mhurhangee/patent-ind-claim-en huggingface dataset:
An L-arabino-oligosaccharide according to the following general formula (I) wherein the arabino-configured monosaccharides are either α- or β-connected, R is and Z is selected from a linker group according to the following formula wherein X can be selected from O, S, CH 2 , and PO 4 - ; and wherein Y can be selected from NH 2 , CO 2 H, and wherein V is selected from a C 1 -C 6 alkyl or aryl residue; a D-galactose residue comprising Z, and a B-(1→6)-linked D-galactose oligosaccharide comprising Z, and wherein Z is optionally coupled to a proteinaceous group P, and pharmaceutically acceptable salts thereof. wherein V is selected from a C 1 -C 6 alkyl or aryl residue; a D-galactose residue comprising Z, and a B-(1→6)-linked D-galactose oligosaccharide comprising Z, and wherein Z is optionally coupled to a proteinaceous group P,
A heating and cooling system having a thermally conductive material for distributing heat or coolness in a seat , the system comprising: a low voltage heating and cooling source for generating heat or coolness, the low voltage heating and cooling source comprising a thermoelectric device ; a flexible sheeted thermally conductive material in thermal communication with the heating and cooling source, the flexible sheeted thermally conductive material configured to distribute heat or coolness generated by the low voltage heating and cooling source over a distribution area across a surface of the seat larger than a surface of the heating and cooling source itself; and a fan configured to move air through one or more perforations in the surface of the seat toward an occupant of the seat. a low voltage heating and cooling source for generating heat or coolness, the low voltage heating and cooling source comprising a thermoelectric device ; a flexible sheeted thermally conductive material in thermal communication with the heating and cooling source, the flexible sheeted thermally conductive material configured to distribute heat or coolness generated by the low voltage heating and cooling source over a distribution area across a surface of the seat larger than a surface of the heating and cooling source itself; and a fan configured to move air through one or more perforations in the surface of the seat toward an occupant of the seat.
Use of an adhesive sheet comprising a hot-melt type adhesive layer, wherein the hot-melt type adhesive layer comprises a modified polymer (A) to which a cross-linkable group is given, and a polyolefin (B), wherein the modified polymer (A) comprises a polymer based on a copolymer of ethylene with at least one other olefin, which is modified with a functional group containing silicon, and wherein the polyolefin (B) is a propylene homopolymer or a propylene copolymer for electric instruments.
A grinding disc device for a floor grinding machine having an outgoing rotatable output shaft, where the grinding disc device comprises a disc associated with the rotatable output shaft and a lower grinding disc flexibly carried by one or several flexible discs , where the one or several flexible discs are arranged between the lower grinding disc and the disc associated with the rotatable output shaft, characterized in that the grinding disc device further comprises spacer blocks (5-8) arranged to keep said flexible discs at a distance (A, B) from the grinding disc and the disc associated with the shaft respectively, and wherein the spacer blocks (5-8) are formed by cylinders with a central screw hole and with a portion having a diameter (d) at one cylinder end, the diameter (d) being smaller than the diameter of the rest of the cylinder, and wherein the portion of the spacer block (5-8) having the smaller diameter (d) is receivable in a recess in the one or several flexible discs .
A die assembly for extruding a material, comprising: a plurality of die plates coupled together to form a die body having: a passage defining an entrance and an exit , wherein the diameter of the exit is smaller than the diameter of the entrance ; and a tapered interior surface between the entrance and the exit; wherein each of the die plates has a center bore with an interior surface around the center bore, an interior surface of a center bore in a first die plate being tapered at a smaller angle relative to an axis of the passage than an interior surface of a center bore in a second die plate positioned adjacent to a front face of the first die plate ; and a base coupled to the die body , wherein rotation of the base causes the die body to rotate. a plurality of die plates coupled together to form a die body having: a passage defining an entrance and an exit , wherein the diameter of the exit is smaller than the diameter of the entrance ; and a tapered interior surface between the entrance and the exit; a passage defining an entrance and an exit , wherein the diameter of the exit is smaller than the diameter of the entrance ; and a tapered interior surface between the entrance and the exit; wherein each of the die plates has a center bore with an interior surface around the center bore, an interior surface of a center bore in a first die plate being tapered at a smaller angle relative to an axis of the passage than an interior surface of a center bore in a second die plate positioned adjacent to a front face of the first die plate ; and a base coupled to the die body , wherein rotation of the base causes the die body to rotate.
