mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented processing method, comprising: a first displaying step (S510, S704) of displaying, on a first portion of a display screen theoretical information that constitutes parts of plural circuits and interconnections between the parts ; and a second displaying step (S916) of displaying, on a second portion of the display screen , physical information that constitutes layouts of a plurality of printed circuit boards ; a moving operation detecting step of detecting a moving operation performed by a user operation, of moving a selected portion of the theoretical information of the parts corresponding to a selected one of the plural circuits and the interconnections displayed on the first portion to a selected printed circuit board of the plurality of printed circuit boards displayed on the second portion ; a display controlling step of performing control of displaying physical information that constitutes a layout corresponding to the selected portion on the selected printed circuit board when the moving operation of moving the selected portion is detected by the moving operation detecting step; and a moving step of moving, on the second portion , a selected circuit part of the selected printed circuit board from the selected printed circuit board to another printed circuit board, in accordance with a user operation, wherein in case of movement of a selected circuit part from the selected printed circuit board to another printed circuit board, display of the interconnections on the second portion of the display screen is newly performed. a first displaying step (S510, S704) of displaying, on a first portion of a display screen theoretical information that constitutes parts of plural circuits and interconnections between the parts ; and a second displaying step (S916) of displaying, on a second portion of the display screen , physical information that constitutes layouts of a plurality of printed circuit boards ; a moving operation detecting step of detecting a moving operation performed by a user operation, of moving a selected portion of the theoretical information of the parts corresponding to a selected one of the plural circuits and the interconnections displayed on the first portion to a selected printed circuit board of the plurality of printed circuit boards displayed on the second portion ; a display controlling step of performing control of displaying physical information that constitutes a layout corresponding to the selected portion on the selected printed circuit board when the moving operation of moving the selected portion is detected by the moving operation detecting step; and a moving step of moving, on the second portion , a selected circuit part of the selected printed circuit board from the selected printed circuit board to another printed circuit board, in accordance with a user operation, wherein in case of movement of a selected circuit part from the selected printed circuit board to another printed circuit board, display of the interconnections on the second portion of the display screen is newly performed.
A method of producing cobalt powder from a cobalt ammine sulfate complex solution derived from a cobalt-containing material, comprising: a seed crystal addition step of adding cobalt powder as seed crystals to the cobalt ammine sulfate complex solution to form a mixed slurry; a reduction step of blowing hydrogen gas into the mixed slurry obtained in the seed crystal addition step to precipitate a cobalt component in the mixed slurry onto the seed crystals by hydrogen reduction reaction to form cobalt powder, and thereby to form a reduced slurry containing the cobalt powder; a recovery step after the reduction step of subjecting the reduced slurry containing the cobalt powder obtained in the reduction step to solid-liquid separation to separate and recover the cobalt powder as a solid phase component; a growth step of adding, to the cobalt ammine sulfate complex solution, the cobalt powder obtained by solid-liquid separation of the reduced slurry formed in the reduction step to form a slurry, blowing hydrogen gas into the resulting slurry, and reducing, precipitating, and growing a cobalt component in the slurry on a surface of the cobalt powder by hydrogen reduction reaction to form a grown cobalt powder, and thereby to form a slurry containing the grown cobalt powder; and another recovery step after the growth step of subjecting the slurry containing the cobalt powder obtained in the growth step to solid-liquid separation to separate and recover the cobalt powder as a solid phase component. a seed crystal addition step of adding cobalt powder as seed crystals to the cobalt ammine sulfate complex solution to form a mixed slurry; a reduction step of blowing hydrogen gas into the mixed slurry obtained in the seed crystal addition step to precipitate a cobalt component in the mixed slurry onto the seed crystals by hydrogen reduction reaction to form cobalt powder, and thereby to form a reduced slurry containing the cobalt powder; a recovery step after the reduction step of subjecting the reduced slurry containing the cobalt powder obtained in the reduction step to solid-liquid separation to separate and recover the cobalt powder as a solid phase component; a growth step of adding, to the cobalt ammine sulfate complex solution, the cobalt powder obtained by solid-liquid separation of the reduced slurry formed in the reduction step to form a slurry, blowing hydrogen gas into the resulting slurry, and reducing, precipitating, and growing a cobalt component in the slurry on a surface of the cobalt powder by hydrogen reduction reaction to form a grown cobalt powder, and thereby to form a slurry containing the grown cobalt powder; and another recovery step after the growth step of subjecting the slurry containing the cobalt powder obtained in the growth step to solid-liquid separation to separate and recover the cobalt powder as a solid phase component.
