mhurhangee/ep-ind-claims huggingface dataset:
Antenna holder having a mounting base, an antenna mast and holding means for fixing the antenna mast to the mounting base, - the mounting base comprising at least two interengaging sliding elements, specifically an outer element which is formed by an outer tube and an inner element which is formed by an inner tube engaging in the outer tube or a rod engaging in the outer tube, - the holding means having a clamping element and a mating clamping element, which can be connected to each other in such a way that the clamping element and the mating clamping element clamp in a section of the mounting base, - the clamping element having two parallel end sections (101, 102), which each form an outer supporting wall and are supported on the mounting base, and - the mast foot being attached to the clamping element, characterized in that - on the inner side of the clamping element there is arranged a single supporting element, which extends in the direction of the mounting base and is supported on the mounting base, - the single supporting element and the clamping element are formed by sections of a one-piece component, preferably a cast part or an extruded profile component, or the single supporting element is welded to the clamping element, and - the single supporting element is provided in the region of a cut-out with one or more zigzag-shaped projections, which are oriented in the direction of the mounting base and, when the mounting base is clamped in between the clamping element and the mating clamping element, are pressed into the mounting base. - the mounting base comprising at least two interengaging sliding elements, specifically an outer element which is formed by an outer tube and an inner element which is formed by an inner tube engaging in the outer tube or a rod engaging in the outer tube, - the holding means having a clamping element and a mating clamping element, which can be connected to each other in such a way that the clamping element and the mating clamping element clamp in a section of the mounting base, - the clamping element having two parallel end sections (101, 102), which each form an outer supporting wall and are supported on the mounting base, and - the mast foot being attached to the clamping element, - on the inner side of the clamping element there is arranged a single supporting element, which extends in the direction of the mounting base and is supported on the mounting base, - the single supporting element and the clamping element are formed by sections of a one-piece component, preferably a cast part or an extruded profile component, or the single supporting element is welded to the clamping element, and - the single supporting element is provided in the region of a cut-out with one or more zigzag-shaped projections, which are oriented in the direction of the mounting base and, when the mounting base is clamped in between the clamping element and the mating clamping element, are pressed into the mounting base.
A method for recognizing at least one fault in a machining process, comprising: machining a workpiece by moving a machining tool and the workpiece relative to each other, capturing an image of an area to be monitored on the workpiece, which comprises an interaction area of the machining tool with the workpiece, and evaluating the image of the area to be monitored in order to detect at least one fault in the machining process, wherein, for the purpose of recognizing the fault when evaluating the image, the presence or absence of a local intensity drop (ΔI) in an intensity profile within the interaction area along a feed direction of the machining process is detected, characterized in that the detection of the local intensity drop (ΔI) at a machining position (B X,Y) is assigned to a position-dependent fault in the machining process at the machining position (B X,Y). machining a workpiece by moving a machining tool and the workpiece relative to each other, capturing an image of an area to be monitored on the workpiece, which comprises an interaction area of the machining tool with the workpiece, and evaluating the image of the area to be monitored in order to detect at least one fault in the machining process, wherein, for the purpose of recognizing the fault when evaluating the image, the presence or absence of a local intensity drop (ΔI) in an intensity profile within the interaction area along a feed direction of the machining process is detected, characterized in that the detection of the local intensity drop (ΔI) at a machining position (B X,Y) is assigned to a position-dependent fault in the machining process at the machining position (B X,Y).
