mhurhangee/ep-ind-claims huggingface dataset:
A safety coupling assembly for connecting segments of a conduit comprising: - A first coupling member comprising a first flange for connecting to a first segment of a conduit, the first coupling member comprising at least one recess on its surface, - A second coupling member designed to mate with the first coupling member; Said second coupling member comprising: - A first flange for connecting to a second segment of a conduit, and - At least one spring loaded movable latch designed to engage the at least one recess on the surface of the first coupling member; Wherein the latch comprises: - A primary latch pivotable about a first pivot axis in a first rotational direction against the load of a first spring between a connect position and a disconnect position, and; - A secondary latch mounted on the primary latch via a second pivot axis so as to be pivotable about said second pivot axis in a second rotational direction opposite to the first rotational direction against the load of a second spring, away from a rest position in which the secondary latch abuts against the primary latch. - A first coupling member comprising a first flange for connecting to a first segment of a conduit, the first coupling member comprising at least one recess on its surface, - A second coupling member designed to mate with the first coupling member; - A first flange for connecting to a second segment of a conduit, and - At least one spring loaded movable latch designed to engage the at least one recess on the surface of the first coupling member; - A primary latch pivotable about a first pivot axis in a first rotational direction against the load of a first spring between a connect position and a disconnect position, and; - A secondary latch mounted on the primary latch via a second pivot axis so as to be pivotable about said second pivot axis in a second rotational direction opposite to the first rotational direction against the load of a second spring, away from a rest position in which the secondary latch abuts against the primary latch.
Lever-type cam follower, in particular for a sliding cam valve drive of an internal combustion engine, having a cam run-on roller, a rest for a gas exchange valve and a bearing point for support with respect to a cylinder head of the internal combustion engine, which cam follower has two side walls which are connected by way of a transverse bar and between which the cam run-on roller which is mounted on a pin is received, which pin runs in bores of the side walls, characterized in that each bore intersects a cam-facing longitudinal side of its side wall in sections, in such a way that the pin lies exposed with a circumferential segment on the said longitudinal side.
A wafer comprising a plurality of individual optical chips (10a, 10b, 10c, 10d), the wafer configured and designed for said individual optical chips to be cleaved from said wafer along predetermined cleave lines, each individual optical chip being configured to perform a corresponding optical function and comprising circuitry for performing the optical function, the wafer including: a first optical chip among the plurality of optical chips; and a sacrificial test structure (58,62) for testing the optical function of the first optical chip, the sacrificial test structure being arranged on the wafer in a region adjacent to the first optical chip and separated therefrom by a predefined cleave line such that the sacrificial test structure is severed from the first optical chip upon cleaving the first optical chip from the wafer along the predefined cleave line; characterised in that the circuitry of the first optical chip is optically coupled to the sacrificial test structure via one or more waveguides running contiguously across the predefined cleave line such that the one or more waveguides are severed upon cleaving of the first optical chip from the wafer; and in that the sacrificial test structure is configured to be contacted by an electrode of a testing apparatus to control and monitor the sacrificial test structure for testing the optical function of the first optical chip. a first optical chip among the plurality of optical chips; and a sacrificial test structure (58,62) for testing the optical function of the first optical chip, the sacrificial test structure being arranged on the wafer in a region adjacent to the first optical chip and separated therefrom by a predefined cleave line such that the sacrificial test structure is severed from the first optical chip upon cleaving the first optical chip from the wafer along the predefined cleave line; characterised in that the circuitry of the first optical chip is optically coupled to the sacrificial test structure via one or more waveguides running contiguously across the predefined cleave line such that the one or more waveguides are severed upon cleaving of the first optical chip from the wafer; and in that the sacrificial test structure is configured to be contacted by an electrode of a testing apparatus to control and monitor the sacrificial test structure for testing the optical function of the first optical chip.
