mhurhangee/ep-ind-claims huggingface dataset:
A method for obtaining feature binding data, comprising: obtaining a microarray, said microarray comprising at least 100,000 features per square centimeter, wherein the surface of said microarray comprises silicon dioxide, and wherein the features are attached to the surface using ultraviolet light and a photoactive coupling formulation, wherein said photoactive coupling formulation comprises a water-soluble photoactive compound, a coupling molecule, a coupling reagent, a polymer, and a solvent; contacting said microarray with a sample comprising a plurality of ligands for at least a subset of said 100,000 features per square centimeter under conditions that promote ligand binding; and imaging said microarray to identify binding of said plurality of ligands to said features of said microarray. obtaining a microarray, said microarray comprising at least 100,000 features per square centimeter, wherein the surface of said microarray comprises silicon dioxide, and wherein the features are attached to the surface using ultraviolet light and a photoactive coupling formulation, wherein said photoactive coupling formulation comprises a water-soluble photoactive compound, a coupling molecule, a coupling reagent, a polymer, and a solvent; contacting said microarray with a sample comprising a plurality of ligands for at least a subset of said 100,000 features per square centimeter under conditions that promote ligand binding; and imaging said microarray to identify binding of said plurality of ligands to said features of said microarray.
System for erecting a visual and/or wind shielding wall, comprising at least two profiles each having at least one groove extending in the longitudinal direction, whereby at least two profiles extending vertically are fixed at two adjacent posts, which are anchored in or at the ground, in such a way that their grooves are facing each other, characterized in that the intermediate space between the profiles, which are fixed on the adjacent posts, is spanned by a number of longitudinal filling elements extending horizontally, which are placed between the two profiles one about the other with their grooves facing each other, in such a way that they are held by both grooves within a common plane, whereby a filling element comprises a number of longitudinal, horizontally extending elements, which have the same length and are interconnected at their both terminal front faces by a vertical bar each, which is obtuse placed, whereby the terminal bars having a width b, which is equal to the thickness D of the longitudinally extending elements: D = b.
Turbine blade or vane, which comprises a main blade or vane part, a platform, which has a top surface on which the main blade or vane part is arranged, and at least one lateral face, the lateral face comprising a slot for insertion of a sealing strip, characterized in that the transition between the top surface of the platform and the at least one lateral face comprises a stepped region and a beveled region and the platform has two lateral faces, a front side and a rear side, the stepped region being arranged between the front side and the beveled region, and the beveled region being arranged between the stepped region and the rear side.
A device for effecting compression of a ciliary muscle of an eye in at least four quadrants, wherein the device comprises a self-expanding wire device, wherein the unexpanded device fits into a hypodermic needle or cannula, wherein the wire device is configured to self-expand within the posterior chamber of the eye between an iris and an anterior capsule, wherein the wire device is expandable circumferentially, characterized in that the wire device comprises four oblique meridians, 45 degree portions of the wire device, and cardinal meridians, vertical and horizontal portions of the wire device, wherein the circumferential expansion is greater in the oblique meridians than in the cardinal meridians, such that the maximally expanded oblique meridians apply pressure to the ciliary muscle while the maximally expanded cardinal meridians do not apply pressure to the horizontal and vertical anterior ciliary blood vessels.
Radioimmunoconjugate for use as a medicament in bone-marrow conditioning, particularly preceding stem cell transplantation, wherein the RIC comprises a CD66-binding component and a therapeutically effective radionuclide, wherein the CD66-binding component is an antibody, wherein the radionuclide is linked to the CD66-binding component via a chelating agent, which is covalently linked to the CD66-binding component and wherein the therapeutic RIC is for administration to a patient who is ineligible to treatment with high dose-melphalan preceding HSCT and/or to a patient who was treated with induction therapy but had disease progression. wherein the CD66-binding component is an antibody, wherein the radionuclide is linked to the CD66-binding component via a chelating agent, which is covalently linked to the CD66-binding component and wherein the therapeutic RIC is for administration to a patient who is ineligible to treatment with high dose-melphalan preceding HSCT and/or to a patient who was treated with induction therapy but had disease progression.
