mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a press seal system for inserting into an opening and sealing the opening against a line , the press seal system having an elastomer body which defines a through-opening and a tensioning device for tensioning the elastomer body , namely for compressing it axially with respect to a center axis of the elastomer body through-opening and, consequently, pressing an outer circumferential surface of the elastomer body , with respect to the center axis , radially outwards for sealing, wherein the press seal system comprises further a seal member for sealing against the line which is led to or through the opening , wherein the seal member is decoupled from the deformation of the elastomer body , the seal member being deformable radially more easily than the elastomer body , at least when the elastomer body is tensioned, so that the seal member can be sealed against the line even when the elastomer body has already been tensioned, wherein, when using the press seal system, first, the elastomer body is tensioned by the tensioning device , namely is compressed by tightening a tensioning bolt and, consequently, is pressed radially outwards with the outer circumferential surface in a sealing manner, and wherein thereafter, when the elastomer body is tensioned already, namely the tensioning bolt is tightened with a torque of at least 3 Nm, the seal member is sealed against the line. an elastomer body which defines a through-opening and a tensioning device for tensioning the elastomer body , namely for compressing it axially with respect to a center axis of the elastomer body through-opening and, consequently, pressing an outer circumferential surface of the elastomer body , with respect to the center axis , radially outwards for sealing, wherein the press seal system comprises further a seal member for sealing against the line which is led to or through the opening , wherein the seal member is decoupled from the deformation of the elastomer body , the seal member being deformable radially more easily than the elastomer body , at least when the elastomer body is tensioned, so that the seal member can be sealed against the line even when the elastomer body has already been tensioned,
A luminescent accessory to be attached to clothing, such as Western clothes, a kimono or an obi, the luminescent accessory comprising: an attachment part ; a power source ; a luminous object connected to the power source ; a substrate and a circuit ; characterized by an ON/OFF switch by which a power supply from the power source can be turned on and off; the substrate and circuit being located between the power source and the luminous object such that a power supply from the power source to the luminous object is changed by an instruction from the substrate and the circuit whereby to change a luminous pattern of the luminous object; wherein the power source , the luminous object , the substrate and the circuit are housed within the accessory , the accessory further comprises a cover , and the power source is accessible for exchange via an opening/closing mechanism . an attachment part ; a power source ; a luminous object connected to the power source ; a substrate and a circuit ; characterized by an ON/OFF switch by which a power supply from the power source can be turned on and off; the substrate and circuit being located between the power source and the luminous object such that a power supply from the power source to the luminous object is changed by an instruction from the substrate and the circuit whereby to change a luminous pattern of the luminous object; wherein the power source , the luminous object , the substrate and the circuit are housed within the accessory , the accessory further comprises a cover , and the power source is accessible for exchange via an opening/closing mechanism .
Method for operating a shoe press, wherein the shoe press has a shoe on which the radially inner surface of a press cover slides, wherein lubricating fluid is introduced between the shoe and the press cover for lubrication, the press cover has at least one polymer layer (20.1, 20.2, 20.3), in which a reinforcing structure (20") is embedded, wherein the reinforcing structure (20") comprises at least one reinforcing thread , characterized in that the lubricating fluid, the at least one polymer layer (20.1, 20.2, 20.3) and/or the at least one reinforcing thread is/are set up in such a way that, in the event of a breakage of the polymer layer (20.1, 20.2, 20.3), lubricating fluid reaches the at least one reinforcing thread of the reinforcing structure (20") and brings about a color change of the latter.
A radiotherapy system, comprising: a radiotherapy output configured to deliver a charged particle beam to a patient; and a detector array having an axis that extends parallel to a beam axis along which the charged particle beam is delivered by the radiotherapy output , wherein the detector array comprises a plurality of detectors , arranged along the axis of the detector array and configured to detect a magnetic field generated by the charged particle beam during delivery of the charged particle beam from the radiotherapy output , wherein each individual detector of the plurality of detectors is configured to detect whether the beam extends along the beam axis to the extent of that individual detector . a radiotherapy output configured to deliver a charged particle beam to a patient; and a detector array having an axis that extends parallel to a beam axis along which the charged particle beam is delivered by the radiotherapy output , wherein the detector array comprises a plurality of detectors , arranged along the axis of the detector array and configured to detect a magnetic field generated by the charged particle beam during delivery of the charged particle beam from the radiotherapy output , wherein each individual detector of the plurality of detectors is configured to detect whether the beam extends along the beam axis to the extent of that individual detector .
