mhurhangee/ep-ind-claims huggingface dataset:
A gas distribution system for supplying gas to a plasma processing chamber including a gas distribution member having inner and outer zones (42, 46) which are flow insulated from each other, the gas distribution system comprising: a first gas passage adapted to be in fluid communication with a first process gas source, the inner zone of the gas distribution member of the plasma processing chamber and a by-pass line; a second gas passage adapted to be in fluid communication with the first process gas source, the outer zone of the gas distribution member of the plasma processing chamber and the bypass line; a third gas passage adapted to be in fluid communication with a second process gas source, the inner zone and the by-pass line; a fourth gas passage adapted to be in fluid communication with the second process gas source, the outer zone and the by-pass line; and a plurality of fast switching valves adapted to receive signals to open or close so that (i) the first process gas is supplied to the inner and outer zones (42, 46) via the first and second gas passages (324, 326), while the second process gas is supplied to the by-pass line via the third and fourth gas passages (364, 366), and (ii) to change the flows of the first and second process gases so that the second process gas is supplied to the inner and outer zones (42, 46) via the third and fourth gas passages (364, 366), while the first process gas is supplied to the by-pass line via the first and second gas passages. a first gas passage adapted to be in fluid communication with a first process gas source, the inner zone of the gas distribution member of the plasma processing chamber and a by-pass line; a second gas passage adapted to be in fluid communication with the first process gas source, the outer zone of the gas distribution member of the plasma processing chamber and the bypass line; a third gas passage adapted to be in fluid communication with a second process gas source, the inner zone and the by-pass line; a fourth gas passage adapted to be in fluid communication with the second process gas source, the outer zone and the by-pass line; and a plurality of fast switching valves adapted to receive signals to open or close so that (i) the first process gas is supplied to the inner and outer zones (42, 46) via the first and second gas passages (324, 326), while the second process gas is supplied to the by-pass line via the third and fourth gas passages (364, 366), and (ii) to change the flows of the first and second process gases so that the second process gas is supplied to the inner and outer zones (42, 46) via the third and fourth gas passages (364, 366), while the first process gas is supplied to the by-pass line via the first and second gas passages.
A method for inspecting the product of a coating process wherein a coating has been applied to the surface of a substrate to form a coated surface, the method comprising the steps: (a) providing the product as inspection object; (c) measuring the release of at least one volatile species from the inspection object into the gas space adjacent to the coated surface; and (d) comparing the result of step (c) with the result of step (c) for at least one reference object measured under the same test conditions, thus determining the presence or absence of the coating, the method being characterized in that the coating has been applied by PECVD from an organosilicon precursor; step (c) is performed by measuring the mass flow rate of the at least one volatile species in the gas space adjacent to the coated surface in a molecular flow mode, and in that the conditions effective to distinguish the presence or absence of the coating to a six-sigma level of certainty include a test duration of less than one minute. (a) providing the product as inspection object; (c) measuring the release of at least one volatile species from the inspection object into the gas space adjacent to the coated surface; and (d) comparing the result of step (c) with the result of step (c) for at least one reference object measured under the same test conditions, thus determining the presence or absence of the coating, the method being characterized in that the coating has been applied by PECVD from an organosilicon precursor; step (c) is performed by measuring the mass flow rate of the at least one volatile species in the gas space adjacent to the coated surface in a molecular flow mode, and in that the conditions effective to distinguish the presence or absence of the coating to a six-sigma level of certainty include a test duration of less than one minute. the coating has been applied by PECVD from an organosilicon precursor; step (c) is performed by measuring the mass flow rate of the at least one volatile species in the gas space adjacent to the coated surface in a molecular flow mode, and in that the conditions effective to distinguish the presence or absence of the coating to a six-sigma level of certainty include a test duration of less than one minute.
