mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assessing aneuploidy of maternal meiotic origin in a human egg, the method comprising: in a first polar body, PB1, which has been obtained from said human egg, said first polar body comprising one or more PB1 chromosomes, interrogating at least 25 closely adjacent biallelic SNPs flanking the centromeres of said one or more PB1 chromosomes, and based on the results of the interrogation, assessing the presence or degree of centromeric heterozygosity, CH, for said one or more PB1 chromosomes. in a first polar body, PB1, which has been obtained from said human egg, said first polar body comprising one or more PB1 chromosomes, interrogating at least 25 closely adjacent biallelic SNPs flanking the centromeres of said one or more PB1 chromosomes, and based on the results of the interrogation, assessing the presence or degree of centromeric heterozygosity, CH, for said one or more PB1 chromosomes.
Shears having two limbs , each of which comprises a handle region at one end and a cutting edge at the other end, wherein the limbs are further connected to each other at a revolute joint , with one fixed limb that is fixed relative to the revolute joint during an opening and closing movement, and one movable limb , wherein the limbs can move between an open position and a closed position while being limited by a stop, and the cutting edges pass each other over substantially their entire length in the closed position, characterized in that the fixed or movable limb extend relative to the movable or fixed limb on the handle side of the revolute joint such that it is supported in a planar manner on both sides in a region of overlap with the movable or fixed limb , wherein the limbs comprise surface regions that rest against one another in the region in which they are on top of each other in the closed state, and are each exposed on the opposite side , and that the support is achieved via a double connection between the plate-like region that overlaps the supported limb in its width direction on a broad side and the supporting limb.
Method for distributing identifiers of sources of a multicast distribution group for RTP traffic (G), said sources being connected together through an electronic communications network , the multicast distribution group being identified by a group address, a stream sent to the group address by a first source being received by a second source if the second source is previously a subscriber to the first source, the second source announcing an identifier of SSRC type that it allocated to itself, the so-called source identifier, when subscribing to the first source, one of the sources, the so-called server , being a subscriber to all the other sources , and comprising a table of pairs { source identifier; source address }, the method comprising the following steps implemented by the server: • reception (E610, E620, E620bis, E801, F2), originating from one of said other sources, called the announcer source , of a multicast announcement message comprising a source identifier and an address of the announcer source, • sending (E612, E622, E622bis, E804, F6, F9, F11) of a management message, to the group address, comprising a pair comprising the identifier of the announcer source, and an address which is, in the case where the identifier is already associated in the table with an address other than that of the announcer source, this other address (E621), or which is, in the converse case, the address of the announcer source (E611). • reception (E610, E620, E620bis, E801, F2), originating from one of said other sources, called the announcer source , of a multicast announcement message comprising a source identifier and an address of the announcer source, • sending (E612, E622, E622bis, E804, F6, F9, F11) of a management message, to the group address, comprising a pair comprising the identifier of the announcer source, and an address which is, in the case where the identifier is already associated in the table with an address other than that of the announcer source, this other address (E621), or which is, in the converse case, the address of the announcer source (E611).
A vehicle communication system comprising: a plurality of transfer units each including a transfer section installed in a vehicle, connected to a device (2 and 3), and configured to transfer information to the device (2 and 3), and a storage section connected to the transfer section and capable of storing information therein, wherein the transfer units are connected to one another, each of the transfer units stores, in the storage section of that transfer unit , setting information needed for putting the transfer sections in that transfer unit and at least one of the other transfer units into operation, the setting information needed for putting the transfer sections in that transfer unit into operation being read from said storage section during startup of the respective transfer unit , and that transfer unit operates based on the setting information applicable to that transfer unit that has been acquired from the storage section in the other transfer units when failing to acquire the applicable setting information stored in the storage section in that transfer unit . a plurality of transfer units each including a transfer section installed in a vehicle, connected to a device (2 and 3), and configured to transfer information to the device (2 and 3), and a storage section connected to the transfer section and capable of storing information therein, wherein the transfer units are connected to one another, each of the transfer units stores, in the storage section of that transfer unit , setting information needed for putting the transfer sections in that transfer unit and at least one of the other transfer units into operation, the setting information needed for putting the transfer sections in that transfer unit into operation being read from said storage section during startup of the respective transfer unit , and that transfer unit operates based on the setting information applicable to that transfer unit that has been acquired from the storage section in the other transfer units when failing to acquire the applicable setting information stored in the storage section in that transfer unit .
