mhurhangee/ep-ind-claims huggingface dataset:
A method for sequencing a target nucleic acid, comprising: a) providing a daughter strand produced by a template-directed synthesis, the daughter strand comprising a plurality of subunits coupled in a sequence corresponding to a contiguous nucleotide sequence of all or a portion of the target nucleic acid, wherein the individual subunits comprise a tether, at least one probe or nucleobase residue, and at least one selectively cleavable bond; b) cleaving the at least one selectively cleavable bond to yield an Xpandomer of a length longer than the plurality of the subunits of the daughter strand, the Xpandomer comprising the tethers and reporter elements for parsing genetic information in a sequence corresponding to the contiguous nucleotide sequence of all or a portion of the target nucleic acid; and c) detecting the reporter elements of the Xpandomer. a) providing a daughter strand produced by a template-directed synthesis, the daughter strand comprising a plurality of subunits coupled in a sequence corresponding to a contiguous nucleotide sequence of all or a portion of the target nucleic acid, wherein the individual subunits comprise a tether, at least one probe or nucleobase residue, and at least one selectively cleavable bond; b) cleaving the at least one selectively cleavable bond to yield an Xpandomer of a length longer than the plurality of the subunits of the daughter strand, the Xpandomer comprising the tethers and reporter elements for parsing genetic information in a sequence corresponding to the contiguous nucleotide sequence of all or a portion of the target nucleic acid; and c) detecting the reporter elements of the Xpandomer.
A method of determining prognosis of prostate cancer in a subject comprising measuring the amount of megakaryocytes in a blood sample from the subject.
A liquid-sealed type vibration isolator comprising: a first fixture, a cylindrical second fixture, a vibration-isolating base member formed of a rubbery elastic material for coupling the first fixture and the second fixture, a diaphragm formed of a rubbery elastic membrane which is mounted to the second fixture and defines a liquid-sealed chamber between the vibration-isolating base member and itself, a partitioning member configured to partition the liquid-sealed chamber into a first liquid chamber on the side of the vibration-isolating base member and a second liquid chamber on the side of the diaphragm, and an orifice configured to communicate the first liquid chamber and the second liquid chamber, wherein the partitioning member includes: an annular orifice forming member provided inside a peripheral wall portion of the second fixture and forming the orifice; an elastic wall formed of the rubbery elastic material which closes an inner peripheral surface of the orifice forming member; and a pair of partitioning plates (48, 50) connected to each other via a coupling portion penetrating through a radially center portion of the elastic wall and holding the elastic wall therebetween in an axial direction of the elastic wall, and the pair of partitioning plates (48, 50) each include a holding portion which holds the elastic wall radially outward of the coupling portion, the holding portion comprises a first holding portion provided radially outward and a second holding portion provided radially inward, characterised in that the first holding portion is provided with a high compression holding portion configured to hold the elastic wall at a compression ratio higher than the second holding portion in the axial direction. an annular orifice forming member provided inside a peripheral wall portion of the second fixture and forming the orifice; an elastic wall formed of the rubbery elastic material which closes an inner peripheral surface of the orifice forming member; and a pair of partitioning plates (48, 50) connected to each other via a coupling portion penetrating through a radially center portion of the elastic wall and holding the elastic wall therebetween in an axial direction of the elastic wall, and the pair of partitioning plates (48, 50) each include a holding portion which holds the elastic wall radially outward of the coupling portion, the holding portion comprises a first holding portion provided radially outward and a second holding portion provided radially inward, characterised in that the first holding portion is provided with a high compression holding portion configured to hold the elastic wall at a compression ratio higher than the second holding portion in the axial direction.
