mhurhangee/patent-ind-claim-en huggingface dataset:
An optical coherent imaging (OCI) medical device for imaging a tissue of a subject, the OCI medical device comprising: a coherent light source configured to illuminate an imaging zone of the tissue of the subject; a light sensor configured to detect light received from the imaging zone; a first processing unit configured to process data received from the light sensor and calculate OCI measured blood flow data for the imaging zone; a control unit configured to take or load at least one reference OCI measured blood flow value obtained at a reference zone of a body of the subject, the reference zone being different to the imaging zone; a second processing unit configured to calculate intra-individual relative OCI data from the OCI measured blood flow data and the at least one reference OCI measured blood flow value; and display means configured to display the intra-individual relative OCI data; characterized in that the OCI medical device is configured to select a body mapping factor value based on a clinical context, a population group, the reference zone and the imaging zone of the subject and to modify the intra-individual relative OCI data by applying the selected body mapping factor value to the intra-individual relative OCI data, the body mapping factor value being selected from a body mapping factor database including body mapping factor values for a population group, wherein each of the body mapping factor values represents a relationship of OCI measured blood flow values between two body areas for the population group and the clinical context. a coherent light source configured to illuminate an imaging zone of the tissue of the subject; a light sensor configured to detect light received from the imaging zone; a first processing unit configured to process data received from the light sensor and calculate OCI measured blood flow data for the imaging zone; a control unit configured to take or load at least one reference OCI measured blood flow value obtained at a reference zone of a body of the subject, the reference zone being different to the imaging zone; a second processing unit configured to calculate intra-individual relative OCI data from the OCI measured blood flow data and the at least one reference OCI measured blood flow value; and display means configured to display the intra-individual relative OCI data;
A microcapsule comprising a capsule core comprising a core material and a capsule shell wherein the capsule shell comprises a core surrounding layer of a polyvinyl alcohol and an adjacent layer of a polyoxazoline; wherein the core material is selected from oil soluble UV filters (o) selected from (o 1 ) p-amino benzoic acid derivatives, (o 2 ) salicyl acid derivatives, (o 3 ) benzophenone derivatives, (o 4 ) dibenzoylmethane derivatives, (o 5 ) diphenylacrylates, (o 6 ) 3-imidazol-4-yl-acryl acid and their esters; (o 7 ) benzofurane derivatives; (o 8 ) polymeric UV filters; (o 9 ) cinnamic acid derivatives; (o 10 ) camphor derivatives; (o 11 ) hydroxyphenyl triazine derivates; (o 12 ) benzotriazole derivatives; (o 13 ) trianilino-s-triazine derivatives; (o 14 ) menthyl o-aminobenzoates; (o 15 ) homosalates; (o 16 ) benzylidene malonates; (o 17 ) merocyanine derivatives; (o 18 ) phenylene bis diphenyl triazines; (o 19 ) imidazoline derivatives; and (o 20 ) diaryl butadiene derivatives. (o 1 ) p-amino benzoic acid derivatives, (o 2 ) salicyl acid derivatives, (o 3 ) benzophenone derivatives, (o 4 ) dibenzoylmethane derivatives, (o 5 ) diphenylacrylates, (o 6 ) 3-imidazol-4-yl-acryl acid and their esters; (o 7 ) benzofurane derivatives; (o 8 ) polymeric UV filters; (o 9 ) cinnamic acid derivatives; (o 10 ) camphor derivatives; (o 11 ) hydroxyphenyl triazine derivates; (o 12 ) benzotriazole derivatives; (o 13 ) trianilino-s-triazine derivatives; (o 14 ) menthyl o-aminobenzoates; (o 15 ) homosalates; (o 16 ) benzylidene malonates; (o 17 ) merocyanine derivatives; (o 18 ) phenylene bis diphenyl triazines; (o 19 ) imidazoline derivatives; and (o 20 ) diaryl butadiene derivatives.
A fluid supply system for use on a turbomachine , comprising a turbomachine fluid container having a moveable barrier , with a pressurized fluid delivered to one side of the moveable barrier , and an opposing side of the moveable barrier communicating with a source of lubricant; wherein the pressurized fluid is selectively delivered to the one side to move the moveable barrier between a flow-permitting position in which the moveable barrier permits flow from the source of lubricant to the turbomachine fluid container and a flow-restricting position in which the moveable barrier restricts flow from the source of lubricant to the turbomachine fluid container .
