mhurhangee/ep-ind-claims huggingface dataset:
An automatic analyzer comprising: a disc (11, 101) having a plurality of sample positions that can hold samples on a circumference; a sample introduction device (20, 21, 104) for introducing a sample into the disc; a detector (12, 103) for measuring the sample; and a rotation control device (102, 106) for controlling rotation of the disc, wherein the rotation control device is adapted to control rotation of the disc so as to move a sample position on the disc to an introduction position accessible to the sample introduction device (20, 21, 104), and a sample is then introduced into the sample position placed in the introduction position by the sample introduction device, characterised in that the detector (12, 103) is placed at a position around the disc for measuring the sample placed on the disc, and the rotation control device (102, 106) is further adapted to control rotation of the disc (11, 101) so as to move an origin of the disc to a particular position thereby returning the disc to an origin state, before then a plurality of samples on the disc are measured by the detector while the disc is rotated at a predetermined speed starting from the origin state. a disc (11, 101) having a plurality of sample positions that can hold samples on a circumference; a sample introduction device (20, 21, 104) for introducing a sample into the disc; a detector (12, 103) for measuring the sample; and a rotation control device (102, 106) for controlling rotation of the disc, wherein the rotation control device is adapted to control rotation of the disc so as to move a sample position on the disc to an introduction position accessible to the sample introduction device (20, 21, 104), and a sample is then introduced into the sample position placed in the introduction position by the sample introduction device, characterised in that the detector (12, 103) is placed at a position around the disc for measuring the sample placed on the disc, and the rotation control device (102, 106) is further adapted to control rotation of the disc (11, 101) so as to move an origin of the disc to a particular position thereby returning the disc to an origin state, before then a plurality of samples on the disc are measured by the detector while the disc is rotated at a predetermined speed starting from the origin state.
A vascular graft comprising: a blood-contacting layer formed of a first microporous biomaterial; a nonporous intermediate layer; and a tissue-interface layer having a textured microporous surface that contacts host tissue when implanted, the tissue-interface layer being formed of a second microporous biomaterial having interconnected pores wherein the mean pore diameter is between 10 and 100 micrometers, adjacent pores have inter-pore openings of larger than 5 micrometers and smaller than 50 micrometers; and the textured microporous surface comprises peaks and valleys, where the height of the peaks is greater than 200 micrometers and less than 1000 micrometers, and wherein the textured microporous surface is capable of reducing fibrotic capsular formation. a blood-contacting layer formed of a first microporous biomaterial; a nonporous intermediate layer; and a tissue-interface layer having a textured microporous surface that contacts host tissue when implanted, the tissue-interface layer being formed of a second microporous biomaterial having interconnected pores wherein the mean pore diameter is between 10 and 100 micrometers, adjacent pores have inter-pore openings of larger than 5 micrometers and smaller than 50 micrometers; and the textured microporous surface comprises peaks and valleys, where the height of the peaks is greater than 200 micrometers and less than 1000 micrometers, and wherein the textured microporous surface is capable of reducing fibrotic capsular formation.
A method that facilitates inter-cell interference control in an OFDM system, comprising: establishing a target received SNR which is a function of path loss both from an end node to a serving cell and from the end node to neighboring non-serving cells; using open loop power spectral density,PSD, control at the onset of end node use or when the end node path loss function exceeds a threshold level; switching to closed loop PSD control once the previous steps have been performed; reverting to open loop PSD control when the node path loss function exceeds the threshold level. establishing a target received SNR which is a function of path loss both from an end node to a serving cell and from the end node to neighboring non-serving cells; using open loop power spectral density,PSD, control at the onset of end node use or when the end node path loss function exceeds a threshold level; switching to closed loop PSD control once the previous steps have been performed; reverting to open loop PSD control when the node path loss function exceeds the threshold level.
