mhurhangee/ep-ind-claims huggingface dataset:
A milking stall arranged to house one animal at a time, wherein the milking stall comprises a fence arrangement defining the space of the milking stall, wherein the fence arrangement comprises a first long side comprising a first entrance gate and a first exit gate, and a second long side formed by a stationary fence section, wherein the milking stall comprises a robot arm configured to attach teat cups to an animal in the milking stall, wherein the robot arm is mounted at the outside of the second long side of the fence arrangement, characterized in that the fence arrangement comprises a first short side formed by a second entrance gate and a second short side formed by a second exit gate, wherein at least one of the second entrance gate and the second exit gate is positionable in an adjusted closed position in which they limit the longitudinal space in the milking stall in order to position an animal in a desired longitudinal position in the milking stall, and/or wherein at least one of the first entrance gate and the first exit gate are positionable in an adjusted closed position in which they limit the transverse space in the milking stall in order to position an animal in a desired transverse position in the milking stall.
A fault detection method, comprising: discovering, by a gateway, that a fault occurs in a domain name system, DNS, server or a service server related to a user equipment, UE; performing, by the gateway, fault detection on the DNS server or the service server; and after the fault is rectified, instructing by the gateway, the UE to establish a connection to the DNS server or the service server, characterized in that the discovering that a fault occurs in a DNS server or a service server related to a UE comprises: detecting, by the gateway by using a data packet inspection, DPI, or data flow inspection, DFI, mechanism, that the UE performs a DNS query or a TCP connection attempt and the UE fails to receive a response. discovering, by a gateway, that a fault occurs in a domain name system, DNS, server or a service server related to a user equipment, UE; performing, by the gateway, fault detection on the DNS server or the service server; and after the fault is rectified, instructing by the gateway, the UE to establish a connection to the DNS server or the service server, characterized in that the discovering that a fault occurs in a DNS server or a service server related to a UE comprises: detecting, by the gateway by using a data packet inspection, DPI, or data flow inspection, DFI, mechanism, that the UE performs a DNS query or a TCP connection attempt and the UE fails to receive a response.
A mulching machine with a device for monitoring vibrations of said mulching machine,the machine comprising a housing, in which a tube-like rotor is mounted via a shaft, and hammers arranged on the rotor for chopping and/or cutters for cutting incoming plant parts, characterized in that the device for monitoring time-dependent vibrations of the mulching machine comprises at least one sensor arranged on the housing for detecting vibrations, measuring their amplitudes in all three coordinate axes (x, y, z) at predetermined time intervals, a mathematical algorithm within the sensor to synthesize the amplitudes of detected vibrations into resultants to create a signal, a transmitter for transmitting a signal (S 1) of the sensor, a smart mobile device, a signal receiver that is part of the smart mobile device and receives the signal from the sensor a processor installed within the smart mobile device that uses a mathematical algorithm to evaluate the signal as an amplitude of a vibration as a function of duration of the vibration, to compare the size of the amplitude of a vibration with the predetermined value of the amplitude, and if the predetermined value is reached or exceeded, to transmit the data on the value being achieved/exceeded, a data display that provides the user with the data on the size of the measured amplitude of the vibrations in a visual or acoustic way. machine,the machine comprising a housing, in which a tube-like rotor is mounted via a shaft, and hammers arranged on the rotor for chopping and/or cutters for cutting incoming plant parts, characterized in that the device for monitoring time-dependent vibrations of the mulching machine comprises at least one sensor arranged on the housing for detecting vibrations, measuring their amplitudes in all three coordinate axes (x, y, z) at predetermined time intervals, a mathematical algorithm within the sensor to synthesize the amplitudes of detected vibrations into resultants to create a signal, a transmitter for transmitting a signal (S 1) of the sensor, a smart mobile device, a signal receiver that is part of the smart mobile device and receives the signal from the sensor a processor installed within the smart mobile device that uses a mathematical algorithm to evaluate the signal as an amplitude of a vibration as a function of duration of the vibration, to compare the size of the amplitude of a vibration with the predetermined value of the amplitude, and if the predetermined value is reached or exceeded, to transmit the data on the value being achieved/exceeded, a data display that provides the user with the data on the size of the measured amplitude of the vibrations in a visual or acoustic way.
Pressure gauge comprising a housing comprising a window which is transparent, a dial and a pressure indicator rotatable relative to said dial, and a marking comprising a two-dimensional code or a distinctive pattern encoding at least one given piece of information, characterised in that the marking comprising the two-dimensional code or the distinctive pattern is carried by a label affixed to the outer surface of the window of the pressure gauge, and at least one vent port through the window, with the label being affixed to said at least one vent port.