Pyrogasification unit comprising: - a reactor of refractory material of frustoconical shape that is completely open at its upper surface, defined by a lateral surface in which the frustoconical shape of the reactor has an aperture angle α of between 20° and 40°, provided with a first upper opening resulting in the only entry for gasifying agent and a second lower opening (2") for the exit of syngas; - an expansion chamber placed in communication with the lower part of the reactor; - suction means to generate a flow of gasifying agent and syngas within the reactor from top to bottom; - a conduit for the exit of syngas downstream of the expansion chamber; - a collection system for solid process wastes; the said lateral surface being devoid of any entry points for the gasifying agent so that pyrolysis, oxidation and cracking reactions coexist at every point in the internal volume of the truncated cone with relative equilibrium between them controlled by the combination of the frustoconical shape and the extramolarity conditions of the said reactions, giving rise to a number of moles of syngas that is greater than the number of moles of gasifying agent. - a reactor of refractory material of frustoconical shape that is completely open at its upper surface, defined by a lateral surface in which the frustoconical shape of the reactor has an aperture angle α of between 20° and 40°, provided with a first upper opening resulting in the only entry for gasifying agent and a second lower opening (2") for the exit of syngas; - an expansion chamber placed in communication with the lower part of the reactor; - suction means to generate a flow of gasifying agent and syngas within the reactor from top to bottom; - a conduit for the exit of syngas downstream of the expansion chamber; - a collection system for solid process wastes;
Packaging machine, adapted to process both flat material blanks as well as continuous plastic film webs or fiber material webs, with several work stations (3, 4), a transport chain for transporting a flat material blank to said work stations (3, 4) and a chain deflection on which said transport chain is mounted, where said transport chain comprises chain clips, each having an upper part and a lower part and said upper part and/or said lower part is pivotable and/or slideable for opening and closing said chain clips, where said material blank can be introduced into said open chain clips and is secured in said closed chain clips, so that said material blank can be moved by said transport chain along a direction of transport, wherein said packaging machine comprises a chain opening mechanism configured to actively operably change from an opening state to a closing state and vice versa in order to reversibly open at least one chain clip of a planar oriented section of said transport chain and/or to maintain an already opened chain clip open so that said material blank can be introduced into said chain clip, characterized in that said chain deflection comprises a run-on contour which is adapted to open a chain clip which is disposed along a section of said chain deflection.
A communications device arranged to operate with a personal communications service network "PCS" in the PCS band comprising: an antenna; a first transmit path comprising a first band pass filter operating at a first frequency band associated with the BC1 PCS bands having a first bandwidth; a second transmit path comprising a second band pass filter operating at a second frequency band associated with "Block G" of the PCS having a second bandwidth, adjacent to the first frequency band, wherein the second bandwidth is less than the first bandwidth; a first receive path operating at a third frequency band associated with the BC1 PCS bands having a third bandwidth; a second receive path operating at a fourth frequency band associated with "Block G" of the PCS having a fourth bandwidth, adjacent to the third frequency band, wherein the fourth bandwidth is less than the third bandwidth; a first duplex band pass filter coupling said first transmit path and said first receive path to said antenna, said first duplex band pass filter configured to selectively pass the first frequency band for said first transmit path and the third frequency band for said first receive path; and a second duplex band pass filter coupling said second transmit path and said second receive path to said antenna, said second duplex band pass filter configured to selectively pass the second frequency band for said second transmit path and the fourth frequency band for said second receive path. an antenna; a first transmit path comprising a first band pass filter operating at a first frequency band associated with the BC1 PCS bands having a first bandwidth; a second transmit path comprising a second band pass filter operating at a second frequency band associated with "Block G" of the PCS having a second bandwidth, adjacent to the first frequency band, wherein the second bandwidth is less than the first bandwidth; a first receive path operating at a third frequency band associated with the BC1 PCS bands having a third bandwidth; a second receive path operating at a fourth frequency band associated with "Block G" of the PCS having a fourth bandwidth, adjacent to the third frequency band, wherein the fourth bandwidth is less than the third bandwidth; a first duplex band pass filter coupling said first transmit path and said first receive path to said antenna, said first duplex band pass filter configured to selectively pass the first frequency band for said first transmit path and the third frequency band for said first receive path; and a second duplex band pass filter coupling said second transmit path and said second receive path to said antenna, said second duplex band pass filter configured to selectively pass the second frequency band for said second transmit path and the fourth frequency band for said second receive path.
