mhurhangee/patent-ind-claim-en huggingface dataset:
Method of arranging sections of a string of springs including a predetermined number of spring pockets for the manufacture of a spring core the method comprising - conveying the respective section with a first conveyor , - transferring the respective section to a second conveyor and - further conveying of the respective section with the second conveyor , - wherein lengths of segments of the respective section are measured and relative conveying speeds of the second conveyor relative to the first conveyor are adjusted depending on the measured lengths, while both conveyors convey the respective section to adjust a predetermined length of the section on the second conveyor , characterised in that the lengths of the segments of the respective section are measured in the region of the second conveyor . - conveying the respective section with a first conveyor , - transferring the respective section to a second conveyor and - further conveying of the respective section with the second conveyor , - wherein lengths of segments of the respective section are measured and relative conveying speeds of the second conveyor relative to the first conveyor are adjusted depending on the measured lengths, while both conveyors convey the respective section to adjust a predetermined length of the section on the second conveyor ,
A roll for use in a manufacture of a fibrous web, which comprise cellulosic fibres, the roll comprising - a roll body with a cylindrical surface, and - a roll cover, which is arranged to cover the cylindrical surface of the roll body, the cover comprising a functional layer, which comprises a polymer matrix being made of natural rubber, nitrile butadiene rubber, hydrogenated nitrile butadiene rubber, chloroprene rubber, chlorosulphonated polyethylene rubber, or any of their mixtures; or polyurethane resin or epoxy resin; or polyphenylene sulphide, polyether ketone, polyether ether ketone, polyphtalamide, polyamide, polyetherimide, polyether sulphone, polysulphone or any of their mixtures, and reinforcing material in form of functional particles and/or functional fibres embedded in the polymer matrix, wherein the functional particles and/or functional fibres comprise nanocellulose material. - a roll body with a cylindrical surface, and - a roll cover, which is arranged to cover the cylindrical surface of the roll body, the cover comprising a functional layer, which comprises a polymer matrix being made of natural rubber, nitrile butadiene rubber, hydrogenated nitrile butadiene rubber, chloroprene rubber, chlorosulphonated polyethylene rubber, or any of their mixtures; or polyurethane resin or epoxy resin; or polyphenylene sulphide, polyether ketone, polyether ether ketone, polyphtalamide, polyamide, polyetherimide, polyether sulphone, polysulphone or any of their mixtures, and reinforcing material in form of functional particles and/or functional fibres embedded in the polymer matrix,
A method, comprising: issuing token information to a first node registered with a network entity, wherein the token information indicates one or more tokens for the first node and the one or more tokens comprise a first token and a backup token; distributing a token list to a plurality of nodes registered with the network entity, wherein the token list is associated with respective tokens for the plurality of nodes comprising at least the first node and a second node, and wherein the token information and the token list are used for an anonymous authentication between the first node and the second node, wherein the backup token is used to generate a new short-lived public/private key pair for the anonymous authentication after a first validity period of the first token has expired. issuing token information to a first node registered with a network entity, wherein the token information indicates one or more tokens for the first node and the one or more tokens comprise a first token and a backup token; distributing a token list to a plurality of nodes registered with the network entity, wherein the token list is associated with respective tokens for the plurality of nodes comprising at least the first node and a second node, and wherein the token information and the token list are used for an anonymous authentication between the first node and the second node, wherein the backup token is used to generate a new short-lived public/private key pair for the anonymous authentication after a first validity period of the first token has expired.
An integrated helmet system comprising: a base layer defining a helmet portion; a circuit layer , wherein the circuit layer is attached to the helmet portion; at least one powered device, wherein the at least one powered device is electrically connected to the circuit layer ; an outer layer configured to retain the circuit layer and the at least one powered device; and characterized by an inner liner cover which is situated between the circuit layer and the outer layer . a base layer defining a helmet portion; a circuit layer , wherein the circuit layer is attached to the helmet portion; at least one powered device, wherein the at least one powered device is electrically connected to the circuit layer ; an outer layer configured to retain the circuit layer and the at least one powered device; and characterized by an inner liner cover which is situated between the circuit layer and the outer layer .