A method for charging pallet cars of a traveling grate for the thermal treatment of bulk material, in a first step comprising an application of a first layer as hearth layer on a grate surface of the pallet car and in at least one second step comprising the simultaneous or successive charging with a second layer as side layer on two opposed side walls of the pallet car and with a third layer as green pellet layer between the side layers and on the hearth layer, characterized in that the hearth layer includes fired pellets with a mean diameter between 10 and 20 mm, wherein the diameter of at least 85 wt-% of the pellets lies in the range between 10 and 20 mm, that the side layer contains pellet breakage and/or fired pellets of a mixture of two fractions A and B, wherein the material of fraction A has a mean diameter between 5 and 13 mm and the diameter of at least 85 wt-% of the material of fraction A lies in the range between 5 and 13 mm, wherein the material of fraction B has a mean diameter greater than 14 mm and the diameter of at least 85 wt-% of the pellets of fraction B is greater than 14 mm, and wherein the side layer consists of fraction A for between 0 and 100 wt-% and of fraction B for between 0 and 100 wt-%, and that the green pellet layer includes thermally untreated pellets with a mean diameter at least 2 mm greater than the mean diameter of fraction A.
Glass having a coefficient of thermal expansion in the temperature range from 20 °C to 300 °C of 4.5 ppm/K or less, and a T4 temperature, defined as the temperature at which the glass has a viscosity of 10 4 dPa*s, at 1500 °C or more, and optionally having a reboil propensity score of less than 10 measured in a reboil propensity test, the glass having a water content of at least 35 mmol/l, at least 45 mmol/l, or at least 55 mmol/l, the glass comprising the following constituents in percent by weight: - 75.0% to 87.0% of SiO 2, - 8.0% to 22.0% of B 2 O 3, - 1.0% to 7.0% of Al 2 O 3, - 0.25% to 5.0% of one or more alkali earth metal oxides, - 0.0% to 5.0% of one or more alkali metal oxides. - 75.0% to 87.0% of SiO 2, - 8.0% to 22.0% of B 2 O 3, - 1.0% to 7.0% of Al 2 O 3, - 0.25% to 5.0% of one or more alkali earth metal oxides, - 0.0% to 5.0% of one or more alkali metal oxides.
A mobile terminal for being operated in a mobile radio network, in particular a mobile radio network according to a GSM, UMTS and/or LTE radio network standard, comprising an input means (3, 4, 5) for gathering information, comprising an output means (5, 6) for reproducing information, comprising an interface for connecting the mobile terminal to a computer device (14, 15) and comprising at least three storage areas (7, 8, 9, 10), wherein a first storage area comprises a first software (OS 1) which at least provides basic functions for the operation of the mobile terminal, and a second storage area (8, 10) comprises a second software (OS 2) which at least provides basic functions for the operation of a computer device (14, 15) connected via the interface to the mobile terminal, characterized in that a third storage area can be used while using both the first software (OS 1) as well as the second software (OS 2) and an application software stored in the third storage area can be executed while using both the first software (OS 1) as well as using the second software (OS 2).
A method of controlling channel access at a station, hereinafter STA, operating as a non-traffic indication map STA, hereinafter non-TIM STA, which is allowed not to check a beacon frame from an access point, hereinafter AP, of a wireless communication system, the method comprising: transmitting a first frame for initiating a transmission opportunity, hereinafter TXOP, to the AP, wherein the first frame includes information on a duration of the TXOP; and receiving a second frame in response to the first frame from the AP, wherein the second frame includes a duration field set to a predetermined value, wherein the predetermined value modifies the duration of the TXOP indicated by the first frame and is set to a time period up to a target beacon transmission time, hereinafter TBTT, if the duration of the TXOP overlaps a predetermined time set by the AP, and wherein the non-Tim STA switches to a traffic indication map, hereinafter TIM, STA and receives a beacon frame from the AP from the TBTT, when the AP sets the non-TIM STA as the TIM STA from the TBTT. transmitting a first frame for initiating a transmission opportunity, hereinafter TXOP, to the AP, wherein the first frame includes information on a duration of the TXOP; and receiving a second frame in response to the first frame from the AP, wherein the second frame includes a duration field set to a predetermined value, wherein the predetermined value modifies the duration of the TXOP indicated by the first frame and is set to a time period up to a target beacon transmission time, hereinafter TBTT, if the duration of the TXOP overlaps a predetermined time set by the AP, and wherein the non-Tim STA switches to a traffic indication map, hereinafter TIM, STA and receives a beacon frame from the AP from the TBTT, when the AP sets the non-TIM STA as the TIM STA from the TBTT.
