mhurhangee/ep-ind-claims huggingface dataset:
Frost-proof outlet fitting, comprising a valve housing which forms a valve seat, an outlet housing, an intermediate spindle which is accommodated in an intermediate pipe that connects the outlet housing to the valve housing, the outlet housing being provided with an output-side non-return valve and an input-side non-return valve which is upstream of the output-side non-return valve in the flow direction, and the input-side non-return valve being arranged in the outlet housing, characterised by a ventilation element (60, 61; 59) that is automatically actuated by a spindle of a valve upper part connected to the outlet housing, which ventilation element is provided upstream of the input-side non-return valve in the flow direction and is provided with a bypass channel.
Separator device applicable to manual ceramic cutters and in particular, to cutters provided with a support base for the ceramic piece, the separator device comprising: a tilting lever provided with a first end and a cam provided with a curved profile for actuating that tilting lever; wherein: - the cam profile has a non-uniform variation in its radius of curvature and it provides a variable relationship between the rotation of the cam and the movement of the first end of the tilting lever, depending on the rotational position of the cam between two possible end positions of its own rotation; characterized in that: - the non-uniform variation of the radius of curvature of the cam profile is configured to produce a first movement of the first end of the tilting lever when the cam rotates a first angle (β1) in an initial segment of its path; - the non-uniform variation of the radius of curvature of the cam profile is configured to produce a second movement of the first end of the tilting lever, that is longer than the first movement, when the cam rotates a second angle (β2) with the same amplitude as the first angle (β1) in a final segment of its path; and this determines that the device transmits a greater force to the tilting lever in the initial segment of the rotation of the cam and a lesser force in the final segment of the rotation of the cam. - the cam profile has a non-uniform variation in its radius of curvature and it provides a variable relationship between the rotation of the cam and the movement of the first end of the tilting lever, depending on the rotational position of the cam between two possible end positions of its own rotation; - the non-uniform variation of the radius of curvature of the cam profile is configured to produce a first movement of the first end of the tilting lever when the cam rotates a first angle (β1) in an initial segment of its path; - the non-uniform variation of the radius of curvature of the cam profile is configured to produce a second movement of the first end of the tilting lever, that is longer than the first movement, when the cam rotates a second angle (β2) with the same amplitude as the first angle (β1) in a final segment of its path;
Apparatus for detecting a fault in a printing system (200; 300), comprising: a monitoring module to: determine the length of a portion of a photoconductive foil installed on an imaging member as the imaging member rotates; and indicate a fault condition when the determined length is different to a reference length. determine the length of a portion of a photoconductive foil installed on an imaging member as the imaging member rotates; and indicate a fault condition when the determined length is different to a reference length.
A gas supply system that supplies a gas after making confluence of flows of the gas from a plurality of gas containers (30, 40) in which the gas is contained, characterized by comprising: a supply pressure detector that detects supply pressure (Ps) that is a post-confluence pressure of the gas that occurs following the confluence in a supply channel of the gas; and a controller that permits a gas supply-destination apparatus to which the gas is supplied to be activated if the supply pressure (Ps) detected by the supply pressure detector at a time point of elapse of a predetermined determination time (t) following a time point at which the gas starts to be supplied is greater than or equal to a predetermined threshold pressure, and that prohibits the gas supply-destination apparatus from being activated if the supply pressure (Ps) detected at the time point of elapse of the predetermined determination time (t) is less than the threshold pressure, wherein the controller uses a first determination time as the determination time (t) if it is determined that internal pressures (Pi) each of which is pressure of the gas contained in a corresponding one of the plurality of gas containers are not imbalanced between the plurality of gas containers, and uses a second determination time that is longer than the first determination time as the determination time (t) if it is determined that the internal pressures (Pi) of the plurality of gas containers are imbalanced between the plurality of gas containers. a supply pressure detector that detects supply pressure (Ps) that is a post-confluence pressure of the gas that occurs following the confluence in a supply channel of the gas; and a controller that permits a gas supply-destination apparatus to which the gas is supplied to be activated if the supply pressure (Ps) detected by the supply pressure detector at a time point of elapse of a predetermined determination time (t) following a time point at which the gas starts to be supplied is greater than or equal to a predetermined threshold pressure, and that prohibits the gas supply-destination apparatus from being activated if the supply pressure (Ps) detected at the time point of elapse of the predetermined determination time (t) is less than the threshold pressure, wherein the controller uses a first determination time as the determination time (t) if it is determined that internal pressures (Pi) each of which is pressure of the gas contained in a corresponding one of the plurality of gas containers are not imbalanced between the plurality of gas containers, and uses a second determination time that is longer than the first determination time as the determination time (t) if it is determined that the internal pressures (Pi) of the plurality of gas containers are imbalanced between the plurality of gas containers.