A housing, comprising: a main body having a via; a connection ring, disposed on one side of the main body and docked to the via, wherein the connection ring is configured to connect to a first connector and a second connector; and the connection ring encloses shielding space for accommodating the first connector and the second connector, wherein the connection ring includes a body that is made of a same non-metallic material as the main body and a metallic shield layer that is disposed in the connection ring, thereby providing the shielding space for preventing electromagnetic interference between the first and second connectors (2, 3) and another electrical element; wherein the connection ring has a first connection part and a second connection part; wherein the first connection part is configured to connect to the first connector, and the second connection part is configured to connect to the second connector; and the first connector is photoelectrically connected to the second connector, and a part that is of the first connector and that is photoelectrically connected to the second connector is located in the shielding space. a main body having a via; a connection ring, disposed on one side of the main body and docked to the via, wherein the connection ring is configured to connect to a first connector and a second connector; and the connection ring encloses shielding space for accommodating the first connector and the second connector, wherein the connection ring includes a body that is made of a same non-metallic material as the main body and a metallic shield layer that is disposed in the connection ring, thereby providing the shielding space for preventing electromagnetic interference between the first and second connectors (2, 3) and another electrical element; wherein the connection ring has a first connection part and a second connection part; wherein the first connection part is configured to connect to the first connector, and the second connection part is configured to connect to the second connector; and the first connector is photoelectrically connected to the second connector, and a part that is of the first connector and that is photoelectrically connected to the second connector is located in the shielding space.
A downhole apparatus comprising a barrier for providing zonal isolation, the barrier mounted on at least an end portion of a sand screen and shares a common inflatable element with the sand screen, the sand screen including at least one inflatable element, the barrier and sand screen having an initial retracted configuration and, following inflation of the inflatable element, an extended configuration for providing zonal isolation, characterized in that the barrier comprises a swellable material, the barrier configured for providing a degree of extension of the barrier by inflation of the at least one inflatable element and a further degree of extension of the barrier through swelling of the swellable material.
An oligonucleotide which targets a Discs large homolog natural antisense transcript for use as a therapeutic compound, wherein said oligonucleotide modulates the expression of Discs large homolog, and wherein the natural antisense transcript has the nucleic acid sequence as set forth in SEQ ID NO: 2, or a variant thereof which retains the function of the natural antisense transcript of SEQ ID NO: 2.
A session migration method, comprising: in a process in which a terminal apparatus moves from a 5th generation system, 5GS, to an evolved packet system, EPS, when a user plane security status of a PDU session matches user plane encryption protection information of the EPS, sending, by the terminal apparatus, packet data network, PDN, connection establishment request information to a mobility management apparatus, wherein the PDN connection establishment request information is used to establish a PDN connection corresponding to the PDU session in the EPS, and the PDU session is established by the terminal apparatus in the 5GS; and when the user plane security status of the PDU session does not match the user plane encryption protection information of the EPS, determining, by the terminal apparatus, not to send a PDN connection establishment request to the mobility management apparatus. in a process in which a terminal apparatus moves from a 5th generation system, 5GS, to an evolved packet system, EPS, when a user plane security status of a PDU session matches user plane encryption protection information of the EPS, sending, by the terminal apparatus, packet data network, PDN, connection establishment request information to a mobility management apparatus, wherein the PDN connection establishment request information is used to establish a PDN connection corresponding to the PDU session in the EPS, and the PDU session is established by the terminal apparatus in the 5GS; and when the user plane security status of the PDU session does not match the user plane encryption protection information of the EPS, determining, by the terminal apparatus, not to send a PDN connection establishment request to the mobility management apparatus.
Shelter, such as a shelter for a car, porch or terrace or similar, that is essentially constructed of poles and/or supporting elements on which supporting beams are provided on which a roofing sheet is provided, whereby the ends of the supporting beams can cooperate with the poles and/or supporting elements or similar, wherein an end of a pole and/or supporting element is provided with at least one groove that is located in a plane that extends along the longitudinal direction (X-X') of the pole, characterized in that a supporting beam is provided with at least one lip-shaped protrusion cooperating therewith that fits slideably in the groove, so that the angle between a pole and/or supporting element on the one hand and a supporting beam on the other hand can be changed by sliding the lip-shaped protrusion in the groove.
