mhurhangee/ep-ind-claims huggingface dataset:
A system to extend the functionality of a ROM code (208; 320), the system comprising: a ROM (206; 310) coupled to receive data and an address identifier that identifies a target address range to which the data is to be written, the ROM (206; 310) comprises the ROM code (208; 320) that, upon being processed, in response to receiving the target address range makes a selection by using an address-selection module (210; 322) regarding a target location where to write the data; and a secure memory (230; 340) coupled to the ROM (206; 310), wherein the ROM code (208; 320), based on said selection, selects a first routine for writing the data to the secure memory (230; 340) if the target address range is addressed by the ROM code (208; 320), or selects a second routine from the secure memory (230; 340) for writing the data to an external memory (360, 362) if the target address range is addressed by the secure memory (230; 340). a ROM (206; 310) coupled to receive data and an address identifier that identifies a target address range to which the data is to be written, the ROM (206; 310) comprises the ROM code (208; 320) that, upon being processed, in response to receiving the target address range makes a selection by using an address-selection module (210; 322) regarding a target location where to write the data; and a secure memory (230; 340) coupled to the ROM (206; 310), wherein the ROM code (208; 320), based on said selection, selects a first routine for writing the data to the secure memory (230; 340) if the target address range is addressed by the ROM code (208; 320), or selects a second routine from the secure memory (230; 340) for writing the data to an external memory (360, 362) if the target address range is addressed by the secure memory (230; 340).
Molding core for the production of injection molded members, comprising at least a first and a second outer surface portion, wherein the first outer surface portion is oriented essentially in a longitudinal direction and the second outer surface portion is oriented under an angle to the first outer surface portion, the molding core further comprising a transition surface portion between the first and second outer surface portion, characterized in that a transition contour of the transition surface portion comprises at least three regions (41a-41c) of different curvature.
A method for transmitting data on a physical uplink data channel, PUSCH, in a subframe by a user equipment, UE, the method comprising: receiving (1210, 1310) first information associated with a first power control process and second information associated with a second power control process and receiving information indicating a first subframe set and a second subframe set; determining (1240, 1320) first power for PUSCH transmission in the subframe using the first power control process when the subframe belongs to the first subframe set; determining (1240, 1320) second power for the PUSCH transmission in the subframe using the second power control process when the subframe belongs to the second subframe set; and transmitting (1250, 1260, 1340, 1350) the data on the PUSCH with the determined first power or second power. receiving (1210, 1310) first information associated with a first power control process and second information associated with a second power control process and receiving information indicating a first subframe set and a second subframe set; determining (1240, 1320) first power for PUSCH transmission in the subframe using the first power control process when the subframe belongs to the first subframe set; determining (1240, 1320) second power for the PUSCH transmission in the subframe using the second power control process when the subframe belongs to the second subframe set; and transmitting (1250, 1260, 1340, 1350) the data on the PUSCH with the determined first power or second power.
A biosensor comprising an electrode, a plurality of enzymes immobilized on the electrode and a diffusion membrane, wherein the plurality of enzymes is selected from the group consisting of creatininase, creatinase and sarcosine oxidase, wherein the diffusion membrane comprises 55% w/w of 20% water uptake polyurethane and 45% w/w of 60% water uptake polyurethane, and wherein the diffusion membrane has a creatinine to creatine diffusion ratio of at least 2.0. wherein the plurality of enzymes is selected from the group consisting of creatininase, creatinase and sarcosine oxidase, wherein the diffusion membrane comprises 55% w/w of 20% water uptake polyurethane and 45% w/w of 60% water uptake polyurethane, and wherein the diffusion membrane has a creatinine to creatine diffusion ratio of at least 2.0.
