mhurhangee/ep-ind-claims huggingface dataset:
An antenna arrangement for generating an rf field distribution at a plasma generating region inside a chamber wall of a process chamber of a plasma processing apparatus, comprising: an rf inductive antenna to which an rf power supply is connected to supply an rf current to generate a first rf field extending into the plasma generating region; and a passive antenna, the passive antenna being inductively coupled to the rf inductive antenna and configured to generate a second rf field modifying the first rf field such that the radial and azimuthal distribution of the rf field distribution at the plasma generating region alters and thereby increases the processing uniformity of the processing apparatus compared to that in the absence of the passive antenna, wherein the second rf field modifies the first rf field such that the rf field distribution at the plasma generating region has a different symmetry than that in the absence of the passive antenna; wherein the passive antenna provides an electrically conducting path over which an induced electrical current flows to generate at least a part of the second rf field. an rf inductive antenna to which an rf power supply is connected to supply an rf current to generate a first rf field extending into the plasma generating region; and a passive antenna, the passive antenna being inductively coupled to the rf inductive antenna and configured to generate a second rf field modifying the first rf field such that the radial and azimuthal distribution of the rf field distribution at the plasma generating region alters and thereby increases the processing uniformity of the processing apparatus compared to that in the absence of the passive antenna, wherein the second rf field modifies the first rf field such that the rf field distribution at the plasma generating region has a different symmetry than that in the absence of the passive antenna; wherein the passive antenna provides an electrically conducting path over which an induced electrical current flows to generate at least a part of the second rf field.
A method for managing transmission resources used for communication over a plurality of mutually-interfering subscriber lines, and comprising assigning a common frequency range over which first sets of carriers are configured for communication over the respective ones of the plurality of subscriber lines, wherein the plurality of subscriber lines are dispatched between a plurality of autonomous vectoring processors configured to mitigate crosstalk between subscriber lines coupled thereto, thereby organizing the plurality of subscriber lines into a plurality of distinct vectoring groups (G1, G2), and wherein the method further comprises assigning a plurality of additional disjoint frequency ranges (71, 72) to respective ones of the plurality of vectoring groups over which second sets of carriers are configured for enhanced communication over respective ones of the plurality of subscriber lines, the second sets of carriers being configured over the respective disjoint frequency ranges assigned to the respective vectoring groups which the respective subscriber lines belong to.
A cover assembly for preventing access within a mounting slot of an equipment rack, the equipment rack including a chassis having an open power source located at a back of the chassis and first and second side frame members (26, 28) that define a mounting slot configured to receive a power module in a position in which the power module engages the open power source, the assembly comprising: a cover sufficiently sized to block access to the back of the equipment rack, the cover being secured to the side frame members by at least one hinge extending along a top edge of the cover beyond side edges of the cover, with opposite ends of the hinge extending through respective openings of the side frame members, the cover being configured to rotate between a closed position in which the cover blocks access to the open power source and an open position in which the cover is rotated to enable installation of a power module in the mounting slot; a first spring stop lock provided the first side frame member, the first spring stop lock being configured to lock the cover in the closed position and to release the cover to enable an installation of the power module within the mounting slot of the equipment rack; and a spring to drive the cover to the closed position, wherein the spring is a helical torsion spring that is mounted on one end of the hinge, the spring having one end secured to the first side frame member through a small opening provided in the first side frame member and another end that engages a surface of the cover that faces the back of the equipment rack. a cover sufficiently sized to block access to the back of the equipment rack, the cover being secured to the side frame members by at least one hinge extending along a top edge of the cover beyond side edges of the cover, with opposite ends of the hinge extending through respective openings of the side frame members, the cover being configured to rotate between a closed position in which the cover blocks access to the open power source and an open position in which the cover is rotated to enable installation of a power module in the mounting slot; a first spring stop lock provided the first side frame member, the first spring stop lock being configured to lock the cover in the closed position and to release the cover to enable an installation of the power module within the mounting slot of the equipment rack; and a spring to drive the cover to the closed position, wherein the spring is a helical torsion spring that is mounted on one end of the hinge, the spring having one end secured to the first side frame member through a small opening provided in the first side frame member and another end that engages a surface of the cover that faces the back of the equipment rack.
