mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a frame assembly with a first portion , a second portion , and a gasket , wherein: the first portion comprises a groove and a first U-shaped portion ; the second portion comprises a second U-shaped portion ; the first U-shaped portion and the second U-shaped portion are upside-down U-shaped portions formed on opposite sides of the frame assembly for receiving wall coverings when the frame assembly is coupled to an end of a wall ; the second portion is configured to fit within the groove of the first portion so that the frame assembly is adjustable to fit different sized walls; each of the first portion and the second portion is bent into a respective shape from a respective single piece of material; and the gasket acts as a joint between the first portion and the second portion at or near the groove of the first portion when the frame assembly is coupled to the end of the wall . the first portion comprises a groove and a first U-shaped portion ; the second portion comprises a second U-shaped portion ; the first U-shaped portion and the second U-shaped portion are upside-down U-shaped portions formed on opposite sides of the frame assembly for receiving wall coverings when the frame assembly is coupled to an end of a wall ; the second portion is configured to fit within the groove of the first portion so that the frame assembly is adjustable to fit different sized walls; each of the first portion and the second portion is bent into a respective shape from a respective single piece of material; and the gasket acts as a joint between the first portion and the second portion at or near the groove of the first portion when the frame assembly is coupled to the end of the wall .
Diffuser material of pore-containing quartz glass with a chemical purity of at least 99.9% SiO 2 , a cristobalite content of not more than 1%, and a density in the range of 2.0 to 2.18 g/cm 3 , whereby at least 80% of the pores have a maximum pore dimension of less than 20 μm characterized in that the quartz glass (i) is produced synthetically, (ii) has a hydroxyl group content in the range of more than 200 wt. ppm, and (iii) contains hydrogen in a concentration in the range of 10 17 molecules/cm 3 to 10 19 molecules/cm 3 . (i) is produced synthetically, (ii) has a hydroxyl group content in the range of more than 200 wt. ppm, and (iii) contains hydrogen in a concentration in the range of 10 17 molecules/cm 3 to 10 19 molecules/cm 3 .
Method for separation between water and a solid, by partial or total evaporation of the water, comprising; - a step (i) in which humid material is mixed with independent solid particles forming a vaporisation medium , the temperature of which is greater than that of said humid material, - a step (ii) in which the mixture produced in step (i) is introduced into a vaporisation chamber comprising a network for collecting vapour and a vapour output in which the heat provided by said independent solid particles forming the vaporisation medium to the humid material allows the vaporisation of a part of the water introduced, - a step (iii) in which the vapour produced in step (ii) is introduced into a compression means in which it is collected and compressed, so as to obtain a vapour having a higher pressure and thus a higher temperature, - a step (iv) in which said compressed vapour is condensed and transmits its enthalpy to independent solid particles, forming a condensation heat-transfer medium, placed in a condensation chamber , comprising a network for circulation of pressurised vapour and an output of pressurised condensates , at a pressure higher than the atmospheric pressure, so that said compressed vapour condenses in liquid form, wherein the independent solid particles forming the condensation heat-transfer medium are transferred from the condensation chamber, by an output , towards the vaporisation chamber , by an input , before their use in step (i) and wherein the mixture produced in step (i) circulates in the chamber , during step (ii), from a high point towards a low point entirely or partly under the effect of its own weight and in that step (iv) is followed by a step of evacuation, from said condensation chamber, of all or a part of the liquid formed by the condensation of the compressed vapour and by a step of decompression of the condensation chamber . - a step (i) in which humid material is mixed with independent solid particles forming a vaporisation medium , the temperature of which is greater than that of said humid material, - a step (ii) in which the mixture produced in step (i) is introduced into a vaporisation chamber comprising a network for collecting vapour and a vapour output in which the heat provided by said independent solid particles forming the vaporisation medium to the humid material allows the vaporisation of a part of the water introduced, - a step (iii) in which the vapour produced in step (ii) is introduced into a compression means in which it is collected and compressed, so as to obtain a vapour having a higher pressure and thus a higher temperature, - a step (iv) in which said compressed vapour is condensed and transmits its enthalpy to independent solid particles, forming a condensation heat-transfer medium, placed in a condensation chamber , comprising a network for circulation of pressurised vapour and an output of pressurised condensates , at a pressure higher than the atmospheric pressure, so that said compressed vapour condenses in liquid form,