A surgical access assembly comprising: an instrument valve housing defining a cavity; and a valve assembly disposed within the cavity of the instrument valve housing, the valve assembly including: a guard assembly including a support ring and a plurality of guard sections disposed distally of the support ring; a seal assembly disposed adjacent to the guard assembly , the seal assembly including a proximal seal member , an intermediate seal assembly , and a distal seal member ; and a centering mechanism for maintaining the seal assembly and the guard assembly centered within the cavity of the instrument valve housing , characterised in that each guard section of the plurality of guard sections includes a first side that is angled downwardly in relation to the remainder of the guard section to accommodate an overlapping portion of an adjacent guard section of the plurality of guard sections, whereby the plurality of guard sections lays in a substantially planar arrangement when the valve assembly is in an assembled condition. an instrument valve housing defining a cavity; and a valve assembly disposed within the cavity of the instrument valve housing, the valve assembly including: a guard assembly including a support ring and a plurality of guard sections disposed distally of the support ring; a seal assembly disposed adjacent to the guard assembly , the seal assembly including a proximal seal member , an intermediate seal assembly , and a distal seal member ; and a centering mechanism for maintaining the seal assembly and the guard assembly centered within the cavity of the instrument valve housing , a guard assembly including a support ring and a plurality of guard sections disposed distally of the support ring; a seal assembly disposed adjacent to the guard assembly , the seal assembly including a proximal seal member , an intermediate seal assembly , and a distal seal member ; and a centering mechanism for maintaining the seal assembly and the guard assembly centered within the cavity of the instrument valve housing , characterised in that each guard section of the plurality of guard sections includes a first side that is angled downwardly in relation to the remainder of the guard section to accommodate an overlapping portion of an adjacent guard section of the plurality of guard sections, whereby the plurality of guard sections lays in a substantially planar arrangement when the valve assembly is in an assembled condition.
An optical system configured to provide image light to an eye box and configured to be operated in an environment, the optical system comprising: a display module configured to produce the image light ; a waveguide having an input coupler configured to couple the image light into the waveguide , wherein the waveguide is configured to transmit environmental light from the environment to the eye box ; a first output coupler on the waveguide and configured to couple a first portion of the image light out of the waveguide and towards the eye box ; and a second output coupler on the waveguide and at least partially overlapping the first output coupler, wherein the second output coupler is configured to couple a second portion of the image light out of the waveguide and towards the environment, and the second portion of the image light includes a two-dimensional authentication code for the optical system or a two-dimensional pattern configured to obscure capture of images of the eye box by camera equipment in the environment. a display module configured to produce the image light ; a waveguide having an input coupler configured to couple the image light into the waveguide , wherein the waveguide is configured to transmit environmental light from the environment to the eye box ; a first output coupler on the waveguide and configured to couple a first portion of the image light out of the waveguide and towards the eye box ; and a second output coupler on the waveguide and at least partially overlapping the first output coupler, wherein the second output coupler is configured to couple a second portion of the image light out of the waveguide and towards the environment, and the second portion of the image light includes a two-dimensional authentication code for the optical system or a two-dimensional pattern configured to obscure capture of images of the eye box by camera equipment in the environment.
A flow stop valve for opening and closing a fluid communication between a first compartment and a second compartment comprising: - a housing , - a fluid passage way , - a closing element movably arranged in the fluid passage way in the axial direction (X-X), - exactly one valve seat on which the fluid passage way is releasable and closeable, - the valve seat being provided between the housing and the closing element , - a biasing element which is arranged in a separate biasing compartment, and biasing the closing element into a closing position on the valve seat , and - a thermosensitive control element exposable to fluid located in the first compartment , and designed for applying an axial force to the closing element in the direction of an open position under the effect of a temperature change in the fluid, to displace the closing element into an open position against a biasing force of the biasing element when exceeding a predetermined fluid temperature, and - a pressure relief vent provided in the closing element for connecting the biasing compartment to the first compartment , - wherein a helical slot is provided in the housing , through which pins are inserted to allow for manually displacing the closing element in the axial direction (X-X). - a housing , - a fluid passage way , - a closing element movably arranged in the fluid passage way in the axial direction (X-X), - exactly one valve seat on which the fluid passage way is releasable and closeable, - the valve seat being provided between the housing and the closing element , - a biasing element which is arranged in a separate biasing compartment, and biasing the closing element into a closing position on the valve seat , and - a thermosensitive control element exposable to fluid located in the first compartment , and designed for applying an axial force to the closing element in the direction of an open position under the effect of a temperature change in the fluid, to displace the closing element into an open position against a biasing force of the biasing element when exceeding a predetermined fluid temperature, and - a pressure relief vent provided in the closing element for connecting the biasing compartment to the first compartment , - wherein a helical slot is provided in the housing , through which pins are inserted to allow for manually displacing the closing element in the axial direction (X-X).