Method for determining the potency of a product comprising antigen-coupled-adjuvant particles, the method comprises the steps of: a) contacting the product comprising antigen-coupled-adjuvant particles with immunoglobulin molecules capable of recognizing the antigen under conditions allowing antigen-immunoglobulin binding; b) providing a surface with the antigen, without the adjuvant, immobilized thereon; c) contacting the immunoglobulin contacted product of step (a) with the surface of step (b) under conditions allowing antigen-immunoglobulin binding; d) removing non-bound immunoglobulin molecules and antigen-coupled-adjuvant particles bound immunoglobulin molecules; e) detecting antigen-bound immunoglobulin molecules thereby determining the potency of a product comprising antigen-coupled-adjuvant particles by determining the 50% IgG inhibition using a dose-response curve; wherein the antigen-coupled-adjuvant particles are antigen-coupled-aluminium particles or antigen-coupled-tyrosine particles and wherein the immunoglobulin is IgG. a) contacting the product comprising antigen-coupled-adjuvant particles with immunoglobulin molecules capable of recognizing the antigen under conditions allowing antigen-immunoglobulin binding; b) providing a surface with the antigen, without the adjuvant, immobilized thereon; c) contacting the immunoglobulin contacted product of step (a) with the surface of step (b) under conditions allowing antigen-immunoglobulin binding; d) removing non-bound immunoglobulin molecules and antigen-coupled-adjuvant particles bound immunoglobulin molecules; e) detecting antigen-bound immunoglobulin molecules thereby determining the potency of a product comprising antigen-coupled-adjuvant particles by determining the 50% IgG inhibition using a dose-response curve;
An image forming apparatus comprising: an image forming unit that forms an image on a transfer medium on the basis of image data; a feeder that feeds the transfer medium; and a control unit that manages image data and controls the image forming unit and the feeder, characterized in that the control unit is configured to manage a job of a base image, which has first print data and was selected by an operator, and is printed and output by the image forming apparatus, and wherein the control unit is further configured to manage a job of an overprint image for overprinting the base image, which has second print data and is selected and whose output is instructed by an operator after output of the base image with the first print data was instructed, by associating the jobs with each other after the base image has been printed and output by the image forming apparatus, wherein the control unit is further configured such that when a jam of the transfer medium is detected during output of an overprint image in a case where a base image has first been printed on the transfer medium by the image forming apparatus, and then overprinting of an overprint image is applied thereto printed by the image forming apparatus, the control unit causes a blank transfer medium to be replenished for reprinting the base image by the image forming apparatus instead of a jammed transfer medium that was removed by jam processing. an image forming unit that forms an image on a transfer medium on the basis of image data; a feeder that feeds the transfer medium; and a control unit that manages image data and controls the image forming unit and the feeder, characterized in that the control unit is configured to manage a job of a base image, which has first print data and was selected by an operator, and is printed and output by the image forming apparatus, and wherein the control unit is further configured to manage a job of an overprint image for overprinting the base image, which has second print data and is selected and whose output is instructed by an operator after output of the base image with the first print data was instructed, by associating the jobs with each other after the base image has been printed and output by the image forming apparatus,
A mobile working machine, in particular an automotive concrete pump, having a carrying structure, which is fixed to a vehicle, in particular for a concrete distributor boom, and a plurality of support legs that are hinge-jointed to the carrying structure via a respective hinge point, wherein each hinge point comprises two bearing plates made from solid material, each provided with a bearing bore and projecting in a forked manner at a lateral distance from each other over the edge of a delimiting wall of the carrying structure, and a hinge pin extending vertically through the mutually aligned bearing bores, characterized in that the hinge pin has a lesser diameter in its middle region, between the bearing plates, than in its end portions that extend through the bearing plates.
Implant comprising two pieces (2, 3) that are telescopically mobile relative to one another and means for positioning one piece in a determined position among a plurality of positions relative to the other piece, the two pieces (2, 3) being made from a polymer material; whereby /at least one of the two pieces (2, 3) has a plurality of micro-cavities (15, 20, 32) over at least one wide portion of its peripheral wall; characterized in that - the implant comprises internal communications (16, 21, 33) in at least one of its walls (5, 7, 31) comprising the micro-cavities (15, 20, 32), connecting all or some of the micro-cavities to one another. - the implant comprises internal communications (16, 21, 33) in at least one of its walls (5, 7, 31) comprising the micro-cavities (15, 20, 32), connecting all or some of the micro-cavities to one another.
