mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical generator comprising: an RF output stage adapted to supply electrosurgical energy to tissue; and a microprocessor configured to compare tissue impedance to a threshold impedance value and adjust output of the electrosurgical generator when the tissue impedance is equal to or greater than the threshold impedance, characterized by the microprocessor being configured to generate a target impedance trajectory having a negative slope and a positive slope, wherein the target impedance trajectory includes a plurality of target impedance values, the microprocessor also configured to drive tissue impedance along the target impedance trajectory by adjusting the output level to substantially match tissue impedance to a corresponding target impedance value. an RF output stage adapted to supply electrosurgical energy to tissue; and a microprocessor configured to compare tissue impedance to a threshold impedance value and adjust output of the electrosurgical generator when the tissue impedance is equal to or greater than the threshold impedance, characterized by the microprocessor being configured to generate a target impedance trajectory having a negative slope and a positive slope, wherein the target impedance trajectory includes a plurality of target impedance values, the microprocessor also configured to drive tissue impedance along the target impedance trajectory by adjusting the output level to substantially match tissue impedance to a corresponding target impedance value.
Guiding device for a fuel filler nozzle wherein the guiding device (20, 52) is designed to be inserted into a filler neck (10, 10', 42, 42') of a vehicle tank, and wherein the guiding device (20, 52) comprises fastening means for fastening on an insertion opening of the filler neck (10, 10', 42, 42') provided for insertion of the fuel filler nozzle, wherein the guiding device (20, 52) comprises at least two tubular sections (22, 24, 54, 56) connected with one another, which are moveable relative to each other for adaption to a curvature or an angled shape of the filler neck (10, 10', 42, 42'), characterized in that the second of the at least two tubular sections (22, 24, 54, 56) comprises at least one flexible spacer on its outer side, to keep the second of the at least two tubular sections (22, 24, 54, 56) distanced from an interior wall of the filler neck (10, 10', 42, 42'), and in that the at least two tubular sections (22, 24, 54, 56) are connected to one another by a ball joint.
A method for pre-authorizing reservation of bearer resources for a service before having received a Quality of Service, QoS, authorization for the service, the method applying at a Policy and Charging Rules Function, PCRF, and comprising the steps of: receiving (S-025, S-065) a request for control rules from a Policy and Charging Enforcement Function, PCEF; determining (S-030, S-070) that a QoS authorization has not been received yet from an Application Function, AF, for the request; pre-authorizing (S-035, S-075) a reservation of bearer resources before having received the QoS authorization from the AF; and characterized by comprising installing (S-040, S-080) initial control rules for the pre-authorized reservation towards the PCEF, wherein the initial control rules are temporary control rules valid only during a configurable time period before having received the QoS authorization; and upon receipt (S-095, S-145) of the QoS authorization from the AF during the time period, updating (S-110, S-160) the previously installed initial control rules with final control rules based on media component descriptions included in the QoS authorization. receiving (S-025, S-065) a request for control rules from a Policy and Charging Enforcement Function, PCEF; determining (S-030, S-070) that a QoS authorization has not been received yet from an Application Function, AF, for the request; pre-authorizing (S-035, S-075) a reservation of bearer resources before having received the QoS authorization from the AF; and characterized by comprising installing (S-040, S-080) initial control rules for the pre-authorized reservation towards the PCEF, wherein the initial control rules are temporary control rules valid only during a configurable time period before having received the QoS authorization; and upon receipt (S-095, S-145) of the QoS authorization from the AF during the time period, updating (S-110, S-160) the previously installed initial control rules with final control rules based on media component descriptions included in the QoS authorization.
Device for attaching a bracelet to a watch case, the device comprising, on the one hand, at least one horn integral with the watch case, and on the other hand, an insert integral with the end of a bracelet strand, the horn and the insert being complementary in order to cooperate by interlocking with each other to form removable assembly means able to make the bracelet strand interchangeable, the insert comprising at least one stud subjected to the action of elastic return means, said at least one stud being arranged to cooperate with at least one housing in the horn, the horn comprising a control member projecting radially with respect to the horn, in order to move the stud from a deployed position wherein the stud holds the bracelet strand on the horn, to a retracted position wherein the bracelet strand is released from the horn, characterised in that the horn comprises a pair of ball pawls, each ball pawl being arranged to cooperate with a pair of holes formed on a wafer of the insert.
