mhurhangee/ep-ind-claims huggingface dataset:
A robotic milking system comprising: a milking cluster having a plurality of cups (133, 134) connected to a bowl; a retractor to withdraw the cluster so that the cups hang down below the bowl; a robotic arm that is not permanently attached to the milking cluster arranged to acquire and hold the plurality of cups of the cluster as they hang below the bowl and actuators for moving the arm to facilitate the attachment of the cups to an animal; characterized by one or more guide arms positionable with respect to the robotic arm in a first configuration to define a radially tapering opening between the robotic arm and the guide arm to assist in locating cups within the tapering opening, each guide arm being rotatable with respect to the robotic arm to a second configuration in which the cups are brought into closer proximity to the robotic arm for capture. a milking cluster having a plurality of cups (133, 134) connected to a bowl; a retractor to withdraw the cluster so that the cups hang down below the bowl; a robotic arm that is not permanently attached to the milking cluster arranged to acquire and hold the plurality of cups of the cluster as they hang below the bowl and actuators for moving the arm to facilitate the attachment of the cups to an animal; characterized by one or more guide arms positionable with respect to the robotic arm in a first configuration to define a radially tapering opening between the robotic arm and the guide arm to assist in locating cups within the tapering opening, each guide arm being rotatable with respect to the robotic arm to a second configuration in which the cups are brought into closer proximity to the robotic arm for capture.
An exchangeable separation insert for a modular centrifugal separator, the exchangeable separation insert comprising a rotor casing rotatable about an axis of rotation and a first stationary portion, wherein the rotor casing delimits a separation space and comprises frustoconical separation discs arranged in the separation space, wherein a first fluid passage extends through the first stationary portion into the separation space, wherein the axis of rotation extends along an axial direction and the rotor casing has a first axial end portion and a second axial end portion, and wherein the first stationary portion is arranged at the first axial end portion (120, characterised in that the first stationary portion is biased in a first direction away from the rotor casing along the axial direction. the rotor casing delimits a separation space and comprises frustoconical separation discs arranged in the separation space, wherein a first fluid passage extends through the first stationary portion into the separation space, wherein the axis of rotation extends along an axial direction and the rotor casing has a first axial end portion and a second axial end portion, and wherein the first stationary portion is arranged at the first axial end portion (120, characterised in that the first stationary portion is biased in a first direction away from the rotor casing along the axial direction.
An apparatus for releasably holding a lining relative to a furnace during operation of the furnace, the apparatus comprising: a plurality of plate segments forming a composite plate, wherein the plurality of plate segments comprises a first plate segment structured to articulate relative to a second plate segment, and wherein the composite plate comprises: a first end; and a second end, wherein a gap is defined between the first end and the second end of the composite plate, and wherein the gap is structured to adjust in response to a thermal condition of at least one plate segment of the plurality of plates. a first end; and a second end, wherein a gap is defined between the first end and the second end of the composite plate, and wherein the gap is structured to adjust in response to a thermal condition of at least one plate segment of the plurality of plates.
