mhurhangee/patent-ind-claim-en huggingface dataset:
A SEZ6 ADC of the structure: wherein Ab comprises an anti-SEZ6 antibody having a heavy chain sequence of SEQ ID NO:3 and a light chain sequence of SEQ ID NO:4 and wherein n is 2.
A plating apparatus (M), comprising: a plating tank for storing a plating liquid (F) having side walls (11b-11e) and a bottom ; an anode member vertically arranged inside the plating tank , wherein a plating object (W) is vertically arranged inside the plating tank to face the anode member ; a cathode member contacting the plating object (W); and a first holder detachably holding the anode member ; wherein a space is formed between the anode member and the plating object (W) to be a flow passage for the plating liquid (F) to flow from the plating tank ; and the anode member faces the plating object (W) in a facing direction (X), an orthogonal direction (Y) being orthogonal to the facing direction (X), characterized by a second holder detachably holding the plating object (W); both sides of the space in the orthogonal direction (Y) being closed by the plating tank ; and a perpendicular wall projected upward from an inner side of the bottom of the plating tank , wherein both sides of the perpendicular wall in the orthogonal direction (Y) are continuously formed to be integral with internal surfaces of side walls of the plating tank , and an upper side of the perpendicular wall is located at a lower position than a level of the plating liquid (F) and upper ends of the side walls (11b- 11e); thereby allowing the plating liquid (F) to flow over the perpendicular wall into the space from above relative to the space and to be sucked by a pump from below relative to the space . a plating tank for storing a plating liquid (F) having side walls (11b-11e) and a bottom ; an anode member vertically arranged inside the plating tank , wherein a plating object (W) is vertically arranged inside the plating tank to face the anode member ; a cathode member contacting the plating object (W); and a first holder detachably holding the anode member ; wherein a space is formed between the anode member and the plating object (W) to be a flow passage for the plating liquid (F) to flow from the plating tank ; and the anode member faces the plating object (W) in a facing direction (X), an orthogonal direction (Y) being orthogonal to the facing direction (X), characterized by a second holder detachably holding the plating object (W); both sides of the space in the orthogonal direction (Y) being closed by the plating tank ; and a perpendicular wall projected upward from an inner side of the bottom of the plating tank , wherein both sides of the perpendicular wall in the orthogonal direction (Y) are continuously formed to be integral with internal surfaces of side walls of the plating tank , and an upper side of the perpendicular wall is located at a lower position than a level of the plating liquid (F) and upper ends of the side walls (11b- 11e); thereby allowing the plating liquid (F) to flow over the perpendicular wall into the space from above relative to the space and to be sucked by a pump from below relative to the space .
A system for protecting application servers using User Datagram Protocol, UDP, from Distributed Denial of Service, DDoS DDoS, attacks, comprising: a protocol interface adapted to receive from a Session Traversal Utilities for Network Address Translation , STUN, server a plurality of requests for a source Intemel Protocol, IP, address and source port, the plurality of requests originated from at least one application server; and characterized in that the system further comprises: a processing unit adapted to allocate an available destination IP address and a destination port from a pool of destination IP addresses and destination ports and to provide the STUN server the allocated destination IP address and destination port in response to the reception of the plurality of requests; wherein the processing unit identifies a DDoS attack on one of the allocated destination IP addresses by detecting high traffic volume on the one of the allocated destination IP addresses, and blocking the attacked destination IP address in response to the detected attack, by stopping allocating destination ports on the attacked destination IP address. a processing unit adapted to allocate an available destination IP address and a destination port from a pool of destination IP addresses and destination ports and to provide the STUN server the allocated destination IP address and destination port in response to the reception of the plurality of requests; wherein the processing unit identifies a DDoS attack on one of the allocated destination IP addresses by detecting high traffic volume on the one of the allocated destination IP addresses, and blocking the attacked destination IP address in response to the detected attack, by stopping allocating destination ports on the attacked destination IP address.