Support system for wall and additional elements, having a frame which has an approximately U-shaped region formed by profile parts and intended for receiving one or more wall elements, wherein the frame comprises, on an outer side, a clamping profile which can also be removed after completion of the mounting work, wherein the legs of the U-shaped frame are formed by respective profile parts (1, 7), and wherein an L-shaped intermediate piece is inserted between the profile parts (1, 7), one leg of which intermediate piece forms the base of the U-shaped region and the second leg of which intermediate piece reinforces the leg on the inner side of the support system, characterized in that the removable clamping profile is mounted on the underside of the frame, and in that the removable clamping profile is covered by a windowsill.
An entry system for a building that includes a plurality of suites, each having a suite lock and a plurality of rooms, each having a room lock, the system comprising: a first door lock that is a suite lock for one of the suites, that includes a controller; wherein the first door lock is configured for encoding access rights to a first client keycard, that is a guest keycard, responsive to a first engagement with a master keycard; wherein engaging the master keycard includes the first door lock monitoring the occurrence of a predetermined combination of actions proximate in time to the first engagement with the master keycard; wherein monitoring the occurrence of the predetermined combination of actions includes the first door lock monitoring the occurrence of one or more additional engagements with the master keycard and receiving manual actuation of a first door handle of the first door lock; wherein the first door lock is configured for granting access rights at a plurality of door locks to the first client keycard, wherein the plurality of door locks includes the first door lock and selective ones of the room locks within the suite, the selective ones of the room locks being less than all of the room locks within the suite. a first door lock that is a suite lock for one of the suites, that includes a controller; wherein the first door lock is configured for encoding access rights to a first client keycard, that is a guest keycard, responsive to a first engagement with a master keycard; wherein engaging the master keycard includes the first door lock monitoring the occurrence of a predetermined combination of actions proximate in time to the first engagement with the master keycard; wherein monitoring the occurrence of the predetermined combination of actions includes the first door lock monitoring the occurrence of one or more additional engagements with the master keycard and receiving manual actuation of a first door handle of the first door lock; wherein the first door lock is configured for granting access rights at a plurality of door locks to the first client keycard, wherein the plurality of door locks includes the first door lock and selective ones of the room locks within the suite, the selective ones of the room locks being less than all of the room locks within the suite.
A method of controlling access to client data, the client data comprising a first type of data and a second, different, type of data, the first and second types of data each comprising data items held on a client device, the first type of data comprising data items to be synchronised between the client device and a server system, the client device being remote from the server system and being a client thereof, and the second type of data comprising data items (510, 530) whose values are not updated at the server system in response to changes thereto on the client device, the method comprising: receiving, at the server system, an indication that the client device is deauthorised; selecting (819; 855), at the server system, a first type of command or a second type of command for sending to the client device, the first type of command being a command to erase all of the client data and the second type of command being a command to erase data items of the first type; transmitting (820;860) the selected command from the server system to the client device, in response to receipt of the indication that the client device is deauthorised; receiving the transmitted command at the client device and, responsive thereto, determining whether the received command is a command of the first type or the second type; responsive to a determination that the received command is of the first type, erasing all of the client data; and responsive to a determination that the received command is of the second type, selectively erasing data items (510, 520) from the client device, the selective erasure comprising erasure of data items (510, 520) of the first type, wherein at least data items of the second type are maintained on the client device. receiving, at the server system, an indication that the client device is deauthorised; selecting (819; 855), at the server system, a first type of command or a second type of command for sending to the client device, the first type of command being a command to erase all of the client data and the second type of command being a command to erase data items of the first type; transmitting (820;860) the selected command from the server system to the client device, in response to receipt of the indication that the client device is deauthorised; receiving the transmitted command at the client device and, responsive thereto, determining whether the received command is a command of the first type or the second type; responsive to a determination that the received command is of the first type, erasing all of the client data; and responsive to a determination that the received command is of the second type, selectively erasing data items (510, 520) from the client device, the selective erasure comprising erasure of data items (510, 520) of the first type, wherein at least data items of the second type are maintained on the client device.
