mhurhangee/patent-ind-claim-en huggingface dataset:
A method for issuing address information characterized by comprising: a first node that supports a segment routing, SR, and resource reservation protocol, RSVP, issuing (S502) address information of SR nodes to a RSVP domain; and the first node announcing (S504) address information of RSVP nodes to a segment routing management server, SRMS, in a SR domain; wherein the first node issuing the address information of the SR nodes to the RSVP domain comprises: the first point flooding the address information of the SR nodes via database extension of an interior gateway protocol, IGP, TE; wherein the first node announcing the address information of the RSVP nodes to the SRMS in the SR domain comprises: the first point announcing the address information of the RSVP nodes through internal gateway protocol, IGP, extension or through interactive protocol extension of the first node and the SRMS. a first node that supports a segment routing, SR, and resource reservation protocol, RSVP, issuing (S502) address information of SR nodes to a RSVP domain; and the first node announcing (S504) address information of RSVP nodes to a segment routing management server, SRMS, in a SR domain; wherein the first node issuing the address information of the SR nodes to the RSVP domain comprises: the first point flooding the address information of the SR nodes via database extension of an interior gateway protocol, IGP, TE; wherein the first node announcing the address information of the RSVP nodes to the SRMS in the SR domain comprises: the first point announcing the address information of the RSVP nodes through internal gateway protocol, IGP, extension or through interactive protocol extension of the first node and the SRMS.
A reaction apparatus for contacting a process gas with a semiconductor wafer , the reaction apparatus comprising: an upper dome ; a lower dome attached to the upper dome, the upper dome and the lower dome defining a reaction chamber ; an upper liner ; a lower liner positioned below the upper liner, the upper liner and the lower liner defining a process gas inlet for channeling the process gas into the reaction chamber; and a preheat ring positioned within the reaction chamber for heating the process gas prior to contacting the semiconductor wafer, the preheating ring attached to an inner circumference of the lower liner, the preheat ring comprising: an annular disk having an inner edge , an outer edge , a first side , and a second side opposite the first side , the inner edge and the outer edge defining a radial distance therebetween; characterized in an edge bar positioned on the first side and extending from the outer edge toward the inner edge an edge bar radial thickness , wherein the radial distance is greater than the edge bar radial thickness ; the edge bar has an edge bar height and an edge bar circumferential length , wherein the edge bar height and the edge bar circumferential length are each configured to adjust a velocity and/or a direction of the process gas. an upper dome ; a lower dome attached to the upper dome, the upper dome and the lower dome defining a reaction chamber ; an upper liner ; a lower liner positioned below the upper liner, the upper liner and the lower liner defining a process gas inlet for channeling the process gas into the reaction chamber; and a preheat ring positioned within the reaction chamber for heating the process gas prior to contacting the semiconductor wafer, the preheating ring attached to an inner circumference of the lower liner, the preheat ring comprising: an annular disk having an inner edge , an outer edge , a first side , and a second side opposite the first side , the inner edge and the outer edge defining a radial distance therebetween; characterized in an edge bar positioned on the first side and extending from the outer edge toward the inner edge an edge bar radial thickness , wherein the radial distance is greater than the edge bar radial thickness ; the edge bar has an edge bar height and an edge bar circumferential length , wherein the edge bar height and the edge bar circumferential length are each configured to adjust a velocity and/or a direction of the process gas. an annular disk having an inner edge , an outer edge , a first side , and a second side opposite the first side , the inner edge and the outer edge defining a radial distance therebetween; characterized in an edge bar positioned on the first side and extending from the outer edge toward the inner edge an edge bar radial thickness , wherein the radial distance is greater than the edge bar radial thickness ; the edge bar has an edge bar height and an edge bar circumferential length , wherein the edge bar height and the edge bar circumferential length are each configured to adjust a velocity and/or a direction of the process gas.
A wireless audio device tethering system comprising: an intermediary device having at least one wireless transceiver; wherein said intermediary device is configured to establish at least a first wireless connection with a first wireless audio device and at least a second wireless connection with a second wireless audio device; wherein said intermediary device is further configured to receive a unique identifier of the second wireless audio device from said second wireless audio device and to transmit said unique identifier to said first wireless audio device along with an instruction for establishing a third wireless connection between said first wireless audio device and said second wireless audio device identified by said unique identifier. an intermediary device having at least one wireless transceiver; wherein said intermediary device is configured to establish at least a first wireless connection with a first wireless audio device and at least a second wireless connection with a second wireless audio device; wherein said intermediary device is further configured to receive a unique identifier of the second wireless audio device from said second wireless audio device and to transmit said unique identifier to said first wireless audio device along with an instruction for establishing a third wireless connection between said first wireless audio device and said second wireless audio device identified by said unique identifier.