A traditional Chinese medicine composition for use in the treatment of a cardiovascular or cerebrovascular disease, the active ingredients of which are composed of the following component 1) and component 2): 1) an ethanol extract of 6-12 parts by weight of Rhizoma Chuanxiong and 5-10 parts by weight of Radix Curcumae; and 2) an aqueous extract of 5-10 parts by weight of Radix Cyathulae and the extraction residue of said ethanol extract of Rhizoma Chuanxiong and Radix Curcumae. 1) an ethanol extract of 6-12 parts by weight of Rhizoma Chuanxiong and 5-10 parts by weight of Radix Curcumae; and 2) an aqueous extract of 5-10 parts by weight of Radix Cyathulae and the extraction residue of said ethanol extract of Rhizoma Chuanxiong and Radix Curcumae.
A method for controlling a powertrain test stand comprising a driving machine and a driven machine , wherein a torque supplied by the driving machine is controlled, a reference variable (M x ) for controlling the torque of the driving machine in order to dampen vibrations between the driving machine and the driven machine being modified depending on a current speed (n ist ) of the driving machine in relation to a predefined value (M soll ), characterized in that the reference variable (M x ) is determined from a tire model of a virtual tire.
Valve of a fuel injector for a selective separation of a high pressure region from a low pressure region of a fuel comprising: an opening in a seat plate ; an armature that is configured to close the opening of the seat plate ; a spring element that preloads the armature in the direction of a position closing the opening ; and an electromagnet for raising the armature from the position closing the opening into a position releasing the opening , an elastically compressible damping element to bound an armature stroke on the raising of the armature from the seat plate into the releasing position, characterized in that the damping element has a spherical section at its contact surface to the armature to minimize a contact surface with the armature , and the armature , except for the contact to the damping element , does not have any further mechanical contact with the electromagnet or an abutment surface formed by the electromagnet on the transition from the position closing the opening into the position releasing the opening , in which the armature is completely braked by the damping element . an opening in a seat plate ; an armature that is configured to close the opening of the seat plate ; a spring element that preloads the armature in the direction of a position closing the opening ; and an electromagnet for raising the armature from the position closing the opening into a position releasing the opening , an elastically compressible damping element to bound an armature stroke on the raising of the armature from the seat plate into the releasing position, characterized in that the damping element has a spherical section at its contact surface to the armature to minimize a contact surface with the armature , and the armature , except for the contact to the damping element , does not have any further mechanical contact with the electromagnet or an abutment surface formed by the electromagnet on the transition from the position closing the opening into the position releasing the opening , in which the armature is completely braked by the damping element .
A method for a provisioning of a cosmetic composition comprising the steps of: a.) providing sub-ripe coffee cherries, each sub-ripe coffee cherry having at least 5% green color and surface defects cover less than 5% of a surface area of the sub-ripe coffee cherry; b.) quick drying the sub-ripe coffee cherries within 1 - 12 h after the harvest in an air dryer at 66 °C - 71 °C (150-160 °F) for 16 - 18 hours to a constant weight, wherein the constant weight is present when a weight of the sub-ripe coffee cherries at two consecutive one-hour intervals differs less than 1 g, such that a residual water content is between 6 - 12% and such that the quick dried sub-ripe coffee cherries comprise a mycotoxin level less than 20 ppb for total aflatoxins, less than 10 ppb for total ochratoxins, and less than 5 ppm for total fumonisins; c.) extracting from at least two of a bean, a pulp, a mucilage and a hull of the quick dried sub-ripe coffee cherries an aqueous extract and/or an alcoholic extract, d.) providing the cosmetic composition comprising the aqueous extract and/or the alcoholic extract, wherein the cosmetic composition is formulated as one of a shampoo, a lotion, a cream, a balm, and an ointment. a.) providing sub-ripe coffee cherries, each sub-ripe coffee cherry having at least 5% green color and surface defects cover less than 5% of a surface area of the sub-ripe coffee cherry; b.) quick drying the sub-ripe coffee cherries within 1 - 12 h after the harvest in an air dryer at 66 °C - 71 °C (150-160 °F) for 16 - 18 hours to a constant weight, wherein the constant weight is present when a weight of the sub-ripe coffee cherries at two consecutive one-hour intervals differs less than 1 g, such that a residual water content is between 6 - 12% and such that the quick dried sub-ripe coffee cherries comprise a mycotoxin level less than 20 ppb for total aflatoxins, less than 10 ppb for total ochratoxins, and less than 5 ppm for total fumonisins; c.) extracting from at least two of a bean, a pulp, a mucilage and a hull of the quick dried sub-ripe coffee cherries an aqueous extract and/or an alcoholic extract, d.) providing the cosmetic composition comprising the aqueous extract and/or the alcoholic extract, wherein the cosmetic composition is formulated as one of a shampoo, a lotion, a cream, a balm, and an ointment.
