mhurhangee/ep-ind-claims huggingface dataset:
A household appliance comprising - a control panel having an area designated thereon which provides the user to select the desired program parameters by touching, - a board holder situated behind the control panel, - a circuit board situated in the board holder, - at least one touch button having at least one spring one end of which is fixed to the circuit board and which transmits to the circuit board the capacitive difference that is formed when the designated area is touched and a plate which is fixed to the free end of the spring so as to contact the control panel, - a cover mounted onto the circuit holder and providing the circuit board to be fixed in the board holder characterized by - a first element that is situated on the cover and that extends outwards from the cover in parallel to the spring, and - a guide that provides the cover to be fixed on the board holder by being mounted onto the cover and that has a second element that forms a housing surrounding the spring by joining with the first element when mounted onto the cover. - a control panel having an area designated thereon which provides the user to select the desired program parameters by touching, - a board holder situated behind the control panel, - a circuit board situated in the board holder, - at least one touch button having at least one spring one end of which is fixed to the circuit board and which transmits to the circuit board the capacitive difference that is formed when the designated area is touched and a plate which is fixed to the free end of the spring so as to contact the control panel, - a cover mounted onto the circuit holder and providing the circuit board to be fixed in the board holder - a first element that is situated on the cover and that extends outwards from the cover in parallel to the spring, and - a guide that provides the cover to be fixed on the board holder by being mounted onto the cover and that has a second element that forms a housing surrounding the spring by joining with the first element when mounted onto the cover.
A catheter comprising: a sheath which is inserted into a lumen; a drive shaft which is inserted into the sheath and delivers mechanical drive force; an image information acquiring unit which is fixed to a distal end of the drive shaft and acquires image information; a hub which moves while holding the drive shaft and thereby moves the drive shaft in an axial direction of the sheath; an outer tube which is provided on a proximal end side of the sheath and includes a first connector (372, 375) at a proximal end thereof; a second connector (35,354) on a proximal end side of the outer tube; and an inner tube which is provided on a distal end side of the hub, moves relatively with respect to the outer tube in the outer tube along with the movement of the hub, and includes a latch section with an enlarged outer diameter provided at a distal end thereof, wherein the second connector (35, 354) includes a passing port which can receive the inner tube, and the passing port has an opening diameter which does not allow the latch section with the enlarged outer diameter to pass therethrough; wherein it is possible to hold the inner tube by the latch section which is caught by the second connector (35, 354) such that the inner tube cannot fall out, and characterised in that the second connector (35, 354) is able to be connected to and disconnected from the first connector (372,375). a sheath which is inserted into a lumen; a drive shaft which is inserted into the sheath and delivers mechanical drive force; an image information acquiring unit which is fixed to a distal end of the drive shaft and acquires image information; a hub which moves while holding the drive shaft and thereby moves the drive shaft in an axial direction of the sheath; an outer tube which is provided on a proximal end side of the sheath and includes a first connector (372, 375) at a proximal end thereof; a second connector (35,354) on a proximal end side of the outer tube; and an inner tube which is provided on a distal end side of the hub, moves relatively with respect to the outer tube in the outer tube along with the movement of the hub, and includes a latch section with an enlarged outer diameter provided at a distal end thereof, wherein the second connector (35, 354) includes a passing port which can receive the inner tube, and the passing port has an opening diameter which does not allow the latch section with the enlarged outer diameter to pass therethrough; wherein it is possible to hold the inner tube by the latch section which is caught by the second connector (35, 354) such that the inner tube cannot fall out, and characterised in that the second connector (35, 354) is able to be connected to and disconnected from the first connector (372,375).