Method for producing a surface of a base material , wherein the base material comprises cast iron, having the steps of: - localizing a partial surface only on the surface of the one base material , - producing a first buffer layer on the partial surface , wherein a buffer welding process is used in conjunction with a buffer welding additive, wherein the welding parameters are selected such that the heat input into the base material is low, with the result that no cracks occur in the heat-affected zone, - producing a fill layer on the buffer layer , wherein the MAG welding process is used, wherein a NiFe welding filler material is used, wherein no preheating is performed, characterized in that the MIG welding process is employed during the production of the buffer layer, and a welding additive is used which comprises substantially 65% by weight of Ni and substantially 30% by weight of Fe, wherein, during the production of the fill layer, a welding additive is used which comprises substantially 55% by weight of Ni and substantially 30% by weight of Fe. - localizing a partial surface only on the surface of the one base material , - producing a first buffer layer on the partial surface , wherein a buffer welding process is used in conjunction with a buffer welding additive, wherein the welding parameters are selected such that the heat input into the base material is low, with the result that no cracks occur in the heat-affected zone, - producing a fill layer on the buffer layer , wherein the MAG welding process is used, wherein a NiFe welding filler material is used, characterized in that the MIG welding process is employed during the production of the buffer layer, and a welding additive is used which comprises substantially 65% by weight of Ni and substantially 30% by weight of Fe, wherein, during the production of the fill layer, a welding additive is used which comprises substantially 55% by weight of Ni and substantially 30% by weight of Fe.
An electronic device having a touchless user interface for providing at least one input to the device , said touchless user interface comprising at least one ultrasound transmitter arranged to transmit ultrasonic signals having a frequency band and at least one ultrasound receiver arranged to receive reflections of said ultrasonic signals from an input object ; wherein the device further comprises a substantially continuous outer surface portion ; and the device further comprises a resonant cavity formed inside the device ; characterised in that : said resonant cavity has a resonant frequency within said frequency band; wherein at least one of the transmitter and the receiver is provided behind said outer surface portion , wherein said at least one of the transmitter and the receiver is contained in the resonant cavity . wherein the device further comprises a substantially continuous outer surface portion ; and the device further comprises a resonant cavity formed inside the device ; characterised in that : said resonant cavity has a resonant frequency within said frequency band; wherein at least one of the transmitter and the receiver is provided behind said outer surface portion , wherein said at least one of the transmitter and the receiver is contained in the resonant cavity .
Process for producing a haematite pigment having an a* value greater than 20, especially greater than 25, CIELAB units measured as a full shade in alkyd resin to DIN EN ISO 787-25:2007, by reacting iron sulfate with oxygen in the presence of a pigment seed, characterized in that a) water comprising i) at least one pigment seed selected from the group consisting of FeOOH and Fe 2 O 3 and ii) iron sulfate forms an initial charge and b) at least one alkaline earth metal carbonate, especially CaCO 3 , MgCO 3 , CaMg(CO 3 ) 2 or mixtures thereof and c) oxygen-containing gas are added to the initial charge, where at least 95% by weight of the total amount of iron sulfate used in the process is present in the initial charge a) prior to addition of components b) and c), and component b) is added to the initial charge in the form of an aqueous suspension. a) water comprising i) at least one pigment seed selected from the group consisting of FeOOH and Fe 2 O 3 and ii) iron sulfate forms an initial charge and i) at least one pigment seed selected from the group consisting of FeOOH and Fe 2 O 3 and ii) iron sulfate forms an initial charge and b) at least one alkaline earth metal carbonate, especially CaCO 3 , MgCO 3 , CaMg(CO 3 ) 2 or mixtures thereof and c) oxygen-containing gas are added to the initial charge, where at least 95% by weight of the total amount of iron sulfate used in the process is present in the initial charge a) prior to addition of components b) and c), and component b) is added to the initial charge in the form of an aqueous suspension.
A mobile terminal comprising: a user input unit ; a controller unit for determining a primary polyhedron having a polyhedral shape according to a number of display target objects and for designating each of the number of display target objects to a facet of the polyhedron; and a display module for displaying the primary polyhedron in three dimensions, wherein each of the number of display target objects is displayed on the designated facet of the primary polyhedron, the display target objects being upper menu items, wherein the controller unit is further configured for controlling the display module to: - display a subordinate polyhedron in three dimensions together with the primary polyhedron, wherein subordinate menu items corresponding to an upper menu item designated to one facet of the primary polyhedron are displayed on facets of the subordinate polyhedron. a user input unit ; a controller unit for determining a primary polyhedron having a polyhedral shape according to a number of display target objects and for designating each of the number of display target objects to a facet of the polyhedron; and a display module for displaying the primary polyhedron in three dimensions, wherein each of the number of display target objects is displayed on the designated facet of the primary polyhedron, the display target objects being upper menu items, wherein the controller unit is further configured for controlling the display module to: - display a subordinate polyhedron in three dimensions together with the primary polyhedron, wherein subordinate menu items corresponding to an upper menu item designated to one facet of the primary polyhedron are displayed on facets of the subordinate polyhedron. - display a subordinate polyhedron in three dimensions together with the primary polyhedron, wherein subordinate menu items corresponding to an upper menu item designated to one facet of the primary polyhedron are displayed on facets of the subordinate polyhedron.
