mhurhangee/ep-ind-claims huggingface dataset:
A charging circuit, comprising: a power source circuit that supplies charging power to multiple secondary batteries; a switch that controls the supply of the power from the power source circuit to the multiple secondary batteries; and a control device that performs switching control of the switch based on respective voltage values of the multiple secondary batteries, wherein the control device detects a voltage difference among the multiple secondary batteries before starting charging; the control device starts a timer for setting an upper limit of a charging time, and starts serial charging of the multiple secondary batteries; the control device is further configured to shorten a remaining time on the timer at a time point, if the voltage difference among the multiple secondary batteries before the charging has been equal to or larger than a first threshold, and if the respective voltage values of the multiple secondary batteries have all become equal to or larger than a second threshold before the timer expires; and the control device finishes the serial charging of the multiple secondary batteries at the earlier of a time point when the multiple secondary batteries have all become fully charged, or a time point when the timer has expired. a power source circuit that supplies charging power to multiple secondary batteries; a switch that controls the supply of the power from the power source circuit to the multiple secondary batteries; and a control device that performs switching control of the switch based on respective voltage values of the multiple secondary batteries, wherein the control device detects a voltage difference among the multiple secondary batteries before starting charging; the control device starts a timer for setting an upper limit of a charging time, and starts serial charging of the multiple secondary batteries; the control device is further configured to shorten a remaining time on the timer at a time point, if the voltage difference among the multiple secondary batteries before the charging has been equal to or larger than a first threshold, and if the respective voltage values of the multiple secondary batteries have all become equal to or larger than a second threshold before the timer expires; and the control device finishes the serial charging of the multiple secondary batteries at the earlier of a time point when the multiple secondary batteries have all become fully charged, or a time point when the timer has expired.
A spacer guide for use with a tissue resection guide, the spacer guide comprising: a central body extending between a first end and a second end, the central body having a first width at the second end; an extension arm extending from the second end; and a plurality of projections disposed on a first surface of the extension arm; characterised in that the spacer guide further comprises a mount configured for disposal in a slot of the tissue resection guide, the mount extending from the second end of the central body, wherein the mount is separated from the extension arm by the central body, and wherein the extension arm has a second width parallel to the first width measured across the extension arm at one of the plurality of projections, the second width being narrower than the first width. an extension arm extending from the second end; and a plurality of projections disposed on a first surface of the extension arm; characterised in that the spacer guide further comprises a mount configured for disposal in a slot of the tissue resection guide, the mount extending from the second end of the central body, wherein the mount is separated from the extension arm by the central body, and wherein the extension arm has a second width parallel to the first width measured across the extension arm at one of the plurality of projections, the second width being narrower than the first width.
A method for granting access to data of a user, the method comprising: blocking the processing of data of a user; transferring the data of the user to a storage device; receiving a request for data processing from a collected data processor of a device; redirecting the received request to the storage device; determining, by the storage device, data access rights for the collected data processor of the device from which the redirected request for data processing is received in accordance with data access rights established by a data access rights manager, wherein the determination of the data access rights comprises formulating rights of the collected data processors to access data, withdrawing data access rights from the collected data processors, and creating lists of collected data processors that are permitted to access the data; and providing access to the data in accordance with the determined data access rights. blocking the processing of data of a user; transferring the data of the user to a storage device; receiving a request for data processing from a collected data processor of a device; redirecting the received request to the storage device; determining, by the storage device, data access rights for the collected data processor of the device from which the redirected request for data processing is received in accordance with data access rights established by a data access rights manager, wherein the determination of the data access rights comprises formulating rights of the collected data processors to access data, withdrawing data access rights from the collected data processors, and creating lists of collected data processors that are permitted to access the data; and providing access to the data in accordance with the determined data access rights.
A dose indicator for indicating the number of doses that have been dispensed or that remain to be dispensed from a fluid dispenser device, the comprising an indicator body, and comprising only four deformable and/or rotary parts, namely a drive element, a rotary transmission element, a first rotary counter element, and a second rotary counter element, said first and second rotary counter elements (13, 10) being disposed side by side in a common plane and turning about parallel axes of rotation, said first and second counter elements (13, 10) co-operating to provide a common indication on each occasion the indicator is driven, said first rotary counter element being a disk having a top surface and a bottom surface, said top surface including first indicator means located close to the outer peripheral edge of said top surface, and said bottom surface including a first gear co-operating with a drive gear provided on said rotary transmission element, said first rotary counter element including a drive tooth adapted to co-operate on each complete revolution of said first rotary counter element with a second gear provided on said second rotary counter element.