An adhesive tape cartridge for a print label producing device , the adhesive tape cartridge comprising: a housing ; and an adhesive tape roll that is disposed in said housing and winds an adhesive tape (150N; 150), said adhesive tape (150N; 150) comprising: a first adhesive layer (161; 161A; 161B) that comprises an adhesive with a first pigment added; a second adhesive layer (162; 162A; 162B) that is disposed to one side in a thickness direction of said first adhesive layer (161; 161A; 161B) and comprises an adhesive with a second pigment added; and a separation material layer that is disposed to said one side in the thickness direction of said second adhesive layer (162; 162A; 162B); a volume ratio of said second pigment in said second adhesive layer (162; 162A; 162B) being smaller than a volume ratio of said first pigment in said first adhesive layer (161; 161A; 161B). a housing ; and an adhesive tape roll that is disposed in said housing and winds an adhesive tape (150N; 150), said adhesive tape (150N; 150) comprising: a first adhesive layer (161; 161A; 161B) that comprises an adhesive with a first pigment added; a second adhesive layer (162; 162A; 162B) that is disposed to one side in a thickness direction of said first adhesive layer (161; 161A; 161B) and comprises an adhesive with a second pigment added; and a separation material layer that is disposed to said one side in the thickness direction of said second adhesive layer (162; 162A; 162B); a volume ratio of said second pigment in said second adhesive layer (162; 162A; 162B) being smaller than a volume ratio of said first pigment in said first adhesive layer (161; 161A; 161B). a first adhesive layer (161; 161A; 161B) that comprises an adhesive with a first pigment added; a second adhesive layer (162; 162A; 162B) that is disposed to one side in a thickness direction of said first adhesive layer (161; 161A; 161B) and comprises an adhesive with a second pigment added; and a separation material layer that is disposed to said one side in the thickness direction of said second adhesive layer (162; 162A; 162B); a volume ratio of said second pigment in said second adhesive layer (162; 162A; 162B) being smaller than a volume ratio of said first pigment in said first adhesive layer (161; 161A; 161B).
A strain of Streptomyces psammoticus OMK-4, wherein its deposit number is CCTCC M 2015329.
A battery pack for a respiratory therapy device that generates a flow of breathable gas to a patient, the battery pack comprising; a battery housing for engagement with a flow generator housing; a cell within the battery housing for producing a voltage; a converter to convert the voltage from the cell to an operating voltage for the respiratory therapy device; and an output connector of the battery pack configured to provide the operating voltage to an input connector of the flow generator; characterised in that it further comprises a stand-by circuit coupled to the battery pack, the stand-by circuit configured to switch the battery pack from a stand-by mode to an operating mode of the battery pack upon detection of a current drawn from the battery pack; wherein the stand-by circuit is configured to provide a stand-by operations voltage to the output connector while in the stand-by mode that is less than the operating voltage of the flow generator.
Cross-linking agent composition for elastomer materials, comprising a diamine cross-linking agent, an accelerator of the type of the 1,8-diazabicyclo undec-7-ene (DBU), an activator of the pyrrolidone type, as well as a secondary aliphatic amine and/or a tertiary aliphatic amine.
Triploid Spathiphyllum plant with reduced pollen content, obtained by a method, comprising the steps of a) providing a tetraploid Spathiphyllum parent, b) providing a diploid Spathiphyllum parent, c) crossing the parents of a) and b) to produce the Spathiphyllum plant with reduced pollen content, the pollen content being less than 50% of the pollen of each the parents of steps a) and b). a) providing a tetraploid Spathiphyllum parent, b) providing a diploid Spathiphyllum parent, c) crossing the parents of a) and b) to produce the Spathiphyllum plant with reduced pollen content,
A disaggregated routing system for use in a communication network comprising a plurality of white boxes, wherein said disaggregated system is characterized in that four of said plurality of white boxes are each configured to carry out a functionality selected from among a group that consists of: a) data path forwarding -DPF- b) a fabric module -FM-c) elements' controller -EC- and d) management switching -MS-and wherein the selected functionality for each of said four white boxes is different from the functionalities selected for each of the other three white boxes from among said four white boxes, and wherein by joining the different functionalities of said four white boxes, networking functions are carried out in a network cloud, and wherein each of said four white boxes is provided with an identification based on its functionality, and wherein said identifications are derived based on information retrieved by using Link Layer Discovery Protocol.