Method for operating a winding position of a textile machine producing cross-wound bobbins, comprising a single motor-driven finger thread guide equipped with an energy store for traversing a thread accumulating on a textile spool, and equipped with a suction nozzle, pivotable for taking up a thread end in the area of the surface of the textile spool, characterised in that the finger thread guide is positioned in an end position before the suction nozzle takes up its thread end take-up position in such way that a collision with the suction nozzle is reliably avoided, wherein an arresting means for fixing the finger thread guide in the end position is envisaged, which is activated by pivoting the suction nozzle in an upward direction.
Method for estimating an average time of arrival at a radar detector of a train of pulses emitted by an emitter, the radar detector providing a time of arrival ( t n) for each pulse of the train of pulses and a repetition period of the pulses of the train of pulses, the method comprising the steps of: - determining, for each pulse of the train of pulses, the remainder ( y n) of the Euclidian division of the time of arrival ( t n) of the pulse by the repetition period of the pulses, and - estimating an average time of arrival of the train of pulses from an average of the remainders ( y n) determined for each pulse. - determining, for each pulse of the train of pulses, the remainder ( y n) of the Euclidian division of the time of arrival ( t n) of the pulse by the repetition period of the pulses, and - estimating an average time of arrival of the train of pulses from an average of the remainders ( y n) determined for each pulse.
A switching mechanism for an electrical switch assembly, comprising: a rotary switch (52, 62) mounted on a printed circuit board, and comprising a contact block having a plurality of flat conductive contact faces arranged in the general shape of a polygon and adapted to roll from one contact face to another as the rotary switch is turned, a manually rotatable knob (48, 58) for turning the rotary switch, and mounted on a surface spaced apart from the printed circuit board, a rotatable shaft assembly (44, 46) operatively connecting the rotatable knob with the rotary switch so as to allow simultaneous and coordinated turning of the rotary switch when the knob is manually rotated, an indexing block mounted directly on the printed circuit board and suitable to be connected to a voltage source; a plurality of flat conductive terminal contacts mounted directly on the printed circuit board and upon which the contact block rolls, each conductive terminal contact being part of a circuit for a separate current flow pathway, each current flow pathway being is created by chemically etching a layer of conductive material bonded to a flat surface (18, 20) of the circuit board, and wherein a said conductive face of the contact block bridges an insulating gap between the indexing block and a said terminal contact as the contact block rolls over the printed circuit board, which selectively opens a circuit and closes an adjacent circuit to allow electricity to flow along a desired current flow pathway. a rotary switch (52, 62) mounted on a printed circuit board, and comprising a contact block having a plurality of flat conductive contact faces arranged in the general shape of a polygon and adapted to roll from one contact face to another as the rotary switch is turned, a manually rotatable knob (48, 58) for turning the rotary switch, and mounted on a surface spaced apart from the printed circuit board, a rotatable shaft assembly (44, 46) operatively connecting the rotatable knob with the rotary switch so as to allow simultaneous and coordinated turning of the rotary switch when the knob is manually rotated, an indexing block mounted directly on the printed circuit board and suitable to be connected to a voltage source; a plurality of flat conductive terminal contacts mounted directly on the printed circuit board and upon which the contact block rolls, each conductive terminal contact being part of a circuit for a separate current flow pathway, each current flow pathway being is created by chemically etching a layer of conductive material bonded to a flat surface (18, 20) of the circuit board, and wherein a said conductive face of the contact block bridges an insulating gap between the indexing block and a said terminal contact as the contact block rolls over the printed circuit board, which selectively opens a circuit and closes an adjacent circuit to allow electricity to flow along a desired current flow pathway.
