mhurhangee/ep-ind-claims huggingface dataset:
Device for opening, closing and regulating the water flow rate, intended to be mounted in a faucet body of a bathroom or kitchen, comprising: - a water inlet and outlet; - a closing plug having at least one metal part, sliding inside a cylindrical chamber with a diameter substantially equal to the diameter of the closing plug; - a pushbutton comprising a magnet associated with the metal part of the closing plug; the pushbutton being able to be operated so as to displace the magnet and the closing plug along an axis of the cylindrical chamber, into two different stable positions, corresponding to opening or closing of the water flow by the device, characterized in that it comprises: - a flow regulation unit comprising: - a first disk comprising at least one hole in fluid communication with the outlet; - a second disk comprising a second hole, said second disk being coaxial with the first disk and in contact with the first disk; the second disk is axially rotatable relative to the first disk by rotation of said pushbutton, and the flow rate of the water passing from the flow regulation unit corresponds to a cross-section of a water passage defined by the disks in the region of the first hole and the second hole, said cross-section being variable with a relative angular displacement α of the first disk and the second disk. - a water inlet and outlet; - a closing plug having at least one metal part, sliding inside a cylindrical chamber with a diameter substantially equal to the diameter of the closing plug; - a pushbutton comprising a magnet associated with the metal part of the closing plug; - a flow regulation unit comprising: - a first disk comprising at least one hole in fluid communication with the outlet; - a second disk comprising a second hole, said second disk being coaxial with the first disk and in contact with the first disk;
A bicycle control system comprising: a switch device including a switch operation member (72, 74), a sensor (16a, 16b, 16c) arranged relative to the switch operation member to detect operation of the switch operation member, a processing unit operatively coupled to the sensor and a transmitter arranged to transmit an output signal; and a cycle computer including a receiver arranged to receive the output signal from the transmitter of the switch device, the processing unit of the switch device including an operating signal generating member that generates an operation code indicative of operation of the switch operation member, an identification code generating member that generates an identification code related to identification of the switch device, and an output member that combines the identification code and the operation code as the output signal to be transmitted by the transmitter of the switch device, characterized in that the operating signal generating member of the processing unit of the switch device generates numerical data as part of the operation code upon each time the switch operation member is operated, wherein the microprocessor has regularly scheduled transmission periods and the microprocessor is configured to only send a signal to the cycle computer for switch operations detected during the time period from the start of the immediately preceding regularly scheduled transmission period to the start of the current regularly scheduled transmission period of the microprocessor. a switch device including a switch operation member (72, 74), a sensor (16a, 16b, 16c) arranged relative to the switch operation member to detect operation of the switch operation member, a processing unit operatively coupled to the sensor and a transmitter arranged to transmit an output signal; and a cycle computer including a receiver arranged to receive the output signal from the transmitter of the switch device, the processing unit of the switch device including an operating signal generating member that generates an operation code indicative of operation of the switch operation member, an identification code generating member that generates an identification code related to identification of the switch device, and an output member that combines the identification code and the operation code as the output signal to be transmitted by the transmitter of the switch device, characterized in that the operating signal generating member of the processing unit of the switch device generates numerical data as part of the operation code upon each time the switch operation member is operated, wherein the microprocessor has regularly scheduled transmission periods and the microprocessor is configured to only send a signal to the cycle computer for switch operations detected during the time period from the start of the immediately preceding regularly scheduled transmission period to the start of the current regularly scheduled transmission period of the microprocessor.
Coating system for edge coating a panel with a coating medium, wherein the system comprises: a medium line system for guiding a coating medium; a pump system connected to the medium line system for conveying the coating medium; and at least one coating device connected to the medium line system, wherein the coating device comprises: at least one medium line for guiding a coating medium, comprising an inlet and an outlet, wherein the medium line comprises a recess for introducing a panel into a coating medium stream, and wherein the medium line and the recess are designed in such a way that the coating medium can be applied onto the edge of the panel by means of suction in the medium flow direction, wherein the pump system comprises a vacuum device arranged downstream of the outlet in the medium flow direction, wherein the vacuum device is configured to generate a negative pressure at the outlet. a medium line system for guiding a coating medium; a pump system connected to the medium line system for conveying the coating medium; and at least one coating device connected to the medium line system, wherein the coating device comprises: at least one medium line for guiding a coating medium, comprising an inlet and an outlet, wherein the medium line comprises a recess for introducing a panel into a coating medium stream, and wherein the medium line and the recess are designed in such a way that the coating medium can be applied onto the edge of the panel by means of suction in the medium flow direction, wherein the pump system comprises a vacuum device arranged downstream of the outlet in the medium flow direction, wherein the vacuum device is configured to generate a negative pressure at the outlet. at least one medium line for guiding a coating medium, comprising an inlet and an outlet, wherein the medium line comprises a recess for introducing a panel into a coating medium stream, and wherein the medium line and the recess are designed in such a way that the coating medium can be applied onto the edge of the panel by means of suction in the medium flow direction, wherein the pump system comprises a vacuum device arranged downstream of the outlet in the medium flow direction, wherein the vacuum device is configured to generate a negative pressure at the outlet.