Floor cleaning machine with a nozzle comprising a housing with an insertion opening , by way of which a floor cleaning roller can be removed from the housing and reinserted therein, two bearing elements fixed to the housing for bearing the floor cleaning roller , two counter bearing elements arranged on opposite end faces of the floor cleaning roller and corresponding to the bearing elements and an ejection element which can be actuated relative to the floor cleaning roller , wherein in a rest position of the ejection element, the floor cleaning roller is held in the bearing elements with its counter bearing elements , characterised in that the nozzle moreover has a transmission for converting an essentially solely radial movement of the ejection element into an essentially solely axial displacement of the floor cleaning roller and the ejection element can be moved from the rest position into an intermediate position, wherein in the intermediate position of the ejection element, the floor cleaning roller is displaced axially by means of the transmission , as a result of which the floor cleaning roller is released axially from one of the bearing elements fixed to the housing.
A content sharing system , comprising a first terminal and a second terminal , the first terminal comprising: cursor position identification means for identifying (S103) a position of a cursor on a display of the first terminal, the display being arranged to display shared content operable by both of a first user (A) on the first terminal and a second user (B) on the second terminal; focus state determination means for determining (S104) whether an object on the shared content is in a focus state or in a non-focus state, based on the position of the cursor; operation identification means for identifying (S101) that a first operation has been performed on the first terminal by the first user, the first operation being an operation to execute predetermined processing; display update identification means for identifying (S102) a display update of the shared content by a second operation performed on the second terminal by the second user; and processing execution means for, when it is identified (S107, Y) that the display update has been performed during a predetermined time period immediately before the first operation, executing the predetermined processing (S110) on an object that is in a focus state at a timing that is before and closest to the start of the predetermined time period (S108). cursor position identification means for identifying (S103) a position of a cursor on a display of the first terminal, the display being arranged to display shared content operable by both of a first user (A) on the first terminal and a second user (B) on the second terminal; focus state determination means for determining (S104) whether an object on the shared content is in a focus state or in a non-focus state, based on the position of the cursor; operation identification means for identifying (S101) that a first operation has been performed on the first terminal by the first user, the first operation being an operation to execute predetermined processing; display update identification means for identifying (S102) a display update of the shared content by a second operation performed on the second terminal by the second user; and processing execution means for, when it is identified (S107, Y) that the display update has been performed during a predetermined time period immediately before the first operation, executing the predetermined processing (S110) on an object that is in a focus state at a timing that is before and closest to the start of the predetermined time period (S108).
Electric automotive vacuum pump comprising: a brushless, electronically commutated, sensorless drive motor (13.), further comprising: a pump housing configuring a pump chamber , a pump rotor which rotates in the pump chamber in a compressing manner, wherein the pump rotor is rotatable in a forward and a reverse direction of rotation, a single forward outlet opening and a single separate reverse outlet opening , which connect the pump chamber (16.) to a pump outlet , wherein a non-return valve opening in the outlet direction is provided respectively between the outlet opening and the pump outlet , and a forward inlet opening and a separate reverse inlet opening , which connect the pump chamber (16.) to a pump inlet , wherein a non-return valve opening in the inlet direction is provided respectively between the inlet opening and the pump inlet , and the forward outlet opening and the reverse inlet opening are defined by a single opening , the forward inlet opening and the reverse outlet opening are defined by a single opening , the pump is a rotary vane pump or a vane pump, the outlet opening is provided in the direction of rotation directly upstream of a separating section , in which the pump rotor abuts against a pump chamber wall in a fluidically sealing manner, and the inlet opening is provided in the direction of rotation directly downstream of a separating section , in which the pump rotor abuts against a pump chamber wall in a fluidically sealing manner. a pump housing configuring a pump chamber , a pump rotor which rotates in the pump chamber in a compressing manner, wherein the pump rotor is rotatable in a forward and a reverse direction of rotation, a single forward outlet opening and a single separate reverse outlet opening , which connect the pump chamber (16.) to a pump outlet , wherein a non-return valve opening in the outlet direction is provided respectively between the outlet opening and the pump outlet , and a forward inlet opening and a separate reverse inlet opening , which connect the pump chamber (16.) to a pump inlet , wherein a non-return valve opening in the inlet direction is provided respectively between the inlet opening and the pump inlet , and the forward outlet opening and the reverse inlet opening are defined by a single opening , the forward inlet opening and the reverse outlet opening are defined by a single opening , the pump is a rotary vane pump or a vane pump, the outlet opening is provided in the direction of rotation directly upstream of a separating section , in which the pump rotor abuts against a pump chamber wall in a fluidically sealing manner, and the inlet opening is provided in the direction of rotation directly downstream of a separating section , in which the pump rotor abuts against a pump chamber wall in a fluidically sealing manner.
