mhurhangee/ep-ind-claims huggingface dataset:
An immune modulator on the basis of DNA, wherein said immune modulator on the basis of DNA is present in the form of dumbbell-shaped, covalently closed immune modulating deoxyribonucleic acid molecules having a combination of double stranded stem and single-stranded loops, each of the loops comprising three CpG motifs, and the immune modulator is consisting of the sequence as shown in figure 1b for use in the treatment of tumor diseases.
Fluid power assembly, comprising at least one mounting unit consisting of a first component, which can be secured in an opening of a fluid passage of a second component of the fluid power assembly, and an annular anchoring element, which is secured to the first component and can be anchored by pressing into the opening of the fluid passage and which comprises a self-contained annular body, which concentrically extends around a central longitudinal axis and which comprises a central annular section with two first and second end faces (64, 65) oriented axially opposite each other and defining the maximum axial height of the annular body and an anchoring tooth with two first and second tooth flanks (72, 73) oriented at an angle to each other, which anchoring tooth extends radially outwards from the central annular section and extends around the central annular section in the region lying between the two end faces (64, 65), characterised in that the annular anchoring element is designed as a flat annular disc, wherein the first tooth flank of the anchoring tooth directly adjoins the first end face of the central annular section without an offset via a kink.
A device comprising: an inlet; a chamber; lipase contained within the chamber; protease contained within the chamber; amylase contained within the chamber; and an outlet, wherein a flow path extends from the inlet, through the chamber, and to the outlet so that a nutritional formula flowing through the device is exposed to the lipase, the protease, and the amylase; wherein at least one of the lipase, the protease, and the amylase is immobilized within the chamber to a solid structure. an inlet; a chamber; lipase contained within the chamber; protease contained within the chamber; amylase contained within the chamber; and an outlet, wherein a flow path extends from the inlet, through the chamber, and to the outlet so that a nutritional formula flowing through the device is exposed to the lipase, the protease, and the amylase; wherein at least one of the lipase, the protease, and the amylase is immobilized within the chamber to a solid structure.
An apparatus comprising a voltage controlled oscillator, VCO, coupled to a mixer, the VCO comprising: a first transistor configured to be DC biased by a first bias current; a second transistor configured to be DC biased by a second bias current; at least one gate inductance comprising a first and a second gate inductance (L3,L4) coupling the gate of the first transistor to the gate of the second transistor; a first drain inductance magnetically coupled to the second gate inductance, the first drain inductance coupled to the drain of the first transistor; a second drain inductance magnetically coupled to the first gate inductance, the second drain inductance coupled to the drain of the second transistor; and at least one variable capacitance (C1,C2) coupling the gate of the first transistor to the gate of the second transistor; and the mixer comprising: first and second input nodes coupled to the first and second drain inductances, respectively, the mixer configured to be biased by the first and second bias currents. a first transistor configured to be DC biased by a first bias current; a second transistor configured to be DC biased by a second bias current; at least one gate inductance comprising a first and a second gate inductance (L3,L4) coupling the gate of the first transistor to the gate of the second transistor; a first drain inductance magnetically coupled to the second gate inductance, the first drain inductance coupled to the drain of the first transistor; a second drain inductance magnetically coupled to the first gate inductance, the second drain inductance coupled to the drain of the second transistor; and at least one variable capacitance (C1,C2) coupling the gate of the first transistor to the gate of the second transistor; and the mixer comprising: first and second input nodes coupled to the first and second drain inductances, respectively, the mixer configured to be biased by the first and second bias currents. first and second input nodes coupled to the first and second drain inductances, respectively, the mixer configured to be biased by the first and second bias currents.
