mhurhangee/ep-ind-claims huggingface dataset:
Sample handling device which enables to take samples of living beings from single celled invertebrate living beings which live in different depths of aqueous mediums such as lakes, ponds, barrages and sea shore zones, comprising: - a microscope slide produced from transparent, light and sustainable material such as PVC, rigid glass, etc, used for collecting samples and sampling, - a fixed microscope slide slot which contains the guiderails where the microscope slides are placed on and which has at least a 3cm space between the sample handling device, - a mobile microscope slide slot which has at least 3cm space between the sample handling device and which is used to stabilize the microscope slides placed on the guide rails located in the fixed microscope slide slot, - a lock which is used to fix the mobile microscope slide slot onto the sample handling device, - a supporter which is used to ensure that the slides do not move and to prevent them from breaking. - at least 2, preferably 4 hooks that are fixed/mounted to the corner sides of the bottom base of the sample handling device in order to ensure that the sample handling device can be pulled back out onto the water surface, characterized in that it further comprises a plastic frame connecting two microscope slides such that one face of each of the two microscope slides stay clean. - a microscope slide produced from transparent, light and sustainable material such as PVC, rigid glass, etc, used for collecting samples and sampling, - a fixed microscope slide slot which contains the guiderails where the microscope slides are placed on and which has at least a 3cm space between the sample handling device, - a mobile microscope slide slot which has at least 3cm space between the sample handling device and which is used to stabilize the microscope slides placed on the guide rails located in the fixed microscope slide slot, - a lock which is used to fix the mobile microscope slide slot onto the sample handling device, - a supporter which is used to ensure that the slides do not move and to prevent them from breaking. - at least 2, preferably 4 hooks that are fixed/mounted to the corner sides of the bottom base of the sample handling device in order to ensure that the sample handling device can be pulled back out onto the water surface,
An annular isolator for conveying process fluid pressure within a vessel cage (14, 200) to a process fluid pressure transmitter, the isolator comprising: a drum-shaped substrate having a sidewall; an isolator diaphragm having first and second edge regions that are coupled to the drum-shaped substrate, the isolator diaphragm being formed of a thin layer of deformable material in the shape of a band; a first fill fluid passageway (310, 222) extending from the sidewall of the drum-shaped substrate, to a top surface of the drum-shaped substrate; and a second fill fluid passageway (232, 318) extending from a bottom surface of the drum-shaped substrate, to the top surface of the drum-shaped substrate; wherein the isolator diaphragm is configured to deflect in response to process fluid pressure within the cage. a drum-shaped substrate having a sidewall; an isolator diaphragm having first and second edge regions that are coupled to the drum-shaped substrate, the isolator diaphragm being formed of a thin layer of deformable material in the shape of a band; a first fill fluid passageway (310, 222) extending from the sidewall of the drum-shaped substrate, to a top surface of the drum-shaped substrate; and a second fill fluid passageway (232, 318) extending from a bottom surface of the drum-shaped substrate, to the top surface of the drum-shaped substrate; wherein the isolator diaphragm is configured to deflect in response to process fluid pressure within the cage.
An appliance for installing on a patient's teeth, the appliance comprising: an arch shaped member; a plurality of spring members (106, 108) coupled to or provided on the arch shaped member; and a plurality of male connector elements for securing to a plurality of the patient's teeth, the male connector elements being supported by the arch shaped member; wherein the arch shaped member, the plurality of spring members (106, 108), and the plurality of male connector elements, together, comprise a single, unitarily-formed structure which is a two dimensional structure having a length dimension and a width dimension with varying widths along the length dimension, that is bent into a three dimensional structure. an arch shaped member; a plurality of spring members (106, 108) coupled to or provided on the arch shaped member; and a plurality of male connector elements for securing to a plurality of the patient's teeth, the male connector elements being supported by the arch shaped member; wherein the arch shaped member, the plurality of spring members (106, 108), and the plurality of male connector elements, together, comprise a single, unitarily-formed structure which is a two dimensional structure having a length dimension and a width dimension with varying widths along the length dimension, that is bent into a three dimensional structure.