A method, characterized in that the method comprises: transmitting , by a user equipment, a capability message to an access node in a wireless network, wherein the capability message indicates capability corresponding to machine learning of the user equipment at a current time instance; receiving , by the user equipment from the access node, a configuration message for radio measurements indicating one or more sets of parameters to be measured; receiving , by the user equipment, a configured capability in a message from the access node and matching by the user equipment the configured capability with the capability of the user equipment at the current time instance for ensuring that all capabilities that are indicated in the received message as being required to use machine learning are supported by the user equipment; measuring , by the user equipment, the one or more sets of parameters; using , by the user equipment, machine learning to infer one or more values for at least one of the parameters in the one or more sets of parameters based on the measured one or more sets of parameters and based on the received configured capability; and reporting , from the user equipment to the access node, the inferred one or more values for the at least one parameter. transmitting , by a user equipment, a capability message to an access node in a wireless network, wherein the capability message indicates capability corresponding to machine learning of the user equipment at a current time instance; receiving , by the user equipment from the access node, a configuration message for radio measurements indicating one or more sets of parameters to be measured; receiving , by the user equipment, a configured capability in a message from the access node and matching by the user equipment the configured capability with the capability of the user equipment at the current time instance for ensuring that all capabilities that are indicated in the received message as being required to use machine learning are supported by the user equipment; measuring , by the user equipment, the one or more sets of parameters; using , by the user equipment, machine learning to infer one or more values for at least one of the parameters in the one or more sets of parameters based on the measured one or more sets of parameters and based on the received configured capability; and reporting , from the user equipment to the access node, the inferred one or more values for the at least one parameter.
Microplate reader having at least one optical measurement/detection device , wherein the microplate reader further comprises a housing , a microplate support and a movement unit , and wherein the movement unit is designed for moving the microplate support within the housing in at least one substantially horizontal direction, wherein the microplate reader comprises an integrated cover holding device arranged inside the housing for lifting a microplate cover from a microplate positioned on the microplate support and for placing a microplate cover on a microplate , wherein said cover holding device for moving the microplate cover and/or the microplate support for moving the microplate are each formed in an at least approximately vertical direction, characterized in that the movement unit for moving the microplate support out of the housing and into the housing is formed in at least one essentially horizontal direction, and in that the cover holding device is designed as a magnet lifter and comprises a single switchable permanent magnet , wherein each microplate cover to be lifted and placed on comprises magnetizable material , and wherein the single switchable permanent magnet of the magnet lifter and the magnetizable material of the microplate cover to be placed on are mounted exactly one above the other in projection.
A compound having a molecular structure selected from the group consisting of: or a pharmaceutically acceptable salt thereof.
A warning device for a vehicle comprising: a vibration wave generator that generates a warning vibration wave (Ie) based on an operating state of a vehicle; and a vibration applying device that applies warning vibration to a steering member based on the warning vibration wave (Ie) generated by the vibration wave generator , characterized in that the warning vibration wave (Ie) containing a plurality of frequency components. wherein, among the frequency components contained in the warning vibration wave (Ie), a frequency component having a higher frequency has a larger amplitude. a vibration wave generator that generates a warning vibration wave (Ie) based on an operating state of a vehicle; and a vibration applying device that applies warning vibration to a steering member based on the warning vibration wave (Ie) generated by the vibration wave generator , characterized in that the warning vibration wave (Ie) containing a plurality of frequency components. wherein, among the frequency components contained in the warning vibration wave (Ie), a frequency component having a higher frequency has a larger amplitude.
