mhurhangee/ep-ind-claims huggingface dataset:
Wire bonding method for making an electrical connection between a first bonding body having a first bonding surface to be contacted and a second bonding body having a second bonding surface to be contacted, the first and second bonding surfaces (211, 221) having different inclinations, the method comprising the steps of: a) providing a wire bonding head having two differently inclined contacting surfaces (201, 202) and a feed for a bonding wire, wherein the inclination of the first contacting surface substantially corresponds to the inclination of the first bonding surface and wherein the inclination of the second contacting surface substantially corresponds to the inclination of the second bonding surface, b) making a first bonding connection between the bonding wire and the first bonding body, wherein the wire is ultrasonically bonded to the first bonding surface by means of the first contact surface of the wire bonding head, and c) making a second bond connection between the wire and the second bonding body, wherein the wire is ultrasonically bonded to the second bonding surface by means of the second contact surface of the wire bonding head characterized in that the surface normal of the first bonding surface and the surface normal of the second bonding surface are inclined with respect to the pressing direction of the wire bonding head. a) providing a wire bonding head having two differently inclined contacting surfaces (201, 202) and a feed for a bonding wire, wherein the inclination of the first contacting surface substantially corresponds to the inclination of the first bonding surface and wherein the inclination of the second contacting surface substantially corresponds to the inclination of the second bonding surface, b) making a first bonding connection between the bonding wire and the first bonding body, wherein the wire is ultrasonically bonded to the first bonding surface by means of the first contact surface of the wire bonding head, and c) making a second bond connection between the wire and the second bonding body, wherein the wire is ultrasonically bonded to the second bonding surface by means of the second contact surface of the wire bonding head
A modular fence, comprising horizontal rods, vertical rods and snap fasteners, wherein the snap fasteners are non-metal elastic parts; the snap fasteners have vertical rod inserting holes in the middle and are snap-fitted with the vertical rods; the snap fasteners comprise outer rings which are in inserted connection with the inserting holes of the horizontal rods; wherein, the outer ring of each snap fastener has an outward flange; the outer ring is provided with an inclined plane inclined towards an inner side of the snap fastener, the plane being arranged below the flange; two straight edges are provided below the inclined plane; the distance of the two straight edge is smaller than that the outer diameter of the upper flange; a clamping groove which is adapted to the thickness of a single side of the profile of the horizontal rod is disposed between the upper end of the inclined plane and the lower end face of the flange; wherein, an inner ring of the snap fastener corresponding to the inclined plane on the outer ring is provided with an inward projecting protrusion; the protrusion extends into a snap-fitting hole formed on the vertical rod; and a lower end face of the protrusion is pressed against an orifice of the snap-fitting hole of the vertical rod, characterized in that, the projecting protrusion extends in a circular arc shape from top to bottom in mounting position and the projecting protrusion disposed on the inner ring face of the snap fastener is provided with a groove in the middle; at least one snap-fitting hole of the vertical rod is provided with a projection adapted to the middle groove of the protrusion.
A vehicle front body structure comprising an upper longitudinal beam (10, 12), a reinforcing element (14, 16) for reinforcing the wheel casing of the vehicle, said reinforcing element (14, 16) extending in a longitudinal direction substantially parallel to the upper longitudinal beam (10, 12), on the lateral outer side of the upper longitudinal beam (10, 12) and above the upper longitudinal beam (10, 12), and a lower beam (22, 24), whereby the upper longitudinal beam (10, 12) comprises an attachment portion, comprising an attachment area for attaching a connecting element, the vehicle front body structure further comprising a linking element (18, 20) joining the reinforcing element (14, 16) to the upper longitudinal beam (10, 12), the linking element (18, 20) is attached to the attachment portion of the upper longitudinal beam (10, 12), the vehicle front body structure further comprises a connecting element attached to the attachment area of the upper longitudinal beam (10, 12), said connecting element joining the upper longitudinal beam (10, 12) to the lower beam (22, 24) of the vehicle, characterized in that the reinforcing element (14, 16) comprises a portion substantially deformable by bundling, adjacent to the linking element (18, 20), the reinforcement element (14,16) comprising crumple zones in form of apertures or cavities formed on the surface of the portion to allow the reinforcing element (14, 16) to controllably deform during an impact.
