mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for metering in a cryogenic medium, having a container which has a wall, and having at least one valve for introducing the cryogenic medium into the container, which valve is integrated into the wall of the container and can be connected to a feed line for the cryogenic medium, the valve being equipped with a guide duct (14, 14') which extends through the valve housing and in which a shut-off member which is equipped on the container side with a plate-shaped front section is guided such that it can be moved in the axial direction, which front section lies on a sealing face of the valve housing in the closed state of the valve, and in contrast is arranged spaced apart from the said sealing face in the open state, the sealing face of the valve housing being arranged set back in the wall of the container in such a way that, with a face of its plate-shaped front section which faces the container, the shut-off member runs substantially flush with respect to an inner surface of the container in the open state of the valve, characterized in that the cross section of the guide duct (14, 14') is adapted to the cross-section of the shut-off member, at least one groove-shaped flow duct (15, 15') being provided, however, which extends over the axial length of the guide duct (14, 14') and opens in the region of the sealing face of the valve housing, which groove-shaped flow duct (15, 15') is arranged in such a way that the radial play of the shut-off member in the guide duct (14, 14') is not increased.
A method for processing a photoresist composition, comprising: (a) applying on a substrate a photoresist composition comprising: (i) one or more resins; (ii) a photoactive component, and (iii) two or more resins that are substantially non-mixable with the (i) one or more resins, wherein the (iii) two or more substantially non-mixable resins comprise a first resin and a second resin, and the first and second non-mixable resins have differing relative hydrophobicities, and the first and second resins have greater hydrophobicity relative to the (i) one or more resins; and the first and second resins comprise photoacid-labile groups, fluorine substitution, and aqueous base-solubilizing groups; the first and second resins differ by at least one polymer repeat unit; the second resin contains one or more haloalcohol substituents and the first resin does not contain haloalcohol substituents; and (b) immersion exposing the photoresist layer to radiation activating for the photoresist composition. (a) applying on a substrate a photoresist composition comprising: (i) one or more resins; (ii) a photoactive component, and (iii) two or more resins that are substantially non-mixable with the (i) one or more resins, wherein the (iii) two or more substantially non-mixable resins comprise a first resin and a second resin, and the first and second non-mixable resins have differing relative hydrophobicities, and the first and second resins have greater hydrophobicity relative to the (i) one or more resins; and the first and second resins comprise photoacid-labile groups, fluorine substitution, and aqueous base-solubilizing groups; the first and second resins differ by at least one polymer repeat unit; the second resin contains one or more haloalcohol substituents and the first resin does not contain haloalcohol substituents; and (i) one or more resins; (ii) a photoactive component, and (iii) two or more resins that are substantially non-mixable with the (i) one or more resins, wherein the (iii) two or more substantially non-mixable resins comprise a first resin and a second resin, and the first and second non-mixable resins have differing relative hydrophobicities, and the first and second resins have greater hydrophobicity relative to the (i) one or more resins; and the first and second resins comprise photoacid-labile groups, fluorine substitution, and aqueous base-solubilizing groups; the first and second resins differ by at least one polymer repeat unit; the second resin contains one or more haloalcohol substituents and the first resin does not contain haloalcohol substituents; and (b) immersion exposing the photoresist layer to radiation activating for the photoresist composition.
Adjustable link for a bracelet, comprising at least a first half link and at least a second half link arranged to be assembled to move with respect to each other in a longitudinal direction of the bracelet, comprising adjustment means, the link comprising locking means cooperating with complementary locking means to form a captive assembly, and the first half link comprises a through hole extending in the longitudinal direction of the first half link, the second half link comprises a threaded hole extending in the longitudinal direction of the second half link, the through hole and the threaded hole being aligned in the longitudinal direction, characterized in that the adjustment means comprise a screw passing through the through hole and being screwed into the threaded hole to cause the first half link to move in translation with respect to the second half link in the longitudinal direction when the screw is implemented.