An apparatus for storing, and dispensing ophthalmic lens packages comprising a means for loading a plurality of ophthalmic lens packages a means for determining the identity of each of said ophthalmic lens packages a means for housing a plurality of ophthalmic lens packages; wherein the means for housing has a plurality of channels into which ophthalmic lens packages are insertable parallel to the side walls of the channels; and wherein each of the channels is attached to a drive chain which in turn is attached to a motor and arranged such that during operation each channel rotates with the drive chain; and wherein each of the channels has a solid wall and a wall which contains indentations; wherein the indentations are sized and have enough flexion to permit insertion of the ophthalmic lens packages into a location, hold any ophthalmic lens packages in that location during said rotation, and permit removal of individual ophthalmic lens packages; a means for inserting at least one ophthalmic lens packages of said plurality of ophthalmic lens packages to said housing a means for recording the location and the identity of each of said ophthalmic lens packages in said housing and a means for retrieving at least one ophthalmic lens package from said housing. wherein the means for housing has a plurality of channels into which ophthalmic lens packages are insertable parallel to the side walls of the channels; and wherein each of the channels is attached to a drive chain which in turn is attached to a motor and arranged such that during operation each channel rotates with the drive chain; and wherein each of the channels has a solid wall and a wall which contains indentations; wherein the indentations are sized and have enough flexion to permit insertion of the ophthalmic lens packages into a location, hold any ophthalmic lens packages in that location during said rotation, and permit removal of individual ophthalmic lens packages;
A method of installing a velocity string comprising: running a velocity string into a wellbore; engaging a no-go-engaging key with a no-go provided in a nipple; and extending a profile-engaging key on the velocity string to engage a corresponding lock profile in a wall of the nipple and thereby support the velocity string, wherein engaging the no-go-engaging key with the no-go causes the profile-engaging key to extend into engagement with the lock profile. running a velocity string into a wellbore; engaging a no-go-engaging key with a no-go provided in a nipple; and extending a profile-engaging key on the velocity string to engage a corresponding lock profile in a wall of the nipple and thereby support the velocity string, wherein engaging the no-go-engaging key with the no-go causes the profile-engaging key to extend into engagement with the lock profile.
A method for electro-slag remelting of metals or metal alloys in a melting vessel having at least one inner wall and a melting chamber bounded by the inner wall so that there is a boundary surface between inner wall and melting chamber, with the steps: A. Providing in the melting vessel at least one electrode of the metal or metal alloy to be melted, B. Providing slag in the melting vessel, C. Melting the electrode so that the molten metal or metal alloy passes through a slag zone and solidifies into an ingot, characterized in that the melting vessel has measuring devices for measuring the temperature and the measuring devices are arranged in at least two measuring groups, wherein the measuring devices within a measuring group have a same distance to the boundary surface between the inner wall and the melting chamber, and the distance to the boundary surface between the inner wall and the melting chamber differs between the measuring devices of different measuring groups, and measuring devices within a measuring group are arranged at different heights, the melting vessel has an outer wall and a coolant channel extending between the outer wall and the inner wall, and the measuring group which, in comparison with other measuring groups, has the smallest distance to the inner wall/melting chamber boundary surface is arranged in the middle of the inner wall, wherein a heat balance is established by means of the information obtained via the measuring devices. A. Providing in the melting vessel at least one electrode of the metal or metal alloy to be melted, B. Providing slag in the melting vessel, C. Melting the electrode so that the molten metal or metal alloy passes through a slag zone and solidifies into an ingot,
A system for controlling illumination power emitted from an active illumination source, comprising: a projector set comprising one or more projection elements (338U, 338L, 448); and a controller, the controller coupled to the projector set that projects a light pattern towards a scene (222, 332, 557), the controller configured to: receive image data from an image capture system, the image data corresponding to environmental conditions, the environmental conditions comprising an amount of natural texture captured in the scene; and to control the projector set to selectively illuminate at least part of the scene based upon the image data; wherein the amount of natural texture in the image data is analyzed to turn on at least one of the one or more projection elements if insufficient natural texture is present to provide a desired quality level for stereo matching using one or more images or turn off the at least one of the one or more projection elements if sufficient natural texture is present; wherein a region of interest is selected to determine the quality level for stereo matching using one or more images therein, which quality level is used as feedback to the controller for controlling the intensity of the projector set to achieve the desired quality level in the region of interest. a projector set comprising one or more projection elements (338U, 338L, 448); and a controller, the controller coupled to the projector set that projects a light pattern towards a scene (222, 332, 557), the controller configured to: receive image data from an image capture system, the image data corresponding to environmental conditions, the environmental conditions comprising an amount of natural texture captured in the scene; and to control the projector set to selectively illuminate at least part of the scene based upon the image data; receive image data from an image capture system, the image data corresponding to environmental conditions, the environmental conditions comprising an amount of natural texture captured in the scene; and to control the projector set to selectively illuminate at least part of the scene based upon the image data; wherein the amount of natural texture in the image data is analyzed to turn on at least one of the one or more projection elements if insufficient natural texture is present to provide a desired quality level for stereo matching using one or more images or turn off the at least one of the one or more projection elements if sufficient natural texture is present; wherein a region of interest is selected to determine the quality level for stereo matching using one or more images therein, which quality level is used as feedback to the controller for controlling the intensity of the projector set to achieve the desired quality level in the region of interest.