A semiconductor device comprising: a source terminal, a drain terminal and a gate terminal; a normally-off transistor having a first source electrically connected to the source terminal, a first drain, and a first gate electrically connected to the gate terminal; a normally-on transistor having a second source electrically connected to the first drain, a second drain electrically connected to the drain terminal, and a second gate; a capacitor having a first end and a second end, the second end being electrically connected to the second gate; a first diode having a first anode electrically connected between the second end and the second gate and having a first cathode electrically connected to the second source; a first resistor provided between the first end and the first gate; a second diode having a second anode electrically connected to the first end and having a second cathode electrically connected to the first gate, the second diode being provided in parallel with the first resistor, and a third diode having a third anode electrically connected to the first source and having a third cathode electrically connected to the second drain. a source terminal, a drain terminal and a gate terminal; a normally-off transistor having a first source electrically connected to the source terminal, a first drain, and a first gate electrically connected to the gate terminal; a normally-on transistor having a second source electrically connected to the first drain, a second drain electrically connected to the drain terminal, and a second gate; a capacitor having a first end and a second end, the second end being electrically connected to the second gate; a first diode having a first anode electrically connected between the second end and the second gate and having a first cathode electrically connected to the second source; a first resistor provided between the first end and the first gate; a second diode having a second anode electrically connected to the first end and having a second cathode electrically connected to the first gate, the second diode being provided in parallel with the first resistor, and a third diode having a third anode electrically connected to the first source and having a third cathode electrically connected to the second drain.
A method for preparing disinfected seed, comprising: - contacting seed for an exposure time of at least 10 seconds with a liquid treatment composition comprising water, and one or more disinfecting agents selected from acetic acid, peroxyacetic acid, hydrogen peroxide, wherein any peroxide is present in an amount of less than 20 % by weight of the treatment composition; - and thereafter, exposing said seed to a treatment atmosphere for an exposure time of at least 1 second, wherein the treatment atmosphere has a relative humidity of at least 50 % and a temperature of at least 40°C. - contacting seed for an exposure time of at least 10 seconds with a liquid treatment composition comprising water, and one or more disinfecting agents selected from acetic acid, peroxyacetic acid, hydrogen peroxide, wherein any peroxide is present in an amount of less than 20 % by weight of the treatment composition; - and thereafter, exposing said seed to a treatment atmosphere for an exposure time of at least 1 second, wherein the treatment atmosphere has a relative humidity of at least 50 % and a temperature of at least 40°C.
A junction box for electrical systems and the like, comprising a casing open at one end and constituted by side walls and by a bottom comprising an integrated guide of a standardized type said integrated guide of a standardized type being a guide for the connection of electrical and electronic devices characterized in that the integrated guide is formed monolithically with said casing.
A receive coil unit comprising a receive coil array for use in a magnetic resonance imaging system, the receive coil array comprising multiple antenna units configured to receive magnetic resonance signals, i.e. antenna units configured to receive B-field signals, whereby each antenna unit comprises a coil element configured to receive B-field signals, and each antenna unit comprises an E-field antenna configured to receive E-field signals and wherein the E-field antenna is embedded in the coil element for each antenna unit and, wherein the receive coil unit comprises multiple de-noising units configured to filter noise signals as received from the E-field antennas from the B-field signals received from the respective coil element, whereby one de-noising unit is associated to each antenna unit, and each de-noising unit is adapted to perform de-noising based on the E-field signals of the E-field antenna of the respective antenna unit. each antenna unit comprises a coil element configured to receive B-field signals, and each antenna unit comprises an E-field antenna configured to receive E-field signals and wherein the E-field antenna is embedded in the coil element for each antenna unit and, wherein the receive coil unit comprises multiple de-noising units configured to filter noise signals as received from the E-field antennas from the B-field signals received from the respective coil element, whereby one de-noising unit is associated to each antenna unit, and each de-noising unit is adapted to perform de-noising based on the E-field signals of the E-field antenna of the respective antenna unit.
A suppression unit comprising: a nozzle having an exterior surface, an interior bore extending along a longitudinal axis, and a plurality of discharge orifices passing from the interior bore to the exterior surface; a casing having an interior surface and an exterior surface, the nozzle disposed within the casing, the discharge orifices covered by the casing in a biased passive condition of the nozzle, and the discharge orifices moved longitudinally out of the casing in an active condition of the nozzle; and, a biasing device disposed in a spring chamber between the nozzle and the casing; the suppression unit characterised in that the spring chamber is fluidically isolated from the nozzle in the active and passive conditions. a nozzle having an exterior surface, an interior bore extending along a longitudinal axis, and a plurality of discharge orifices passing from the interior bore to the exterior surface; a casing having an interior surface and an exterior surface, the nozzle disposed within the casing, the discharge orifices covered by the casing in a biased passive condition of the nozzle, and the discharge orifices moved longitudinally out of the casing in an active condition of the nozzle; and, a biasing device disposed in a spring chamber between the nozzle and the casing; the suppression unit characterised in that the spring chamber is fluidically isolated from the nozzle in the active and passive conditions.
