mhurhangee/ep-ind-claims huggingface dataset:
A method of capturing an image of a wound on a subject for wound assessment, the method comprising: obtaining a stored condition of a capturing environment from a memory, the stored condition including at least one of distance data, angle data, and lightness data; obtaining an image of a portion of the subject including the wound with one or more cameras (13, 14); obtaining a present condition of a present capturing environment; displaying the image on a display panel of an imaging device; comparing the stored condition and the present condition; displaying a crosshair over the displayed image only when it is decided that the present condition corresponds to the stored condition on the basis of the comparison, wherein a predetermined actual length of the crosshair is set based on a wound detection history of one or more previously captured images of the wounds; determining whether the wound is detected; providing a wound indication comprising a capture range and a capture shape at the position of the detected wound over the displayed image when the wound is detected and moving the crosshair to the center of the wound; receiving an instruction for capturing; and capturing an image of the detected wound in response to the received instruction in a case where the crosshair is located on the center of the wound on the display panel. obtaining a stored condition of a capturing environment from a memory, the stored condition including at least one of distance data, angle data, and lightness data; obtaining an image of a portion of the subject including the wound with one or more cameras (13, 14); obtaining a present condition of a present capturing environment; displaying the image on a display panel of an imaging device; comparing the stored condition and the present condition; displaying a crosshair over the displayed image only when it is decided that the present condition corresponds to the stored condition on the basis of the comparison, wherein a predetermined actual length of the crosshair is set based on a wound detection history of one or more previously captured images of the wounds; determining whether the wound is detected; providing a wound indication comprising a capture range and a capture shape at the position of the detected wound over the displayed image when the wound is detected and moving the crosshair to the center of the wound; receiving an instruction for capturing; and capturing an image of the detected wound in response to the received instruction in a case where the crosshair is located on the center of the wound on the display panel.
A luminaire comprising: a can defining a can cavity, wherein the can includes a can end region; a light engine disposed within the can cavity, the light engine comprising at least one light source (20a-n), a heat sink coupled to the at least one light source (20a-n) and a reflector defining a light engine cavity, wherein the reflector is substantially coextensive with an inner surface of the heat sink, and wherein the heat sink includes a heat sink end region; and a trim at least partially disposed within the can cavity, the trim comprising a first trim end region coupled to the heat sink end region and a second trim end region coupled to the can end region; wherein the light engine, the trim and the can define a substantially continuous thermal pathway between the light engine and the can; characterised in that the first trim end region and the heat sink end region abut against a second thermal interface material; and the first trim end region and the heat sink end region each comprise a flange (15, 25) configured to be coupled together, and wherein each of the flanges (15, 25) abuts against the second thermal interface material. a can defining a can cavity, wherein the can includes a can end region; a light engine disposed within the can cavity, the light engine comprising at least one light source (20a-n), a heat sink coupled to the at least one light source (20a-n) and a reflector defining a light engine cavity, wherein the reflector is substantially coextensive with an inner surface of the heat sink, and wherein the heat sink includes a heat sink end region; and a trim at least partially disposed within the can cavity, the trim comprising a first trim end region coupled to the heat sink end region and a second trim end region coupled to the can end region; wherein the light engine, the trim and the can define a substantially continuous thermal pathway between the light engine and the can; characterised in that the first trim end region and the heat sink end region abut against a second thermal interface material; and the first trim end region and the heat sink end region each comprise a flange (15, 25) configured to be coupled together, and wherein each of the flanges (15, 25) abuts against the second thermal interface material.
A method for inspecting a host computer using a USB device, the USB device being a self-contained computer and being selectively operable in a mass storage mode and in a computing mode, wherein, in the mass storage mode, the USB device is detectable by the host computer as a USB mass storage device, and wherein, in the computing mode, the USB device is detectable by the host computer as an independent computer, the method comprising: booting (S310; S320) an inspection operating system (114; 116) on the host computer from the USB device, when the USB device is operated in the mass storage mode, the inspection operating system (114; 116) providing one or more inspection functions for inspecting the host computer; switching (S316; S326) the USB device from the mass storage mode to the computing mode so that the USB device is detectable by the host computer as an independent computer being able to communicate with the inspection operating system (114; 116) to control the one or more inspection functions of the inspection operating system (114; 116); and inspecting (S318; S328) the host computer using the one or more inspection functions of the inspection operating system (114; 116), the one or more inspection functions being controlled from the USB device operated in the computing mode. booting (S310; S320) an inspection operating system (114; 116) on the host computer from the USB device, when the USB device is operated in the mass storage mode, the inspection operating system (114; 116) providing one or more inspection functions for inspecting the host computer; switching (S316; S326) the USB device from the mass storage mode to the computing mode so that the USB device is detectable by the host computer as an independent computer being able to communicate with the inspection operating system (114; 116) to control the one or more inspection functions of the inspection operating system (114; 116); and inspecting (S318; S328) the host computer using the one or more inspection functions of the inspection operating system (114; 116), the one or more inspection functions being controlled from the USB device operated in the computing mode.
