mhurhangee/patent-ind-claim-en huggingface dataset:
A method for evaluating the state and the quality of low-voltage networks, in the branched system of which a plurality of connected loads is located, by determining network measurement data by means of power quality measuring and testing devices and transferring the network measurement data by means of an interface to a control system or in retrievable form to a server, characterized in that the overvoltage protection devices employed or employable in the low-voltage system, which have a self-diagnosis unit and an existing wireless or wired standard interface for data transmission are upgraded by means of integrated or adapted power quality measuring and testing devices for determining network measurement data, wherein due to the intended versatile comprehensive employment of such upgraded overvoltage protection devices at the most different points of the low-voltage network, a network state map is established, and the network state data resulting therefrom in a location and time relation are kept available and can be retrieved by the network operator or supplier.
Kinetic turbopump assembly for a closed circuit, in particular of the Rankine cycle type, comprising a turbopump and an internal combustion engine with a drive shaft , in particular for a motor vehicle or lorry, in which one of the faces of said engine bears accessories of this engine and also at least one winding roller (30, 30', 30") for a rotational movement transmission belt connecting at least said accessories to the drive shaft , characterized in that the assembly comprises a rotational movement transmission path (T) between the shaft of the turbopump and said winding roller, which is separate from said rotational movement transmission belt .
A flooded lead-acid battery, comprising: a container; a plurality of positive plates disposed in the container; a plurality of negative plates disposed in the container; a pasting substrate embedded into an active material of at least one surface of either the positive plates or the negative plates of each respective plurality, wherein the pasting substrate has a basis weight of 23 g/m 2 to 31 g/m 2 and the pasting substrate comprises greater than about 50 wt.% glass fibers based on the total weight of the pasting substrate; and an electrolyte disposed in the container to a sufficient level to flood the plurality of positive and negative plates, wherein the pasting substrate comprises a blend of fibers having an average fiber diameter of 5 μm to 8 μm with fibers having an average fiber diameter of 11 to 14 μm. a container; a plurality of positive plates disposed in the container; a plurality of negative plates disposed in the container; a pasting substrate embedded into an active material of at least one surface of either the positive plates or the negative plates of each respective plurality, wherein the pasting substrate has a basis weight of 23 g/m 2 to 31 g/m 2 and the pasting substrate comprises greater than about 50 wt.% glass fibers based on the total weight of the pasting substrate; and an electrolyte disposed in the container to a sufficient level to flood the plurality of positive and negative plates,
An integrated circuit device comprising: programmable logic fabric disposed on a first integrated circuit die , wherein the programmable logic fabric comprises a first sector of programmable logic fabric and a second sector of programmable logic fabric , wherein the first sector of programmable logic fabric is configured to be programmed with a circuit design that operates on a first set of data; and sector-aligned memory disposed on a second integrated circuit die , wherein the sector-aligned memory comprises a first sector of sector-aligned memory directly accessible by the first sector of programmable logic fabric and a second sector of sector-aligned memory directly accessible by the second sector of programmable logic fabric , wherein the first sector of sector-aligned memory is configured to store the first set of data, wherein the first sector of programmable logic fabric comprises in-fabric memory configured to be written with data from the sector-aligned memory , the first integrated circuit die and the second integrated circuit die are vertically stacked; and the first sector of programmable logic fabric is aligned with the first sector of sector-aligned memory . programmable logic fabric disposed on a first integrated circuit die , wherein the programmable logic fabric comprises a first sector of programmable logic fabric and a second sector of programmable logic fabric , wherein the first sector of programmable logic fabric is configured to be programmed with a circuit design that operates on a first set of data; and sector-aligned memory disposed on a second integrated circuit die , wherein the sector-aligned memory comprises a first sector of sector-aligned memory directly accessible by the first sector of programmable logic fabric and a second sector of sector-aligned memory directly accessible by the second sector of programmable logic fabric , wherein the first sector of sector-aligned memory is configured to store the first set of data, wherein the first sector of programmable logic fabric comprises in-fabric memory configured to be written with data from the sector-aligned memory , the first integrated circuit die and the second integrated circuit die are vertically stacked; and the first sector of programmable logic fabric is aligned with the first sector of sector-aligned memory .