A device for producing a rocking motion at a rocker, in particular a baby rocker, having an energy feed-in means and a driver which can be moved by the energy feed-in means and can drive the rocker in a repetitive motion, having a sensor for ascertaining a sensor signal influenced by the state of motion of the rocker, having a control circuit for controlling the energy feed-in means depending on the sensor signal, wherein the movement of the driver is timed by the sensor signal, and the device is suitable for driving the rocker at the frequency of its free oscillation, characterised in that the energy feed-in means transmits a pulse to the driver only briefly after the output of the sensor signal, wherein it is provided for the driver to execute a vertical movement, to produce a first sensor signal while moving past the sensor in a downward movement, and to produce a second sensor signal while moving past the sensor in a subsequent upward movement, wherein only the second sensor signal triggers the output of the pulse, wherein further pulses are each transmitted to the driver only during the upward movement. having an energy feed-in means and a driver which can be moved by the energy feed-in means and can drive the rocker in a repetitive motion, having a sensor for ascertaining a sensor signal influenced by the state of motion of the rocker, having a control circuit for controlling the energy feed-in means depending on the sensor signal, wherein the movement of the driver is timed by the sensor signal, and the device is suitable for driving the rocker at the frequency of its free oscillation, characterised in that the energy feed-in means transmits a pulse to the driver only briefly after the output of the sensor signal, wherein it is provided for the driver to execute a vertical movement, to produce a first sensor signal while moving past the sensor in a downward movement, and to produce a second sensor signal while moving past the sensor in a subsequent upward movement, wherein only the second sensor signal triggers the output of the pulse, wherein further pulses are each transmitted to the driver only during the upward movement.
Motor vehicle door latch, having a locking mechanism (2, 3) consisting substantially of a catch and pawl as locking mechanism components (2, 3), further having at least one lever as a constituent part of an actuating and/or locking lever chain, further having at least one bearing pin for rotatably supporting the relevant locking mechanism component (2, 3) and/or the lever in a housing, and having a bearing sleeve (5, 6, 7) which can be inserted into an opening in the locking mechanism component and/or the lever and which consists of at least two sleeve elements (5, 6) for the bearing pin, one sleeve element having a socket which extends through the opening and which engages in a plug receptacle in the other sleeve element in a substantially dimensionally stable manner, characterized in that the socket is provided with a polygonal outer cross section, and in that the plug receptacle is provided with a polygonal inner cross section that is adapted to the outer cross section of the socket.
Electromagnetic fuel injector comprising: a tubular body, which presents a feeding duct; an injection nozzle, which is located at the end of the feeding duct and is regulated by an injection valve provided with a mobile needle; and and electromagnetic actuator, which moves the needle between a closing and an opening position of the injection valve and comprises a coil, a fixed magnetic pole located inside the tubular body and a mobile anchor located inside the tubular body, integral to the needle of the injection valve and magnetically attracted by the magnetic pole when the coil is energized; wherein at least one portion of the anchor facing the magnetic pole comprises at least one central through hole, which allows the fuel to flow towards the injection nozzle and through the anchor; and wherein the magnetic pole comprises a number of side passage ducts, which are arranged around a longitudinal axis and allow the fuel to flow towards the injection nozzle and through the magnetic pole; the electromagnetic fuel injector is characterized in that the side passage ducts present respective outlets that are faced to an upper surface of the anchor and are arranged externally to the central through hole of the anchor so that between a lower surface of the magnetic pole and an upper surface of the anchor an annular gap, through which the fuel flows from the side passage ducts of the magnetic pole to the central hole of the anchor, is defined. a tubular body, which presents a feeding duct; an injection nozzle, which is located at the end of the feeding duct and is regulated by an injection valve provided with a mobile needle; and and electromagnetic actuator, which moves the needle between a closing and an opening position of the injection valve and comprises a coil, a fixed magnetic pole located inside the tubular body and a mobile anchor located inside the tubular body, integral to the needle of the injection valve and magnetically attracted by the magnetic pole when the coil is energized; wherein at least one portion of the anchor facing the magnetic pole comprises at least one central through hole, which allows the fuel to flow towards the injection nozzle and through the anchor; and wherein the magnetic pole comprises a number of side passage ducts, which are arranged around a longitudinal axis and allow the fuel to flow towards the injection nozzle and through the magnetic pole; the electromagnetic fuel injector is characterized in that the side passage ducts present respective outlets that are faced to an upper surface of the anchor and are arranged externally to the central through hole of the anchor so that between a lower surface of the magnetic pole and an upper surface of the anchor an annular gap, through which the fuel flows from the side passage ducts of the magnetic pole to the central hole of the anchor, is defined.