A particle characterisation apparatus comprising: a light source for illuminating a sample with a light beam, defining an illumination optical path, by which the light beam reaches the sample from the light source; a detector arranged to detect scattered light from the interaction of the light beam with the sample, and defining a detection optical path, by which the scattered light reaches the detector; and a focus tuneable lens arranged to collect the scattered light for the detector from a scattering volume and/or to direct the light beam into the sample, wherein the apparatus is arranged so that adjustment of the focal length of the focus tuneable lens results in a change in the location of the scattering volume without a change in the angle between the illumination and detection optical paths (106, 108); and characterised in that the focus tuneable lens comprises an optical axis, and the detection optical path at incidence with the focus tuneable lens is at a first, non-zero, angle to the optical axis and/or the illumination optical path at incidence with the focus tuneable lens is at a second, non-zero, angle to the optical axis. a light source for illuminating a sample with a light beam, defining an illumination optical path, by which the light beam reaches the sample from the light source; a detector arranged to detect scattered light from the interaction of the light beam with the sample, and defining a detection optical path, by which the scattered light reaches the detector; and a focus tuneable lens arranged to collect the scattered light for the detector from a scattering volume and/or to direct the light beam into the sample, wherein the apparatus is arranged so that adjustment of the focal length of the focus tuneable lens results in a change in the location of the scattering volume without a change in the angle between the illumination and detection optical paths (106, 108); and characterised in that the focus tuneable lens comprises an optical axis, and the detection optical path at incidence with the focus tuneable lens is at a first, non-zero, angle to the optical axis and/or the illumination optical path at incidence with the focus tuneable lens is at a second, non-zero, angle to the optical axis.
A cleansing formulation for personal use which can be formed entirely from substances appearing in Table I and water, comprising a polyol in an amount of 10-50 % by weight and polysorbate 20 as main surfactant, and optionally, other edible substances used in food, characterised in that the polyol is glycerol, and optionally a member selected from the group consisting of propylene glycol, sorbitol, mannitol, maltitol, lactitol, and xylitol, or a mixture thereof, and in that the formulation additionally contains 0.1-2 % by weight of sodium stearoyl lactylate, and in that the formulation exhibits a pH of 4-8.
A system for the measurement of wet friction of a bundle of hair fibres, comprising: i) a friction probe, having a contact surface that contacts the hair during use, said probe fitted with a weight in the range of from 10 to 500 g; ii) a means for securing the bundle of hair; and iii) a water bath; wherein the friction probe is connected to a texture analyser; and wherein the securing means and friction probe are positioned in the water bath below the fill line; and characterized in that the contact surface of the friction probe, comprises surfactant. i) a friction probe, having a contact surface that contacts the hair during use, said probe fitted with a weight in the range of from 10 to 500 g; ii) a means for securing the bundle of hair; and iii) a water bath; wherein the friction probe is connected to a texture analyser; and wherein the securing means and friction probe are positioned in the water bath below the fill line; and characterized in that the contact surface of the friction probe, comprises surfactant. wherein the friction probe is connected to a texture analyser; and wherein the securing means and friction probe are positioned in the water bath below the fill line; and characterized in that the contact surface of the friction probe, comprises surfactant.