A strapping device comprising: a sealing assembly comprising a first gripper and an actuator; and a controller configured to: cause the sealing assembly to attach a leading strap end of a strap and a trailing strap end of the strap to one another at an attachment area; control the actuator to cause the first gripper to grip a first portion of the strap and impose a pulling force (F PULL) on the first portion of the strap; receive, from the actuator, feedback associated with a stall characteristic of a motor comprised by the actuator; and determine, based on said feedback, whether a strap-attachment condition is satisfied, wherein the strap-attachment condition is satisfied if the motor stalled within a designated time period, and wherein the strap-attachment condition is not satisfied if the motor did not stall within the designated time period. a sealing assembly comprising a first gripper and an actuator; and a controller configured to: cause the sealing assembly to attach a leading strap end of a strap and a trailing strap end of the strap to one another at an attachment area; control the actuator to cause the first gripper to grip a first portion of the strap and impose a pulling force (F PULL) on the first portion of the strap; receive, from the actuator, feedback associated with a stall characteristic of a motor comprised by the actuator; and determine, based on said feedback, whether a strap-attachment condition is satisfied, wherein the strap-attachment condition is satisfied if the motor stalled within a designated time period, and wherein the strap-attachment condition is not satisfied if the motor did not stall within the designated time period. cause the sealing assembly to attach a leading strap end of a strap and a trailing strap end of the strap to one another at an attachment area; control the actuator to cause the first gripper to grip a first portion of the strap and impose a pulling force (F PULL) on the first portion of the strap; receive, from the actuator, feedback associated with a stall characteristic of a motor comprised by the actuator; and determine, based on said feedback, whether a strap-attachment condition is satisfied, wherein the strap-attachment condition is satisfied if the motor stalled within a designated time period, and wherein the strap-attachment condition is not satisfied if the motor did not stall within the designated time period.
A method of controlling transmit power for a user call comprising: performing power control, characterized in that the performing power control includes, performing power control, as a call of the user is migrated from a first physical entity in a base station to a second physical entity in the base station, or vice versa, based on an adjustment ratio value related to balancing power between the first and second physical entities during the call migration, the first physical entity implementing a first transmission characteristic and the second physical entity implementing a different second transmission characteristic than that of the first entity, the power control being performed on a slot-by-slot or frame-by-frame basis so as to maintain a shift in transmit power between the physical entities below an error value, wherein each of the first and second transmission characteristics comprises data size to be transmitted and area served by the physical entity.
A toner comprising: a colorant; a binder resin; and an ester wax, wherein: the colorant, the binder resin and the ester wax form a toner particle, the ester wax contains two or more ester compounds each of which is represented by the general formula: R 1 COOR 2 where R 1 and R 2 each independently is an alkyl group; the total number of carbon atoms of R 1 and R 2 is in a range from 31 to 53, and the two or more ester compounds have different number of carbon atoms from each other; and the ester wax satisfies the formula: 1.03 ≤ b / a ≤ 1.61 where "a" indicates the content by weight % of the ester compound having the number of carbon atoms C n1 of an ester compound whose content is the largest among said two or more ester compounds, and "b" indicates the total content by weight % of ester compounds which have the number of carbon atoms of 40 to 44: and the formula: 0.06 ≤ c / a ≤ 0.90 where "a" is the same as "a" in the formula and "c" indicates the total content by weight % of ester compounds which have the number of carbon atoms being greater than 44, in the ester wax. a colorant; a binder resin; and an ester wax, wherein: the colorant, the binder resin and the ester wax form a toner particle, the ester wax contains two or more ester compounds each of which is represented by the general formula: R 1 COOR 2 where R 1 and R 2 each independently is an alkyl group; the total number of carbon atoms of R 1 and R 2 is in a range from 31 to 53, and the two or more ester compounds have different number of carbon atoms from each other; and the ester wax satisfies the formula: 1.03 ≤ b / a ≤ 1.61 where "a" indicates the content by weight % of the ester compound having the number of carbon atoms C n1 of an ester compound whose content is the largest among said two or more ester compounds, and "b" indicates the total content by weight % of ester compounds which have the number of carbon atoms of 40 to 44: and the formula: 0.06 ≤ c / a ≤ 0.90 where "a" is the same as "a" in the formula and "c" indicates the total content by weight % of ester compounds which have the number of carbon atoms being greater than 44, in the ester wax. the colorant, the binder resin and the ester wax form a toner particle, the ester wax contains two or more ester compounds each of which is represented by the general formula: R 1 COOR 2 where R 1 and R 2 each independently is an alkyl group; the total number of carbon atoms of R 1 and R 2 is in a range from 31 to 53, and the two or more ester compounds have different number of carbon atoms from each other; and the ester wax satisfies the formula: 1.03 ≤ b / a ≤ 1.61 where "a" indicates the content by weight % of the ester compound having the number of carbon atoms C n1 of an ester compound whose content is the largest among said two or more ester compounds, and "b" indicates the total content by weight % of ester compounds which have the number of carbon atoms of 40 to 44: and the formula: 0.06 ≤ c / a ≤ 0.90 where "a" is the same as "a" in the formula and "c" indicates the total content by weight % of ester compounds which have the number of carbon atoms being greater than 44, in the ester wax.
