mhurhangee/ep-ind-claims huggingface dataset:
A method of determining cancer prognosis for a subject with a cancer, comprising: i) identifying at least two cancer associated proteins in a sample from the subject wherein the sample is a tissue sample; ii) quantifying the at least two cancer associated proteins in the sample; iii) normalizing the at least two cancer associated proteins in the sample to obtain a normalized value for each cancer associated protein in the sample; iv) comparing the normalized value of the first cancer associated protein with the normalized value of the second cancer associated protein to obtain a biomarker indicator wherein the biomarker indicator comprises a ratio of the normalized value of the first cancer associated protein to the normalized value of the second cancer associated protein; and v) correlating the biomarker indicator with prognosis of the subject with cancer; wherein the at least two cancer associated proteins comprise p-MAPK and EGFR, and wherein the first cancer associated protein is p-MAPK and the second cancer associated protein is EGFR. i) identifying at least two cancer associated proteins in a sample from the subject wherein the sample is a tissue sample; ii) quantifying the at least two cancer associated proteins in the sample; iii) normalizing the at least two cancer associated proteins in the sample to obtain a normalized value for each cancer associated protein in the sample; iv) comparing the normalized value of the first cancer associated protein with the normalized value of the second cancer associated protein to obtain a biomarker indicator wherein the biomarker indicator comprises a ratio of the normalized value of the first cancer associated protein to the normalized value of the second cancer associated protein; and v) correlating the biomarker indicator with prognosis of the subject with cancer; wherein the at least two cancer associated proteins comprise p-MAPK and EGFR, and wherein the first cancer associated protein is p-MAPK and the second cancer associated protein is EGFR.
A potentiometric biosensor comprising: an active electrode, the active electrode comprising an internal fill solution and a first membrane, the first membrane separating the internal fill solution from a liquid sample when the active electrode is inserted into the liquid sample, the first membrane containing a first type of enzyme capable of directly producing ammonium ions (NH 4 +) as a consequence of coming into contact with the liquid sample and being devoid of a second type of enzyme; and an inactive electrode, the inactive electrode comprising the internal fill solution and a second membrane the second membrane separating the internal fill solution from the liquid sample when the inactive electrode is inserted into the liquid sample, the second membrane being devoid of enzymes capable of directly producing ammonium ions (NH 4 +) as a consequence of coming into contact with the liquid sample, the internal fill solution having a total ammonium ion concentration in the range of 1 to 10 mM and a free ammonium ion concentration of three or four orders of magnitude lower than the total ammonium ion concentration, wherein the total ammonium ion concentration includes complexed ammonium ions and free ammonium ions. an active electrode, the active electrode comprising an internal fill solution and a first membrane, the first membrane separating the internal fill solution from a liquid sample when the active electrode is inserted into the liquid sample, the first membrane containing a first type of enzyme capable of directly producing ammonium ions (NH 4 +) as a consequence of coming into contact with the liquid sample and being devoid of a second type of enzyme; and an inactive electrode, the inactive electrode comprising the internal fill solution and a second membrane the second membrane separating the internal fill solution from the liquid sample when the inactive electrode is inserted into the liquid sample, the second membrane being devoid of enzymes capable of directly producing ammonium ions (NH 4 +) as a consequence of coming into contact with the liquid sample, the internal fill solution having a total ammonium ion concentration in the range of 1 to 10 mM and a free ammonium ion concentration of three or four orders of magnitude lower than the total ammonium ion concentration, wherein the total ammonium ion concentration includes complexed ammonium ions and free ammonium ions.
Wind turbine for converting wind into mechanical energy, comprising a support and a vane (6, 16) rotatively connected to said support, the vane comprising an elongated body and a wind receptacle which in essence is formed as a lid which is able to hinge with respect to the elongated body such that the receptacle can adopt an open configuration wherein the lid is hinged away from the elongated body, and a closed configuration wherein the lid is hinged towards the body, the lid having an outer surface which is the surface that is directed away from the wind when the receptacle takes the open configuration, and an opposite inner surface, wherein the inner surface of the lid is provided with one or more profiles (500, 501) protruding from the inner surface, and extending in a direction perpendicular to the longitudinal direction of the vane, characterised in that the one or more profiles diverge toward the site where the lid is hinged to the body.
