mhurhangee/patent-ind-claim-en huggingface dataset:
A color filter substrate, comprising a plurality of sub-pixels arranged in rows and columns, each of the plurality of sub-pixels is provided with a color filter, the plurality of sub-pixels comprise at least one marked column of sub-pixels , and the shapes of the color filters of a part of sub-pixels of the marked column of sub-pixels are different from those of the remaining sub-pixels of the marked column of sub-pixels ; and wherein, sub-pixels other than those in the marked column of sub-pixels are the standard sub-pixels , wherein, the part of sub-pixels of the marked column of sub-pixels are standard sub-pixels , and the remaining sub-pixels are marked sub-pixels , and the shapes of the color filters of the standard sub-pixels are the same, wherein, in the marked column of sub-pixels , at least one marked sub-pixel is provided every N standard sub-pixels , wherein N is a positive integer. the plurality of sub-pixels comprise at least one marked column of sub-pixels , and the shapes of the color filters of a part of sub-pixels of the marked column of sub-pixels are different from those of the remaining sub-pixels of the marked column of sub-pixels ; and wherein, sub-pixels other than those in the marked column of sub-pixels are the standard sub-pixels , wherein, the part of sub-pixels of the marked column of sub-pixels are standard sub-pixels , and the remaining sub-pixels are marked sub-pixels , and the shapes of the color filters of the standard sub-pixels are the same, wherein, in the marked column of sub-pixels , at least one marked sub-pixel is provided every N standard sub-pixels , wherein N is a positive integer.
A fixing structure for a bulb shell , comprising a light source board , a light distribution element and a bulb shell , the light distribution element being provided on the light source board for changing distribution of light emitted from the light source board , the bulb shell being provided around and covering the light source board and the light distribution element , wherein a bottom edge is provided at an opening in the bottom of the bulb shell , the bottom edge is arranged to surround the light source board , a pressing member is provided on the light distribution element , the pressing member or the bottom edge is made from an elastic material, and the pressing member extends beyond the light source board so as to press against the bottom edge of the bulb shell , wherein the fixing structure for the bulb shell further comprises a lamp body , the light source board is fixed on a top of the lamp body , the light distribution element is fixed above the light source board , characterized in that the bottom edge of the bulb shell is sandwiched between the pressing member of the light distribution element and the lamp body .
A method for controlling at least one electrical piece of equipment of an installation further comprising a counting device adapted to control the electrical piece of equipment through an operating setpoint (Cs), the counting device being further adapted to communicate with a concentrator of an electrical transformer station, the concentrator being adapted to communicate with an information system , wherein the concentrator is arranged to send, to the counting device , an operating signal (Sf) of at least one piece of electrical equipment , the method including the following steps: a. receiving, from the information system , data of a request from a user (U), of user control (Pu) of the piece of equipment , the user control request (Pu) indicating at least one type of control (Tp) and a period of application of said control (Pp), and processing the user control request (Pu) based on the type of the piece of equipment , the control type (Tp) and the period (Pp), to deliver to the concentrator a processed user control request (Putr) indicating a calculated control period (Ppc); b. transmitting, by the concentrator of a modified operating signal (Sfm) based on the processed control request (Putr); c. controlling, by the the counting device , the electrical piece of equipment through the operating setpoint (Cs) based on said modified operating signal (Sfm). wherein the concentrator is arranged to send, to the counting device , an operating signal (Sf) of at least one piece of electrical equipment , the method including the following steps: a. receiving, from the information system , data of a request from a user (U), of user control (Pu) of the piece of equipment , the user control request (Pu) indicating at least one type of control (Tp) and a period of application of said control (Pp), and processing the user control request (Pu) based on the type of the piece of equipment , the control type (Tp) and the period (Pp), to deliver to the concentrator a processed user control request (Putr) indicating a calculated control period (Ppc); b. transmitting, by the concentrator of a modified operating signal (Sfm) based on the processed control request (Putr); c. controlling, by the the counting device , the electrical piece of equipment through the operating setpoint (Cs) based on said modified operating signal (Sfm). a. receiving, from the information system , data of a request from a user (U), of user control (Pu) of the piece of equipment , the user control request (Pu) indicating at least one type of control (Tp) and a period of application of said control (Pp), and processing the user control request (Pu) based on the type of the piece of equipment , the control type (Tp) and the period (Pp), to deliver to the concentrator a processed user control request (Putr) indicating a calculated control period (Ppc); b. transmitting, by the concentrator of a modified operating signal (Sfm) based on the processed control request (Putr); c. controlling, by the the counting device , the electrical piece of equipment through the operating setpoint (Cs) based on said modified operating signal (Sfm).