A method of enhancing a crop by applying to plants, plant parts, plant propagation material or a plant growing locus, a compound of formula (I), which is a compound of formula (Ia), (Ib), or (Ic): where each R 1 , R 2 and R 3 is independently selected from H, Cl, F, Br and CF 3 ; each R 4 is independently selected from CH 3 , Cl, Br and CF 3 ; and each R 5 is independently selected from or a composition comprising a compound of formula (I). where each R 1 , R 2 and R 3 is independently selected from H, Cl, F, Br and CF 3 ; each R 4 is independently selected from CH 3 , Cl, Br and CF 3 ; and each R 5 is independently selected from or a composition comprising a compound of formula (I).
An input device comprising: an input portion configured to generate signals to be processed by a computing device ; a mid-spine that is physically attached to the input portion and configured to form a removable physical coupling to be secured to a first side of the computing device that includes a display device; and a connection portion that is physically attached to the mid-spine and is configured to: form a removable physical coupling to be secured to a second side of the computing device that is different than the first side; and form a communicative coupling to the computing device to communicate the generated signals from the input portion. an input portion configured to generate signals to be processed by a computing device ; a mid-spine that is physically attached to the input portion and configured to form a removable physical coupling to be secured to a first side of the computing device that includes a display device; and a connection portion that is physically attached to the mid-spine and is configured to: form a removable physical coupling to be secured to a second side of the computing device that is different than the first side; and form a communicative coupling to the computing device to communicate the generated signals from the input portion. form a removable physical coupling to be secured to a second side of the computing device that is different than the first side; and form a communicative coupling to the computing device to communicate the generated signals from the input portion.
A method implemented in a wireless transmit/receive unit, WTRU, the method comprising: receiving configuration information indicating i) a set of resources for phase measurements and ii) a line-of-sight condition for reporting the phase measurements; obtaining line-of-sight values associated with the set of resources for phase measurements; determining , based on the line-of-sight values, one or more resources from the set of resources for which the line-of-sight condition is satisfied; and transmitting reporting information indicating one or more phase measurements associated with the one or more resources for which the line-of-sight condition is satisfied. receiving configuration information indicating i) a set of resources for phase measurements and ii) a line-of-sight condition for reporting the phase measurements; obtaining line-of-sight values associated with the set of resources for phase measurements; determining , based on the line-of-sight values, one or more resources from the set of resources for which the line-of-sight condition is satisfied; and transmitting reporting information indicating one or more phase measurements associated with the one or more resources for which the line-of-sight condition is satisfied.
Method for permanent magnetization of at least one ferromagnetic layer in a magnetic field sensor device deposited onto a chip substrate , comprising the steps: - manufacture of at least one magnetoresistive resistance element on a chip substrate which comprises at least one ferromagnetic layer and at least one antiferromagnetic layer, an exchange coupling being effective between the ferromagnetic and antiferromagnetic layers which disappears when the blocking temperature is reached; - deposition of at least one soft magnetic structuring element onto the chip substrate adjacent to or partially overlapping the resistance element ; - heating of the resistance element to above the blocking temperature of the material of the antiferromagnetic layer and coupling of a magnetic pretreatment field ; - cooling of the resistance element to below the blocking temperature; - removal of the magnetic pretreatment field , the soft magnetic structuring element being arranged such that the coupled magnetic pretreatment field penetrates the structuring element substantially perpendicular to the chip surface and generates at the location of the resistance element magnetic field components parallel to the chip surface that penetrate at least in some areas the ferromagnetic layer of the resistance element , characterized in that two or more resistance elements are associated with the soft magnetic structuring element in order to provide a permanent magnetization of the at least one ferromagnetic layer of the resistance elements in the same direction or in different directions parallel to the chip substrate surface . - manufacture of at least one magnetoresistive resistance element on a chip substrate which comprises at least one ferromagnetic layer and at least one antiferromagnetic layer, an exchange coupling being effective between the ferromagnetic and antiferromagnetic layers which disappears when the blocking temperature is reached; - deposition of at least one soft magnetic structuring element onto the chip substrate adjacent to or partially overlapping the resistance element ; - heating of the resistance element to above the blocking temperature of the material of the antiferromagnetic layer and coupling of a magnetic pretreatment field ; - cooling of the resistance element to below the blocking temperature; - removal of the magnetic pretreatment field , the soft magnetic structuring element being arranged such that the coupled magnetic pretreatment field penetrates the structuring element substantially perpendicular to the chip surface and generates at the location of the resistance element magnetic field components parallel to the chip surface that penetrate at least in some areas the ferromagnetic layer of the resistance element , characterized in that two or more resistance elements are associated with the soft magnetic structuring element in order to provide a permanent magnetization of the at least one ferromagnetic layer of the resistance elements in the same direction or in different directions parallel to the chip substrate surface .
