mhurhangee/ep-ind-claims huggingface dataset:
A liquid sample measuring device, comprising: a housing to which a biosensor on which a liquid sample of a living subject is deposited is detachably mounted; a measuring section configured to measure biological information from the liquid sample of the living subject, the measuring section disposed inside of the housing; a movement measuring section configured to measure movement information of the housing, the movement measuring section disposed inside the housing; a movement determining section configured to analyze the movement information and determine whether a degree of movement is within an allowable range; and a display section configured to display an instruction program that instructs a user how to handle the housing, the display section displaying the instruction program, instructing the user about the handling when handling the device, before measuring the biological information by the measuring section on the basis of a result of determining by the movement determining section which is recorded in a recording section and/or displaying the instruction program after measuring the biological information by the measuring section on the basis of a result of determining by the movement determining section in a period including when measuring the biological information is performed by the measuring section. a housing to which a biosensor on which a liquid sample of a living subject is deposited is detachably mounted; a measuring section configured to measure biological information from the liquid sample of the living subject, the measuring section disposed inside of the housing; a movement measuring section configured to measure movement information of the housing, the movement measuring section disposed inside the housing; a movement determining section configured to analyze the movement information and determine whether a degree of movement is within an allowable range; and a display section configured to display an instruction program that instructs a user how to handle the housing, the display section displaying the instruction program, instructing the user about the handling when handling the device, before measuring the biological information by the measuring section on the basis of a result of determining by the movement determining section which is recorded in a recording section and/or displaying the instruction program after measuring the biological information by the measuring section on the basis of a result of determining by the movement determining section in a period including when measuring the biological information is performed by the measuring section.
A security device for a security document, the device comprising a substrate having a face, the face including a plurality of first walls, each first wall being orientated in a first direction and a plurality of second walls, each second wall being orientated in a second, different direction, at an angle to the first direction, wherein there is a first layer of material on each of the plurality of first walls or each of the plurality of second walls or each of both the plurality of first walls and the plurality of second walls, characterised in that the device is substantially invisible in visible light.
A polybutylene terephthalate elastomer composition having excellent heat resistance, the composition comprising: 100 parts by weight of a PBT resin; 10 to 120 parts by weight of Di(2-propylheptyl)phthalate, which is an ester-based environmentally friendly plasticizer; and 10 to 120 parts by weight of a thermoplastic copolyester elastomer (TPEE) resin; and 10 to 100 parts by weight of a core-shell type copolymer, wherein the core-shell type copolymer comprises any one selected from among an acrylic rubber-based core-shell copolymer, a butadiene rubber-based core-shell type copolymer, and a silicone/acrylic rubber-based core-shell copolymer. 100 parts by weight of a PBT resin; 10 to 120 parts by weight of Di(2-propylheptyl)phthalate, which is an ester-based environmentally friendly plasticizer; and 10 to 120 parts by weight of a thermoplastic copolyester elastomer (TPEE) resin; and 10 to 100 parts by weight of a core-shell type copolymer, wherein the core-shell type copolymer comprises any one selected from among an acrylic rubber-based core-shell copolymer, a butadiene rubber-based core-shell type copolymer, and a silicone/acrylic rubber-based core-shell copolymer.
Method for real time correction of luminance and enhancement of detail of a video image, the method comprising the steps of: calculating a luminance component of each pixel of each frame of a real-time video image signal; converting the luminance component into log space to generate a log luminance component; generating a base image for each frame of a video image signal by applying a bilateral filter to said log luminance component of each pixel in said frame; generating a detail image for each frame of a video input signal by taking the difference between said log luminance component of each pixel in said frame and said base image; identifying any dark pixels in the base image; generating a compressed base image by linearly compressing dark pixels in the base image towards a setpoint according to the following formula: Base_image_compressed x, y = 2 C log 2 Base_image x, y − log 2 M target + log 2 M target where C is a compression factor {0,1} and M target is a target mean level; generating an enhanced luminance image for each frame of said video input signal by adding the detail image to the compressed base image; generating a log gain map for each frame of a video input signal by subtracting said log luminance component from the enhanced luminance image for said frame; converting the log gain map to a linear gain map with an antilog conversion; and multiplying the linear gain map to each RGB channel of a video display independently. calculating a luminance component of each pixel of each frame of a real-time video image signal; converting the luminance component into log space to generate a log luminance component; generating a base image for each frame of a video image signal by applying a bilateral filter to said log luminance component of each pixel in said frame; generating a detail image for each frame of a video input signal by taking the difference between said log luminance component of each pixel in said frame and said base image; identifying any dark pixels in the base image; generating a compressed base image by linearly compressing dark pixels in the base image towards a setpoint according to the following formula: Base_image_compressed x, y = 2 C log 2 Base_image x, y − log 2 M target + log 2 M target where C is a compression factor {0,1} and M target is a target mean level; generating an enhanced luminance image for each frame of said video input signal by adding the detail image to the compressed base image; generating a log gain map for each frame of a video input signal by subtracting said log luminance component from the enhanced luminance image for said frame; converting the log gain map to a linear gain map with an antilog conversion; and multiplying the linear gain map to each RGB channel of a video display independently.
