mhurhangee/ep-ind-claims huggingface dataset:
A pin bone removal system adapted to automatically removing a pin bone area of a fish fillet when conveyed by a conveyor after undergoing a cutting process, where the pin bone area has been cut from the remaining part of the fish fillet, characterized in that the system comprises: • a conveyor system comprising at least two side by side arranged conveyor belts (101, 102) extending from a first end to a second end, the first end acting as a receiving end where the fish fillet is received with the cut pin bone area, the internal arrangement of the side by side arranged conveyor belts being such that at a position downstream from the first end the at least two side by side arranged conveyor belts are spaced apart, wherein a positioning system is provided for adjusting the transversal position of the fish fillet in relation to the first end such that when the fish fillet arrives at the downstream position the position of the cut pin bone area is such that the cut pin bone area falls through the space while the remaining parts of the fish fillet remains on the at least two side by side arranged conveyor belts. • a conveyor system comprising at least two side by side arranged conveyor belts (101, 102) extending from a first end to a second end, the first end acting as a receiving end where the fish fillet is received with the cut pin bone area, the internal arrangement of the side by side arranged conveyor belts being such that at a position downstream from the first end the at least two side by side arranged conveyor belts are spaced apart,
A plasma etching method that is implemented under plasma conditions using a process gas, wherein at least one gas selected from a hydrofluoroether represented by a formula and a rare gas are used as the process gas, the process gas comprising the rare gas in a ratio of 20 to 3,000 parts by volume based on 100 parts by volume of the hydrofluoroether represented by the formula and the plasma etching method selectively etching silicon oxide when silicon oxide and at least one material selected from a group consisting of silicon nitride, silicon, and an organic material are simultaneously subjected to etching, C m F 2m+ 1-O-CH 2 -R wherein R represents a hydrogen atom or a fluoroalkyl group represented by C n F 2n+1, and m and n represent integers that satisfy 1≤m≤3 and 3≤(m+n)≤4.
Spacer for retaining a reinforcement bar at a distance from a formwork board (10, 12), the spacer comprising: • three support legs (2, 3), one of said legs having a through opening in its longitudinal direction; • a body emerging on said support legs (2, 3), said body having a vertical opening centered on said body and a second opening positioned concentric to said through opening in said leg; • a notch in the body, substantially parallel to the formwork board (10, 12) when the spacer is in its installed position, formed on one side of the body and extending to all said openings (4, 5), which notch is configured to receive the reinforcement bar; • a conventional fixing element (6, 13, 16) that can be inserted into said second opening and into said through opening. • three support legs (2, 3), one of said legs having a through opening in its longitudinal direction; • a body emerging on said support legs (2, 3), said body having a vertical opening centered on said body and a second opening positioned concentric to said through opening in said leg; • a notch in the body, substantially parallel to the formwork board (10, 12) when the spacer is in its installed position, formed on one side of the body and extending to all said openings (4, 5), which notch is configured to receive the reinforcement bar; • a conventional fixing element (6, 13, 16) that can be inserted into said second opening and into said through opening.
A method for transmitting, by a first station, STA, a signal to a second STA in a wireless local area network, WLAN, system, comprising: generating a training field including a training subfield, the training subfield being based on a basic training subfield and a total number of space-time streams, wherein the basic training subfield includes a first sequence, a zero sequence being contiguous to the first sequence and a second sequence being contiguous to the zero sequence, wherein the zero sequence is configured based on {0, 0, 0}, wherein the training subfield is generated based on a repetition of the basic training subfield for each of the space-time streams, wherein the repetition of the basic training subfield is determined based on a header field, wherein the header field includes an Enhanced Directional Multi Gigabit, EDMG, training subfield sequence length field including information on OFDM symbol length of the basic training subfield; and transmitting the signal including the header field and the training field including the training subfield to the second STA through the space-time streams. generating a training field including a training subfield, the training subfield being based on a basic training subfield and a total number of space-time streams, wherein the basic training subfield includes a first sequence, a zero sequence being contiguous to the first sequence and a second sequence being contiguous to the zero sequence, wherein the zero sequence is configured based on {0, 0, 0}, wherein the training subfield is generated based on a repetition of the basic training subfield for each of the space-time streams, wherein the repetition of the basic training subfield is determined based on a header field, wherein the header field includes an Enhanced Directional Multi Gigabit, EDMG, training subfield sequence length field including information on OFDM symbol length of the basic training subfield; and transmitting the signal including the header field and the training field including the training subfield to the second STA through the space-time streams.
