mhurhangee/ep-ind-claims huggingface dataset:
Allogeneic or xenogeneic bone transplant (102; 502) with a) a clearance, into which an implant can be introduced; b) the bone transplant being formed such that it can be inserted into a jawbone for augmentation; wherein c) the bone transplant (102; 502) can bond to the surrounding jawbone after being inserted; characterised in that d) the bone transplant (102; 502) is designed such that it can be expanded by introducing the implant into the clearance. a) a clearance, into which an implant can be introduced; b) the bone transplant being formed such that it can be inserted into a jawbone for augmentation; wherein c) the bone transplant (102; 502) can bond to the surrounding jawbone after being inserted; characterised in that d) the bone transplant (102; 502) is designed such that it can be expanded by introducing the implant into the clearance.
Burner shaped piece with cylindrical shape, which comprises an inlet gas-air diffuser and in front of it at an axial distance an outlet gas-air-flue diffuser is arranged, wherein the diffusers (2, 3) are connected together by four regularly spaced ribs arranged around an inner circumference of the burner shaped piece and the gas-air diffuser has a hollow conical taper terminated by a cylindrical flow-direction regulator, wherein the gas-air-flue diffuser has a hollow conical taper terminated by a cylindrical flow-direction regulator, wherein the gas-air-flue diffuser has a larger diameter as at the beginning and so at the end of its hollow conical taper than the diameter at the beginning and at the end of the hollow conical taper of the gas-air diffuser, and in the spaces between the outer surface of the gas-air diffuser and the inner face of the gas-air-flue diffuser and the inner surface of the hollow conical taper of the gas-air-flue diffuser, four evenly spaced flue gas channels are formed around the peripheral shell of the burner shaped piece with inlets for flue gas and on the outer circumference of the burner shaped piece groove-shaped channels are formed along its entire length and are recessed into each rib.
A method for the production of semi-finished copper product, in which copper is first melted and in one furnace tapping cast within a plurality of moulds into copper anodes; copper cathodes are then formed by electrolysis using at least one of the copper anodes, and the said copper cathodes are then further processed into semi-finished copper product, characterised in that, some of the workpieces (14, 15) cast in the moulds are further processed directly into semi-finished copper product.
A shell mold sintering method, comprising the following steps: S1.producing a shell mold, wherein a carbon powder needs to be added during a shell mold production process; S2.dewaxing the produced shell mold, and then placing the mold into a sintering apparatus while ensuring there is adequate oxygen content allowing a full combustion reaction in a sintering furnace, increasing the temperature between 600°C and 800°C to a combustion temperature of shell mold wax, and keeping the temperature in the sintering furnace during 5 to 20 minutes until residual wax in the shell mold is completely burned off; S3.reducing oxygen content in the sintering furnace, and increasing the temperature to the sintering temperature of the shell mold; S4.keeping the temperature between 1200°C and 1400°C within the sintering furnace at the sintering temperature of the shell mold in a low-oxygen or oxygen-free environment during 30 to 180 minutes, until sintering of the shell mold is completed. S1.producing a shell mold, wherein a carbon powder needs to be added during a shell mold production process; S2.dewaxing the produced shell mold, and then placing the mold into a sintering apparatus while ensuring there is adequate oxygen content allowing a full combustion reaction in a sintering furnace, increasing the temperature between 600°C and 800°C to a combustion temperature of shell mold wax, and keeping the temperature in the sintering furnace during 5 to 20 minutes until residual wax in the shell mold is completely burned off; S3.reducing oxygen content in the sintering furnace, and increasing the temperature to the sintering temperature of the shell mold; S4.keeping the temperature between 1200°C and 1400°C within the sintering furnace at the sintering temperature of the shell mold in a low-oxygen or oxygen-free environment during 30 to 180 minutes, until sintering of the shell mold is completed.
A method for wireless communications, the method comprising: receiving configuration information comprising a resource start offset; receiving downlink control information, DCI, transmitted on an enhanced physical downlink control channel, EPDCCH, using at least one of control channel elements, CCEs; determining a resource for a physical uplink control channel, PUCCH, based on sum of a first parameter associated with a first CCE of the at least one of the CCEs, a second parameter determined from a hybrid automatic repeat request acknowledgement, HARQ-ACK, resource offset field in the DCI, and a third parameter configured by the resource start offset in the configuration information, in response to a transmission type of the EPDCCH being localized transmission; and transmitting, to a base station, HARQ-ACK information on the resource for the PUCCH. receiving configuration information comprising a resource start offset; receiving downlink control information, DCI, transmitted on an enhanced physical downlink control channel, EPDCCH, using at least one of control channel elements, CCEs; determining a resource for a physical uplink control channel, PUCCH, based on sum of a first parameter associated with a first CCE of the at least one of the CCEs, a second parameter determined from a hybrid automatic repeat request acknowledgement, HARQ-ACK, resource offset field in the DCI, and a third parameter configured by the resource start offset in the configuration information, in response to a transmission type of the EPDCCH being localized transmission; and transmitting, to a base station, HARQ-ACK information on the resource for the PUCCH.
