mhurhangee/patent-ind-claim-en huggingface dataset:
A smear sample preparing apparatus comprising: a slide supplying section configured to supply a glass slide ; a smearing processing section configured to perform a smearing process of a specimen on the glass slide supplied by the slide supplying section; a staining processing section configured to perform a staining process on the glass slide on which the smearing process has been performed by the smearing processing section ; a slide storage section in which a second storage container configured to store a glass slide on which the staining process has been performed by the staining processing section is installed; and a first transportation section configured to transport a glass slide from a taking-out position located on a transport route in between the smearing processing section and the staining processing section , to the staining processing section , characterized in that the smear sample preparing apparatus comprises a slide setting section in which a first storage container configured to store a glass slide is installed; and in that the first transportation section is also configured to transport the glass slide from the taking-out position to the first storage container installed in the slide setting section without transporting the glass slide to the staining processing section . a slide supplying section configured to supply a glass slide ; a smearing processing section configured to perform a smearing process of a specimen on the glass slide supplied by the slide supplying section; a staining processing section configured to perform a staining process on the glass slide on which the smearing process has been performed by the smearing processing section ; a slide storage section in which a second storage container configured to store a glass slide on which the staining process has been performed by the staining processing section is installed; and a first transportation section configured to transport a glass slide from a taking-out position located on a transport route in between the smearing processing section and the staining processing section , to the staining processing section , characterized in that the smear sample preparing apparatus comprises a slide setting section in which a first storage container configured to store a glass slide is installed; and in that the first transportation section is also configured to transport the glass slide from the taking-out position to the first storage container installed in the slide setting section without transporting the glass slide to the staining processing section .
A method of preparing a negative electrode active material, comprising: forming a carbon coating layer on a silicon-based precursor represented by SiO x (0<x<2); thermally treating the silicon-based precursor on which the carbon coating layer is formed in a temperature range of 350 to 600 °C, which includes thermally reducing a silicon-based precursor with a metal reducing agent in an inert atmosphere; and preparing a silicon-based composite represented by SiO a (0<a<1) and having a surface on which a carbon coating layer is distributed by removing impurities; wherein the silicon-based composite includes an amorphous silicon. forming a carbon coating layer on a silicon-based precursor represented by SiO x (0<x<2); thermally treating the silicon-based precursor on which the carbon coating layer is formed in a temperature range of 350 to 600 °C, which includes thermally reducing a silicon-based precursor with a metal reducing agent in an inert atmosphere; and preparing a silicon-based composite represented by SiO a (0<a<1) and having a surface on which a carbon coating layer is distributed by removing impurities; wherein the silicon-based composite includes an amorphous silicon.
Method of determining an oxidation-reduction potential in a formation having a surface , the method comprising acts of - placing a reference electrode at the surface ; - penetrating by direct push a probe carrying an oxidation-reduction electrode directly into the formation , while the reference electrode is at the surface ; - determining the oxidation-reduction potential as a potential difference between the reference electrode and the oxidation-reduction electrode , characterized in that the act of determining the oxidation-reduction potential is performed whilst penetrating . - placing a reference electrode at the surface ; - penetrating by direct push a probe carrying an oxidation-reduction electrode directly into the formation , while the reference electrode is at the surface ; - determining the oxidation-reduction potential as a potential difference between the reference electrode and the oxidation-reduction electrode , characterized in that the act of determining the oxidation-reduction potential is performed whilst penetrating .
A method performed by a User Equipment, UE, for managing Uplink, UL, transmissions between the UE and a second network node in a New Radio, NR, wireless communications network , wherein the second network node serves a target cell comprising a first UL carrier being an New Radio, NR, uplink carrier and a second UL carrier being a supplementary uplink, SUL, carrier, the method comprising: receiving, a message from a first network node , which message relates to a handover of the UE to the target cell , and being characterized by : the message comprising an indication indicating which one or more of said first and second UL carriers to be used for random access at handover to the target cell , and by the further steps of: initiating random access on the indicated one or more UL carriers in the target cell , and upon failure of the random access on the indicated one or more UL carriers in the target cell , initiating random access on the second UL carrier if the first UL carrier was used in the failed random access, and initiating random access on the first UL carrier if the second UL carrier was used in the failed random access. receiving, a message from a first network node , which message relates to a handover of the UE to the target cell , and being characterized by : the message comprising an indication indicating which one or more of said first and second UL carriers to be used for random access at handover to the target cell , and by the further steps of: initiating random access on the indicated one or more UL carriers in the target cell , and upon failure of the random access on the indicated one or more UL carriers in the target cell , initiating random access on the second UL carrier if the first UL carrier was used in the failed random access, and initiating random access on the first UL carrier if the second UL carrier was used in the failed random access. initiating random access on the indicated one or more UL carriers in the target cell , and upon failure of the random access on the indicated one or more UL carriers in the target cell , initiating random access on the second UL carrier if the first UL carrier was used in the failed random access, and initiating random access on the first UL carrier if the second UL carrier was used in the failed random access.