A variable-length encoding method that encodes a unit data included in a picture composed of a plurality of sub-data while referring to a probability table, comprising: a table setting step of setting a probability table to initial values based on an initial value of a quantization parameter of the unit data; a judgment step of judging if initialization information related to the initialized probability table is necessary to be encoded or not; an initialization information encoding step of encoding the initialization information only when it is judged in the judgment step that the initialization information is necessary to be encoded; an encoding parameter obtainment step of obtaining, from the probability table, encoding parameters to be used in the encoding of sub-data; a sub-data encoding step of performing an arithmetic encoding on the sub-data with reference to respective encoding parameters; a probability table updating step of updating the probability table based on a value of the encoded sub-data; and an encoded information placement step of placing the encoded initialization information related to the initialized probability table in a position in which the encoded initialization information can be obtained before the encoded unit data. a table setting step of setting a probability table to initial values based on an initial value of a quantization parameter of the unit data; a judgment step of judging if initialization information related to the initialized probability table is necessary to be encoded or not; an initialization information encoding step of encoding the initialization information only when it is judged in the judgment step that the initialization information is necessary to be encoded; an encoding parameter obtainment step of obtaining, from the probability table, encoding parameters to be used in the encoding of sub-data; a sub-data encoding step of performing an arithmetic encoding on the sub-data with reference to respective encoding parameters; a probability table updating step of updating the probability table based on a value of the encoded sub-data; and an encoded information placement step of placing the encoded initialization information related to the initialized probability table in a position in which the encoded initialization information can be obtained before the encoded unit data.
A topical hydrogel formulation for the prophylaxis and/or treatment of radiation dermatitis consisting essentially of: 89-93.5% w/w purified water, 4-8% w/w milk protein fluid, 0.5-1.15% w/w glycerine, 0.1-3.5% w/w trolamine, 0.5-1.2% w/w preservative, 0.1-0.9% w/w carbomer, 0.25-0.85% w/w thickener, and 0-1% w/w edetate disodium. 89-93.5% w/w purified water, 4-8% w/w milk protein fluid, 0.5-1.15% w/w glycerine, 0.1-3.5% w/w trolamine, 0.5-1.2% w/w preservative, 0.1-0.9% w/w carbomer, 0.25-0.85% w/w thickener, and 0-1% w/w edetate disodium.
An image processing system for visually augmenting a real-time video stream to assist a user in fixing a problem with an inoperative electronic appliance, the image processing system, comprising: at least one processor configured to: receive the real-time video stream captured by an image sensor, the real-time video stream including images of one or more cables and an inoperative electronic appliance; process the real-time video stream using image recognition to identify a plurality of ports in the electronic appliance and the one or more cables appearing in the real-time video stream; access a database of working solutions to identify a specific one of the one or more cables identified in the real-time video stream for association with a specific port of the plurality of ports to solve a problem with the inoperative electronic appliance; cause a movable augmented indicator to display on the real-time video stream, wherein the movable augmented indicator is configured to guide a user's connection of the specific cable to the specific port; monitor in the real-time video stream changing locations of the specific port as the image sensor moves relative to the electronic appliance; and adjust positions of the movable augmented indicator to account for the changing locations of the specific port in the real-time video stream, characterized in that the at least one processor is further configured to adjust the positions of the movable augmented indicator by altering at least one of a size and an orientation of the movable augmented indicator as a function of at least one of a distance and an angle between the specific cable and the specific port. receive the real-time video stream captured by an image sensor, the real-time video stream including images of one or more cables and an inoperative electronic appliance; process the real-time video stream using image recognition to identify a plurality of ports in the electronic appliance and the one or more cables appearing in the real-time video stream; access a database of working solutions to identify a specific one of the one or more cables identified in the real-time video stream for association with a specific port of the plurality of ports to solve a problem with the inoperative electronic appliance; cause a movable augmented indicator to display on the real-time video stream, wherein the movable augmented indicator is configured to guide a user's connection of the specific cable to the specific port; monitor in the real-time video stream changing locations of the specific port as the image sensor moves relative to the electronic appliance; and adjust positions of the movable augmented indicator to account for the changing locations of the specific port in the real-time video stream, characterized in that the at least one processor is further configured to adjust the positions of the movable augmented indicator by altering at least one of a size and an orientation of the movable augmented indicator as a function of at least one of a distance and an angle between the specific cable and the specific port.