A method of reducing traffic relating to a service provider network comprising a core packet network, a plurality of first access points to an external packet network, and a plurality of second access points to local subscribers, the method comprising: providing a cache (T1, T2) at each of the access points (6, 4) for caching content passing through the caches, and, in response to a request received from the external network at any of the first access points for content from a local subscriber, attempting to serve the request from content previously cached at that first access point or another of the first access points, and characterised in that, if unable to serve the request from any of the first access point caches, then attempting to serve the request from content previously cached at the second access point serving the local subscriber, and further characterised in that, if unable to serve the request from that second access point cache, then forwarding the request to the local subscriber, and further characterised by maintaining a record of popularity for various content, arranging for content within a first predetermined range of popularity to be distributed to the first and second access point caches (T1, T2), arranging for content within a second predetermined range of popularity lower than the first predetermined range to be distributed to at least to the first access point caches, and arranging for content within a third predetermined range of popularity lower than the second predetermined range to be distributed to at least one first access point cache.
A drive device for a liquid crystal display panel having a plurality of gate wirings and a plurality of source wirings arranged to intersect with each other, the drive device comprising a source driver adapted to drive the source wirings, wherein: the source driver is adapted to drive the source wirings by column inversion and to invert the polarity in every one frame, the drive device is adapted to control the source driver during an initial period and during a plurality of periodically occurring periods subsequent to the initial period in each frame, the source driver is adapted to drive in each frame at least a first one horizontal line during the initial period and a subsequent horizontal line during each period subsequent to the initial period, respectively, wherein each said period subsequent to the initial period comprises a first half interval and a second half interval, the drive device is adapted to control the source driver so that in each frame the driving ability in the initial period is higher than the driving ability in each first half interval and the driving ability in each first half interval is higher than the driving ability in each second half interval, and the source driver includes interval adjusting means for adjusting the length of the first half interval depending upon the size or the number of pixels of the liquid crystal display panel. the source driver is adapted to drive the source wirings by column inversion and to invert the polarity in every one frame, the drive device is adapted to control the source driver during an initial period and during a plurality of periodically occurring periods subsequent to the initial period in each frame, the source driver is adapted to drive in each frame at least a first one horizontal line during the initial period and a subsequent horizontal line during each period subsequent to the initial period, respectively, wherein each said period subsequent to the initial period comprises a first half interval and a second half interval, the drive device is adapted to control the source driver so that in each frame the driving ability in the initial period is higher than the driving ability in each first half interval and the driving ability in each first half interval is higher than the driving ability in each second half interval, and the source driver includes interval adjusting means for adjusting the length of the first half interval depending upon the size or the number of pixels of the liquid crystal display panel.
A method for transmitting, by a user equipment, UE, a power headroom report, PHR, Medium Access Control Control Element, MAC CE, in a wireless communication system, the method comprising: receiving configuration information related to PHR; determining whether the PHR is triggered; and transmitting the PHR MAC CE including information on a PH related to transmission power of an additional Sounding Reference Signal, SRS, wherein the additional SRS is configured in one or more symbols of a normal UL subframe which is different from a special subframe, and wherein the PHR MAC CE includes at least one of i) a first octet including a Type 3 PH field related to a primary cell, PCell, in which the additional SRS is configured and ii) at least one second octet including a Type 3 PH field related to each secondary cell, SCell, in which the additional SRS is configured. receiving configuration information related to PHR; determining whether the PHR is triggered; and transmitting the PHR MAC CE including information on a PH related to transmission power of an additional Sounding Reference Signal, SRS, wherein the additional SRS is configured in one or more symbols of a normal UL subframe which is different from a special subframe, and wherein the PHR MAC CE includes at least one of i) a first octet including a Type 3 PH field related to a primary cell, PCell, in which the additional SRS is configured and ii) at least one second octet including a Type 3 PH field related to each secondary cell, SCell, in which the additional SRS is configured.