Shiftable transmission arrangement, comprising a housing and an externally splined central gear and a first coupling gear which is arranged on one side of the central gear , is identically externally splined and can rotate about the same rotational axis, which gears can be coupled to one another in a torque-transmitting manner by means of a first axial displaceable selector sleeve which engages around them coaxially and is correspondingly internally splined, the first selector sleeve being mounted in a coaxial, first sliding sleeve in a rotationally decoupled and axially fixed manner, which first sliding sleeve has at least one radially outwardly directed guide pin which engages into a first guide recess of a selector drum, characterized in that the guide pin penetrates, in a tangentially positively locking way, an axial slot of a coaxial rotary sleeve which is mounted on the housing in an axially fixed and rotatable manner, and the selector drum is configured as a guide sleeve which is fixed on the housing, engages coaxially around the rotary sleeve in axial regions, and on the inner circumference of which the first guide recess extends in the circumferential direction, the rotary sleeve having, in an axial region which is not covered radially by the guide sleeve , a worm toothing system which extends in the circumferential direction and meshes with the threaded spindle which is mounted on the housing such that it can be rotated about its spindle axis.
A ventilator for a window frame profile , the ventilator comprising: a housing having a front face , at least one side face , a top face , a bottom face an air intake opening and an air passage opening , characterised in that the front face is provided with the air intake opening located in an area of the front face toward the bottom face, that the side face is provided with the air passage opening located in an area of the side face toward the top face, and that the air passage opening is dimensioned and configured to allow a passage of air through a correspondingly dimensioned and configured opening in a hollow side member of the window frame profile. a housing having a front face , at least one side face , a top face , a bottom face an air intake opening and an air passage opening , characterised in that the front face is provided with the air intake opening located in an area of the front face toward the bottom face, that the side face is provided with the air passage opening located in an area of the side face toward the top face, and that the air passage opening is dimensioned and configured to allow a passage of air through a correspondingly dimensioned and configured opening in a hollow side member of the window frame profile.
An integrated alveolar bone dilating apparatus for dental implant, comprising: a grip having a cylindrical shape; a stopper disposed under the grip and having a diameter greater than a diameter of the grip ; and a dilating part disposed under the stopper , wherein said dilating part has an oval shaped diameter, wherein the diameter of the stopper is greater than said oval shaped diameter of the dilating part where the stopper contacts the dilating part wherein the dilating part comprises a conic shaped dilator having the oval shaped diameter being linearly reduced along an entire length of the dilator , and at least two blades disposed on each side of the dilator , being sharp toward the outside from a circumference surface of the dilator . a grip having a cylindrical shape; a stopper disposed under the grip and having a diameter greater than a diameter of the grip ; and a dilating part disposed under the stopper , wherein said dilating part has an oval shaped diameter, wherein the diameter of the stopper is greater than said oval shaped diameter of the dilating part where the stopper contacts the dilating part wherein the dilating part comprises a conic shaped dilator having the oval shaped diameter being linearly reduced along an entire length of the dilator , and at least two blades disposed on each side of the dilator , being sharp toward the outside from a circumference surface of the dilator .
A solid pharmaceutical composition comprising i) a core comprising a salt of a medium-chain fatty acid and a GLP-1 agonist; and ii) a first coating which dissolves at pH 6.0 or higher, such as at pH 6.5 or higher, or pH 7.0 or higher.
Adaptor for mounting a prosthesis, comprising: a male part configured to be coupled to a prosthetic pin that protrudes from a user's body; a female part that is configured to be coupled to the prosthesis and to the male part, said female part comprising an elongated cavity; and a locking ring for locking a rotation of the male part relative to the female part ; characterized in that the female part further comprises an at least partially resilient ring assembly arranged in the cavity and being configured to expand in a radial direction when the ring assembly is compressed in an axial direction, wherein the male part can be arranged in or through the ring assembly , and in that the locking ring is configured to compress the ring assembly in the axial direction such that the ring assembly expands in the radial direction to thereby lock a rotation of the male part relative to the female part ; wherein the ring assembly comprising a plurality of first and second rings, wherein the first rings are made from essentially rigid material, wherein the second rings are made from essentially resilient material. a male part configured to be coupled to a prosthetic pin that protrudes from a user's body; a female part that is configured to be coupled to the prosthesis and to the male part, said female part comprising an elongated cavity; and a locking ring for locking a rotation of the male part relative to the female part ; characterized in that the female part further comprises an at least partially resilient ring assembly arranged in the cavity and being configured to expand in a radial direction when the ring assembly is compressed in an axial direction, wherein the male part can be arranged in or through the ring assembly , and in that the locking ring is configured to compress the ring assembly in the axial direction such that the ring assembly expands in the radial direction to thereby lock a rotation of the male part relative to the female part ; wherein the ring assembly comprising a plurality of first and second rings, wherein the first rings are made from essentially rigid material, wherein the second rings are made from essentially resilient material.
