mhurhangee/ep-ind-claims huggingface dataset:
An inner crushing blade of a mineral material processing apparatus, which inner crushing blade comprises an outer wear surface which comprises a working life initial phase wear surface to be put in crushing contact with an opposite wear surface, and a working life end phase wear surface to be taken vertically into use in the crushing process from under the working life initial wear surface when the wear is progressing, characterized in that the inner crushing blade comprises a working life end phase wear surface with a protrusion which is configured to be put in use when the wear of the outer wear surface is progressing.
A wave energy conversion device comprising a damping structure comprising: a first member (4; 94; 104; 114; 124; 134; 144; 154; 174; 184; 194; 204; 214), a second member (3; 93; 103; 113; 123; 133; 143; 153; 183; 193; 203; 213), and a damping member (7; 97; 107; 117; 127; 137; 147; 158; 178; 188; 198; 208; 218) connected to the first member and to the second member; characterised in that the damping member is passive and has a composite reversible non-linear stress strain response, the damping member varying in thickness along its length with the stress-strain response being a composite of the responses of the different thickness portions. a first member (4; 94; 104; 114; 124; 134; 144; 154; 174; 184; 194; 204; 214), a second member (3; 93; 103; 113; 123; 133; 143; 153; 183; 193; 203; 213), and a damping member (7; 97; 107; 117; 127; 137; 147; 158; 178; 188; 198; 208; 218) connected to the first member and to the second member; characterised in that the damping member is passive and has a composite reversible non-linear stress strain response, the damping member varying in thickness along its length with the stress-strain response being a composite of the responses of the different thickness portions.
A wire harness (30 to 33) including one or a plurality of electrically conducting paths and a tubular braided wire which is made from a plurality of strands of extra fine element wires and which covers the one or plurality of electrically conducting paths, wherein the element wires are electrically conductive and made of non-metallic fibers, characterized in that the wire harness (30 to 33) comprises a connector portion formed as a conductive resin shell (42, 43), which is a conductive resin mold article, terminals, where the tubular braided wire is cut and ends, of a terminal portion of the tubular braided wire are folded to the inside in the axial direction, the terminal portion of the tubular braided wire is integrally molded with an inserted portion of the conductive resin shell (42, 43), and the terminals are left in a merely cut state and remain simply severed such that the element wires in an internal portion of the terminal portion, which is formed by folding the terminals to the inside, are formed in unbraided state.
An oven, comprising: a cooking chamber; a steam input arrangement for delivering steam into the cooking chamber and including an upright heat accumulator arrangement to which water is delivered to generate steam as the water comes into contact with the heat accumulator arrangement, the heat accumulator arrangement positioned alongside a wall surface of the oven; characterized in that the oven further comprises at least one water flow director which is positioned to collect water that is flowing down past the heat accumulator arrangement along the wall surface and to redirect the collected water away from the wall surface and back onto the heat accumulator arrangement. a cooking chamber; a steam input arrangement for delivering steam into the cooking chamber and including an upright heat accumulator arrangement to which water is delivered to generate steam as the water comes into contact with the heat accumulator arrangement, the heat accumulator arrangement positioned alongside a wall surface of the oven; characterized in that the oven further comprises at least one water flow director which is positioned to collect water that is flowing down past the heat accumulator arrangement along the wall surface and to redirect the collected water away from the wall surface and back onto the heat accumulator arrangement.
Food comminution device having an actuation part and having a base part which has a cutting part, wherein the base part and the actuation part are articulatedly connected such that the actuation part can, for pushing through food items for comminution, be pivoted from a loading position toward the cutting part into a closed position and subsequently from the closed position back into the loading position, wherein the food comminution device has at least one drive device, in particular a spring drive, for assisting or effecting the pivoting movement from the closed position into the loading position and/or from the loading position into the closed position, characterized in that the drive device is selectively activatable or deactivatable and/or in that the assistance force of the drive device is adjustable.