A compound of the formula, wherein A is a group of formula A.1 or A.2: wherein each R 1, R 2, R 3, R 4, R 5 and R 6 is independently selected from the group consisting of H, C 1-4 -alkyl, C 1-4 -alkyl substituted with a hydroxyl or halogen group, phenyl and a 5-6 membered heteroaryl, or R 1 and R 2, R 3 and R 4, or R 5 and R 6 together form a 3-4 membered carbocycle, and wherein B is selected from the group consisting of formulas B.1, B.2 and B.3: wherein R 7 is H, C 1-3 -alkyl, halogen, C 1-3 - alkoxy, 5-6 membered heteroaryl, or R 7 is selected from the group consisting of R 7.a, R 7.b and R 7.c wherein R 8 is selected from the group consisting of C 1-6 -alkyl, C 3-6 -cycloalkyl, and 3-14 membered heterocyclyl and X is CH 2 or O; or a pharmaceutically acceptable salt thereof. A is a group of formula A.1 or A.2: wherein each R 1, R 2, R 3, R 4, R 5 and R 6 is independently selected from the group consisting of H, C 1-4 -alkyl, C 1-4 -alkyl substituted with a hydroxyl or halogen group, phenyl and a 5-6 membered heteroaryl, or R 1 and R 2, R 3 and R 4, or R 5 and R 6 together form a 3-4 membered carbocycle, and wherein B is selected from the group consisting of formulas B.1, B.2 and B.3: B is selected from the group consisting of formulas B.1, B.2 and B.3: wherein R 7 is H, C 1-3 -alkyl, halogen, C 1-3 - alkoxy, 5-6 membered heteroaryl, or R 7 is selected from the group consisting of R 7.a, R 7.b and R 7.c R 7 is H, C 1-3 -alkyl, halogen, C 1-3 - alkoxy, 5-6 membered heteroaryl, or R 7 is selected from the group consisting of R 7.a, R 7.b and R 7.c wherein R 8 is selected from the group consisting of C 1-6 -alkyl, C 3-6 -cycloalkyl, and 3-14 membered heterocyclyl and X is CH 2 or O; R 8 is selected from the group consisting of C 1-6 -alkyl, C 3-6 -cycloalkyl, and 3-14 membered heterocyclyl and X is CH 2 or O; or a pharmaceutically acceptable salt thereof.
Method for determining the water content of concrete and screed, comprising the following method steps: - introducing at least two first electrical conductors into a first depth of the concrete or the screed, the two first electrical conductors being spaced apart from one another in the plane of the screed and the first depth defining a first horizontal layer in the concrete or screed; - introducing at least two second electrical conductors into a second depth of the concrete or the screed, the two second electrical conductors being spaced apart from one another in the plane of the screed, and the second depth defining a second horizontal layer in the concrete or screed, and the first depth differing from the second depth; - measuring the electrical resistance between the first electrical conductors and between the second electrical conductors, - wherein the first and second electrical conductors (111, 112) are respectively applied to at least two bars. - introducing at least two first electrical conductors into a first depth of the concrete or the screed, the two first electrical conductors being spaced apart from one another in the plane of the screed and the first depth defining a first horizontal layer in the concrete or screed; - introducing at least two second electrical conductors into a second depth of the concrete or the screed, the two second electrical conductors being spaced apart from one another in the plane of the screed, and the second depth defining a second horizontal layer in the concrete or screed, and the first depth differing from the second depth; - measuring the electrical resistance between the first electrical conductors and between the second electrical conductors, - wherein the first and second electrical conductors (111, 112) are respectively applied to at least two bars.
Method for operating a braking mechanism, wherein - an actuator that comprises an electric motor is actuated in order to displace an actuator element into a predetermined position, wherein - after the procedure of actuating the actuator is terminated at least one motor coasting variable is ascertained, wherein - with reference to the ascertained motor coasting variable a check is performed as to whether the actuator element has been displaced into the predetermined position. - an actuator that comprises an electric motor is actuated in order to displace an actuator element into a predetermined position, wherein - after the procedure of actuating the actuator is terminated at least one motor coasting variable is ascertained, wherein - with reference to the ascertained motor coasting variable a check is performed as to whether the actuator element has been displaced into the predetermined position.
A multilayer structure for an identification document consisting of a one-layered or multi-layered substrate layer into which a transponder module is entirely embedded and which on one side or on both sides thereof has at least one further layer, characterised in that the substrate layer in its edge region on an upper side and/or lower side is made of a polymer capable of being processed by thermoplastic methods and is provided, at least on one side of the substrate layer, with a fibrous layer which is laminated into the edge region of the substrate layer, in that the transponder module partially extends into the fibrous layer or in that the fibrous layer has a cutout in the region, in which the transponder module with respect to the edge region protrudes in the substrate layer, and in that an adhesive layer is applied into which a part of the fibrous layer protruding from the substrate layer is laminated for anchoring purposes and is fixed, by means of a covering layer (23, 24, 26) adhering to the adhesive layer, with respect to the substrate layer in a non-detachable and flexible manner.