An acrylic emulsion pressure sensitive adhesive composition comprising negatively charged first acrylic polymer, positively charged second acrylic polymer, and a second external cross-linking agent, wherein a first external cross-linking agent is bonded to at least one of the first and second acrylic polymers, and the first external cross-linking agent is keto group-containing monomer, and the second external cross-linking agent is dihydrazide, wherein the second acrylic polymer is positively charged through repeating units derived from amino group-containing (meth)acrylate, and the repeating units derived from the amino group-containing (meth)acrylate are included in an amount of 5 to 12 mol%, based on total repeating units constituting the second acrylic polymer except the first external cross-linking agent. positively charged second acrylic polymer, and a second external cross-linking agent, wherein a first external cross-linking agent is bonded to at least one of the first and second acrylic polymers, and the first external cross-linking agent is keto group-containing monomer, and the second external cross-linking agent is dihydrazide, wherein the second acrylic polymer is positively charged through repeating units derived from amino group-containing (meth)acrylate, and the repeating units derived from the amino group-containing (meth)acrylate are included in an amount of 5 to 12 mol%, based on total repeating units constituting the second acrylic polymer except the first external cross-linking agent.
A method for simultaneously slicing a plurality of food products into portions (17, 17') respectively including a plurality of product slices, wherein the products are sliced by a common slicing apparatus, in particular by a high performance slicer, which has at least one cutting blade which rotates about a blade axis in a cutting plane and/or revolves about a center axis in a planetary motion and to which the products are fed in a multi-track manner, wherein incomplete part portions (27, 27') are completed by product slices of following products, characterized in that - the feed of the product in a track (13a, 13b, 13c) is respectively interrupted if the residual product remainder in this track is no longer sufficient for forming a complete portion (17, 17') and if the residual product remainder in at least one of the other tracks (13a, 13b, 13c) is still sufficient for forming at least one complete portion (17, 17'); and - the product remainders are sliced into incomplete part portions (27, 27') once the product remainders of all tracks (13a, 13b, 13c) have reached a size which is no longer sufficient for forming a complete portion (17, 17'). - the feed of the product in a track (13a, 13b, 13c) is respectively interrupted if the residual product remainder in this track is no longer sufficient for forming a complete portion (17, 17') and if the residual product remainder in at least one of the other tracks (13a, 13b, 13c) is still sufficient for forming at least one complete portion (17, 17'); and - the product remainders are sliced into incomplete part portions (27, 27') once the product remainders of all tracks (13a, 13b, 13c) have reached a size which is no longer sufficient for forming a complete portion (17, 17').
An aerial vehicle comprising at least two side fuselages interconnected via a wing, at least one propulsion means, and two side wings extending from respective ones of the side fuselages, each side wing having a section as seen from the front that is in the shape of a polygon having at least four sides, the propulsion means consisting of an engine carried by a respective side fuselage and driving a respective propeller, each side wing being constituted by a first wing portion extending substantially in the same plane as the wing interconnecting the side fuselages, a second wing portion extending substantially vertically above the first wing portion and being inclined rearwards and upwards, a third wing portion extending substantially parallel to the first wing portion and extending rearwards while forming an angle with the front plane of the aerial vehicle, and a fourth wing portion extending substantially vertically down to the rear end of the side fuselage, characterized in that: the ratio between the height of the side wings and the wingspan of the aerial vehicle lies in the range 0.15 to 0.25. the ratio between the height of the side wings and the wingspan of the aerial vehicle lies in the range 0.15 to 0.25.