Rolling piston compressor comprising a) a rolling piston having a cross section that is circular about an axis and has a first radius, and b) a compressor housing having a cavity, which has a cross section that is circular about a central axis and has a second radius, • wherein the second radius is greater than the first radius, • wherein the axis of the rolling piston extends parallel to and eccentrically at a distance from the central axis of the cavity, • wherein the rolling piston is mounted in such a way that it can be rotated and/or made to orbit about the central axis of the cavity, • and comprising c) a slide oriented along the central axis and having a front side, a rear side and an end face, which slide is arranged in a slide opening of the compressor housing so as to able to slide into the cavity in a radial direction, wherein the cavity can be subdivided by means of the slide and the rolling piston into a first subchamber and a second subchamber, characterized in that an actuating means is provided, with which a cross-sectional area of a connection, arranged in the stroke range of the slide, between the first subchamber and the second subchamber can be modified wherein the actuating means the actuating means is kinematically coupled to an adjustable spacing means and the extent thereof in axial direction is smaller than that of the slide, which can be positioned between the slide and the rolling piston and by means of which a distance between the end face of the slide and the rolling piston can be modified. a) a rolling piston having a cross section that is circular about an axis and has a first radius, and b) a compressor housing having a cavity, which has a cross section that is circular about a central axis and has a second radius, • wherein the second radius is greater than the first radius, • wherein the axis of the rolling piston extends parallel to and eccentrically at a distance from the central axis of the cavity, • wherein the rolling piston is mounted in such a way that it can be rotated and/or made to orbit about the central axis of the cavity, • and comprising • wherein the second radius is greater than the first radius, • wherein the axis of the rolling piston extends parallel to and eccentrically at a distance from the central axis of the cavity, • wherein the rolling piston is mounted in such a way that it can be rotated and/or made to orbit about the central axis of the cavity, • and comprising c) a slide oriented along the central axis and having a front side, a rear side and an end face, which slide is arranged in a slide opening of the compressor housing so as to able to slide into the cavity in a radial direction, wherein the cavity can be subdivided by means of the slide and the rolling piston into a first subchamber and a second subchamber,
A method in a context server of context-based policy management for a user, comprising the steps of: collecting context information for the user continuously or periodically, including collecting historical usage information for the user; receiving a policy for the user from a policy server, wherein the received policy includes a context-dependent policy rule for the user, and wherein the context-dependent policy rule includes one or more context parameters used to make a context-dependent policy decision; generating, from the received policy, a contextualized policy for the user by inserting the one or more current context parameters, used by the policy server for making the context-dependent policy decision for said user, into the context-dependent policy rule of the received policy according to the collected context information and dependent on the historical usage information, wherein generating the contextualized policy further comprises updating the one or more context parameters according to a most recently updated value of the one or more context parameters; and sending the contextualized policy back to the policy server, wherein the contextualized policy pertains to a context-based usage restriction of a content cache. collecting context information for the user continuously or periodically, including collecting historical usage information for the user; receiving a policy for the user from a policy server, wherein the received policy includes a context-dependent policy rule for the user, and wherein the context-dependent policy rule includes one or more context parameters used to make a context-dependent policy decision; generating, from the received policy, a contextualized policy for the user by inserting the one or more current context parameters, used by the policy server for making the context-dependent policy decision for said user, into the context-dependent policy rule of the received policy according to the collected context information and dependent on the historical usage information, wherein generating the contextualized policy further comprises updating the one or more context parameters according to a most recently updated value of the one or more context parameters; and sending the contextualized policy back to the policy server, wherein the contextualized policy pertains to a context-based usage restriction of a content cache.
An off-road vehicle, comprising: a chassis; an axle carriage attached to or forming a part of the chassis; a rigid axle mounted to the axle carriage with a wheel hub at each end thereof, the axle being vertically movable relative to the axle carriage; and a pair of suspension cylinders, each said suspension cylinder being connected between said axle carriage and said axle, said pair of suspension cylinders being operable to move the axle in vertical directions relative to the axle carriage; characterized in that: the axle includes a first pair of roll angle stops which engage the axle carriage when the axle is at or near a fully lowered position relative to the axle carriage, and the axle includes a second pair of roll angle stops which engage the axle carriage when the axle is at or near a fully raised position relative to the axle carriage. a chassis; an axle carriage attached to or forming a part of the chassis; a rigid axle mounted to the axle carriage with a wheel hub at each end thereof, the axle being vertically movable relative to the axle carriage; and a pair of suspension cylinders, each said suspension cylinder being connected between said axle carriage and said axle, said pair of suspension cylinders being operable to move the axle in vertical directions relative to the axle carriage; characterized in that: the axle includes a first pair of roll angle stops which engage the axle carriage when the axle is at or near a fully lowered position relative to the axle carriage, and the axle includes a second pair of roll angle stops which engage the axle carriage when the axle is at or near a fully raised position relative to the axle carriage.