A payload mechanism for a vehicle, the payload mechanism comprising: a door operable to be in a closed configuration or an open configuration within a recess of the vehicle, the recess having an aperture ; a first bearing unit comprising a first bearing and a second bearing , the first bearing unit being coupled to one end of the door such that the door can rotate about the axis of rotation of the first bearing and wherein the first bearing unit can rotate about the axis of rotation of the second bearing , wherein the axis of rotation of the first bearing is offset from the axis of rotation of the second bearing ; and a drive unit arranged to selectively drive either: the first bearing and the second bearing simultaneously at opposite and equal angular rates of motion to rotate the door in a first direction about the axis of rotation of the first bearing and to rotate the first bearing unit in a second direction about the axis of rotation of the second bearing to move the door closer to or away from the aperture , or the first bearing but not the second bearing to rotate the door about the axis of rotation of the first bearing . a door operable to be in a closed configuration or an open configuration within a recess of the vehicle, the recess having an aperture ; a first bearing unit comprising a first bearing and a second bearing , the first bearing unit being coupled to one end of the door such that the door can rotate about the axis of rotation of the first bearing and wherein the first bearing unit can rotate about the axis of rotation of the second bearing , wherein the axis of rotation of the first bearing is offset from the axis of rotation of the second bearing ; and a drive unit arranged to selectively drive either: the first bearing and the second bearing simultaneously at opposite and equal angular rates of motion to rotate the door in a first direction about the axis of rotation of the first bearing and to rotate the first bearing unit in a second direction about the axis of rotation of the second bearing to move the door closer to or away from the aperture , or the first bearing but not the second bearing to rotate the door about the axis of rotation of the first bearing .
A piston guiding element for providing support for a front end portion (FE) of a reciprocating percussion piston of a rock drilling machine ; and wherein the element is a sleeve-like piece mountable inside a body of the rock drilling machine between the percussion piston and the body ; and the element comprises a first end , second end , an outer surface and an inner surface ; wherein the first end is intended to be facing towards an impact direction (ID) of the percussion piston ; characterized in that the opposite second end of the element is intended to be facing towards a return direction (RD) of the percussion piston and is provided with a braking recess with a greater diameter on the inner surface , and the braking recess extending a first axial distance (Ad1) from the second end towards the first end ; the inner surface of the element comprises a first groove which is located at a second axial distance (Ad2) from the braking recess ; the element is provided with at least one radial opening between a bottom of the first groove and the outer surface ; the inner surface comprises a first axial section (As1) between the mentioned braking recess and the first groove , and a second axial section (As2) between the first groove and the first end ; the element comprises at least one separate bearing sleeve mounted inside the element and provided with the mentioned first and second axial sections (As1, As2); and wherein at least the mentioned first and second axial sections (As1, As2) comprise slide bearing material. and wherein the element is a sleeve-like piece mountable inside a body of the rock drilling machine between the percussion piston and the body ; and the element comprises a first end , second end , an outer surface and an inner surface ; wherein the first end is intended to be facing towards an impact direction (ID) of the percussion piston ; characterized in that the opposite second end of the element is intended to be facing towards a return direction (RD) of the percussion piston and is provided with a braking recess with a greater diameter on the inner surface , and the braking recess extending a first axial distance (Ad1) from the second end towards the first end ; the inner surface of the element comprises a first groove which is located at a second axial distance (Ad2) from the braking recess ; the element is provided with at least one radial opening between a bottom of the first groove and the outer surface ; the inner surface comprises a first axial section (As1) between the mentioned braking recess and the first groove , and a second axial section (As2) between the first groove and the first end ; the element comprises at least one separate bearing sleeve mounted inside the element and provided with the mentioned first and second axial sections (As1, As2); and wherein at least the mentioned first and second axial sections (As1, As2) comprise slide bearing material.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: R 1 and R 2 each is Cl, or R 1 and R 2 are joined to form an oxalate; R 4 and R 5 are each H or together constitute a cyclohexyl ring, X-R 3 is selected from the group consisting of: Y-Z-R 6 is selected from the group consisting of: R 1 and R 2 each is Cl, or R 1 and R 2 are joined to form an oxalate; R 4 and R 5 are each H or together constitute a cyclohexyl ring, X-R 3 is selected from the group consisting of: Y-Z-R 6 is selected from the group consisting of:
Handheld work apparatus having a guide tube , on which a tool unit with at least one tool is arranged, comprising a drive motor for driving the at least one tool , wherein at least one handle , which encloses the guide tube , is arranged on the guide tube , wherein a first operating element and a second operating element are pivotably mounted on the handle , wherein the first operating element is designed to start up the drive motor and is mounted pivotably about a first pivot axis which is transverse to a longitudinal centre axis of the guide tube , wherein the second operating element is mounted pivotably about a second pivot axis , wherein the guide tube has a centre plane , which contains a longitudinal centre axis of the guide tube and is aligned parallel to the first pivot axis , wherein the first operating element projects out of the handle on a first side of the centre plane , and wherein the second operating element is pivotably mounted on a first pivot bearing and a second pivot bearing , characterized in that the first pivot bearing is arranged on the first side of the centre plane and the second pivot bearing is arranged on an opposite, second side of the centre plane , and in that the second operating element has an opening , through which the guide tube projects. and wherein the second operating element is pivotably mounted on a first pivot bearing and a second pivot bearing , characterized in that the first pivot bearing is arranged on the first side of the centre plane and the second pivot bearing is arranged on an opposite, second side of the centre plane , and in that the second operating element has an opening , through which the guide tube projects.