A method, executed by a database server, comprising: receiving a clear text version of a database command; based on the clear text version, parsing, compiling and executing the database command; determining that the database command qualifies as sensitive; wherein determining that the database command qualifies as sensitive includes receiving, from a user that submits the clear text version of the database command, a redacted query indication; wherein the redacted query indication (i) is a command-specific flag indicating that only the database command qualifies as sensitive, or (ii) indicates that all database commands in a particular session qualify as sensitive; wherein the database command is determined to be sensitive based on the redacted query indication; responsive to determining that the database command qualifies as sensitive, generating a redacted version of the database command; wherein, in the redacted version of the database command, at least a portion of the database command is encrypted using a particular encryption key; and based on the database command qualifying as sensitive, storing the redacted version of the database command in a log where the clear text version would have been stored if the database command had not qualified as sensitive. receiving a clear text version of a database command; based on the clear text version, parsing, compiling and executing the database command; determining that the database command qualifies as sensitive; wherein determining that the database command qualifies as sensitive includes receiving, from a user that submits the clear text version of the database command, a redacted query indication; wherein the redacted query indication (i) is a command-specific flag indicating that only the database command qualifies as sensitive, or (ii) indicates that all database commands in a particular session qualify as sensitive; wherein the database command is determined to be sensitive based on the redacted query indication; responsive to determining that the database command qualifies as sensitive, generating a redacted version of the database command; wherein, in the redacted version of the database command, at least a portion of the database command is encrypted using a particular encryption key; and based on the database command qualifying as sensitive, storing the redacted version of the database command in a log where the clear text version would have been stored if the database command had not qualified as sensitive.
An installation housing for housing and/or fixing electrical, sanitary or other installations to a building wall covered with an insulating material or with a façade fitted thereto, including - an installation frame to be fixed to the insulating material or the fagade, - a cover element for closing the installation frame at an opening of the installation frame, that faces away from the building wall in the mounted position, wherein at least one insulating material body can be fitted into the installation frame, wherein the insulating material body is disposed in the mounted condition between the building wall and the cover element, characterised in that at the periphery at at least one surface the installation frame provides at least one closure flange which in the mounted position of the installation frame bears against the outside of the insulating material and the at least one closure flange has at least one aperture through which in the mounted position of the installation housing a fixing means - in particular mounting foam, building foam, isolating foam, filling foam, insulating foam or adhesive mortar - can be injected into a cavity between the insulating material and the installation frame. - an installation frame to be fixed to the insulating material or the fagade, - a cover element for closing the installation frame at an opening of the installation frame, that faces away from the building wall in the mounted position,
A communication method for an optical network system, wherein the optical network system comprises a protection group, the protection group comprises a first device on a Dynamic Host Configuration Protocol, DHCP, terminal side and a second device and a third device that are on a DHCP server side, a primary port of the first device is connected to the second device, and a secondary port of the first device is connected to the third device; and the method comprises: obtaining, by the first device, identification information of a DHCP terminal when detecting that a working port of the first device is switched from the primary port to the secondary port, wherein the identification information comprises a Media Access Control, MAC, address of the DHCP terminal; generating, by the first device according to the identification information, a DHCP request message used for requesting an IP address for the DHCP terminal, wherein the DHCP request message comprises the identification information; sending, by the first device, the DHCP request message to the third device by using the secondary port, so that the third device forwards the DHCP request message to a DHCP server; receiving, by the first device, a DHCP response message sent by the third device, wherein the DHCP response message is received by the third device from the DHCP server, and the DHCP response message comprises an IP address allocated by the DHCP server to the DHCP terminal; and sending, by the first device to the DHCP terminal, the IP address allocated by the DHCP server to the DHCP terminal, so that the DHCP terminal transmits a service to the DHCP server by using a secondary path on which the third device is located. obtaining, by the first device, identification information of a DHCP terminal when detecting that a working port of the first device is switched from the primary port to the secondary port, wherein the identification information comprises a Media Access Control, MAC, address of the DHCP terminal; generating, by the first device according to the identification information, a DHCP request message used for requesting an IP address for the DHCP terminal, wherein the DHCP request message comprises the identification information; sending, by the first device, the DHCP request message to the third device by using the secondary port, so that the third device forwards the DHCP request message to a DHCP server; receiving, by the first device, a DHCP response message sent by the third device, wherein the DHCP response message is received by the third device from the DHCP server, and the DHCP response message comprises an IP address allocated by the DHCP server to the DHCP terminal; and sending, by the first device to the DHCP terminal, the IP address allocated by the DHCP server to the DHCP terminal, so that the DHCP terminal transmits a service to the DHCP server by using a secondary path on which the third device is located.
