mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating an image of the surface of biological tissue, using a processor, comprising: a) receiving a first pixelated image, acquired using an image acquirer , of an area of interest of the surface that includes at least one blood-containing tissue , the first image being acquired at a first wavelength range of light that includes predominantly light having wavelengths of between 400 nm and 620nm; b) receiving a second pixelated image of said area of interest, acquired using said image acquirer at a second wavelength range of light that includes predominantly light having wavelengths of between 620 nm and 800 nm; c) generating a third, monochromatic, pixelated image by processing only said first image and said second image by: for each desired location i of said area of interest, identifying a corresponding pixel P1(i) in said first image and a corresponding pixel P2(i) in said second image; and calculating a pixel P3(i) in said third image corresponding to said location i, by dividing pixels of the first and second images P1(i) by P2(i) or P2(i) by P1(i); and d) transmitting the third image for display on a display component . a) receiving a first pixelated image, acquired using an image acquirer , of an area of interest of the surface that includes at least one blood-containing tissue , the first image being acquired at a first wavelength range of light that includes predominantly light having wavelengths of between 400 nm and 620nm; b) receiving a second pixelated image of said area of interest, acquired using said image acquirer at a second wavelength range of light that includes predominantly light having wavelengths of between 620 nm and 800 nm; c) generating a third, monochromatic, pixelated image by processing only said first image and said second image by: for each desired location i of said area of interest, identifying a corresponding pixel P1(i) in said first image and a corresponding pixel P2(i) in said second image; and calculating a pixel P3(i) in said third image corresponding to said location i, by dividing pixels of the first and second images P1(i) by P2(i) or P2(i) by P1(i); and for each desired location i of said area of interest, identifying a corresponding pixel P1(i) in said first image and a corresponding pixel P2(i) in said second image; and calculating a pixel P3(i) in said third image corresponding to said location i, by dividing pixels of the first and second images P1(i) by P2(i) or P2(i) by P1(i); and d) transmitting the third image for display on a display component .
A rope including a yarn twisted by using a raw thread of a polyethylene fiber having an ultrahigh molecular weight and a strand twisted by the yarn and subjected to rope-making through the strand, wherein an oil content is removed from the yarn and an affinity enhancing treatment is performed over a surface of the yarn, a resin coating layer for protecting the rope is formed on an external surface of the yarn, an external surface of the strand or an external surface of the rope, and the resin coating layer is configured to bind the raw thread in an inner part of the yarn.
Cleaning head for a hard surface cleaning appliance, wherein the cleaning head comprises at least one cleaning roller , which is rotatable about a rotational axis and is held on a rotationally drivable drive shaft in a rotationally-fixed manner, wherein the drive shaft comprises at least one shaft inner part consisting of metal, characterized in that the shaft inner part is surrounded by a shaft outer part consisting of a plastic material.
A kit for removing obstructions from a body lumen of a subject, the kit comprising: a retrieval device including an elongated shaft and a retrieval assembly coupled to a distal zone of the elongated shaft , wherein - the retrieval assembly includes a capture structure and a cover , the cover has a first portion coupled to the distal zone of the elongated shaft and a free second portion, and the cover has a first position in which the second portion extends proximally from the first portion, a second position in which the second portion extends distally from the first portion, and the cover surrounds at least a portion of the capture structure in the second position; and a retractor having a tubular structure that defines a channel configured to slidably receive the retrieval device , wherein the tubular structure has a length no greater than twice the length of the capture structure measured along a longitudinal axis, and wherein the retractor is configured to extend distally beyond the capture structure to facilitate moving the cover from the second position after deployment to the first position for redeployment. a retrieval device including an elongated shaft and a retrieval assembly coupled to a distal zone of the elongated shaft , wherein - the retrieval assembly includes a capture structure and a cover , the cover has a first portion coupled to the distal zone of the elongated shaft and a free second portion, and the cover has a first position in which the second portion extends proximally from the first portion, a second position in which the second portion extends distally from the first portion, and the cover surrounds at least a portion of the capture structure in the second position; and the retrieval assembly includes a capture structure and a cover , the cover has a first portion coupled to the distal zone of the elongated shaft and a free second portion, and the cover has a first position in which the second portion extends proximally from the first portion, a second position in which the second portion extends distally from the first portion, and the cover surrounds at least a portion of the capture structure in the second position; and a retractor having a tubular structure that defines a channel configured to slidably receive the retrieval device , wherein the tubular structure has a length no greater than twice the length of the capture structure measured along a longitudinal axis, and wherein the retractor is configured to extend distally beyond the capture structure to facilitate moving the cover from the second position after deployment to the first position for redeployment.