An air conditioner comprising an adapter including a control unit configured to control the air conditioner using a learning model and a communication unit configured to communicate with a server device for generating the learning model on the basis of operation history data of the air conditioner, wherein the adapter includes: an acquisition unit configured to acquire the data every predetermined cycle from the air conditioner; a determination unit configured to determine whether or not an amount of change between temporally continuous data of the data acquired by the acquisition unit is within a predetermined range; an erasing unit configured to leave at least one of the continuous data and delete the other data in a case where the amount of change between the continuous data is within the predetermined range; and a transmission unit configured to transmit the data after the other data is deleted by the erasing unit to the server device. an acquisition unit configured to acquire the data every predetermined cycle from the air conditioner; a determination unit configured to determine whether or not an amount of change between temporally continuous data of the data acquired by the acquisition unit is within a predetermined range; an erasing unit configured to leave at least one of the continuous data and delete the other data in a case where the amount of change between the continuous data is within the predetermined range; and a transmission unit configured to transmit the data after the other data is deleted by the erasing unit to the server device.
A brazed fluid connection for a heat exchanger , comprising: a fluid flow channel extending from a first end of the brazed fluid connection to a second end of the brazed fluid connection ; a cylindrical extension arranged at the second end and received into a cylindrical aperture provided in a top plate of the heat exchanger ; a shoulder adjacent to the cylindrical extension disposed against a flange extending along a periphery of the aperture , the brazed fluid connection being characterised by a plurality of protrusions extending from an outer surface of the cylindrical extension , one or more of the plurality of protrusions engaging against a cylindrical inner wall of the flange ; and braze alloy creating a metallurgical joint between the cylindrical extension and the cylindrical inner wall of the flange . a fluid flow channel extending from a first end of the brazed fluid connection to a second end of the brazed fluid connection ; a cylindrical extension arranged at the second end and received into a cylindrical aperture provided in a top plate of the heat exchanger ; a shoulder adjacent to the cylindrical extension disposed against a flange extending along a periphery of the aperture , the brazed fluid connection being characterised by a plurality of protrusions extending from an outer surface of the cylindrical extension , one or more of the plurality of protrusions engaging against a cylindrical inner wall of the flange ; and braze alloy creating a metallurgical joint between the cylindrical extension and the cylindrical inner wall of the flange .
A communication method in a wireless communication network including a plurality of nodes (N) that can form a peer-to-peer group, the method comprising: an owner node (N10) operating as an access point in a first group (G1) selects one or a plurality of client nodes in the first group as delivery nodes; in response to receipt of a delivery node designation instruction from the owner node, the delivery node (N13) disconnects from the group and connects to a second group (G2) that is present in vicinity to the delivery node (N13); and information is transferred between the delivery node (N13) and an owner node (N15) of the second group (G2). an owner node (N10) operating as an access point in a first group (G1) selects one or a plurality of client nodes in the first group as delivery nodes; in response to receipt of a delivery node designation instruction from the owner node, the delivery node (N13) disconnects from the group and connects to a second group (G2) that is present in vicinity to the delivery node (N13); and information is transferred between the delivery node (N13) and an owner node (N15) of the second group (G2).
