mhurhangee/ep-ind-claims huggingface dataset:
A method for reskinning a user interface of a consumer electronics device, the method comprising: intercepting data between an application and input and output drivers of the consumer electronics device, wherein the input and output drivers control at least one of video, audio and tactile interfaces; determining if the device is in a low power condition, dependent upon a power level of the consumer electronics device, and if the device is in a low power condition, then: determining if a transparency flag is present, indicating that the data should remain unmodified, and if the transparency flag is present, then forwarding the data to its original destination, else modifying the data according to a limited theme providing a high contrast colour scheme and reduced screen lighting, wherein the limited theme includes a plurality of limited scripts, and outputting the modified data to the original destination; and else, if the device is not in a low power condition, modifying the data according to a preferred theme, wherein the preferred theme includes a plurality of preferred scripts, and outputting the modified data to the original destination. intercepting data between an application and input and output drivers of the consumer electronics device, wherein the input and output drivers control at least one of video, audio and tactile interfaces; determining if the device is in a low power condition, dependent upon a power level of the consumer electronics device, and if the device is in a low power condition, then: determining if a transparency flag is present, indicating that the data should remain unmodified, and if the transparency flag is present, then forwarding the data to its original destination, else modifying the data according to a limited theme providing a high contrast colour scheme and reduced screen lighting, wherein the limited theme includes a plurality of limited scripts, and outputting the modified data to the original destination; and else, if the device is not in a low power condition, modifying the data according to a preferred theme, wherein the preferred theme includes a plurality of preferred scripts, and outputting the modified data to the original destination. determining if a transparency flag is present, indicating that the data should remain unmodified, and if the transparency flag is present, then forwarding the data to its original destination, else modifying the data according to a limited theme providing a high contrast colour scheme and reduced screen lighting, wherein the limited theme includes a plurality of limited scripts, and outputting the modified data to the original destination; and else, if the device is not in a low power condition, modifying the data according to a preferred theme, wherein the preferred theme includes a plurality of preferred scripts, and outputting the modified data to the original destination.
A transcutaneous access tool insertion mechanism for deploying a transcutaneous access tool including a cannula and a needle or a trocar located inside of the cannula, the insertion mechanism comprises: a first sliding member configured to move the needle/trocar in an insertion direction and a retraction direction; a second sliding member configured to move the cannula in the insertion direction; a torsion spring; linkages (183a, 183b) coupled between the torsion spring and the first sliding member such that energy stored in the torsion spring applies a force to cause the linkages (183a, 183b) to move the first sliding member in the insertion direction and the retraction direction; and a frame slidably receiving the first and second sliding members (184, 186), characterized in that the frame is configured to lock the first and second sliding members (184, 186) in a pre-deployment position. a first sliding member configured to move the needle/trocar in an insertion direction and a retraction direction; a second sliding member configured to move the cannula in the insertion direction; a torsion spring; linkages (183a, 183b) coupled between the torsion spring and the first sliding member such that energy stored in the torsion spring applies a force to cause the linkages (183a, 183b) to move the first sliding member in the insertion direction and the retraction direction; and a frame slidably receiving the first and second sliding members (184, 186), characterized in that the frame is configured to lock the first and second sliding members (184, 186) in a pre-deployment position.
A device for temporally configurable automatic milking of a group of animals providing liquid from udders, in particular cows, of a herd comprising several groups of such animals, provided with - a plurality of milking robots arranged on a ground for automatic milking of animals, - wherein each milking robot comprises an entry and an exit and milking equipment being automatically attachable to the udder of an animal, - a closed waiting area for the animals of a herd to be milked located before one of the entries of the milking robots, - wherein the waiting area comprises an entrance for bringing a group of animals to be milked from a common area to the waiting area, and - an animal guiding unit for automatically guiding the animals in the waiting area to the entries of respective milking robots getting available, - wherein the milking robots are arranged next to each other along a curved line, in particular an at least partial circle line, - wherein the entries of the milking robots are directed towards the waiting area which is at least partially surrounded by the milking robots, and - wherein the animal guiding unit comprises a fixed guiding element protruding into the waiting area and particularly protruding from the entrance of the waiting area into the waiting area, and a circularly movable guiding element penetrating the guiding element. - a plurality of milking robots arranged on a ground for automatic milking of animals, - wherein each milking robot comprises an entry and an exit and milking equipment being automatically attachable to the udder of an animal, - a closed waiting area for the animals of a herd to be milked located before one of the entries of the milking robots, - wherein the waiting area comprises an entrance for bringing a group of animals to be milked from a common area to the waiting area, and - an animal guiding unit for automatically guiding the animals in the waiting area to the entries of respective milking robots getting available, - wherein the milking robots are arranged next to each other along a curved line, in particular an at least partial circle line, - wherein the entries of the milking robots are directed towards the waiting area which is at least partially surrounded by the milking robots, and - wherein the animal guiding unit comprises a fixed guiding element protruding into the waiting area and particularly protruding from the entrance of the waiting area into the waiting area, and a circularly movable guiding element penetrating the guiding element.