Cut-off device comprising: - a casing, - a cut-off member which comprises an input connection pad and an output connection pad and is capable of switching between a closed position allowing the current to pass between the input connection pad and the output connection pad and an open position preventing the current from passing between the input connection pad and the output connection pad, and - a control mechanism for the cut-off member, the control mechanism comprising a grip member which is displaceable between a first position and a second position by an operator in order to control the displacement of the cut-off member between the open position and the closed position, the cut-off member being in the closed position when the grip member is in the first position and being in the open position when the grip member is in the second position, the casing further delimiting a plurality of locations each capable of receiving a trip device comprising a tripping member which is movable between an armed position and a tripped position, the tripping member being configured to control the displacement of the cut-off member from its closed position to its open position when the tripping member passes from its armed position to its tripped position, the grip member comprising a lever which is movable in rotation about a first axis relative to the casing, the cut-off device being characterised in that the control mechanism further comprises a single resetting member configured to displace each tripping member from its tripped position to its armed position when the operator displaces the grip member from the first position to the second position, the resetting member being movable in rotation relative to the casing about a second axis parallel to the first axis, the lever coming to bear against the resetting member when the grip member is displaced by the operator from the first position to the second position. - a casing, - a cut-off member which comprises an input connection pad and an output connection pad and is capable of switching between a closed position allowing the current to pass between the input connection pad and the output connection pad and an open position preventing the current from passing between the input connection pad and the output connection pad, and - a control mechanism for the cut-off member, the control mechanism comprising a grip member which is displaceable between a first position and a second position by an operator in order to control the displacement of the cut-off member between the open position and the closed position, the cut-off member being in the closed position when the grip member is in the first position and being in the open position when the grip member is in the second position, the casing further delimiting a plurality of locations each capable of receiving a trip device comprising a tripping member which is movable between an armed position and a tripped position, the tripping member being configured to control the displacement of the cut-off member from its closed position to its open position when the tripping member passes from its armed position to its tripped position,
A method of processing client requests on a data processing apparatus, comprising a processor, wherein each client request has a control portion and a payload portion, the payload portion including data and the control portion including information relating to the data of the payload portion, and wherein the client request is divided into the control portion and the payload portion by the client, the method comprising: receiving, by the data processing apparatus, only the control portions of client requests, only the control portions being sent from respective clients; buffering, in non-transitory memory of the data processing apparatus, the received control portions of the client requests; and when the processor is available to process one of said client requests retrieving, by the data processing apparatus, from the client only the corresponding payload portion of the client request for processing that client request. receiving, by the data processing apparatus, only the control portions of client requests, only the control portions being sent from respective clients; buffering, in non-transitory memory of the data processing apparatus, the received control portions of the client requests; and when the processor is available to process one of said client requests retrieving, by the data processing apparatus, from the client only the corresponding payload portion of the client request for processing that client request.
A reboundable optical structure comprising: a) a base layer which includes a polymer selected from a polyester, polycarbonate, polyacrylate and polyolefin or combination thereof; and b) an optical element layer formed from a reboundable, elastomeric polymeric material and attached to the base layer, wherein said reboundable, elastomeric polymeric material in cludes a multi-functional terminally unsaturated urethane oligomer from the reaction product of a terminally unsaturated isocyanate-containing polyurethane oligomer with an alkoxylated polyhydric alcohol. a) a base layer which includes a polymer selected from a polyester, polycarbonate, polyacrylate and polyolefin or combination thereof; and b) an optical element layer formed from a reboundable, elastomeric polymeric material and attached to the base layer,
Dental unit, for example a dental chair, having a water supply means for supplying water to a tapping point and/or a dental tool, wherein the water supply means comprises a water filtering unit and a water disinfection unit, wherein the water filtering unit is arranged downstream with respect to the water disinfection unit, characterized in that the water disinfection unit is a thermal water disinfection unit that is configured to generate hot water at a temperature such that the water temperature at the tapping point and/or the dental tool is sufficiently high to kill bacteria, wherein the hot water has a temperature higher than 50°C, wherein the water supply means does not make use of any chemical disinfection product.