An internal combustion engine having crankcase ventilation, the internal combustion engine comprising: a crankcase (110, 118) housing a crankshaft (112, 120) of the internal combustion engine, the crankcase (110, 118) comprising plurality of crankcase chambers (302, 304, 306); and a breather cover detachably attached to the crankcase (110, 118), the breather cover comprising plurality of breather chambers (308, 310); characterized in that said plurality of crankcase chambers (302, 304, 306) and said plurality of breather chambers (308, 310) are in fluidic connection forming a passage for an air-lubricant mixture to pass alternatively through the plurality of crankcase chambers (302, 304, 306) and the plurality of breather chambers (308,310) and to exit through the crankcase (110, 118); and at least a first crankcase chamber of said plurality of crankcase chambers (302, 304, 306) has a size substantially greater than that of at least a first breather chamber of said plurality of breather chambers (308, 310). a crankcase (110, 118) housing a crankshaft (112, 120) of the internal combustion engine, the crankcase (110, 118) comprising plurality of crankcase chambers (302, 304, 306); and a breather cover detachably attached to the crankcase (110, 118), the breather cover comprising plurality of breather chambers (308, 310);
Method for monitoring a power transmission line, comprising: - acquiring measured data (M1, M2) at a measuring point (7, 8) of the power transmission line by means of a measuring device (9, 10); - coupling-in of the measured data (M1, M2) acquired to the power transmission line; and - transmitting the measured data (M1, M2) to a measured data acquisition device via the power transmission line, characterised in that the measured data (M1, M2) are transmitted by the measuring device (9, 10) to the measured data acquisition device in a repeatedly reiterated manner and the repeatedly reiterated measured data (M1, M2) are superimposed in the measured data acquisition device and averaged measured data are determined by the superimposition. - acquiring measured data (M1, M2) at a measuring point (7, 8) of the power transmission line by means of a measuring device (9, 10); - coupling-in of the measured data (M1, M2) acquired to the power transmission line; and - transmitting the measured data (M1, M2) to a measured data acquisition device via the power transmission line, characterised in that the measured data (M1, M2) are transmitted by the measuring device (9, 10) to the measured data acquisition device in a repeatedly reiterated manner and the repeatedly reiterated measured data (M1, M2) are superimposed in the measured data acquisition device and averaged measured data are determined by the superimposition.
Media roll assembly for use in a wide format printing system, comprising: - a wide format media roll (10, 110) comprising a tubular core around which a print medium is wound; and - a transport package (1, 101) for lifting and positioning the media roll assembly into or out of the printing system, which transport package (1, 101) comprises: - a longitudinal, deformable support body (2, 102); characterised by - a releasable securing member (3, 103) for releasably securing a first end of the support body (2, 102) to an attachment region of the support body (2, 102), such that the support body (2, 102) forms a substantially closed loop around the media roll (10, 110), and which releasable securing member (3, 103) is arranged for opening the substantially closed loop of the support member (2, 102) for releasing the media roll (10, 110); and - at least one carrying member (4, 4a, 4b, 104) provided at the first and/or the second end (2a, 2b) of the support body (2, 102) and arranged for engaging lifting means for lifting the media roll assembly. - a wide format media roll (10, 110) comprising a tubular core around which a print medium is wound; and - a transport package (1, 101) for lifting and positioning the media roll assembly into or out of the printing system, which transport package (1, 101) comprises: - a longitudinal, deformable support body (2, 102); characterised by - a releasable securing member (3, 103) for releasably securing a first end of the support body (2, 102) to an attachment region of the support body (2, 102), such that the support body (2, 102) forms a substantially closed loop around the media roll (10, 110), and which releasable securing member (3, 103) is arranged for opening the substantially closed loop of the support member (2, 102) for releasing the media roll (10, 110); and - at least one carrying member (4, 4a, 4b, 104) provided at the first and/or the second end (2a, 2b) of the support body (2, 102) and arranged for engaging lifting means for lifting the media roll assembly. - a longitudinal, deformable support body (2, 102); characterised by - a releasable securing member (3, 103) for releasably securing a first end of the support body (2, 102) to an attachment region of the support body (2, 102), such that the support body (2, 102) forms a substantially closed loop around the media roll (10, 110), and which releasable securing member (3, 103) is arranged for opening the substantially closed loop of the support member (2, 102) for releasing the media roll (10, 110); and - at least one carrying member (4, 4a, 4b, 104) provided at the first and/or the second end (2a, 2b) of the support body (2, 102) and arranged for engaging lifting means for lifting the media roll assembly.
