mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a base station to convey to a terminal device information regarding a period of time for which a type of terminal device specific data is not scheduled for transmission to the terminal device in a wireless telecommunications system employing a radio interface including an arrangement of downlink reference symbols, the method comprising: determining a period of time for which the type of terminal device specific data are not scheduled for transmission to the terminal device; selecting at least one reference symbol from the arrangement of downlink reference symbols in dependence on the determined period of time; and suppressing transmission of the at least one reference symbol to indicate to the terminal device the period of time for which the type of terminal device specific data are not scheduled for transmission to the terminal device. determining a period of time for which the type of terminal device specific data are not scheduled for transmission to the terminal device; selecting at least one reference symbol from the arrangement of downlink reference symbols in dependence on the determined period of time; and suppressing transmission of the at least one reference symbol to indicate to the terminal device the period of time for which the type of terminal device specific data are not scheduled for transmission to the terminal device.
A method of assembling triple pane insulating glass units (IGUs) comprising: a) providing a plurality of insulating spacer frames (113,144) having sealant or adhesive applied to opposite sides of said spacer frames (113,144) for constructing triple pane insulating glass units; b) routing a plurality of glass panes of a specified size from a glass washer to an assembly station; c) attaching a first glass pane to a first spacer frame; d) moving a second glass pane to a registration position by attracting the second glass pane toward one or more non contact members which exerts a force on the second glass pane; e) moving the first glass pane into registration with the second glass pane and causing the second glass pane to contact sealant or adhesive on the spacer frame to which the first glass pane is attached; f) moving the first and second glass panes (112,120) to a downstream workstation; and g) at the downstream workstation, bringing a second spacer frame and a third glass pane attached to the second spacer frame into registration with the combined first and second glass panes (112,120) and pressing an exposed surface of one of said first and second glass panes (112,120) into engagement with sealant or adhesive on said second spacer frame to configure a triple pane insulating glass unit. a) providing a plurality of insulating spacer frames (113,144) having sealant or adhesive applied to opposite sides of said spacer frames (113,144) for constructing triple pane insulating glass units; b) routing a plurality of glass panes of a specified size from a glass washer to an assembly station; c) attaching a first glass pane to a first spacer frame; d) moving a second glass pane to a registration position by attracting the second glass pane toward one or more non contact members which exerts a force on the second glass pane; e) moving the first glass pane into registration with the second glass pane and causing the second glass pane to contact sealant or adhesive on the spacer frame to which the first glass pane is attached; f) moving the first and second glass panes (112,120) to a downstream workstation; and g) at the downstream workstation, bringing a second spacer frame and a third glass pane attached to the second spacer frame into registration with the combined first and second glass panes (112,120) and pressing an exposed surface of one of said first and second glass panes (112,120) into engagement with sealant or adhesive on said second spacer frame to configure a triple pane insulating glass unit.
A cable collector (1; 101; 201; 301) for collecting and managing a cable, wherein the cable collector (1; 101; 201; 301) is bound to the cable and wherein the cable is suitable for connecting a headphone to user equipment by means of a connection plug fixed to one end of the cable, the cable collector (1; 101; 201; 301) being characterized by: a) a main body (2; 102; 202; 302) having a first end portion (3; 103; 203; 303) to which the connection plug is attached, protruding from a surface thereof; b) a second end portion (4; 104; 204; 304) having a through passage (7; 107; 207; 307), the through passage (7; 107; 207; 307) extending through the cable collector (1; 101; 201; 301) and having inner dimensions being complementary to a largest outer diameter of the connection plug, wherein the connection plug is configured to act as a male locking member and to cooperate with the through passage (7; 107; 207; 307), which is configured to act as a female locking member, for thereby enabling secure retaining of the connection plug in the through passage (7; 107; 207; 307) in an active cable collecting state; c) a foldable middle portion (5; 105; 205; 305) joining the first and second end portions; and d) a cable passage formed within the first and second end portions as well as the middle portion of the main body (2; 102; 202; 302), said cable passage being adapted to at least partially accommodate a portion of the cable nearest to the connection plug. a) a main body (2; 102; 202; 302) having a first end portion (3; 103; 203; 303) to which the connection plug is attached, protruding from a surface thereof; b) a second end portion (4; 104; 204; 304) having a through passage (7; 107; 207; 307), the through passage (7; 107; 207; 307) extending through the cable collector (1; 101; 201; 301) and having inner dimensions being complementary to a largest outer diameter of the connection plug, wherein the connection plug is configured to act as a male locking member and to cooperate with the through passage (7; 107; 207; 307), which is configured to act as a female locking member, for thereby enabling secure retaining of the connection plug in the through passage (7; 107; 207; 307) in an active cable collecting state; c) a foldable middle portion (5; 105; 205; 305) joining the first and second end portions; and d) a cable passage formed within the first and second end portions as well as the middle portion of the main body (2; 102; 202; 302), said cable passage being adapted to at least partially accommodate a portion of the cable nearest to the connection plug.
