mhurhangee/patent-ind-claim-en huggingface dataset:
A labeling apparatus comprising: a label holder configured to move between a retracted position and an extended position that is closer to a conveyer than the retracted position is, and receive a label (L1) on an end of the label holder facing the conveyer ; and a controller configured to control the label holder to move towards a standby position between the retracted position and the extended position until an object to be labeled is conveyed on the conveyer to a position facing the label holder, and then towards the extended position to attach the label (L1) to the object (N), characterized in that the labeling apparatus further comprises a first object sensor at a position above the conveyer along a conveyance path (P3) upstream the position facing the label holder , wherein the controller is further configured to control the label holder to approach the conveyer up to a first standby position when the first object sensor does not detect the object (N) while conveyance, and up to a second standby position farther from the conveyer than the first standby position is when the first object sensor detects the object (N) while conveyance. a label holder configured to move between a retracted position and an extended position that is closer to a conveyer than the retracted position is, and receive a label (L1) on an end of the label holder facing the conveyer ; and a controller configured to control the label holder to move towards a standby position between the retracted position and the extended position until an object to be labeled is conveyed on the conveyer to a position facing the label holder, and then towards the extended position to attach the label (L1) to the object (N), characterized in that the labeling apparatus further comprises a first object sensor at a position above the conveyer along a conveyance path (P3) upstream the position facing the label holder , wherein the controller is further configured to control the label holder to approach the conveyer up to a first standby position when the first object sensor does not detect the object (N) while conveyance, and up to a second standby position farther from the conveyer than the first standby position is when the first object sensor detects the object (N) while conveyance.
An object for use in water, the object comprising a fouling element that during use is at least temporarily in contact with water and during use is at least partly moving, the object further comprising an anti-fouling lighting system , the anti-fouling lighting system comprising at least one laser light source , wherein the laser light source is configured to irradiate with the anti-fouling light at least part of said fouling element when the fouling element is in use, wherein the anti-fouling lighting system is arranged such that during use the fouling element at least partly moves with respect to the laser light source .
A thermally conductive, electrical insulating nonwoven material comprising: 20 wt.% - 50 wt.% organic components, wherein the organic components comprise organic drawn fibers, organic bi-component binder fibers, and a polymer latex binder comprising at least one of an acrylic latex, an acrylic copolymer latex, a nitrile latex, and a styrene latex; and 50 wt.% - 80 wt.% inorganic components wherein the inorganic components comprise a blend of thermally conductive fillers and clay, wherein the organic bi-component binder fibers comprise a polymeric core and a sheath layer surrounding the polymeric core wherein the sheath layer has a lower melting point than the core. 20 wt.% - 50 wt.% organic components, wherein the organic components comprise organic drawn fibers, organic bi-component binder fibers, and a polymer latex binder comprising at least one of an acrylic latex, an acrylic copolymer latex, a nitrile latex, and a styrene latex; and 50 wt.% - 80 wt.% inorganic components wherein the inorganic components comprise a blend of thermally conductive fillers and clay,
Rail expansion device configured for joining a first rail (F1) to a second rail (R2), the rail expansion device comprising: - a front connecting rail , comprising a front end (FE1) and a rear end (RE1), wherein the front end (FE1) is configured for being connected to the first rail (F1); - a rear connecting rail comprising a front end (FE2) and a rear end (RE2), wherein the rear end (RE2) is configured for being connected to the second rail (F2); - a splice joint configured for slidably connecting the rear end (RE1) of the front connecting rail to the front end (FE2) of the rear connecting rail , said splice joint defining a continuous running surface (RS) from the front connecting rail to the rear connecting rail , wherein said continuous running surface (RS) has a variable longitudinal length configured for varying in function of a width (D) of an expansion gap (G) separating the front connecting rail from the rear connecting rail ; characterised in that the rail expansion device has a rail head width (W) that is constant from the front end (FE1) of the front connecting rail until the rear end (RE2) of the rear connecting rail - a front connecting rail , comprising a front end (FE1) and a rear end (RE1), wherein the front end (FE1) is configured for being connected to the first rail (F1); - a rear connecting rail comprising a front end (FE2) and a rear end (RE2), wherein the rear end (RE2) is configured for being connected to the second rail (F2); - a splice joint configured for slidably connecting the rear end (RE1) of the front connecting rail to the front end (FE2) of the rear connecting rail , said splice joint defining a continuous running surface (RS) from the front connecting rail to the rear connecting rail , wherein said continuous running surface (RS) has a variable longitudinal length configured for varying in function of a width (D) of an expansion gap (G) separating the front connecting rail from the rear connecting rail ;