A method, comprising: receiving, by a generator unit , real alarm data comprising alarm events and network parameters, from a network element; generating, by the generator unit , modified alarm data by selecting and modifying at least one network parameter of the real alarm data ; training the generator unit by iterating through the following steps: evaluating, by a discriminator unit , the modified alarm data against the real alarm data ; based on the evaluation results, generating, by the discriminator unit , feedback to be provided to the generator unit ; and generating, by the generator unit based on the feedback new modified alarm data; repeating the iterative steps using the new modified alarm data as modified alarm data until the difference between the modified alarm data and the real alarm data falls below a given threshold; wherein generating the modified and/or new modified alarm data comprises a step of selecting and modifying at least one network parameter based on the feedback received from the discriminator unit , wherein the feedback is weighted by a policy unit according to a policy metric based on information about whether the previously generated modified alarm data is evaluated as true or false alarm data; and wherein the modified and/or new modified alarm data is generated using a first recurrent neural network in the generator unit . receiving, by a generator unit , real alarm data comprising alarm events and network parameters, from a network element; generating, by the generator unit , modified alarm data by selecting and modifying at least one network parameter of the real alarm data ; training the generator unit by iterating through the following steps: evaluating, by a discriminator unit , the modified alarm data against the real alarm data ; based on the evaluation results, generating, by the discriminator unit , feedback to be provided to the generator unit ; and generating, by the generator unit based on the feedback new modified alarm data; evaluating, by a discriminator unit , the modified alarm data against the real alarm data ; based on the evaluation results, generating, by the discriminator unit , feedback to be provided to the generator unit ; and generating, by the generator unit based on the feedback new modified alarm data; repeating the iterative steps using the new modified alarm data as modified alarm data until the difference between the modified alarm data and the real alarm data falls below a given threshold; wherein generating the modified and/or new modified alarm data comprises a step of selecting and modifying at least one network parameter based on the feedback received from the discriminator unit , wherein the feedback is weighted by a policy unit according to a policy metric based on information about whether the previously generated modified alarm data is evaluated as true or false alarm data; and wherein the modified and/or new modified alarm data is generated using a first recurrent neural network in the generator unit .
A data center network node comprising: a first data connection for connecting at least one server to a first subnetwork comprising at least one of a packet layer switch or a packet layer router; and a switching arrangement configured to link an optical transceiver of the node to an offload subnetwork , wherein the first subnetwork is separated from the optical offload subnetwork, characterized in that the switching arrangement is configurable between a first configuration in which the offload subnetwork bypasses the optical transceiver and a second configuration in which the optical transceiver is optically linked to the offload subnetwork, wherein the switching arrangement comprises: a first optical switch ; a second optical switch ; and an optical bypass link , wherein the first optical switch is connected to a first external port and is reconfigurable between the first configuration in which the first external port is connected to a first end of the optical bypass link and the second configuration in which the first external port is connected to the transmitter ; and wherein the second optical switch is connected to a second external port and is reconfigurable between the first configuration in which the second external port is connected to a second end of the optical bypass link and the second configuration in which the second external port is connected to the receiver . a first data connection for connecting at least one server to a first subnetwork comprising at least one of a packet layer switch or a packet layer router; and a switching arrangement configured to link an optical transceiver of the node to an offload subnetwork , wherein the first subnetwork is separated from the optical offload subnetwork, characterized in that the switching arrangement is configurable between a first configuration in which the offload subnetwork bypasses the optical transceiver and a second configuration in which the optical transceiver is optically linked to the offload subnetwork, wherein the switching arrangement comprises: a first optical switch ; a second optical switch ; and an optical bypass link , a first optical switch ; a second optical switch ; and an optical bypass link , wherein the first optical switch is connected to a first external port and is reconfigurable between the first configuration in which the first external port is connected to a first end of the optical bypass link and the second configuration in which the first external port is connected to the transmitter ; and wherein the second optical switch is connected to a second external port and is reconfigurable between the first configuration in which the second external port is connected to a second end of the optical bypass link and the second configuration in which the second external port is connected to the receiver .
A washing machine comprising a control panel , wherein the washing machine is further provided with a connecting part for an intelligent terminal, the connecting part is in data connection with the intelligent terminal and is used for controlling the washing machine by the intelligent terminal, and the control panel is of a panel structure which is not provided with a washing program control button, a display screen as well as a peripheral circuit for driving the display screen and the washing program control button, wherein the control panel is provided with a power button and a start/pause button; characterized in that when the washing machine is not connected with the intelligent terminal, a washing program which is defaulted to be started by the start/pause button is: a washing program defaulted in the washing machine; or a washing program preset by the intelligent terminal; or a historical washing program most frequently executed by the washing machine; or a washing program executed by the washing machine for a last time. a washing program defaulted in the washing machine; or a washing program preset by the intelligent terminal; or a historical washing program most frequently executed by the washing machine; or a washing program executed by the washing machine for a last time.