A poppet valve, in particular for aseptic product lines, comprising: a valve housing with line connections (3, 4) and a valve seat formed therebetween in the valve housing; a closing element which is axially displaceable in the valve housing and which cooperates with the valve seat; and a membrane extending around the closing element and from the latter up to a fixing site located on the housing side, characterized by a spring-elastic and in particular annular element for fixing the membrane under preload on the housing side, the spring-elastic element being subdivided towards the fixing site into partially circumferential segments and having formed thereon extensions, which press the membrane against the fixing site and, in so doing, compress the membrane especially under elastic and plastic deformation.
A method for determining the presence, absence or characteristics of an analyte, comprising (a) coupling the analyte to a membrane comprising a detector wherein the analyte is not coupled to the membrane via the detector and further wherein the membrane comprises a reactive group to facilitate coupling of the analyte to the membrane, and (b) allowing the analyte to interact with the detector present in the membrane and thereby determining the presence, absence or characteristics of the analyte, and wherein the membrane is an amphiphilic layer or a lipid bilayer.
A method for updating boot code from an old code to a new code in a microcontroller comprising a central processing core and system components comprising memory (204, 206, 208) and a plurality of peripheral devices (210, 212, 214), comprising: configuring, by the old code, the microcontroller to boot from the new code by branching into a suitable entry point of the new code; characterized by identifying, by the new code, one or more system components which require a reinitialization or reset; wherein the step of identifying is performed either by including a resource configuration area into the new code which defines which system components require a reinitialization or reset; or by including code into the new code which reads values from a software register defining which system components require a reinitialization or reset; and executing the new code to reinitialize or reset the one or more system components. configuring, by the old code, the microcontroller to boot from the new code by branching into a suitable entry point of the new code; characterized by identifying, by the new code, one or more system components which require a reinitialization or reset; wherein the step of identifying is performed either by including a resource configuration area into the new code which defines which system components require a reinitialization or reset; or by including code into the new code which reads values from a software register defining which system components require a reinitialization or reset; and executing the new code to reinitialize or reset the one or more system components.
A synchronous control method for a loom, the loom including a shedding device that includes a shedding motor independent from a main shaft motor of the loom as a driving source and that displaces each of healds in an up-down direction as a single drive shaft that is common to all of the healds is driven by the shedding motor, the method comprising: detecting a rotation amount of the drive shaft in each weaving cycle at least when the loom is performing a normal operation; and controlling driving of the main shaft motor so that a main shaft of the loom is rotated so as to be synchronized with the drive shaft in accordance with a detection signal indicating the detected rotation amount. detecting a rotation amount of the drive shaft in each weaving cycle at least when the loom is performing a normal operation; and controlling driving of the main shaft motor so that a main shaft of the loom is rotated so as to be synchronized with the drive shaft in accordance with a detection signal indicating the detected rotation amount.
A burglar-proof locking device for fastening a light dome or weather shield to a sash member of a skylight or roof window, comprising a locking member having a first and a second end, which first and second ends (31, 32) are positioned along a longitudinal axis of said locking member, said first end projecting outwardly from said locking device and comprising a locking means adapted to rotate into engagement with a corresponding locking means of said sash member, characterized in that said locking means of said first end comprises at least one clog-shaped, radial protrusion (13b, 13c) for being snap-locked, preferably by means of a 90° axial rotation, to said corresponding locking means, wherein said second end of said locking member provides an engagement means, such as a snake-eye notch, adapted for engagement with a special tool, such as a tool comprising a snake-eye projection, said engagement means being surrounded by a cap with a centre aperture allowing for insertion there-through of said special tool into said engagement means for rotation of said locking device, said cap otherwise covering said second end of said locking member, said cap being freely rotatable about said longitudinal axis in relation to said locking member such as to in a fastened position of said locking device prevent rotation of said locking member without use of said special tool.
A surface cleaning robot, comprising a body, wherein a walking unit is provided at the bottom of the body; the walking unit comprises a track and a gear driving the track; the track comprises a hard layer in the inner ring engaging with the gear and a soft layer in the outer ring contacting a cleaning surface, characterized in that the hard layer and the soft layer are nested and combined as a whole.