An engine starting/stopping switch device comprising a switch unit (13, 58) that switches over switching modes in response to linear movement of a movable member (17, 62), a case (22, 66) housing the switch unit (13, 58) therein, a push button (14, 59) that is formed into a bottomed cylindrical shape with a front end thereof closed and is linked to the movable member (17, 62) so as to drive the movable member (17, 62) in response to a pushing operation, and a coil antenna (15, 60) that outputs transponder drive radio waves for generating an electromotive force in a transponder built into a portable device, placing the portable device in the vicinity of the push button (14, 59) enabling ID signal verification between the transponder and a vehicle to be carried out when the voltage of a battery built into the portable device is low, wherein the coil antenna (15, 60) is disposed coaxially with the push button (14, 59) so that at least part of the coil antenna (15, 60) is inserted into the interior of the push button (14, 59), characterized in that the moveable member (17, 62) is provided inside the case (22, 66), the coil antenna (15, 60) is formed of a coil being wound around a bobbin (19, 64), a terminal (21, 65) connected to the coil is mold bonded to the bobbin (19, 64) with part of the terminal (21, 65) projecting from the bobbin, and the bobbin (19, 64) and the terminal (21, 65) bonded together are housed in the case (22,66).
An information processing method, comprising: receiving, by a central node, a go-online notification sent by a first access node, wherein the go-online notification is sent when the first access node comprises a first user-side port, and a communication connection is established between the first access node and a virtual access node on the central node, or the go-online notification is sent when the first access node is already powered on; wherein the first access node is mapped to the virtual access node on the central node, and each port of the first access node corresponds to a virtual port of the virtual access node; determining, by the central node, that the first access node goes online according to the go-online notification sent by the first access node; transmitting, by the virtual access node on the central node, a request that comprises an identification of the virtual access node to a configuration server; receiving from the configuration server, by the virtual access node on the central node, configuration information related to the first access node; and after the first access node goes online, sending, by the virtual access node, the configuration information related to the first access node to the first access node. receiving, by a central node, a go-online notification sent by a first access node, wherein the go-online notification is sent when the first access node comprises a first user-side port, and a communication connection is established between the first access node and a virtual access node on the central node, or the go-online notification is sent when the first access node is already powered on; wherein the first access node is mapped to the virtual access node on the central node, and each port of the first access node corresponds to a virtual port of the virtual access node; determining, by the central node, that the first access node goes online according to the go-online notification sent by the first access node; transmitting, by the virtual access node on the central node, a request that comprises an identification of the virtual access node to a configuration server; receiving from the configuration server, by the virtual access node on the central node, configuration information related to the first access node; and after the first access node goes online, sending, by the virtual access node, the configuration information related to the first access node to the first access node.
Sliding sash system, in particular sliding window system, with at least one sliding sash arranged in a holding frame, wherein the sliding sash is displaceable between an open position and a closed position of the sliding sash system relative to the holding frame in a horizontal sliding direction and wherein the sliding sash has a casement with frame profiles arranged vertically on both sides, and with a locking device, wherein the locking device has locking elements arranged in the frame profile and locking counterparts arranged in or formed by a horizontally arranged holding profile of the holding frame, wherein the locking elements for locking the sliding sash in the closed position are displaceable in opposite directions in the vertical direction by means of an actuating element via a gear in such a way that they cooperate with the locking counterparts to block a displacement of the sliding sash, characterized in that the gear is arranged outside the frame profile.
A method for selecting a session management network element, comprising: receiving, by a service communication proxy network element, a first message from a mobility management network element; obtaining, by the service communication proxy network element, first parameter information based on the first message, wherein the first parameter information comprises user equipment UE location information and a data network name DNN; determining, by the service communication proxy network element, whether there is a session management network element that satisfies the first parameter information; and when there is no session management network element that satisfies the first parameter information, sending, by the service communication proxy network element, a reject message to the mobility management network element, wherein the reject message is used to indicate that there is no session management network element that satisfies the first parameter information; wherein when there is a session management network element that satisfies the first parameter information, obtaining, by the service communication proxy network element, a first request message based on the first message, and sending the first request message to the session management network element. receiving, by a service communication proxy network element, a first message from a mobility management network element; obtaining, by the service communication proxy network element, first parameter information based on the first message, wherein the first parameter information comprises user equipment UE location information and a data network name DNN; determining, by the service communication proxy network element, whether there is a session management network element that satisfies the first parameter information; and when there is no session management network element that satisfies the first parameter information, sending, by the service communication proxy network element, a reject message to the mobility management network element, wherein the reject message is used to indicate that there is no session management network element that satisfies the first parameter information; wherein when there is a session management network element that satisfies the first parameter information, obtaining, by the service communication proxy network element, a first request message based on the first message, and sending the first request message to the session management network element.