Vacuum cleaner couplable to an accessory , which accessory comprises a light guide connecting an accessory light inlet and an accessory light outlet, the vacuum cleaner comprising: - a spout having a cleaner dust inlet opening configured to suck in dust during operation of the vacuum cleaner, - a light source configured to generate light, - a cleaner light outlet configured to emit light generated by the light source, wherein the cleaner light outlet is arranged at or above a top surface of the outer diameter of the spout and displaced with respect to the cleaner dust inlet opening in axial direction of the spout , and - a cleaner mechanical coupling portion configured to mechanically couple the accessory to the vacuum cleaner in a defined orientation and with rotation of the accessory, relative to the vacuum cleaner, about the axial direction of the spout being restricted, characterized in that said defined orientation enables the cleaner light outlet to be coupled to or arranged next to the accessory light inlet when the accessory is coupled to the vacuum cleaner. - a spout having a cleaner dust inlet opening configured to suck in dust during operation of the vacuum cleaner, - a light source configured to generate light, - a cleaner light outlet configured to emit light generated by the light source, wherein the cleaner light outlet is arranged at or above a top surface of the outer diameter of the spout and displaced with respect to the cleaner dust inlet opening in axial direction of the spout , and - a cleaner mechanical coupling portion configured to mechanically couple the accessory to the vacuum cleaner in a defined orientation and with rotation of the accessory, relative to the vacuum cleaner, about the axial direction of the spout being restricted,
A method for conditioning a blanket in an offset printer , the method comprising: during a non-printing cycle of the offset printer , applying a first voltage to an intermediate transfer member of the offset printer , wherein the intermediate transfer member comprises the blanket ; maintaining the first voltage for a first period of time, characterized in that the method further comprises, in the following order: - applying a second voltage to an imaging plate ; - discharging the imaging plate ; and - engaging the imaging plate with the intermediate transfer member during the non-printing cycle. during a non-printing cycle of the offset printer , applying a first voltage to an intermediate transfer member of the offset printer , wherein the intermediate transfer member comprises the blanket ; maintaining the first voltage for a first period of time, characterized in that the method further comprises, in the following order: - applying a second voltage to an imaging plate ; - discharging the imaging plate ; and - engaging the imaging plate with the intermediate transfer member during the non-printing cycle. - applying a second voltage to an imaging plate ; - discharging the imaging plate ; and - engaging the imaging plate with the intermediate transfer member during the non-printing cycle.
An obturator assembly including: an obturator housing defining a cavity therein; an obturator shaft extending distally from the housing ; and a retention member disposed within the cavity of the obturator housing , the retention member including: a main body defining an opening dimensioned for receipt of a surgical instrument, the main body having a first thickness; and a plurality of first sections formed in the main body and circumferentially disposed about the opening , the obturator assembly being characterized in that : each section of the plurality of first sections having a second thickness that is less than the first thickness of the main body to facilitate flexing of the retention member during insertion of a surgical instrument into the opening ; wherein each section of the plurality of first sections has a triangular configuration, wherein a base of each section of the plurality of first sections is disposed adjacent an inner peripheral surface of the main body , and an apex of each section of the plurality of first sections is disposed adjacent an outer peripheral surface of the main body . an obturator housing defining a cavity therein; an obturator shaft extending distally from the housing ; and a retention member disposed within the cavity of the obturator housing , the retention member including: a main body defining an opening dimensioned for receipt of a surgical instrument, the main body having a first thickness; and a plurality of first sections formed in the main body and circumferentially disposed about the opening , a main body defining an opening dimensioned for receipt of a surgical instrument, the main body having a first thickness; and a plurality of first sections formed in the main body and circumferentially disposed about the opening , each section of the plurality of first sections having a second thickness that is less than the first thickness of the main body to facilitate flexing of the retention member during insertion of a surgical instrument into the opening ; wherein each section of the plurality of first sections has a triangular configuration, wherein a base of each section of the plurality of first sections is disposed adjacent an inner peripheral surface of the main body , and an apex of each section of the plurality of first sections is disposed adjacent an outer peripheral surface of the main body .