Gripper for a transport system of a picking device having horizontal storage surfaces for storing and dispensing small piece goods of different shapes and/or surface properties, comprising: a drop table extending in a first horizontal direction (X direction) and a second horizontal direction (Y direction) which is orthogonal to the first horizontal direction, having at least one storage and dispensing end face , two elongated gripping jaws which are arranged above the drop table and extend in the X direction and are fastened to a gripping jaw guide arrangement , wherein at least one of the gripping jaws is movable in the Y direction characterized in that at least one of the gripping jaws has a gripper coupling means at its end portion facing away from the gripping jaw guide arrangement, and at least one transport attachment with an attachment coupling means , wherein the gripper coupling means and the attachment coupling means interact with one another in such a way that the transport attachment is releasably fixed at an end portion of a gripping jaw, wherein the gripper coupling means is designed as a retractable and extendable projection and the attachment coupling means is designed as a corresponding recess in a transport attachment , wherein the retractable and extendable projection is movable by means of a drive arranged in the gripper. a drop table extending in a first horizontal direction (X direction) and a second horizontal direction (Y direction) which is orthogonal to the first horizontal direction, having at least one storage and dispensing end face , two elongated gripping jaws which are arranged above the drop table and extend in the X direction and are fastened to a gripping jaw guide arrangement , wherein at least one of the gripping jaws is movable in the Y direction characterized in that at least one of the gripping jaws has a gripper coupling means at its end portion facing away from the gripping jaw guide arrangement, and at least one transport attachment with an attachment coupling means , wherein the gripper coupling means and the attachment coupling means interact with one another in such a way that the transport attachment is releasably fixed at an end portion of a gripping jaw, wherein the gripper coupling means is designed as a retractable and extendable projection and the attachment coupling means is designed as a corresponding recess in a transport attachment , wherein the retractable and extendable projection is movable by means of a drive arranged in the gripper.
Protection system configured to be installed on espaliers of plant crops arranged in rows, said espaliers comprising head posts and intermediate poles supporting a series of wires to form a support structure for said crops, said protection comprising two protection nets adapted to be arranged one on each side of the row to be protected and a movement device which can be firmly fixed to an intermediate pole of the espalier and comprising arms pivoted to said movement device , said arms being configured to be moved between a first operating position for protection and leaf containment of said crops, and a second opening position wherein said arms are arranged raised with respect to said crops, characterized in that said protection system further comprising two collection systems each applicable to a terminal portion of the net and configured to be applicable to the end pole of the row and to allow easy collection of the corresponding net at the end pole of the row during the operation of the protection system, said arms being pivoted to a connection block which in turn can be securely fixed to one of the intermediate poles of the espalier, said connection block comprising in turn a pair of fixing brackets interposed by a joint element capable of engaging at each of its ends a fork where a corresponding end of the arms is pivoted by means of a corresponding slot by means of a corresponding pin wherein each fixing bracket has a "C" shaped end portion with an external profile, the latter due to the effect of the mutual cooperation of the pin inserted in the slot and of a spring connected to said pin and to the corresponding arm , is configured to constrain the arms in the desired operating configuration.
Securing device for securing a window or door handle against unauthorized actuation, comprising a cover , which engages over the handle , and a lock , by which the cover can be removably fastened, wherein the cover has at least two arresting elements which interact with corresponding counterparts on the handle , handle fitting and/or window or door , and one of the arresting elements is a bolt of the lock , and the counterparts are arranged opposite the arresting elements and are of functionally identical shape such that the cover can also be placed on in a manner rotated through 180°, wherein at least one of the counterparts is a locking piece which is or can be fixedly connected to the window or door .
An expansion clamping device having a base body defining a longitudinal axis, and an expansion bushing which is inserted into or surrounds the base body , forming at least one pressure chamber , the pressure chamber being exposable to a hydraulic medium with elastic deformation of the expansion bushing to achieve a clamping effect, characterized in that the expansion bushing is fixed to the base body in a material-bonding manner through a friction welding joint in the front axial end region of the pressure chamber and/or in the rear axial end region of the pressure chamber .