Device for wrapping a protective tape around an electrical wire harness , wherein the protective tape is an adhesive tape, comprising a receptacle adapted to hold the electrical wire harness ; a protective tape duct adapted to guide the protective tape as it wraps around the electrical wire harness ; and a drive adapted to linearly move and rotate the receptacle with the electrical wire harness to wrap the wire harness with the protective tape characterized in that the protective tape duct comprises a winding roller adapted to take up an adhesive protective strip from the protective tape during winding of the protective tape onto the wiring harness . a receptacle adapted to hold the electrical wire harness ; a protective tape duct adapted to guide the protective tape as it wraps around the electrical wire harness ; and a drive adapted to linearly move and rotate the receptacle with the electrical wire harness to wrap the wire harness with the protective tape characterized in that the protective tape duct comprises a winding roller adapted to take up an adhesive protective strip from the protective tape during winding of the protective tape onto the wiring harness .
A continuous process for the pre-treatment of a ligno-cellulosic feedstock, comprising the steps of: a) introducing the ligno-cellulosic feedstock in a pressurized reactor vessel; b) hydrothermally treating the ligno-cellulosic feedstock with steam at a reactor pressure, by inserting at least a first steam stream comprising a first steam and a second steam stream comprising a second steam in the pressurized reactor vessel, the first steam having a first steam temperature and the second steam having a second steam temperature, wherein the second steam temperature is greater than the first steam temperature; and c) steam exploding the ligno-cellulosic feedstock, wherein at least a portion of the steam in the pressurized reactor vessel is superheated steam, wherein the superheated steam is included in a superheated zone of the pressurized reactor vessel, wherein the superheated zone is located in proximity of the feedstock outlet of the pressurized reactor vessel. a) introducing the ligno-cellulosic feedstock in a pressurized reactor vessel; b) hydrothermally treating the ligno-cellulosic feedstock with steam at a reactor pressure, by inserting at least a first steam stream comprising a first steam and a second steam stream comprising a second steam in the pressurized reactor vessel, the first steam having a first steam temperature and the second steam having a second steam temperature, wherein the second steam temperature is greater than the first steam temperature; and c) steam exploding the ligno-cellulosic feedstock,
A method of selecting an individual diagnosed with or suspected of having cancer who will benefit from treatment with a telomerase inhibitor, the method comprising: (a) determining relative telomere length by analyzing the relative length of telomeric nucleic acids in cancer cells present in a biological sample from the individual; and (b) selecting an individual who will benefit from treatment with a telomerase inhibitor when the average relative telomere length in the cancer cells present in the biological sample from the individual is determined to be in the 50 th percentile or less of a relative telomere length range determined from one or more known standards, wherein: the one or more known standards is a telomere length range established from a plurality of naturally occurring tumors from a plurality of individuals wherein cancer cells from the plurality of naturally occurring tumors are of the same type as the cancer cells present in the biological sample from the individual diagnosed with the cancer; or the one or more known standards are characterized cell lines. (a) determining relative telomere length by analyzing the relative length of telomeric nucleic acids in cancer cells present in a biological sample from the individual; and (b) selecting an individual who will benefit from treatment with a telomerase inhibitor when the average relative telomere length in the cancer cells present in the biological sample from the individual is determined to be in the 50 th percentile or less of a relative telomere length range determined from one or more known standards, wherein: the one or more known standards is a telomere length range established from a plurality of naturally occurring tumors from a plurality of individuals wherein cancer cells from the plurality of naturally occurring tumors are of the same type as the cancer cells present in the biological sample from the individual diagnosed with the cancer; or the one or more known standards are characterized cell lines. the one or more known standards is a telomere length range established from a plurality of naturally occurring tumors from a plurality of individuals wherein cancer cells from the plurality of naturally occurring tumors are of the same type as the cancer cells present in the biological sample from the individual diagnosed with the cancer; or the one or more known standards are characterized cell lines.