Inner boot for an item of sports footwear, comprising at least one outer layer consisting of a lower part and an upper part, and comprising a padding layer having at least two elements, respectively an upper element and a lower element, the upper end of the lower element of said padding layer being positioned above a region of rotation of the heel when the foot is introduced into the inner boot, and extending at least above a connection region between the lower part and the upper part of the said outer layer of the inner boot, the inner boot including an articulation region close to the connection region between the lower part and the upper part of the outer layer.
A self-inflating tire having a sidewall, a chafer, a groove positioned within the sidewall or the chafer, an air tube positioned within the groove in contacting engagement with opposite groove surfaces at least partially surrounding the air tube, and a coverstrip overlaying the groove, the coverstrip comprising a rubber composition comprising from 50 to 80 phr of a polybutadiene, from 20 to 50 phr of natural rubber and from 0.1 to 5 parts by weight, per 100 parts by weight of rubber (phr), of a vulcanization modifier.
A hair dryer having a hand-held housing comprising: an air inlet and an air outlet; an air flow assembly between said air inlet and said air outlet to draw air in from said air inlet and drive air out from said air outlet, wherein said air flow assembly comprises a DC powered motor; a heating element located in said air flow between said air inlet and said air outlet; and a power controller configured to activate said heating element responsive to sensing activation of said DC powered motor. an air inlet and an air outlet; an air flow assembly between said air inlet and said air outlet to draw air in from said air inlet and drive air out from said air outlet, wherein said air flow assembly comprises a DC powered motor; a heating element located in said air flow between said air inlet and said air outlet; and a power controller configured to activate said heating element responsive to sensing activation of said DC powered motor.
A solid cleaning composition comprising: hydrated alkalinity source, hydrated sequestrant, or mixture thereof; the solid cleaning composition comprising particles of cleaning composition comprising an interior and a surface, the surface comprising binding agent; the surfaces of adjacent particles contacting one another just enough to provide sufficient contact of binding agent on the adjacent particles to provide a pressed stable solid cleaning composition, wherein the solid cleaning composition comprises a binding agent comprising a hydrated chelating agent, the hydrated chelating agent comprising a biodegradable aminocarboxylate selected from the group consisting of ethanoldiglycine, methylglycinediacetic acid, iminodisuccinic acid, N,N-bis(carboxylatomethyl)-L-glutamate, [S,S]-ethylenediaminedisuccinic acid (EDDS), 3-hydroxy-2,2'-iminodisuccinate (HIDS), and salt thereof.
A method of preparation of a fibrillar protein, comprising: providing a globular protein; forming a solution containing the globular protein; adding a detergent to the solution containing the globular protein, wherein the detergent is one selected from the group consisting of sodium dodecyl sulfate and n-tetradecyl-N,N-dimethyl-3-ammonio-1-propanesulfonate; applying the solution to a molecular sizing column with a pore size that permits separation of a protein with a molecular weight of at least 70 kDa so as to promote formation of the fibrillar protein from the globular protein; and eluting the fibrillar protein from the column, wherein the eluted protein has a fibrillar structure. providing a globular protein; forming a solution containing the globular protein; adding a detergent to the solution containing the globular protein, wherein the detergent is one selected from the group consisting of sodium dodecyl sulfate and n-tetradecyl-N,N-dimethyl-3-ammonio-1-propanesulfonate; applying the solution to a molecular sizing column with a pore size that permits separation of a protein with a molecular weight of at least 70 kDa so as to promote formation of the fibrillar protein from the globular protein; and eluting the fibrillar protein from the column, wherein the eluted protein has a fibrillar structure.