A welding wire spool (10; 20) comprising: A drum (100; 200) having an outer drum perimeter and extending between a first flange (102; 202) and a second flange (104; 204), wherein each flange has an outer perimeter; and a tab (106; 206) that is located along the perimeter of the first flange; wherein the outer perimeter of each of the first and second flanges is greater than the outer drum perimeter; wherein the first flange has a flange thickness and comprises a flange opening (110; 210) that extends through the flange thickness; and wherein the tab has a tab thickness and comprises a tab opening (112; 212) that extends through the tab thickness, characterised in that the tab (106; 206) is frangibly attached to the first flange (102; 202) at an attachment area (108; 208) located along the perimeter of the first flange. A drum (100; 200) having an outer drum perimeter and extending between a first flange (102; 202) and a second flange (104; 204), wherein each flange has an outer perimeter; and a tab (106; 206) that is located along the perimeter of the first flange; wherein the outer perimeter of each of the first and second flanges is greater than the outer drum perimeter; wherein the first flange has a flange thickness and comprises a flange opening (110; 210) that extends through the flange thickness; and wherein the tab has a tab thickness and comprises a tab opening (112; 212) that extends through the tab thickness, characterised in that the tab (106; 206) is frangibly attached to the first flange (102; 202) at an attachment area (108; 208) located along the perimeter of the first flange.
A modular garment system, the system comprising: a. a jacket-like module, and b. a trouser-like module, wherein each of said modules comprises at least two fastening elements configured to provide a resistance to the movement of a subject's body being contacted by said at least two fastening elements and a compression to said subject's body being contacted by said at least two fastening elements, wherein said at least two fastening elements are made by an elastic fabric selected from the group comprising elastic Velcro, Elastam or a combination thereof, wherein said at least two fastening elements comprise a. at least one fastening element of first type, and b. at least one fastening element of second type, wherein said at least one fastening element of first type is arranged in an overlapping region between two adjacent modules and in an overlapping region within the same module, and wherein said at least one fastening element of second type is arranged in a region of the module contacting a skeletal muscle of said subject's body. a. a jacket-like module, and b. a trouser-like module, wherein each of said modules comprises at least two fastening elements configured to provide a resistance to the movement of a subject's body being contacted by said at least two fastening elements and a compression to said subject's body being contacted by said at least two fastening elements, wherein said at least two fastening elements are made by an elastic fabric selected from the group comprising elastic Velcro, Elastam or a combination thereof, wherein said at least two fastening elements comprise a. at least one fastening element of first type, and b. at least one fastening element of second type, a. at least one fastening element of first type, and b. at least one fastening element of second type, wherein said at least one fastening element of first type is arranged in an overlapping region between two adjacent modules and in an overlapping region within the same module, and wherein said at least one fastening element of second type is arranged in a region of the module contacting a skeletal muscle of said subject's body.
A method of diagnosing or screening for colorectal cancer in a patient, comprising detecting, in a sample that is blood, serum or plasma from said patient, (a) the total level of all circulating cell-free DNAs each having a sequence falling within the same one single chromosomal region designated as "UP" in Table 2; and correlating an increased total level with an increased likelihood that said patient has colorectal cancer when the total level of the cell free DNA having a sequence falling within the same single chromosomal region is at least 1, 2, 3, 4, 5, 10, 15, or 20 standard deviations greater than an index value from normal subjects; or (b) the total level of all circulating cell-free DNAs each having a sequence falling within the same one single chromosomal region designated as "DOWN" in Table 2; and correlating a decreased total level with an increased likelihood that said patient has colorectal cancer when the total level of the cell free DNA having a sequence falling within the same single chromosomal region is at least 1, 2, 3, 4, 5, 10 or 20 standard deviations lower than an index value from normal subjects; wherein the nucleotide positions on the chromosomal regions in Table 2 are numbered according to National Center for Biotechnology Information human genome hg18/build 36.1 genome version released March 2006. (a) the total level of all circulating cell-free DNAs each having a sequence falling within the same one single chromosomal region designated as "UP" in Table 2; and correlating an increased total level with an increased likelihood that said patient has colorectal cancer when the total level of the cell free DNA having a sequence falling within the same single chromosomal region is at least 1, 2, 3, 4, 5, 10, 15, or 20 standard deviations greater than an index value from normal subjects; or (b) the total level of all circulating cell-free DNAs each having a sequence falling within the same one single chromosomal region designated as "DOWN" in Table 2; and correlating a decreased total level with an increased likelihood that said patient has colorectal cancer when the total level of the cell free DNA having a sequence falling within the same single chromosomal region is at least 1, 2, 3, 4, 5, 10 or 20 standard deviations lower than an index value from normal subjects; wherein the nucleotide positions on the chromosomal regions in Table 2 are numbered according to National Center for Biotechnology Information human genome hg18/build 36.1 genome version released March 2006.