An assembly for connecting a branch line to a main water line buried under the surface of a ground, said assembly including a faucet and a tubing (4, 5, 9, 10), the faucet connecting the branch line to the main water line, the tubing (4, 5, 9, 10) allowing access to the faucet from the ground surface, said faucet having a faucet body with an upstream nipple intended to be connected to the main line, a downstream nipple intended to be connected to the branch line and means (30, 37) (30', 37', 30", 37") for operating the faucet, said operating means allowing at least putting in fluid communication the downstream nipple with the water of the main line in the open configuration of the faucet or suppressing the communication in the closed configuration of the faucet, the operating means (30, 37) (30', 37', 30", 37") being rotatably controllable and including at least one valve (30', 30") rotatably operable by means of an operating shaft, said operable valve (30', 30") being arranged in an operating room arranged in the faucet body and the operating shaft being arranged in an operating nipple (36") of the faucet body, the faucet including a sensor, the sensor being arranged in a sensor nipple of the faucet, the sensor being fastened to the faucet by passing through the wall of said faucet in a sealed and removable manner, the sensor including a pick-up end arranged in the faucet in contact with the water and, at the opposite, a connection end placed outside of the faucet, characterized in that the sensor nipple includes an orifice for the fastening of the sensor, said fastening orifice being oriented on the sensor nipple in such a manner that the axis of insertion and removal of the sensor into and from said fastening orifice is parallel to the axis of the control in rotation of the operating means of the faucet (30, 37) (30", 37").
A method for performing technologically optimized lead free solder connections wherein at least one of the joining partners provides a solder that is required for the connection, wherein one of the joining partners is a metal surface that is applied to a glass material and another joining partner is an electrical connecting device made from an iron nickel alloy, characterized in that a flux agent is used for activating the solder and an electrical and mechanical connection is performed by a soldering process by heat impact and melting of a solder and flux agent mix including a subsequent cool down phase, the joining partners and the solder are heated in a first temperature treatment phase in a time period of 0.5 to 3 seconds to a temperature below an activation temperature of the solder and the flux agent and thereafter a second temperature treatment phase is performed in a time period of 0.5 - 4 seconds where an additional heating is performed to a temperature above an activation temperature of the flux agent up to an upper portion of a melting range of the solder wherein the solder melts and starts to connect with the respective joining partners, and an increase of a heating power is provided in a range of 5% to 30% in a time period of 0.5 to 5 seconds in order to accelerate adhesion properties of the joining partners in a third temperature treatment phase, wherein a power input is provided in the first phase in a range between 150 and 350 W, wherein a power input in the second phase is provided in a range between 160 and 400 W and a power input in the third phase is between 170 and 500 W at the most, and wherein the third temperature treatment phase terminates when an even formation of soldering fillets is detectable between the joining partners.
A control method of a refrigerator comprising an ice making chamber having an ice making tray, an ice making chamber refrigerant pipe contacting a bottom of the ice making tray to supply cool air to the ice making tray, a drain duct of an inclined structure disposed below the ice making tray, and an ice making chamber circulation fan to circulate air in the ice making chamber, the control method comprising: determining whether a temperature of the ice making chamber is lower than a predetermined temperature, turning on the ice making chamber circulation fan, when the temperature of the ice making chamber is higher than the predetermined temperature, and turning off the ice making chamber circulation fan, when the temperature of the ice making chamber is lower than the predetermined temperature, re-driving the ice making chamber circulation fan to prevent frost from being formed in the ice making chamber upon determining that the temperature of the ice making chamber is lower than the predetermined temperature when a refrigerant flows in the ice making chamber refrigerant pipe and the ice making chamber circulation fan is turned off, wherein re-driving the ice making chamber circulation fan comprises re-driving the ice making chamber circulation fan a) for a predetermined period of time when the temperature of the ice making chamber is lower than the predetermined temperature, or b) until a temperature of the ice making tray is equal to the temperature of the air in the ice making chamber, or c) until a temperature of the drain duct is equal to the temperature of the air in the ice making chamber. determining whether a temperature of the ice making chamber is lower than a predetermined temperature, turning on the ice making chamber circulation fan, when the temperature of the ice making chamber is higher than the predetermined temperature, and turning off the ice making chamber circulation fan, when the temperature of the ice making chamber is lower than the predetermined temperature, re-driving the ice making chamber circulation fan to prevent frost from being formed in the ice making chamber upon determining that the temperature of the ice making chamber is lower than the predetermined temperature when a refrigerant flows in the ice making chamber refrigerant pipe and the ice making chamber circulation fan is turned off, wherein re-driving the ice making chamber circulation fan comprises re-driving the ice making chamber circulation fan a) for a predetermined period of time when the temperature of the ice making chamber is lower than the predetermined temperature, or b) until a temperature of the ice making tray is equal to the temperature of the air in the ice making chamber, or c) until a temperature of the drain duct is equal to the temperature of the air in the ice making chamber. a) for a predetermined period of time when the temperature of the ice making chamber is lower than the predetermined temperature, or b) until a temperature of the ice making tray is equal to the temperature of the air in the ice making chamber, or c) until a temperature of the drain duct is equal to the temperature of the air in the ice making chamber.