A method of managing network traffic using biometrics, the method comprising: storing, by a server, a first value N, and a primitive root modulo N, wherein N is selected during enrollment of a user; storing, by the server, a plurality of verification codes, wherein each of the plurality of verification codes is generated using the primitive root modulo N to the power of a hash function result of a respective portion of a first biometric template acquired from the user during the enrollment, and each portion of the biometric template is identified by a corresponding offset identifier; receiving, by the server, a request to connect to the server, the request from a client operated by the user; transmitting, by the server, a first offset identifier to the client, wherein the client uses the first offset identifier to identify a first portion of a second biometric template acquired from the user in association with the request, and to generate a first value corresponding to a common exponentiation function using the identified first portion of the second biometric template, wherein the common exponentiation function has the primitive root modulo N as a base; generating, at the server according to the first offset identifier, a second value corresponding to the common exponentiation function; and determining, by the server, that the user is authenticated if the first value from the client matches the second value. storing, by a server, a first value N, and a primitive root modulo N, wherein N is selected during enrollment of a user; storing, by the server, a plurality of verification codes, wherein each of the plurality of verification codes is generated using the primitive root modulo N to the power of a hash function result of a respective portion of a first biometric template acquired from the user during the enrollment, and each portion of the biometric template is identified by a corresponding offset identifier; receiving, by the server, a request to connect to the server, the request from a client operated by the user; transmitting, by the server, a first offset identifier to the client, wherein the client uses the first offset identifier to identify a first portion of a second biometric template acquired from the user in association with the request, and to generate a first value corresponding to a common exponentiation function using the identified first portion of the second biometric template, wherein the common exponentiation function has the primitive root modulo N as a base; generating, at the server according to the first offset identifier, a second value corresponding to the common exponentiation function; and determining, by the server, that the user is authenticated if the first value from the client matches the second value.
A stable liquid pharmaceutical formulation comprising 10 to 150 mg/ml of an antibody to IL-1beta, which is ACZ885, wherein the buffer system is histidine at a concentration from 10 to 50 mM, the stabilizer is mannitol in an amount from 50 to 300 mM and the formulation has a pH from 5.5 to 7.5.
A toy construction system comprising a set of toy construction elements with coupling means for releasably interconnecting the toy construction elements; and a data processing system comprising processing means, and display means, characterised in that the data processing system comprises image capturing means, and that the data processing system is adapted to - capture an image of a partial toy construction model (10; 510) constructed from a subset of the toy construction elements; - process the captured image to detect at least a position and an orientation of the partial toy construction model; - identify a user selection indicative of a user selection of at least one of a set of subsequent construction elements, each subsequent construction element being connectable to the partial toy construction model; - responsive to the detected position and orientation of the partial toy construction model, display on said display means a composite image comprising the captured image having superimposed an image (14a, 14b; 514a, 514b, 514c) of at least the selected subsequent construction element. - capture an image of a partial toy construction model (10; 510) constructed from a subset of the toy construction elements; - process the captured image to detect at least a position and an orientation of the partial toy construction model; - identify a user selection indicative of a user selection of at least one of a set of subsequent construction elements, each subsequent construction element being connectable to the partial toy construction model; - responsive to the detected position and orientation of the partial toy construction model, display on said display means a composite image comprising the captured image having superimposed an image (14a, 14b; 514a, 514b, 514c) of at least the selected subsequent construction element.