A user equipment, UE (100, 1102) for selecting a Transport Block Size, TBS, for a transmitter of a communication system, wherein the communication system supports variable Transmission Time Interval, TTI, lengths regarding the number of Orthogonal Frequency-Division Multiplexing, OFDM, symbols to be transmitted in one TTI, the UE (100, 1102) being configured to: receive first information indicative of a TTI length; receive second information indicative of a number of reference symbols included in the TTI, wherein the reference symbols are OFDM Demodulation Reference Symbols, DMRS; decode, from the first information, the TTI length; decode, from the second information, the number of reference symbols included in the TTI; calculate, based on the TTI length and based on the number of reference symbols included in the TTI, a number of data symbols included in the TTI; calculate, based on an allocation bandwidth and based on the number of data symbols included in the TTI, a number of data Resource Elements, REs, in the TTI; select the TBS from a data structure, based on the calculated number of data REs; and calculate the number of data symbols included in the TTI by using the equation D = L - R, wherein D is the number of data symbols included in the TTI, L is the TTI length represented by the number of symbols to be transmitted in one TTI, and R is the number of reference symbols included in the TTI. receive first information indicative of a TTI length; receive second information indicative of a number of reference symbols included in the TTI, wherein the reference symbols are OFDM Demodulation Reference Symbols, DMRS; decode, from the first information, the TTI length; decode, from the second information, the number of reference symbols included in the TTI; calculate, based on the TTI length and based on the number of reference symbols included in the TTI, a number of data symbols included in the TTI; calculate, based on an allocation bandwidth and based on the number of data symbols included in the TTI, a number of data Resource Elements, REs, in the TTI; select the TBS from a data structure, based on the calculated number of data REs; and calculate the number of data symbols included in the TTI by using the equation D = L - R, wherein D is the number of data symbols included in the TTI, L is the TTI length represented by the number of symbols to be transmitted in one TTI, and R is the number of reference symbols included in the TTI.
A surgical tool assembly comprising: an end effector comprising a first jaw and a second jaw, wherein the first jaw comprises an elongate channel; a staple cartridge; and a radio-frequency cartridge, wherein the elongate channel is configured to operably support the staple cartridge and, in the alternative, the radio-frequency cartridge; characterised in that the elongate channel comprises a channel circuit supported in a recess that extends, in a bottom portion of the elongate channel, from a proximal end of the elongate channel to a distal location, wherein the channel circuit comprises a distal end received within a corresponding channel wall recess formed in a channel wall of the elongate channel, wherein the distal end of the channel circuit is folded over and attached to an upper edge of the channel wall, and wherein a plurality of exposed contacts are arranged at the distal end of the channel circuit; and in that the radio-frequency cartridge comprises exposed contacts configured to make electrical contact with the exposed contacts of the channel circuit. an end effector comprising a first jaw and a second jaw, wherein the first jaw comprises an elongate channel; a staple cartridge; and a radio-frequency cartridge, wherein the elongate channel is configured to operably support the staple cartridge and, in the alternative, the radio-frequency cartridge; characterised in that the elongate channel comprises a channel circuit supported in a recess that extends, in a bottom portion of the elongate channel, from a proximal end of the elongate channel to a distal location, wherein the channel circuit comprises a distal end received within a corresponding channel wall recess formed in a channel wall of the elongate channel, wherein the distal end of the channel circuit is folded over and attached to an upper edge of the channel wall, and wherein a plurality of exposed contacts are arranged at the distal end of the channel circuit; and in that the radio-frequency cartridge comprises exposed contacts configured to make electrical contact with the exposed contacts of the channel circuit.
An assembly comprising at least one attachment part and a holder part to which the at least one attachment part is attached, wherein the attachment part is attached to the holder part with an adhesive in an interface area and a patterned elementis attached to one of the parts in the interface area, characterised in that the patterned element comprises a non-stick surface.
A vehicle suspension apparatus comprising: a shock absorber that has a cylinder outer tube; a dust cover whose upper area is fixed on an upper support side; and a coil spring that surrounds the dust cover, wherein the cylinder outer tube has a plurality of first engagement units provided around the cylinder outer tube, and wherein the dust cover has a positioning member that abuts against the first engagement units and determines a relative position of the cylinder outer tube and a lower area of the dust cover in a shaft direction and a plurality of second engagement units that are provided around the lower area of the dust cover, wherein a circumferential width of the first engagement units is formed to be narrower than a circumferential interval of adjacent second engagement units, and a circumferential width of the second engagement units is formed to be narrower than a circumferential interval of adjacent first engagement units, and wherein, by the engagement of the first engagement units with the second engagement units, the lower area of the dust cover becomes locked to the cylinder outer tube in the shaft direction. wherein the cylinder outer tube has a plurality of first engagement units provided around the cylinder outer tube, and wherein the dust cover has a positioning member that abuts against the first engagement units and determines a relative position of the cylinder outer tube and a lower area of the dust cover in a shaft direction and a plurality of second engagement units that are provided around the lower area of the dust cover, wherein a circumferential width of the first engagement units is formed to be narrower than a circumferential interval of adjacent second engagement units, and a circumferential width of the second engagement units is formed to be narrower than a circumferential interval of adjacent first engagement units, and wherein, by the engagement of the first engagement units with the second engagement units, the lower area of the dust cover becomes locked to the cylinder outer tube in the shaft direction.