A method comprising: receiving, at a computing device on board an aircraft, at least one triggering command, wherein the at least one triggering command comprises an identification of a specific meteorological feature; translating, by the computing device, the identification of the specific meteorological feature into one or more meteorological criteria; receiving, by the computing device, a plurality of weather sensor inputs from one or more weather sensors (22, 26, 27) on-board the aircraft; determining, by the computing device, whether the plurality of weather sensor inputs satisfy the meteorological criteria to indicate a presence of the specific meteorological feature; obtaining, by the computing device, meteorological data; and in response to determining that the plurality of weather sensor inputs satisfy the meteorological criteria, initiating a downlink of at least a portion of the meteorological data. receiving, at a computing device on board an aircraft, at least one triggering command, wherein the at least one triggering command comprises an identification of a specific meteorological feature; translating, by the computing device, the identification of the specific meteorological feature into one or more meteorological criteria; receiving, by the computing device, a plurality of weather sensor inputs from one or more weather sensors (22, 26, 27) on-board the aircraft; determining, by the computing device, whether the plurality of weather sensor inputs satisfy the meteorological criteria to indicate a presence of the specific meteorological feature; obtaining, by the computing device, meteorological data; and in response to determining that the plurality of weather sensor inputs satisfy the meteorological criteria, initiating a downlink of at least a portion of the meteorological data.
An impeller filling shoe for the material feed to die bores of a rotary press, characterized in that the impeller filling shoe is built-up modularly in order to enable a change in function between a 2-chamber filling shoe comprising a filling vaned wheel and a proportioning vaned wheel and a 3-chamber filling shoe comprising a filling vaned wheel, a proportioning vaned wheel and a feeding vaned wheel and wherein the impeller filling shoe does not comprise a gearbox for driving the vaned wheels, wherein the impeller filling shoe comprises a base module in which the filling vaned wheel is present in a first chamber and the proportioning vaned wheel is present in a second chamber, wherein the 2-chamber filling shoe has a first modular build-up being mountable to the base module and having a first material inlet which in a mounted state is located above the filling vaned wheel and the 3-chamber filling shoe has a second modular build-up in which the feeding vaned wheel is present inserted into a third center chamber, the second modular build-up being mountable on the base module and having a second material inlet.
A self-retaining shear pin tool comprising: a cap having an inner side and an outer side opposite the inner side, wherein the cap defines a cap recess formed in and defined by the inner side of the cap, the cap recess having a cylindrical portion and a frustoconical portion extending from the cylindrical portion towards the outer side of the cap; and a shear pin configured to be disposed partially in the cap recess and to extend from the inner side of the cap out of the cap recess, the shear pin comprising: a body defining a body recess with a cylindrical portion and a frustoconical portion between the cylindrical portion and an end of the shear pin; and a swage die configured to be disposed in the body recess and cause the body of the shear pin to expand. a cap having an inner side and an outer side opposite the inner side, wherein the cap defines a cap recess formed in and defined by the inner side of the cap, the cap recess having a cylindrical portion and a frustoconical portion extending from the cylindrical portion towards the outer side of the cap; and a shear pin configured to be disposed partially in the cap recess and to extend from the inner side of the cap out of the cap recess, the shear pin comprising: a body defining a body recess with a cylindrical portion and a frustoconical portion between the cylindrical portion and an end of the shear pin; and a swage die configured to be disposed in the body recess and cause the body of the shear pin to expand. a body defining a body recess with a cylindrical portion and a frustoconical portion between the cylindrical portion and an end of the shear pin; and a swage die configured to be disposed in the body recess and cause the body of the shear pin to expand.
A pharmaceutical composition, comprising a first composition which comprises amlodipine or a pharmaceutically acceptable salt thereof and valsartan or a pharmaceutically acceptable salt thereof; and a second composition which comprises rosuvastatin or a pharmaceutically acceptable salt thereof, wherein the first composition further comprises magnesium aluminosilicate, low-substituted hydroxypropyl cellulose, or a mixture thereof; and wherein the second composition further comprises anhydrous dibasic calcium phosphate, calcium carbonate, or a mixture thereof.