An accessory for centering a tool or a tool-holder spindle in a rotating guide bush around a fixed axis X-X' of a machining appliance, characterized in that it comprises a rectilinear body with longitudinal axis F-F' comprising, at a first end, an alignment member for aligning said axis F-F' with the axis X-X' of the rotating guide bush and, at a second end, a head rotatably mounted around the axis F-F' and comprising a positioning member able to receive a positioning tool, in particular a measuring probe.
A method of determining an airspeed of an aircraft, the method comprising: obtaining, from a GPS device of the aircraft, a GPS altitude of the aircraft for a current time frame; obtaining, from an inertial reference device of the aircraft, a vertical acceleration of the aircraft for the current time frame; obtaining a geometric altitude of the aircraft for a previous time frame, the previous time frame occurring prior to the current time frame, based on a GPS altitude measured in the previous time frame and a vertical acceleration of the aircraft for the previous time frame; determining a difference between the GPS altitude and the geometric altitude; calculating a geometric altitude rate of change of the aircraft using the vertical acceleration and the difference between the GPS altitude and the geometric altitude; calculating a pressure altitude rate of change using the geometric altitude rate of change; calculating a pressure altitude for the current time frame from the pressure altitude rate of change; calculating a static pressure for the current time frame using the pressure altitude; and calculating the airspeed of the aircraft using the static pressure. obtaining, from a GPS device of the aircraft, a GPS altitude of the aircraft for a current time frame; obtaining, from an inertial reference device of the aircraft, a vertical acceleration of the aircraft for the current time frame; obtaining a geometric altitude of the aircraft for a previous time frame, the previous time frame occurring prior to the current time frame, based on a GPS altitude measured in the previous time frame and a vertical acceleration of the aircraft for the previous time frame; determining a difference between the GPS altitude and the geometric altitude; calculating a geometric altitude rate of change of the aircraft using the vertical acceleration and the difference between the GPS altitude and the geometric altitude; calculating a pressure altitude rate of change using the geometric altitude rate of change; calculating a pressure altitude for the current time frame from the pressure altitude rate of change; calculating a static pressure for the current time frame using the pressure altitude; and calculating the airspeed of the aircraft using the static pressure.
Oscillator comprising a resonator comprising at least one first tuneable element, which can be used to change the resonant frequency of the resonator, and an amplifier, which is connected to the resonator at a coupling point and which has an amplifying element, wherein the amplifier has a second tuneable element, by means of which the complex resistance (Z_core) that the amplifier has at the coupling point can be changed in a manner dependent on frequency, and wherein the first tuneable element of the resonator and the second tuneable element of the amplifier are tuned in a manner offset with respect to one another, characterized in that a switching device is provided, which switching device connects an additional capacitance in parallel with the first tuneable element in the case of low resonant frequencies of the resonator, wherein a voltage source generates an offset voltage, which can additionally be supplied to the second tuneable element depending on the switching position of the switching device, wherein the additional supply of the offset voltage takes place at the same time as the parallel connection of the additional capacitance with the first tuneable element.