A pipeline strainer (10, 110) comprising: a body having a Y-shape and comprising an inlet for a fluid, an outlet for a cleaned fluid, a debris drain, and a cavity inside of the body connecting the inlet, the outlet, and the debris drain; a straining element disposed in the cavity and configured to remove particles from the fluid to provide the cleaned fluid, the straining element having an open first end and an open second end opposite the open first end; at least one magnet disposed between the open first end and the open second end of the straining element and configured to be removed from the body without causing liquid within the cavity to drain from the pipeline strainer (10, 110); and, a baffle disposed between the magnet and the debris drain, characterized in that at least one fin is disposed on the baffle. a body having a Y-shape and comprising an inlet for a fluid, an outlet for a cleaned fluid, a debris drain, and a cavity inside of the body connecting the inlet, the outlet, and the debris drain; a straining element disposed in the cavity and configured to remove particles from the fluid to provide the cleaned fluid, the straining element having an open first end and an open second end opposite the open first end; at least one magnet disposed between the open first end and the open second end of the straining element and configured to be removed from the body without causing liquid within the cavity to drain from the pipeline strainer (10, 110); and, a baffle disposed between the magnet and the debris drain, characterized in that at least one fin is disposed on the baffle.
An apparatus for use in the provision of pH control and stabilisation to a bicarbonate based solution used in the in vitro dissolution testing of pharmaceutical products comprising a compartment which is configured to contain the bicarbonate solution wherein the compartment is enclosed with an enclosure device (10, 110) comprising a plate (12, 11, 111) attached to a ring-shaped chamber (14, 114), the ring-shaped chamber comprising a hollow cavity, wherein the plate (12, 11, 11) comprises at least one aperture that extends through the entire thickness of the plate (12, 11, 111), the at least one aperture being configured to be connected at one end thereof to at least one supply of gas and at the other end to connect into the hollow cavity of the ring-shaped chamber (14, 114) and wherein a plurality of orifices extend from the hollow cavity in the direction away from the plate through the entire thickness of the ring-shaped chamber (14, 114) such that the hollow cavity is in fluidic contact with the compartment and wherein the enclosure device (10, 110) is configured to partially isolate the gas environment in the compartment with that of the surrounding atmosphere, wherein "partially isolate" is regarded as allowing leakage of gas into the atmosphere when the gas pressure within the container is higher than the atmosphere pressure.
Electronic heat cost allocator, comprising - a first temperature sensor for recording a heating element temperature of a heating element arranged in a room, - a second temperature sensor for recording a wall temperature of a wall of the room or at least one near-wall room air temperature of the room at a predefined distance from the wall of the room, and - a moisture sensor, characterized in that - the first temperature sensor is in the form of a remote sensor and is thermally couplable to the heating element arranged in the room, - the second temperature sensor is arranged in the electronic heat cost allocator, and the electronic heat cost allocator is designed in such a way that the second temperature sensor is positionable or positioned on the wall or at a predefined distance from the wall as a result of an arrangement of the electronic heat cost allocator on the wall of the room, and - the second temperature sensor and the moisture sensor are arranged in and/or on a housing of a base unit of the electronic heat cost allocator. - a first temperature sensor for recording a heating element temperature of a heating element arranged in a room, - a second temperature sensor for recording a wall temperature of a wall of the room or at least one near-wall room air temperature of the room at a predefined distance from the wall of the room, and - a moisture sensor, - the first temperature sensor is in the form of a remote sensor and is thermally couplable to the heating element arranged in the room, - the second temperature sensor is arranged in the electronic heat cost allocator, and the electronic heat cost allocator is designed in such a way that the second temperature sensor is positionable or positioned on the wall or at a predefined distance from the wall as a result of an arrangement of the electronic heat cost allocator on the wall of the room, and - the second temperature sensor and the moisture sensor are arranged in and/or on a housing of a base unit of the electronic heat cost allocator.