mhurhangee/ep-ind-claims huggingface dataset:
A discharge lamp lighting device which drives a discharge lamp (La) with an alternating power, wherein the discharge lamp lighting device comprises: a DC-DC converter configured to convert a voltage of a DC power source into a DC power and output the DC power, by changing a PWM signal inputted to a switching element; an inverter configured to convert the DC power into the alternating power having a frequency lower than a switching frequency of the DC-DC converter; a voltage detector configured to detect an output voltage of the DC-DC converter; a current detector configured to detect an output current of the DC-DC converter; a controller configured to control the switching frequency of the DC-DC converter according to a detection value of at least one of the voltage detector and the current detector; and a PWM ON signal controller which increases the DC power by lengthening an ON duty of the PWM signal during a predetermined period after a start of polarity inversion of the alternating power, characterized in that when at least one of the voltage detector and the current detector detects a predetermined detection value, the controller changes an increase amount of the DC power increased by the PWM ON signal controller according to the detection value. a DC-DC converter configured to convert a voltage of a DC power source into a DC power and output the DC power, by changing a PWM signal inputted to a switching element; an inverter configured to convert the DC power into the alternating power having a frequency lower than a switching frequency of the DC-DC converter; a voltage detector configured to detect an output voltage of the DC-DC converter; a current detector configured to detect an output current of the DC-DC converter; a controller configured to control the switching frequency of the DC-DC converter according to a detection value of at least one of the voltage detector and the current detector; and a PWM ON signal controller which increases the DC power by lengthening an ON duty of the PWM signal during a predetermined period after a start of polarity inversion of the alternating power, characterized in that when at least one of the voltage detector and the current detector detects a predetermined detection value, the controller changes an increase amount of the DC power increased by the PWM ON signal controller according to the detection value.
An end effector of a surgical stapler, wherein said end effector comprises: a cartridge body comprising a longitudinal axis; a curved or spiral slot defined in the cartridge body; a plurality of staple cavities defined in said cartridge body; staples (7070a, 7070b) removably stored in said staple cavities; and a plurality of staple drivers (7060a, 7060b) configured to push the staples (7070a, 7070b) out of the staple cavities; a firing member configured to lift the staple drivers (7060a, 7060b) within the staple cavities to eject the staples (7070a, 7070b) from the staple cavities, the firing member comprising: a base slidably positioned within a recess defined in a firing drive; and wherein the firing member comprises a ramp slidably positioned within the curved or spiral slot defined in the cartridge body and rotatable within the slot about said longitudinal axis, where the curved or spiral slot is configured to guide the ramp as the ramp slides within the slot and sequentially engages the staple drivers (7060a, 7060b) to sequentially eject the staples (7070a, 7070b) from the staple cavities. a cartridge body comprising a longitudinal axis; a curved or spiral slot defined in the cartridge body; a plurality of staple cavities defined in said cartridge body; staples (7070a, 7070b) removably stored in said staple cavities; and a plurality of staple drivers (7060a, 7060b) configured to push the staples (7070a, 7070b) out of the staple cavities; a firing member configured to lift the staple drivers (7060a, 7060b) within the staple cavities to eject the staples (7070a, 7070b) from the staple cavities, the firing member comprising: a base slidably positioned within a recess defined in a firing drive; and wherein the firing member comprises a ramp slidably positioned within the curved or spiral slot defined in the cartridge body and rotatable within the slot about said longitudinal axis, where the curved or spiral slot is configured to guide the ramp as the ramp slides within the slot and sequentially engages the staple drivers (7060a, 7060b) to sequentially eject the staples (7070a, 7070b) from the staple cavities. a base slidably positioned within a recess defined in a firing drive; and wherein the firing member comprises a ramp slidably positioned within the curved or spiral slot defined in the cartridge body and rotatable within the slot about said longitudinal axis, where the curved or spiral slot is configured to guide the ramp as the ramp slides within the slot and sequentially engages the staple drivers (7060a, 7060b) to sequentially eject the staples (7070a, 7070b) from the staple cavities.