A system for enabling efficient use of network resources in a network, the system comprising a Home Subscriber Server, HSS, and an online charging system, OCS, the Home Subscriber Server HSS comprising: an interface configured to provide connection to at least another network element, and a controller, wherein the controller is configured to store information about a certain status of a subscriber, to receive a notification including information about the certain status of the subscriber and to update the stored information based on the information included in the notification, the controller being further configured to receive an authentication request for the subscriber via the interface, and to reject the authentication request for the subscriber in case the certain status of the subscriber is valid; and the Online Charging System OCS comprising: an interface configured to provide connection to at least another network element, and a controller configured to detect a certain status of the subscriber and to establish said notification including information about the certain status of the subscriber, wherein the interface is configured to send the notification to the HSS; wherein the certain status of the subscriber is a condition that a credit of the subscriber is exhausted for a certain service. an interface configured to provide connection to at least another network element, and a controller, wherein the controller is configured to store information about a certain status of a subscriber, to receive a notification including information about the certain status of the subscriber and to update the stored information based on the information included in the notification, the controller being further configured to receive an authentication request for the subscriber via the interface, and to reject the authentication request for the subscriber in case the certain status of the subscriber is valid; and the Online Charging System OCS comprising: an interface configured to provide connection to at least another network element, and a controller configured to detect a certain status of the subscriber and to establish said notification including information about the certain status of the subscriber, wherein the interface is configured to send the notification to the HSS; an interface configured to provide connection to at least another network element, and a controller configured to detect a certain status of the subscriber and to establish said notification including information about the certain status of the subscriber, wherein the interface is configured to send the notification to the HSS; wherein the certain status of the subscriber is a condition that a credit of the subscriber is exhausted for a certain service.
An apparatus comprising: means for receiving at least one access command, at a memory device from a host, the at least one access command instructing the memory device to access at least two data blocks, wherein each access command of the at least one access command is associated with index information comprising at least one of: a context identifier, a task tag, a pre-fetch identifier and a group number, and wherein the means for receiving the at least one access command comprises: means for receiving a first access command at a first time comprising first index information; means for receiving a second access command at a second time after the first time, the second access command comprising second index information which differs from the first index information; and means for receiving a third access command at a third time after the second time comprising the first index information; means for accessing the at least two data blocks; and means for generating, by the memory device, pre-fetch information for the at least two data blocks based at least in part on an order of accessing the at least two data blocks, wherein the means for generating the pre-fetch information comprises means for linking a last data block accessed in response to the first access command to a first data block accessed in response to the third access command. means for receiving at least one access command, at a memory device from a host, the at least one access command instructing the memory device to access at least two data blocks, wherein each access command of the at least one access command is associated with index information comprising at least one of: a context identifier, a task tag, a pre-fetch identifier and a group number, and wherein the means for receiving the at least one access command comprises: means for receiving a first access command at a first time comprising first index information; means for receiving a second access command at a second time after the first time, the second access command comprising second index information which differs from the first index information; and means for receiving a third access command at a third time after the second time comprising the first index information; means for receiving a first access command at a first time comprising first index information; means for receiving a second access command at a second time after the first time, the second access command comprising second index information which differs from the first index information; and means for receiving a third access command at a third time after the second time comprising the first index information; means for accessing the at least two data blocks; and means for generating, by the memory device, pre-fetch information for the at least two data blocks based at least in part on an order of accessing the at least two data blocks, wherein the means for generating the pre-fetch information comprises means for linking a last data block accessed in response to the first access command to a first data block accessed in response to the third access command.
Combination (1, 17) for improving the efficiency of a heating system, the heating system (11, 12, 13) comprising a heater arranged for heating up heating water in a closed heating water circuit (12,13), the combination comprising an external heat exchanger comprising: - a tank connected to the closed heating water circuit and comprising an input opening for receiving heating water and an output opening for the heating water; and - means for exchanging heat from exhaust gasses from the heater to heating water in the tank characterized in that the external heat exchanger comprises a valve arranged to direct heating water from a return conduit of the closed heating water circuit to the external heat exchanger in case the heating water in the return conduit is colder than the heating water from the external heat exchanger and arranged to direct heating water from the return conduit to bypass the external heat exchanger if the heating water in the return conduit is warmer than the heating water from the external heat exchanger wherein the combination further comprises a buffer, wherein the buffer is arranged to receive heating water from the output opening of the tank and arranged to supply heating water to a return input for heating water of the heater in case the heating water in the return conduit is colder than the heating water in the buffer. - a tank connected to the closed heating water circuit and comprising an input opening for receiving heating water and an output opening for the heating water; and - means for exchanging heat from exhaust gasses from the heater to heating water in the tank
A contour collimator for radiotherapy, comprising a plurality of plate-shaped diaphragm elements provided in a guiding block and movably arranged with respect to one another to form a contour diaphragm for a radiation beam emitted by a radiation source towards the collimator, and at least one drive for moving the diaphragm elements, wherein a drive of its own is associated with each diaphragm element, the drives of a group (26,28) of diaphragm elements are arranged substantially adjacent to one another, and the drive is a linear motor characterized in that each linear motor comprises a linearly movable rod directly fixed to the associated diaphragm element. a plurality of plate-shaped diaphragm elements provided in a guiding block and movably arranged with respect to one another to form a contour diaphragm for a radiation beam emitted by a radiation source towards the collimator, and at least one drive for moving the diaphragm elements, wherein a drive of its own is associated with each diaphragm element, the drives of a group (26,28) of diaphragm elements are arranged substantially adjacent to one another, and the drive is a linear motor characterized in that each linear motor comprises a linearly movable rod directly fixed to the associated diaphragm element.