Irradiation device (10; 100) of a paste-type composition (C) comprising: - a container body (12; 120) equipped with a longitudinal through opening (14; 140) for the transit of a paste-type composition (C) to be irradiated and with a dispensing head (18; 180) extending from the longitudinal through opening (14; 140); - at least one irradiation element (24; 240) arranged in the container body (12; 120) and suitable for irradiating the paste-type composition (C) in transit in the longitudinal through opening (14; 140); and - an energy source (26; 260) also arranged in the container body (12; 120) and in electrical connection with the at least one irradiation element (24; 240); and - means (28; 280) for switching said at least one irradiation element (24; 240) on/off; characterised in that said means (28; 280) for switching said at least one irradiation element (24; 240) on/off comprises an end portion extending from the container body (12; 120) and suitable for cooperating with a cap able to be removably associated with the dispensing head (18; 180) of the irradiation device (10; 100) to switch on the at least one irradiation element (24; 240) at the time of decoupling of the cap from the dispensing head (18; 180) of the irradiation device (10; 100).. - a container body (12; 120) equipped with a longitudinal through opening (14; 140) for the transit of a paste-type composition (C) to be irradiated and with a dispensing head (18; 180) extending from the longitudinal through opening (14; 140); - at least one irradiation element (24; 240) arranged in the container body (12; 120) and suitable for irradiating the paste-type composition (C) in transit in the longitudinal through opening (14; 140); and - an energy source (26; 260) also arranged in the container body (12; 120) and in electrical connection with the at least one irradiation element (24; 240); and - means (28; 280) for switching said at least one irradiation element (24; 240) on/off;
A second wireless communication device comprising: a reception unit configured to receive, from a first wireless communication device, a report frame, in which group information regarding a group including at least the first and second wireless communication device is stored; a control unit configured to control generation of a participation request frame relating to a request for participation in the group on the basis of the group information stored in the received report frame, wherein in said participation request frame role information specifying a communication role of the second wireless communication device on behalf of the group in communication with a third wireless communication device outside of the group is stored, wherein the communication role includes at least one of transmission, reception or communication of data for specific use or of a specific type; and a transmission unit configured to transmit the participation request frame to the first wireless communication device. a reception unit configured to receive, from a first wireless communication device, a report frame, in which group information regarding a group including at least the first and second wireless communication device is stored; a control unit configured to control generation of a participation request frame relating to a request for participation in the group on the basis of the group information stored in the received report frame, wherein in said participation request frame role information specifying a communication role of the second wireless communication device on behalf of the group in communication with a third wireless communication device outside of the group is stored, wherein the communication role includes at least one of transmission, reception or communication of data for specific use or of a specific type; and a transmission unit configured to transmit the participation request frame to the first wireless communication device.
A robotic surgical system for performing a procedure within a sterile field, comprising: a manipulator arm; and a surgical accessory clamp for coupling a surgical accessory to a distal end portion of the manipulator arm, the accessory clamp including a base for coupling with the distal end portion of the manipulator arm, two clamp jaws with each of the clamp jaws rotatably coupled to the base by a single pivot pin, and a rotatably coupled lever operable to move at least one of the two clamp jaws , relative to the base , between an open position and a closed position; a detent structure on the base to keep the surgical accessory clamp in the open position; and a sterile drape covering the accessory clamp and the manipulator arm to shield the accessory clamp and the manipulator arm from the sterile field. a manipulator arm; and a surgical accessory clamp for coupling a surgical accessory to a distal end portion of the manipulator arm, the accessory clamp including a base for coupling with the distal end portion of the manipulator arm, two clamp jaws with each of the clamp jaws rotatably coupled to the base by a single pivot pin, and a rotatably coupled lever operable to move at least one of the two clamp jaws , relative to the base , between an open position and a closed position; a detent structure on the base to keep the surgical accessory clamp in the open position; and a sterile drape covering the accessory clamp and the manipulator arm to shield the accessory clamp and the manipulator arm from the sterile field.
A process of preparing a concentrated liquid foodstuff comprising treatin g a mixture of a juice concentrate and a carbohydrate with a yeast, wherein said juice concentrate has a water content of 20 to 80% by weight based on the juice concentrate and a Brix of from 5 to 20 °Bx, wherein said carbohydrate is selected from the group consisting of maltose, lactose, glucose, saccharose, fructose, hexose, a hydrolyzed saccharose concentrate, an invert sugar syrup, a glucose syrup, and a natural fruit sugar from fruit juice and fruit juice concentrate, and is added in an amount of from 1 to 20 wt%, based on the total weight of the mixture, wherein the mixture has a total acidity of at least 25 g/L, calculated as citric acid, pH 8.1, and wherein the treatment of the juice concentrate with the yeast is carried out at temperatures above 25 °C and wherein the fermentation is carried out at a pH < 4, to obtain a concentrated liquid foodstuff, wherein the alcohol content is lower than 15 g/kg of concentrated liquid foodstuff.