A vehicle body structure (10; 80; 90) comprising: left and right framework members extending in a front-rear direction of a vehicle body (Ve) on left and right sides of the vehicle body (Ve); an energy container provided between the left and right framework members; and an exhaust tube provided between the energy container and the framework member and extending in the front-rear direction of the vehicle body (Ve), wherein the framework member includes a framework sidewall provided on a side of the energy container, characterized in that the exhaust tube includes an exhaust pipe and a chamber (42; 82) larger in outer diameter than the exhaust pipe, the framework sidewall has an overlap region overlapping the energy container and the chamber (42; 82) in a widthwise direction of a vehicle, the framework member has a slider member provided on the overlap region of the framework sidewall, and the slider member has a slider slanting portion having an upper end and a lower end, the slider slanting portion inclining in a widthwise inward direction of the vehicle such that the slider slanting portion approaches the energy container as the slider slanting portion extends from the lower end to the upper end. left and right framework members extending in a front-rear direction of a vehicle body (Ve) on left and right sides of the vehicle body (Ve); an energy container provided between the left and right framework members; and an exhaust tube provided between the energy container and the framework member and extending in the front-rear direction of the vehicle body (Ve), wherein the framework member includes a framework sidewall provided on a side of the energy container, characterized in that the exhaust tube includes an exhaust pipe and a chamber (42; 82) larger in outer diameter than the exhaust pipe, the framework sidewall has an overlap region overlapping the energy container and the chamber (42; 82) in a widthwise direction of a vehicle, the framework member has a slider member provided on the overlap region of the framework sidewall, and the slider member has a slider slanting portion having an upper end and a lower end, the slider slanting portion inclining in a widthwise inward direction of the vehicle such that the slider slanting portion approaches the energy container as the slider slanting portion extends from the lower end to the upper end.
Transmitter power supply unit for process automation technology which is used to supply power to a transmitter and to forward current signals which are transmitted between the transmitter and a higher-order unit via a signal line, characterized in that a power unit is provided, said power unit serving to generate a current signal which provides power to the transmitter, wherein the current signal represents a measured value and is transmitted by the transmitter to the control system via the transmitter power supply unit, in that the transmitter power supply unit has a microcontroller (μC) connected to the signal line via a modem and a signaling unit which is controlled by the microcontroller (μC), wherein the signaling unit is used to signal additional information which is provided by the transmitter and is transmitted to the microcontroller (μC) via the signal line.
An applicator assembly for closing a sample container with a plug, the applicator assembly comprising: a magazine configured to store a string comprising polymer-based material; an insertion device configured to insert an end piece of the string at least partly into an opening of the sample container; a drive system configured to supply at least a part of the string from the magazine to the insertion device and/or configured to drive at least a part of the insertion device to insert the end piece at least partly into the opening of the sample container; a separator configured to separate the end piece from the string, such that the end piece forms a plug closing the sample container; characterized in that the insertion device comprises a first rotatable member configured to rotate the end piece of the string along a first circumferential direction of the end piece and to translate the end piece of the string along a longitudinal direction of the end piece to insert the end piece at least partly into the opening of the sample container; and wherein the first rotatable member comprises at least two rotatable pins; wherein the at least two rotatable pins are arranged skew with respect to each other and are separated from each other, such that a guiding compartment for guiding the end piece of the string is formed between the at least two rotatable pins. a magazine configured to store a string comprising polymer-based material; an insertion device configured to insert an end piece of the string at least partly into an opening of the sample container; a drive system configured to supply at least a part of the string from the magazine to the insertion device and/or configured to drive at least a part of the insertion device to insert the end piece at least partly into the opening of the sample container; a separator configured to separate the end piece from the string, such that the end piece forms a plug closing the sample container; characterized in that the insertion device comprises a first rotatable member configured to rotate the end piece of the string along a first circumferential direction of the end piece and to translate the end piece of the string along a longitudinal direction of the end piece to insert the end piece at least partly into the opening of the sample container; and wherein the first rotatable member comprises at least two rotatable pins; wherein the at least two rotatable pins are arranged skew with respect to each other and are separated from each other, such that a guiding compartment for guiding the end piece of the string is formed between the at least two rotatable pins.
A method of estimating an amount of ink consumed when an inkjet printing apparatus performs printing, the method comprising: a print job reading step of reading a print job including image data to be printed and job information (DJ; an adjustment data obtaining step of obtaining adjustment data according to the job information, the adjustment data being for adjusting, for each inkjet printing apparatus used for printing, an amount of ink discharged when printing is performed; an image data correcting step of correcting the image data using the adjustment data; and an amount-of-ink-consumed calculating step of calculating, as an amount of ink consumed, an amount of ink required to print an image represented by the image data corrected by the image data correcting step. a print job reading step of reading a print job including image data to be printed and job information (DJ; an adjustment data obtaining step of obtaining adjustment data according to the job information, the adjustment data being for adjusting, for each inkjet printing apparatus used for printing, an amount of ink discharged when printing is performed; an image data correcting step of correcting the image data using the adjustment data; and an amount-of-ink-consumed calculating step of calculating, as an amount of ink consumed, an amount of ink required to print an image represented by the image data corrected by the image data correcting step.