A waste transfer unit configured to be installed above or below a sink or countertop area, comprising: a unit body comprising a waste receiving portion including a front face and an opening for receiving waste; the unit body enclosing a waste-side conduit in fluid communication with the opening, and a flush valve allowing fluid communication between the waste-side conduit and a vacuum-side conduit when the flush valve is in its open position; wherein the waste receiving portion is configured to tilt, hinge, or slide away from the unit body in order to receive waste, wherein the received waste is transferred to a main waste tank via vacuum through the vacuum-side conduit, wherein closing of the waste receiving portion automatically activates the flush valve or activates a periodic or delayed flush, characterized in that closing of the waste receiving portion creates an automatic lock between the unit body and the waste receiving portion until a flush has completed. a unit body comprising a waste receiving portion including a front face and an opening for receiving waste; the unit body enclosing a waste-side conduit in fluid communication with the opening, and a flush valve allowing fluid communication between the waste-side conduit and a vacuum-side conduit when the flush valve is in its open position; wherein the waste receiving portion is configured to tilt, hinge, or slide away from the unit body in order to receive waste, wherein the received waste is transferred to a main waste tank via vacuum through the vacuum-side conduit, wherein closing of the waste receiving portion automatically activates the flush valve or activates a periodic or delayed flush, characterized in that closing of the waste receiving portion creates an automatic lock between the unit body and the waste receiving portion until a flush has completed.
A method performed by a user equipment, the method comprising: establishing a wireless connection to a network using a first base station that supports a first core-network type; suspending the wireless connection to the network; performing a first cell-selection procedure that selects a second base station; processing system information received from the second base station to determine that the second base station supports a second core-network type; determining that the second core-network type is different from the first core-network type; and responsive to determining that the second core-network type is different, performing, in place of initiating a connection-resume procedure, one or more first operations comprising: i) releasing the wireless connection to the network; ii) performing a connection-establishment procedure with the second base station; iii) performing a first instance of postponing the connection-resume procedure, the first instance of postponing comprising: initiating a first timer; and performing a second cell-selection procedure responsive to an expiration of the first timer; or iv) sending a message to an upper layer, the message indicating an intent not to perform the connection-resume procedure. establishing a wireless connection to a network using a first base station that supports a first core-network type; suspending the wireless connection to the network; performing a first cell-selection procedure that selects a second base station; processing system information received from the second base station to determine that the second base station supports a second core-network type; determining that the second core-network type is different from the first core-network type; and responsive to determining that the second core-network type is different, performing, in place of initiating a connection-resume procedure, one or more first operations comprising: i) releasing the wireless connection to the network; ii) performing a connection-establishment procedure with the second base station; iii) performing a first instance of postponing the connection-resume procedure, the first instance of postponing comprising: initiating a first timer; and performing a second cell-selection procedure responsive to an expiration of the first timer; or iv) sending a message to an upper layer, the message indicating an intent not to perform the connection-resume procedure. i) releasing the wireless connection to the network; ii) performing a connection-establishment procedure with the second base station; iii) performing a first instance of postponing the connection-resume procedure, the first instance of postponing comprising: initiating a first timer; and performing a second cell-selection procedure responsive to an expiration of the first timer; or initiating a first timer; and performing a second cell-selection procedure responsive to an expiration of the first timer; or iv) sending a message to an upper layer, the message indicating an intent not to perform the connection-resume procedure.
Sales device for serviced sales of in particular meat, sausage or cheese, consisting of at least one set of shop scales and a counter that comprises a display area, a counter surface and a cover (11a, 11b, 12), wherein the sales device comprises pressure sensors in the display area that locally detect a respective weight force and wherein the sales device comprises an evaluation unit that, in the event of a change in a signal of at least one pressure sensor, assigns the signal a location within the display area and identifies a corresponding product on the basis of the location, characterized in that the pressure sensors are at least three, preferably four, weighing cells that use their sides on which force is introduced to support corners of a product presentation plate, and in that the evaluation unit ascertains centre of gravity coordinates of the product presentation plate from the data of the weighing cells.