Method for positioning a container lifting device over a holding device for containers, wherein at least one optical 2D camera is attached as an imaging sensor to the container lifting device with an overhang and the sensor spans a substantially vertically downwardly directed field of vision (A, B), wherein the sensor supplies measured values from an area surrounding the container lifting device, in particular the plan view of the holding device, to a computing unit, wherein the holding device has at least one marker on its surface, wherein the computing unit forms data from the measured values, from which the computing unit calculates target position data on anchoring positions (2, 11) for the container lifting device, characterised in that the markers have dimensions of a defined size which are available to the computing unit as parameters and the computing unit calculates the target position data on the anchoring positions (2, 11) from the two-dimensional measurement of the markers, height information between sensor and surface of the holding device and from a horizontal offset (23, 30) of the container lifting device to the marker.
A field device comprising: a first communication unit configured to perform communication via a communication network; a second communication unit configured to perform infrared communication with an external device; a converter configured to convert a message, which has been transmitted from the external device and has been received by the second communication unit, into alert data which is transmittable to the communication network, the alert data notifying of an abnormality via the communication network; and a first controller configured to control the first communication unit to transmit the alert data, which has been converted by the converter, to the communication network, wherein transmission of the message to the communication network is enabled by converting the message into the alert data. a first communication unit configured to perform communication via a communication network; a second communication unit configured to perform infrared communication with an external device; a converter configured to convert a message, which has been transmitted from the external device and has been received by the second communication unit, into alert data which is transmittable to the communication network, the alert data notifying of an abnormality via the communication network; and a first controller configured to control the first communication unit to transmit the alert data, which has been converted by the converter, to the communication network, wherein transmission of the message to the communication network is enabled by converting the message into the alert data.
A method for automatically assigning addresses to devices (16-1, 16-2, 16-3, 16-4) connected to a message-based communication network deployed in an elevator application, the method comprising: measuring a parameter at each device (16-1, 16-2, 16-3, 16-4), wherein the measured parameter is a function of the physical location of the device (16-1, 16-2, 16-3, 16-4), wherein the measured parameter is a magnitude of a voltage supplied by a power supply to each device (16-1, 16-2, 16-3, 16-4); communicating measured parameters; and assigning addresses based upon the measured parameters; characterized in that the measured parameter is communicated by each device (16-1, 16-2, 16-3, 16-4) in an order, wherein the order in which each device (16-1, 16-2, 16-3, 16-4) communicates is based on the measured magnitude of the voltage, and wherein a time at which each device communicates the measured parameter is determined by multiplying the measured magnitude of the voltage by a constant value. measuring a parameter at each device (16-1, 16-2, 16-3, 16-4), wherein the measured parameter is a function of the physical location of the device (16-1, 16-2, 16-3, 16-4), wherein the measured parameter is a magnitude of a voltage supplied by a power supply to each device (16-1, 16-2, 16-3, 16-4); communicating measured parameters; and assigning addresses based upon the measured parameters; characterized in that the measured parameter is communicated by each device (16-1, 16-2, 16-3, 16-4) in an order, wherein the order in which each device (16-1, 16-2, 16-3, 16-4) communicates is based on the measured magnitude of the voltage, and wherein a time at which each device communicates the measured parameter is determined by multiplying the measured magnitude of the voltage by a constant value.
A method of adjusting a staple gap in a surgical stapling apparatus, comprising: providing a surgical stapling apparatus having a jaw structure with an anvil receiving portion and a jaw structure with a cartridge receiving portion, the jaw structures being operatively couplable to one another to provide a staple gap between a respective forward portion of the anvil and cartridge receiving portions, one of the jaw structures having a pair of mounting members (112, 114) thereon for mounting the other of the jaw structures thereon; positioning a gap adjustment member on the mounting members (112, 114) between the jaw structures to provide a desired gap between the forward portions of the anvil and cartridge receiving portions; and locking the gap adjustment member to the mounting members to provide the desired staple gap, wherein the gap adjustment member is locked into position by at least one of deforming, pining, peening, swagging, center punching, welding and adhering the gap adjustment member against at least one of the mounting members (112, 114). providing a surgical stapling apparatus having a jaw structure with an anvil receiving portion and a jaw structure with a cartridge receiving portion, the jaw structures being operatively couplable to one another to provide a staple gap between a respective forward portion of the anvil and cartridge receiving portions, one of the jaw structures having a pair of mounting members (112, 114) thereon for mounting the other of the jaw structures thereon; positioning a gap adjustment member on the mounting members (112, 114) between the jaw structures to provide a desired gap between the forward portions of the anvil and cartridge receiving portions; and locking the gap adjustment member to the mounting members to provide the desired staple gap, wherein the gap adjustment member is locked into position by at least one of deforming, pining, peening, swagging, center punching, welding and adhering the gap adjustment member against at least one of the mounting members (112, 114).
