mhurhangee/ep-ind-claims huggingface dataset:
A method of imaging, comprising: generating incident light including excitation light with an excitation light source, wherein the excitation light is near-infrared; directing the incident light toward a tissue; receiving the incident light with a light detector after the incident light has interacted with a tissue; receiving emitted light with the light detector, wherein the emitted light comprises fluorescent light emitted from the tissue, wherein the fluorescent light is produced by a fluorescent marker in response to the excitation light; generating an intrinsic excitation light image of the tissue in response to the incident light, wherein the intrinsic excitation light image is obtained at a wavelength of the excitation light; generating an un-normalized fluorescence image of the tissue in response to the emitted light, wherein the fluorescence image is generated at a selected-wavelength different than the wavelength of the excitation light; and dividing the un-normalized fluorescence image by the intrinsic excitation light image to generate a normalized fluorescence image of the tissue. generating incident light including excitation light with an excitation light source, wherein the excitation light is near-infrared; directing the incident light toward a tissue; receiving the incident light with a light detector after the incident light has interacted with a tissue; receiving emitted light with the light detector, wherein the emitted light comprises fluorescent light emitted from the tissue, wherein the fluorescent light is produced by a fluorescent marker in response to the excitation light; generating an intrinsic excitation light image of the tissue in response to the incident light, wherein the intrinsic excitation light image is obtained at a wavelength of the excitation light; generating an un-normalized fluorescence image of the tissue in response to the emitted light, wherein the fluorescence image is generated at a selected-wavelength different than the wavelength of the excitation light; and dividing the un-normalized fluorescence image by the intrinsic excitation light image to generate a normalized fluorescence image of the tissue.
A decorative and/or functional part (1; 1') for installation in a corner area or a niche, which is constructed in at least two parts and comprises a surface part (2; 2') and a profile part directly or indirectly connected to the surface part (2; 2'), wherein the surface part (2; 2') has at least one flat outer side which is adapted to be provided with at least one covering element, and wherein the profile part is a tile profile, is a component of a decorative side or forms a decorative side and has a material portion which projects away from the flat outer side of the surface part (2; 2') in order to provide at least one covering element; 2') in order to face the at least one covering element from the decorative side, the profile part being assigned to one side of the surface part (2; 2'), characterized in that the length of the side and/or the longitudinal extent of the surface part (2; 2') in the direction of the longitudinal extent of the side is greater than the longitudinal extent of the material section of the profile part, so that the surface part (2; 2') projects longitudinally beyond the material section at at least one end (9; 10) with a longitudinal section (11; 12).
A pharmaceutical composition comprising baclofen and D-sorbitol, or salts thereof, for use in the treatment of Charcot-Marie Tooth disease, or a related disorder selected from Dejerine-Sottas syndrome and congenital hypomyelinating neuropathy.
A latch assembly having a chassis, a latch bolt, movably mounted on the chassis and having a closed position for retaining a striker and an open position for releasing the striker, a pawl having an engaged position at which the pawl is engaged with the latch bolt to hold the latch bolt in the closed position and a disengaged position at which the pawl is disengaged from the latch bolt thereby allowing the latch bolt to move to the open position, characterised by an eccentric arrangement defining an eccentric axis and a pawl axis remote from the eccentric axis, with the eccentric arrangement being rotatable about the eccentric axis and with the pawl being rotatable about the pawl axis, in which when the pawl moves from the engaged position to the disengaged position the eccentric arrangement rotates in one of a clockwise and anticlockwise direction about the eccentric axis and with the pawl in the engaged position a force applied to the pawl by the latch bolt creates a turning moment on the eccentric arrangement about the eccentric axis in said one of a clockwise and anticlockwise direction and the eccentric arrangement is prevented from rotating in said one of a clockwise and anticlockwise direction by a moveable abutment.
A resin particle comprising a microparticle containing a resin (a) being coated to or adhered to the surface of a resin particle containing a resin (b), wherein the degree of swelling of the micro-particle resulting from liquid or supercritical carbon dioxide at a temperature less than the glass transition temperature (Tg) or the melting point of the microparticle is no greater than 16%, and the resin (a) contains, as a constituent unit, 0.1 to 35 wt% of a silicone-containing vinyl monomer, which is a compound having a silicone chain and a vinyl-polymerizable unsaturated group, having a solubility parameter [SP value: (cal/cm 3) 1/2] of 7 to 9, wherein the degree of swelling is measured in a method using a magnetic floating balance as described at paragraph of the present specification, the Tg value is determined by differential scanning calorimetry measurement, as specified at paragraph of the present specification, the melting point is determined from an endothermic peak in differential scanning calorimetry, as specified at paragraph of the present specification, and the solubility parameter value is represented by the square root of a ratio of a cohesion energy density (ΔE) and a molecular volume, as described at paragraph of the present specification.