An apparatus comprising: means for obtaining an amplitude component of a transmission signal including transmission symbols distributed to a number of transmission resource blocks allocated to a radio transmitter for transmission; low-pass filtering means for low-pass filtering the amplitude component; means for adjusting a bandwidth of a pass band of the low-pass filtering means according to the number of transmission resource blocks; and power supply means for receiving the low-pass filtered amplitude component as an input and for generating a power supply signal for a power amplifier comprised in said apparatus from the low-pass filtered amplitude component. means for obtaining an amplitude component of a transmission signal including transmission symbols distributed to a number of transmission resource blocks allocated to a radio transmitter for transmission; low-pass filtering means for low-pass filtering the amplitude component; means for adjusting a bandwidth of a pass band of the low-pass filtering means according to the number of transmission resource blocks; and power supply means for receiving the low-pass filtered amplitude component as an input and for generating a power supply signal for a power amplifier comprised in said apparatus from the low-pass filtered amplitude component.
A cooling system comprising: a plurality of coolant distribution units (CDUs) adapted to distribute fluid throughout the cooling system, wherein each CDU includes a controller, wherein controllers of the plurality of CDUs are configured to communicate with each other; a sensor coupled to a first CDU of the plurality of CDUs via the controller included in the first CDU and adapted to provide a sensor output, wherein controllers of the plurality of CDUs are adapted to identify, based on the sensor output, a plurality of attributes of fluid chemistry of the fluid; injectors adapted to inject at least one additive into the fluid, wherein each injector includes a plurality of reservoirs (222, 223) to store a plurality of additives, and a corresponding plurality of gauges to identify fill levels of the plurality of reservoirs; and wherein the controllers are adapted to identify, based on the sensor output, that at least one attribute corresponding to levels of at least one of pH, biocide and corrosion inhibitor levels in the fluid is outside of a threshold range, and to direct the injectors to inject a corresponding at least one additive to bring the at least one attribute into the threshold range, wherein the controllers are adapted to identify that a given reservoir fill level has reached an action threshold, and further adapted to provide a refill indication corresponding to the given reservoir, wherein the controllers are in communication to coordinate injections of additives into the fluid to cooperatively bring a given attribute into a corresponding threshold range. a plurality of coolant distribution units (CDUs) adapted to distribute fluid throughout the cooling system, wherein each CDU includes a controller, wherein controllers of the plurality of CDUs are configured to communicate with each other; a sensor coupled to a first CDU of the plurality of CDUs via the controller included in the first CDU and adapted to provide a sensor output, wherein controllers of the plurality of CDUs are adapted to identify, based on the sensor output, a plurality of attributes of fluid chemistry of the fluid; injectors adapted to inject at least one additive into the fluid, wherein each injector includes a plurality of reservoirs (222, 223) to store a plurality of additives, and a corresponding plurality of gauges to identify fill levels of the plurality of reservoirs; and wherein the controllers are adapted to identify, based on the sensor output, that at least one attribute corresponding to levels of at least one of pH, biocide and corrosion inhibitor levels in the fluid is outside of a threshold range, and to direct the injectors to inject a corresponding at least one additive to bring the at least one attribute into the threshold range, wherein the controllers are adapted to identify that a given reservoir fill level has reached an action threshold, and further adapted to provide a refill indication corresponding to the given reservoir, wherein the controllers are in communication to coordinate injections of additives into the fluid to cooperatively bring a given attribute into a corresponding threshold range.
