α i < α i + 1 . which paddles extend radially towards the screen basket and are spaced apart from one another in groups (G i ) in parallel planes (E i ), wherein the transverse axis (Q i ) of a paddle (P i ) extends at an angle (α i ) relative to the longitudinal axis (Ri) of the paddle (P i ) and wherein the angles (α i ) of a group (G i ) of paddles (P i ) in one plane (E i ) are different from the angles (α i-1 ), (α i+1 ) of the group (G i-1 ), (G i+1 ) in the adjacent plane (E i-1 ), (E i+1 ), characterized in that the following relationship applies to the angles: α i − 1 < α i < α i + 1 .
A pump rotor comprising: a hub having a rotational axis (A); a back plate having a planar surface ; and a plurality of blades extending from the hub and disposed on the back plate each of the plurality of blades having an outer surface essentially parallel to the rotational axis of the hub , a first side surface and a second side surface and a bottom surface opposite the back plate, and a first end adjacent the hub and a second end distal from the hub, the first and second side surfaces and bottom surface extending between the first end adjacent the hub and the second end distal from the hub and being planar, the plurality of blades configured to cause a synchronized central column of flow, characterized in that the first end has a height (H1) from the planar surface that is less than a height (H2) from the planar surface of the second end. a hub having a rotational axis (A); a back plate having a planar surface ; and a plurality of blades extending from the hub and disposed on the back plate each of the plurality of blades having an outer surface essentially parallel to the rotational axis of the hub , a first side surface and a second side surface and a bottom surface opposite the back plate, and a first end adjacent the hub and a second end distal from the hub, the first and second side surfaces and bottom surface extending between the first end adjacent the hub and the second end distal from the hub and being planar, the plurality of blades configured to cause a synchronized central column of flow, characterized in that the first end has a height (H1) from the planar surface that is less than a height (H2) from the planar surface of the second end.
Use of a tyrosine peptide represented by Formula : (X) p -[Tyr] n -(Y) q wherein X and Y are identical or different, and each represents an amino acid residue, n represents an integer of 2 to 5, p represents an integer of 0 to 4, and q represents an integer of 0 to 4, with the proviso that p + q does not exceed 4, wherein when p represents an integer of 2 to 4, two to four amino acid residues represented by (X) p may be identical or different, and when q represents an integer of 2 to 4, two to four amino acid residues represented by (Y) q may be identical or different; or a complex composed of one or more of the tyrosine peptides and a polymer, wherein the one or more of the tyrosine peptides are bonded to the polymer as an anti-ice nucleation activator. wherein X and Y are identical or different, and each represents an amino acid residue, n represents an integer of 2 to 5, p represents an integer of 0 to 4, and q represents an integer of 0 to 4, with the proviso that p + q does not exceed 4, wherein when p represents an integer of 2 to 4, two to four amino acid residues represented by (X) p may be identical or different, and when q represents an integer of 2 to 4, two to four amino acid residues represented by (Y) q may be identical or different; or a complex composed of one or more of the tyrosine peptides and a polymer, wherein the one or more of the tyrosine peptides are bonded to the polymer as an anti-ice nucleation activator.
An end effector for use with a surgical device, the end effector comprising: a driver ; a clip assembly disposed in mechanical cooperation with the driver, wherein rotation of the driver results in longitudinal translation of the clip assembly; a needle assembly selectively engageable with the clip assembly; and a biasing element disposed in mechanical cooperation with the needle assembly and configured to bias the needle assembly proximally, wherein the clip assembly engages the needle assembly when the needle assembly is in a first, proximal position to resist the bias exerted on the needle assembly by the biasing element , characterized in that the end effector further comprises: an outer tube disposed radially outward of the driver , and wherein the clip assembly is free from engagement with the needle assembly when the needle assembly is in a distal position. a driver ; a clip assembly disposed in mechanical cooperation with the driver, wherein rotation of the driver results in longitudinal translation of the clip assembly; a needle assembly selectively engageable with the clip assembly; and a biasing element disposed in mechanical cooperation with the needle assembly and configured to bias the needle assembly proximally, wherein the clip assembly engages the needle assembly when the needle assembly is in a first, proximal position to resist the bias exerted on the needle assembly by the biasing element , characterized in that the end effector further comprises: an outer tube disposed radially outward of the driver , and wherein the clip assembly is free from engagement with the needle assembly when the needle assembly is in a distal position.