A wireless communication system , comprising a plurality of radio nodes, each being able to operate at least as a router node or as a non-router node , wherein each of the plurality of radio nodes is configured to: - detect density of the router nodes within its neighbourhood, and - make a decision based on the detected density whether to operate as a router node or as a non-router node , characterized in that the decision is provided by comparing the detected density to a scalable density margin, and wherein the density margin is scaled with one or more hysteresis values to mitigate unnecessary role changes. - detect density of the router nodes within its neighbourhood, and - make a decision based on the detected density whether to operate as a router node or as a non-router node ,
Digital textile printing machine for printing textiles, with - a frame, - at least one receiving carriage for receiving and holding a printing product , in the form of a textile, wherein the receiving carriage is displaceable in a horizontal in a longitudinal direction along the frame , and - at least one printing carriage with a print head having one or several ink jet nozzles , wherein the printing carriage is displaceable on the frame in a transverse direction, - wherein the receiving carriage has a base carriage and a receiving table which is adjustable relative to the base carriage in a vertical direction which is perpendicular to the horizontal, - wherein a drive is provided for vertical adjustment of the receiving table with respect to the base carriage , wherein the receiving table has an adapter element , on which a plate-shaped receiving element is attached in a releasable and easily changeable manner, wherein a detection means is arranged, by which the plate-shaped receiving element attached on the adapter element can be detected, and wherein by the control means a displacement range of the printing carriage and/or the ink jet nozzles can be set depending on detected values on the type of the applied receiving element , in that characterized in that at least one sensor means is provided, by which a thickness of the textile can be determined which is held on the receiving table , and in that the sensor means is connected to the control means, wherein a vertical adjustment of the receiving table takes place depending on the thickness of the textile received. - a frame, - at least one receiving carriage for receiving and holding a printing product , in the form of a textile, wherein the receiving carriage is displaceable in a horizontal in a longitudinal direction along the frame , and - at least one printing carriage with a print head having one or several ink jet nozzles , wherein the printing carriage is displaceable on the frame in a transverse direction, - wherein the receiving carriage has a base carriage and a receiving table which is adjustable relative to the base carriage in a vertical direction which is perpendicular to the horizontal, - wherein a drive is provided for vertical adjustment of the receiving table with respect to the base carriage , wherein the receiving table has an adapter element , on which a plate-shaped receiving element is attached in a releasable and easily changeable manner, wherein a detection means is arranged, by which the plate-shaped receiving element attached on the adapter element can be detected, and wherein by the control means a displacement range of the printing carriage and/or the ink jet nozzles can be set depending on detected values on the type of the applied receiving element , in that characterized in that at least one sensor means is provided, by which a thickness of the textile can be determined which is held on the receiving table , and in that the sensor means is connected to the control means, wherein a vertical adjustment of the receiving table takes place depending on the thickness of the textile received.
A method implemented in a computing device having multiple energy storage devices, the method comprising: determining , for each of multiple thermal zones of the computing device, respective temperatures of the thermal zones; and determining one or more of the multiple energy storage devices to draw power from based on multiple criteria regarding operation of the computing device including the temperature of each of the one or more thermal zones, and which one of the multiple energy storage devices is not in a thermally hot zone; and configuring , according to the determining, one or more of the multiple energy storage devices not in a thermally hot zone to provide power to the computing device. determining , for each of multiple thermal zones of the computing device, respective temperatures of the thermal zones; and determining one or more of the multiple energy storage devices to draw power from based on multiple criteria regarding operation of the computing device including the temperature of each of the one or more thermal zones, and which one of the multiple energy storage devices is not in a thermally hot zone; and configuring , according to the determining, one or more of the multiple energy storage devices not in a thermally hot zone to provide power to the computing device.
Use of a composition for removing one or more poisonous metals from hydrocarbons in an FCC unit comprising adding to the FCC unit said composition, said composition consisting of hydrotalcite having only one added trapping metal dispersed on the outer surface thereof, said trapping metal being barium, said hydrotalcite consisting of (a) naturally occurring hydrotalcite, (b) synthetic hydrotalcite, (c) a hydrotalcite-like material, or (d) a mixture of any two or more of (a) - (c), and wherein said hydrotalcite-like material is in the form of shaped bodies of crystalline anionic clay obtained from sources comprising an aluminum source and a magnesium source by a process comprising the steps of (a) preparing a precursor mixture, (b) shaping the precursor mixture to obtain shaped-bodies, (c) optionally thermally treating the shaped bodies, and (d) aging to obtain crystalline anionic clay-containing bodies.