A medical device, in particular a thrombectomy device for intravascular treatment, with a lattice structure which is tubular at least in sections and formed from webs which are connected together into one piece, wherein the lattice structure has a web extension at a proximal end section thereto, which comprises an engaging element, wherein the engaging element is connected to a distal coupling piece of a transport wire by an interlocking connection and the coupling piece has at least one projection and the engaging element has at least one recess, wherein the projection engages in the recess of the engaging element, characterized in that the recess is formed in a closed manner, wherein the recess extends substantially in the axial direction of the engaging element.
An apparatus comprising: a short-range communication module configured to sense a plurality of laundry treatment apparatuses positioned around the apparatus; characterized by a camera configured to take a tag image attached to a laundry or a NFC reader configured to recognize a NFC tag attached to a laundry or a RFID reader configured to recognize a RFID tag attached to a laundry or a sensor configured to recognized material of a laundry; and a processor configured to: acquire laundry information about laundry based on the tag image or the NFC tag or the RFID tag or the recognized material of the laundry, acquire characteristic information of each of the detected laundry treatment apparatuses, determine a laundry group corresponding to the laundry, based on the acquired laundry information; compare characteristic information of the determined laundry group and characteristic information of each of the plurality of laundry treatment apparatuses with each other; determine a laundry treatment apparatus for washing the laundry among the plurality of laundry treatment apparatuses based on the comparison result; and transmit the laundry information to the determined laundry treatment apparatus. a short-range communication module configured to sense a plurality of laundry treatment apparatuses positioned around the apparatus; characterized by a camera configured to take a tag image attached to a laundry or a NFC reader configured to recognize a NFC tag attached to a laundry or a RFID reader configured to recognize a RFID tag attached to a laundry or a sensor configured to recognized material of a laundry; and a processor configured to: acquire laundry information about laundry based on the tag image or the NFC tag or the RFID tag or the recognized material of the laundry, acquire characteristic information of each of the detected laundry treatment apparatuses, determine a laundry group corresponding to the laundry, based on the acquired laundry information; compare characteristic information of the determined laundry group and characteristic information of each of the plurality of laundry treatment apparatuses with each other; determine a laundry treatment apparatus for washing the laundry among the plurality of laundry treatment apparatuses based on the comparison result; and transmit the laundry information to the determined laundry treatment apparatus. acquire laundry information about laundry based on the tag image or the NFC tag or the RFID tag or the recognized material of the laundry, acquire characteristic information of each of the detected laundry treatment apparatuses, determine a laundry group corresponding to the laundry, based on the acquired laundry information; compare characteristic information of the determined laundry group and characteristic information of each of the plurality of laundry treatment apparatuses with each other; determine a laundry treatment apparatus for washing the laundry among the plurality of laundry treatment apparatuses based on the comparison result; and transmit the laundry information to the determined laundry treatment apparatus.
A Bluetooth low energy, BLE, device comprising: a communication resource; a processing resource; a memory resource storing machine readable instructions to cause the processing resource to: perform at particular, non-uniform time intervals, a plurality of scans of a same duration of other BLE devices within a same network as the BLE device for a state transition notification; and in response to the communication resource detecting the state transition notification, transition the BLE device to a state corresponding to the state transition notification; wherein the particular non-uniform time intervals comprise: a first time interval of one minute, a second time interval of two minutes, a third time interval of four minutes, and a fourth time interval of eight minutes, wherein the first scan is performed after the first time interval of the non-uniform time intervals, and wherein a time interval refers to a break in scanning activity. a communication resource; a processing resource; a memory resource storing machine readable instructions to cause the processing resource to: perform at particular, non-uniform time intervals, a plurality of scans of a same duration of other BLE devices within a same network as the BLE device for a state transition notification; and in response to the communication resource detecting the state transition notification, transition the BLE device to a state corresponding to the state transition notification; wherein the particular non-uniform time intervals comprise: a first time interval of one minute, a second time interval of two minutes, a third time interval of four minutes, and a fourth time interval of eight minutes, perform at particular, non-uniform time intervals, a plurality of scans of a same duration of other BLE devices within a same network as the BLE device for a state transition notification; and in response to the communication resource detecting the state transition notification, transition the BLE device to a state corresponding to the state transition notification; wherein the particular non-uniform time intervals comprise: a first time interval of one minute, a second time interval of two minutes, a third time interval of four minutes, and a fourth time interval of eight minutes, wherein the first scan is performed after the first time interval of the non-uniform time intervals, and wherein a time interval refers to a break in scanning activity.