A data processing apparatus connected to an external program providing device to provide program data, the apparatus comprising: a connector adapted to be connected to the external program providing device to transmit and receive program data to and from the external program providing device; a first In System Programming device to store the program data received from the external program providing device through the connector; a second ISP device connected to the first ISP device to store the program data received from the external program providing device through the connector; and a switch connected to the connector to switch a connection between the connector and the first and the second ISP devices so that one of the first and the second ISP devices is connected to the connector, in response to a control of the first ISP device. a connector adapted to be connected to the external program providing device to transmit and receive program data to and from the external program providing device; a first In System Programming device to store the program data received from the external program providing device through the connector; a second ISP device connected to the first ISP device to store the program data received from the external program providing device through the connector; and a switch connected to the connector to switch a connection between the connector and the first and the second ISP devices so that one of the first and the second ISP devices is connected to the connector, in response to a control of the first ISP device.
A semiconductor laser array including a plurality of laser elements, wherein said plurality of laser elements are disposed such that waveguides of said laser elements are parallel to one another, each of said plurality of laser elements includes a front-end-surface reflection film (5, 6) on a front end surface serving as a light emitting surface of said waveguides, each of said plurality of laser elements includes a rear-end-surface reflection film on a rear end surface opposite to said front end surface with said waveguides sandwiched between said front end surface and said rear end surface, said front-end-surface reflection films (5, 6) of at least two of said plurality of laser elements have different reflectances, said rear-end-surface reflection films of said plurality of laser elements have the same reflectance, said plurality of laser elements are driven by a single power supply, said plurality of laser elements include a first group and a second group, said front-end-surface reflection films of said laser elements forming said first group have a first reflectance, said front-end-surface reflection films of said laser elements forming said second group have a second reflectance, said first reflectance is higher than said second reflectance, in a case where an output of said laser elements increases as the reflectance of said front-end-surface reflection films (5, 6) increases, said laser elements forming said first group are fewer than said laser elements forming said second group, and in a case where an output of said laser elements decreases as the reflectance of said front-end-surface reflection films (5, 6) increases, said laser elements forming said first group are more than said laser elements forming said second group, said plurality of laser elements are formed on the same substrate, and said plurality of laser elements have the same characteristics except for the reflectances of said front-end-surface reflection films (5, 6).