A display control device comprising a display control section to control display of a virtual object (211a-c) according to a positional relationship between an imaging device and a display device, wherein the virtual object (211a-c) is for operation of an application and is selectable by a user, a detection section to detect selection of the virtual object (211a-c) by the user, and a mode setting section, wherein the mode setting section sets a mode to one of at least a first mode in which the virtual object (211a-c) is added at a two-dimensional position within a captured image, and a second mode in which the virtual object is added at a three-dimensional position within a captured image, wherein the first mode and the second mode are set based on an angle between a direction (i) of the imaging device and a direction (d) of the display device, and wherein the mode is additionally set based on an angle between a direction (i) of the imaging device and a direction (u) of the user.
A robotic milking system comprising: a. a milking cluster having a plurality of cups (11-14; 40-43; 49-52; 63-66; 75-78) connected to a bowl (31; 39; 44; 62; 79); b. means to withdraw the cluster to a generally known position upon release from a cow so that the cups hang down below the bowl; c. means for locating each cup below the bowl in a confined region (17a, 18a, 19a, 20a; 36; 68-72; 81-84); and d. a robotic arm that is not permanently attached to the milking cluster including holding means arranged to acquire and hold the plurality of cups of the cluster as they hang below the bowl in each respective confined region and actuators for moving the arm to facilitate the attachment of the cups to an animal. a. a milking cluster having a plurality of cups (11-14; 40-43; 49-52; 63-66; 75-78) connected to a bowl (31; 39; 44; 62; 79); b. means to withdraw the cluster to a generally known position upon release from a cow so that the cups hang down below the bowl; c. means for locating each cup below the bowl in a confined region (17a, 18a, 19a, 20a; 36; 68-72; 81-84); and d. a robotic arm that is not permanently attached to the milking cluster including holding means arranged to acquire and hold the plurality of cups of the cluster as they hang below the bowl in each respective confined region and actuators for moving the arm to facilitate the attachment of the cups to an animal.
A disposable diaper, comprising: a front waistline region; a back waistline region; a crotch region positioned between the front waistline region and the back waistline region; a pair of leg hole openings; an absorber spanning the crotch region and extending to the front waistline region and back waistline region; a product longitudinal direction from the front waistline region towards the back waistline region; and a product widthwise direction perpendicular to the product longitudinal direction; wherein the disposable diaper further comprises: a pair of leg stretch units formed along the leg hole openings and being stretchable in at least the product longitudinal direction; and a cushioning unit provided in the region adjacent to the ends of the leg stretch units in the product longitudinal direction; the leg stretch units and the cushioning unit are configured from the same stretchable sheet member; the ratio of expansion and contraction of the cushioning unit is configured to be lower than the ratio of expansion and contraction of the leg stretch units; and the length of at least a part of the cushioning unit in the product widthwise direction is configured to be longer than the length of the leg stretch units in the product widthwise direction. a front waistline region; a back waistline region; a crotch region positioned between the front waistline region and the back waistline region; a pair of leg hole openings; an absorber spanning the crotch region and extending to the front waistline region and back waistline region; a product longitudinal direction from the front waistline region towards the back waistline region; and a product widthwise direction perpendicular to the product longitudinal direction; a pair of leg stretch units formed along the leg hole openings and being stretchable in at least the product longitudinal direction; and a cushioning unit provided in the region adjacent to the ends of the leg stretch units in the product longitudinal direction; the leg stretch units and the cushioning unit are configured from the same stretchable sheet member; the ratio of expansion and contraction of the cushioning unit is configured to be lower than the ratio of expansion and contraction of the leg stretch units; and the length of at least a part of the cushioning unit in the product widthwise direction is configured to be longer than the length of the leg stretch units in the product widthwise direction.