An apparatus of a managed pressure drilling system (30, 80a-b) for connecting rig lines (88a-b) of a floating rig to a riser, the rig lines (88a-b) including a rig flow line for conducting MPD flow and including a rig control line for conducting control, the riser having an internal passage, the apparatus comprising: a riser manifold disposed on the riser and comprising: a first mechanical connector disposed thereon, a first flow coupling (110, 114) for conducting the MPD flow for the riser, and a first control coupling (122, 124) for conducting the control; a rig manifold configured to removably position adjacent the riser manifold, the rig manifold comprising: a second mechanical connector disposed thereon, a second flow coupling (160, 164) for conducting the MPD flow for the rig, and a second control coupling (172, 174) for conducting the control, the first and second mechanical connectors (106, 156) configured to mechanically connect together, the second flow coupling (160, 164) configured to mate in an MPD flow connection with the first flow coupling (110, 114) for conducting the MPD flow, the second control coupling (172, 174) configured to mate in a control connection with the first control coupling (122, 124) for conducting control; and at least one of the riser and rig manifolds (100, 150) comprising a valve (115, 165) integrated therein, the valve (115, 165) being controllable with the control connection and being configured to control flow communication for the MPD flow connection between the rig flow line and the riser. a riser manifold disposed on the riser and comprising: a first mechanical connector disposed thereon, a first flow coupling (110, 114) for conducting the MPD flow for the riser, and a first control coupling (122, 124) for conducting the control; a rig manifold configured to removably position adjacent the riser manifold, the rig manifold comprising: a second mechanical connector disposed thereon, a second flow coupling (160, 164) for conducting the MPD flow for the rig, and a second control coupling (172, 174) for conducting the control, the first and second mechanical connectors (106, 156) configured to mechanically connect together, the second flow coupling (160, 164) configured to mate in an MPD flow connection with the first flow coupling (110, 114) for conducting the MPD flow, the second control coupling (172, 174) configured to mate in a control connection with the first control coupling (122, 124) for conducting control; and at least one of the riser and rig manifolds (100, 150) comprising a valve (115, 165) integrated therein, the valve (115, 165) being controllable with the control connection and being configured to control flow communication for the MPD flow connection between the rig flow line and the riser.
Process for producing a door leaf case for a door leaf composed of a hollow element and a cover, the process comprising: a) providing a sheet metal and forming a first edge strip and a second edge strip of said sheet metal, b) bending said first edge strip for at least partly forming an upper and lower front face of the door leaf, c) bending said second edge strip for at least partly forming a lateral narrow side of the door leaf, d) welding together said two edge strips (16, 18) in a corner region of said case, wherein the sequence of steps b) and c) is arbitrary and wherein said two edge strips (16, 18) are directly welded to each other at a joint area where the edge strips (16, 18) join each other diagonally, without the use of straps, characterized in that at least one of the edge strips (16, 18) is formed by stamping, wherein there are formed projection welds simultaneously with the stamping of said edge strip (16, 18) at a to-be-welded lateral edge of one of the edge strips (16, 18), which lateral edge abuts against an other region of the sheet metal after performing steps b) and c). a) providing a sheet metal and forming a first edge strip and a second edge strip of said sheet metal, b) bending said first edge strip for at least partly forming an upper and lower front face of the door leaf, c) bending said second edge strip for at least partly forming a lateral narrow side of the door leaf, d) welding together said two edge strips (16, 18) in a corner region of said case,
A sports mannequin comprising: an inflatable chamber located within a flexible outer casing with an inlet valve to the inflatable chamber passing through the outer casing so that, in use, the inflatable chamber can be inflated from a position to the exterior, and further comprising a weighting member for location at or near one end of the outer casing characterised in that the weighting member is removable from the outer casing by means of accessing its interior using a slide-fastener provided in the outer casing wall.