An image forming apparatus comprising: an apparatus main assembly; a unit detachably mountable to said apparatus main assembly; a first coupling (41; 51; 61), provided on said apparatus main assembly, for being rotated by power from a driving source; and a second coupling (42; 52; 62), provided on said unit, for being rotated by engaging with said first coupling (41; 51; 61), wherein either one of said first coupling (41; 51; 61) and said second coupling (42; 52; 62) has a recessed shape and the other coupling has a projected shape, wherein an outer peripheral portion of the projected-shape coupling (42; 52; 62) and/or an inner peripheral portion of the recessed-shape coupling (41; 51; 61) have/has an inclined surface (41e; 51e; 61e; 42e; 52e; 62e), wherein said first coupling (41; 51; 61) and/or said second coupling (42; 52; 62) are/is retractable toward a direction parallel to a rotation axis thereof, and wherein said image forming apparatus has a structure such that a rotation axis of said second coupling (42; 52; 62) is movable relative to a rotation axis of said first coupling (41; 51; 61) in a disengaging direction of said unit by a force exerted in the disengaging direction of said unit when said unit is pulled out from said apparatus main assembly in said disengaging direction perpendicular to the rotation axis of said first coupling (41; 51; 61) and then by contact of the inclined surface (41e; 51e; 61e; 42e; 52e; 62e) with the other coupling and by such relative movement of the rotation axes, said first coupling (41; 51; 61) and/or said second coupling (42; 52; 62) are/is retractable along the inclined surface (41e; 51e; 61e; 42e; 52e; 62e) in the direction parallel to the rotation axis from a state in which said first and second couplings (41; 42; 51; 52; 61; 62) are engaged to be rotatable together to a state in which said first and second couplings are disengaged. an apparatus main assembly; a unit detachably mountable to said apparatus main assembly; a first coupling (41; 51; 61), provided on said apparatus main assembly, for being rotated by power from a driving source; and a second coupling (42; 52; 62), provided on said unit, for being rotated by engaging with said first coupling (41; 51; 61),
Apparatus for use in an operating system, the operating system comprising: a computer tomography, CT, scanner comprising an upper CT scanner component and a lower CT scanner component defining a CT plane, the apparatus comprising: (i) An electromagnetic navigation, EMN, system comprising an EMN device comprising an antenna assembly for radiating at least one electromagnetic field for electromagnetic navigation; and (ii) a patient table housing comprising a patient table operable by a moving arrangement to move a patient between the upper CT scanner component and the lower CT scanner component so that the patient is bisected by the CT scan plane, and characterized in that: the EMN system is housed in the patient table housing, where the patient table is further operable to move the patient away from the CT scan plane and onto the EMN system so that the patient may be scanned by the EMN system. the apparatus comprising: (i) An electromagnetic navigation, EMN, system comprising an EMN device comprising an antenna assembly for radiating at least one electromagnetic field for electromagnetic navigation; and (ii) a patient table housing comprising a patient table operable by a moving arrangement to move a patient between the upper CT scanner component and the lower CT scanner component so that the patient is bisected by the CT scan plane, (i) An electromagnetic navigation, EMN, system comprising an EMN device comprising an antenna assembly for radiating at least one electromagnetic field for electromagnetic navigation; and (ii) a patient table housing comprising a patient table operable by a moving arrangement to move a patient between the upper CT scanner component and the lower CT scanner component so that the patient is bisected by the CT scan plane, and characterized in that: the EMN system is housed in the patient table housing, where the patient table is further operable to move the patient away from the CT scan plane and onto the EMN system so that the patient may be scanned by the EMN system.
Process for the preparation of a crosslinkable rubber mixture, in which crosslinking agents for crosslinking are mixed with one another such that a melting point depression to less than 120°C takes place and the crosslinking agents mixed with one another are then mixed with a discontinuously produced base mixture which contains rubber, wherein temperatures which are above this melting point and below 150°C are generated during the mixing with the base mixture..