A self-centering vise comprising a body , two or more jaws (3-5) constrained to the body and actuators (6-8) of the jaws (3-5), wherein the jaws (3-5) are movable with respect to the body , on a lying plane of the jaws (3-5), close to and away from a workpiece gripping axis (Y), to clamp a workpiece on said workpiece gripping axis (Y) and to release the workpiece, in response to the stresses imparted by said actuators (6-8), and characterized in that each actuator (6-8) comprises a thrust element susceptible to displacements parallel to the lying plane of the jaws (3-5) in response to the stresses imparted by a fluid fed to the vise , and each jaw (3-5) comprises two guides inclined and symmetrical with respect to the displacement direction (B-B) of the jaw (3-5), and said thrust element comprises two walls inclined and symmetrical with respect to the displacement direction (X-X) of the same thrust element , and actuator (6-8) exerts its own thrust simultaneously on two jaws (3-4; 4-5; 3-5) by slidingly engaging the guides of two jaws (3-5) with its own inclined walls . wherein the jaws (3-5) are movable with respect to the body , on a lying plane of the jaws (3-5), close to and away from a workpiece gripping axis (Y), to clamp a workpiece on said workpiece gripping axis (Y) and to release the workpiece, in response to the stresses imparted by said actuators (6-8), and characterized in that each actuator (6-8) comprises a thrust element susceptible to displacements parallel to the lying plane of the jaws (3-5) in response to the stresses imparted by a fluid fed to the vise , and each jaw (3-5) comprises two guides inclined and symmetrical with respect to the displacement direction (B-B) of the jaw (3-5), and said thrust element comprises two walls inclined and symmetrical with respect to the displacement direction (X-X) of the same thrust element , and actuator (6-8) exerts its own thrust simultaneously on two jaws (3-4; 4-5; 3-5) by slidingly engaging the guides of two jaws (3-5) with its own inclined walls .
A culvert system for laying of social infrastructure below ground level, comprising: a channel module , which defines an elongate space for laying of a plurality of conduits so that these extend in the longitudinal direction of the channel module, and a coupling chamber (20, 20', 20"), which defines a coupling space for joining of and/or connection to/from said conduits, wherein a downward pressure provided by the coupling chamber is greater than a downward pressure provided by the channel module, characterized in that a plurality of conduits are laid in the channel module and extend in the longitudinal direction of the channel module, said conduits serving for different applications like fresh water, waste water, rain water, district heating, district cooling, ventilation, electricity, electrical communication, fibre-optic communication, gas and/or refuse collection. a channel module , which defines an elongate space for laying of a plurality of conduits so that these extend in the longitudinal direction of the channel module, and a coupling chamber (20, 20', 20"), which defines a coupling space for joining of and/or connection to/from said conduits, wherein a downward pressure provided by the coupling chamber is greater than a downward pressure provided by the channel module, characterized in that a plurality of conduits are laid in the channel module and extend in the longitudinal direction of the channel module, said conduits serving for different applications like fresh water, waste water, rain water, district heating, district cooling, ventilation, electricity, electrical communication, fibre-optic communication, gas and/or refuse collection.
A ventilation arrangement of a building, having at least one supply air channel in connection with which there is at least one supply air heat exchanger radiator to heat/cool the supply air, at least one exhaust air channel in connection with which there is at least one exhaust air heat exchanger radiator to heat/cool the exhaust air, at least one heat exchanger circuit based on the circulation of heat transfer liquid to conduct heating/cooling to the heat exchanger radiator of the supply air channel and the heat exchanger radiator of the exhaust air channel , a control unit to change the amount of air to be replaced in the building by changing the amount of air brought in the building through said at least one supply air channel and by changing in the corresponding proportion the amount of exhaust air removed through at least one exhaust air channel in air flow connection with said at least one supply air channel , characterised in that the control unit is adapted to change the surface area of said supply air and exhaust air heat exchanger radiators , which takes part in the heat exchange, in relation to the change in the amount of air replaced in the building, and in that the control unit is adapted to change the amount of heat transfer liquid fed to said supply air and exhaust air heat exchanger radiators in relation to the change in the amount of air replaced in the building without substantially changing the rate of flow of the heat transfer liquid in the heat exchanger radiators . at least one supply air channel in connection with which there is at least one supply air heat exchanger radiator to heat/cool the supply air, at least one exhaust air channel in connection with which there is at least one exhaust air heat exchanger radiator to heat/cool the exhaust air, at least one heat exchanger circuit based on the circulation of heat transfer liquid to conduct heating/cooling to the heat exchanger radiator of the supply air channel and the heat exchanger radiator of the exhaust air channel , a control unit to change the amount of air to be replaced in the building by changing the amount of air brought in the building through said at least one supply air channel and by changing in the corresponding proportion the amount of exhaust air removed through at least one exhaust air channel in air flow connection with said at least one supply air channel , characterised in that the control unit is adapted to change the surface area of said supply air and exhaust air heat exchanger radiators , which takes part in the heat exchange, in relation to the change in the amount of air replaced in the building, and in that the control unit is adapted to change the amount of heat transfer liquid fed to said supply air and exhaust air heat exchanger radiators in relation to the change in the amount of air replaced in the building without substantially changing the rate of flow of the heat transfer liquid in the heat exchanger radiators .