A tool system for turning machining having: a tool body which extends along a longitudinal axis and has a first end for connecting to a machine tool and a second end having an end side on which a seat for an interchangeable cutting insert is formed, and an interchangeable cutting insert fastened to the seat in a rotationally fixed manner, wherein the cutting insert has an underside designed as a bearing face, an upper side designed as a rake face, and a peripheral lateral face designed as a flank, and a cutting edge is formed at a transition from the upper side to the peripheral lateral face, wherein the cutting insert is arranged on the seat in such a way that the upper side extends perpendicularly to the longitudinal axis of the tool body, characterized in that the cutting edge projects in the radial direction with respect to the longitudinal axis beyond the outer circumference of the end face of the tool body by way of at least two usable cutting corners (28a, 28b, 28c) and cutting edge portions adjoining the latter on both sides, wherein the at least two usable cutting corners (28a, 28b, 28c) have at least one first cutting corner and one second cutting corner different than the first cutting corner. a tool body which extends along a longitudinal axis and has a first end for connecting to a machine tool and a second end having an end side on which a seat for an interchangeable cutting insert is formed, and an interchangeable cutting insert fastened to the seat in a rotationally fixed manner, wherein the cutting insert has an underside designed as a bearing face, an upper side designed as a rake face, and a peripheral lateral face designed as a flank, and a cutting edge is formed at a transition from the upper side to the peripheral lateral face, wherein the cutting insert is arranged on the seat in such a way that the upper side extends perpendicularly to the longitudinal axis of the tool body, characterized in that the cutting edge projects in the radial direction with respect to the longitudinal axis beyond the outer circumference of the end face of the tool body by way of at least two usable cutting corners (28a, 28b, 28c) and cutting edge portions adjoining the latter on both sides, wherein the at least two usable cutting corners (28a, 28b, 28c) have at least one first cutting corner and one second cutting corner different than the first cutting corner.
A beverage valve assembly, comprising: - a bottom wall section; - a tubular part extending downward from the bottom wall section; - an outer apron extending upward from the bottom wall section; and - at least one positioning means, wherein the tubular part has a top opening to receive a dispensing element, which top opening is arranged in a middle section of an upper outer surface of the bottom wall section, and the outer standing apron is arranged at a distance from the top opening of the tubular part, wherein the bottom wall section comprises at least one valve positioned between the top opening of the tubular part and an inner sidewall section of the outer standing apron, characterized in that the tubular part has an upper inner tubular wall section with at least one sealing surface (15,16), wherein the inner tubular wall section is annularly shaped and comprises a first step or first shoulder and a second step or second shoulder, wherein an upper outer surface of said first step or first shoulder is arranged flush with, above or below the upper outer surface of the bottom wall section, the second step or second shoulder being arranged below the first step or first shoulder, wherein a diameter of the opening of the tubular part within the annularly shaped first step or first shoulder is substantially larger than the diameter of the opening of the tubular part within the annularly shaped second step or second shoulder, and wherein said at least one positioning means has at least one opening and/or at least one opening is present between at least two positioning means, wherein the outer side surface of said at least one positioning means is larger than the outer side surface of that at least one opening of a positioning means or of at least one opening between two positioning means. - a bottom wall section; - a tubular part extending downward from the bottom wall section; - an outer apron extending upward from the bottom wall section; and - at least one positioning means,
A single-use dispensing device comprising: a dry chamber comprising lyophilized material; a wet chamber comprising reconstituting solution; a breaking chamber positioned between and attached to the dry chamber and a first end of the wet chamber, wherein the breaking chamber comprises a leak-proof frangible seal that prevents mixing of the lyophilized material and the reconstituting solution until the frangible seal is broken, characterized in that the breaking chamber comprises a polygonal-shaped internal aperture having opposing corners. a dry chamber comprising lyophilized material; a wet chamber comprising reconstituting solution; a breaking chamber positioned between and attached to the dry chamber and a first end of the wet chamber, wherein the breaking chamber comprises a leak-proof frangible seal that prevents mixing of the lyophilized material and the reconstituting solution until the frangible seal is broken, characterized in that the breaking chamber comprises a polygonal-shaped internal aperture having opposing corners.
A boron-free and halogen-free and catalyst-free treatment composition for timber and/or wood, comprising a) a fire-retardant comprising the moiety -N-C(=X)-N- with X being O, S or substituted or unsubstituted nitrogen; and at least one of the components b) or c): b) a cross-linking agent; c) a fixing agent. a) a fire-retardant comprising the moiety -N-C(=X)-N- with X being O, S or substituted or unsubstituted nitrogen; b) a cross-linking agent; c) a fixing agent.