Engine attachment system for an engine of an aircraft , the engine attachment system comprising: - a reactor pylon comprising an upper wall , a lower wall and, on either side, a lateral wall (206a-b) together delimiting a front face at the forward part of the reactor pylon , and - a forward engine attachment comprising a beam to which is fixed, on either side of a median plane, a connecting rod (304a-b), each connecting rod (304a-b) being fixed in an articulated manner via one of the ends thereof to the beam and being designed to be fixed in an articulated manner via the other of the ends thereof to the engine , - an intermediate component that takes the form of a dish with a bottom wall and four lateral walls (160a-d) extending about the bottom wall , wherein the beam is fixed against an exterior face of the bottom wall , wherein the intermediate component is fitted at the front face of the reactor pylon such that an interior face of the bottom wall abuts against the front face of the reactor pylon , such that a first lateral wall of the intermediate component bears against a lateral wall of the reactor pylon , such that a second lateral wall of the intermediate component bears against the other lateral wall of the reactor pylon , such that a third lateral wall of the intermediate component bears against the upper wall of the reactor pylon , such that a fourth lateral wall of the intermediate component bears against the lower wall of the reactor pylon , and wherein each lateral wall (160a-d) of the intermediate component and the associated wall (202, 204, 206a-b) of the reactor pylon are fixed to one another, the engine attachment system being characterized in that each lateral wall (206a-b) of the reactor pylon takes the form of a U that is open towards the interior of the reactor pylon and comprises a bottom that constitutes the lateral wall, a first flange that extends parallel to the upper wall and a second flange that extends parallel to the lower wall , and in that the upper wall is placed externally against the third lateral wall of the intermediate component . - a reactor pylon comprising an upper wall , a lower wall and, on either side, a lateral wall (206a-b) together delimiting a front face at the forward part of the reactor pylon , and - a forward engine attachment comprising a beam to which is fixed, on either side of a median plane, a connecting rod (304a-b), each connecting rod (304a-b) being fixed in an articulated manner via one of the ends thereof to the beam and being designed to be fixed in an articulated manner via the other of the ends thereof to the engine , - an intermediate component that takes the form of a dish with a bottom wall and four lateral walls (160a-d) extending about the bottom wall ,
A method of managing content delivery over a network to a client device , said content comprising a sequence of segments and wherein each of the segments is encoded at a plurality of bit rates, said method comprising: i) receiving at a first network element one or more segments encoded at a first bit rate over multicast sent from a content server , and sending the plurality of segments encoded at the first bit rate from the first network element to the client device over unicast; ii) sending a request for one or more subsequent segments encoded at the first bit rate from the first network element to the content server over unicast; iii) receiving at the first network element the requested one or more subsequent segments over unicast, and forwarding the received subsequent segments to the client device over unicast; iv) receiving at the first network element from the client device a request for one or more further subsequent segments encoded at a second bit rate, wherein the second bit rate is higher than the first bit rate; v) sending the request for one or more further subsequent segments encoded at a second bit rate to the content server over unicast; and vi) receiving at the first network element the requested one or more further subsequent segments over multicast, and sending the received further segments to the client device over unicast. i) receiving at a first network element one or more segments encoded at a first bit rate over multicast sent from a content server , and sending the plurality of segments encoded at the first bit rate from the first network element to the client device over unicast; ii) sending a request for one or more subsequent segments encoded at the first bit rate from the first network element to the content server over unicast; iii) receiving at the first network element the requested one or more subsequent segments over unicast, and forwarding the received subsequent segments to the client device over unicast; iv) receiving at the first network element from the client device a request for one or more further subsequent segments encoded at a second bit rate, wherein the second bit rate is higher than the first bit rate; v) sending the request for one or more further subsequent segments encoded at a second bit rate to the content server over unicast; and vi) receiving at the first network element the requested one or more further subsequent segments over multicast, and sending the received further segments to the client device over unicast.