A mobile station operation method for a power control in a wireless communication system, the method comprising: acquiring an uplink control channel from a base station; determining a location in a downlink subframe of a frame to receive a transmit power control, TPC, command based on a frame index of the uplink control channel, a subframe index of the uplink control channel, and a number of downlink subframes constituting a single frame; and receiving the TPC command in the determined location, and controlling a transmit power based on the TPC command. acquiring an uplink control channel from a base station; determining a location in a downlink subframe of a frame to receive a transmit power control, TPC, command based on a frame index of the uplink control channel, a subframe index of the uplink control channel, and a number of downlink subframes constituting a single frame; and receiving the TPC command in the determined location, and controlling a transmit power based on the TPC command.
A method of operating an internal combustion engine comprising a cylinder and a piston, the method including injecting into the cylinder, as a liquid, a fuel, such that the fuel vaporises into its gaseous phase during a compression stroke of the piston and before combustion such that a rise in temperature caused by the compression stroke is limited by the absorption of heat by the fuel, characterized in that the fuel has been condensed into its liquid phase via a refrigeration process and the method comprises injecting the fuel in the form of a flow of liquid and controlling the rate of the flow such that the absorption of heat by the fuel is commensurate with the instantaneous temperature difference between the fuel and surrounding air in the cylinder.
A method for monitoring the operating state of a device (20, 40, 50, 60, 70, 80), in particular a handling device, wherein on the device a transponder (2, 36) with a communication circuit and an antenna for the wireless transmission of signals to and from a base device are arranged, wherein the method comprises the following steps: - transition of the device (20, 40, 50, 60, 70, 80) between a first operating state and a second operating state, wherein the first operating state corresponds to a spaced position of an interfering object in relation to the antenna and the second operating state corresponds to a converged position of the interfering object in relation to the antenna, - interference of the signal transmission between the antenna and the base device by the interfering object, when it is in its converged position, wherein the signal transmission is not interfered with by the interfering object, when the interfering object is in its spaced position, - detection of the occurrence or lack of interference with the signal transmission for determination of a transition between the operating states. - transition of the device (20, 40, 50, 60, 70, 80) between a first operating state and a second operating state, wherein the first operating state corresponds to a spaced position of an interfering object in relation to the antenna and the second operating state corresponds to a converged position of the interfering object in relation to the antenna, - interference of the signal transmission between the antenna and the base device by the interfering object, when it is in its converged position, wherein the signal transmission is not interfered with by the interfering object, when the interfering object is in its spaced position, - detection of the occurrence or lack of interference with the signal transmission for determination of a transition between the operating states.
A method, comprising: preparing a radical-neutralizing composition comprising a cerium compound and a carrier; applying the radical-neutralizing composition to a passageway surface of a lubricant passageway in a lubricant system component, wherein the lubricant passageway is configured to receive a lubricant; and drying the radical-neutralizing composition to form a radical-neutralizing coating on the passageway surface comprising cerium oxide and a dopant comprising lanthanum. preparing a radical-neutralizing composition comprising a cerium compound and a carrier; applying the radical-neutralizing composition to a passageway surface of a lubricant passageway in a lubricant system component, wherein the lubricant passageway is configured to receive a lubricant; and drying the radical-neutralizing composition to form a radical-neutralizing coating on the passageway surface comprising cerium oxide and a dopant comprising lanthanum.
A ceramic honeycomb structure body which is formed by binding a plurality of porous fired honeycomb segments with an adhesive layer interposed between each neighboring two of the plurality of porous honeycomb segments, wherein a plurality of protrusion portions fixed to one of adhesion surfaces (2a, 2b) respectively of each neighboring two of the honeycomb segments are embedded in the adhesive layer, the two neighboring honeycomb segments being opposite to each other with the adhesive layer interposed therebetween, the protrusion portions being fixed to the surfaces of the honeycomb segments after firing of the honeycomb segments, characterized in that one of the following (a), (b), (c) and (d) is satisfied: (a) the protrusion portions have a planar shape in the form of a rectangle whose width is equal to that of the honeycomb segment and a number of protrusion portions are arranged at equal intervals in the longitudinal direction of the honeycomb segment; (b) the protrusion portions have a band shape whose length is equal to that of the honeycomb segment in the longitudinal direction, and a respective one of the protrusion portions is fixed to each of the two opposite end sides of the honeycomb segment in the width direction; (c) the protrusion portions have a band shape whose length is equal to that of the honeycomb segment in the longitudinal direction, and a number of protrusion portions are fixed to the honeycomb segment at equal intervals in the width direction of the honeycomb segment; (d) each of the protrusion portions has a square planar shape and the protrusion portions are fixed to the entire adhesion surface (2a, 2b) in a staggered manner. (a) the protrusion portions have a planar shape in the form of a rectangle whose width is equal to that of the honeycomb segment and a number of protrusion portions are arranged at equal intervals in the longitudinal direction of the honeycomb segment; (b) the protrusion portions have a band shape whose length is equal to that of the honeycomb segment in the longitudinal direction, and a respective one of the protrusion portions is fixed to each of the two opposite end sides of the honeycomb segment in the width direction; (c) the protrusion portions have a band shape whose length is equal to that of the honeycomb segment in the longitudinal direction, and a number of protrusion portions are fixed to the honeycomb segment at equal intervals in the width direction of the honeycomb segment; (d) each of the protrusion portions has a square planar shape and the protrusion portions are fixed to the entire adhesion surface (2a, 2b) in a staggered manner.