Detector for recognising a ground/fault current as a ground/fault current caused by a human and/or a predeterminable farm animal within an electrical circuit, wherein the detector has at least one ground/fault current impedance measurement arrangement, wherein the ground/fault current impedance measurement arrangement has a voltage measurement arrangement for measuring a supply voltage, which supply voltage is applied to the detector, wherein the detector has a comparison and decision-making unit, which comparison and decision-making unit is connected to the impedance measurement arrangement, wherein the comparison and decision-making unit is designed to compare determined values of ground/fault current impedance to at least one predeterminable ground/fault current impedance limit condition, wherein the comparison and decision-making unit is furthermore designed to output the ground/fault current as human-caused ground/fault current, wherein the ground/fault current impedance must fulfil the at least one ground/fault current impedance limit condition in order for the ground-fault current to be output as human-caused ground-current current, wherein the detector has a voltage adjustment unit for the predeterminable adjustment, in particular lowering, of an output voltage of the detector relative to the supply voltage, wherein the voltage adjustment unit is designed for the predeterminable adjustment, in particular, for doubling a frequency of the output voltage relative to the supply voltage, characterised in that the voltage adjustment unit is designed, - in a first step to lower the output voltage to a first voltage value less than 10% of the supply voltage, when the frequency of the output voltage is unchanged relative to the supply voltage, - in a second step to leave the output voltage at the first voltage value, and to double the frequency of the output voltage relative to the supply voltage, - in a third step, when the frequency is doubled relative to the supply voltage, to set the output voltage to a second voltage value between 25% and 50% of the supply voltage, and - in a fourth step to leave the output voltage at the second voltage value, and to adapt the frequency of the output voltage to the frequency of the supply voltage. - in a first step to lower the output voltage to a first voltage value less than 10% of the supply voltage, when the frequency of the output voltage is unchanged relative to the supply voltage, - in a second step to leave the output voltage at the first voltage value, and to double the frequency of the output voltage relative to the supply voltage, - in a third step, when the frequency is doubled relative to the supply voltage, to set the output voltage to a second voltage value between 25% and 50% of the supply voltage, and - in a fourth step to leave the output voltage at the second voltage value, and to adapt the frequency of the output voltage to the frequency of the supply voltage.
A bonding material composition for obtaining a bonded article obtained by unitarily bonding two or more target articles to be bonded by means of a bonding material layer, wherein the bonding material composition contains plate-shaped particles, non-plate-shaped particles, and an inorganic adhesive as main components, wherein the non-plate-shaped particles are massive or spherical particles which have neither the characteristics of the plate-shaped particles nor the characteristics recognized as fibrous or acicular particles, a rate of the plate-shaped particles is 30 to 50 mass% of the whole main components, and the non-plate shaped particles have an average particle size of less than 10 μm, wherein the plate-shaped particles comprise plate-shaped particles A having an average particle size of less than 50 μm and plate-shaped particles B having an average particle size of more than 50 μm.
A needle assembly having a needle, wherein the assembly includes a cannula that has an elongated body having gas interstices formed in at least one portion in the body to make the cannula echogenic, wherein the needle has a sharp tip with an echogenic feature at or proximate to the tip, the tip of the needle and the body of the cannula both being visible under ultrasonic observation, wherein the cannula is mounted with the needle so that the needle assembly is adapted to be guided by the ultrasonic observation of said echogenic feature to be inserted into a desired location in a body and the placement of the cannula in the body is adapted to be confirmed after removal of the needle by said gas interstices.
Compositions comprising: a) curcumin complexed with phospholipids; b) a lipophilic extract of Zingiber officinale; and c) a lipophilic extract of Zanthoxylum spp.. a) curcumin complexed with phospholipids; b) a lipophilic extract of Zingiber officinale; and c) a lipophilic extract of Zanthoxylum spp..
A label (100; 500), comprising: a first portion (102; 504) having an RFID tag and an adhesive layer disposed along a bottom surface thereof, wherein the RFID tag includes an antenna; and a second portion (104; 502) having a top surface imprintable with optically readable information and the adhesive layer disposed along a bottom surface thereof, wherein the second portion (104; 502) is separable from the first portion (102; 504); characterized in that a material is at least partially disposed in the second portion and not directly connected to the RFID tag, wherein the material influences at least one operational parameter of the RFID tag so that the at least one operational parameter is changed when the first portion and the second portion are in a separated state. a first portion (102; 504) having an RFID tag and an adhesive layer disposed along a bottom surface thereof, wherein the RFID tag includes an antenna; and a second portion (104; 502) having a top surface imprintable with optically readable information and the adhesive layer disposed along a bottom surface thereof, wherein the second portion (104; 502) is separable from the first portion (102; 504); characterized in that a material is at least partially disposed in the second portion and not directly connected to the RFID tag, wherein the material influences at least one operational parameter of the RFID tag so that the at least one operational parameter is changed when the first portion and the second portion are in a separated state.