A material sheet made of several material layers comprising at least one electric current conductive layer and at least one top layer , wherein at least one separating strip is arranged between the at least one top layer and the at least one conductive layer perpendicular to the longitudinal direction of the material sheet , characterised in that said separating strip has a nonstick coating at least on the surface facing the conductive layer .
Method of dispensing a liquid , comprising the steps: - providing (S1) a liquid vessel including the liquid to be dispensed, - providing (S2) a liquid dispenser having a dispensing opening and being fluidically connected via a tube with the liquid vessel , - supplying (S3) the liquid from the liquid vessel to the liquid dispenser wherein a hydrostatical working pressure is applied to the liquid , and - dispensing (S4) the liquid with the liquid dispenser , wherein - the hydrostatical working pressure is controlled by adjusting a liquid level of the liquid in the liquid vessel characterized in that - the liquid level in the liquid vessel is adjusted to match a vertical position of the dispensing opening or to be lower than the vertical position of the dispensing opening . - providing (S1) a liquid vessel including the liquid to be dispensed, - providing (S2) a liquid dispenser having a dispensing opening and being fluidically connected via a tube with the liquid vessel , - supplying (S3) the liquid from the liquid vessel to the liquid dispenser wherein a hydrostatical working pressure is applied to the liquid , and - dispensing (S4) the liquid with the liquid dispenser , wherein - the hydrostatical working pressure is controlled by adjusting a liquid level of the liquid in the liquid vessel characterized in that - the liquid level in the liquid vessel is adjusted to match a vertical position of the dispensing opening or to be lower than the vertical position of the dispensing opening .
A tamper evident packaging, comprising: a first panel ; a second panel at least partially adhered to the first panel ; the packaging comprising a tear-off strip in at least one of the panels ; characterized in that the first panel and the second panel are both fabricated from polyvinyl chloride, and the first panel and the second panel are at least partially adhered with a polyurethane. a first panel ; a second panel at least partially adhered to the first panel ; the packaging comprising a tear-off strip in at least one of the panels ; characterized in that the first panel and the second panel are both fabricated from polyvinyl chloride, and the first panel and the second panel are at least partially adhered with a polyurethane.
A connector for a hollow fibre waveguide gas cell, the connector comprising: a first bore comprising a first central axis , the first bore comprising a tapered end and being configured to receive a hollow fibre waveguide ; a second bore comprising a second central axis , the second bore being configured to provide a fluidic communication with a gas source or sink, which provides or receives a gas passing through the hollow fibre wave guide, wherein the first and second bores meet at a junction such that the first and second bores are in fluidic communication with each other, the second central axis being disposed at an angle relative to the first central axis ; and a window provided at the junction where the first and second bores meet, characterized in that the connector further comprises an elongated sleeve configured to receive the hollow fibre waveguide , the hollow fibre waveguide being disposed in a central passage of the elongated sleeve , wherein the connector further comprises a frusto-conical sleeve configured to receive the hollow fibre waveguide in a central passage of the frusto-conical sleeve , the frusto-conical sleeve being received in the tapered end of the first bore , and wherein the frusto-conical sleeve is configured to receive the elongated sleeve in the central passage of the frusto-conical sleeve . a first bore comprising a first central axis , the first bore comprising a tapered end and being configured to receive a hollow fibre waveguide ; a second bore comprising a second central axis , the second bore being configured to provide a fluidic communication with a gas source or sink, which provides or receives a gas passing through the hollow fibre wave guide, wherein the first and second bores meet at a junction such that the first and second bores are in fluidic communication with each other, the second central axis being disposed at an angle relative to the first central axis ; and a window provided at the junction where the first and second bores meet, characterized in that the connector further comprises an elongated sleeve configured to receive the hollow fibre waveguide , the hollow fibre waveguide being disposed in a central passage of the elongated sleeve , wherein the connector further comprises a frusto-conical sleeve configured to receive the hollow fibre waveguide in a central passage of the frusto-conical sleeve , the frusto-conical sleeve being received in the tapered end of the first bore , and wherein the frusto-conical sleeve is configured to receive the elongated sleeve in the central passage of the frusto-conical sleeve .