A twin-disc tribometer assembly comprising: a first sample drive shaft arranged to receive a first sample disc , a second sample drive shaft arranged to receive a second sample disc ; a first drive motor configured to rotate the first drive shaft, a second drive motor arranged to rotate the second drive shaft; the first and second drive shafts configured to be positioned relative to each other such that a sample disc mounted on the first drive shaft will make a point contact with a sample disc on the second drive shaft as the drive shafts rotate; and wherein the assembly is configured to allow the shafts to rotate relative to each other in a continuous rotational motion and in reciprocating motion, wherein a motor control is provided to perform a first motor drive operation where the first and second motors drive the first and second shafts in a continuous rotational motion and to perform a second motor drive operation where the first and second motors drive the first and second shafts in a reciprocating motion relative to each other; characterized in that the second motor drive operation uses a sinusoidal drive signal of fixed magnitude and frequency, wherein the sinusoidal frequency is the same for each of the first and second motors, but the magnitude is different. a first sample drive shaft arranged to receive a first sample disc , a second sample drive shaft arranged to receive a second sample disc ; a first drive motor configured to rotate the first drive shaft, a second drive motor arranged to rotate the second drive shaft;
A projector comprising: a first circulation channel which is formed in a sealed space (S) and where a first fluid for cooling a cooling target arranged within the sealed space circulates; a second circulation channel where a second fluid to which heat of the first fluid is conducted circulates; a third circulation channel where a third fluid to which heat is conducted from the second fluid circulates and where the heat conducted to the third fluid is radiated in a process of circulation of the third fluid; characterized by further comprising an exterior casing including the first circulation channel, the second circulation channel and the third circulation channel inside, wherein the first fluid is a gas, and the second fluid and the third fluid are liquids. a first circulation channel which is formed in a sealed space (S) and where a first fluid for cooling a cooling target arranged within the sealed space circulates; a second circulation channel where a second fluid to which heat of the first fluid is conducted circulates; a third circulation channel where a third fluid to which heat is conducted from the second fluid circulates and where the heat conducted to the third fluid is radiated in a process of circulation of the third fluid; characterized by further comprising an exterior casing including the first circulation channel, the second circulation channel and the third circulation channel inside, wherein the first fluid is a gas, and the second fluid and the third fluid are liquids.
Sensor for detecting soot particles , comprising a substrate , a first electrode layer and, arranged between the substrate and the first electrode layer , a second electrode layer , wherein between the first electrode layer and the second electrode layer , an isolation layer is formed and in each of the first electrode layer and in the isolation layer at least one opening (15; 16) is provided, wherein the opening of the first electrode layer and the opening of the isolation layer are arranged at least in sections on top of each other in such a way that at least one passage to the second electrode layer is formed, wherein the at least one passage is in the form of a blind hole and wherein the blind hole extends at least over the isolation layer and over the first electrode layer , characterised in that a section of the second electrode layer is designed as the base of the blind hole and in that the blind hole has a quadratic cross-section with an area of 10 x 10 μm 2 - 100 x 100 μm 2 .
A controlled swell-rate swellable packer comprising: a mandrel ; a sealing element , wherein the sealing element is disposed about at least a portion of the mandrel; a removable mask on at least a portion of an outer surface of the sealing element, the removable mask comprises void spaces; and a jacket applied to the sealing element that has the removable mask covering the portion of the outer surface, and wherein the jacket is configured to substantially prevent fluid communication between a fluid disposed outside of the jacket and the portion of the outer surface of the sealing element covered by the jacket, and wherein the removable mask is configured such that, upon removal, the jacket is applied to only a portion of the outer surface of the sealing element, yielding an exposed outer surface portion . a mandrel ; a sealing element , wherein the sealing element is disposed about at least a portion of the mandrel; a removable mask on at least a portion of an outer surface of the sealing element, the removable mask comprises void spaces; and a jacket applied to the sealing element that has the removable mask covering the portion of the outer surface, and wherein the jacket is configured to substantially prevent fluid communication between a fluid disposed outside of the jacket and the portion of the outer surface of the sealing element covered by the jacket, and wherein the removable mask is configured such that, upon removal, the jacket is applied to only a portion of the outer surface of the sealing element, yielding an exposed outer surface portion .
Caisson of parallelepiped shape delimited by long and short peripheral vertical walls, which caisson comprises inner compartments separated by vertical partitions and at least one inner central column which is placed at the junction of said vertical partitions (3 and 3c) said caisson is characterised in that said at least one inner central column extends from a multi-position interlocking device situated in the lower part of the caisson , to an interlocking device situated in the upper part of said caisson .