A manufacturing method of an absorbent article including a front waistband region, a rear waistband region, and a crotch region located between the front waistband region and the rear waistband region, the method comprising: a step A of bonding, by using an ultrasonic bonding device, a continuum of the front waistband region and a continuum of the rear waistband region in predetermined regions each corresponding to a bonded region of the front waistband region and the rear waistband region after overlapping the continuum of the front waistband region and the continuum of the rear waistband region under conveyance; a step B of outputting a first predetermined signal indicating a failure state when it is determined that an output signal from the ultrasonic bonding device does not satisfy a first specified condition; and a step C of outputting a second predetermined signal indicating a failure state when it is determined that a bonded area in any of the predetermined regions does not satisfy a second specified condition; wherein an ultrasonic horn of the ultrasonic bonding device adjusts an inclination at the time of coming into contact with each predetermined region on the basis of the output of the first predetermined signal and the second predetermined signal. a step A of bonding, by using an ultrasonic bonding device, a continuum of the front waistband region and a continuum of the rear waistband region in predetermined regions each corresponding to a bonded region of the front waistband region and the rear waistband region after overlapping the continuum of the front waistband region and the continuum of the rear waistband region under conveyance; a step B of outputting a first predetermined signal indicating a failure state when it is determined that an output signal from the ultrasonic bonding device does not satisfy a first specified condition; and a step C of outputting a second predetermined signal indicating a failure state when it is determined that a bonded area in any of the predetermined regions does not satisfy a second specified condition;
Blower with a fan which is driven by a drive motor, with a suction orifice and with an exhaust orifice, wherein the blower has a handle for guiding the blower, wherein the handle is so mounted on the blower that it may be pivoted from a first position into at least one second position, wherein the handle has a gripping area, wherein the blower is so designed that in operation of the blower an airflow passes the exhaust orifice in an exhaust direction, characterised in that the gripping area in the first position is inclined differently to the exhaust direction as compared with the second position.
A circuit breaker of a gas-insulated switchgear including a movable part conductor, a fixed part conductor, and a movable rod part which is moved between them to be positioned in an inserted state and an interrupting state, wherein the fixed part conductor comprises a fixed part conductor pipe which has a cylindrical shape, a fixed part arc contact which is fastened to a center shaft of the fixed part conductor pipe, a support which fastens the fixed part arc contact to the fixed part conductor pipe, the support having a front surface facing an arc, two side surfaces and a rear surface, and a support shield which covers the front surface of the support facing an arc and covers both side surfaces of the support characterized in that the support shield does not cover the rear surface of the support, and in that both respective side surfaces of the support shield are formed to protrude from the rear surface of the support.
A method for producing a composition comprising nanoparticles of a biologically active compound, comprising the step of: dry milling a solid biologically active compound, a surface stabilizer and a millable grinding compound in a mill, for a time period sufficient to produce a composition comprising nanoparticles of the biologically active compound having an average size less than 1000nm dispersed in an at least partially milled grinding compound, wherein the particle size of the millable grinding compound is reduced by the dry milling wherein the millable grinding compound is selected from the group consisting of: sodium hydrogen sulfate, sodium hydrogen carbonate, sodium hydroxide, succinic acid, fumaric acid, maleic acid, tartaric acid, citric acid, ammonium chloride, methylamine hydrochloride, ammonium bromide, crystalline hydroxides, hydrogen carbonates, hydrogen carbonates of pharmaceutical acceptable alkali metals, sodium sulphate, sodium chloride, sodium metabisulphite, sodium thiosulphate, Glauber's salt, ammonium carbonate, sodium bisulphate, magnesium sulphate, potash alum, potassium chloride, sodium carbonate, sodium bicarbonate, potassium carbonate, potassium bicarbonate, and lactose. wherein the particle size of the millable grinding compound is reduced by the dry milling wherein the millable grinding compound is selected from the group consisting of: sodium hydrogen sulfate, sodium hydrogen carbonate, sodium hydroxide, succinic acid, fumaric acid, maleic acid, tartaric acid, citric acid, ammonium chloride, methylamine hydrochloride, ammonium bromide, crystalline hydroxides, hydrogen carbonates, hydrogen carbonates of pharmaceutical acceptable alkali metals, sodium sulphate, sodium chloride, sodium metabisulphite, sodium thiosulphate, Glauber's salt, ammonium carbonate, sodium bisulphate, magnesium sulphate, potash alum, potassium chloride, sodium carbonate, sodium bicarbonate, potassium carbonate, potassium bicarbonate, and lactose.