A method of producing transformed cells of a rubber-producing plant, the method comprising the following steps a) to e): a) culturing a tissue fragment from a rubber-producing plant in a medium containing a plant growth hormone to obtain a 5.0 mm or smaller mass of cultured cells; b) dispersing the cultured cells obtained in step a) and a whisker in a liquid and then adhering the whisker to the cultured cells by centrifugation; followed by c) damaging the cultured cells by the whisker under sonication and introducing a foreign gene into the cells; followed by d) restoring the damaged cells without removing the whisker; followed by e) screening transformed cells with an antibiotic, wherein the antibiotic used in step e) is kanamycin at a concentration of 10 mg/L or lower, and wherein the rubber-producing plant is at least one selected from the group consisting of plants of the genera Hevea, Taraxacum, and Parthenium. a) culturing a tissue fragment from a rubber-producing plant in a medium containing a plant growth hormone to obtain a 5.0 mm or smaller mass of cultured cells; b) dispersing the cultured cells obtained in step a) and a whisker in a liquid and then adhering the whisker to the cultured cells by centrifugation; followed by c) damaging the cultured cells by the whisker under sonication and introducing a foreign gene into the cells; followed by d) restoring the damaged cells without removing the whisker; followed by e) screening transformed cells with an antibiotic,
A cable handling device for handling a cable , in particular for gripping a cable and/or for feeding a cable to one or more cable processing station(s) , comprising - a cable guide , preferably in the form of a guide tube, by which a cable guide direction is defined, and - a holder for holding the cable guide , wherein the cable guide is removable from the holder , characterized in that - the cable guide is arranged on a support , - the holder forms a guide , the guide direction of which is transverse, preferably perpendicular, to the cable guide direction and which has an insertion point for inserting the support into the guide , and - the support is guided by the guide and is displaceable along the guide direction . - a cable guide , preferably in the form of a guide tube, by which a cable guide direction is defined, and - a holder for holding the cable guide , wherein the cable guide is removable from the holder , - the cable guide is arranged on a support , - the holder forms a guide , the guide direction of which is transverse, preferably perpendicular, to the cable guide direction and which has an insertion point for inserting the support into the guide , and - the support is guided by the guide and is displaceable along the guide direction .
A device for egg hatching and larvae separation comprising a fluid-tight container , wherein the fluid-tight container comprises: a base having a first portion and a second portion ; at least one wall enclosing the base and coupled to the base to form a fluid-tight seal; wherein the first portion of the base comprises a first color and defines a recess ; wherein the recess is arranged for depositing of and keeping in place insect eggs for hatching in the first recess ; wherein the second portion of the base comprises a second color darker than the first color; wherein the color of the second portion is adapted to attract hatched insect larvae so that the hatched larvae move to the second portion and separate themselves from the egg debris located in the recess and in the first portion . a base having a first portion and a second portion ; at least one wall enclosing the base and coupled to the base to form a fluid-tight seal; wherein the first portion of the base comprises a first color and defines a recess ; wherein the recess is arranged for depositing of and keeping in place insect eggs for hatching in the first recess ; wherein the second portion of the base comprises a second color darker than the first color; wherein the color of the second portion is adapted to attract hatched insect larvae so that the hatched larvae move to the second portion and separate themselves from the egg debris located in the recess and in the first portion .
Method for setting up a communication channel between a data unit and a terminal of a user (U), the data unit being registered as a respective machine subscriber (T1) in one or more first groups (G) of one or more messenger services, and a machine-readable and encrypted code (CO) being visually displayed on the data unit , the code (CO) comprising an identification (ID) for specifying the first group or groups (G) in which the data unit is registered as a machine subscriber (T1), each subscriber in the first group or groups (G) being able to provide information in the first group or groups (G) and the provided information being available to all subscribers in the first group or groups (G), wherein - the code (CO) is captured using a sensor device of the terminal and is provided by the terminal in a second group (G') of a messenger service, in which group the user (U) is registered as a subscriber (T2'), each subscriber in the second group (G') being able to provide information in the second group (G') and the provided information being available to all subscribers in the second group (G'); - at least one machine subscriber (T1') in the second group (G') decrypts the provided code (CO) by means of an associated key (K), and this results in the identification (ID) being obtained; - the user (U) is registered as a subscriber (T2) in the first group or groups (G) specified in the obtained identification (ID), thereby facilitating communication by the terminal of the user (U) in this first group or groups (G) with the machine subscriber (T1) as which the data unit is registered in this first group or groups (G). - the code (CO) is captured using a sensor device of the terminal and is provided by the terminal in a second group (G') of a messenger service, in which group the user (U) is registered as a subscriber (T2'), each subscriber in the second group (G') being able to provide information in the second group (G') and the provided information being available to all subscribers in the second group (G'); - at least one machine subscriber (T1') in the second group (G') decrypts the provided code (CO) by means of an associated key (K), and this results in the identification (ID) being obtained; - the user (U) is registered as a subscriber (T2) in the first group or groups (G) specified in the obtained identification (ID),
A fire resistant textile material comprises a single woven warp backed fabric comprising fibres selected from: meta-aramid, para-aramid, polyamideimide, polybenzimidazole, polybenzoxazole and mixtures thereof; wherein the fabric comprises face warp threads and back warp threads, wherein the number of face warp threads per unit width (cm) is greater than the number of weft threads per unit length (cm); and wherein each back warp thread either interlaces or passes under successive weft threads so that the ratio of the total number of interlaced weft threads to passed under weft threads is in a range from 1:2 to 1:20.