An anode for a secondary battery which comprises an anode current collector and a carbonaceous anode active material layer formed on at least one surface of the anode current collector, wherein Sn metal powder particles functions as a conductive material in combination with a carbonaceous conductive material, wherein the Sn metal powder particles and the carbonaceous conductive material are comprised in the anode, wherein the Sn metal powder particles have a particle diameter corresponding to 10% or less of the diameter of the active material particles, and the carbonaceous anode active material has an average particle diameter of 5 to 40 μm, wherein the particle diameter is a particle diameter D50 which shows a volume-based particle size distribution and means a particle diameter corresponding to 50% of the total volume when volumetric accumulation is carried out from smaller particles after determining particle diameters.
A method of performing interference coordination in a wireless communication system, comprising: exchanging an interference coordination message by transmitting an interference coordination message from one transmission point group to a different transmission point group and receiving the interference coordination message from the different transmission point group to the one transmission point group, wherein each transmission point group comprises a plurality of transmission points, and wherein the interference coordination message from the one transmission point group to the different transmission point group comprises an interference coordination information on a unit of an individual transmission point within the one transmission point group, an interference coordination information on a unit of all transmission points within the one transmission point group and an information on a total amount of transmit power of a plurality of the transmission points within the one transmission point group, wherein the total amount of transmit power is determined based on a weighted value for a plurality of the transmission points within the one transmission point group, wherein the weighted value is determined based on a distance between each of a plurality of the transmission points within the one transmission point group and the different transmission point group. exchanging an interference coordination message by transmitting an interference coordination message from one transmission point group to a different transmission point group and receiving the interference coordination message from the different transmission point group to the one transmission point group, wherein each transmission point group comprises a plurality of transmission points, and wherein the interference coordination message from the one transmission point group to the different transmission point group comprises an interference coordination information on a unit of an individual transmission point within the one transmission point group, an interference coordination information on a unit of all transmission points within the one transmission point group and an information on a total amount of transmit power of a plurality of the transmission points within the one transmission point group, wherein the total amount of transmit power is determined based on a weighted value for a plurality of the transmission points within the one transmission point group, wherein the weighted value is determined based on a distance between each of a plurality of the transmission points within the one transmission point group and the different transmission point group.
Exhaust gas flap, especially for the exhaust gas stream of an internal combustion engine, comprising a flap tube, a flap diaphragm, which is carried in the interior of the flap tube on a pivot shaft rotatable about a pivot axis, and which comprises two flap diaphragm parts (28, 30) with an identical design and comprising a mounting area enclosing the pivot shaft, wherein each flap diaphragm part (28, 30) comprises a flap wing (32, 34) and a mounting area section (36, 38) of the mounting area of the flap diaphragm adapted with a curved configuration adapted to an outer contour of the pivot shaft, enclosing the pivot shaft in some areas of its outer circumference at opposed circumferential areas, wherein the mounting area sections (36, 38) of the flap diaphragm parts (28, 30) together form the mounting area of the flap diaphragm, and wherein the flap diaphragm parts (28, 30) are mounted in said mounting area sections (36, 38) at said pivot shaft, wherein a wing stop (42, 44) is provided at the inner circumference of the flap tube in association with each flap wing (32, 34), wherein a respective recess (60, 62, 64, 66) is provided in both axial end areas of the mounting area sections (36, 38) of each of both flap diaphragm parts (28, 30), wherein a circumferential end area (48, 50) of the wing stop (42, 44) associated to the flap wing (32, 34) of the other flap diaphragm part (30, 28) is received in each recess (60, 62, 64, 66).