A method of a reprogrammable testing circuit for testing different types of valves, comprising a limitation input buffer, a step counter control circuit, a pulse generator circuit and a microcontroller circuit, the method comprising: obtaining, by the limitation input buffer, a direction limit for a valve from the valve; obtaining, by the step counter control circuit, a test direction input for the valve; obtaining, by the pulse generator circuit, a pulse mode for the test direction input from a pulse mode select switch, the pulse mode being selectable between continuous and discrete testing of the valve; determining, by the microcontroller circuit, whether the direction limit of the valve has not been reached or exceeded based on a current position of the valve and the test direction input; running, by the microcontroller circuit, a customized test on the valve in a direction of the direction input based on a test procedure that determines the movement of the valve in clockwise or counter clockwise direction without exceeding the direction limit, wherein the test procedure is based on the pulse mode; actively comparing, by the microcontroller circuit, the current position of the valve with the direction limit while running the customized test; and discontinuing, by the microcontroller circuit, the test procedure when the current position of the valve reaches the direction limit. obtaining, by the limitation input buffer, a direction limit for a valve from the valve; obtaining, by the step counter control circuit, a test direction input for the valve; obtaining, by the pulse generator circuit, a pulse mode for the test direction input from a pulse mode select switch, the pulse mode being selectable between continuous and discrete testing of the valve; determining, by the microcontroller circuit, whether the direction limit of the valve has not been reached or exceeded based on a current position of the valve and the test direction input; running, by the microcontroller circuit, a customized test on the valve in a direction of the direction input based on a test procedure that determines the movement of the valve in clockwise or counter clockwise direction without exceeding the direction limit, wherein the test procedure is based on the pulse mode; actively comparing, by the microcontroller circuit, the current position of the valve with the direction limit while running the customized test; and discontinuing, by the microcontroller circuit, the test procedure when the current position of the valve reaches the direction limit.
A composition which induces proliferation and/or accumulation of regulatory T cells, the composition consisting of a combination of 5-17 bacterial strains belonging to 5-17 of the following operational taxonomic units (OTUs): OTU SEQ ID NO CLOSEST SPECIES 136 19 Clostridium saccharogumia Clostridium ramosum JCM1298 46 20 Clostridium ramosum 221 21 Flavonifractor plautii Pseudoflavonifractor capillosus ATCC 29799 9 22 Clostridium hathewayi Clostridium saccharolyticum WM1 21 24 Blautia coccoides Lachnospiraceae bacterium 6_1_63FAA 166 25 Clostridium sp. Clostridium bolteae ATCC BAA-613 73 26 Clostridium sp. MLG055 Erysipelotrichaceae bacterium 2_2_44A 174 27 Clostridium indolis Anaerostipes caccae DSM 14662 337 30 Anaerotruncus colihominis Anaerotruncus colihominis DSM 17241 314 31 Ruminococcus sp. ID8 Lachnispiraceae bacterium 2_1_46FAA 195 32 Clostridium lavalense Clostridium asparagiforme DSM 15981 306 33 Clostridium symbiosum Clostridium symbiosum WAL-14163 87 34 Eubacterium contortum Clostridium sp. D5 281 39 Clostridium scindens Lachnospiraceae bacterium 5_1_57FAA 288 40 Lachnospiraceae bacteriumA4 Lachnospiraceae bacterium 3_1_57FAA_CT1 334 41 Clsotridium sp. 316002/08 Clostridiales bacterium 1_7_47FAA 359 42 Lachnospiraceae bacteriumA4 Lachnospiraceae bacterium 3_1_57FAA_CT1.
A hearing instrument comprising a wireless communication unit for wireless communication, a speaker interconnected with the wireless communication unit and being configured to provide an output audio signal, a battery configured to supply power to the hearing instrument, a filter circuit interconnecting the battery and a power management circuit of the hearing instrument, the filter circuit comprising tuning components, the filter circuit being configured to control a coupling between the battery and a ground potential at RF frequencies, the power management circuit comprising a voltage regulator, a switch mode regulator, a AC-DC converter and controller, or a switching DC-DC converter, the wireless communication unit being interconnected with the battery, the battery being configured for being used for the emission and reception of an electromagnetic field having an RF wavelength, wherein values of said tuning components are selected to obtain a filter circuit resonance corresponding to the RF wavelength. a wireless communication unit for wireless communication, a speaker interconnected with the wireless communication unit and being configured to provide an output audio signal, a battery configured to supply power to the hearing instrument, a filter circuit interconnecting the battery and a power management circuit of the hearing instrument, the filter circuit comprising tuning components, the filter circuit being configured to control a coupling between the battery and a ground potential at RF frequencies, the power management circuit comprising a voltage regulator, a switch mode regulator, a AC-DC converter and controller, or a switching DC-DC converter, the wireless communication unit being interconnected with the battery, the battery being configured for being used for the emission and reception of an electromagnetic field having an RF wavelength, wherein values of said tuning components are selected to obtain a filter circuit resonance corresponding to the RF wavelength.
A pressing device for pressing finishing tape against circumferential surfaces of substantially cylindrical work piece sections in a finishing process, the pressing device comprising at least one elastically bendable pressing element, which is substantially inelastic in the longitudinal direction and is fastened to two bearings of a support element, which are arranged at a distance from each other, in such a manner that the finishing tape is pressed against a circumferential surface by the pressing element across a contact angle, using a pressing force and that the pressing device can be adjusted in order to process work piece sections of different diameters, characterised in that the pressing element is a toothed belt, which has tooth-like ribs and is interlockingly mounted in the support element using the tooth-like ribs.