An exhaust gas treatment method comprising: a first combustion step of treating a first exhaust gas (A) discharged from a carbonization furnace for carbonizing a fibrous substance in an inert atmosphere and a graphitization furnace for graphitizing a fibrous substance in an inert atmosphere; and a second combustion step of treating a second exhaust gas (B) discharged from a flameproofing furnace for flameproofing a fibrous substance in air atmosphere; wherein the first exhaust gas (A) is combusted at an oxygen ratio of 0.8 or less in the first combustion step, and the second exhaust gas (B) is combusted in the second combustion step using sensible heat and latent heat of a third exhaust gas discharged in the first combustion step; wherein the first exhaust gas (A) is combusted at 1,000 to 1,600°C in the first combustion step, and the second exhaust gas (B) is combusted at 700 to 1,200°C in the second combustion step. a first combustion step of treating a first exhaust gas (A) discharged from a carbonization furnace for carbonizing a fibrous substance in an inert atmosphere and a graphitization furnace for graphitizing a fibrous substance in an inert atmosphere; and a second combustion step of treating a second exhaust gas (B) discharged from a flameproofing furnace for flameproofing a fibrous substance in air atmosphere; wherein the first exhaust gas (A) is combusted at an oxygen ratio of 0.8 or less in the first combustion step, and the second exhaust gas (B) is combusted in the second combustion step using sensible heat and latent heat of a third exhaust gas discharged in the first combustion step; wherein the first exhaust gas (A) is combusted at 1,000 to 1,600°C in the first combustion step, and the second exhaust gas (B) is combusted at 700 to 1,200°C in the second combustion step.
A method for diagnosing a likelihood of systemic lupus erythematosus (SLE) in a subject at risk thereof, comprising (a) determining that a subject at risk of SLE is negative for SLE based on individual levels of the EC4d marker, the BC4d marker, anti-Smith (anti-Sm) antibodies, and double stranded DNA antibodies (anti-dsDNA); and (b) calculating an SLE risk score based on a level of each of the following primary markers in a biological sample from the subject at risk of SLE of step (a): (I) an erythrocyte C4d (EC4d) marker; (II) a B-cell C4d (BC4d) marker; and (III) anti-nuclear antibodies (ANA); wherein the risk score indicated a likelihood of the subject having SLE. (a) determining that a subject at risk of SLE is negative for SLE based on individual levels of the EC4d marker, the BC4d marker, anti-Smith (anti-Sm) antibodies, and double stranded DNA antibodies (anti-dsDNA); and (b) calculating an SLE risk score based on a level of each of the following primary markers in a biological sample from the subject at risk of SLE of step (a): (I) an erythrocyte C4d (EC4d) marker; (II) a B-cell C4d (BC4d) marker; and (III) anti-nuclear antibodies (ANA); (I) an erythrocyte C4d (EC4d) marker; (II) a B-cell C4d (BC4d) marker; and (III) anti-nuclear antibodies (ANA);
A focus control apparatus comprising: a controller configured to provide a focus control that holds an object distance on which an image capturing optical system is focused that includes a magnification varying lens and a focus lens ; and a calculator configured to calculate a defocus amount by using information on lens sensitivity that represents a relationship between a unit moving amount of the magnification varying lens and a moving amount of an image plane in the image capturing optical system, and information on error amounts of stop positions of the magnification varying lens and that of the focus lens as a maximum backlash amount, characterized in that the controller is configured to perform the focus control by moving the focus lens to the infinity position or to a registered focus position in a first step, and by moving the focus lens in a moving range corresponding to the maximum backlash amount so as to search for the in-focus position on the infinity side from the infinity position or the registered focus position in a second step. a controller configured to provide a focus control that holds an object distance on which an image capturing optical system is focused that includes a magnification varying lens and a focus lens ; and a calculator configured to calculate a defocus amount by using information on lens sensitivity that represents a relationship between a unit moving amount of the magnification varying lens and a moving amount of an image plane in the image capturing optical system, and information on error amounts of stop positions of the magnification varying lens and that of the focus lens as a maximum backlash amount, characterized in that the controller is configured to perform the focus control by moving the focus lens to the infinity position or to a registered focus position in a first step, and by moving the focus lens in a moving range corresponding to the maximum backlash amount so as to search for the in-focus position on the infinity side from the infinity position or the registered focus position in a second step.
An electronic control unit connected to a first network in an onboard network system, the onboard network system including the first network for transmission of a first-type frame following a first communication protocol, and a second network for transmission of a second-type frame following a second communication protocol that is different from the first communication protocol, the electronic control unit comprising: a generating unit adapted to generate the first-type frame following the first communication protocol; and a transmission unit adapted to transmit the first-type frame generated by the generating unit to the first network; characterized in that the first-type frame includes first information serving as a base for the second-type frame to be transmitted to the second network, and second information indicating that the first-type frame includes information that is to be transmitted to the second network. a generating unit adapted to generate the first-type frame following the first communication protocol; and a transmission unit adapted to transmit the first-type frame generated by the generating unit to the first network; characterized in that the first-type frame includes first information serving as a base for the second-type frame to be transmitted to the second network, and second information indicating that the first-type frame includes information that is to be transmitted to the second network.