Chemical dowel made of a multicomponent mass, which comprises at least a polyisocyanate component and a poly aspartic acid ester component.
An injectable dermal filler composition comprising a crosslinked hyaluronic acid-based polymer and phenylephrine present at a concentration of 0.001 % w/w to 0.1 % w/w.
A method for loading an executable file of an application, characterized in that the method comprises: when the application is first loaded selecting , in a programmable read-only memory, a storage space for storing a preset data section in an executable file of an application, wherein the preset data section comprises a data section of machine instructions and a read-only data section; copying the preset data section to a memory, and relocating the preset data section based on a start address of the storage space, wherein the relocating is to determine a loading address of a symbol in the preset data section; copying the relocated preset data section to the storage space; storing the start address of the storage space simultaneously with offset and size of each of data sections during the relocation process in the programmable read-only memory, so as to find out the relocated preset data section stored in the programmable read-only memory and load the preset data section by using the start address and the offset and size of the each of data sections, when the application is loaded again, and when the application is loaded again, loading the application based on the relocated preset data, the relocated preset data being executed in the programmable read-only memory. when the application is first loaded selecting , in a programmable read-only memory, a storage space for storing a preset data section in an executable file of an application, wherein the preset data section comprises a data section of machine instructions and a read-only data section; copying the preset data section to a memory, and relocating the preset data section based on a start address of the storage space, wherein the relocating is to determine a loading address of a symbol in the preset data section; copying the relocated preset data section to the storage space; storing the start address of the storage space simultaneously with offset and size of each of data sections during the relocation process in the programmable read-only memory, so as to find out the relocated preset data section stored in the programmable read-only memory and load the preset data section by using the start address and the offset and size of the each of data sections, when the application is loaded again, and when the application is loaded again, loading the application based on the relocated preset data, the relocated preset data being executed in the programmable read-only memory.
An impact detection system comprising a bumper of a vehicle, a foam piece and a sensing tube filled with a fluid and connected to a pressure sensor inside the sensing tube and configured to detect pressure variations existing in the sensing tube , wherein the sensing tube and the foam piece are fixed to a frame of the bumper and where the sensing tube is embedded in the foam piece or arranged between the foam piece and the frame of the bumper ; wherein the frame of the bumper comprises a first area and a second area , where the rigidity of the first area is greater than the rigidity of the second area ; wherein the foam piece is arranged between a skin of the bumper and the first area of the frame of the bumper ; wherein the impact detection system comprises attachment means between the skin of the bumper and the frame of the bumper , said attachment means being distanced from the foam piece to allow a strain of the skin of the bumper with respect to the frame of the bumper , such that during said strain of the skin of the bumper the foam piece is susceptible to being compressed against the frame of the bumper , and; such that during said strain of the skin of the bumper , the second area of the bumper is configured to deform, allowing the compression of the foam piece against the frame of the bumper . wherein the foam piece is arranged between a skin of the bumper and the first area of the frame of the bumper ; wherein the impact detection system comprises attachment means between the skin of the bumper and the frame of the bumper , said attachment means being distanced from the foam piece to allow a strain of the skin of the bumper with respect to the frame of the bumper , such that during said strain of the skin of the bumper the foam piece is susceptible to being compressed against the frame of the bumper , and; such that during said strain of the skin of the bumper , the second area of the bumper is configured to deform, allowing the compression of the foam piece against the frame of the bumper .