A clamping assembly for an external fixation system (100, 101, 103), comprising: a clamp body comprising an opening for receiving a bone fixation member, wherein the opening is defined between first and second ends of the clamp body forming a pair of jaws that are configured to snappingly engage the bone fixation member as the bone fixation member is introduced into the opening; a pivotably rotatable locking arm including first and second ends, wherein the first end of the locking arm is rotatably coupled to the first end of the clamp body, the locking arm being configured such that the second end of the locking arm is receivable into a cam arm pocket in the second end of the clamp body in order to provisionally hold the bone fixation member inside the opening of the clamp body; and a cam arm including first and second ends, wherein the first end of the cam arm is rotatably coupled to the locking arm, the cam arm being pivotably rotatable towards the clamp body to definitively hold the bone fixation member inside the opening of the clamp body. a clamp body comprising an opening for receiving a bone fixation member, wherein the opening is defined between first and second ends of the clamp body forming a pair of jaws that are configured to snappingly engage the bone fixation member as the bone fixation member is introduced into the opening; a pivotably rotatable locking arm including first and second ends, wherein the first end of the locking arm is rotatably coupled to the first end of the clamp body, the locking arm being configured such that the second end of the locking arm is receivable into a cam arm pocket in the second end of the clamp body in order to provisionally hold the bone fixation member inside the opening of the clamp body; and a cam arm including first and second ends, wherein the first end of the cam arm is rotatably coupled to the locking arm, the cam arm being pivotably rotatable towards the clamp body to definitively hold the bone fixation member inside the opening of the clamp body.
A method for estimating the affine global motion between two video frames comprising the steps of solving the optical flow constraint equation by using a global affine motion model; minimizing iteratively the re-weighted least-square function associated with the optical flow constraint equation, characterized by with the weights favouring pixels for which the previous global motion estimation fits well, said minimization step being initialized several times by the vectors of a set of grouped translational motion vectors representing a set of potential affine global motions thereby obtaining a set of affine global motion estimates, said grouped translational motion vectors are computed by grouping similar translational motion vectors with each vector being computed by phase correlation based block-matching selecting from said set of affine global motion estimates the one which minimizes the mean of the square of the temporal gradient term of the optical flow constraint equation after the current frame has been motion compensated by the global motion estimate under consideration; with the mean being taken over those pixels for which the global motion estimation fits well in the sense that the square of the temporal gradient term of the optical flow constraint equation is below some threshold.
A sternum closure device, comprising: a wire essentially defining a first cross-sectional dimension; and a load distributor (10, 100), comprising: a wire receiving section that is attached or configured to be attached to the wire of the sternum closure device, the wire receiving section having the first cross-sectional dimension; and a load distributing section configured to extend between a sternum bone and the wire, the load distributing section having a bone-contacting region and being made from a flexible material to conform to an outer surface of the sternum bone upon tightening of the wire, wherein the bone-contacting region has a second extension substantially perpendicular to the wire receiving section that exceeds the first cross-sectional dimension; wherein the load distributor (10, 100) is molded around the wire; characterised in that the load distributing section comprises segments (20, 22i-22n, 24) defining the bone-contacting region; and in that the segments (20, 22i-22n, 24) are separated from each other by indentations in the load distributing section. a wire essentially defining a first cross-sectional dimension; and a load distributor (10, 100), comprising: a wire receiving section that is attached or configured to be attached to the wire of the sternum closure device, the wire receiving section having the first cross-sectional dimension; and a load distributing section configured to extend between a sternum bone and the wire, the load distributing section having a bone-contacting region and being made from a flexible material to conform to an outer surface of the sternum bone upon tightening of the wire, wherein the bone-contacting region has a second extension substantially perpendicular to the wire receiving section that exceeds the first cross-sectional dimension; wherein the load distributor (10, 100) is molded around the wire; characterised in that the load distributing section comprises segments (20, 22i-22n, 24) defining the bone-contacting region; and in that the segments (20, 22i-22n, 24) are separated from each other by indentations in the load distributing section. a wire receiving section that is attached or configured to be attached to the wire of the sternum closure device, the wire receiving section having the first cross-sectional dimension; and a load distributing section configured to extend between a sternum bone and the wire, the load distributing section having a bone-contacting region and being made from a flexible material to conform to an outer surface of the sternum bone upon tightening of the wire, wherein the bone-contacting region has a second extension substantially perpendicular to the wire receiving section that exceeds the first cross-sectional dimension; wherein the load distributor (10, 100) is molded around the wire; characterised in that the load distributing section comprises segments (20, 22i-22n, 24) defining the bone-contacting region; and in that the segments (20, 22i-22n, 24) are separated from each other by indentations in the load distributing section.