An installation for producing foodstuffs, in particular a chocolate installation, having at least one treatment station and having at least one industrial robot (2, 3) which comprises at least one effector with at least one receptacle for at least one product carrier and at least one manipulator for transferring the at least one product carrier, characterized in that the industrial robot (2, 3) additionally comprises at least one control device, the control device being set or adjustable in such a way that the product carrier can be moved between two treatment stations, in particular under sensor control, along a predeterminable path and wherein a treatment station is a cooling station which is operable from more than one side and which is centrally arranged such that it can be used several times during a production process, and the control device is set or adjustable such that the product carrier is movable at the cooling station and/or relative to the cooling station along a predeterminable path.
A base station apparatus (100, 300) using a carrier configuration which includes no region for mapping a physical downlink, PDCCH, and in which an enhanced physical downlink control channel,EPDCCH, is mapped in a data region, the base station apparatus comprising: a generating section (101;102) that generates allocation information indicating one or more resources which form a search space in the EPDCCH using a physical HARQ indicator channel, PHICH Config and spare region in a master information block and being scrambled with a cell ID of the base station apparatus; and a transmitting section that transmits the allocation information, a detection signal indicating the cell ID, and a control signal assigned in the search space. a generating section (101;102) that generates allocation information indicating one or more resources which form a search space in the EPDCCH using a physical HARQ indicator channel, PHICH Config and spare region in a master information block and being scrambled with a cell ID of the base station apparatus; and a transmitting section that transmits the allocation information, a detection signal indicating the cell ID, and a control signal assigned in the search space.
A white light emitting device comprising: a first electrode, wherein the first electrode is a transparent electrode; a first stack on the first electrode, the first stack including a red light emitting layer and a green light emitting layer; a charge generation layer on the first stack; a second stack on the charge generation layer, the second stack including a blue light emitting layer; and a second electrode on the second stack, wherein the second electrode is a reflective electrode; wherein the first electrode is configured to transmit a light of the white light emitting device to be emitted therethrough, wherein the first stack and the second stack are disposed between an upper surface of the first electrode and a lower surface of the second electrode; and wherein a distance (d) from a lower surface of the first electrode to the lower surface of the second electrode is 150 nm to 200 nm, and a thickness (Ad) of the first electrode is between 0.1 times and 0.26 times of the distance (d) from the lower surface of the first electrode to the lower surface of the second electrode. a first electrode, wherein the first electrode is a transparent electrode; a first stack on the first electrode, the first stack including a red light emitting layer and a green light emitting layer; a charge generation layer on the first stack; a second stack on the charge generation layer, the second stack including a blue light emitting layer; and a second electrode on the second stack, wherein the second electrode is a reflective electrode; wherein the first electrode is configured to transmit a light of the white light emitting device to be emitted therethrough, wherein the first stack and the second stack are disposed between an upper surface of the first electrode and a lower surface of the second electrode; and wherein a distance (d) from a lower surface of the first electrode to the lower surface of the second electrode is 150 nm to 200 nm, and a thickness (Ad) of the first electrode is between 0.1 times and 0.26 times of the distance (d) from the lower surface of the first electrode to the lower surface of the second electrode.
Method for installing a window frame in an opening in a roof structure defining a roof plane using an installation unit for facilitating the installation, which installation unit comprises an installation sheet and at least one insulation member (23, 27, 29), where the installation sheet has an inner side and an outer side opposite the inner side, where the inner side and outer side are meeting in an edge, and where at least one insulation member (23, 27, 29) is attached to the outer side of the installation sheet, extending in a length direction of the installation unit, where the method comprises the steps of: A) arranging the installation unit in the opening in the roof structure with its length direction parallel to the roof plane, such that it lines the opening and such that at least one insulation member (23, 27, 29) comes into contact with the roof structure, and B) placing a window frame in the opening, which is lined with the installation unit, such that the window frame comes into engagement with the inner side of the installation sheet, thereby compressing at least one insulation member (23, 27, 29). A) arranging the installation unit in the opening in the roof structure with its length direction parallel to the roof plane, such that it lines the opening and such that at least one insulation member (23, 27, 29) comes into contact with the roof structure, and B) placing a window frame in the opening, which is lined with the installation unit, such that the window frame comes into engagement with the inner side of the installation sheet, thereby compressing at least one insulation member (23, 27, 29).