A cooling unit for a vehicle , the cooling unit comprising: a compressor electrically connected to a power module ; a condenser operably connected to the compressor; an evaporator operably connected to the compressor and the condenser, the evaporator configured to cool ambient; air ; and at least one flexible duct configured to directly and fluidly connect the evaporator with a cargo held in a cargo space of the vehicle, wherein cooling air is delivered directly to the cargo through the at least one flexible duct, and characterised in that said cooling unit further comprises a tarp configured to enclose a cargo space of the vehicle, the tarp comprising at least one slit ; and at least one hose fluidly connecting the condenser to ambient air outside of the tarp through at least one slit. a compressor electrically connected to a power module ; a condenser operably connected to the compressor; an evaporator operably connected to the compressor and the condenser, the evaporator configured to cool ambient; air ; and at least one flexible duct configured to directly and fluidly connect the evaporator with a cargo held in a cargo space of the vehicle, wherein cooling air is delivered directly to the cargo through the at least one flexible duct, and characterised in that said cooling unit further comprises a tarp configured to enclose a cargo space of the vehicle, the tarp comprising at least one slit ; and at least one hose fluidly connecting the condenser to ambient air outside of the tarp through at least one slit.
A stent member comprising: at least one distal apex comprising first and second generally straight portions and a first curved portion disposed between the first and second straight portions and comprising a first radius of curvature; and at least one proximal apex comprising third and fourth generally straight portions and a second curved portion disposed between the third and fourth straight portions and comprising a second radius of curvature that is greater than the first radius of curvature; where at least one of the first and second generally straight portions is continuous with at least one of the third and fourth generally straight portions; wherein the second radius of curvature is from approximately 4 mm to approximately 9 mm. at least one distal apex comprising first and second generally straight portions and a first curved portion disposed between the first and second straight portions and comprising a first radius of curvature; and first and second generally straight portions and a first curved portion disposed between the first and second straight portions and comprising a first radius of curvature; and at least one proximal apex comprising third and fourth generally straight portions and a second curved portion disposed between the third and fourth straight portions and comprising a second radius of curvature that is greater than the first radius of curvature; third and fourth generally straight portions and a second curved portion disposed between the third and fourth straight portions and comprising a second radius of curvature that is greater than the first radius of curvature; where at least one of the first and second generally straight portions is continuous with at least one of the third and fourth generally straight portions; wherein the second radius of curvature is from approximately 4 mm to approximately 9 mm.
A truck mounted forklift (TMFL) comprising a U-shaped chassis having a pair of forwardly projecting side bars bridged by a rear cross bar , a pair of front wheels , one at the forwardmost end of each of the side bars, and a rear wheel located substantially centrally on the rear cross bar, a lifting assembly mounted on the U-shaped chassis comprising a fork carriage and a pair of forks mounted on the fork carriage, the lifting assembly being configured to provide adjustment to the height and the reach of the forks, a driver's station mounted on the chassis and a battery pack mounted on the chassis, and in which each of the front wheels is provided with a dedicated electric wheel motor assembly , each of the electric wheel motor assemblies comprising an interior permanent magnet (IPM) motor having a drive shaft , a planetary gear box coupled to the IPM motor, the planetary gear box being mounted axially in-line with and driven by the drive shaft , in which the IPM motor is mounted substantially internal the side bar and the planetary gear box is mounted substantially internal the bounds of a wheel rim of the front wheel .
A system for performing a medical procedure in a region of interest of a patient, the system comprising: an interventional medical device insertable into the region of interest ; and a sensor attached to a portion of the interventional medical device , the sensor being configured to convert an ultrasonic wave from an ultrasound imaging probe to a corresponding electrical radio frequency (RF) signal; and characterized by : a wireless receiver configured to be disposed outside the region of interest ; wherein the wireless receiver is configured to receive the corresponding RF signal, enabling determination of a location of the sensor within the region of interest . an interventional medical device insertable into the region of interest ; and a sensor attached to a portion of the interventional medical device , the sensor being configured to convert an ultrasonic wave from an ultrasound imaging probe to a corresponding electrical radio frequency (RF) signal; and characterized by : a wireless receiver configured to be disposed outside the region of interest ; wherein the wireless receiver is configured to receive the corresponding RF signal, enabling determination of a location of the sensor within the region of interest . a wireless receiver configured to be disposed outside the region of interest ; wherein the wireless receiver is configured to receive the corresponding RF signal, enabling determination of a location of the sensor within the region of interest .