A system for image registration, comprising: an image feature detection module configured to identify internal landmarks of a first image; an image registration and transformation module configured to compute a registration transformation, using a processor, to register a second image with the first image based on surface landmarks to result in a registered image; and a landmark identification module configured to overlay the internal landmarks onto the second image using the registration transformation, encompass the overlaid landmarks within a virtual object to identify corresponding landmark pairs in the registered image, and register the second image with the first image using the registered image with the identified landmarks. an image feature detection module configured to identify internal landmarks of a first image; an image registration and transformation module configured to compute a registration transformation, using a processor, to register a second image with the first image based on surface landmarks to result in a registered image; and a landmark identification module configured to overlay the internal landmarks onto the second image using the registration transformation, encompass the overlaid landmarks within a virtual object to identify corresponding landmark pairs in the registered image, and register the second image with the first image using the registered image with the identified landmarks.
A scanned beam display engine comprising: an optical frame configured for mechanical mounting to a host system; at least one light source coupled to the optical frame and operable to emit a beam of modulated light; a MEMS scanner coupled to the optical frame aligned to receive the beam of modulated light and operable to periodically scan the beam of modulated light across a field of view as a scanned beam to produce a projected video image; a selective fold mirror aligned to receive the beam of modulated light and direct the beam of modulated light toward the MEMS scanner, wherein the selective fold mirror is configured to substantially direct one plane of polarization toward the MEMS scanner; and a polarization rotator aligned to receive the beam of modulated light from the selective fold mirror and operable to convert the beam of plane-polarized modulated light to a circularly polarized beam directed toward the MEMS scanner, wherein the polarization rotator is further aligned to receive the circularly polarized scanned beam from the MEMS scanner and configured to convert the circular polarization of the scanned beam to a plane polarization oriented substantially at a right angle to the plane of polarization of the light received from the selective fold mirror. an optical frame configured for mechanical mounting to a host system; at least one light source coupled to the optical frame and operable to emit a beam of modulated light; a MEMS scanner coupled to the optical frame aligned to receive the beam of modulated light and operable to periodically scan the beam of modulated light across a field of view as a scanned beam to produce a projected video image; a selective fold mirror aligned to receive the beam of modulated light and direct the beam of modulated light toward the MEMS scanner, wherein the selective fold mirror is configured to substantially direct one plane of polarization toward the MEMS scanner; and a polarization rotator aligned to receive the beam of modulated light from the selective fold mirror and operable to convert the beam of plane-polarized modulated light to a circularly polarized beam directed toward the MEMS scanner, wherein the polarization rotator is further aligned to receive the circularly polarized scanned beam from the MEMS scanner and configured to convert the circular polarization of the scanned beam to a plane polarization oriented substantially at a right angle to the plane of polarization of the light received from the selective fold mirror.
Mobile crane device for temporary operation purpose at an existing tower structure of a wind turbine, featuring a crane tower having a longitudinal axis which is inclined to the vertically direction of the tower structure in a pre-installed state of the crane device and extends mainly vertical in an installed operating state of the crane device attached to the tower structure, featuring a jib which is pivotably mounted on the crane tower and, in the pre-installed state of the crane device, is folded down, featuring a crane chassis which, in the pre-installed state of the crane device, projects laterally from the crane tower towards the tower structure having contact means, that supporting the crane device on the tower structure and move it vertically along it, and featuring a crane suspension at the crane tower for housing a crane rope that is mounted at the tower structure for vertical movement of the crane device, whereas the crane suspension defines in vertical plan view a point of application of force for the crane rope, which is situated radially between the contact means and the center of gravity of the crane device when the crane device is pre-installed, and whereas the crane tower in the pre-installed state of the crane device is freely pivotable to the tower structure via the crane chassis.
Cable junction box for installation in lamp posts, comprising a housing, at least one terminal block with input terminals and output terminals (4a, 4b) arranged in the housing, and an overvoltage protection module with an electronic protection device connectable to the output terminals (4a, 4b) of the terminal block, wherein the overvoltage protection module has a plurality of connection terminals and a plurality of electrically conductive connecting pins (9a, 9b) connected to the connection terminals via the protection device, wherein the connecting pins (9a, 9b) align with the output terminals of the terminal block in such a way that the engage into the output terminals over the course of plugging in the overvoltage protection module to the terminal block.
A device for generating microwave radiation towards a target, comprising at least one rectangular waveguide, which is formed by two longitudinal walls (3, 4) and two lateral walls (6, 7), guiding said microwave radiation and being provided with internal conductive strips placed parallel to said longitudinal walls (3, 4), said conductive strips having an opening for forming an available space able to receive the target.