A method of forming Junction Barrier Schottky, JBS, diode comprising an active region and an edge termination region surrounding the active region, the method comprising: providing a drift region having a first conductivity type; providing a polysilicon layer on a surface of the drift region, wherein the polysilicon layer is doped with first conductivity type dopants to have the first conductivity type, and wherein the polysilicon layer forms a heterojunction with the drift region; selectively doping the polysilicon layer with dopant ions of a second conductivity type through a doping mask to form a plurality of first heterojunction barrier regions having the second conductivity type in the active region and on the drift region, a plurality of polysilicon contact regions having the first conductivity type in the active region and on the drift region, and a plurality of guard rings having the second conductivity type in the edge termination region, wherein the first conductivity type is n-type and the second conductivity type is p-type; wherein the plurality of polysilicon contact regions form a Schottky barrier heterojunction with the drift layer, wherein the drift region comprises silicon carbide. providing a drift region having a first conductivity type; providing a polysilicon layer on a surface of the drift region, wherein the polysilicon layer is doped with first conductivity type dopants to have the first conductivity type, and wherein the polysilicon layer forms a heterojunction with the drift region; selectively doping the polysilicon layer with dopant ions of a second conductivity type through a doping mask to form a plurality of first heterojunction barrier regions having the second conductivity type in the active region and on the drift region, a plurality of polysilicon contact regions having the first conductivity type in the active region and on the drift region, and a plurality of guard rings having the second conductivity type in the edge termination region, wherein the first conductivity type is n-type and the second conductivity type is p-type; wherein the plurality of polysilicon contact regions form a Schottky barrier heterojunction with the drift layer, wherein the drift region comprises silicon carbide.
A method of making a synthetic single domain antibody library, said method comprising i. introducing a diversity of nucleic acids encoding CDR1, CDR2, and CDR3, between the respective framework coding regions of a synthetic single domain antibody to generate nucleic acids encoding a diversity of synthetic single domain antibodies with the same synthetic single domain antibody scaffold amino acid sequence, wherein said synthetic single domain antibody scaffold comprises the following framework regions consisting of FR1 of SEQ ID NO:1, FR2 of SEQ ID NO:2, FR3 of SEQ ID NO: 3 and FR4 of SEQ ID NO:4. i. introducing a diversity of nucleic acids encoding CDR1, CDR2, and CDR3, between the respective framework coding regions of a synthetic single domain antibody to generate nucleic acids encoding a diversity of synthetic single domain antibodies with the same synthetic single domain antibody scaffold amino acid sequence,
A security system comprising: a control panel having a wireless transceiver that operates under a 6LowPan/lPv6/loT or equivalent protocol where the 6LowPan/lPv6/loT protocol supports one or more of a 6LowPan protocol, an IEEE802.15.4 protocol and IEEE802.11 coordination; a plurality of remotely located, wireless devices each having a wireless transceiver that exchanges messages with the control panel within a time division multiple access, TDMA, slot on a radio frequency, RF, channel; and a respective processor within the control panel and each of the plurality of wireless devices that controls transmission and reception of messages within TDMA slots of a repeating super frame where at least some of the plurality of wireless devices select TDMA slots within the super frame for communicating with the control panel under a carrier sense multiple access with collision avoidance, CSMA / CA, algorithm/mechanism and some other of the plurality of devices select slots of the super frame for communicating with the control panel under a WiFi protocol. a control panel having a wireless transceiver that operates under a 6LowPan/lPv6/loT or equivalent protocol where the 6LowPan/lPv6/loT protocol supports one or more of a 6LowPan protocol, an IEEE802.15.4 protocol and IEEE802.11 coordination; a plurality of remotely located, wireless devices each having a wireless transceiver that exchanges messages with the control panel within a time division multiple access, TDMA, slot on a radio frequency, RF, channel; and a respective processor within the control panel and each of the plurality of wireless devices that controls transmission and reception of messages within TDMA slots of a repeating super frame where at least some of the plurality of wireless devices select TDMA slots within the super frame for communicating with the control panel under a carrier sense multiple access with collision avoidance, CSMA / CA, algorithm/mechanism and some other of the plurality of devices select slots of the super frame for communicating with the control panel under a WiFi protocol.
A method of performing a land seismic survey, comprising: placing a plurality of seismic sensor receivers within an area on the ground, thereby establishing a seismic receiver patch; the method characterized in defining a plurality of seismic source points outside the area of the receiver patch and surrounding the receiver patch, thereby establishing a seismic source patch; placing a plurality of long offset seismic sensors (LONs) outside of the receiver patch and source patch at a required long offset distance, thereby surrounding the receiver patch and the source patch, wherein the required long offset distance comprises a distance of at least 10 kilometers from the LONs to the source patch, wherein the area between the long offset sensor area and the source patch defines therebetween an area that is free from seismic sensor receivers. placing a plurality of seismic sensor receivers within an area on the ground, thereby establishing a seismic receiver patch; the method characterized in defining a plurality of seismic source points outside the area of the receiver patch and surrounding the receiver patch, thereby establishing a seismic source patch; placing a plurality of long offset seismic sensors (LONs) outside of the receiver patch and source patch at a required long offset distance, thereby surrounding the receiver patch and the source patch, wherein the required long offset distance comprises a distance of at least 10 kilometers from the LONs to the source patch, wherein the area between the long offset sensor area and the source patch defines therebetween an area that is free from seismic sensor receivers.