An assembly comprising a slab , and a fall pipe section (601; 701) for a flow of liquids or fluids, in particular of water in a fall flow direction, comprising an upstream fall pipe tubular member , a downstream fall pipe tubular member , a diverter section (620; 720) between the upstream fall pipe tubular member and the downstream fall pipe tubular member, a connection with a flow fitting member (638; 738) opening into the downstream fall pipe tubular member, the diverter section (620; 720) comprising a first diverter portion (622; 722) in the extension of the upstream fall pipe tubular member (610; 710) and being inclined with respect to the upstream fall pipe tubular member, a second diverter portion (624; 724) in the extension of the first diverter portion (622; 722) and substantially parallel to the fall flow direction, and a third diverter portion (626; 726) upstream of the second diverter portion (624; 724) and opening into the downstream fall pipe tubular member , the upstream fall pipe tubular member , the downstream fall pipe tubular member and the flow fitting member being substantially aligned in the fall flow direction, characterized in that the fall section is positioned on either side of the slab , the slab comprising a first through hole for the passage of the second diverter portion and a second through hole for the passage of the flow fitting member opening into the downstream fall pipe tubular member , the first through-hole and the second through-hole are oriented in the flow direction, which is vertical when the fall is in operating position.
An oil type release agent for die casting characterized by comprising: 0.2-1.2% by mass of water consisting of one or two kinds of water selected from distilled water, ion-exchange kinds of water, tap water and water comprising any one of aforementioned kinds of water and electrolyte(s) dissolved therein; and 0.8-4.8% by mass of a solubilizing agent.
A leaflet assembly comprising: a plurality of leaflets (132; 232; 332; 332), wherein each leaflet (132; 232; 332) comprises: a pair of oppositely-directed tabs (138; 238; 338), wherein each of the tabs (138; 238; 338) comprises a lateral tab portion (240; 340), and wherein at least one of the tabs (138; 238; 338) of each leaflet (132; 232; 332) comprises a vertical tab extension (242; 342) extending at a non-zero angle from the lateral tab portion (240; 340), wherein the lateral tab portion (240; 340) comprises, as a sub-portion, a lateral outer portion (241; 341) projecting away from the vertical tab extension (242; 342) and having a non-zero length; wherein each leaflet (132; 232; 332) is asymmetrical with respect to a leaflet central axis thereof; and wherein the at least one vertical tab extension (242; 342) of each leaflet (132; 232; 332) is folded over a lateral tab portion (240; 340) of an adjacent leaflet (132; 232; 332) to form a plurality of annularly spaced commissure assemblies (144; 244; 344) of the leaflet assembly . a plurality of leaflets (132; 232; 332; 332), wherein each leaflet (132; 232; 332) comprises: a pair of oppositely-directed tabs (138; 238; 338), wherein each of the tabs (138; 238; 338) comprises a lateral tab portion (240; 340), and wherein at least one of the tabs (138; 238; 338) of each leaflet (132; 232; 332) comprises a vertical tab extension (242; 342) extending at a non-zero angle from the lateral tab portion (240; 340), wherein the lateral tab portion (240; 340) comprises, as a sub-portion, a lateral outer portion (241; 341) projecting away from the vertical tab extension (242; 342) and having a non-zero length; wherein each leaflet (132; 232; 332) is asymmetrical with respect to a leaflet central axis thereof; and wherein the at least one vertical tab extension (242; 342) of each leaflet (132; 232; 332) is folded over a lateral tab portion (240; 340) of an adjacent leaflet (132; 232; 332) to form a plurality of annularly spaced commissure assemblies (144; 244; 344) of the leaflet assembly .
A tapping armature for liquid containers , in particular for being connected to the outlet neck or to the outlet opening of a transport and storage container for liquids, said tapping armature having an armature housing in which a valve body for opening and closing a flow cross-section of an outlet tube is arranged, said valve body being pivotable with the help of a valve shaft , and said valve body including a valve seal that is arranged, at least partially, at a peripheral edge of the valve body , in such a manner that, in a shut-off position of the valve body , a valve gap that is formed between the valve body and an internal wall of the outlet tube is sealed in a radial sealing plane by means of the valve seal , said valve body , in the shut-off position, being arranged in the flow cross-section of the outlet tube realised by the armature housing , wherein, except from the peripheral edge , only an inner side of the valve body , said inner side facing a liquid volume for shut-off, is covered by the valve seal in such a manner that a liquid contact face that is arranged on the inner side is realised by the valve seal , said valve body including an outer side which is on the opposite side of the inner side and faces an outlet opening , characterised in that the valve seal is materially bonded to the valve body on a sealing contact face of the valve body so that a clearance is prevented from being formed between the valve body and the valve seal .