A measurement method for a target substance amount comprising: mixing a sample containing a target substance, magnetic particles to which a first receptor that specifically recognizes a site of the target substance is fixed, and a labeled substance to which a second receptor that specifically recognizes a site different from the site of the target substance is fixed to obtain a mixture containing a target substance-magnetic particle-labeled substance complex; and detecting a signal intensity of the target substance-magnetic particle-labeled substance complex after separating the target substance-magnetic particle-labeled substance complex by magnetism and electrophoresis, wherein the electrophoresis is performed while or after the complex is captured by the magnetism, such that the complex remains fixed at the predetermined position by magnetism and does not move. mixing a sample containing a target substance, magnetic particles to which a first receptor that specifically recognizes a site of the target substance is fixed, and a labeled substance to which a second receptor that specifically recognizes a site different from the site of the target substance is fixed to obtain a mixture containing a target substance-magnetic particle-labeled substance complex; and detecting a signal intensity of the target substance-magnetic particle-labeled substance complex after separating the target substance-magnetic particle-labeled substance complex by magnetism and electrophoresis, wherein the electrophoresis is performed while or after the complex is captured by the magnetism, such that the complex remains fixed at the predetermined position by magnetism and does not move.
A surface treatment method, comprising: contacting a substrate with a treatment material, the substrate comprising a metallic element, the treatment material comprising an alkaline earth metal element, an alkali metal element, or any combination thereof; and forming on the substrate a surface layer comprising a first oxide of the alkaline earth metal element or the alkali metal element and a second oxide of the metallic element, wherein the treatment material comprises a perovskite material or ceria and wherein the treatment material is sintered before contacting the substrate, or wherein the treatment material consists of barium carbonate, wherein the step of forming is at a temperature in a range from 600°C to 1400°C in the presence of nitrogen and steam, and comprising the step of: separating the treatment material from the substrate after the step of forming, wherein the treatment material is separated from the substrate, the substrate having a substrate layer, and the surface layer is present on the substrate layer. contacting a substrate with a treatment material, the substrate comprising a metallic element, the treatment material comprising an alkaline earth metal element, an alkali metal element, or any combination thereof; and forming on the substrate a surface layer comprising a first oxide of the alkaline earth metal element or the alkali metal element and a second oxide of the metallic element, wherein the treatment material comprises a perovskite material or ceria and wherein the treatment material is sintered before contacting the substrate, or wherein the treatment material consists of barium carbonate, wherein the step of forming is at a temperature in a range from 600°C to 1400°C in the presence of nitrogen and steam, and comprising the step of: separating the treatment material from the substrate after the step of forming, wherein the treatment material is separated from the substrate, the substrate having a substrate layer, and the surface layer is present on the substrate layer.
A method of generating an isolated population of cells comprising non-graft versus host (GVHD) inducing anti-third party cells having a central memory T-lymphocyte (Tcm) phenotype, said cells being tolerance-inducing cells and/or endowed with anti-disease activity, and capable of homing to the lymph nodes following transplantation, the method comprising: (a) treating peripheral blood mononuclear cells (PBMC) with an agent capable of depleting CD4+ and/or CD56+ cells so as to obtain CD8+ T cells; (b) contacting said CD8+ cells with a third party antigen or antigens in the presence of IL-21 for 12 hours to 5 days so as to allow enrichment of antigen reactive cells; and (c) culturing said cells resulting from step (b) in the presence of IL-21, IL-15 and IL-7 in an antigen free environment for 5-20 days so as to allow proliferation of cells comprising said central memory T-lymphocyte (Tcm) phenotype, thereby generating the isolated population of cells. (a) treating peripheral blood mononuclear cells (PBMC) with an agent capable of depleting CD4+ and/or CD56+ cells so as to obtain CD8+ T cells; (b) contacting said CD8+ cells with a third party antigen or antigens in the presence of IL-21 for 12 hours to 5 days so as to allow enrichment of antigen reactive cells; and (c) culturing said cells resulting from step (b) in the presence of IL-21, IL-15 and IL-7 in an antigen free environment for 5-20 days so as to allow proliferation of cells comprising said central memory T-lymphocyte (Tcm) phenotype, thereby generating the isolated population of cells.