A system (100, 500) for remote controlling a power tool device (110, 110A) comprising: a power tool device (110, 110A) including a tool electronic processor; and a battery pack (120, 120A) coupled to the power tool device (110, 110A), characterised by the battery pack (120, 120A) including a pack transceiver, a pack electronic processor coupled to the pack transceiver and in communication with the tool electronic processor, the pack electronic processor configured to determine that the power tool device (110, 110A) is remotely controllable, receive, wirelessly via the pack transceiver, a remote control command from a mobile device, provide the remote control command to the power tool device (110, 110A), wherein the tool electronic processor is configured to control the power tool device (110, 110A) to perform an action specified by the remote control command in response to receiving the remote control command from the pack electronic processor, and wherein the tool electronic processor is further configured to place the power tool device (110, 110A) in a remote control mode in response to receiving a user input. a power tool device (110, 110A) including a tool electronic processor; and a battery pack (120, 120A) coupled to the power tool device (110, 110A), characterised by the battery pack (120, 120A) including a pack transceiver, a pack electronic processor coupled to the pack transceiver and in communication with the tool electronic processor, the pack electronic processor configured to determine that the power tool device (110, 110A) is remotely controllable, receive, wirelessly via the pack transceiver, a remote control command from a mobile device, provide the remote control command to the power tool device (110, 110A), wherein the tool electronic processor is configured to control the power tool device (110, 110A) to perform an action specified by the remote control command in response to receiving the remote control command from the pack electronic processor, and wherein the tool electronic processor is further configured to place the power tool device (110, 110A) in a remote control mode in response to receiving a user input.
A system for dynamically maximizing the contrast between foreground and background in images and/or image sequences, comprising at least one image-recording device (C1, C2), at least one analysis module (A1, A2) connected to the image-recording device (C1, C2), which is configured to determine a transformation between a two-dimensional coordinate system of the image-recording device (C1, C2) and a two-dimensional coordinate system of a display device, and carry out a segmentation in order to determine at least occlusions of background objects through foreground objects in an image, at least one control module connected to the analysis module (A1, A2), at least one display device, which is configured to display display information, in particular, video clips, wherein the image-recording device (C1, C2) is configured to record the display information displayed on the display device, a database, which is connected to the control module and to the display device, wherein the database is configured to store a sequence of display information to be displayed on the display device one after the other, wherein the analysis module (A1, A2) is further configured to identify quality data on the segmentation and transmit same to the control module, wherein the control module is configured to adjust the display information displayed on the display device based on the quality data, characterized in that the analysis module (A1, A2) is configured to apply and minimize an energy function during segmentation, wherein the energy function is based on probability distributions of foreground objects and background objects and/or on pixel-wise probability distributions, and in that the control module is configured to determine for remaining display information of the sequence, in which display information an expected probability distribution of the foreground and an expected probability distribution of the background of the image-recording device differ the most.
A corneal implant having a first and a second opposed surface and wherein the implant comprises a matrix part and a core part; wherein the matrix part contains a matrix material comprising a hydrogel of at least one first polymer and at least one second polymer wherein the first polymer is collagen and/or collagen mimetic peptide provided with methacrylate and/or acrylate functional groups and the second polymer comprises a synthetic or a natural polymer having functional groups selected from thiol, acrylate and/or methacrylate; wherein the first and the second polymers are cross-linked via said functional groups; wherein when the first polymer is CMP a template polymer is connected to the CMP wherein the template polymer has at least two arms or is a dendrimer; wherein the core part is arranged essentially in a central part of the matrix material and wherein the core part comprises a core material of an interpenetrating network comprising polymerized olefinic or UV polymerizable monomers or a mixture thereof and the hydrogel of the matrix material; wherein the core material is at least partly exposed at the first and the second surface; and wherein the core part is transparent (i.e. a light transmission of at least 80% of light in the range of 400-700 nm) and anti fouling.
Composition for use in a method of treating or preventing diabetes or obesity comprising therapeutically effective amounts of quercetin, myricetin and chlorogenic acid in a total amount administered of at least 250 mg per day
Bituminous tile with sealing engagement devices delimiting positioning areas of anchoring nails, which is made in such a way as to comprise a layered tile body comprising an upper face and a lower face, a series of flaps arranged in an aligned sequence, after one another, in correspondence of the lower longitudinal portion of the tile body, wherein each flap is separate from the adjacent one by means of a separation cut, wherein at least the upper face of the tile body is provided with at least one sealing engagement device comprising at least one nailing area that univocally identifies the insertion area of at least one anchoring nail, wherein the nailing area is circumscribed by a sealing engagement area, said sealing engagement area being made, alternatively or in combination, of adhesive, thermally adhesive or hot melt material, and wherein the sealing engagement area of the sealing engagement device is intended to enable the sealing of the nailing area in which in a laid condition at least one anchoring nail is inserted, while bondingly engaging at least one portion of the bituminous tile that in a laid condition at least partially overlaps the sealing engagement device and characterised in that the nailing area of at least one sealing engagement device is devoid of the material of which the sealing engagement area is made.