A stimulation probe, comprising: a proximal end connector; a flexible wire coupled to the end connector; a handle including a proximal end coupled to the wire and a distal end opposite the proximal end, characterised by the handle including an elongated grasping portion configured to be grasped by an instrument; and a needle extending from the distal end of the handle and terminating at a conductive tip, wherein a length of the handle and the needle is less than 3.0 centimeters, as measured from the proximal end of the handle to the conductive tip. a proximal end connector; a flexible wire coupled to the end connector; a handle including a proximal end coupled to the wire and a distal end opposite the proximal end, characterised by the handle including an elongated grasping portion configured to be grasped by an instrument; and a needle extending from the distal end of the handle and terminating at a conductive tip, wherein a length of the handle and the needle is less than 3.0 centimeters, as measured from the proximal end of the handle to the conductive tip.
Arrangement for delivering a fluid medicament, the arrangement comprising a medicament container, the medicament container comprising an array of separated reservoirs (1.1) wherein each reservoir (1.1) comprises a defined charge of a fluid medicament, wherein each reservoir (1.1) is separately dischargeable and wherein the reservoirs (1.1) are flexible and connected by a connecting element (1.2), characterized in that the arrangement furthermore comprises a dosage apparatus comprising a releasing actor designed to activate the release of the charge of fluid medicament from a reservoir (1.1) to a needle, wherein the dosage apparatus comprises a transportation arrangement designed to provide the releasing actor with reservoirs (1.1) to be released or designed to move the releasing actor to a reservoir (1.1) to be released next.
An electrical connector assembly comprising a first electrical connector and a second electrical connector, the first electrical connector comprising a connector main body portion provided with a fitting protrusion that is configured to be inserted and fitted from above into a fitting recess of the second connector configured to be mounted on a printed circuit board with connection leg portions (22a, 23a) configured to be soldered to signal conductive paths on the printed circuit board, a terminal portion of a signal transmission medium configured to be connected to the connector main body portion extending above apart from and substantially in parallel to the printed circuit board, and the connection leg portions on a transmission-medium side of the second connector being disposed below the terminal portion of the signal transmission medium, wherein the connector main body portion is provided with a transmission-medium-side shield cover (14b5), the transmission-medium-side shield cover (14b5) is extended along the connection leg portions on the transmission-medium side of the second connector so as to cover the connection leg portions on the transmission-medium side of the second connector from above in a downward direction which is a direction perpendicular to the printed circuit board, when the electrical connector is inserted and fitted into the second connector, the second connector is provided with connection leg portions on an anti-transmission-medium side extending from a connector main body portion in the opposite direction of the connection leg portions on the transmission-medium side; and the connector main body portion is provided with an anti-transmission-medium-side shield cover (14a4) that covers the connection leg portions on the anti-transmission-medium side from above with respect to the printed circuit board, characterized in that the transmission-medium side shield cover (14b5) extends from between the terminal portion of the signal transmission medium and the connection leg portions on the transmission medium side of the second connector when the electrical connector is inserted and fitted into the second connector, and end edge portions of the transmission-medium-side shield cover (14b5) and the anti-transmission-medium side shield cover (14a4) are provided with fitting supporting portions (14a6, 14b7) that come into contact with or come close to a surface of the printed circuit board when the operation of fitting both connectors (1, 2) is completed, wherein the fitting supporting portion (14a6, 14b7) coming close to a surface of the printed circuit board means that, when an external acting force is applied to the first electrical connector through the terminal portion of the signal transmission medium, a fitting supporting portion (14a6, 14b7) comes into contact with the surface of the printed circuit board such that the external acting force is received by the printed circuit board.