A battery, comprising: a first current interrupter being characterized by a negative thermal expansion material such that the first current interrupter contracts in response to an increase in temperature, the contraction of the first current interrupter forming a nonconductive gap within the battery, and the formation of the nonconductive gap disrupting a current flow within the battery.
A force measurement device operating according to the electromagnetic force compensation principle, for a gravimetric measuring instrument, with a stationary section and a load-bearing section which are connected by parallel guide rods (14, 15), with at least one weighbeam which is connected to the load-bearing section via a coupling engaging at a first lever arm of the weighbeam directly or via further levers, and which, on a second lever arm of the weighbeam, is connected directly or via further levers to a measuring sensor arranged in the stationary section, wherein at least one sliding weight is arranged on at least one weighbeam, characterised in that by means of a drive the position of the sliding weight can be changed controlled by the measuring sensor and/or a measured variable recorded by a position-measuring device which cooperates with the measuring sensor.
A method for manufacturing a thermoelectric material, comprising: forming a mixture by weighing Cu and Se based on the following chemical formula 1 and mixing the Cu and the Se; and forming a compound by thermally treating the mixture: <Chemical Formula 1> Cu x Se where 2<x≤2.6; wherein the forming of the mixture comprises mixing Cu and Se in powder form. forming a mixture by weighing Cu and Se based on the following chemical formula 1 and mixing the Cu and the Se; and forming a compound by thermally treating the mixture: <Chemical Formula 1> Cu x Se where 2<x≤2.6; wherein the forming of the mixture comprises mixing Cu and Se in powder form.
A suturing device that sutures a tissue (T, T1, T2) using a suture unit having a suture thread with both ends fitted to a first anchor and a second anchor, respectively, the suturing device comprising: a hollow tip member receiving the first and second anchors (106, 107); a wire having a front end inserted through the tip member so that the first and second anchors (106, 107) can be released out from the tip member; a flexible tube having a distal end integrally connected at a proximal end of the tip member, through which the wire is inserted so as to freely move forward and backward in the axial direction of the tube; a parallel member inserted through the tube so as to freely move forward and backward in the axial direction of the tube along with the wire; a relative position holding member (10, 24) fitted to the wire so as to hold constant a relative positional relationship between the wire and the parallel member; a forward movement restricting member provided on the distal end of the tube or the tip member so as to restrict a forward movement of the parallel member; and an operating portion provided at a proximal end side of the wire and the parallel member so as to operate the wire and the parallel member, wherein in a state in which the relative positional relationship between the wire and the parallel member is held constant by the relative position holding member, when the wire is moved in the forward direction until the forward movement of the parallel member is restricted by the forward movement restricting member, only the first anchor is released out from the tip member by the movement of the wire. a hollow tip member receiving the first and second anchors (106, 107); a wire having a front end inserted through the tip member so that the first and second anchors (106, 107) can be released out from the tip member; a flexible tube having a distal end integrally connected at a proximal end of the tip member, through which the wire is inserted so as to freely move forward and backward in the axial direction of the tube; a parallel member inserted through the tube so as to freely move forward and backward in the axial direction of the tube along with the wire; a relative position holding member (10, 24) fitted to the wire so as to hold constant a relative positional relationship between the wire and the parallel member; a forward movement restricting member provided on the distal end of the tube or the tip member so as to restrict a forward movement of the parallel member; and an operating portion provided at a proximal end side of the wire and the parallel member so as to operate the wire and the parallel member, wherein in a state in which the relative positional relationship between the wire and the parallel member is held constant by the relative position holding member, when the wire is moved in the forward direction until the forward movement of the parallel member is restricted by the forward movement restricting member, only the first anchor is released out from the tip member by the movement of the wire.