A body section (42, 44, 142) for a cutter in a dozing blade assembly of an implement system comprising: an elongate inboard stem (50, 151) including a digging face (56, 58, 156) extending between a leading edge (48, 148) and a trailing edge, an inboard mounting face positioned opposite to the digging face, and a plurality of mounting apertures extending between the digging face (56, 58, 156) and the mounting face to receive a plurality of mounting elements for mounting the body section (42, 44, 142) upon a mounting surface of a dozing blade; and an outboard end bit (52, 152) including a forward face adjoining the digging face (56, 58) of the inboard stem (50, 151) and extending between a leading edge (46, 48, 148) and a trailing edge (47, 49), and an outboard mounting face positioned opposite to the forward face and coplanar with the inboard mounting face; the inboard stem (50, 151) having a linear leading edge profile, and the outboard end bit (52, 152) being formed integrally with the inboard stem (50, 151) and having a curvilinear leading edge profile that transitions with the linear leading edge profile. an elongate inboard stem (50, 151) including a digging face (56, 58, 156) extending between a leading edge (48, 148) and a trailing edge, an inboard mounting face positioned opposite to the digging face, and a plurality of mounting apertures extending between the digging face (56, 58, 156) and the mounting face to receive a plurality of mounting elements for mounting the body section (42, 44, 142) upon a mounting surface of a dozing blade; and an outboard end bit (52, 152) including a forward face adjoining the digging face (56, 58) of the inboard stem (50, 151) and extending between a leading edge (46, 48, 148) and a trailing edge (47, 49), and an outboard mounting face positioned opposite to the forward face and coplanar with the inboard mounting face; the inboard stem (50, 151) having a linear leading edge profile, and the outboard end bit (52, 152) being formed integrally with the inboard stem (50, 151) and having a curvilinear leading edge profile that transitions with the linear leading edge profile.
A method comprising: obtaining and storing, on a computer readable storage device, a list of a set of test cases designed to test logical code units in multiple objects of a software program; obtaining logical code unit usage information from a productive environment where the software program is operating, wherein the logical code unit usage information is collected via a network connection to a solution manager program executing on a customer system executing the software program in the productive environment, and wherein the logical code unit usage information provides statistical information regarding usage of logical code units for a selected period of time; comparing, via a computer, the test cases to the logical code unit usage information to generate an evaluation of the test cases for the software program in the productive environment, wherein the evaluation is generated by determining, based on the comparing of the test cases to the logical code unit usage information, the coverage of the test cases with respect to the logical code unit usage information, wherein the evaluation includes an evaluation of the test coverage of the set of test cases with respect to the software executing in the productive environment; wherein logical code units that are executed more frequently in the productive environment are weighted so that a percentage of the test coverage increases if frequently executed logical code units are covered by the set of test cases; and displaying the generated evaluation results. obtaining and storing, on a computer readable storage device, a list of a set of test cases designed to test logical code units in multiple objects of a software program; obtaining logical code unit usage information from a productive environment where the software program is operating, wherein the logical code unit usage information is collected via a network connection to a solution manager program executing on a customer system executing the software program in the productive environment, and wherein the logical code unit usage information provides statistical information regarding usage of logical code units for a selected period of time; comparing, via a computer, the test cases to the logical code unit usage information to generate an evaluation of the test cases for the software program in the productive environment, wherein the evaluation is generated by determining, based on the comparing of the test cases to the logical code unit usage information, the coverage of the test cases with respect to the logical code unit usage information, wherein the evaluation includes an evaluation of the test coverage of the set of test cases with respect to the software executing in the productive environment; wherein logical code units that are executed more frequently in the productive environment are weighted so that a percentage of the test coverage increases if frequently executed logical code units are covered by the set of test cases; and displaying the generated evaluation results.