A method for distributed dynamic spectrum allocation performed by a source device, comprising: selecting appropriate power nodes comprising: selecting randomly a plurality of devices as initial power nodes; sending to the initial power nodes a query message indicating that the source device requests to find an idle licensed spectrum; eliminating power nodes which respond with wrong information or no information to the source device from the initial power nodes to select the appropriate power nodes, receiving from the appropriate power nodes a query response message indicating licensed spectrums; and determining whether the licensed spectrums are idle and selecting an idle licensed spectrum from the licensed spectrums to be used.
A cell for a fuel cell, comprising a membrane electrode assembly comprising catalyst layers that are laminated to both surfaces of an electrolyte membrane, and gas diffusion layers that are laminated to each of the catalyst layers, gas channel structures that are laminated to both surfaces of the membrane electrode assembly and form gas channels, and separators that are laminated to the gas channel structures and separate gases between adjacent cells, wherein the gas channel structures composed of expanded moldings comprise gas channel substrates made of an expanded metal and comprising a plurality of strand portions and plurality of bond portions and having a mesh-structure comprising a multitude of openings formed from a metal material, conductive layers that are formed from a conductor selected from the group consisting of metal material conductors of gold, silver, copper, platinum, rhodium, iridium and palladium only on contact portions located on the bond portions of the gas channel substrates that contact the membrane electrode assembly or the separator, and hydrophilic layers that are formed from a hydrophilic material on a gas channel surface of the gas channel substrates other than the contact portions.
Machine, comprising a rotor, which is contactlessly mounted on at least one superconducting bearing and is arranged in a vacuum container, wherein the superconducting bearing, in order to maintain its operating state, is thermally connected to a cold source cooled by a cryogenic medium, and in which there are provided means for improving the vacuum in the vacuum container, characterized in that an adsorber that is thermally connected to a cooling device is provided as the means for improving the vacuum, and the cooling device comprises a heat exchanger which is thermally connected to the adsorber and which is fluidically connected to a discharge gas line for evaporated cryogenic medium from the cold source.
An apparatus for producing plastic containers, comprising: - a machine for producing plastic preforms; - a blow-moulding machine for blowing the preforms to obtain containers, having a blow-moulding carousel provided with a plurality of blow-moulding moulds that expand the preforms to obtain the containers; - a thermal conditioning station interposed between the machine for producing the preforms and the blow-moulding machine; - a storage station, positioned in a storing zone for containing preforms; - a supplying system for removing the preforms stored in the storage station to insert said preforms into a production line defined by the apparatus, wherein the supplying system includes a supplying conveyor, for conveying the preforms from the storage station to the thermal conditioning station, and wherein a transferring wheel is provided, for transferring to the conditioning station the preforms coming from the storage station; - a bypass device that enables the preforms to be directed to the storage station, whereby, after the step of producing the preforms, it is possible to conserve for any period of time that is desired the preforms that must not be sent immediately to the blow-moulding carousel but can be processed subsequently. - a machine for producing plastic preforms; - a blow-moulding machine for blowing the preforms to obtain containers, having a blow-moulding carousel provided with a plurality of blow-moulding moulds that expand the preforms to obtain the containers; - a thermal conditioning station interposed between the machine for producing the preforms and the blow-moulding machine; - a storage station, positioned in a storing zone for containing preforms; - a supplying system for removing the preforms stored in the storage station to insert said preforms into a production line defined by the apparatus, wherein the supplying system includes a supplying conveyor, for conveying the preforms from the storage station to the thermal conditioning station, and wherein a transferring wheel is provided, for transferring to the conditioning station the preforms coming from the storage station; - a bypass device that enables the preforms to be directed to the storage station, whereby, after the step of producing the preforms, it is possible to conserve for any period of time that is desired the preforms that must not be sent immediately to the blow-moulding carousel but can be processed subsequently.