Method for configuring a terminal via a server in an IMS communication network, comprising the following steps: - receiving a SIP registration message from a terminal, the registration message comprising at least one parameter relating to an access network used by the terminal; - obtaining a configuration from the parameter relating to the access network contained in the received registration message, - transmitting a response to the registration message to the terminal, the message comprising the configuration obtained from the parameter relating to the access network; the method being characterized in that said obtained configuration comprises at least one strategy for selecting an access network of a second type when a loss of connection or a failure to establish a communication is detected on an access network of a first type. - receiving a SIP registration message from a terminal, the registration message comprising at least one parameter relating to an access network used by the terminal; - obtaining a configuration from the parameter relating to the access network contained in the received registration message, - transmitting a response to the registration message to the terminal, the message comprising the configuration obtained from the parameter relating to the access network;
A tissue ligating device (50; 60) used for ligating tissue, comprising: a first fixation part (51; 61) configured to allow a base end part of a suture thread to be fixed thereto; and a second fixation part (52; 62) configured to allow insertion of the suture thread therethrough and allow to be crimped so as to newly fix a part of the suture thread, and thereby to define a loop starting from the base end part, in a state after ligation of tissue is performed, wherein: the second fixation part (52; 62) includes a back side wall part (52B; 62B), a front side wall part (52F; 62F), and a curved wall part (52C; 62C) turning back from the back side wall part to the front side wall part, the back side wall part (52B; 62B) is longer than the front side wall part (52F; 62F), and a part of the back side wall part (52B; 62B) farther from the curved wall part (52C; 62C) than an end part (52A; 62A) of the front side wall part (52F; 62F) far from the curved wall part has a rising surface (52S; 62S) rising towards a front side and a surface (52T; 62T) continuing to the rising surface (52S; 62S) characterised in that the surface (52T; 62T) continuing to the rising surface (52S; 62S) is inclined or curved towards the front side. a first fixation part (51; 61) configured to allow a base end part of a suture thread to be fixed thereto; and a second fixation part (52; 62) configured to allow insertion of the suture thread therethrough and allow to be crimped so as to newly fix a part of the suture thread, and thereby to define a loop starting from the base end part, in a state after ligation of tissue is performed, wherein: the second fixation part (52; 62) includes a back side wall part (52B; 62B), a front side wall part (52F; 62F), and a curved wall part (52C; 62C) turning back from the back side wall part to the front side wall part, the back side wall part (52B; 62B) is longer than the front side wall part (52F; 62F), and a part of the back side wall part (52B; 62B) farther from the curved wall part (52C; 62C) than an end part (52A; 62A) of the front side wall part (52F; 62F) far from the curved wall part has a rising surface (52S; 62S) rising towards a front side and a surface (52T; 62T) continuing to the rising surface (52S; 62S) characterised in that the surface (52T; 62T) continuing to the rising surface (52S; 62S) is inclined or curved towards the front side. the second fixation part (52; 62) includes a back side wall part (52B; 62B), a front side wall part (52F; 62F), and a curved wall part (52C; 62C) turning back from the back side wall part to the front side wall part, the back side wall part (52B; 62B) is longer than the front side wall part (52F; 62F), and a part of the back side wall part (52B; 62B) farther from the curved wall part (52C; 62C) than an end part (52A; 62A) of the front side wall part (52F; 62F) far from the curved wall part has a rising surface (52S; 62S) rising towards a front side and a surface (52T; 62T) continuing to the rising surface (52S; 62S) characterised in that the surface (52T; 62T) continuing to the rising surface (52S; 62S) is inclined or curved towards the front side.