A method in a server of a data center of enabling service access authorization, the method comprising: receiving (208, 602), from a requestor, a request to access a service hosted in the data center, wherein the requestor is associated with a unique pair of cryptographic private and public keys; determining (210, 604) a set of one or more service offers that can be offered by the service to the requestor, wherein each one from the set of service offers is cryptographically signed with a private key of the service; receiving (214, 606) from the requestor a selected service offer from the set of service offers, wherein the selected service offer is cryptographically signed with the private key of the requestor; recording (216, 608) a delegation contract into a blockchain database, wherein the delegation contract includes an identification of the service, an identification of the requestor, and the selected service offer that is cryptographically signed with the private key of the requestor and with the private key of the service; transmitting (218, 610) to the service the delegation contract as recorded in the blockchain database causing the service to provide access to the requestor based on the selected service offer; and transmitting (224, 612), to the requestor, a confirmation that the service can be accessed based on the selected service offer. receiving (208, 602), from a requestor, a request to access a service hosted in the data center, wherein the requestor is associated with a unique pair of cryptographic private and public keys; determining (210, 604) a set of one or more service offers that can be offered by the service to the requestor, wherein each one from the set of service offers is cryptographically signed with a private key of the service; receiving (214, 606) from the requestor a selected service offer from the set of service offers, wherein the selected service offer is cryptographically signed with the private key of the requestor; recording (216, 608) a delegation contract into a blockchain database, wherein the delegation contract includes an identification of the service, an identification of the requestor, and the selected service offer that is cryptographically signed with the private key of the requestor and with the private key of the service; transmitting (218, 610) to the service the delegation contract as recorded in the blockchain database causing the service to provide access to the requestor based on the selected service offer; and transmitting (224, 612), to the requestor, a confirmation that the service can be accessed based on the selected service offer.
A packet storing and forwarding method, wherein the method comprises: receiving and storing cells of a packet, wherein the cells of the packet comprise a head cell; whereby the method further comprises: obtaining control information according to the head cell, wherein the control information comprises a forwarding mode of the packet; processing the packet according to the forwarding mode of the packet, and if the forwarding mode of the packet is store-forward, processing the packet after receiving and storing all the cells of the packet; or if the forwarding mode of the packet is adaptive forwarding, processing the packet at the same time when receiving and storing remaining cells of the packet; and forwarding, after the processing is finished, the packet after determining that all the cells of the packet have been received and stored. receiving and storing cells of a packet, wherein the cells of the packet comprise a head cell; whereby the method further comprises: obtaining control information according to the head cell, wherein the control information comprises a forwarding mode of the packet; processing the packet according to the forwarding mode of the packet, and if the forwarding mode of the packet is store-forward, processing the packet after receiving and storing all the cells of the packet; or if the forwarding mode of the packet is adaptive forwarding, processing the packet at the same time when receiving and storing remaining cells of the packet; and forwarding, after the processing is finished, the packet after determining that all the cells of the packet have been received and stored.
An exhaust gas purification system comprising: a diesel particulate filter which is provided in an exhaust pipe of a diesel engine and which collects particulate matter in exhaust gas; an exhaust pipe injector which is provided in the exhaust pipe upstream of the diesel particulate filter and which performs exhaust pipe injection by injecting fuel into the exhaust pipe; and a diesel particulate filter regeneration control unit which performs temperature rise control of an exhaust gas temperature by the exhaust pipe injection to regenerate the diesel particulate filter when the particulate matter collected by the diesel particulate filter exceeds a fixed amount and which, during the regeneration, integrates an amount of time during which the exhaust gas temperature exceeds a particulate matter combustion temperature and completes the regeneration when an integrated value thereof reaches a set regeneration completion value, characterized in that the diesel particulate filter regeneration control unit integrates, beginning at the start of the regeneration, an injection amount of exhaust pipe injection, and aborts the regeneration when an integrated value thereof exceeds an exhaust pipe injection upper limit during the regeneration. a diesel particulate filter which is provided in an exhaust pipe of a diesel engine and which collects particulate matter in exhaust gas; an exhaust pipe injector which is provided in the exhaust pipe upstream of the diesel particulate filter and which performs exhaust pipe injection by injecting fuel into the exhaust pipe; and a diesel particulate filter regeneration control unit which performs temperature rise control of an exhaust gas temperature by the exhaust pipe injection to regenerate the diesel particulate filter when the particulate matter collected by the diesel particulate filter exceeds a fixed amount and which, during the regeneration, integrates an amount of time during which the exhaust gas temperature exceeds a particulate matter combustion temperature and completes the regeneration when an integrated value thereof reaches a set regeneration completion value, characterized in that the diesel particulate filter regeneration control unit integrates, beginning at the start of the regeneration, an injection amount of exhaust pipe injection, and aborts the regeneration when an integrated value thereof exceeds an exhaust pipe injection upper limit during the regeneration.