Method for decoloring of a textile material, the method comprising the steps of: - providing a textile material, at least a portion of the textile material being colored; - providing an alkaline solution containing one or more anionic polyelectrolytes; - treating the textile material in the alkaline solution during a treatment period of at least 10 minutes at a temperature in the range of from 100°C to 180°C; and - recovering at least some of the textile material from the alkaline solution after the treatment period. - providing a textile material, at least a portion of the textile material being colored; - providing an alkaline solution containing one or more anionic polyelectrolytes; - treating the textile material in the alkaline solution during a treatment period of at least 10 minutes at a temperature in the range of from 100°C to 180°C; and - recovering at least some of the textile material from the alkaline solution after the treatment period.
A method of covering a cable routed between a first portion of an electronic device and a second portion of the electronic device, the first portion pivotally coupled with the second portion at a hinge mechanism, the method comprising: electrically coupling the first portion and the second portion with the cable, the cable being bendable with a first side surface of the cable contacting a curved surface of the hinge mechanism when the first portion is rotated relative to the second portion; covering a second side surface of the cable with a cover configured to at least partially be in contact with the second side surface of the cable and having a first end and a second end, the first end configured to be retained to the first portion of the electronic device, the second side surface being positioned opposite the first side surface; and attaching a tensioning mechanism (1120, 1204) to the cover to apply tension to the second end of the cover to pull the second end into the second portion of the electronic device. electrically coupling the first portion and the second portion with the cable, the cable being bendable with a first side surface of the cable contacting a curved surface of the hinge mechanism when the first portion is rotated relative to the second portion; covering a second side surface of the cable with a cover configured to at least partially be in contact with the second side surface of the cable and having a first end and a second end, the first end configured to be retained to the first portion of the electronic device, the second side surface being positioned opposite the first side surface; and attaching a tensioning mechanism (1120, 1204) to the cover to apply tension to the second end of the cover to pull the second end into the second portion of the electronic device.
A method of making a fan blade, comprising: forming a core comprising fibrous material (step 122); placing a first layer of dry fiber tows over the core using a robot (step 124), wherein the first layer of dry fiber tows is substantially un-crimped, wherein the first layer of dry fiber tows includes a thermoplastic coating; placing a second layer of dry fiber tows over the first layer of dry fiber tows (step 126), wherein the second layer of dry fiber tows is substantially un-crimped, wherein the second layer of dry fiber tows includes a thermoplastic coating; and molding the core, the first layer of dry fiber tows, and the second layer of dry fiber tows using resin transfer molding (step 128), wherein the first layer of dry fiber tows and the second layer of dry fiber tows are deposited at various predetermined angles and orientations with the robot, and wherein the thermoplastic coating is configured to increase the relative retention between each of the first layer of dry fiber tows and the second layer of dry fiber tows in response to heating. forming a core comprising fibrous material (step 122); placing a first layer of dry fiber tows over the core using a robot (step 124), wherein the first layer of dry fiber tows is substantially un-crimped, wherein the first layer of dry fiber tows includes a thermoplastic coating; placing a second layer of dry fiber tows over the first layer of dry fiber tows (step 126), wherein the second layer of dry fiber tows is substantially un-crimped, wherein the second layer of dry fiber tows includes a thermoplastic coating; and molding the core, the first layer of dry fiber tows, and the second layer of dry fiber tows using resin transfer molding (step 128), wherein the first layer of dry fiber tows and the second layer of dry fiber tows are deposited at various predetermined angles and orientations with the robot, and wherein the thermoplastic coating is configured to increase the relative retention between each of the first layer of dry fiber tows and the second layer of dry fiber tows in response to heating.