A position and attitude estimation device comprising: first detection means (1; 104) that includes first position detection means configured to detect a first position of a moving object, first acceleration detection means configured to detect a first acceleration of the moving object, and first angular velocity detection means configured to detect a first angular velocity of the moving object; first position and attitude estimation means (2; 135) configured to estimate a first position and attitude of the moving object at a first timing, by using the detected first position as a reference, by executing Kalman filter processing using the detected first acceleration and the detected first angular velocity; second detection means (3; 103) that includes second acceleration detection means configured to detect a second acceleration of the moving object, and second angular velocity detection means (143, 144) configured to detect a second angular velocity of the moving object; second position and attitude estimation means (4; 145) configured to estimate a second position and attitude of the moving object at a second timing different from the first timing, by using the position estimated by the first position and attitude estimation means (2; 135) as a reference, by executing Kalman filter processing using the detected second acceleration and the detected second angular velocity; and position and attitude output means (5; 150) configured to output a third position and attitude, based on the estimated first position and attitude and the estimated second position and attitude. first detection means (1; 104) that includes first position detection means configured to detect a first position of a moving object, first acceleration detection means configured to detect a first acceleration of the moving object, and first angular velocity detection means configured to detect a first angular velocity of the moving object; first position and attitude estimation means (2; 135) configured to estimate a first position and attitude of the moving object at a first timing, by using the detected first position as a reference, by executing Kalman filter processing using the detected first acceleration and the detected first angular velocity; second detection means (3; 103) that includes second acceleration detection means configured to detect a second acceleration of the moving object, and second angular velocity detection means (143, 144) configured to detect a second angular velocity of the moving object; second position and attitude estimation means (4; 145) configured to estimate a second position and attitude of the moving object at a second timing different from the first timing, by using the position estimated by the first position and attitude estimation means (2; 135) as a reference, by executing Kalman filter processing using the detected second acceleration and the detected second angular velocity; and position and attitude output means (5; 150) configured to output a third position and attitude, based on the estimated first position and attitude and the estimated second position and attitude.
An inverter disposed so as to face a structure mounted on a vehicle, the inverter comprising: a case, wherein the case includes an upper case and a lower case attached to a bottom surface side of the upper case, the upper case includes a flange portion constituting an attachment portion of the lower case, and a connector connecting portion to which a connector is connected, characterised in that, the connector connecting portion includes an outer wall portion that forms an outer wall of the connector connecting portion, at least a part of the flange portion and at least a part of the outer wall portion are disposed so as to overlap each other in a direction in which the connector connecting portion and the structure face each other the outer wall portion has an arch shape, and the connector connecting portion is formed with a rib in a direction along an outer peripheral shape of the outer wall portion. a case, wherein the case includes an upper case and a lower case attached to a bottom surface side of the upper case, the upper case includes a flange portion constituting an attachment portion of the lower case, and a connector connecting portion to which a connector is connected, characterised in that, the connector connecting portion includes an outer wall portion that forms an outer wall of the connector connecting portion, at least a part of the flange portion and at least a part of the outer wall portion are disposed so as to overlap each other in a direction in which the connector connecting portion and the structure face each other the outer wall portion has an arch shape, and the connector connecting portion is formed with a rib in a direction along an outer peripheral shape of the outer wall portion.
Attachment arrangement for a camera module at a vehicle comprising - a base plate which is attachable at a vehicle fixed structure, wherein - the camera module comprises a housing and at least one camera arranged therein, wherein - the housing is attached at the base plate with at least two spring loaded protrusions (14,15) each abutting at separated attachment flanges (4,5), wherein - the base plate or the housing is provided with three alignment pins, which are distanced to the attachment flanges (4,5) and the protrusions (14,15), and - the housing or the base plate is provided with three alignment surface structures, which are distanced to the protrusions (14,15) and the attachment flanges (4,5), and - the housing abuts with three pairs of one alignment surface structure and one alignment pin at the base plate when the camera module is mounted via the housing at the base plate, wherein - the base plate and/or the camera housing is provided with at least two parallel extending rips, and - the rips are arranged parallel to the mounting direction of the camera module, characterized in that - at least one of the rips is used as a guidance for at least one alignment pin in the assembly process. - a base plate which is attachable at a vehicle fixed structure, wherein - the camera module comprises a housing and at least one camera arranged therein, wherein - the housing is attached at the base plate with at least two spring loaded protrusions (14,15) each abutting at separated attachment flanges (4,5), wherein - the base plate or the housing is provided with three alignment pins, which are distanced to the attachment flanges (4,5) and the protrusions (14,15), and - the housing or the base plate is provided with three alignment surface structures, which are distanced to the protrusions (14,15) and the attachment flanges (4,5), and - the housing abuts with three pairs of one alignment surface structure and one alignment pin at the base plate when the camera module is mounted via the housing at the base plate, wherein - the base plate and/or the camera housing is provided with at least two parallel extending rips, and - the rips are arranged parallel to the mounting direction of the camera module, - at least one of the rips is used as a guidance for at least one alignment pin in the assembly process.