A method performed by a synchronisation report module for providing paths to a synchronisation module for being utilised when selecting which one of a first Synchronisation Master reference and a second Synchronisation Master reference to be applied by a first access network node (220, 222, 224) and a second access network node (220, 222, 224), the synchronisation report module being associated with a network node (200, 220, 222, 224, 230) of a communication network, the communication network comprising at least one Synchronisation Master entity, the method comprising: • receiving a request for two paths of the first Synchronisation Master reference and two paths of the second Synchronisation Master reference from the synchronisation module, the two paths of the first Synchronisation Master reference extend between a Synchronisation Master entity of the first Synchronisation Master reference and respective ones of the first access network node (220, 222, 224) and the second access network node (220, 222, 224), and the two paths of the second Synchronisation Master reference extending between a/the Synchronisation Master entity of the second Synchronisation Master reference and the respective ones of the first access network node (220, 222, 224) and the second access network node (220, 222, 224), wherein the request comprises endpoints of paths of the plurality of Synchronisation Master references; • in response to the received request, determining the two paths of the first Synchronisation Master reference and the two paths of the second Synchronisation Master reference based on a Path Computation Engine, PCE, and • sending the determined paths to the synchronisation module. • receiving a request for two paths of the first Synchronisation Master reference and two paths of the second Synchronisation Master reference from the synchronisation module, the two paths of the first Synchronisation Master reference extend between a Synchronisation Master entity of the first Synchronisation Master reference and respective ones of the first access network node (220, 222, 224) and the second access network node (220, 222, 224), and the two paths of the second Synchronisation Master reference extending between a/the Synchronisation Master entity of the second Synchronisation Master reference and the respective ones of the first access network node (220, 222, 224) and the second access network node (220, 222, 224), wherein the request comprises endpoints of paths of the plurality of Synchronisation Master references; • in response to the received request, determining the two paths of the first Synchronisation Master reference and the two paths of the second Synchronisation Master reference based on a Path Computation Engine, PCE, and • sending the determined paths to the synchronisation module.
A rotor structure for an interior permanent magnet electric motor comprising: a laminated rotor core which comprises at least one stack of thin plates, the stack having a first end and a second end, each plate in the stack including at least one window which is aligned with a corresponding window of an adjacent plate so that the windows together form an elongate pocket that extends along at least a part of the length of the core starting at a first end of the core, and at least one permanent magnet located in the pocket, wherein at least one plate at the first end of the stack includes an integral retention feature which projects above the window in the plate and which engages the first end of the magnet thereby to retain the magnet in the pocket, characterized in that the retention feature extends axially away from the main body of the plate and retains the magnet so that an end face of the magnet is substantially flush with the face of the main body of the endmost plate of the stack that faces away from the stack. a laminated rotor core which comprises at least one stack of thin plates, the stack having a first end and a second end, each plate in the stack including at least one window which is aligned with a corresponding window of an adjacent plate so that the windows together form an elongate pocket that extends along at least a part of the length of the core starting at a first end of the core, and at least one permanent magnet located in the pocket, wherein at least one plate at the first end of the stack includes an integral retention feature which projects above the window in the plate and which engages the first end of the magnet thereby to retain the magnet in the pocket, characterized in that the retention feature extends axially away from the main body of the plate and retains the magnet so that an end face of the magnet is substantially flush with the face of the main body of the endmost plate of the stack that faces away from the stack.