A method for highlighting a code snippet corresponding to a faulty activity of one or more activities of a computer network, the method comprising: monitoring, by a processor, a response time for one or more activities performed by a software application; comparing, by the processor, the response time of the one or more activities with a corresponding pre-defined threshold time based on a number of executions of source code, wherein the pre-defined threshold time is based on a traffic in the computer network; detecting a faulty activity of the one or more activities based on the comparison, wherein the faulty activity is linked with a corresponding code snippet in the source code of the software application at run time using a dynamic byte code instrumentation technique that instruments the source code, stores it in a file within a directory, wherein content of the file within the directory is referred as the code snippet; highlighting the code snippet corresponding to the faulty activity in the source code of the software application to fix the code snippet for rectifying the response time of the faulty activity. monitoring, by a processor, a response time for one or more activities performed by a software application; comparing, by the processor, the response time of the one or more activities with a corresponding pre-defined threshold time based on a number of executions of source code, wherein the pre-defined threshold time is based on a traffic in the computer network; detecting a faulty activity of the one or more activities based on the comparison, wherein the faulty activity is linked with a corresponding code snippet in the source code of the software application at run time using a dynamic byte code instrumentation technique that instruments the source code, stores it in a file within a directory, wherein content of the file within the directory is referred as the code snippet; highlighting the code snippet corresponding to the faulty activity in the source code of the software application to fix the code snippet for rectifying the response time of the faulty activity.
A securing device for securing an elongate article , the securing device comprising: a rotatable clamping member ; a support arrangement for supporting the clamping member , the clamping member being rotatably mounted on the support arrangement; the securing device defining a pathway for the elongate article , the clamping member being rotatably movable into the pathway ; the support arrangement including an urging formation for urging the clamping member into a clamping position in said pathway , whereby in the clamping position, the clamping member can be in clamping engagement with the elongate article ; wherein the support arrangement comprises a rotatable carriage , the clamping member being held on the carriage , whereby rotation of the carriage effects rotation of the clamping member ; and the securing device further comprises a housing to house the clamping member , the carriage being rotatably mounted on the housing , and the housing comprising a wall ; characterised in that the carriage comprises an outer portion extending around an inner region of the carriage , the wall being received in the inner region of the carriage . a rotatable clamping member ; a support arrangement for supporting the clamping member , the clamping member being rotatably mounted on the support arrangement; the securing device defining a pathway for the elongate article , the clamping member being rotatably movable into the pathway ; the support arrangement including an urging formation for urging the clamping member into a clamping position in said pathway , whereby in the clamping position, the clamping member can be in clamping engagement with the elongate article ; wherein the support arrangement comprises a rotatable carriage , the clamping member being held on the carriage , whereby rotation of the carriage effects rotation of the clamping member ; and the securing device further comprises a housing to house the clamping member , the carriage being rotatably mounted on the housing , and the housing comprising a wall ; characterised in that the carriage comprises an outer portion extending around an inner region of the carriage , the wall being received in the inner region of the carriage .
Wastewater collecting tank for a wastewater pumping system with a tank bottom sloping towards a deep section , in which there is a chamber over the deep section from which the wastewater is suctioned out of the collecting tank in the course of intended use, characterised by two oblong indentations in the tank bottom that slope towards and extend respectively to their own deep section with a rise located between the indentations , with a chamber for the intended suctioning of the wastewater respectively over the deep sections .
A DNA polymerase III subunits gamma and tau variant consisting of the amino acid sequence of SEQ ID NO: 1, wherein proline, which is the amino acid corresponding to position 43 of SEQ ID NO: 3, is substituted with leucine.