A locking construction for agricultural machines comprising a framework, wherein said locking construction comprises a top bracket to be clamped to said framework, and a counter-bracket cooperating with said top bracket to lock a functional element to said framework, said construction comprising moreover a clamping or locking device, engaging said counter-bracket and top bracket to lock said functional element on said framework, wherein said clamping device consists of a clamping bolt, wherein said functional element consists of a spring or resilient tooth element, operating for processing soil either directly or through a disc element, wherein said top bracket has a concave arched shape allowing said top bracket to be resiliently deformed, characterized in that: - said top bracket comprises backward offset boss elements, arrangeable near the framework, operable on a framework edge to draw said top bracket against said framework and causing said top bracket to tightly contact said framework; - said counter-bracket comprises two tongues engageable against a front portion of said framework and frontward drawing said counter-bracket, as said clamping bolt is clamped, wherein said counter-bracket comprises counter-bracket edges so bent as to lock side portions of said spring thereby preventing said spring and said framework from mutually turning; - said counter-bracket comprises a tooth element pattern engageable against a rear face of the top bracket, and - said top bracket comprises a window for receiving said counter-bracket, said counter-bracket comprising a slot facilitating an insertion of said clamping bolt in an assembling operation and allowing said top bracket to approach as said clamping bolt is clamped. - said top bracket comprises backward offset boss elements, arrangeable near the framework, operable on a framework edge to draw said top bracket against said framework and causing said top bracket to tightly contact said framework; - said counter-bracket comprises two tongues engageable against a front portion of said framework and frontward drawing said counter-bracket, as said clamping bolt is clamped, wherein said counter-bracket comprises counter-bracket edges so bent as to lock side portions of said spring thereby preventing said spring and said framework from mutually turning; - said counter-bracket comprises a tooth element pattern engageable against a rear face of the top bracket, and - said top bracket comprises a window for receiving said counter-bracket, said counter-bracket comprising a slot facilitating an insertion of said clamping bolt in an assembling operation and allowing said top bracket to approach as said clamping bolt is clamped.
