mhurhangee/patent-ind-claim-en huggingface dataset:
A substrate separating method comprising: holding, in a predetermined position, a substrate sandwiched between a first holder and a second holder opposed to each other; and relatively moving the first holder and the second holder while the substrate is held in the predetermined position, further comprising a first fixing step of fixing, by suctioning, the first holder to a first fixing section , wherein in relatively moving the first holder and the second holder , the first holder fixed to the first fixing section in the first fixing step is moved relative to the second holder , characterized in that the method further comprises a second fixing step of fixing, by suctioning, the second holder to a second fixing section , wherein in relatively moving the first holder and the second holder , the first fixing section fixed to the first holder and the second fixing section fixed to the second holder are relatively moved. holding, in a predetermined position, a substrate sandwiched between a first holder and a second holder opposed to each other; and relatively moving the first holder and the second holder while the substrate is held in the predetermined position, further comprising a first fixing step of fixing, by suctioning, the first holder to a first fixing section , wherein in relatively moving the first holder and the second holder , the first holder fixed to the first fixing section in the first fixing step is moved relative to the second holder , characterized in that the method further comprises a second fixing step of fixing, by suctioning, the second holder to a second fixing section , wherein in relatively moving the first holder and the second holder , the first fixing section fixed to the first holder and the second fixing section fixed to the second holder are relatively moved.
Process for preparing alcohols by hydrogenation of aldehydes, in which a feed mixture comprising at least one aldehyde and at least one accompanying component is contacted with a heterogeneous catalyst in the presence of hydrogen, giving a product mixture comprising at least the alcohol corresponding to the hydrogenated aldehyde, and at least one by-product, wherein the catalyst comprises a support material and copper applied thereto, characterized in that the support material is silicon dioxide; and the catalyst in activated form has the following composition that adds up to 100% by wt.: silicon dioxide: from 86% by wt. to 90% by wt.; copper: from 10% by wt. to 14% by wt.; nickel: from 0 ppm by wt. to 50 ppm by wt.; chromium: from 0 ppm by wt. to 50 ppm by wt.; aluminium oxide: from 0 ppm by wt. to 1000 ppm by wt.; other substances: from 0 ppm by wt. to 1% by wt.
A method of replacing a roll of soft goods, said method comprising: providing an apparatus comprising a base , a rail system spaced above the base with legs , a trolley movable along the rail system , the trolley having a first set of support holders and a second set of support holders; providing a replacement roll of material wrapped around a replacement support at a loading station , the replacement support of the replacement roll of material residing in carriages at the loading station ; providing a first support at a feed station downstream of the loading station , the first support residing in carriages at the feed station; moving the trolley downstream; lifting the replacement roll of material at the loading station by raising the replacement support using the carriages at the loading station ; inserting the replacement support inside the first set of support holders of the trolley ; lifting the first support at the feed station; lowering the first support into the second set of support holders of the trolley to create a fully loaded trolley ; moving the fully loaded trolley downstream to a position such that the carriages at the feed station lift the replacement support out of the first set of support holders of the trolley ; further moving the trolley downstream; lowering the replacement support using the carriages at the feed station to an operating position; moving the trolley upstream; and lowering the first support using two carriages at the loading station to a lowered position in which the first support may be manually removed from the carriages at the loading station to be replaced. providing an apparatus comprising a base , a rail system spaced above the base with legs , a trolley movable along the rail system , the trolley having a first set of support holders and a second set of support holders; providing a replacement roll of material wrapped around a replacement support at a loading station , the replacement support of the replacement roll of material residing in carriages at the loading station ; providing a first support at a feed station downstream of the loading station , the first support residing in carriages at the feed station; moving the trolley downstream; lifting the replacement roll of material at the loading station by raising the replacement support using the carriages at the loading station ; inserting the replacement support inside the first set of support holders of the trolley ; lifting the first support at the feed station; lowering the first support into the second set of support holders of the trolley to create a fully loaded trolley ; moving the fully loaded trolley downstream to a position such that the carriages at the feed station lift the replacement support out of the first set of support holders of the trolley ; further moving the trolley downstream; lowering the replacement support using the carriages at the feed station to an operating position; moving the trolley upstream; and lowering the first support using two carriages at the loading station to a lowered position in which the first support may be manually removed from the carriages at the loading station to be replaced.
Method for operating a hydraulic consumer at an electrically actuatable control valve , which, in an open valve position , produces a connection between a valve inlet and a pilot line , which is connected to a control connection , for influencing an adjustable swivel angle (α) at an axial piston pump , which provides a system pressure (p sys ), which is present at the valve inlet and is dependent on the swivel angle (α), wherein data obtained by sensors with regard to the current system pressure (p sys ) and to the current swivel angle (α) of the axial piston pump is supplied to a control unit in order, with the hydraulic consumer connected, to decide on an incorrect setting (i) of the control valve when the control unit detects that a conveyed volume flow of the axial piston pump which is produced from the current swivel angle (α) is smaller than a value to be expected as a result of the valve position of the control valve , and (ii) of the system pressure (p sys ) when the control unit detects that the system pressure (p sys ) present at the valve inlet is maximum without a conveyed volume flow flowing in the direction of the hydraulic consumer . (i) of the control valve when the control unit detects that a conveyed volume flow of the axial piston pump which is produced from the current swivel angle (α) is smaller than a value to be expected as a result of the valve position of the control valve , and (ii) of the system pressure (p sys ) when the control unit detects that the system pressure (p sys ) present at the valve inlet is maximum without a conveyed volume flow flowing in the direction of the hydraulic consumer .