Electrophysiologically based Spectro-Temporal Modulation (STM) test unit, the STM test unit comprising - an STM stimulus generating unit - an output unit - wherein the STM stimulus generating unit is configured to provide STM test stimuli comprising at least one STM probe stimulus to a user via the output unit according to a predetermined STM test protocol wherein the STM test unit further comprising: - one or more electrodes for measuring electrophysiological responses of the user - an analysis unit configured to analyse the recorded electrophysiological responses of the user measured in response to the provided STM test stimuli, characterised in that the STM stimulus generating unit is configured to one or more times obtain a first or second or additional predetermined hearing threshold level (HTL) of a specific user from a memory of the electrophysiologically based STM test unit, prior to carrying out said electrophysiologically based STM test on said specific user, and to shape the sound pressure level (SPL) of said STM probe stimulus as a function of frequency based on said first or second or additional predetermined HTL of said specific user. - an STM stimulus generating unit - an output unit - wherein the STM stimulus generating unit is configured to provide STM test stimuli comprising at least one STM probe stimulus to a user via the output unit according to a predetermined STM test protocol - one or more electrodes for measuring electrophysiological responses of the user - an analysis unit configured to analyse the recorded electrophysiological responses of the user measured in response to the provided STM test stimuli,
A connector comprising: a ferrule for receiving an optical fiber , the ferrule having a front end face ; a hub supporting the ferrule ; a mounting block ; a strain relief sleeve that interlocks with the mounting block , the strain relief sleeve being configured to provide bend radius protection to the optical fiber ; and an outer connector housing having a front end forming a plug portion and a rear end, the rear end of the outer connector housing being configured to enable loading of the ferrule and the hub into the outer connector housing through the rear end, the front end of the outer connector housing providing access to the front end face of the ferrule when the ferrule and the hub have been loaded into the outer connector housing , the outer connecter housing interlocking with the mounting block such that the mounting block is secured at the rear end of the outer connector housing and the ferrule and the ferrule hub are retained within the outer connector housing by the mounting block , wherein a spring is positioned between the hub and a spring stop of the mounting block ; the mounting block has a two-piece construction including first and second pieces characterized in that the hub is keyed with respect to the outer connector housing such that the hub can be inserted into the outer connector housing in only one rotational orientation and in that the first and second pieces snap together about the strain relief sleeve . a ferrule for receiving an optical fiber , the ferrule having a front end face ; a hub supporting the ferrule ; a mounting block ; a strain relief sleeve that interlocks with the mounting block , the strain relief sleeve being configured to provide bend radius protection to the optical fiber ; and an outer connector housing having a front end forming a plug portion and a rear end, the rear end of the outer connector housing being configured to enable loading of the ferrule and the hub into the outer connector housing through the rear end, the front end of the outer connector housing providing access to the front end face of the ferrule when the ferrule and the hub have been loaded into the outer connector housing , the outer connecter housing interlocking with the mounting block such that the mounting block is secured at the rear end of the outer connector housing and the ferrule and the ferrule hub are retained within the outer connector housing by the mounting block , wherein a spring is positioned between the hub and a spring stop of the mounting block ; the mounting block has a two-piece construction including first and second pieces characterized in that the hub is keyed with respect to the outer connector housing such that the hub can be inserted into the outer connector housing in only one rotational orientation and in that the first and second pieces snap together about the strain relief sleeve .
An apparatus for separating water from an oil-and-water mixture, comprising: a separation vessel having an inlet , an oil collection portion at its upper end , and a water collection portion at its lower end ; the oil collection portion of the separation vessel having a plurality of high voltage tubes , with each high voltage tube containing an electrode ; wherein an oil-water influx flows through the inlet into the high voltage tubes where it is subjected to an electrostatic field; and characterized in that the oil collection portion of the separation vessel is oriented at an angle relative to a horizontal plane and in that the high voltage tubes have staggered lengths. a separation vessel having an inlet , an oil collection portion at its upper end , and a water collection portion at its lower end ; the oil collection portion of the separation vessel having a plurality of high voltage tubes , with each high voltage tube containing an electrode ; wherein an oil-water influx flows through the inlet into the high voltage tubes where it is subjected to an electrostatic field; and characterized in that the oil collection portion of the separation vessel is oriented at an angle relative to a horizontal plane and in that the high voltage tubes have staggered lengths.