An exhaust gas analysis device that analyzes a diluted exhaust gas as being a mixture of an exhaust gas and a dilution gas that dilutes the exhaust gas, comprising an analyzing part that measures a component to be measured in the diluted exhaust gas, characterized by an introducing path that introduces the diluted exhaust gas into the analyzing part and that has a resistance part wherein the resistance part is a flow control member that controls the flow rate of the diluted exhaust gas by lessening a flow channel cross sectional area in the introducing path, a viscous component concentration determining part that determines a concentration of oxygen that is in the diluted exhaust gas and that is different from the component to be measured, and a correction part that corrects the measured value measured by the analyzing part in accordance with the concentration of the oxygen determined by the viscous component concentration determining part. an analyzing part that measures a component to be measured in the diluted exhaust gas, characterized by an introducing path that introduces the diluted exhaust gas into the analyzing part and that has a resistance part wherein the resistance part is a flow control member that controls the flow rate of the diluted exhaust gas by lessening a flow channel cross sectional area in the introducing path, a viscous component concentration determining part that determines a concentration of oxygen that is in the diluted exhaust gas and that is different from the component to be measured, and a correction part that corrects the measured value measured by the analyzing part in accordance with the concentration of the oxygen determined by the viscous component concentration determining part.
Electroplated product, comprising a) a base material; b) a first layer comprising or consisting of copper, wherein the first layer is disposed on the base material; c) a second layer comprising or consisting of a first copper alloy, wherein the first copper alloy comprises tin and zinc; d) a third layer comprising or consisting of a second copper alloy, wherein the second copper alloy comprises tin and zinc; and e) a fourth layer comprising or consisting of a precious metal; wherein the copper concentration in the first copper alloy is different from the copper concentration in the second copper alloy and i) wherein the second layer is disposed on the first layer, the third layer is disposed on the second layer and the fourth layer is disposed on the third layer; or ii) the third layer is disposed on the first layer, the second layer is disposed on the third layer and the fourth layer is disposed on the second layer; characterized in that the fourth layer is the finishing metal layer of the electroplated product and comprises or consists of a precious metal selected from the group consisting of gold, silver, platinum, ruthenium, rhodium, osmium, iridium and alloys thereof, wherein the electroplated product does not comprise palladium. a) a base material; b) a first layer comprising or consisting of copper, wherein the first layer is disposed on the base material; c) a second layer comprising or consisting of a first copper alloy, wherein the first copper alloy comprises tin and zinc; d) a third layer comprising or consisting of a second copper alloy, wherein the second copper alloy comprises tin and zinc; and e) a fourth layer comprising or consisting of a precious metal; wherein the copper concentration in the first copper alloy is different from the copper concentration in the second copper alloy and i) wherein the second layer is disposed on the first layer, the third layer is disposed on the second layer and the fourth layer is disposed on the third layer; or ii) the third layer is disposed on the first layer, the second layer is disposed on the third layer and the fourth layer is disposed on the second layer; characterized in that the fourth layer is the finishing metal layer of the electroplated product and comprises or consists of a precious metal selected from the group consisting of gold, silver, platinum, ruthenium, rhodium, osmium, iridium and alloys thereof, wherein the electroplated product does not comprise palladium. i) wherein the second layer is disposed on the first layer, the third layer is disposed on the second layer and the fourth layer is disposed on the third layer; or ii) the third layer is disposed on the first layer, the second layer is disposed on the third layer and the fourth layer is disposed on the second layer;