A rotary sprayer for spraying a coating material, the sprayer comprising: · a material sprayer member presenting at least one sprayer edge suitable for forming a jet of material; · means for driving said member in rotation; and · a stationary body presenting primary orifices disposed on a primary contour (C 4; C 104) surrounding the axis of rotation (X 1) of said member, and secondary orifices disposed on a secondary contour (C 6; C 106) surrounding the axis of rotation (X 1; X 101) of said member (1; 101) in a manner that is offset relative to the primary orifices, the primary and secondary orifices (4, 6) serving respectively to emit primary and secondary air jets (J 4, J 6), each primary air jet being inclined relative to the axis of rotation (X 1) in a primary direction (J 4) presenting at least an axial component (A 4) and a circumferential component (O 4), such that said primary air jet (J 4) freely crosses the region where the edge is located, each secondary air jet being inclined relative to the axis of rotation (X 1) in a secondary direction (J 6) presenting at least an axial component (A 6) and a radial component (R 6), the primary and secondary contours (C 4, C 6) coinciding with a circle centered on the axis of rotation (X 1), characterized in that the components (A 6, R 6) of each secondary air jet (J 6) are such that said secondary air jet (J 6) strikes an outside surface of the sprayer member. · a material sprayer member presenting at least one sprayer edge suitable for forming a jet of material; · means for driving said member in rotation; and · a stationary body presenting primary orifices disposed on a primary contour (C 4; C 104) surrounding the axis of rotation (X 1) of said member, and secondary orifices disposed on a secondary contour (C 6; C 106) surrounding the axis of rotation (X 1; X 101) of said member (1; 101) in a manner that is offset relative to the primary orifices, the primary and secondary orifices (4, 6) serving respectively to emit primary and secondary air jets (J 4, J 6), each primary air jet being inclined relative to the axis of rotation (X 1) in a primary direction (J 4) presenting at least an axial component (A 4) and a circumferential component (O 4), such that said primary air jet (J 4) freely crosses the region where the edge is located, each secondary air jet being inclined relative to the axis of rotation (X 1) in a secondary direction (J 6) presenting at least an axial component (A 6) and a radial component (R 6), the primary and secondary contours (C 4, C 6) coinciding with a circle centered on the axis of rotation (X 1),
Wire pulling device, especially for electric wiring in a building, this device has a body, winding a flexible elongated element (6, 6a) on a spool and means (2, 13) to unwind this element and move it along a section of pipe in an electrical installation, said spool being mounted on a rotating drum driven by a mechanism, the drum has a U section in which the flexible elongated element is placed and introduced in a guiding device placed tangentially in relation to the edges of said rotating drum, characterised by the fact that the drum has a set of guide rollers arranged on the drum edge in a concentric circle, each roller having a central section with a larger diameter than the two side sections (4;14) surrounding it, the two side sections support the ends of the branches of the U in the drum while the central section is in contact with the elongated flexible element placed between the branches of said U as the device pushes the flexible element into a pipe, compressing said element, the contact of the central section having a faster tangential speed than the speed of the branches of said U with the elongated flexible element and said wire pulling device has plates fixed to the body inside the U eliminating all contact between the elongated flexible element and the branches of the U at the moment when the element pulls a wire in a pipe, putting the element into traction and winding around the drum and the wire pulling device includes an electronic device for controlling the motor that drives the drum.
Folding mechanism, which contains a rail which forms a guide for a series of runners which are slideable in relation to each other on the rail, whereby each runner or at least a part of each runner is provided with a rib which is attached hingeably on the runner around a shaft, which shaft extends largely perpendicular tc the longitudinal direction (X-X') of the rail, between an open position whereby the ribs are turned away from the rail and a closed position whereby the ribs are turned towards the rail and whereby at least some of the ribs located on the same side of the rail are connected with each other by means of a transmission which, when sliding the runners towards or away from each other on the rail, makes the ribs hinge on the runners, whereby the transmission is such that it keeps the ribs parallel to each other while opening and closing the folding mechanism, characterized in that said transmission is formed by an articulated connection connecting two of said ribs with each other, said articulated connection is connected with each of the two ribs via a hinge connection around the longitudinal axis of said ribs, whereby between said two ribs, the articulated connection is provided with at least one articulation with a shaft that runs parallel with the ribs.