A liquefaction process for an incoming feedstock comprising predominantly ethane liquid into a liquid that meets specification for liquid ethane, comprising: distilling an incoming feedstock at a plurality of vessels to form a vapor and the liquid ethane for storage; directing the vapor to a demethanizer column ; and circulating liquid from the demethanizer column back to the plurality of vessels , at the plurality of vessels : forming a first top product and a first bottom product from the incoming feedstock ; separating the first bottom product into a second top product and a second bottom product; and forming a third bottom product from the first top product and the second top product, wherein the second bottom product and the third bottom product meets specification for liquid ethane; wherein the plurality of vessels comprises a flash drum , the process further comprising directing the second bottom product and the third bottom product to the flash drum , wherein the vapor and the liquid ethane originate from the flash drum , and it further comprises mixing the vapor with a return stream upstream of the demethanizer column , the return stream comprising boil-off gases. distilling an incoming feedstock at a plurality of vessels to form a vapor and the liquid ethane for storage; directing the vapor to a demethanizer column ; and circulating liquid from the demethanizer column back to the plurality of vessels , at the plurality of vessels : forming a first top product and a first bottom product from the incoming feedstock ; separating the first bottom product into a second top product and a second bottom product; and forming a third bottom product from the first top product and the second top product, wherein the second bottom product and the third bottom product meets specification for liquid ethane; wherein the plurality of vessels comprises a flash drum , the process further comprising directing the second bottom product and the third bottom product to the flash drum , wherein the vapor and the liquid ethane originate from the flash drum , and it further comprises mixing the vapor with a return stream upstream of the demethanizer column , the return stream comprising boil-off gases. forming a first top product and a first bottom product from the incoming feedstock ; separating the first bottom product into a second top product and a second bottom product; and forming a third bottom product from the first top product and the second top product, wherein the second bottom product and the third bottom product meets specification for liquid ethane; wherein the plurality of vessels comprises a flash drum , the process further comprising directing the second bottom product and the third bottom product to the flash drum , wherein the vapor and the liquid ethane originate from the flash drum , and it further comprises mixing the vapor with a return stream upstream of the demethanizer column , the return stream comprising boil-off gases.
A fabrication method comprising: providing a substrate with a crystalline surface; forming a mask of an amorphous material over said surface of the substrate, the mask having a pattern of openings through the mask defining areas of an active region in which one or more components of one or more active devices are to be formed, the mask further defining a non-active region in which no active devices are to be formed; and forming a deposition material through the mask by an epitaxial growth process, the deposition material thus forming in the openings of the active region to form said one or more components of said one or more active devices; wherein the pattern of openings through the mask further comprises one or more reservoirs formed in the non-active region , each of the one or more reservoirs being connected by the pattern of openings in the mask to at least one of the areas in the active region , and the deposition material forming in the one or more reservoirs as part of said epitaxial growth. providing a substrate with a crystalline surface; forming a mask of an amorphous material over said surface of the substrate, the mask having a pattern of openings through the mask defining areas of an active region in which one or more components of one or more active devices are to be formed, the mask further defining a non-active region in which no active devices are to be formed; and forming a deposition material through the mask by an epitaxial growth process, the deposition material thus forming in the openings of the active region to form said one or more components of said one or more active devices; wherein the pattern of openings through the mask further comprises one or more reservoirs formed in the non-active region , each of the one or more reservoirs being connected by the pattern of openings in the mask to at least one of the areas in the active region , and the deposition material forming in the one or more reservoirs as part of said epitaxial growth.
Collet chuck for clamping pallets provided with a clamping spigot , wherein the collet chuck is provided with a receiving opening for the clamping spigot and with a clamping device having clamping members for clamping the clamping spigot in place in the receiving opening , wherein the collet chuck is provided with a monitoring line which is adapted to be acted upon pneumatically and which leads from an inlet to an outlet and which is connected to a pressure sensor , and the receiving opening has a conical insertion region into which at least one control bore connected to the monitoring line opens, which control bore is adapted to be closed by means of the clamping spigot .