A method performed by an image capturing device for handling printed information on an information carrier, the method comprising: dynamically determining (404, 601a, 601b, 801) at least part of print information that should be printed on the information carrier by an industrial printer, wherein the image capturing device dynamically determines the print information in the same way by using the same algorithm as the industrial printer dynamically determines the print information; when the print information has been printed on the information carrier by the industrial printer, capturing (406, 602a, 602b, 802) an image of at least part of the print information on the information carrier; and verifying (407, 603a, 803) whether at least part of the print information on the captured image is substantially the same as at least part of the determined print information, wherein the information is printed by the industrial printer before the image capturing device captures the image, and characterised in that the image capturing device generates a plurality of possible alternatives of the print information according to its time and compares the plurality of possible alternatives with the print information in the captured image in order to verify the correctness of the print information in the captured image. dynamically determining (404, 601a, 601b, 801) at least part of print information that should be printed on the information carrier by an industrial printer, wherein the image capturing device dynamically determines the print information in the same way by using the same algorithm as the industrial printer dynamically determines the print information; when the print information has been printed on the information carrier by the industrial printer, capturing (406, 602a, 602b, 802) an image of at least part of the print information on the information carrier; and verifying (407, 603a, 803) whether at least part of the print information on the captured image is substantially the same as at least part of the determined print information, wherein the information is printed by the industrial printer before the image capturing device captures the image, and
Linear motion control mechanism of an output shaft comprising: - a rotor presenting a first threaded part and a circular drive surface rotatable around an axis (z); - a frame defining a first threaded part collaborating with the first threaded part of the rotor, the first threaded part of the rotor being fitted so as to form an helical connection with the first threaded part of the frame so that rotation of the rotor with respect to the frame causes translation of the rotor with respect to the frame along the axis (z); - an output shaft connected to the rotor, - a stator configured to generate rotational micro-movements of the rotor around the axis (z), the stator having an oscillator with a contact area designed to be placed in contact with the circular drive surface to move the circular drive surface and rotor, characterised in that: - the rotor comprises a second threaded part separated from the first threaded part, along the axis (z), by a central part comprising the circular drive surface, - a blocking device is configured to prevent rotation of the output shaft around the axis (z) with respect to the frame, - the output shaft has a second part configured to fix a load to be moved and a first threaded part collaborating with the second threaded part of the rotor, the first threaded part of the output shaft being fitted so as to form an helical connection with the second threaded part of the rotor so that rotation of the rotor with respect to the frame causes translation of the output shaft with respect to the rotor and frame along the axis (z). - a rotor presenting a first threaded part and a circular drive surface rotatable around an axis (z); - a frame defining a first threaded part collaborating with the first threaded part of the rotor, the first threaded part of the rotor being fitted so as to form an helical connection with the first threaded part of the frame so that rotation of the rotor with respect to the frame causes translation of the rotor with respect to the frame along the axis (z); - an output shaft connected to the rotor, - a stator configured to generate rotational micro-movements of the rotor around the axis (z), the stator having an oscillator with a contact area designed to be placed in contact with the circular drive surface to move the circular drive surface and rotor, - the rotor comprises a second threaded part separated from the first threaded part, along the axis (z), by a central part comprising the circular drive surface, - a blocking device is configured to prevent rotation of the output shaft around the axis (z) with respect to the frame, - the output shaft has a second part configured to fix a load to be moved and a first threaded part collaborating with the second threaded part of the rotor, the first threaded part of the output shaft being fitted so as to form an helical connection with the second threaded part of the rotor so that rotation of the rotor with respect to the frame causes translation of the output shaft with respect to the rotor and frame along the axis (z).
Sulfur-crosslinkable rubber mixture containing at least one diene rubber which has a weight-average molecular weight Mw according to GPC of 100 000 to 5000 000 g/mol and is selected from the group consisting of natural polyisoprene and synthetic polyisoprene and butadiene rubber and styrenebutadiene rubber and at least one butadiene-based functionalized polymer which has a weight-average molecular weight Mw according to GPC of 1000 to 20 000 g/mol, characterized in that the polymer is branched via at least one organic group containing at least one functional group, so that two or more butadiene-based polymer chains are bonded to the at least one organic group.
A washing machine comprising: a drum to accommodate laundry therein; a driving apparatus to rotate the drum; a plurality of protrusions protruding inwards from the drum, each of the protrusions comprising six triangles forming a hexagonal pyramid shape at the centre of the protrusion, each protrusion further comprising eighteen triangles formed around the hexagonal pyramid; and at least one through-hole provided between adjacent protrusions to drain water. a drum to accommodate laundry therein; a driving apparatus to rotate the drum; a plurality of protrusions protruding inwards from the drum, each of the protrusions comprising six triangles forming a hexagonal pyramid shape at the centre of the protrusion, each protrusion further comprising eighteen triangles formed around the hexagonal pyramid; and at least one through-hole provided between adjacent protrusions to drain water.