A method of monitoring the flow of liquid in a conduit, the method comprising the steps of a liquid-flow monitoring device: receiving data substantially continuously from a sensor, the data indicative of fluid flow in a conduit, and operating sampling means of the device to sample the data to produce a stream of sampled data; processing, using processing means of the device, the stream of sampled data to extract summary information and at least one sub-sampled stream therefrom, the sub-sampled stream comprising a plurality of data sets, each data set being a statistical subset of the stream of sampled data over a respective data-set period; storing, using storage means of the device, the at least one sub-sampled stream; periodically transmitting, using communication means of the device, the summary information to a central location remote from the device; and upon receiving a request for a more complete representation of the stream of sampled data at or over a specified time, to transmit one or more of the data sets corresponding to the specified time. receiving data substantially continuously from a sensor, the data indicative of fluid flow in a conduit, and operating sampling means of the device to sample the data to produce a stream of sampled data; processing, using processing means of the device, the stream of sampled data to extract summary information and at least one sub-sampled stream therefrom, the sub-sampled stream comprising a plurality of data sets, each data set being a statistical subset of the stream of sampled data over a respective data-set period; storing, using storage means of the device, the at least one sub-sampled stream; periodically transmitting, using communication means of the device, the summary information to a central location remote from the device; and upon receiving a request for a more complete representation of the stream of sampled data at or over a specified time, to transmit one or more of the data sets corresponding to the specified time.
A visual insufflation obturator comprising: an elongate body having a proximal end, a distal end and a body lumen extending from the proximal end of the elongate body to the distal end of the elongate body; a handle connected to the proximal end of the elongate body and having a handle lumen extending from a proximal end of the handle to the proximal end of the elongate body and being connected to the body lumen; a transparent tip connected to the distal end of the elongate body and having a tip cavity, the tip having an outer surface with an aperture extending through the outer surface into the tip cavity and defining an insufflation gas pathway from the elongate body out through the aperture; and a laparoscope seal attached to the proximal end of the elongate body; the laparoscope seal having a zero seal and an instrument seal axially aligned with and proximal to the zero seal; characterized in further comprising an anti-fog applicator saturated with an anti-fog solution positioned at the proximal end of the elongate body and the laparoscope seal and in a direct pathway through the laparoscope seal and into the elongate body. an elongate body having a proximal end, a distal end and a body lumen extending from the proximal end of the elongate body to the distal end of the elongate body; a handle connected to the proximal end of the elongate body and having a handle lumen extending from a proximal end of the handle to the proximal end of the elongate body and being connected to the body lumen; a transparent tip connected to the distal end of the elongate body and having a tip cavity, the tip having an outer surface with an aperture extending through the outer surface into the tip cavity and defining an insufflation gas pathway from the elongate body out through the aperture; and a laparoscope seal attached to the proximal end of the elongate body; the laparoscope seal having a zero seal and an instrument seal axially aligned with and proximal to the zero seal; characterized in further comprising an anti-fog applicator saturated with an anti-fog solution positioned at the proximal end of the elongate body and the laparoscope seal and in a direct pathway through the laparoscope seal and into the elongate body.
Support structure for a furnishing object comprising a central body (13, 113, 213, 313, 413) on which at least three legs (14, 314, 414) are pivoted, which act as support members, and in which said legs (14, 314, 414) are able to assume both an inactive position, in which they are substantially parallel, or almost, to said central body (13, 113, 213, 313, 413), and an operative position, in which they are spread apart with respect to said central body (13, 113, 213, 313, 413), wherein, for each of said legs (14, 314, 414), said central body (13, 113, 213, 313, 413) comprises a pin (24, 324, 424) that extends toward the outside, perpendicularly to a longitudinal axis of said central body (13, 113, 213, 313, 413), and on which a corresponding leg (14, 314, 414) is pivoted, the different pins (24, 324, 424) being angularly offset with respect to each other in a uniform way, wherein said central body comprises a tubular element with a longitudinal cavity coaxial to said longitudinal axis, characterized in that a bar is inserted within the longitudinal cavity with the ends (18a, 18b) threaded, in that a first bushing is mounted at the lower end of said tubular element and is held in a position coaxial to said longitudinal axis by a first threaded nut, which is screwed to a first threaded end of said bar, and in that said first bushing is provided with at least three first holes disposed perpendicularly to said longitudinal axis, coplanar and angularly offset with respect to each other in a uniform way, and in which said pins are inserted.