Unfired, refractory molded body, especially plate, especially for thermal insulation of molten metal and/or an ingot solidifying from molten metal, comprising a binding agent matrix of a set binding agent and aggregate grains of biogenic silicic acid, preferably of rice husk ash, which are incorporated into the binding agent matrix, wherein the binding agent matrix is comprised of silica gel, characterized in that with respect to the total dry mass of aggregate materials, the aggregate of the molded body consists of: a) of at least 50 wt.-% of biogenic silicic acid, preferably of rice husk ash, b) if applicable of one or more additional aggregate materials, which consist of SiO 2, and c) 0 to < 10 wt.-% of one or more additional aggregate materials made of refractory material, which are not solely composed of SiO 2, and that the molded body has a softening point, determined with a heating microscope according to DIN EN 51730 (09/2007) of 1500 to 1700°C. wherein the binding agent matrix is comprised of silica gel, characterized in that with respect to the total dry mass of aggregate materials, the aggregate of the molded body consists of: a) of at least 50 wt.-% of biogenic silicic acid, preferably of rice husk ash, b) if applicable of one or more additional aggregate materials, which consist of SiO 2, and c) 0 to < 10 wt.-% of one or more additional aggregate materials made of refractory material, which are not solely composed of SiO 2, and a) of at least 50 wt.-% of biogenic silicic acid, preferably of rice husk ash, b) if applicable of one or more additional aggregate materials, which consist of SiO 2, and c) 0 to < 10 wt.-% of one or more additional aggregate materials made of refractory material, which are not solely composed of SiO 2, and that the molded body has a softening point, determined with a heating microscope according to DIN EN 51730 (09/2007) of 1500 to 1700°C.
Dishwasher comprising a washing compartment for accommodating items to be washed and a first circulation circuit for subjecting items to be washed in the washing compartment to a washing liquid, wherein the first circulation circuit has a circulation pump for circulating the washing liquid, a water heater for heating the circulated washing liquid, and a spraying device (7, 8) for spraying the items to be washed with the circulated washing liquid, wherein in the first circulation circuit the washing liquid is routed from the washing compartment to the circulation pump and fed back into the washing compartment via the spraying device (7, 8), wherein a branching point is provided on an output side of the circulation pump in the first circulation circuit, flow control means (25, 26) being assigned to said branching point and allowing the washing liquid to circulate optionally in the first circulation circuit and/or a second circulation circuit, characterised in that the second circulation circuit comprises the circulation pump of the first circulation circuit, the water heater of the first circulation circuit and additionally a mixture store, wherein in the second circulation circuit the washing liquid is routed from the washing compartment to the circulation pump, is pumped into the mixture store via an input opening, and is fed back into the washing compartment via an output opening of the mixture store.
An optimization device of a component mounting line which is adapted to carry out an optimization process relating to production based on setting-changeable processing conditions when producing a board on the component mounting line in which multiple component mounting machines are arranged in series, each of the component mounting machines including a board conveyance device which is adapted to carry in the board to a mounting execution position, positions the board, and carries out the board, a component supply device which is adapted to sequentially supply components, and a component transfer device which is adapted to pick the components from the component supply device and is adapted to mount the components onto the positioned board, characterized by: an effectiveness degree calculating section which is adapted to set individual allotments for multiple processing conditions and calculate and score an effectiveness degree of optimization of the processing conditions which are set for carrying out the optimization process; and an effectiveness degree display section which is adapted to display the effectiveness degree of the optimization, wherein the allotment is a full number of points that can be scored for a respective processing condition. an effectiveness degree calculating section which is adapted to set individual allotments for multiple processing conditions and calculate and score an effectiveness degree of optimization of the processing conditions which are set for carrying out the optimization process; and an effectiveness degree display section which is adapted to display the effectiveness degree of the optimization, wherein the allotment is a full number of points that can be scored for a respective processing condition.