A sheet material feeding apparatus comprising:- a housing; a first roll accommodated in the housing; a second roll accommodated in the housing and arranged vertically below the first roll, the first and second rolls being configured to feed a sheet material while clamped between the first roll and the second roll; a first motor provided with a rotatable first motor shaft coupled to the first roll; a second motor provided with a rotatable second motor shaft coupled to the second roll, the first motor shaft and the second motor shaft being configured to rotate at substantially the same rotation speed to allow the first roll and the second roll to rotate in synchronization with each other; characterized in that the sheet material feeding apparatus further comprises: a roll support member that is movable vertically and supports the second roll as well as having a lower end provided with a cam bearing; a cam piston that is movable horizontally as well as engaging with the cam bearing so as to move the roll support member vertically when the cam piston moves horizontally; and an eccentric cam that rotates so as to move the cam piston horizontally; and in that the eccentric cam is configured to perform an adjustment of a rotation thereof including a stop of rotation halfway, the eccentric cam allows the roll support member and the second roll supported by the roll support member to be moved vertically by moving the cam piston horizontally in accordance with the adjustment of the rotation of the eccentric cam so as to clamp or release the sheet material. a housing; a first roll accommodated in the housing; a second roll accommodated in the housing and arranged vertically below the first roll, the first and second rolls being configured to feed a sheet material while clamped between the first roll and the second roll; a first motor provided with a rotatable first motor shaft coupled to the first roll; a second motor provided with a rotatable second motor shaft coupled to the second roll, the first motor shaft and the second motor shaft being configured to rotate at substantially the same rotation speed to allow the first roll and the second roll to rotate in synchronization with each other; a roll support member that is movable vertically and supports the second roll as well as having a lower end provided with a cam bearing; a cam piston that is movable horizontally as well as engaging with the cam bearing so as to move the roll support member vertically when the cam piston moves horizontally; and an eccentric cam that rotates so as to move the cam piston horizontally; and
Powder chamber table assembly for a powder module, in particular a construction module, of an apparatus for additive manufacturing of three-dimensional objects, comprising at least two components or component groups to be sealed to each other especially in terms of the intrusion of powdered construction material, wherein the at least two components or component groups are sealed to each other by at least one sealing element, characterized in that the sealing element is formed of or comprises a high temperature resistant silicone material or includes such a material, wherein the powder chamber table assembly comprises an, especially plate-type, insulating body and an, especially plate-type, supporting body arranged or formed below the insulating body, wherein the sealing element is arranged or formed at least in sections between the insulating body and the supporting body, wherein the sealing element is arranged or formed in a groove-shaped sealing element receiving region formed in the insulating body, in particular in a surface section facing the supporting body, or characterized in that the sealing element is formed of or comprises a high temperature resistant silicone material, wherein the powder chamber table assembly comprises an, especially plate-type, heater forming an exposed top face of the powder chamber table assembly, and the or an, especially plate-type insulating body arranged or formed below said heater, wherein the sealing element is arranged or formed at least in sections between the heater and the insulating body.
Method for producing a cooling channel piston for an internal combustion engine consisting of a piston upper part and a piston lower part, wherein the piston upper part is detachably connected to the piston lower part and a cooling channel forms in the region between piston upper part and piston lower part, to which coolant flow is admitted during the operation of the cooling channel piston (1, 1') via at least one inflow aperture and out of which coolant flows out again via at least one drainage aperture, wherein in a first method step the piston upper part is detached from the piston lower part so that the piston upper part is separated from the piston lower part and subsequently a ring comprising at least one spray-out aperture, preferentially at least one nozzle-like aperture, is fastened with the inflow aperture, and subsequently the piston upper part and the piston lower part are again connected to one another, wherein coolant flow continues to be admitted to the cooling channel via the inflow aperture, characterized in that following the separating and prior to the fastening in the region between ring to be fastened and piston lower part at least one sleeve is inserted, wherein the ring consists of two parts, namely a ring lower part and a ring upper part, wherein the ring lower part is fastened with the inflow aperture in such a manner that a thread is cut in the inflow aperture and subsequently the ring lower part is fastened with the inflow aperture by means of a fastening screw, preferentially by means of a hollow screw, and in that the ring upper part is fastened with the ring lower part in such a manner that the ring upper part is screwed together with the ring lower part by means of at least one fastening screw, preferentially by means of at least one countersunk screw.