Concentrate composition, namely water-free or low-water composition, for providing, by adding - fully desalinated, if required - water, an aqueous cleansing solution, particularly for the removal of non-cured paint adhesions, which comprises methyl diethanolamine, at least one glycol ether having 8 - 10 C-atoms, and at least one non-ionic tenside, wherein the composition comprises the following components: methyl diethanolamine: 15 - 30 wt %, glycol ether having 8 - 10 C-atoms: 40 - 70 wt %, non-ionic tensides: 1 - 30 wt %.
A method comprising: (a) obtaining a mixture of multiple sets of oligonucleotides, wherein the oligonucleotides within each set each comprise a terminal indexer sequence and can be assembled to produce a synthon; and (b) hybridizing the oligonucleotide mixture to a planar array, thereby spatially-separating the different sets of oligonucleotides from one another, (c) contacting the array with a solution, thereby producing, for each feature bound by the oligonucleotides, a discrete droplet comprising one or more features, (d) placing an immiscible liquid over the droplets, thereby producing, for each feature bound by the oligonucleotides, a discrete reaction chamber defined by a droplet, (e) after step (d) incubating the array under conditions by which a synthon is assembled in each of the reaction chambers, and wherein the terminal indexer sequence - is a unique sequence at or near the end of said oligonucleotides in said mixture of multiple sets of oligonucleotides, - is identical within each set of oligonucleotides, and - is different from the terminal indexer sequence or its complement of any other set of oligonucleotides. (a) obtaining a mixture of multiple sets of oligonucleotides, wherein the oligonucleotides within each set each comprise a terminal indexer sequence and can be assembled to produce a synthon; and (b) hybridizing the oligonucleotide mixture to a planar array, thereby spatially-separating the different sets of oligonucleotides from one another, (c) contacting the array with a solution, thereby producing, for each feature bound by the oligonucleotides, a discrete droplet comprising one or more features, (d) placing an immiscible liquid over the droplets, thereby producing, for each feature bound by the oligonucleotides, a discrete reaction chamber defined by a droplet, (e) after step (d) incubating the array under conditions by which a synthon is assembled in each of the reaction chambers, and wherein the terminal indexer sequence - is a unique sequence at or near the end of said oligonucleotides in said mixture of multiple sets of oligonucleotides, - is identical within each set of oligonucleotides, and - is different from the terminal indexer sequence or its complement of any other set of oligonucleotides. - is a unique sequence at or near the end of said oligonucleotides in said mixture of multiple sets of oligonucleotides, - is identical within each set of oligonucleotides, and - is different from the terminal indexer sequence or its complement of any other set of oligonucleotides.
A waterproof construction of a three-phase line part, comprising: a three-phase line part having three bus bar construction bodies which are disposed side by side; a first terminal block provided on one end side of the three-phase line part; a second terminal block provided on the other end side of the three-phase line part; and a tubular exterior member that covers a middle portion of the three-phase line part, wherein one end of the tubular exterior member is water-tightly fixed to a first housing of the first terminal block, and the other end of the tubular exterior member is water-tightly fixed to a second housing of the second terminal block, in a state that the tubular exterior member covers the three-phase line part, wherein the tubular exterior member includes an exterior main body that is freely expanded and contracted in a longitudinal direction of the three-phase line part, and band members configured to fix the exterior main body to the first housing and the second housing respectively. a three-phase line part having three bus bar construction bodies which are disposed side by side; a first terminal block provided on one end side of the three-phase line part; a second terminal block provided on the other end side of the three-phase line part; and a tubular exterior member that covers a middle portion of the three-phase line part, wherein one end of the tubular exterior member is water-tightly fixed to a first housing of the first terminal block, and the other end of the tubular exterior member is water-tightly fixed to a second housing of the second terminal block, in a state that the tubular exterior member covers the three-phase line part, wherein the tubular exterior member includes an exterior main body that is freely expanded and contracted in a longitudinal direction of the three-phase line part, and band members configured to fix the exterior main body to the first housing and the second housing respectively.