A dispersing agent composition for tanning of hides/skins without adding water or any other medium, wherein said composition comprises: (a) 60-80 wt% of a polyalkylene polyhydric compound having carbon chain length in the range of C3 to C15 with high solubility in water, with transparent to translucent appearance; (b) 5-25 wt% of an organic acid and (c) 5-15 wt% of a non-ionic surfactant. (a) 60-80 wt% of a polyalkylene polyhydric compound having carbon chain length in the range of C3 to C15 with high solubility in water, with transparent to translucent appearance; (b) 5-25 wt% of an organic acid and (c) 5-15 wt% of a non-ionic surfactant.
Assembling machine for assembling a carrier with bare chips , in particular for the purpose of producing electronic components, which each comprise at least one chip , which is placed in a housing, which comprises in particular a hardened casting compound, the assembling machine comprising a feeding device for providing a wafer , which comprises a plurality of chips ; a carrier receiving device for receiving the carrier to be assembled; an assembling head for collecting chips from the provided wafer and for placing the collected chips at predefined assembling positions on the carrier ; wherein the carrier receiving device comprises a pneumatic interface , with which an underpressure may be applied to a surface of the carrier ; characterized in that the assembling machine further comprises a tempering device , which is thermally coupled with the receiving device and which is configured to keep the carrier receiving device at least approximately at a constant temperature, wherein the tempering device is configured to cool the carrier receiving device , so that it can adopt a temperature that is at least lower by 2 Kelvin than the proximate ambient temperature of the carrier receiving device . a feeding device for providing a wafer , which comprises a plurality of chips ; a carrier receiving device for receiving the carrier to be assembled; an assembling head for collecting chips from the provided wafer and for placing the collected chips at predefined assembling positions on the carrier ;
Device comprising: at least one electrical consumer ; at least a replaceable electrical energy storage unit ; an electronic measuring/operation circuit designed to operate the consumer and to control the energy management of the electronic device, wherein the energy storage unit comprises at least a first storage unit with a first initial energy amount (E1) and at least a second storage unit with a second initial energy amount (E2), wherein the electronic measuring/operation circuit is designed to activate the first storage unit or the second storage unit by means of a switch according to an algorithm, wherein the first storage unit or the second storage unit is activated in a manner to ensure the supply of energy to the device by the respective storage unit, characterized in that the electronic measuring/operation circuit is designed to guarantee - without measuring the state of charge and by alternately activating the first storage unit and the second storage unit - that when one storage unit has a low residual energy amount or consumed energy amount, the other storage unit has a residual energy amount (ER) of at least 10 %, particularly of at least 20 % and preferably of at least 30 % of a total energy amount (EG) of the first initial energy amount E1 of the first storage unit and of the second initial energy amount E2 of the second storage unit . at least one electrical consumer ; at least a replaceable electrical energy storage unit ; an electronic measuring/operation circuit designed to operate the consumer and to control the energy management of the electronic device, wherein the energy storage unit comprises at least a first storage unit with a first initial energy amount (E1) and at least a second storage unit with a second initial energy amount (E2), wherein the electronic measuring/operation circuit is designed to activate the first storage unit or the second storage unit by means of a switch according to an algorithm, wherein the first storage unit or the second storage unit is activated in a manner to ensure the supply of energy to the device by the respective storage unit, characterized in that the electronic measuring/operation circuit is designed to guarantee - without measuring the state of charge and by alternately activating the first storage unit and the second storage unit - that when one storage unit has a low residual energy amount or consumed energy amount, the other storage unit has a residual energy amount (ER) of at least 10 %, particularly of at least 20 % and preferably of at least 30 % of a total energy amount (EG) of the first initial energy amount E1 of the first storage unit and of the second initial energy amount E2 of the second storage unit .