Method for the initial commissioning of a data acquisition device, a data concentrator and/or a sensor for a consumer with the inclusion of an operator, a service provider, a head-end system and an initialization server, wherein the head-end system is assigned to the operator and the initialization server is assigned to the service provider, wherein an initialization app is provided and is made available to the consumer by the operator and/or the service provider, wherein the following method steps are carried out: A.0) when the initialization app is started by the consumer, the initialization app is authenticated on the initialization server; A) the consumer connects to the initialization server via the initialization app; B) the consumer uses the initialization app to carry out a local search for the data acquisition device to be commissioned; B.1) after the data acquisition device has been found, it is selected for registration; B.2) the data acquisition device transmits its public key to the initialization app; C.1) the initialization app sends a registration request containing the public key of the data acquisition device to the initialization server; D) the initialization server creates a registration token for the data acquisition device; D.1) the initialization server encrypts the created registration token using the public key of the data acquisition device; E) the initialization server transfers the registration token to the initialization app; F) the initialization app transfers the registration token to the data acquisition device; G.0) the data acquisition device decrypts the encrypted registration token using its private key; G) the data acquisition device registers with the head-end system by means of the registration token. an operator, a service provider, a head-end system and an initialization server, A.0) when the initialization app is started by the consumer, the initialization app is authenticated on the initialization server; A) the consumer connects to the initialization server via the initialization app; B) the consumer uses the initialization app to carry out a local search for the data acquisition device to be commissioned; B.1) after the data acquisition device has been found, it is selected for registration; B.2) the data acquisition device transmits its public key to the initialization app; C.1) the initialization app sends a registration request containing the public key of the data acquisition device to the initialization server; D) the initialization server creates a registration token for the data acquisition device; D.1) the initialization server encrypts the created registration token using the public key of the data acquisition device; E) the initialization server transfers the registration token to the initialization app; F) the initialization app transfers the registration token to the data acquisition device; G.0) the data acquisition device decrypts the encrypted registration token using its private key; G) the data acquisition device registers with the head-end system by means of the registration token.
A pressure sensor, comprising: a first pressure sensor element comprising a capacitive MEMS pressure sensor having a deformable top electrode, and a fixed bottom electrode spaced by a first cavity portion, wherein the top electrode deforms in response to an external pressure (Pout) to be sensed; and a second pressure sensor element housed within a second cavity portion, wherein the second cavity portion has a rigid top cover, wherein the first and second cavity portions are connected to define a sealed cavity, wherein the sensor further comprises means for combining the first and second pressure sensor element outputs, such that the second pressure sensor element output provides calibration of the first pressure sensor output, characterized in that the second pressure sensor element measures an internal pressure (Pin) inside the cavity, wherein the second pressure sensor element comprises: a Pirani gauge; or a MEMS resonator with the resonance frequency or the quality factor of the resonance frequency used to determine the internal pressure (Pin). a first pressure sensor element comprising a capacitive MEMS pressure sensor having a deformable top electrode, and a fixed bottom electrode spaced by a first cavity portion, wherein the top electrode deforms in response to an external pressure (Pout) to be sensed; and a second pressure sensor element housed within a second cavity portion, wherein the second cavity portion has a rigid top cover, wherein the first and second cavity portions are connected to define a sealed cavity, wherein the sensor further comprises means for combining the first and second pressure sensor element outputs, such that the second pressure sensor element output provides calibration of the first pressure sensor output, characterized in that the second pressure sensor element measures an internal pressure (Pin) inside the cavity, wherein the second pressure sensor element comprises: a Pirani gauge; or a MEMS resonator with the resonance frequency or the quality factor of the resonance frequency used to determine the internal pressure (Pin). a Pirani gauge; or a MEMS resonator with the resonance frequency or the quality factor of the resonance frequency used to determine the internal pressure (Pin).
A control circuit of a toroidal-type variator, comprising a first shift valve movable from a first position to a second position axially spaced from the first position in a first valve chamber of a hydraulic control circuit for a continuously variable transmission, the first shift valve having a first port in fluid communication with an actuator of a roller of a variator of the continuously variable transmission, a first trim valve operable to output variable fluid pressure, the first trim valve being fluidly coupled to the first port when the first shift valve is in the first position, the first trim valve being disconnected from the first port when the first shift valve is in the second position, a second shift valve movable from a first position to a second position axially spaced from the first position in a second valve chamber of the hydraulic control circuit of the continuously variable transmission, the second shift valve having a second port in fluid communication with the actuator of a roller of the variator of the continuously variable transmission, and a second trim valve operable to output variable fluid pressure, the second trim valve being fluidly coupled to the second port when the second shift valve is in the first position, the second trim valve being disconnected from the second port when the second shift valve is in the second position. a first shift valve movable from a first position to a second position axially spaced from the first position in a first valve chamber of a hydraulic control circuit for a continuously variable transmission, the first shift valve having a first port in fluid communication with an actuator of a roller of a variator of the continuously variable transmission, a first trim valve operable to output variable fluid pressure, the first trim valve being fluidly coupled to the first port when the first shift valve is in the first position, the first trim valve being disconnected from the first port when the first shift valve is in the second position, a second shift valve movable from a first position to a second position axially spaced from the first position in a second valve chamber of the hydraulic control circuit of the continuously variable transmission, the second shift valve having a second port in fluid communication with the actuator of a roller of the variator of the continuously variable transmission, and a second trim valve operable to output variable fluid pressure, the second trim valve being fluidly coupled to the second port when the second shift valve is in the first position, the second trim valve being disconnected from the second port when the second shift valve is in the second position.