A flexible membrane gland plate for the entry of incoming or outgoing cables comprising a core layer of closed cell thermoplastic rubber characterized in that the gland plate comprises a top and a bottom layers of closed cell linked thermoplastic nitrile foam with grain orientation sandwiching said core layer wherein the grain direction of the top layer is perpendicular to the grain direction of the bottom layer, so as to provide means for preventing gap formation towards the core layer, through the top, core and bottom layers (12, 14), including by passage of a cable.
A session control method, comprising: establishing a locationing session between a mobile device and a remotely located server over a network; sending information related to the geographical location of the mobile device to the remotely located server after establishing the locationing session; and periodically providing, via the mobile device and after establishing the locationing session, a notification that the locationing session is active on a user interface to a user of the mobile device that allows the user to selectively verify the locationing session, wherein the user interface includes a list of active locationing sessions and an indicator denoting that at least one of the locationing sessions is active, and wherein the user interface further includes a plurality of user interface components configured to allow the user to perform a set of functions comprising: terminating one or more active locationing sessions; adjusting a default re-notification and/or re-verification interval; setting a maximum locationing session duration; and limiting a number of active locationing sessions. establishing a locationing session between a mobile device and a remotely located server over a network; sending information related to the geographical location of the mobile device to the remotely located server after establishing the locationing session; and periodically providing, via the mobile device and after establishing the locationing session, a notification that the locationing session is active on a user interface to a user of the mobile device that allows the user to selectively verify the locationing session, wherein the user interface includes a list of active locationing sessions and an indicator denoting that at least one of the locationing sessions is active, and wherein the user interface further includes a plurality of user interface components configured to allow the user to perform a set of functions comprising: terminating one or more active locationing sessions; adjusting a default re-notification and/or re-verification interval; setting a maximum locationing session duration; and limiting a number of active locationing sessions. terminating one or more active locationing sessions; adjusting a default re-notification and/or re-verification interval; setting a maximum locationing session duration; and limiting a number of active locationing sessions.
A system comprising a device for disrupting skin, said device comprising a mask and a disrupting member mechanically coupled to said mask, wherein said mask has an opening, which defines the location and the size of the skin to be disrupted, and comprises a fastener to secure said mask to skin and characterized in that said disrupting member further comprises: (a) a snap dome mounted on the top of the mask assembly, and (b) a disrupting strip, wherein said snap dome is adapted to provide a sufficient amount of pressure, when being depressed, to disrupt the skin as the strip is pulled over said opening in said mask. (a) a snap dome mounted on the top of the mask assembly, and (b) a disrupting strip, wherein said snap dome is adapted to provide a sufficient amount of pressure, when being depressed, to disrupt the skin as the strip is pulled over said opening in said mask.
A method for improving the functional properties of a sample comprising a protein, a peptide, a carbohydrate, a lipid or mixtures thereof which can be modified upon absorbing ultraviolet light, characterized by comprising the use of pulsed light with an emission spectrum of 190-1100 nm, wherein from 20% to 50% of the pulsed light emitted corresponds to the UV spectrum and wherein the functional properties are selected from: hydration, glass transition, solubility, water retention capacity, oil retention capacity, thickening, dispersing, emulsifying, foaming, gelling film formation, and surface properties such as wettability or adhesion.
A method for automatically detecting the intactness of ground electrodes in the bath of an induction furnace that has an induction furnace jacket with a refractory lining and an induction coil surrounding the jacket as well as a ground fault detector with at least one bath ground electrode in the lower part of the refractory lining that extends through the furnace bottom and is in connection with the bath melt, comprising the following steps: Applying a low DC or AC current to an additional insulated electrode extending through the furnace bottom and in connection with the bath melt, the current flowing from this electrode through the bath melt to the at least one bath ground electrode to ground, after melting of the charge, measuring this current and comparing the measured current with a reference value, and generating an alarm signal indicating a defect of the bath ground electrode when the magnitude of the current drops below the reference value. Applying a low DC or AC current to an additional insulated electrode extending through the furnace bottom and in connection with the bath melt, the current flowing from this electrode through the bath melt to the at least one bath ground electrode to ground, after melting of the charge, measuring this current and comparing the measured current with a reference value, and generating an alarm signal indicating a defect of the bath ground electrode when the magnitude of the current drops below the reference value.