Rotary electric machine , notably for a motor vehicle, comprising: - a stator and a rotor which are mounted inside a housing , - a shaft comprising: - at its first end, a coupling member comprising a pinion notably for coupling said rotary electric machine to a corresponding pinion of a host element , and - at its second end, an adjusting portion designed to allow said shaft to be turned, notably on insertion of said rotary electric machine in a casing of said host element , the housing comprising an indexing member designed to allow angular indexing of said rotary electric machine in a predetermined position upon its insertion into said casing of said host element intended to be coupled to said rotary electric machine , the rotary electric machine being characterized in that it comprises: - a cooling circuit designed notably to allow a lubricating and/or cooling liquid, for example oil, to flow inside the rotary electric machine . - a stator and a rotor which are mounted inside a housing , - a shaft comprising: - at its first end, a coupling member comprising a pinion notably for coupling said rotary electric machine to a corresponding pinion of a host element , and - at its second end, an adjusting portion designed to allow said shaft to be turned, notably on insertion of said rotary electric machine in a casing of said host element , - a cooling circuit designed notably to allow a lubricating and/or cooling liquid, for example oil, to flow inside the rotary electric machine .
A switch unit , comprising at least one stationary contact assembly , wherein each stationary contact assembly comprises a first stationary contact , a second stationary contact , and a first pin connected to the first stationary contact , and the first pin is soldered to a circuit board , wherein the stationary contact assembly further comprises a second pin connected to the second stationary contact , the first stationary contact and the first pin are integrally molded, the second stationary contact and the second pin are integrally molded, and the second pin is soldered to the circuit board , and the switch unit is characterised in that it further comprises a housing , the first pin comprises a first bending portion connected to the first stationary contact and a first extending portion connected to the first bending portion , the first extending portion and the first stationary contact are located on different planes, the first pin is away from an arc discharge opening of the housing , the second pin comprises a second bending portion connected to the second stationary contact and a second extending portion connected to the second bending portion , the second extending portion and the second stationary contact are located on different planes, and the second pin is away from the arc discharge opening .
An axle housing assembly comprising: an arm portion that extends around an axis ; a spindle that extends around the axis and that extends from the arm portion ; and a friction weld that extends around the axis and that joins the spindle to the arm portion , characterized in that the axle housing assembly further comprises: an extension weld that encircles the arm portion and that extends from the friction weld in a direction that extends away from the spindle . an arm portion that extends around an axis ; a spindle that extends around the axis and that extends from the arm portion ; and a friction weld that extends around the axis and that joins the spindle to the arm portion , characterized in that the axle housing assembly further comprises: an extension weld that encircles the arm portion and that extends from the friction weld in a direction that extends away from the spindle .
An accommodation device configured to accommodate a plurality of work vehicles configured to carry out a work while traveling autonomously, the accommodation device comprising: a plurality of accommodation cases configured to be mounted on a load carrying bed of a transporter vehicle and capable of accommodating the plurality of work vehicles individually; characterized by : a supporting section for supporting the plurality of accommodation cases respectively and arranged to allow movement thereof along a preset path; an actuator for driving the supporting section for causing the accommodation cases to move along the path; and an electric generator for supplying electric power to the actuator , the accommodation cases , the supporting section , the actuator , and the electric generator being configured to be mounted altogether on the load carrying bed of the transporter vehicle . a plurality of accommodation cases configured to be mounted on a load carrying bed of a transporter vehicle and capable of accommodating the plurality of work vehicles individually; characterized by : a supporting section for supporting the plurality of accommodation cases respectively and arranged to allow movement thereof along a preset path; an actuator for driving the supporting section for causing the accommodation cases to move along the path; and an electric generator for supplying electric power to the actuator , the accommodation cases , the supporting section , the actuator , and the electric generator being configured to be mounted altogether on the load carrying bed of the transporter vehicle . a supporting section for supporting the plurality of accommodation cases respectively and arranged to allow movement thereof along a preset path; an actuator for driving the supporting section for causing the accommodation cases to move along the path; and an electric generator for supplying electric power to the actuator , the accommodation cases , the supporting section , the actuator , and the electric generator being configured to be mounted altogether on the load carrying bed of the transporter vehicle .