Device for detection of infrared radiation comprising: - a detection circuit configured to detect said infrared radiation and provided with at least one photodetector, - a readout circuit electrically connected to the detection circuit and configured to process the electrical signal emitted by the detection circuit , - a Joule-Thomson cooler fitted with ∘ a cold table connected thermally and mechanically to the detection circuit and the readout circuit to cool the detection circuit and the readout circuit , the cold table comprising an internal cavity , ∘ a relief port arranged at an input of the internal cavity to cool the cold table, characterised in that the inner wall of the internal cavity is textured in the vicinity of the detection circuit to form an evaporator in thermal contact with the detection circuit , the evaporator achieving a phase change of the gas from a liquid phase to a gaseous phase and in that the Joule-Thomson cooler comprises a compressor with an outlet supplying the relief port with gas and an input receiving said relaxed gas from an output of the internal cavity . - a detection circuit configured to detect said infrared radiation and provided with at least one photodetector, - a readout circuit electrically connected to the detection circuit and configured to process the electrical signal emitted by the detection circuit , - a Joule-Thomson cooler fitted with ∘ a cold table connected thermally and mechanically to the detection circuit and the readout circuit to cool the detection circuit and the readout circuit , the cold table comprising an internal cavity , ∘ a relief port arranged at an input of the internal cavity to cool the cold table, characterised in that the inner wall of the internal cavity is textured in the vicinity of the detection circuit to form an evaporator in thermal contact with the detection circuit , the evaporator achieving a phase change of the gas from a liquid phase to a gaseous phase and in that the Joule-Thomson cooler comprises a compressor with an outlet supplying the relief port with gas and an input receiving said relaxed gas from an output of the internal cavity . ∘ a cold table connected thermally and mechanically to the detection circuit and the readout circuit to cool the detection circuit and the readout circuit , the cold table comprising an internal cavity , ∘ a relief port arranged at an input of the internal cavity to cool the cold table,
A laser-assisted periodontal device for use in a laser-assisted peri-implant mucositis and peri-implantitis treatment procedures using a laser device comprising: a network, wherein the network further comprises: a display control subsystem ; a main laser computer , wherein the network is configured to control a a free running Neodymium: Yttrium Aluminium Garnet (Nd:YAG) laser with laser parameters, wherein said laser parameters include an average power, a pulse duration, a pulse energy, a pulse repetition rate, wherein the average power is less than 10 Watts, the pulse duration is equal to or less than 650 microseconds, and the pulse repetition rate is 100 Hz or less; a graphical user interface, wherein a selection of a limited subset of laser parameters within a group of possible operating ranges for performing a laser assisted peri-implant procedure is presented, wherein the selected laser parameters include a pulse duration, a pulse energy, and a pulse repetition rate; a quartz optical fiber connecting the Nd:YAG laser and a handpiece, wherein the laser system is operated by a controller with the graphical user interface, characterized in that the display control subsystem is configured to interface with a database of pocket depths measured using a periodontal probe to receive measured pocket depths, and wherein a predesignated constant is used such that a total light dose estimation, in units of Joules to be delivered within the pocket, is obtained by multiplying the sum of total millimeters of probe depths by the predesignated constant. a display control subsystem ; a main laser computer , wherein the network is configured to control a a free running Neodymium: Yttrium Aluminium Garnet (Nd:YAG) laser with laser parameters, wherein said laser parameters include an average power, a pulse duration, a pulse energy, a pulse repetition rate, wherein the average power is less than 10 Watts, the pulse duration is equal to or less than 650 microseconds, and the pulse repetition rate is 100 Hz or less; a graphical user interface, wherein a selection of a limited subset of laser parameters within a group of possible operating ranges for performing a laser assisted peri-implant procedure is presented, wherein the selected laser parameters include a pulse duration, a pulse energy, and a pulse repetition rate; a quartz optical fiber connecting the Nd:YAG laser and a handpiece, wherein the laser system is operated by a controller with the graphical user interface, characterized in that the display control subsystem is configured to interface with a database of pocket depths measured using a periodontal probe to receive measured pocket depths, and wherein a predesignated constant is used such that a total light dose estimation, in units of Joules to be delivered within the pocket, is obtained by multiplying the sum of total millimeters of probe depths by the predesignated constant.
A RTEL1 inhibitor for use in the treatment and/or prevention of Hepatitis B virus (HBV) infection, wherein said inhibitor is an oligonucleotide of 12 to 60 nucleotides in length comprising a contiguous nucleotide sequence of at least 10 nucleotides in length which is at least 95% complementary to a mammalian RTEL1 target nucleic acid, in particular a human RTEL1 nucleic acid, and is capable of reducing RTEL1 mRNA, for example, wherein the mammalian RTEL1 target nucleic acid is selected from SEQ ID NO: 1 or 2.