A display device comprising: a housing; a display unit including a display panel and a module cover having at least one apron, of which at least a portion of the display panel and the at least one apron is connected to each other; a panel roller positioned inside the housing; an auxiliary roller positioned inside the housing, the auxiliary roller being positioned adjacent to a portion where the panel roller is configured to rotate to wind and unwind the display panel; a motor assembly; an upper bar coupled to an upper part of the display unit; at least one support portion having one side coupled to an end of the upper bar and having another side coupled to the motor assembly, the at least one support portion moving the upper bar up and down with an operation of the motor assembly; and a protective sheet positioned inside the housing and configured such that: - when the display unit is unwound from the panel roller, the protective sheet is wound around the auxiliary roller, and - when the display unit is wound around the panel roller, the protective sheet is unwound from the auxiliary roller; wherein the auxiliary roller includes a coil spring configured to store energy while being wound, to enable an automatic unwinding of the protective sheet when the display panel is wound around the panel roller. a housing; a display unit including a display panel and a module cover having at least one apron, of which at least a portion of the display panel and the at least one apron is connected to each other; a panel roller positioned inside the housing; an auxiliary roller positioned inside the housing, the auxiliary roller being positioned adjacent to a portion where the panel roller is configured to rotate to wind and unwind the display panel; a motor assembly; an upper bar coupled to an upper part of the display unit; at least one support portion having one side coupled to an end of the upper bar and having another side coupled to the motor assembly, the at least one support portion moving the upper bar up and down with an operation of the motor assembly; and a protective sheet positioned inside the housing and configured such that: - when the display unit is unwound from the panel roller, the protective sheet is wound around the auxiliary roller, and - when the display unit is wound around the panel roller, the protective sheet is unwound from the auxiliary roller; - when the display unit is unwound from the panel roller, the protective sheet is wound around the auxiliary roller, and - when the display unit is wound around the panel roller, the protective sheet is unwound from the auxiliary roller; wherein the auxiliary roller includes a coil spring configured to store energy while being wound, to enable an automatic unwinding of the protective sheet when the display panel is wound around the panel roller.
Device for actuating a front derailleur of a bicycle to displace a transmission chain between a first toothed wheel and a second toothed wheel, the second toothed wheel having a diameter smaller than the diameter of the first toothed wheel, the device comprising: an indexer operatively active on the front derailleur and comprising a first lower stop position, and a third lower stop position at which the transmission chain is engaged on the second toothed wheel, and wherein the first lower stop position corresponds to a position of the derailleur substantially adjacent to a lower end stop of the derailleur, the third lower stop position corresponds to a position of the derailleur further from the lower end stop; said indexer comprising a first upper stop position corresponding to an engagement of the transmission chain on the first toothed wheel and characterized by the indexer comprising a second lower stop position, wherein the second lower stop position is configured to center the front derailleur on the second toothed wheel, the second lower stop position is arranged between the first lower stop position and the third lower stop position, and the second lower stop position corresponds to an intermediate position of the derailleur between the first and the third lower stop position, and at least one control lever operatively active on said indexer to switch the latter between the first lower stop position, the second lower stop position and the first upper stop position, wherein with a single actuation of the control lever the indexer is switched from the first upper stop position to the second lower stop position. an indexer operatively active on the front derailleur and comprising a first lower stop position, and a third lower stop position at which the transmission chain is engaged on the second toothed wheel, and wherein the first lower stop position corresponds to a position of the derailleur substantially adjacent to a lower end stop of the derailleur, the third lower stop position corresponds to a position of the derailleur further from the lower end stop; said indexer comprising a first upper stop position corresponding to an engagement of the transmission chain on the first toothed wheel and characterized by the indexer comprising a second lower stop position, wherein the second lower stop position is configured to center the front derailleur on the second toothed wheel, the second lower stop position is arranged between the first lower stop position and the third lower stop position, and the second lower stop position corresponds to an intermediate position of the derailleur between the first and the third lower stop position, and at least one control lever operatively active on said indexer to switch the latter between the first lower stop position, the second lower stop position and the first upper stop position, wherein with a single actuation of the control lever the indexer is switched from the first upper stop position to the second lower stop position.
Housing for an electrical continuous flow heater having an assembly frame for receiving at least one heating block and having internal pipework for supplying cold water to the heating block and for removing warm water from the heating block, and having a hood for protecting the equipment parts (2, 6) from damage, wherein the assembly frame in the vertical installation position has an upper pair of passages and a lower pair of passages each having two passages (32, 34, 36, 38) to respectively receive a cold water inlet element and a warm water outlet element for connecting the internal pipework to a water fitting on the wall, characterised in that by a 180° rotation the hood opens one pair of passages and closes the other pair of passages.