A switchgear cabinet arrangement having at least two switchgear cabinets, the switchgear cabinets each having a cuboidal framework comprising four vertical profiles and eight horizontal profiles, four of the profiles (3, 4) forming a rectangular profile frame, and two of the four profiles (3, 4) which form the profile frame and extend parallel to one another each having a first and a second fastening profile side (5, 11) with in each case a first row of fastening receptacles which are spaced apart from one another with a constant grid dimension being observed, the first fastening profile sides being arranged on an outer side of the profile frame and lying in a first common plane, and the second fastening profile sides being arranged at a distance from and parallel to the first fastening profile sides on an inner side of the profile frame opposite the outer side and lying in a second common plane, and wherein a first interior fitting component extending between the parallel profiles (3, 4) is mounted on the two first fastening profile sides, which first interior fitting component has a mounting side with a second row of fastening receptacles extending perpendicularly to the direction (y) in which the first row extends and is arranged in observance of the grid dimension of the first row of fastening receptacles, the frameworks adjoining one another via their rectangular profile frames and being connected to one another via two adjoining profiles (3, 2) of the profile frames via at least one baying connector, characterized in that the baying connector has a further mounting side with further fastening mounts, the further mounting side being aligned in each case with a third fastening profile side of the adjacent profiles (3, 4), and the third fastening profile sides having a third row of fastening mounts and extending perpendicularly to the first and second fastening profile sides (5, 11).
An apparatus, comprising: a pressure vessel capable of being opened to receive a user and closed to create a hermetic seal; said pressure vessel including an on-board interface disposed inside the pressure vessel and capable of enabling the user to control one or more functions of said pressure vessel, a pressure transducer capable of monitoring air pressure inside said pressure vessel, and a user sensor capable of measuring one or more parameters of a user body condition, said user sensor being in electrical communication with said on-board interface; a blower capable of removing air from said pressure vessel; a proportioning valve capable of controlling the amount of air allowed to enter into said pressure vessel, said on-board interface configured to initiate a session of cyclic variations in altitude conditioning upon initiation by the user at a first time period, said session including a predetermined program configured to regulate cyclic variations of altitude within said pressure vessel; and a kiosk controller electrically coupled to the pressure vessel, the kiosk controller configured to classify the user into one of a predetermined number of body type categories, the kiosk controller configured to select the program based on the classification, said kiosk controller configured to cause a change to the session of cyclic variations in altitude conditioning at a second time period based on a reading received from said user sensor associated with the user body condition. a pressure vessel capable of being opened to receive a user and closed to create a hermetic seal; said pressure vessel including an on-board interface disposed inside the pressure vessel and capable of enabling the user to control one or more functions of said pressure vessel, a pressure transducer capable of monitoring air pressure inside said pressure vessel, and a user sensor capable of measuring one or more parameters of a user body condition, said user sensor being in electrical communication with said on-board interface; a blower capable of removing air from said pressure vessel; a proportioning valve capable of controlling the amount of air allowed to enter into said pressure vessel, said on-board interface configured to initiate a session of cyclic variations in altitude conditioning upon initiation by the user at a first time period, said session including a predetermined program configured to regulate cyclic variations of altitude within said pressure vessel; and a kiosk controller electrically coupled to the pressure vessel, the kiosk controller configured to classify the user into one of a predetermined number of body type categories, the kiosk controller configured to select the program based on the classification, said kiosk controller configured to cause a change to the session of cyclic variations in altitude conditioning at a second time period based on a reading received from said user sensor associated with the user body condition.
Method for cooling metallurgical vessels, in which the metallurgical vessel is acted upon with a cryogenic medium for a predetermined time or until it reaches a predetermined target temperature, wherein the cryogenic medium used is carbon dioxide that is applied to the surface of the metallurgical vessel, wherein either the carbon dioxide is supplied in the liquid state and is subcooled in a cooling device, is expanded in an expansion device and comes into thermal contact with the surface of the metallurgical vessel in the form of carbon dioxide snow, or is supplied in the form of solid dry ice pellets and is applied to the surface of the metallurgical vessel using a spray nozzle and impinges upon the surface largely in the still-solid state.
A catheter assembly for insertion into the vasculature comprising: an expandable structure having an outer surface; a non-durable coating of a polymer matrix comprising one or more amphiphilic polymers or co-polymers disposed on the outer surface of the expandable structure; and a therapeutic agent dispersed throughout the polymer matrix, wherein the coating has a thickness from 0.01 μm to 10 μm; and wherein the dried coating has a therapeutic agent density of from 0.1 μg/mm 2 to 1.5 μg/mm 2 at nominal inflation pressure of the expandable structure. an expandable structure having an outer surface; a non-durable coating of a polymer matrix comprising one or more amphiphilic polymers or co-polymers disposed on the outer surface of the expandable structure; and a therapeutic agent dispersed throughout the polymer matrix, wherein the coating has a thickness from 0.01 μm to 10 μm; and wherein the dried coating has a therapeutic agent density of from 0.1 μg/mm 2 to 1.5 μg/mm 2 at nominal inflation pressure of the expandable structure.