A method of graphics processing, comprising: adaptively rendering at least one tile of a current frame based on speed determined by comparing the current frame to a previous frame and characterized in that the adaptively rendering at least one tile of a current frame comprises: determining, on a tile-by-tile basis, a relative speed of objects as measured in screen space co-ordinates or pixels in a current frame relative to a previous frame; classifying each tile within the frame into one of at least three speed categories, the at least three categories including a quasi-static speed category, a medium speed category, and a high-speed category; making a sampling decision for each tile, based at least in part on the speed category associated with each tile, including whether the tile is to be sampled at a full resolution sampling rate of at least one sample per pixel in the current frame or sampled at a lower rate in the current frame; and rendering tiles of the current frame. determining, on a tile-by-tile basis, a relative speed of objects as measured in screen space co-ordinates or pixels in a current frame relative to a previous frame; classifying each tile within the frame into one of at least three speed categories, the at least three categories including a quasi-static speed category, a medium speed category, and a high-speed category; making a sampling decision for each tile, based at least in part on the speed category associated with each tile, including whether the tile is to be sampled at a full resolution sampling rate of at least one sample per pixel in the current frame or sampled at a lower rate in the current frame; and rendering tiles of the current frame.
A terminal pin (13; 13') for electrically connecting a conductor support, the terminal pin being provided for integral joining to a conductor surface of the conductor support, and formed at least in sections of an, in particular, biocompatible base metal, characterized in that the terminal pin (13; 13') at or near one end comprises a section that is thickened relative to a section located further from the end and at least a portion of the surface of the thickened section comprises a soft-solderable coating (13a; 13a').
A method comprising steps of: providing a structure having an incision layer (50") and a transfer layer (53") that are secured together and substantially parallel to each other, the incision layer (50") having a first surface and an opposite second surface, the second surface facing the transfer layer (53"); defining incisions (51") that extend through the incision layer (50"); the incisions (51") extending at least partially into the transfer layer (53"); locating the first surface of the incision layer (50") adjacent to a substrate layer (40"); securing the incision layer (50") to the substrate layer (40"); and separating the transfer layer (53") from the incision layer (50") to expose the second surface; and incorporating the incision layer (50") and the substrate layer (40") into an article of footwear. providing a structure having an incision layer (50") and a transfer layer (53") that are secured together and substantially parallel to each other, the incision layer (50") having a first surface and an opposite second surface, the second surface facing the transfer layer (53"); defining incisions (51") that extend through the incision layer (50"); the incisions (51") extending at least partially into the transfer layer (53"); locating the first surface of the incision layer (50") adjacent to a substrate layer (40"); securing the incision layer (50") to the substrate layer (40"); and separating the transfer layer (53") from the incision layer (50") to expose the second surface; and incorporating the incision layer (50") and the substrate layer (40") into an article of footwear.
A method comprising: receiving, by a user equipment, UE, a signal indicating parameters of at least one first multiple access block, MAB type of MAB types, the parameters indicating at least a first sub-carrier spacing and a first symbol duration, and the MAB types comprises a second MAB type comprising at least a second sub-carrier spacing and a second symbol duration; and communicating, by the UE with an access point, AP, a first transmission in a first frequency partition of a carrier using the first sub-carrier spacing and the first symbol duration; the first sub-carrier spacing and the first symbol duration are used for communicating the first transmission in the first frequency partition, the second sub-carrier spacing and the second symbol duration are used for communicating a second transmission in a second frequency partition of the carrier, and the first sub-carrier spacing being a 2 or a 4 multiple of the second sub-carrier spacing denoted as Δf, characterized in that: the second symbol duration is two or four times the first symbol duration, and the method further comprises: receiving, by the UE from the AP, MAB region assignment semi-statically configured via a first signaling, wherein the MAB region assignment indicates a MAB region configuration. receiving, by a user equipment, UE, a signal indicating parameters of at least one first multiple access block, MAB type of MAB types, the parameters indicating at least a first sub-carrier spacing and a first symbol duration, and the MAB types comprises a second MAB type comprising at least a second sub-carrier spacing and a second symbol duration; and communicating, by the UE with an access point, AP, a first transmission in a first frequency partition of a carrier using the first sub-carrier spacing and the first symbol duration; the first sub-carrier spacing and the first symbol duration are used for communicating the first transmission in the first frequency partition, the second sub-carrier spacing and the second symbol duration are used for communicating a second transmission in a second frequency partition of the carrier, and the first sub-carrier spacing being a 2 or a 4 multiple of the second sub-carrier spacing denoted as Δf, characterized in that: the second symbol duration is two or four times the first symbol duration, and the method further comprises: receiving, by the UE from the AP, MAB region assignment semi-statically configured via a first signaling, wherein the MAB region assignment indicates a MAB region configuration.