A pet food composition comprising a myristic acid source and a beta-carotene source in amounts effective to prevent or treat obesity in a companion animal, wherein myristic acid is present in the composition in an amount of at least 0.3%, and wherein beta-carotene is present in the composition in an amount of at least 2 ppm.
A fitment for fixing a door, in particular a door for a shower cubicle or shower partition, comprising: - a lift element with at least one control surface for lifting and lowering the door during the opening and closing movement of the door, - a rotary profile which is mounted rotatably on the lift element and to which the door can be fixed, wherein the at least one control surface of the lift element is operatively connected to at least one complementary control surface arranged on the rotary profile, - a support profile which can be fixed to a wall or glass panel for receiving the door which can be fixed to the rotary profile, wherein the door can be connected to the support profile, - a fixing device formed by a clamping ring for the lift element, wherein in the mounted state the lift element is held non-rotatably in force-locking relationship by the fixing device, wherein the fixing device has at least one abutment surface, by way of which the fixing device can be connected to the support profile, wherein the fixing device can be connected to the support profile by means of two screws, characterised in that the support profile has at least two through bores (32a, 32b) for receiving the screws, wherein one of the through bores (32a, 32b) is formed by a slot. - a lift element with at least one control surface for lifting and lowering the door during the opening and closing movement of the door, - a rotary profile which is mounted rotatably on the lift element and to which the door can be fixed, wherein the at least one control surface of the lift element is operatively connected to at least one complementary control surface arranged on the rotary profile, - a support profile which can be fixed to a wall or glass panel for receiving the door which can be fixed to the rotary profile, wherein the door can be connected to the support profile, - a fixing device formed by a clamping ring for the lift element, wherein in the mounted state the lift element is held non-rotatably in force-locking relationship by the fixing device, wherein the fixing device has at least one abutment surface, by way of which the fixing device can be connected to the support profile, wherein the fixing device can be connected to the support profile by means of two screws, characterised in that the support profile has at least two through bores (32a, 32b) for receiving the screws, wherein one of the through bores (32a, 32b) is formed by a slot.
A data transmission method, for transmitting multiple data packets, comprising: mapping multiple acquired data packets to different sessions according to data header information of the data packets, wherein each session corresponds to one or more data packets; encapsulating a data packet into a session message, wherein the encapsulated session message comprises a session identifier of the session corresponding to the one or more data packets, wherein the encapsulating the data packet into the session message comprises adding an Extended Sublayer to each of the data packets, and the session identifier is encapsulated in the Extended Sublayer and transmitting multiple session messages belonging to the same session to a next network node through at least two tunnels in link layer, mapping multiple acquired data packets to different sessions according to data header information of the data packets, wherein each session corresponds to one or more data packets; encapsulating a data packet into a session message, wherein the encapsulated session message comprises a session identifier of the session corresponding to the one or more data packets, wherein the encapsulating the data packet into the session message comprises adding an Extended Sublayer to each of the data packets, and the session identifier is encapsulated in the Extended Sublayer and transmitting multiple session messages belonging to the same session to a next network node through at least two tunnels in link layer,
A method of calibrating a radiographic system comprising a source and a detector, the method comprising providing a calibration object comprising one or more markers, rotating the calibration object relative to the source and/or detector, around an axis of rotation, acquiring a plurality of radiographic images of the calibration object, the method comprising identifying the location of the one or more markers in the radiographic images, and deriving paths for the one or more markers using the plurality of radiographic images, characterised by assigning a nominal value representing the distance between the source and the axis of rotation, and determining complete geometrical parameters of the system apart from said nominal distance value using said radiographic images and said nominal distance value, wherein said complete geometrical parameters are seven parameters consisting of two parameters specifying the principal point, one parameter specifying the focal length, two parameters specifying the orientation of the rotation axis and two parameters specifying the position of the rotation axis