A method for producing a carbonated cement mix in a mix operation in a cement mix apparatus comprising: (i) contacting a cement mix comprising cement binder and water in a mixer with carbon dioxide while the cement mix is mixing, wherein the mix is exposed to a dose of carbon dioxide of 0.01 to 1.5% by weight of cement (bwc) and wherein: - the carbon dioxide is in liquid form and is delivered to the cement mix in such a manner as to form a mixture of gaseous and solid carbon dioxide; - the cement mix comprises Portland cement; - the duration of flow of carbon dioxide to the cement mix is less than or equal to 5 minutes; and - the carbon dioxide is delivered to the surface of the cement mix in a mixer that is open to the atmosphere. - the carbon dioxide is in liquid form and is delivered to the cement mix in such a manner as to form a mixture of gaseous and solid carbon dioxide; - the cement mix comprises Portland cement; - the duration of flow of carbon dioxide to the cement mix is less than or equal to 5 minutes; and - the carbon dioxide is delivered to the surface of the cement mix in a mixer that is open to the atmosphere.
A gas turbine engine compressor , comprising: a first compressor section , the first compressor section including: at least one rotating stage that includes rotating blades and at least one stationary stage upstream thereof that includes stationary guide vanes , which controllably pivot about respective pivot axes for providing flow control into the rotating stage, wherein the stationary guide vanes are configured to pivot from a first position to a second position to influence flow through the first compressor section ; wherein the gas turbine engine compressor is configured such that the positioning of the vanes is controlled as a function of corrected low pressure compressor speed, characterized in that the first position corresponds to a first compressor throat area (T), the second position corresponds to a second compressor throat area (T) that is between 62 percent and 65 percent of the first throat area (T), the first position corresponds to a maximum open position of the stationary guide vanes and the second position to a maximum closed position of the stationary guide vanes. at least one rotating stage that includes rotating blades and at least one stationary stage upstream thereof that includes stationary guide vanes , which controllably pivot about respective pivot axes for providing flow control into the rotating stage, wherein the stationary guide vanes are configured to pivot from a first position to a second position to influence flow through the first compressor section ; wherein the gas turbine engine compressor is configured such that the positioning of the vanes is controlled as a function of corrected low pressure compressor speed, characterized in that the first position corresponds to a first compressor throat area (T), the second position corresponds to a second compressor throat area (T) that is between 62 percent and 65 percent of the first throat area (T), the first position corresponds to a maximum open position of the stationary guide vanes and the second position to a maximum closed position of the stationary guide vanes.
A printable liquid supply cartridge comprising: a housing enclosing an internal volume, the housing having a front end to connect to a printer and first and second sides extending from the front end to a rear end ; the front end having a printable liquid outlet closer to the bottom than to the top and a gas inlet above the printable liquid outlet, each of the printable liquid outlet and the gas inlet to facilitate insertion of a respective fluid pen therein; a recess in the front end above the gas inlet, the recess being delimited by a first wall having an internal side and an external side that is part of the first side; and an 12C data interface comprising at least three electrical connection pads exposed on the internal side of the first wall facing towards the recess, the connection pads arranged in a top to bottom direction, wherein an integrated circuit and a sensor signal outputting circuit are connected to the 12C data interface, wherein the integrated circuit and the sensor signal outputting circuit share a same data pad, the data pad being one of the at least three electrical connection pads, to communicate through the I2C data interface with the printer, and wherein the sensor signal outputting circuit is to return data readings through the shared data pad to the printer as a data communication secured differently than data communications from the integrated circuit to the printer through the shared data pad. a housing enclosing an internal volume, the housing having a front end to connect to a printer and first and second sides extending from the front end to a rear end ; the front end having a printable liquid outlet closer to the bottom than to the top and a gas inlet above the printable liquid outlet, each of the printable liquid outlet and the gas inlet to facilitate insertion of a respective fluid pen therein; a recess in the front end above the gas inlet, the recess being delimited by a first wall having an internal side and an external side that is part of the first side; and an 12C data interface comprising at least three electrical connection pads exposed on the internal side of the first wall facing towards the recess, the connection pads arranged in a top to bottom direction, wherein an integrated circuit and a sensor signal outputting circuit are connected to the 12C data interface,