A dental implant (30; 130; 230; 330; 430) for preserving soft tissue and promoting bone growth, comprising: an elongated implant body having a coronal end portion (31; 131; 431) and an apical end portion (32; 132; 332; 432), an external thread (40; 140; 240; 440), a flute arrangement (50; 150; 350; 450) having a depth, wherein the apical end portion forms a blunt tip (39; 139; 339), and in which flute arrangement at least one helical flute spirals in opposite direction to the external thread, the helical flute has a greater depth than the thread, the flute exits on the face of the blunt tip, characterized in that the helical flute circumvents the dental implant at least once. an elongated implant body having a coronal end portion (31; 131; 431) and an apical end portion (32; 132; 332; 432), an external thread (40; 140; 240; 440), a flute arrangement (50; 150; 350; 450) having a depth, wherein the apical end portion forms a blunt tip (39; 139; 339), and in which flute arrangement at least one helical flute spirals in opposite direction to the external thread, the helical flute has a greater depth than the thread, the flute exits on the face of the blunt tip, characterized in that the helical flute circumvents the dental implant at least once.
Fruit press having parallel shafts, mounted in a frame, for two pressing rollers, which can be driven in opposite directions and have pressing recesses distributed over the periphery, and also for two ram heads which are provided below the pressing rollers, can be driven in opposite directions to the pressing rollers and form pressing rams cooperating with the pressing recesses of the pressing rollers, and having a blade, wherein the pressing rollers and ram heads which can be removed from their shafts are held between a rear wall and a front holder of a handling unit releasably fastened to the frame, characterised in that the blade can be moved between the pressing rollers in a blade guide, that the pressing rollers and ram heads which are axially braced against the front holder are releasably held between bearing projections of the rear wall and receivers in the region of the front holder, that the receivers for the pressing rollers and ram heads are provided in the region of the front holder with radial introducing slots for axial support projections of the pressing rollers and ram heads and that the rear wall or the front holder of the handling unit comprises the blade guide with the blade.
Pressure regulator for a fuel supply system of an internal combustion engine for regulating a fuel pressure, containing a valve which comprises a valve ball which, by the action of a valve leaf spring, is pressed against a valve seat in the closing position, characterized in that a damping ring (29, 29a) is arranged between the valve ball and a face of the valve leaf spring that is oriented towards the valve ball, and that this damping ring is held by the valve ball.
A method for enabling or disabling an electronic message that has been transmitted to a wireless user device, the method comprising, at the wireless user device: enabling or disabling access to the electronic message that has been transmitted to the wireless user device, in response to whether a current or previous physical location of the wireless user device corresponds to a permitted location, characterised in that the electronic message is encrypted based on keys that are based on location information, wherein the location information comprises the current physical location and/or a history of previous locations. enabling or disabling access to the electronic message that has been transmitted to the wireless user device, in response to whether a current or previous physical location of the wireless user device corresponds to a permitted location, characterised in that the electronic message is encrypted based on keys that are based on location information, wherein the location information comprises the current physical location and/or a history of previous locations.
An array substrate, comprising: a first signal line extending along a first direction, wherein the first signal line is a gate line or a data line; and a common electrode arranged on the first signal line, wherein at least one first opening is arranged in the common electrode and overlaps an orthographic projection, on a plane where the common electrode is located, of the first signal line; and the common electrode comprises a first portion which partially overlaps the orthographic projection of the first signal line and a second portion which is arranged outside the orthographic projection of the first signal line and connected to the first portion, and the second portion and the first portion are disposed in a same layer; characterized in that the first opening comprises at least one edge extending along the first direction and the edge is in a shape of zigzag line or a wavy line. a first signal line extending along a first direction, wherein the first signal line is a gate line or a data line; and a common electrode arranged on the first signal line, wherein at least one first opening is arranged in the common electrode and overlaps an orthographic projection, on a plane where the common electrode is located, of the first signal line; and the common electrode comprises a first portion which partially overlaps the orthographic projection of the first signal line and a second portion which is arranged outside the orthographic projection of the first signal line and connected to the first portion, and the second portion and the first portion are disposed in a same layer; characterized in that the first opening comprises at least one edge extending along the first direction and the edge is in a shape of zigzag line or a wavy line.