A washing machine comprising: a first water tub to contain water therein; a first heater to heat water contained in the first water tub; a second water tub to contain water therein; and a second heater to heat water contained in the second water tub; whereby the washing machine further comprises a control unit configured to prevent the first heater and the second heater from being powered together. a first water tub to contain water therein; a first heater to heat water contained in the first water tub; a second water tub to contain water therein; and a second heater to heat water contained in the second water tub; whereby the washing machine further comprises a control unit configured to prevent the first heater and the second heater from being powered together.
A method of collecting values for a particular operational metric relating to operations of a set of resources executing on host computers in a datacenter, the method comprising: at a particular host computer, while identifying different sample values for the particular operational metric: generating, in a first time period, an individual-value 'IV' first histogram specifying a number of samples identified in the first time period for each of a plurality of sample values of the particular operational metric; for a sample-value range 'SVR' second histogram, specifying a plurality of metric value ranges for the particular operational metric, each metric value range containing at least one sample value with an associated sample value number specified by the IV first histogram; generating, in a second time period, the SVR second histogram specifying a number of samples identified in the second time period after the first time period for each of a group of the specified metric value ranges specified for the particular operational metric; providing the SVR second histogram to a server to analyze in order to assess the operations of the set of resources in the datacenter; and after providing the SVR second histogram to the server, modifying, in a third time period, at least two metric value ranges specified for the SVR second histogram based on the number of sample values that the generated SVR second histogram specifies for its plurality of metric value ranges and providing a modified SVR second histogram to the server to analyze in order to assess the operations of the set of resources in the datacenter. generating, in a first time period, an individual-value 'IV' first histogram specifying a number of samples identified in the first time period for each of a plurality of sample values of the particular operational metric; for a sample-value range 'SVR' second histogram, specifying a plurality of metric value ranges for the particular operational metric, each metric value range containing at least one sample value with an associated sample value number specified by the IV first histogram; generating, in a second time period, the SVR second histogram specifying a number of samples identified in the second time period after the first time period for each of a group of the specified metric value ranges specified for the particular operational metric; providing the SVR second histogram to a server to analyze in order to assess the operations of the set of resources in the datacenter; and after providing the SVR second histogram to the server, modifying, in a third time period, at least two metric value ranges specified for the SVR second histogram based on the number of sample values that the generated SVR second histogram specifies for its plurality of metric value ranges and providing a modified SVR second histogram to the server to analyze in order to assess the operations of the set of resources in the datacenter.
A portable handheld x-ray device having a main body with a side wall defining a characteristic width of the body, a rear portion comprising a rear wall defining a characteristic height of the body, and a front portion with a collimator adjustment mechanism that adjustably defines an area of radiographic exposure, said main body having an inner space encasing an x-ray generator and x-ray tube and an exposure control processor, the portable handheld x-ray device further comprising: a side handle located adjacent to a front portion of said side wall and having a handle length extending across an extent of the side wall, said side handle having a first end and a second end with an intermediate gripping portion between said ends, said gripping portion being configured for a user to hold the handle to support the device at a location adjacent the side wall; a rear handle positioned at the rear portion of the main body, said rear handle having a first end and a second end and an intermediate gripping portion between said ends, said gripping portion configured for a user to hold the rear handle to support the device at a location adjacent the rear wall; a first actuator trigger positioned on a first handle of either the side or rear handle, said actuator trigger being electrically connected to said exposure control processor to provide control for activation of a first function while the user holds the side and rear handles; and a second actuator trigger positioned on said first handle, said first and second actuator triggers being positioned adjacent to opposing ends of the gripping portion of said first handle. a side handle located adjacent to a front portion of said side wall and having a handle length extending across an extent of the side wall, said side handle having a first end and a second end with an intermediate gripping portion between said ends, said gripping portion being configured for a user to hold the handle to support the device at a location adjacent the side wall; a rear handle positioned at the rear portion of the main body, said rear handle having a first end and a second end and an intermediate gripping portion between said ends, said gripping portion configured for a user to hold the rear handle to support the device at a location adjacent the rear wall; a first actuator trigger positioned on a first handle of either the side or rear handle, said actuator trigger being electrically connected to said exposure control processor to provide control for activation of a first function while the user holds the side and rear handles; and a second actuator trigger positioned on said first handle, said first and second actuator triggers being positioned adjacent to opposing ends of the gripping portion of said first handle.