A machine to collect liquid with surplus phytosanitary products from treatments carried out with equipment for applying phytosanitary products, comprising means for collecting liquid comprising a floor, a sump arranged on the floor, a pit connected to the sump by means of an underground pipe, the assembly collects the liquid deposited on the floor into the pit, including an impulse pump with an outlet pipe; wherein the machine comprises a tool of channelling the liquid projected and/or sprayed by equipment for applying phytosanitary products comprising at least one tool for channelling the liquid, installed on the floor; the liquid channelled by the tool is collected in the pit, the machine comprises isolating means to delimit the liquid collection zone of said machine and isolate the collection zone from the external environment, comprising a metal structure that supports two isolating walls and one isolating roof and two isolating doors; the walls and roof comprises a plurality of mechanisms that project and/or spray water connected to a water supply controlled by a solenoid valve, which is controlled by a control panel, which can be the same as that of the tool that channels the liquid projected and/or sprayed if this has a control panel, and arranged such that on projecting and/or spraying water, the splashes occurs in the liquid collection zone fall to the floor of the machine; the isolating doors comprises a plurality of mechanisms that project and/or spray water, connected to a water supply controlled by a solenoid valve, which is controlled by the control panel, arranged for operating they form a curtain of water that prevents splashes with phytosanitary products that may be volatile from escaping through the isolating doors and drives the splashes to the floor so that they are finally collected in the pit; the isolating doors also comprises a curtain formed of a plurality of plastic strips that open and close the isolating doors and isolate the liquid collection zone from the external environment.
Valve assembly for an injection valve, comprising - a valve body with a central longitudinal axis comprising a cavity with a fluid inlet portion and a fluid outlet portion, wherein the cavity comprises a first portion extending from the fluid inlet portion to a bottom surface and a second portion extending from a central opening in the bottom surface down towards the fluid outlet portion, - a valve needle axially moveable in the cavity, the valve needle comprising a shaft and a ball, the ball cooperating with a valve seat to prevent a fluid flow through the fluid outlet portion in a closing position and to release the fluid flow through the fluid outlet portion in further positions, - a seat body, the seat body being an integral part of the valve body and forming the valve seat and a ball guide; - an armature of an electro-magnetic actuator unit being designed to actuate the valve needle, the armature being arranged in the first portion of the cavity; wherein a lower particle filter is entirely arranged in the second portion of the cavity, wherein the lower particle filter is positioned upstream of the seat body, characterized in that the lower particle filter comprises one element, which is fixed to the needle, wherein one section of the lower particle filter is resiliently supported by the valve body or wherein the lower particle filter comprises at least two elements, a first element being fixed to the valve needle and a second element being fixed to the valve body. - a valve body with a central longitudinal axis comprising a cavity with a fluid inlet portion and a fluid outlet portion, wherein the cavity comprises a first portion extending from the fluid inlet portion to a bottom surface and a second portion extending from a central opening in the bottom surface down towards the fluid outlet portion, - a valve needle axially moveable in the cavity, the valve needle comprising a shaft and a ball, the ball cooperating with a valve seat to prevent a fluid flow through the fluid outlet portion in a closing position and to release the fluid flow through the fluid outlet portion in further positions, - a seat body, the seat body being an integral part of the valve body and forming the valve seat and a ball guide; - an armature of an electro-magnetic actuator unit being designed to actuate the valve needle, the armature being arranged in the first portion of the cavity;
Method for secure storage and retrieval of an original data string generated by a data source, the method comprising the following steps: - generating a plurality of independent first output strings; - selecting a plurality of sets of first output strings, - assigning a further output string for each set of first output strings, the further output string being assigned in such a way that a bit-by-bit modulo two sum of the further output string and the first output strings in the set equals said original data string or, when the original data string is an image matrix and the first output strings are matrices, the further output string being a matrix assigned in such a way that a sum of the matrices that are the first output strings of the set and the matrix that is the further output string equals a matrix that is the original data string; - registering the sets of first output strings and their assigned further output strings; - storing the output strings in a set separately such that mutually different access rights are needed for retrieval of the output strings and - for retrieval of a replica of said original data string generated by the data source, the separately stored first output strings of either of the sets and the further output string assigned to that set are retrieved and summed to each other, resulting in said replica. - generating a plurality of independent first output strings; - selecting a plurality of sets of first output strings, - assigning a further output string for each set of first output strings, the further output string being assigned in such a way that a bit-by-bit modulo two sum of the further output string and the first output strings in the set equals said original data string or, when the original data string is an image matrix and the first output strings are matrices, the further output string being a matrix assigned in such a way that a sum of the matrices that are the first output strings of the set and the matrix that is the further output string equals a matrix that is the original data string; - registering the sets of first output strings and their assigned further output strings; - storing the output strings in a set separately such that mutually different access rights are needed for retrieval of the output strings and - for retrieval of a replica of said original data string generated by the data source, the separately stored first output strings of either of the sets and the further output string assigned to that set are retrieved and summed to each other, resulting in said replica.