Method for communication between a sensor and a satellite , wherein the sensor has a transmission unit for transmitting sensor data from the sensor to the satellite and a calculation unit for calculating a position of the satellite at a particular instant, and the satellite is configured to receive and forward the sensor data , wherein the method comprises the following steps: - calculation of a coverage time period with the aid of trajectory parameters of the satellite and the position of the sensor , the coverage time period corresponding to the time period in which the sensor is located in a footprint region of the satellite , - activation of the transmission unit of the sensor during a transmission time period on the basis of the calculated coverage time period, the coverage time period or a part thereof being selected as the transmission time period, and - transmission of the sensor data from the sensor to the satellite during the transmission time period. - calculation of a coverage time period with the aid of trajectory parameters of the satellite and the position of the sensor , the coverage time period corresponding to the time period in which the sensor is located in a footprint region of the satellite , - activation of the transmission unit of the sensor during a transmission time period on the basis of the calculated coverage time period, the coverage time period or a part thereof being selected as the transmission time period, and - transmission of the sensor data from the sensor to the satellite during the transmission time period.
A method implemented by a first Provider Edge, PE, network device in a network to configure a pseudo-wire, PW, between the first PE network device and a second PE network device in the network using an Interior Gateway Protocol, IGP, the method comprising: receiving a first advertisement message flooded in the network by the second PE network device via the IGP, wherein the first advertisement message includes a PW association advertisement targeted to the first PE network device, wherein the PW association advertisement includes a PW advertisement that advertises the PW; determining whether the first PE network device supports the PW and whether the first PE network device has previously advertised the PW to the second PE network device; and in response to determining that the first PE network device supports the PW and has previously advertised the PW to the second PE network device: configuring a local forwarding information base with a local PW label associated with the PW such that the first PE network device forwards traffic encapsulated with the local PW label to an Attachment Circuit, AC, associated with the PW and flooding a second advertisement message in the network via the IGP, wherein the second advertisement message includes an indication that the first PE network device is ready to receive traffic from the second PE network device over the PW. receiving a first advertisement message flooded in the network by the second PE network device via the IGP, wherein the first advertisement message includes a PW association advertisement targeted to the first PE network device, wherein the PW association advertisement includes a PW advertisement that advertises the PW; determining whether the first PE network device supports the PW and whether the first PE network device has previously advertised the PW to the second PE network device; and in response to determining that the first PE network device supports the PW and has previously advertised the PW to the second PE network device: configuring a local forwarding information base with a local PW label associated with the PW such that the first PE network device forwards traffic encapsulated with the local PW label to an Attachment Circuit, AC, associated with the PW and flooding a second advertisement message in the network via the IGP, wherein the second advertisement message includes an indication that the first PE network device is ready to receive traffic from the second PE network device over the PW. configuring a local forwarding information base with a local PW label associated with the PW such that the first PE network device forwards traffic encapsulated with the local PW label to an Attachment Circuit, AC, associated with the PW and flooding a second advertisement message in the network via the IGP, wherein the second advertisement message includes an indication that the first PE network device is ready to receive traffic from the second PE network device over the PW.
A wheel chock handling unit for use with a wheel chock , the wheel chock handling unit including: a base ; an articulated cantilever arm assembly having opposite first and second ends, the first end being pivotally mounted to the base for angular displacement of the arm assembly in a substantially vertical plane between a storage position and an extended position; a main spring assembly extending between the arm assembly and the base ; and being characterized in that it further comprises: a force-compensation mechanism including a lever having at least an elongated leading section interposed between the main spring assembly and the base , the leading section having opposite first and second ends, the first end of the leading section being pivotally mounted to the base for angular displacement of the lever in a plane that is substantially parallel to that of the arm assembly , the main spring assembly being pivotally mounted to the lever at or about the second end of the leading section . a base ; an articulated cantilever arm assembly having opposite first and second ends, the first end being pivotally mounted to the base for angular displacement of the arm assembly in a substantially vertical plane between a storage position and an extended position; a main spring assembly extending between the arm assembly and the base ; and being characterized in that it further comprises: a force-compensation mechanism including a lever having at least an elongated leading section interposed between the main spring assembly and the base , the leading section having opposite first and second ends, the first end of the leading section being pivotally mounted to the base for angular displacement of the lever in a plane that is substantially parallel to that of the arm assembly , the main spring assembly being pivotally mounted to the lever at or about the second end of the leading section .
A container for biological tissue samples, comprising a vessel for depositing a sample of tissue and a lid adapted to engage said vessel , said lid comprising a receptacle adapted to contain a preservative and a gasket sealing the inside of said receptacle in order to separate the content from the outside, said container being characterized in that said gasket has at least one region with a stress raiser adapted to interact with at least one corresponding portion of said vessel upon the closure, thereon, of said lid , to at least partially break said region and connect said receptacle to said vessel .