An endoscopic shank instrument which in the region of its distal end comprises an electronic component with an electrical lead which lies at the outer side, wherein the electronic component at least at the outer periphery is surrounded by a glass sleeve , wherein the glass sleeve at its distal end is closed by a light-transparent covering , characterised in that the covering , with a section which corresponds to the inner cross section of the glass sleeve , engages into the glass sleeve and is bonded to the glass sleeve in this position, wherein the glass sleeve and the covering electrically insulate the electronic component which is arranged therein, with respect to its outer surroundings.
A photonic integrated circuit, PIC, comprising a plurality of semiconductor layers on a substrate , the plurality of semiconductor layers forming a PIN or PN doping structure, the PIC comprising: - a waveguide arranged for conducting light waves, the waveguide comprising at least part of a waveguiding layer , which is one of the layers of the plurality of semiconductor layers ; - an optical element comprising at least part of a waveguiding layer , which is one of the layers of the plurality of semiconductor layers , wherein the at least parts of the waveguiding layer of the waveguide and the optical element are connected to one another, wherein the optical element is configured for reverse-bias mode operation, and wherein the optical element comprises a contact layer arranged for connecting to a voltage source; - a plurality of conducting contacts connected to one another by a metallic conducting layer, wherein the waveguide comprises at least one conducting contact of the plurality of conducting contacts, the at least one conducting contact proximal to the optical element ; and - at least one isolation section arranged between the contact layer and the at least one conducting contact . - a waveguide arranged for conducting light waves, the waveguide comprising at least part of a waveguiding layer , which is one of the layers of the plurality of semiconductor layers ; - an optical element comprising at least part of a waveguiding layer , which is one of the layers of the plurality of semiconductor layers , wherein the at least parts of the waveguiding layer of the waveguide and the optical element are connected to one another, wherein the optical element is configured for reverse-bias mode operation, and wherein the optical element comprises a contact layer arranged for connecting to a voltage source; - a plurality of conducting contacts connected to one another by a metallic conducting layer, wherein the waveguide comprises at least one conducting contact of the plurality of conducting contacts, the at least one conducting contact proximal to the optical element ; and - at least one isolation section arranged between the contact layer and the at least one conducting contact .
A filter for filtration of suspensions, in particular for filtration of sugar-bearing liquids, at least including a housing with an inlet for supplying the suspension to be filtered, an outlet for the filtered, clear filtrate, and another outlet or a outflow opening for discharging the filter cake, the housing including a cylindrical portion with a removable lid , in the cylindrical portion a multitude of filter elements being arranged in groups consisting of strip-like filter bodies that are enveloped by a sock-like filter cloth , characterized by that the filter elements are attached at a segment-like filter carrier including an inlet chamber for the filtrate flowing out off the filter elements , that a plurality of filter carriers together with filter elements can be fitted from above into the housing and can be fixed side by side, the segment-like filter carriers together forming a circular insert, and that each inlet chamber includes an outflow opening for the filtrate, the outflow openings being connected to a ring line surrounding the housing at the outside thereof and being fixed thereto, from which the collected filtrate can be discharged to a connected receiving device, the lid , in the operating position of the filter , closing the upper insert opening of the housing .