An electric power steering system comprising a control unit configured to: i) compute an assist control amount that is a current amount, based on multiple kinds of state quantities indicating a steering state; ii) control a motor based on the assist control amount, the motor being a source of assist force to be applied to a steering system of a vehicle; iii) individually set, for the respective state quantities, limiting values that limit a variation range of the assist control amount, based on the respective state quantities used to compute the assist control amount; and iv) limit a value of the assist control amount using the limiting values, the electric power steering system characterized in that the control unit is configured to a) acquire a command value generated by a host control unit to change the assist control amount; b) change the assist control amount using the command value before the assist control amount is limited using the limiting values; and c) take the command value into account in setting of at least one of the limiting values. i) compute an assist control amount that is a current amount, based on multiple kinds of state quantities indicating a steering state; ii) control a motor based on the assist control amount, the motor being a source of assist force to be applied to a steering system of a vehicle; iii) individually set, for the respective state quantities, limiting values that limit a variation range of the assist control amount, based on the respective state quantities used to compute the assist control amount; and iv) limit a value of the assist control amount using the limiting values, a) acquire a command value generated by a host control unit to change the assist control amount; b) change the assist control amount using the command value before the assist control amount is limited using the limiting values; and c) take the command value into account in setting of at least one of the limiting values.
A gel type agent for use as a local anesthetic comprising water, a local anesthetic having a tertiary amine and a water soluble salt of glycyrrhizic acid, wherein: - the gel type local anesthetic agent includes a complex formed by an electrostatic interaction between a carboxy group of the water soluble salt of glycyrrhizic acid and the amine of the local anesthetic, and - a molar ratio ((b)/(a)) of (b) the said local anesthetic relative to (a) the said glycyrrhizic acid is 1 to 3. - the gel type local anesthetic agent includes a complex formed by an electrostatic interaction between a carboxy group of the water soluble salt of glycyrrhizic acid and the amine of the local anesthetic, and - a molar ratio ((b)/(a)) of (b) the said local anesthetic relative to (a) the said glycyrrhizic acid is 1 to 3.
Transmission arrangement for a motor vehicle which, for its motion, comprises a first electric machine with a first input shaft with a gearwheel arranged thereon, a second electric machine with a second input shaft , and an internal combustion engine with a third input shaft , wherein the transmission arrangement has two clutches , wherein the transmission arrangement has a switching unit with only two gears and an output shaft , wherein the second input shaft of the second electric machine and the third input shaft of the internal combustion engine are arranged coaxially to one another, wherein the third input shaft is to be connected via a first clutch to the second input shaft , wherein the output shaft is arranged parallel to the input shaft , wherein the second clutch is to be connected via the switching unit to the output shaft and is designed as a dual clutch with two partial clutches, characterised in that the switching unit comprises a first positive-locking switching element and a second positive-locking switching element , a first input shaft and a second input shaft as well as furthermore a first gearwheel , a second gearwheel and, between them, a third gearwheel , wherein the first switching element is arranged between the first and the third gearwheel and the second switching element is arranged between the second gearwheel and the third gearwheel , wherein both input shafts of the switching unit are arranged so as to be coaxial and offset to the second input shaft and thus also to the third input shaft and to be connected via the second clutch to the second input shaft of the second electric machine in a non-rotational and thus mechanical manner, wherein the first input shaft of the first electric machine is arranged parallel to the two other input shaft in a parallel offset manner, wherein the first input shaft can be connected via the switching unit optionally in a first gear or in a second gear to the output shaft , wherein the second input shaft can be connected via the second clutch optionally in one of the two gears of the switching unit to the output shaft , wherein the output shaft is to be connected with at least one of the two electric machines , wherein the first input shaft is to be connected via the gearwheel arranged thereon in the first gear via the first gearwheel of the switching unit to the first gearwheel of the output shaft , wherein the first input shaft is to be connected alternatively via the gearwheel arranged thereon and via the second gearwheel of the switching unit in the second gear to the second gearwheel of the output shaft , wherein the first input shaft is also to be completely decoupled from the output shaft by adjusting the switching unit , wherein the gearwheel on the first input shaft is to be connected to the third gearwheel of the switching unit , wherein the second input shaft can be connected via the second clutch , designed as a double clutch, optionally with a first partial clutch for the first gear in the first gear or with a second partial clutch for the second gear in the second gear, to the output shaft .