A cooling system (300; 600) of a turbine engine, the cooling system comprising: a tail cone (410; 510) having a tail cone outlet (414; 518); an electric motor disposed in the tail cone; a conduit; a plurality of cables extending from the electric motor, the plurality of cables disposed at least partially in the conduit; a cooling source in fluid communication with the conduit, the cooling source configured to flow a cooling air flow through the conduit to cool the plurality of cables; and an ejector body (420; 520) coupled to the tail cone, the ejector body configured to entrain the cooling air flow through the tail cone outlet. a tail cone (410; 510) having a tail cone outlet (414; 518); an electric motor disposed in the tail cone; a conduit; a plurality of cables extending from the electric motor, the plurality of cables disposed at least partially in the conduit; a cooling source in fluid communication with the conduit, the cooling source configured to flow a cooling air flow through the conduit to cool the plurality of cables; and an ejector body (420; 520) coupled to the tail cone, the ejector body configured to entrain the cooling air flow through the tail cone outlet.
Rear axle assembly of a motor vehicle, the motor vehicle comprising a battery fastened to a body, the rear axle assembly comprising at least one first transverse link rod and at least one second transverse link rod opposite to the at least one first link rod with respect to the body, characterized in that it comprises a fastening assembly comprising a connecting member comprising: - at least one first fastening plate arranged so as to be mounted on the battery; - at least one first fastening element arranged so as to fasten the at least one first link rod to the connecting member; - at least one second fastening element arranged so as to fasten the at least one second link rod to the connecting member; and - a second plate so as to clamp the at least one first link rod and the at least one second link rod between the at least one first plate and the second plate in the region of the at least one first fastening element and in the region of the at least one second fastening element. - at least one first fastening plate arranged so as to be mounted on the battery; - at least one first fastening element arranged so as to fasten the at least one first link rod to the connecting member; - at least one second fastening element arranged so as to fasten the at least one second link rod to the connecting member; and - a second plate so as to clamp the at least one first link rod and the at least one second link rod between the at least one first plate and the second plate in the region of the at least one first fastening element and in the region of the at least one second fastening element.
A method for uplink channel estimation in time domain, the method comprising: transmitting, by a base station, downlink signals to a user equipment; estimating, by the user equipment, downlink channel based on the received downlink signals; the method being characterized by: feeding back, by the user equipment, channel tap positions to the base station; and estimating, by the base station, uplink channel in time domain based on the channel tap positions and pilots transmitted by the user equipment. transmitting, by a base station, downlink signals to a user equipment; estimating, by the user equipment, downlink channel based on the received downlink signals; the method being characterized by: feeding back, by the user equipment, channel tap positions to the base station; and estimating, by the base station, uplink channel in time domain based on the channel tap positions and pilots transmitted by the user equipment. feeding back, by the user equipment, channel tap positions to the base station; and estimating, by the base station, uplink channel in time domain based on the channel tap positions and pilots transmitted by the user equipment.
A condition determination device for determining a condition of an electric storage device, the condition determination device comprising: a current detector configured to detect a charging current for charging the electric storage device; a voltage detector configured to detect a charging voltage for charging the electric storage device; and a controller configured to: determine a level of a first electric factor being the charging current detected by the current detector; obtain first charging time (TC, TW) while the level of the first electric factor is constant; determine a level of a second electric factor being the charging voltage detected by the voltage detector; characterized in that the controller is further configured to: obtain second charging time while the level of the second electric factor is constant; calculate a determination value based on the first charging time (TC, TW) and the second charging time; and determine a deterioration condition of the electric storage device based on the determination value. a current detector configured to detect a charging current for charging the electric storage device; a voltage detector configured to detect a charging voltage for charging the electric storage device; and a controller configured to: determine a level of a first electric factor being the charging current detected by the current detector; obtain first charging time (TC, TW) while the level of the first electric factor is constant; determine a level of a second electric factor being the charging voltage detected by the voltage detector; characterized in that the controller is further configured to: obtain second charging time while the level of the second electric factor is constant; calculate a determination value based on the first charging time (TC, TW) and the second charging time; and determine a deterioration condition of the electric storage device based on the determination value. determine a level of a first electric factor being the charging current detected by the current detector; obtain first charging time (TC, TW) while the level of the first electric factor is constant; determine a level of a second electric factor being the charging voltage detected by the voltage detector; obtain second charging time while the level of the second electric factor is constant; calculate a determination value based on the first charging time (TC, TW) and the second charging time; and determine a deterioration condition of the electric storage device based on the determination value.