A surgical instrument assembly, comprising: a shaft; and an end effector extending from said shaft, wherein said end effector comprises: a first jaw comprising a staple cartridge channel; a second jaw movable relative to the first jaw comprising an anvil; a staple cartridge positioned within said staple cartridge channel; and a plurality of pressure sensors (3131A, 3131B) positioned between said staple cartridge and said staple cartridge channel configured to detect clamping pressure within said end effector; wherein said end effector comprises a first side and a second side defined by a firing stroke path; the surgical instrument assembly characterised in that said plurality of pressure sensors (3131A, 3131B) comprises a first set of pressure sensors positioned on the first side, and a second set of pressure sensors positioned on the second side. a shaft; and an end effector extending from said shaft, wherein said end effector comprises: a first jaw comprising a staple cartridge channel; a second jaw movable relative to the first jaw comprising an anvil; a staple cartridge positioned within said staple cartridge channel; and a plurality of pressure sensors (3131A, 3131B) positioned between said staple cartridge and said staple cartridge channel configured to detect clamping pressure within said end effector; a first jaw comprising a staple cartridge channel; a second jaw movable relative to the first jaw comprising an anvil; a staple cartridge positioned within said staple cartridge channel; and a plurality of pressure sensors (3131A, 3131B) positioned between said staple cartridge and said staple cartridge channel configured to detect clamping pressure within said end effector; wherein said end effector comprises a first side and a second side defined by a firing stroke path; the surgical instrument assembly characterised in that said plurality of pressure sensors (3131A, 3131B) comprises a first set of pressure sensors positioned on the first side, and a second set of pressure sensors positioned on the second side.
A seed treatment method comprising: (i) mixing starting materials comprising an aqueous liquid, anaerobic bacteria, a substrate for the anaerobic bacteria, and seeds, to provide a mixture having a void volume between the seeds, wherein at least 50% of the void volume comprises the aqueous liquid, (ii) storing the mixture in a condition to prevent oxygen from entering the mixture during a treatment time, to provide treated seeds, wherein the treatment time is at least 6 hours and at maximum 14 days, and (iii) collecting the treated seeds from the mixture.
Drive arrangement for a vehicle which can be driven by muscle power and/or additionally by motor power, such as an electric bicycle, eBike or pedelec, comprising: - a crankshaft, which is able to rotate about an axis of rotation, for receiving a first torque, produced in particular by muscle power, and - a transmission device which is configured for transmitting the first torque from the crankshaft to an output element which can be coupled to a drive wheel of the vehicle and, by means of an - in particular automatically - shiftable multi-stage planetary gearing, for realizing a variable transmission ratio, in which drive arrangement: - the transmission ratio of the planetary gearing can be adjusted by way of a gear ratio change and by controlled connection and/or release of respective sun gears (55, 56) of corresponding planetary stages (57, 58) by way of a driver element which can be coupled in a rotationally fixed manner to the respective sun gear (55, 56), characterized in that - the respective driver element is arranged radially and/or axially outside the respectively coupled sun gear (55, 56), wherein the driver element is in each case configured on a or as a radially outer or outermost portion of a shift finger which is coupled in a rotationally fixed manner to the respective sun gear (55, 56). - a crankshaft, which is able to rotate about an axis of rotation, for receiving a first torque, produced in particular by muscle power, and - a transmission device which is configured for transmitting the first torque from the crankshaft to an output element which can be coupled to a drive wheel of the vehicle and, by means of an - in particular automatically - shiftable multi-stage planetary gearing, for realizing a variable transmission ratio, - the transmission ratio of the planetary gearing can be adjusted by way of a gear ratio change and by controlled connection and/or release of respective sun gears (55, 56) of corresponding planetary stages (57, 58) by way of a driver element which can be coupled in a rotationally fixed manner to the respective sun gear (55, 56), characterized in that - the respective driver element is arranged radially and/or axially outside the respectively coupled sun gear (55, 56), wherein the driver element is in each case configured on a or as a radially outer or outermost portion of a shift finger which is coupled in a rotationally fixed manner to the respective sun gear (55, 56).