An overheat protection device, comprising: a first electrode and a second electrode disposed to be spaced apart; a hot-melt wire located between the first electrode and the second electrode, the hot-melt wire being in electrical contact with the first electrode and the second electrode; and an insulator supporting the first electrode and the second electrode, wherein the hot-melt wire is melted into a liquid hot-melt material when the ambient temperature reaches a predetermined temperature, the liquid hot-melt material wets the first electrode and the second electrode, and the liquid hot-melt material does not wet the insulator at least at a portion located between the first electrode and the second electrode; characterised in that the insulator comprises a cylindrical structure, and the first electrode, the second electrode, and the hot-melt wire are disposed in the cylindrical structure; and in that at least one of the first electrode and the second electrode is a sponge electrode having a porous structure such that the liquid hotmelt material is more easily adsorbed. a first electrode and a second electrode disposed to be spaced apart; a hot-melt wire located between the first electrode and the second electrode, the hot-melt wire being in electrical contact with the first electrode and the second electrode; and an insulator supporting the first electrode and the second electrode, wherein the hot-melt wire is melted into a liquid hot-melt material when the ambient temperature reaches a predetermined temperature, the liquid hot-melt material wets the first electrode and the second electrode, and the liquid hot-melt material does not wet the insulator at least at a portion located between the first electrode and the second electrode; characterised in that the insulator comprises a cylindrical structure, and the first electrode, the second electrode, and the hot-melt wire are disposed in the cylindrical structure; and in that at least one of the first electrode and the second electrode is a sponge electrode having a porous structure such that the liquid hotmelt material is more easily adsorbed.
Device for handling a semiconductor wafer in an epitaxy reactor, comprising a susceptor; slots leading through the susceptor; a disk heave shaft; Disc lifting pins, which are guided through the oblong holes; a susceptor support shaft; susceptor support arms; Susceptor support pins; guide sleeves anchored in the susceptor support arms; and Guide elements which protrude from the guide sleeves and have holes at the upper ends in which the disc lifting pins are inserted and which can be raised and lowered by means of the disc lifting shaft together with the disc lifting pins.
A stent graft comprising: a main body stent graft having a distal end and a proximal end, wherein the main body stent graft has a length in the range from about 50 mm to about 70 mm, wherein the main body stent graft has a diameter at the proximal end in the range from about 40 mm to about 60 mm; a first lumen defined at the distal end of the main body stent graft, wherein the first lumen has a diameter in the range from about 18 mm to about 30 mm;a second lumen defined at the distal end of the main body stent graft, wherein the second lumen has a diameter in the range of about 18 mm to about 30 mm; wherein the first lumen is secured to the second lumen along a shared length, wherein the shared length of the first lumen and the second lumen is in the range from about 30 mm to about 65 mm; and wherein the main body stent graft defines a tubular wall that is contiguous with the first lumen and the second lumen such that any fluid entering the main body must exit through one of the first lumen or the second lumen.
Dispensing module for two liquid products, said dispensing module including: - a first cylindrical wall; - a first piston which can slide along the first wall, wherein it forms a first chamber which has at least one outlet opening, - a second piston which is dimensioned such that it can slide along a second wall, - wherein coupling means are provided in order to couple the two pistons (61, 64/7) together during product dispensing, characterized in that - at least one of the pistons has a piston head which is initially separated from the coupling means and fastening means (641, 722) are provided in order to connect the piston head to the coupling means, - and the second wall is formed by a housing into which the dispensing module can be inserted, wherein the second piston and the second wall form a second chamber which has at least one outlet opening. - a first cylindrical wall; - a first piston which can slide along the first wall, wherein it forms a first chamber which has at least one outlet opening, - a second piston which is dimensioned such that it can slide along a second wall, - wherein coupling means are provided in order to couple the two pistons (61, 64/7) together during product dispensing, characterized in that - at least one of the pistons has a piston head which is initially separated from the coupling means and fastening means (641, 722) are provided in order to connect the piston head to the coupling means, - and the second wall is formed by a housing into which the dispensing module can be inserted, wherein the second piston and the second wall form a second chamber which has at least one outlet opening.