Fixing device for a wall-hung sanitaryware item, having a holder for mounting the fixing device on a wall, having a supporting element which is movably arranged on the holder, and having an engagement element which is arranged on the supporting element and is movable relative to the holder for insertion into an opening in the sanitaryware item, wherein the engagement element has on the wall side a sloping surface for making contact with a counter-bearing of the sanitaryware item and wherein the fixing device comprises a spring which is arranged in such a way that the engagement element, on insertion into the opening, is moved against the force of the spring, characterised in that the spring force acts in opposition to the weight force (F G), and the spring is arranged between the supporting element and the engagement element.
A copolymer obtainable by polymerizing monomer components comprising an unsaturated (poly)alkylene glycol ether monomer (a), an unsaturated carboxylic acid monomer (b), and an unsaturated cross-linkable monomer (c), wherein the unsaturated (poly)alkylene glycol ether monomer (a) is a compound represented by the formula: in the formula, R 1 and R 2 are the same as or different from each other and each represent a hydrogen atom or a methyl group; R 3 represents a hydrogen atom or a hydrocarbon group containing 1 to 30 carbon atoms; AOs are the same as or different from each other and each represent one or more different oxyalkylene groups containing 2 to 18 carbon atoms, wherein if there are two or more different oxyalkylene groups they are introduced in a form of blocks or randomly; n represents the average number of moles of the added oxyalkylene group and is a number of 1 to 300; x is an integer of 0 to 2; y is 0 or 1, and the unsaturated cross-linkable monomer (c) is at least one selected from the group consisting of a compound (c-i), a compound (c-ii), and a compound (c-iii), the compound (c-i) being an allyl itaconate, the compound (c-ii) being an allyl citraconate, the compound (c-iii) being an ester compound obtainable by a reaction of at least one acid selected from the group consisting of itaconic acid and citraconic acid or an acid ester derived from the acid, and one alcohol selected from the group consisting of vinyl alcohol, (meth)allyl alcohol and isoprene alcohol (3-methyl-3-buten-1-ol). R 1 and R 2 are the same as or different from each other and each represent a hydrogen atom or a methyl group; R 3 represents a hydrogen atom or a hydrocarbon group containing 1 to 30 carbon atoms; AOs are the same as or different from each other and each represent one or more different oxyalkylene groups containing 2 to 18 carbon atoms, wherein if there are two or more different oxyalkylene groups they are introduced in a form of blocks or randomly; n represents the average number of moles of the added oxyalkylene group and is a number of 1 to 300; x is an integer of 0 to 2; y is 0 or 1, and the unsaturated cross-linkable monomer (c) is at least one selected from the group consisting of a compound (c-i), a compound (c-ii), and a compound (c-iii), the compound (c-i) being an allyl itaconate, the compound (c-ii) being an allyl citraconate, the compound (c-iii) being an ester compound obtainable by a reaction of at least one acid selected from the group consisting of itaconic acid and citraconic acid or an acid ester derived from the acid, and one alcohol selected from the group consisting of vinyl alcohol, (meth)allyl alcohol and isoprene alcohol (3-methyl-3-buten-1-ol).
Ventilation apparatus, in particular endotracheal tube or tracheostomy tube, with a cannula tube and a cuff, tightly connected to the outside of the cannula tube, which can be in fluid connection or brought into fluid connection with a pilot balloon via a filling hose, characterized in that the inside of the cuff and/or the inside of the filling hose and/or the inside of the pilot balloon contains at least one surface-active substance for reducing the surface tension of water.
A two-tier lubrication system for a gas turbine engine, comprising: a main oil reservoir; an oil nozzle located in a bearing compartment; a scavenge system configured to collect oil from the bearing compartment; a main oil pump configured to pump oil from the main oil reservoir; a boost pump located downstream from the main oil pump and configured to pump oil to the oil nozzle; and a valve (160; 260) upstream from the boost pump fluidly coupled between the main oil pump and the scavenge system, wherein the valve (160; 260) is configured to actuate between a main flow position and a scavenge flow position, wherein in the main flow position the oil from the main oil reservoir is output by the valve (160; 260) and provided to the boost pump and the oil collected by the scavenge system is directed to the main oil reservoir, and wherein in the scavenge flow position the oil collected by the scavenge system is output by the valve (160; 260) to the boost pump. a main oil reservoir; an oil nozzle located in a bearing compartment; a scavenge system configured to collect oil from the bearing compartment; a main oil pump configured to pump oil from the main oil reservoir; a boost pump located downstream from the main oil pump and configured to pump oil to the oil nozzle; and a valve (160; 260) upstream from the boost pump fluidly coupled between the main oil pump and the scavenge system, wherein the valve (160; 260) is configured to actuate between a main flow position and a scavenge flow position, wherein in the main flow position the oil from the main oil reservoir is output by the valve (160; 260) and provided to the boost pump and the oil collected by the scavenge system is directed to the main oil reservoir, and wherein in the scavenge flow position the oil collected by the scavenge system is output by the valve (160; 260) to the boost pump.