A method of producing a containerboard having a geometric SCT index of 37.0-42.0 Nm/g when measured according to ISO 9895:2008, comprising the steps of: - providing a pulp having, in the head box, a Schopper-Riegler value of 15-19 when measured according to ISO 5267-1:1999, wherein at least 70% by dry weight of the pulp is NSSC pulp and the pulp is subjected to refining between the NSSC pulping process and the head box to obtain the SR value; - forming a web from the pulp; - pressing the web in a press section comprising a shoe press, wherein the shoe press comprises a shoe press belt having discontinuous grooves and the line load in the shoe press is in the range of 1400-2000 kN/m; - drying the web from the press section in a drying section to obtain said containerboard. - providing a pulp having, in the head box, a Schopper-Riegler value of 15-19 when measured according to ISO 5267-1:1999, wherein at least 70% by dry weight of the pulp is NSSC pulp and the pulp is subjected to refining between the NSSC pulping process and the head box to obtain the SR value; - forming a web from the pulp; - pressing the web in a press section comprising a shoe press, wherein the shoe press comprises a shoe press belt having discontinuous grooves and the line load in the shoe press is in the range of 1400-2000 kN/m; - drying the web from the press section in a drying section to obtain said containerboard.
A method of transmitting data in a telecommunications system comprising a terminal and a base station, the terminal being operable to use a first random access procedure and a second random access procedure for the transmission of data to the base station, wherein, according to the first random access procedure, a terminal can initiate the procedure by transmitting a message comprising data and a random access preamble and, according to the second random access procedure, a terminal can only transmit data after receiving a response to an initiating message comprising a random access preamble, the method comprising: the terminal transmitting a first random access request message to the base station in accordance with the first random access procedure for transmitting the data to the base station, the first random access request message comprising at least part of the data and a first preamble; receiving at the terminal a random access response message comprising an indicator, the indicator directing the terminal to use the second random access procedure; determining by the terminal that the use of the first random access procedure has been unsuccessful based on the random access response message, and determining, by the terminal, that the terminal should use the second random access procedure based on the indicator; and upon determination that the use of the first random access procedure has been unsuccessful and that the terminal should use the second random access procedure, the terminal transmitting a second random access request message to the base station in accordance with the second random access procedure for transmitting the data to the base station, the second random access request message comprising a second preamble. the terminal transmitting a first random access request message to the base station in accordance with the first random access procedure for transmitting the data to the base station, the first random access request message comprising at least part of the data and a first preamble; receiving at the terminal a random access response message comprising an indicator, the indicator directing the terminal to use the second random access procedure; determining by the terminal that the use of the first random access procedure has been unsuccessful based on the random access response message, and determining, by the terminal, that the terminal should use the second random access procedure based on the indicator; and upon determination that the use of the first random access procedure has been unsuccessful and that the terminal should use the second random access procedure, the terminal transmitting a second random access request message to the base station in accordance with the second random access procedure for transmitting the data to the base station, the second random access request message comprising a second preamble.
A process for producing a dense coke fraction for carbon anode production, the process comprising steps of: providing a first particulate coke stream having a first average density and a first average particle size distribution; feeding the first particulate coke stream to a density separator at an incoming flow rate; and using the density separator to stratify and separate the first particulate coke stream into at least two separate particulate fractions of different average density, the at least two fractions comprising a light coke fraction and the dense coke fraction, the dense coke fraction having an average density which is greater than the first average density and an average particle size distribution substantially equivalent to the first average particle size distribution. providing a first particulate coke stream having a first average density and a first average particle size distribution; feeding the first particulate coke stream to a density separator at an incoming flow rate; and using the density separator to stratify and separate the first particulate coke stream into at least two separate particulate fractions of different average density, the at least two fractions comprising a light coke fraction and the dense coke fraction, the dense coke fraction having an average density which is greater than the first average density and an average particle size distribution substantially equivalent to the first average particle size distribution.