A system for automatically identifying product information, comprising a lamp information collection module, a controller and a user terminal, characterized in that: the controller has a built-in power information interval comparison table of different power information intervals set for different lamp categories, and is configured to send to-be-collected power information to the lamp information collection module; the lamp information collection module is configured to collect corresponding power information of a drive power corresponding to a lamp according to the received to-be-collected power information and to send the collected power information to the controller; the controller is further configured to determine a category of the lamp according to the collected power information corresponding to the lamp and the power information interval comparison table, and to send information regarding the category of the lamp to the user terminal; the user terminal comprises a human-machine interface and is configured to display the information of the lamp on the human-machine interface; the power information intervals comprise frequency intervals; and ranges of the different power information intervals do not overlap with each other. the controller has a built-in power information interval comparison table of different power information intervals set for different lamp categories, and is configured to send to-be-collected power information to the lamp information collection module; the lamp information collection module is configured to collect corresponding power information of a drive power corresponding to a lamp according to the received to-be-collected power information and to send the collected power information to the controller; the controller is further configured to determine a category of the lamp according to the collected power information corresponding to the lamp and the power information interval comparison table, and to send information regarding the category of the lamp to the user terminal; the user terminal comprises a human-machine interface and is configured to display the information of the lamp on the human-machine interface; the power information intervals comprise frequency intervals; and ranges of the different power information intervals do not overlap with each other.
A method of preparing methyl-2-deoxyriboside containing at most 5 wt% of methyl-2-deoxyribopyranoside (MDRP) based on the total weight of MDR and MDRP, comprising a step of contacting a solution of MDR containing MDRP as an impurity in a solvent comprising methanol and water with at least one alkali metal periodate under conditions sufficient to oxidize at least a portion of the MDRP, wherein the solution has a pH in a range from 2.5 to 5.5 during the contacting and wherein the solution does not comprise any added buffer, to give MDR comprising MDRP, wherein the amount of MDRP present after oxidation is lower than the amount of MDRP present prior to the oxidation.
Use of an amorphous or microcrystalline copolyamide moulding compound, comprising at least one amorphous or microcrystalline copolyamide, said copolyamide comprising at least the following monomers: (a) at least one cycloaliphatic diamine; (b) 0.25 to 30 mol% of at least one dimeric fatty acid wherein the fatty acid (b) comprises at least 28 carbon atoms; and (c) at least one aromatic dicarboxylic acid; where the proportions of all the monomers add up to 100 mol% and which has a glass transition temperature measured according to ISO 11357-2 and -3 of at least 155°C and a dielectric loss factor tan δ measured according to IEC 61189-2-271 of not more than 8.30 × 10 -3 for production of microwave-resistant mouldings wherein the microwave-resistant moulding is selected from the group of dishware, vessels, containers, dishes, pots, cups, beakers, plates, lids, sauce boats, flasks or covering trays, undertrays or serving trays. (a) at least one cycloaliphatic diamine; (b) 0.25 to 30 mol% of at least one dimeric fatty acid wherein the fatty acid (b) comprises at least 28 carbon atoms; and (c) at least one aromatic dicarboxylic acid; where the proportions of all the monomers add up to 100 mol% and