A roof rack foot for a roof rack for a vehicle , said roof rack foot comprising a body and a cross bar coupling member , said cross bar coupling member being adapted to be inserted into an end opening in a cross bar and to be at least partly received in and connected to an end cavity of the roof rack cross bar in a retained position, said body comprising a support surface adapted to be positioned against a first surface of said vehicle , said cross bar coupling member having a length (l c ) extending in a longitudinal direction (L c ) and a height (h c ) extending in a height direction (H c ), said cross bar coupling member comprising a length adjustment member , said length adjustment member extending in said longitudinal direction (L c ) and having an elongated body portion and an axially aligned first end portion , wherein said cross bar coupling member comprises an intermediate support member , said intermediate support member being configured to engage with said first end portion of said length adjustment member and to enable said length adjustment member to be fully or partly inserted into said cross bar end cavity when said cross bar coupling member is received in said roof rack cross bar in a retained position, characterized in that said intermediate support member extends in said longitudinal direction (L c ) of said cross bar coupling member and has a stepped configuration, in said height direction (H D ), with a first and a second substantially parallel plane , said second plane being an elevated plane compared to said first plane , as seen when said roof rack foot is mounted on a vehicle , and said length adjustment member being held by said intermediate support member in said second plane ..
Multi-step process for the preparation of compounds via hazardous intermediates comprising the steps of a) preparing in a microreactor a hazardous intermediate and b) optionally performing one or more reaction steps on the hazardous intermediate in one or more additional microreactors and c) further converting the hazardous intermediate with a suitable reaction agent in a subsequent microreactor until a stable end product is formed, wherein the hazardous intermediates are selected from the group consisting of organic azides and peroxo compounds and wherein the stable end product is selected from the group consisting of an amine, stable alcohol, or a stable aldehyde or ketone, optionally protected as the hydrate, hemiacetal or acetal. a) preparing in a microreactor a hazardous intermediate and b) optionally performing one or more reaction steps on the hazardous intermediate in one or more additional microreactors and c) further converting the hazardous intermediate with a suitable reaction agent in a subsequent microreactor until a stable end product is formed,
An ophthalmic apparatus comprising a multi-zonal lens body having a plurality of optical zones (1502a, 1502b, 1502c; 1702a, 1702b, 1702c), characterized in that the multi-zonal lens body forms an angularly-varying phase member having a center at a first meridian , the angularly-varying phase member, at the center of the first meridian, comprising a refractive structure to direct light to a first point of focus , wherein at angular positions nearby to the first meridian, the refractive structure directs light to points of focus nearby to the first point of focus such that rotational offsets of the multi-zonal lens body from the center of the first meridian directs light from the nearby points of focus to the first point of focus, thereby establishing a band of operational meridian for the apparatus to an intended correction meridian.
A footwear comprising: a sole , an upper disposed on an upper side of the sole ; and a vibration absorbing unit fixed to the sole for absorption of a vibration generated by an impact caused by landing; wherein the vibration absorbing unit includes a platy flexible support portion which has a smaller rigidity in the vertical direction than in a horizontal direction, and a plurality of weight portions placed in the support portion ; and the support portion surrounds at least part of a perimeter of the weight portions , and is fixed to the sole; the sole has a housing space in a heel region of the sole ; the vibration absorbing unit is disposed inside the housing space , and includes the plurality of the weight portions having different weights; characterized in that the support portion has its center region provided by a low rigidity region which has a lower rigidity than regions of the support portion which surround the center region; and the plurality of the weight portions are attached on two sides of the support portion , with the low rigidity region in between. the vibration absorbing unit includes a platy flexible support portion which has a smaller rigidity in the vertical direction than in a horizontal direction, and a plurality of weight portions placed in the support portion ; and the support portion surrounds at least part of a perimeter of the weight portions , and is fixed to the sole; the sole has a housing space in a heel region of the sole ; the vibration absorbing unit is disposed inside the housing space , and includes the plurality of the weight portions having different weights; characterized in that the support portion has its center region provided by a low rigidity region which has a lower rigidity than regions of the support portion which surround the center region; and the plurality of the weight portions are attached on two sides of the support portion , with the low rigidity region in between.