A microscope apparatus comprising: a sample setting unit in which a sample is set; an imaging unit configured to image the sample set in the sample setting unit; a housing unit on which the sample setting unit is arranged, and which is configured to internally accommodate the imaging unit; a first light source configured to irradiate light for fluorescence excitation on the sample in the sample setting unit; and a first cover configured to be movable to a light shielded first position that covers the sample setting unit and an open second position that opens the sample setting unit; characterized in that: the microscope apparatus further comprises: a second cover configured to be movable within the first cover so as to be in a closed state that covers the sample setting unit and an open state that opens the sample setting unit; and a second light source arranged in a space covered with the second cover and configured to irradiate light on the sample in the sample setting unit, and in that: the first cover at the light shielded first position covers the second cover in the closed state, wherein the second cover is configured to cover the sample setting unit so as to insulate the sample setting unit. a sample setting unit in which a sample is set; an imaging unit configured to image the sample set in the sample setting unit; a housing unit on which the sample setting unit is arranged, and which is configured to internally accommodate the imaging unit; a first light source configured to irradiate light for fluorescence excitation on the sample in the sample setting unit; and a first cover configured to be movable to a light shielded first position that covers the sample setting unit and an open second position that opens the sample setting unit; characterized in that: the microscope apparatus further comprises: a second cover configured to be movable within the first cover so as to be in a closed state that covers the sample setting unit and an open state that opens the sample setting unit; and a second light source arranged in a space covered with the second cover and configured to irradiate light on the sample in the sample setting unit, and in that: the first cover at the light shielded first position covers the second cover in the closed state, wherein the second cover is configured to cover the sample setting unit so as to insulate the sample setting unit.
An intravenous catheter assembly, comprising: a catheter adapter; a catheter coupled to an end of the catheter adapter; at least one adhesive portion affixed to the catheter adapter; a release liner releasably coupled to the at least one adhesive portion, characterized in that the assembly further comprises a releasable component attached to the catheter adapter that is configured to be removed from the catheter adapter, wherein a portion of the release liner is coupled to the releasable component. a catheter adapter; a catheter coupled to an end of the catheter adapter; at least one adhesive portion affixed to the catheter adapter; a release liner releasably coupled to the at least one adhesive portion, characterized in that the assembly further comprises a releasable component attached to the catheter adapter that is configured to be removed from the catheter adapter, wherein a portion of the release liner is coupled to the releasable component.
A fail-safe container insert, comprising: a plurality of flexible barriers configured to be disposed within a cavity of a container, the plurality of flexible barriers configured to define a plurality of sub-cavities when disposed within the cavity; at least one longitudinal passage configured to transmit fluid to and from the plurality of sub-cavities; the at least one longitudinal passage is defined by an interior wall; wherein the plurality of flexible barriers are configured to deform during a catastrophic event to prevent failure of the container; wherein the plurality of sub-cavities comprises a first interior plurality of sub-cavities defined by a flexible internal assembly and a second exterior plurality of sub-cavities positioned between the first interior plurality of sub-cavities and a container wall; and wherein the flexible internal assembly is configured to circumscribe the at least one longitudinal passage and to be positioned between the interior wall and an exterior wall of the container; and wherein the catastrophic event comprises at least one of a collision, an overpressure event, a detonation, an impact or an ignition of a volatile substance. a plurality of flexible barriers configured to be disposed within a cavity of a container, the plurality of flexible barriers configured to define a plurality of sub-cavities when disposed within the cavity; at least one longitudinal passage configured to transmit fluid to and from the plurality of sub-cavities; the at least one longitudinal passage is defined by an interior wall; wherein the plurality of flexible barriers are configured to deform during a catastrophic event to prevent failure of the container; wherein the plurality of sub-cavities comprises a first interior plurality of sub-cavities defined by a flexible internal assembly and a second exterior plurality of sub-cavities positioned between the first interior plurality of sub-cavities and a container wall; and wherein the flexible internal assembly is configured to circumscribe the at least one longitudinal passage and to be positioned between the interior wall and an exterior wall of the container; and wherein the catastrophic event comprises at least one of a collision, an overpressure event, a detonation, an impact or an ignition of a volatile substance.