A surgical stapling device comprising: a handle assembly including a stationary handle housing and a movable trigger mounted to the handle housing; an elongated body portion extending from the handle housing; a staple containing shell assembly mounted on a distal end of the elongated body portion and an anvil assembly movably mounted relative to the staple containing shell assembly; an approximation mechanism operable to move the anvil assembly from a first position spaced from the staple containing shell assembly to a second approximated position adjacent the staple containing shell assembly; and a pusher extending through the elongated body portion from the handle housing to the staple containing shell assembly, the movable trigger being movable to drive the pusher distally to drive staples out of the staple containing shell assembly and into the anvil assembly; characterised by further comprising a slider assembly positioned within the handle housing including a slider and a biasing member, the slider being longitudinally movable between a first position blocking the movable trigger from movement and a second position spaced from the movable trigger, the biasing member being positioned to urge the slider towards the first position. a handle assembly including a stationary handle housing and a movable trigger mounted to the handle housing; an elongated body portion extending from the handle housing; a staple containing shell assembly mounted on a distal end of the elongated body portion and an anvil assembly movably mounted relative to the staple containing shell assembly; an approximation mechanism operable to move the anvil assembly from a first position spaced from the staple containing shell assembly to a second approximated position adjacent the staple containing shell assembly; and a pusher extending through the elongated body portion from the handle housing to the staple containing shell assembly, the movable trigger being movable to drive the pusher distally to drive staples out of the staple containing shell assembly and into the anvil assembly; characterised by further comprising a slider assembly positioned within the handle housing including a slider and a biasing member, the slider being longitudinally movable between a first position blocking the movable trigger from movement and a second position spaced from the movable trigger, the biasing member being positioned to urge the slider towards the first position.
A data retransmission method, wherein the method comprises: receiving, by a receiving apparatus, a first data frame sent by a transmitting apparatus, wherein the first data frame comprises an initial codeword and a check codeword, the check codeword is obtained after the initial codeword is encoded based on a first check matrix, and the initial codeword has a plurality of codeword groups; recognizing, by the receiving apparatus, at least one erroneous codeword group in the initial codeword; sending, by the receiving apparatus, an error indication message to the transmitting apparatus, wherein the error indication message carries an identifier of the at least one erroneous codeword group; obtaining, by the receiving apparatus, a second data frame sent by the transmitting apparatus based on the error indication message, wherein the second data frame comprises a partial sub check codeword and does not comprise a complete sub check codeword, the partial sub check codeword is a part of a sub check codeword, and the sub check codeword is obtained after the at least one erroneous codeword group is encoded based on a second check matrix; and decoding, by the receiving apparatus, the partial sub check codeword, the initial codeword, and the check codeword by using a third check matrix, to obtain the initial codeword, wherein the third check matrix is obtained based on the first check matrix, the second check matrix, and a location of the at least one erroneous codeword group in the initial codeword. receiving, by a receiving apparatus, a first data frame sent by a transmitting apparatus, wherein the first data frame comprises an initial codeword and a check codeword, the check codeword is obtained after the initial codeword is encoded based on a first check matrix, and the initial codeword has a plurality of codeword groups; recognizing, by the receiving apparatus, at least one erroneous codeword group in the initial codeword; sending, by the receiving apparatus, an error indication message to the transmitting apparatus, wherein the error indication message carries an identifier of the at least one erroneous codeword group; obtaining, by the receiving apparatus, a second data frame sent by the transmitting apparatus based on the error indication message, wherein the second data frame comprises a partial sub check codeword and does not comprise a complete sub check codeword, the partial sub check codeword is a part of a sub check codeword, and the sub check codeword is obtained after the at least one erroneous codeword group is encoded based on a second check matrix; and decoding, by the receiving apparatus, the partial sub check codeword, the initial codeword, and the check codeword by using a third check matrix, to obtain the initial codeword, wherein the third check matrix is obtained based on the first check matrix, the second check matrix, and a location of the at least one erroneous codeword group in the initial codeword.
Vitamin K2 for use in the prevention or treatment of macula degeneration, wherein the vitamin K2 is in combination with zinc, and wherein the zinc is in a dosage of 2-75 mg.
A speed change device for shifting the gears of a transmission , said speed change device comprising a first shifter shaft , a first shifter element associated to the first shifter shaft and arranged for movement in an axial direction of the first shifter shaft for actuating a first set of the gears, a second shifter shaft and a second shifter element associated to the second shifter shaft and arranged for movement in an axial direction of the second shifter shaft for actuating a second set of the gears, characterized in that one of said first and second shifter shafts is hollow and the other of said first and second shifter shafts is partly arranged coaxially inside the hollow shaft.