Electrical socket contact device, for a copper or aluminium cable for the automotive sector, having a contact body and a mating contact receiver configured to be mounted on the contact body, wherein the mating contact receiver may be mounted on the contact body in at least two positions (I, II), as a result of which an electrical mating contact device may be inserted into the contact device on two mutually different axes of insertion (L 110, Q 110), wherein the at least two positions (I, II) of the mating contact receiver in relation to the contact device, may be produced by a rotation of the mating contact receiver relative to an axis of rotation, characterised in that the axis of rotation runs substantially through a centre of an electrical contact region of the contact body, and the mating contact receiver may be mounted on the contact region substantially in a 0°-, 90°-, 180°- and/or 270°-position. the mating contact receiver may be mounted on the contact body in at least two positions (I, II), as a result of which an electrical mating contact device may be inserted into the contact device on two mutually different axes of insertion (L 110, Q 110), wherein the at least two positions (I, II) of the mating contact receiver in relation to the contact device, may be produced by a rotation of the mating contact receiver relative to an axis of rotation, characterised in that the axis of rotation runs substantially through a centre of an electrical contact region of the contact body, and the mating contact receiver may be mounted on the contact region substantially in a 0°-, 90°-, 180°- and/or 270°-position.
A method for establishing a first data communication link preferably via a communication network, between a data transfer terminal operated by a user and a first management unit, wherein for producing the first data communication link the first management unit is selected by the data transfer terminal and an access record is transmitted by the data transfer terminal, to the first management unit, wherein at the initial selection of the first management unit by the data transfer terminal a second data communication link is established between the data transfer terminal and a second management unit, wherein the second data communication link is provided for registering the user and / or the data transfer terminal, wherein for initiating this registration process a first identification record (114 to 119) clearly identifying the user and / or the data transfer terminal and comprising bank selection data of a banking institution selected by the user is transmitted from the data transfer terminal to the second management unit, wherein the second management unit on the one hand transmits a request record comprising a characteristic record clearly assigned to a user and / or the data transfer terminal is transmitted to a bank management unit of the selected banking institution and on the other hand a confirmation record comprising the characteristic record is transmitted to the data transfer terminal, wherein the bank management unit of the selected banking institution performs a customer identification procedure upon the transmission of the request record, during which for the unique assignment of the user to the request record the characteristic record from the confirmation record is transmitted by the user to the bank management unit and is compared to the characteristic record of the request record by the bank management unit and the customer identification procedure is performed only if this comparison results in a match of the transmitted characteristic record, wherein after performing the customer identification procedure a second identification record, is generated by the bank management unit, which proves the existence and identity of the user as a natural person, is transmitted to the second management unit, is compared to already existing second identification records of pre-registered users and is saved in the second management unit only if this comparison does not lead to a match with an existing second identification record, and wherein the access record is generated (121, 122) by the second management unit is transmitted (131; 132) on the one hand to the data transfer terminal and on the other hand to the first management unit and is saved in the first management unit.
A method for predicting health of a link that carries a stream of network traffic and communicates with a device: (a) Identifying, by a device in communication with a link, profile information of a stream of network traffic traversing the link, the profile information comprising a plurality of parameters about the link; (b) Determining, by the device, a first prediction of health of the link by applying one or more rules to the plurality of parameters of the profile information; characterized by: (c) Determining, by the device, a second prediction of health of the link by applying a classifier to one or more timed sequences of the plurality of parameters of the profile information; (d) Establishing, by the device, a respective weight for each of the first prediction of health and the second prediction of heath; (e) Selecting, by the device using the respective weight, between the first prediction of health and the second prediction of health to provide a predictor of the health of the link. (a) Identifying, by a device in communication with a link, profile information of a stream of network traffic traversing the link, the profile information comprising a plurality of parameters about the link; (b) Determining, by the device, a first prediction of health of the link by applying one or more rules to the plurality of parameters of the profile information; characterized by: (c) Determining, by the device, a second prediction of health of the link by applying a classifier to one or more timed sequences of the plurality of parameters of the profile information; (d) Establishing, by the device, a respective weight for each of the first prediction of health and the second prediction of heath; (e) Selecting, by the device using the respective weight, between the first prediction of health and the second prediction of health to provide a predictor of the health of the link.