A process for the treatment of industrial alkaline streams comprising sulfide and carbonate, comprising the steps of: a) providing an industrial alkaline stream comprising sulfide and carbonate, b) supplying the industrial alkaline stream to a bioreactor comprising sulfide oxidizing bacteria and removing sulfide from the industrial alkaline stream by subjecting said stream to sulfide oxidizing bacteria in the presence of oxygen, and supplying a pH adjustment agent to the bioreactor to maintain a pH in the range 8 to 11, to oxidize the sulfide to elemental sulfur, c) withdrawing from the bioreactor a treated industrial alkaline stream comprising elemental sulfur, wherein a portion of the sulfide oxidizing bacteria is removed from the bioreactor and mixed with the industrial alkaline stream prior to supplying the industrial alkaline stream to the bioreactor in step b), wherein the industrial alkaline stream has a carbonate concentration in the range of at least 50 g/L, wherein the pH adjustment agent is selected from carbon dioxide, sour gas, hydrochloric acid, nitric acid and phosphoric acid, and wherein oxygen is supplied to the bioreactor by a molecular-oxygen comprising gas. a) providing an industrial alkaline stream comprising sulfide and carbonate, b) supplying the industrial alkaline stream to a bioreactor comprising sulfide oxidizing bacteria and removing sulfide from the industrial alkaline stream by subjecting said stream to sulfide oxidizing bacteria in the presence of oxygen, and supplying a pH adjustment agent to the bioreactor to maintain a pH in the range 8 to 11, to oxidize the sulfide to elemental sulfur, c) withdrawing from the bioreactor a treated industrial alkaline stream comprising elemental sulfur, wherein a portion of the sulfide oxidizing bacteria is removed from the bioreactor and mixed with the industrial alkaline stream prior to supplying the industrial alkaline stream to the bioreactor in step b), wherein the industrial alkaline stream has a carbonate concentration in the range of at least 50 g/L, wherein the pH adjustment agent is selected from carbon dioxide, sour gas, hydrochloric acid, nitric acid and phosphoric acid, and wherein oxygen is supplied to the bioreactor by a molecular-oxygen comprising gas. wherein a portion of the sulfide oxidizing bacteria is removed from the bioreactor and mixed with the industrial alkaline stream prior to supplying the industrial alkaline stream to the bioreactor in step b), wherein the industrial alkaline stream has a carbonate concentration in the range of at least 50 g/L, wherein the pH adjustment agent is selected from carbon dioxide, sour gas, hydrochloric acid, nitric acid and phosphoric acid, and wherein oxygen is supplied to the bioreactor by a molecular-oxygen comprising gas.
A steering device comprising: a steering axle that steers steered wheels of a vehicle by advancing and retracting in an axial direction; a housing having a cylindrical main part that houses a part of the steering axle ; a motor unit that is disposed at a predetermined distance from the main part of the housing , and has a motor case of which one end in a direction parallel to the steering axle is fixed to the housing ; a moving force application mechanism that applies a moving force acting in the axial direction to the steering axle resulting from rotation of an output shaft of the motor unit ; and a support member that is fixed to a fixing projection provided on the housing and supports the motor case , wherein the fixing projection protrudes from the main part toward the motor unit , and has a bolt hole extending in a height direction of the vehicle, and wherein the support member has an arc-shaped support part that is disposed along an outer circumferential surface of the motor case , and a fixing piece that protrudes from the support part toward the main part of the housing, and an end of the fixing piece is fastened with a bolt to an open end surface of the fixing projection in which the bolt hole opens, characterized in that wherein the bolt hole is formed so as to extend through the fixing projection , and the support member has a pair of the fixing pieces so as to sandwich the fixing projection along an axial direction of the bolt hole , and the pair of fixing pieces is fastened to the fixing projection with a bolt passed through the bolt hole . a steering axle that steers steered wheels of a vehicle by advancing and retracting in an axial direction; a housing having a cylindrical main part that houses a part of the steering axle ; a motor unit that is disposed at a predetermined distance from the main part of the housing , and has a motor case of which one end in a direction parallel to the steering axle is fixed to the housing ; a moving force application mechanism that applies a moving force acting in the axial direction to the steering axle resulting from rotation of an output shaft of the motor unit ; and a support member that is fixed to a fixing projection provided on the housing and supports the motor case , wherein the fixing projection protrudes from the main part toward the motor unit , and has a bolt hole extending in a height direction of the vehicle, and wherein the support member has an arc-shaped support part that is disposed along an outer circumferential surface of the motor case , and a fixing piece that protrudes from the support part toward the main part of the housing, and an end of the fixing piece is fastened with a bolt to an open end surface of the fixing projection in which the bolt hole opens, characterized in that wherein the bolt hole is formed so as to extend through the fixing projection , and the support member has a pair of the fixing pieces so as to sandwich the fixing projection along an axial direction of the bolt hole , and the pair of fixing pieces is fastened to the fixing projection with a bolt passed through the bolt hole .