A method for producing an electrode-separator assembly for a battery cell, comprising: - supplying a separator material by means of a separator supply device ; - supplying an electrode (9; 10) by means of an electrode supply device (11; 12); - producing an electrode-separator assembly by means of a joining device , the electrode (9; 10) being joined to the separator material and an adhesive bond being formed between the electrode (9; 10) and the separator material by means of an adhesive application to one side of the electrode; wherein the electrode (9; 10) and the separator material are joined using at least one vacuum roller (5; 6) which is configured to, at least for supply, hold the electrode (9; 10) by means of a roller suction device , in a first surface region of a roller body (22; 23) of the vacuum roller (5; 6), , on the roller body (22; 23) and, by means of a roller nozzle device , in a second surface region of the roller body (22; 23) which is different from the first surface region , to push the electrode away from the vacuum roller (5; 6) towards the separator material for joining, the separator material being supported for joining by a support device which is arranged opposite the vacuum roller (5; 6). - supplying a separator material by means of a separator supply device ; - supplying an electrode (9; 10) by means of an electrode supply device (11; 12); - producing an electrode-separator assembly by means of a joining device , the electrode (9; 10) being joined to the separator material and an adhesive bond being formed between the electrode (9; 10) and the separator material by means of an adhesive application to one side of the electrode;
Starter device for an internal combustion engine, comprising a hollow shaft , comprising a pinion element which comprises a pinion shaft comprising a shaft axis in a displacement direction of the pinion shaft , wherein the pinion shaft is inserted into the hollow shaft , wherein an axial movability of the pinion shaft relative to the hollow shaft is limited by a securing element which is indirectly secured by an interference fit in the hollow shaft , characterized in that the hollow shaft comprises an end face facing away from the pinion element , and the pinion shaft emerges from the hollow shaft behind the end face , and the indirectly secured securing element is secured against inadmissible expansion by a bushing arranged radially outside the securing element and press fitted in the hollow shaft .
A charge roller in charge-transferring relation to an imaging surface of an electrographic printing system , the charge roller 150, 170, 202, 252, 302, 400, 470) comprising: a body having a metal external surface made of stainless steel and an overlying resistive coating made of an inorganic, non-polymeric material to reduce a maximum amplitude of filamentary streamers between the charge roller and the imaging surface wherein the overlying resistive coating is an outer inorganic resistive layer, which is chosen from chromium oxide, aluminum oxide, an aluminum oxide:tin oxide mixture, an aluminum oxide:zinc oxide mixture, and an aluminum oxide: titanium oxide mixture.
Blood serum for use in the treatment of neurodegenerative ophthalmologic pathologies, wherein said serum comprises the nerve growth factor-β (NGF-β), wherein said neurodegenerative ophthalmologic pathologies are selected from the group consisting of: degenerative pathologies of the retina, degenerative pathologies of the optic nerve, and ophthalmologic pathologies whose progression is linked to the activation of neuroinflammatory processes.
A vane arc segment for a gas turbine engine , comprising: an airfoil section having an airfoil wall defining a leading edge , a trailing edge , a pressure side , a suction side , and first and second ends defining a span length there between, the airfoil section having an internal cavity and a rib dividing the internal cavity into a forward cavity and an aft cavity, the forward cavity bound by the leading edge; a spar supporting the airfoil section, the spar having a leg extending through the forward cavity, the leg being spaced from the airfoil wall such that there is a gap there between, the spar having an internal through-passage , wherein the walls of the spar are solid such that in the airfoil section the through-passage is fluidly isolated from the gap; and a baffle in the internal cavity dividing the gap into a plenum space between the leg and the baffle and an impingement space between the baffle and the airfoil wall, the baffle having impingement holes that connect the plenum space and the impingement space and that are directed toward the airfoil wall to provide cooling thereof, the impingement space being of substantially uniform thickness along at least a portion of the span length and the plenum space being of non-uniform thickness along a different portion of the span length. an airfoil section having an airfoil wall defining a leading edge , a trailing edge , a pressure side , a suction side , and first and second ends defining a span length there between, the airfoil section having an internal cavity and a rib dividing the internal cavity into a forward cavity and an aft cavity, the forward cavity bound by the leading edge; a spar supporting the airfoil section, the spar having a leg extending through the forward cavity, the leg being spaced from the airfoil wall such that there is a gap there between, the spar having an internal through-passage , wherein the walls of the spar are solid such that in the airfoil section the through-passage is fluidly isolated from the gap; and a baffle in the internal cavity dividing the gap into a plenum space between the leg and the baffle and an impingement space between the baffle and the airfoil wall, the baffle having impingement holes that connect the plenum space and the impingement space and that are directed toward the airfoil wall to provide cooling thereof, the impingement space being of substantially uniform thickness along at least a portion of the span length and the plenum space being of non-uniform thickness along a different portion of the span length.