A terminal device configured to communicate with a base station device in a dual connectivity, the terminal device comprising: a receiving unit configured to receive an uplink grant on a physical downlink control channel of a primary secondary cell of a secondary cell group; and a higher layer processing unit configured to store the uplink grant as a configured uplink grant, wherein the higher layer processing unit is configured to, in a case that an uplink transmission timing for a timing advance group including a primary cell of a master cell group, an uplink transmission timing for a secondary timing advance group of the secondary cell group, and an uplink transmission timing for a timing advance group including the primary secondary cell of the secondary cell group are configured, a difference between the uplink transmission timing for the timing advance group including the primary cell of the master cell group and the uplink transmission timing for the timing advance group including the primary secondary cell of the secondary cell group exceeds a maximum transmission timing difference, consider a timer of the timing advance group including the primary secondary cell of the secondary cell group as expired, and clear the configured uplink grant. a receiving unit configured to receive an uplink grant on a physical downlink control channel of a primary secondary cell of a secondary cell group; and a higher layer processing unit configured to store the uplink grant as a configured uplink grant, wherein the higher layer processing unit is configured to, in a case that an uplink transmission timing for a timing advance group including a primary cell of a master cell group, an uplink transmission timing for a secondary timing advance group of the secondary cell group, and an uplink transmission timing for a timing advance group including the primary secondary cell of the secondary cell group are configured, a difference between the uplink transmission timing for the timing advance group including the primary cell of the master cell group and the uplink transmission timing for the timing advance group including the primary secondary cell of the secondary cell group exceeds a maximum transmission timing difference, consider a timer of the timing advance group including the primary secondary cell of the secondary cell group as expired, and clear the configured uplink grant.
A positive electrode for a lithium secondary battery, the positive electrode comprising: a safety function layer arranged on a positive electrode current collector; and a positive electrode mixture layer arranged on the safety function layer, wherein the safety function layer is formed of a multi-layer structure of two or more layers including a first safety function layer contacting the positive electrode current collector, and a second safety function layer arranged on the first safety function layer, and wherein the second safety function layer is obtained by mixing a composition of the first safety function layer with a composition of the positive electrode mixture layer; wherein the first safety function layer includes a first positive electrode active material, and the positive electrode mixture layer includes a second positive electrode active material which is different from the first positive electrode active material; wherein the second safety function layer contains the first positive electrode active material, the second positive electrode active material, and a binder, wherein a content of a binder included in the first safety function layer corresponds to 5 to 30 wt% of a total weight of the first safety function layer. a safety function layer arranged on a positive electrode current collector; and a positive electrode mixture layer arranged on the safety function layer, wherein the safety function layer is formed of a multi-layer structure of two or more layers including a first safety function layer contacting the positive electrode current collector, and a second safety function layer arranged on the first safety function layer, and wherein the second safety function layer is obtained by mixing a composition of the first safety function layer with a composition of the positive electrode mixture layer; wherein the first safety function layer includes a first positive electrode active material, and the positive electrode mixture layer includes a second positive electrode active material which is different from the first positive electrode active material; wherein the second safety function layer contains the first positive electrode active material, the second positive electrode active material, and a binder, wherein a content of a binder included in the first safety function layer corresponds to 5 to 30 wt% of a total weight of the first safety function layer.
An electrical conductor comprising: a graphite intercalation compound comprising: a carbon-based particle; and a plurality of guest molecules intercalated in said carbon-based particle; and a plurality of layers of electrically conductive material extending over at least a portion of said graphite intercalation compound. a graphite intercalation compound comprising: a carbon-based particle; and a plurality of guest molecules intercalated in said carbon-based particle; and a carbon-based particle; and a plurality of guest molecules intercalated in said carbon-based particle; and a plurality of layers of electrically conductive material extending over at least a portion of said graphite intercalation compound.
An assembly comprising: - a wall of an enclosure in which is provided an opening for access by a rotary shaft, - a sealing device for said opening , said device being adapted to engage sealingly in said opening and to be fixed against the wall by fixing elements , characterised in that the sealing device comprises two cylindrical parts assembled in a sliding manner with respect to each other and coaxially to the opening , a first part adapted to be statically housed in the opening and a second part adapted to be fixed to the wall by the fixing elements and subjected to the action of a resilient means provided between the assembled first and second parts and tending to move the second part axially away from the wall. - a wall of an enclosure in which is provided an opening for access by a rotary shaft, - a sealing device for said opening , said device being adapted to engage sealingly in said opening and to be fixed against the wall by fixing elements ,