A method for exhaust gas treatment of exhaust gases which are released during thermal processing of plastic, in which released exhaust gas flows by means of a vacuum generator from a working region via a line into at least one filter chamber (2.1, 2.2) through at least one first filter element (6.1, 6.2) arranged in the filter chamber (2.1, 2.2) and treated exhaust gas is discharged from the filter chamber (2.1, 2.2), wherein a dry powder mixture, in which at least 40% by mass of Ca(OH) 2 and/or CaO and the remainder of further oxides are contained, is added to the exhaust gas before entry into the filter chamber (2.1, 2.2), so that a filter cake is formed with the powder on the surface of the at least one first filter element (6.1, 6.2), and acid contained in the exhaust gas is first adsorbed with the powder mixture with the Ca(OH) 2 contained in the filter cake and then the acid reacts chemically with the Ca(OH) 2 and/or CaO and a salt of Ca is formed and after reaching a second predetermined pressure in the filter chamber (2.2, 2.2), before the at least one first filter element (6.1, 6.2) as a result of increasing layer thickness of the filter cake and/or reaching a second predetermined layer thickness of the filter cake, cleaning of the filter cake with at least one pressure surge of compressed gas which passes through the at least one first filter element (6.1, 6.2) in a direction opposite to the direction of flow of the exhaust gas, whereby parts of the filter cake are detached from the surface of the at least one first filter element (6.1, 6.2) and transferred to a collecting container. a dry powder mixture, in which at least 40% by mass of Ca(OH) 2 and/or CaO and the remainder of further oxides are contained, is added to the exhaust gas before entry into the filter chamber (2.1, 2.2), so that a filter cake is formed with the powder on the surface of the at least one first filter element (6.1, 6.2), and acid contained in the exhaust gas is first adsorbed with the powder mixture with the Ca(OH) 2 contained in the filter cake and then the acid reacts chemically with the Ca(OH) 2 and/or CaO and a salt of Ca is formed and after reaching a second predetermined pressure in the filter chamber (2.2, 2.2), before the at least one first filter element (6.1, 6.2) as a result of increasing layer thickness of the filter cake and/or reaching a second predetermined layer thickness of the filter cake, cleaning of the filter cake with at least one pressure surge of compressed gas which passes through the at least one first filter element (6.1, 6.2) in a direction opposite to the direction of flow of the exhaust gas, whereby parts of the filter cake are detached from the surface of the at least one first filter element (6.1, 6.2) and transferred to a collecting container.
Opening device for a motor vehicle door , having an electric drive and a control means , the control means being adjustable by means of the drive and the motor vehicle door being able to be opened by means of the control means , the opening device being arrangeable in the body of the motor vehicle and the control means being removable from the body of the motor vehicle, the control means performing a linear movement along the central axis (Ms) of the control means during the movement, the movement of the control means moving the motor vehicle door in such a way that a gap (S) is created into which an operator can manually intervene in order to fully open the motor vehicle door , characterized in that the control means is constructed in at least two parts and has a drive region and a sliding element , the sliding element being movably accommodated in the control means , and in that a sensor is integrated into the control means , which sensor detects the movement of the sliding element , the sliding element being provided for contacting a motor vehicle door , the control means being continuously monitored by means of the sensor .
Fuel cell apparatus with at least one fuel cell unit (12c; 12d), which is intended at least for generating electrical energy, and with at least one inverter (14c; 14d), which is intended to transform the electrical energy for feeding into an electrical network (16c; 16d), and with a load buffer unit (18c; 18d), which is intended to take up electrical energy at least partially when there is a load drop at the inverter (14c; 14d), characterized in that the load buffer unit (18c; 18d) is arranged on an alternating current side (26c; 26d) of the inverter (14c; 14d).
A bonding joining structure in which a heat generating body and a support comprising a metal are joined to each other via a joint portion composed of a sintered body of copper powder which is composed of copper alone, wherein the bonding joining structure is a die bonding joining structure in which a die of a semiconductor device serves as the heat generating body, the outermost surface of the support is composed of copper alone, interdiffusion portions in which copper contained in the support and copper contained in the sintered body are diffused to each other are formed so as to straddle a bonding interface between the support and the sintered body , the interdiffusion portions each contain a single phase constituted by a crystal structure consisting of copper alone, and a copper crystal structure having the same crystal orientation is formed in each interdiffusion portion so as to straddle the bonding interface ; wherein a gold layer which is composed of gold alone is formed on a bottom surface of the die , interdiffusion portions in which gold contained in the bottom surface of the die and copper contained in the sintered body are diffused to each other are formed so as to straddle a bonding interface between the die and the sintered body , and the interdiffusion portions contain Cu 3 Au and a solid solution of gold and copper. wherein the bonding joining structure is a die bonding joining structure in which a die of a semiconductor device serves as the heat generating body, the outermost surface of the support is composed of copper alone, interdiffusion portions in which copper contained in the support and copper contained in the sintered body are diffused to each other are formed so as to straddle a bonding interface between the support and the sintered body , the interdiffusion portions each contain a single phase constituted by a crystal structure consisting of copper alone, and a copper crystal structure having the same crystal orientation is formed in each interdiffusion portion so as to straddle the bonding interface ; wherein a gold layer which is composed of gold alone is formed on a bottom surface of the die , interdiffusion portions in which gold contained in the bottom surface of the die and copper contained in the sintered body are diffused to each other are formed so as to straddle a bonding interface between the die and the sintered body , and the interdiffusion portions contain Cu 3 Au and a solid solution of gold and copper.