A method for visualizing a modified nucleotide in a specific nucleic acid sequence in a cell, the method comprising: a) contacting a prepared cell with at least one nucleic acid probe labeled with at least one label and having complementarity to the specific nucleic acid sequence, wherein the prepared cell is fixed, permeabilized, and, optionally, comprises denatured chromosomal DNA and wherein the nucleic acid probe hybridizes with the specific nucleic acid sequence to form a hybridized cell; b) contacting the hybridized cell with a first binding agent that binds to the label of the nucleic acid probe and a second binding agent that binds to the modified nucleotide; c) detecting the first and second binding agents by a proximity ligation assay to visualize the modified nucleotide in the specific nucleic acid sequence in the cell. a) contacting a prepared cell with at least one nucleic acid probe labeled with at least one label and having complementarity to the specific nucleic acid sequence, wherein the prepared cell is fixed, permeabilized, and, optionally, comprises denatured chromosomal DNA and wherein the nucleic acid probe hybridizes with the specific nucleic acid sequence to form a hybridized cell; b) contacting the hybridized cell with a first binding agent that binds to the label of the nucleic acid probe and a second binding agent that binds to the modified nucleotide; c) detecting the first and second binding agents by a proximity ligation assay to visualize the modified nucleotide in the specific nucleic acid sequence in the cell.
A tire condition detecting device comprising: a case ; a detecting section , which is accommodated in the case to detect a condition of a tire ; an attachment portion provided in the case ; and an insertion hole , which is provided in the attachment portion and is configured to allow a snap-in valve to be inserted into the insertion hole , wherein the insertion hole includes a noncircular first hole to restrict a turning of the snap-in valve , characterized in that the tire condition detecting device comprises: a case-side fitting portion , which is provided in the attachment portion to be positioned outward of the insertion hole in a direction orthogonal to a central axis of the insertion hole , and is configured to be fitted to a clamp-in valve to restrict rotation of the clamp-in valve , wherein the tire condition detecting device is configured such that the snap-in valve inserted into the insertion hole or the clamp-in valve fitted to the case-side fitting portion is attached to the case with a fixing tool . a case ; a detecting section , which is accommodated in the case to detect a condition of a tire ; an attachment portion provided in the case ; and an insertion hole , which is provided in the attachment portion and is configured to allow a snap-in valve to be inserted into the insertion hole , wherein the insertion hole includes a noncircular first hole to restrict a turning of the snap-in valve , a case-side fitting portion , which is provided in the attachment portion to be positioned outward of the insertion hole in a direction orthogonal to a central axis of the insertion hole , and is configured to be fitted to a clamp-in valve to restrict rotation of the clamp-in valve , wherein the tire condition detecting device is configured such that the snap-in valve inserted into the insertion hole or the clamp-in valve fitted to the case-side fitting portion is attached to the case with a fixing tool .
A door fitting comprising: • a mounting device designed for mounting on a door , • and a fitting device , designed for fastening to the mounting device , with a handle region for receiving a handle , in particular a door handle, • wherein the mounting device comprises a mounting plate and a locking device arranged on the mounting plate so as to be movable into a locking position and a release position, • wherein the locking device is designed to fasten the fitting device to the mounting device in the locking position, • and wherein the locking device has a first pin element recess, in particular a first lock cylinder recess , for inserting a pin element, in particular a lock cylinder, and the first pin element recess is designed such that an inserted pin element blocks a movement of the locking device from the locking position into the release position. • a mounting device designed for mounting on a door , • and a fitting device , designed for fastening to the mounting device , with a handle region for receiving a handle , in particular a door handle, • wherein the mounting device comprises a mounting plate and a locking device arranged on the mounting plate so as to be movable into a locking position and a release position, • wherein the locking device is designed to fasten the fitting device to the mounting device in the locking position, • and wherein the locking device has a first pin element recess, in particular a first lock cylinder recess , for inserting a pin element, in particular a lock cylinder, and the first pin element recess is designed such that an inserted pin element blocks a movement of the locking device from the locking position into the release position.
An organic electronic device comprising: a first electrode ; a second electrode provided opposite to the first electrode; and one or more organic material layers provided between the first electrode and the second electrode, wherein one or more layers of the organic material layers include a fullerene derivative represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, n is an integer of 1 to 5; when n is 2 or greater, structures within a parenthesis are the same as or different from each other; Cn is fullerene of C 60 to C 120 ; R1 and R2 are the same as or different from each other, and each independently is hydrogen or a substituted or unsubstituted alkyl group; and R5 and R6 are the same as or different from each other, and each independently is hydrogen, a cyano group or a substituted or unsubstituted ester group, characterised in that R3 and R4 are hydrogen. a first electrode ; a second electrode provided opposite to the first electrode; and one or more organic material layers provided between the first electrode and the second electrode,