An apparatus for adjusting a wind turbine system , the apparatus comprising: a structure comprising a top surface opening and a bottom surface opening opposite to the top surface opening; and a jacking mechanism , characterized in that the structure is configured to receive a mast of the wind turbine system through the top surface opening and the bottom surface opening; the jacking mechanism is operable to raise or lower the structure with respect to the mast of the wind turbine system , wherein the structure is configured to be raised or lowered along a substantially entire length of the mast ; and the apparatus further includes a locking mechanism configured to releasably secure the structure to the wind turbine system . a structure comprising a top surface opening and a bottom surface opening opposite to the top surface opening; and a jacking mechanism , characterized in that the structure is configured to receive a mast of the wind turbine system through the top surface opening and the bottom surface opening; the jacking mechanism is operable to raise or lower the structure with respect to the mast of the wind turbine system , wherein the structure is configured to be raised or lowered along a substantially entire length of the mast ; and the apparatus further includes a locking mechanism configured to releasably secure the structure to the wind turbine system .
Motor vehicle body equipped with inflatable curtain devices and with a load net device , the inflatable curtain devices being arranged at respective right and left lateral sides of the body considered in a transverse direction (T1) of extension of the body , each of the inflatable curtain devices comprising an inflatable cushion folded inside a housing overhung by a gas reserve in a vertical direction (V1) of extension of the body , the housing and the gas reserve Extending longitudinally along a longitudinal direction (L1) of extension of the body between the front (AV1) and the rear (AR1) of the body , being anchored on the body via at least a first anchoring member , the load net device extending transversely to the rear of a location of the body reserved for the reception of at least one seat and comprising a load net which is carried at its top by a transverse bar (T1) whose ends are each anchored on the body body at its lateral sides respectively right and left via at least a second anchoring member , characterized in that taking into account a longitudinal proximity (L1) between any of the ends of the bar and an inflatable curtain device , a deflector is longitudinally (L1) interposed between any of the inflatable curtain devices and the end of the bar longitudinally (L1) close to the rear end (AR1) of said any inflatable curtain device ).
A controller and a switch for an electric bicycle that generates assist torque by an electric motor , the controller comprising: a control unit that is adapted to supply power to the electric motor according to a signal output from a pedal torque detecting part that is adapted to detect torque input to pedals , wherein the control unit includes: a smooth power generation part that is adapted to generate power which is smoothed, the period of said smoothed power being longer than the period of the signal output from the pedal torque detecting part, and a boost power generation part that is adapted to generate power in response to a parameter that is changed by a driver's operation when a boost is requested, a variation of said boost power per period of the signal output from the pedal torque detecting part being larger than a variation of the smoothed power per period of the signal, characterized in that the switch is connected to the control unit and operable by a driver to produce a signal indicating a boost request, the parameter that is changed by a driver's operation when a boost is requested is the signal indicating the boost request, and the boost power generation part is adapted to generate power that changes in response to the period of the signal output from the pedal torque detecting part . a control unit that is adapted to supply power to the electric motor according to a signal output from a pedal torque detecting part that is adapted to detect torque input to pedals , wherein the control unit includes: a smooth power generation part that is adapted to generate power which is smoothed, the period of said smoothed power being longer than the period of the signal output from the pedal torque detecting part, and a boost power generation part that is adapted to generate power in response to a parameter that is changed by a driver's operation when a boost is requested, a variation of said boost power per period of the signal output from the pedal torque detecting part being larger than a variation of the smoothed power per period of the signal, a smooth power generation part that is adapted to generate power which is smoothed, the period of said smoothed power being longer than the period of the signal output from the pedal torque detecting part, and a boost power generation part that is adapted to generate power in response to a parameter that is changed by a driver's operation when a boost is requested, a variation of said boost power per period of the signal output from the pedal torque detecting part being larger than a variation of the smoothed power per period of the signal, characterized in that the switch is connected to the control unit and operable by a driver to produce a signal indicating a boost request, the parameter that is changed by a driver's operation when a boost is requested is the signal indicating the boost request, and the boost power generation part is adapted to generate power that changes in response to the period of the signal output from the pedal torque detecting part .