A light emitting device comprising: a substrate ; a plurality of LED chips disposed on the substrate, the LED chips including LED chips of at least four different colors; and a plurality of electrical paths disposed in part on the substrate and in part within the substrate, the electrical paths connecting the LED chips into at least three independently addressable groups, the number of independently addressable groups being less than the number of different colors of the LED chips, wherein each LED chip belongs to only one of the independently addressable groups, wherein different ones of the independently addressable groups of LEDs produce different colors of light and wherein at least a first one of the independently addressable groups of LEDs includes a first LED chip of a first color and a second LED chip of a second color different from the first color , wherein the first LED chip is a monochromatic red LED chip and the second LED chip is a phosphor-converted amber LED chip that produces broad spectrum light having a full width at half maximum intensity (FWHM) of at least 100 nm. a substrate ; a plurality of LED chips disposed on the substrate, the LED chips including LED chips of at least four different colors; and a plurality of electrical paths disposed in part on the substrate and in part within the substrate, the electrical paths connecting the LED chips into at least three independently addressable groups, the number of independently addressable groups being less than the number of different colors of the LED chips, wherein each LED chip belongs to only one of the independently addressable groups, wherein different ones of the independently addressable groups of LEDs produce different colors of light and wherein at least a first one of the independently addressable groups of LEDs includes a first LED chip of a first color and a second LED chip of a second color different from the first color , wherein the first LED chip is a monochromatic red LED chip and the second LED chip is a phosphor-converted amber LED chip that produces broad spectrum light having a full width at half maximum intensity (FWHM) of at least 100 nm.
An anchor assembly (A) for hollow walls, comprising an anchor body and a toggle member moveably mounted to said anchor body , said toggle member being displaceable between first and second positions thereof, wherein in said first position said toggle member is substantially aligned with said anchor body such that the anchor assembly (A) can be rotated for insertion in the wall, and wherein in said second position said toggle member extends behind the wall at an angle relative to said anchor body with said anchor body extending through a hole in the wall, said toggle member being held captive in said first position but being displaceable longitudinally along said anchor body when an appropriate fastener is introduced in said anchor body , deflector means being provided for causing, after a sufficient longitudinal displacement of said toggle member has released the same from a captive state thereof, said toggle member to pivot relative to said anchor body to said second position, said toggle member being adapted to then threadably receive the fastener such that further rotation of the fastener draws said toggle member against a hidden side of the wall with said anchor body being held substantially fixed relative to the wall, said anchor body and said toggle member being provided with at least first and second locking means that cooperate for retaining said toggle member in said captive state when in said first position, characterized in that said first and second locking means (402, 404; 406, 408) are spaced apart from one another as being provided at associated proximal and distal ends of said anchor body and said toggle member , wherein said first locking means include cooperating first and second elements provided respectively on said toggle member and on said anchor body , and wherein said second locking means include cooperating first and second elements provided respectively on said toggle member and on said anchor body , said first and second elements being axially engaged to one another.
A rotary machine diagnostic system comprising: current measurement means for measuring a leakage current of a rotary machine; voltage measurement means (16a-16c) for measuring a voltage of the rotary machine corresponding to the flowing leakage current; and data processing means , wherein the data processing means has a function of performing transient response analysis on a predetermined equivalent circuit model, which is equivalent to a leakage current path of the rotary machine, using current data and voltage data having a predetermined time width which are respectively measured at predetermined time intervals by the current measurement means and the voltage measurement means (16a-16c), and a function of extracting parameters of the leakage current path equivalent circuit. current measurement means for measuring a leakage current of a rotary machine; voltage measurement means (16a-16c) for measuring a voltage of the rotary machine corresponding to the flowing leakage current; and data processing means , wherein the data processing means has a function of performing transient response analysis on a predetermined equivalent circuit model, which is equivalent to a leakage current path of the rotary machine, using current data and voltage data having a predetermined time width which are respectively measured at predetermined time intervals by the current measurement means and the voltage measurement means (16a-16c), and a function of extracting parameters of the leakage current path equivalent circuit.
A gas phase polymerisation process for the production of ethylene polymers in the presence of a catalyst composition based on a chromium compound, a titanium compound and a silica support material characterized in that the silica support material has a surface area (SA) ≥ 685 m 2 /g and ≤ 800 m 2 /g, a pore volume (PV) ≥ 1.65 and ≤ 1.85 cm 3 /g and an average particle size in the range ≥ 25 and ≤ 35 micrometres, wherein the catalyst composition does not comprise a magnesium compound.