A method of operating a base station, comprising: scheduling, during at least one slot, transmission of a Physical Downlink Control Channel, PDCCH, and a Physical Downlink Shared Channel, PDSCH, the PDCCH including a first part of a Downlink Control Information, DCI, the PDSCH including a second part of the DCI, wherein the scheduling includes determining a transport block size, TBS, associated with the PDSCH, wherein the first part of the DCI includes a control information field associated with the second part of the DCI within the PDSCH, and wherein the TBS is determined based on a set of resources occupied by PDSCH data wherein the TBS determination excludes a subset of the set of resource elements allocated for transport of the second part of the DCI; and transmitting the PDCCH and the PDSCH during the at least one slot, wherein the PDSCH is transmitted in accordance with the determined TBS. scheduling, during at least one slot, transmission of a Physical Downlink Control Channel, PDCCH, and a Physical Downlink Shared Channel, PDSCH, the PDCCH including a first part of a Downlink Control Information, DCI, the PDSCH including a second part of the DCI, wherein the scheduling includes determining a transport block size, TBS, associated with the PDSCH, wherein the first part of the DCI includes a control information field associated with the second part of the DCI within the PDSCH, and wherein the TBS is determined based on a set of resources occupied by PDSCH data wherein the TBS determination excludes a subset of the set of resource elements allocated for transport of the second part of the DCI; and transmitting the PDCCH and the PDSCH during the at least one slot, wherein the PDSCH is transmitted in accordance with the determined TBS.
Screen system with a screen to be arranged at an angle in a channel, and a scraper which, for conveying the screened material to a discharge edge, has a scraper arm suspended in a swinging manner around a pivot axle above the screen and is displaceable in a backward and forward movement along the screen by means of a first actuating device, the scraper arm having a scraper element on its distal end which faces the screen, wherein means are provided which cause the scraper element to run on the screen during the forward movement and to run at a distance from the screen during the backward movement, wherein the scraper arm is suspended on the distal end of a control arm which is pivotably mounted on its proximal end, wherein, for swivelling the control arm, a second actuating device at least at times engages the control arm, and wherein the actuating devices are coupled with one another such that the movements of the control arm and the scraper arm are synchronized, characterized in that the second actuating device does not engage with the control arm during the forward movement of the scraper arm, wherein the second actuating device has a crank axle which is connected with the scraper arm by means of a tension element mounted eccentrically with regard to the crank axle, and wherein either a cantilever protrudes from the crank axle, which can be borne against the control arm with its distal end, or a cam disk is attached to the crank axle, the edge of the cam disk forming a control cam, and the control arm has a contact element which can be borne against the control cam.
A pushbutton switch having a pressure switching function to recognize a key actuation, and a capacitive sensor function to recognize a key touch, comprising an at least partly electrically conductive key, a printed circuit board which includes at least one electrical contact by means of which an electric circuit is closed in a mechanical manner by depressing the key via a switching mat arranged between the key and the printed circuit board, characterized in that the printed circuit board has at least one capacitive sensor surface located opposite to and at a distance from the key, with a capacitive coupling existing between the key and the sensor surface.
Autoclave comprising a sterilisation chamber; a steam generator suitable to vaporise a sterilisation fluid for said sterilisation chamber; said steam generator comprising at least one heat conductor suitable to come into contact with said sterilisation fluid and comprising a vaporisation duct for the sterilisation fluid; connectors suitable to connect said vaporisation duct and said sterilisation chamber in a fluidic through connection; at least one heater in said at least one heat conductor so as to heat said heat conductor by vaporising at least partially said sterilisation fluid in said vaporisation duct; said at least one heat conductor being housed in said sterilisation chamber; said at least one heat conductor being positioned in correspondence with the bottom of said sterilisation chamber; characterised in that said at least one heater is at least partially housed in said at least one heat conductor; said heat generator comprises two of said at least one heat conductors; said heat conductors are appropriately distanced from each other defining a collection channel suitable for receiving condensation by gravity.