Cathode element suitable for use in a Hall-Heroult electrolysis cell, comprising - a cathode block comprising a carbonaceous material, - at least one metallic connection bar made in copper or copper alloys, wherein said metallic connection bar is inserted into a groove or bore in direct contact with a carbonaceous material, wherein said metallic connection bars extend from both extremities towards the centre length of the cathode block, leaving a gap in the centre of the cathode block, and wherein said carbonaceous material can be the carbonaceous material of said cathode block, or an intermediate carbonaceous material that is in direct contact with the carbonaceous material of said cathode block. - a cathode block comprising a carbonaceous material, - at least one metallic connection bar made in copper or copper alloys,
A method for manufacturing a capsule medical apparatus (2, 2b, 2c), comprising: a measuring step of measuring an entire weight (We) which is a total of a weight of a capsule-shaped casing (27, 27c, 27e) and a weight of a plurality of function executing units that are housed in the casing (27, 27c, 27e) and execute predetermined functions; a difference calculating step of calculating a difference between the measured weight (We) and a target weight (Wt) set in advance; a housing step of housing the plurality of function executing units in the casing (27, 27c, 27e); and an adjusting step of adjusting, by adding a weight adjusting member (1, 11, 12, 31, 41, 52) whose weight is equivalent to the difference between the target weight (Wt) and the entire weight (We) of all parts constituting the capsule medical apparatus (2, 2b, 2c), the weight of the casing (27, 27c, 27e) in which the plurality of function executing units are housed. a measuring step of measuring an entire weight (We) which is a total of a weight of a capsule-shaped casing (27, 27c, 27e) and a weight of a plurality of function executing units that are housed in the casing (27, 27c, 27e) and execute predetermined functions; a difference calculating step of calculating a difference between the measured weight (We) and a target weight (Wt) set in advance; a housing step of housing the plurality of function executing units in the casing (27, 27c, 27e); and an adjusting step of adjusting, by adding a weight adjusting member (1, 11, 12, 31, 41, 52) whose weight is equivalent to the difference between the target weight (Wt) and the entire weight (We) of all parts constituting the capsule medical apparatus (2, 2b, 2c), the weight of the casing (27, 27c, 27e) in which the plurality of function executing units are housed.
An electric bicycle frame, comprising: a down tube with a housing defined therein into which an electric battery pack is inserted, the housing of the down tube has an insertion opening in its upper part for introducing the electric battery pack, characterized in that the insertion opening for inserting the electric battery pack into the housing is established through an upper transverse bar of the frame of the bicycle, the upper transverse bar incorporates at one end a saddle while it has at the opposite end an assembly of stem and handlebar of the bicycle, and the upper transverse bar being connected with the down tube through the end incorporating a saddle to provide rigidity to the frame, a longitudinal axis of the down tube of the frame is shifted with respect to a handlebar of the bicycle such that it allows introducing the electric battery pack into and removing it from the housing of the down tube without interfering with the handlebar. a down tube with a housing defined therein into which an electric battery pack is inserted, the housing of the down tube has an insertion opening in its upper part for introducing the electric battery pack, characterized in that the insertion opening for inserting the electric battery pack into the housing is established through an upper transverse bar of the frame of the bicycle, the upper transverse bar incorporates at one end a saddle while it has at the opposite end an assembly of stem and handlebar of the bicycle, and the upper transverse bar being connected with the down tube through the end incorporating a saddle to provide rigidity to the frame, a longitudinal axis of the down tube of the frame is shifted with respect to a handlebar of the bicycle such that it allows introducing the electric battery pack into and removing it from the housing of the down tube without interfering with the handlebar.
An integrated circuit adapted to control a process in a system, wherein the system uses a plurality of Physical Resource Blocks, PRBs, into which a plurality of subcarriers consecutive in a frequency domain are divided and defines a mapping pattern of Distributed Virtual Resource Blocks, DVRBs to PRBs, the DVRBs with the same DVRB number being mapped to two of PRBs with a gap therebetween, the gap being dependent on both a number of consecutive PRBs and a system bandwidth, and the gap being an integer multiple of said number of consecutive PRBs, the process comprising: receiving allocation information indicating DVRBs or PRBs, that are allocated in either first allocation in which the DVRBs with the same DVRB number are allocated or second allocation in which PRBs are allocated in units of resource block groups, RBGs, into which the plurality of PRBs are grouped and each of which is a set of said number of consecutive PRBs, and to receive data transmitted using the allocated DVRBs or PRBs; and decoding the data in accordance with the mapping pattern that is stored. receiving allocation information indicating DVRBs or PRBs, that are allocated in either first allocation in which the DVRBs with the same DVRB number are allocated or second allocation in which PRBs are allocated in units of resource block groups, RBGs, into which the plurality of PRBs are grouped and each of which is a set of said number of consecutive PRBs, and to receive data transmitted using the allocated DVRBs or PRBs; and decoding the data in accordance with the mapping pattern that is stored.