A device for treating a hollow anatomical structure, the device comprising: a catheter shaft; a balloon attached at one end of the catheter shaft; and an expandable resistive element (98, 102) on the balloon, wherein the balloon is expandable to place the expandable resistive element (98, 102) in apposition with a wall of the HAS, characterized in that the expandable resistive element (98, 102) comprises a serpentine component extending circumferentially around the balloon and the catheter shaft. a catheter shaft; a balloon attached at one end of the catheter shaft; and an expandable resistive element (98, 102) on the balloon, wherein the balloon is expandable to place the expandable resistive element (98, 102) in apposition with a wall of the HAS, characterized in that the expandable resistive element (98, 102) comprises a serpentine component extending circumferentially around the balloon and the catheter shaft.
A microwave antenna adapted to connect to a power source for performing a microwave ablation procedure, comprising: a coaxial cable (14, 114, 214, 314) that includes inner and outer conductors (20, 120, 220, 320, 24, 124, 224, 324) having a compressible dielectric (22, 122, 222, 322) operably disposed therebetween, the inner conductor being in operative communication with a radiating section associated with the microwave antenna, the outer conductor including a distal end (25, 125, 225, 325) transitionable with respect to each of the inner conductor, compressible dielectric and radiating section from an initial condition, wherein the distal end has a first diameter, to a subsequent condition, wherein the distal end has a second diameter, in order to compensate for an impedance mismatch. a coaxial cable (14, 114, 214, 314) that includes inner and outer conductors (20, 120, 220, 320, 24, 124, 224, 324) having a compressible dielectric (22, 122, 222, 322) operably disposed therebetween, the inner conductor being in operative communication with a radiating section associated with the microwave antenna, the outer conductor including a distal end (25, 125, 225, 325) transitionable with respect to each of the inner conductor, compressible dielectric and radiating section from an initial condition, wherein the distal end has a first diameter, to a subsequent condition, wherein the distal end has a second diameter, in order to compensate for an impedance mismatch.
An access control method, comprising: receiving, by an access terminal, a Hypertext Transport Protocol, HTTP, request message transmitted by a user equipment wherein a destination Internet Protocol, IP, address is an IP address of the access terminal, wherein the HTTP request message comprises a website domain name; determining, by the access terminal, whether the website domain name is a first domain name after receiving the HTTP request message where the destination IP address is the IP address of the access terminal, wherein the first domain name is a domain name corresponding to the IP address of the access terminal; obtaining, by the access terminal, an actual IP address corresponding to the website domain name according to domain name system DNS resolution when the website domain name is not the first domain name; and controlling, by the access terminal, the user equipment to access a target site corresponding to the website domain name according to the actual IP address. receiving, by an access terminal, a Hypertext Transport Protocol, HTTP, request message transmitted by a user equipment wherein a destination Internet Protocol, IP, address is an IP address of the access terminal, wherein the HTTP request message comprises a website domain name; determining, by the access terminal, whether the website domain name is a first domain name after receiving the HTTP request message where the destination IP address is the IP address of the access terminal, wherein the first domain name is a domain name corresponding to the IP address of the access terminal; obtaining, by the access terminal, an actual IP address corresponding to the website domain name according to domain name system DNS resolution when the website domain name is not the first domain name; and controlling, by the access terminal, the user equipment to access a target site corresponding to the website domain name according to the actual IP address.
Secondary lithium battery having the following features: a. The battery comprises a housing enclosing an interior. b. The battery comprises a composite body arranged in the interior and consisting of at least one positive electrode and at least one negative electrode and at least one separator. c. The housing comprises a metal housing part having an inner side pointing into the interior and an outer side pointing away from the interior. d. The metal housing part consists of • a first layer consisting of aluminium or of an aluminium alloy that forms the inner side of the metal housing part, and • a second layer consisting of nickel or of a nickel alloy that forms the outer side of the metal housing part. a. The battery comprises a housing enclosing an interior. b. The battery comprises a composite body arranged in the interior and consisting of at least one positive electrode and at least one negative electrode and at least one separator. c. The housing comprises a metal housing part having an inner side pointing into the interior and an outer side pointing away from the interior. d. The metal housing part consists of • a first layer consisting of aluminium or of an aluminium alloy that forms the inner side of the metal housing part, and • a second layer consisting of nickel or of a nickel alloy that forms the outer side of the metal housing part. • a first layer consisting of aluminium or of an aluminium alloy that forms the inner side of the metal housing part, and • a second layer consisting of nickel or of a nickel alloy that forms the outer side of the metal housing part.