A method of transmitting, by a terminal, uplink Acknowledgement information for downlink data in a mobile communication system using Orthogonal Frequency-Division Multiple Access, OFDMA, the method comprising: identifying at least two transmission antennas of the terminal; determining uplink ACK channel resources for acknowledging the downlink data based on a first Control Channel Element, CCE, index and a second CCE index of at least two CCEs associated with a downlink control channel; generating uplink acknowledgement information for the downlink data; assigning the uplink ACK channel resources to the at least two transmission antennas; and transmitting the uplink acknowledgement information through the at least two transmission antennas in a subframe, wherein the uplink acknowledgement information is transmitted in a slot of said subframe using a first uplink ACK channel resource of the uplink ACK channel resources through a first transmission antenna of the at least two transmission antennas and in said slot using a second uplink ACK channel resource of the uplink ACK channel resources through a second transmission antenna of the at least two transmission antennas, wherein the determining of the uplink ACK channel resources includes determining first cyclic shift and first orthogonal cover associated with the first uplink ACK channel resource and second cyclic shift and second orthogonal cover associated with the second uplink ACK channel resource. identifying at least two transmission antennas of the terminal; determining uplink ACK channel resources for acknowledging the downlink data based on a first Control Channel Element, CCE, index and a second CCE index of at least two CCEs associated with a downlink control channel; generating uplink acknowledgement information for the downlink data; assigning the uplink ACK channel resources to the at least two transmission antennas; and transmitting the uplink acknowledgement information through the at least two transmission antennas in a subframe, wherein the uplink acknowledgement information is transmitted in a slot of said subframe using a first uplink ACK channel resource of the uplink ACK channel resources through a first transmission antenna of the at least two transmission antennas and in said slot using a second uplink ACK channel resource of the uplink ACK channel resources through a second transmission antenna of the at least two transmission antennas, wherein the determining of the uplink ACK channel resources includes determining first cyclic shift and first orthogonal cover associated with the first uplink ACK channel resource and second cyclic shift and second orthogonal cover associated with the second uplink ACK channel resource.
A method in a user equipment having a plurality of antenna panels, the method comprising: receiving , from a network entity , a set of transmission configuration indicator state configurations by a protocol layer above the physical layer, wherein each transmission configuration indicator state comprises an indication of an associated at least one downlink reference signal which is used as a quasi co-location source for a resource and a quasi co-location type associated with the at least one downlink reference signal, wherein two antenna ports are quasi co-located if the large-scale properties of the channel over which a symbol on one antenna port is conveyed can be inferred from the channel over which a symbol on the other antenna port is conveyed; receiving the at least one downlink reference signal associated with the set of transmission configuration indicator state configurations; determining a first subset of transmission configuration indicator states based on the received at least one downlink reference signal associated with the set of transmission configuration indicator state configurations; characterised in transmitting an indication of the first subset of transmission configuration indicator states to the network entity. receiving , from a network entity , a set of transmission configuration indicator state configurations by a protocol layer above the physical layer, wherein each transmission configuration indicator state comprises an indication of an associated at least one downlink reference signal which is used as a quasi co-location source for a resource and a quasi co-location type associated with the at least one downlink reference signal, wherein two antenna ports are quasi co-located if the large-scale properties of the channel over which a symbol on one antenna port is conveyed can be inferred from the channel over which a symbol on the other antenna port is conveyed; receiving the at least one downlink reference signal associated with the set of transmission configuration indicator state configurations; determining a first subset of transmission configuration indicator states based on the received at least one downlink reference signal associated with the set of transmission configuration indicator state configurations; characterised in transmitting an indication of the first subset of transmission configuration indicator states to the network entity.
A socket for receiving at least a portion of a fastening element , with an inner thread, which is formed at least partially by a helical notch within the socket , wherein the notch comprises restrictions in the direction of a first and a second end of the socket , and wherein the inner thread, in the area of a first turn adjacent to the first end of the socket , comprises a restriction in the direction of the second end , but no restriction in the direction of the first end , wherein the socket at least partially consists of a plastic material. wherein the inner thread, in the area of a first turn adjacent to the first end of the socket , comprises a restriction in the direction of the second end , but no restriction in the direction of the first end , wherein the socket at least partially consists of a plastic material.
Support structure , in particular a secondary support structure, for supporting a film wrapping formed by a film or a membrane wrapping formed by a membrane, having at least a first support structure element and a second support structure element , which are spaced apart in a defined manner and adjacent to one another with a gap , wherein the support structure elements each have a film receptacle for fastening the film or membrane, such that the support structure elements are connected to each other by means of the film or membrane when the film or membrane is fastened, characterised in that the support structure elements are movably arranged in a movement receptacle of the support structure configured for the directional guidance of support structure movements and are coupled by means of a first spring element , such that in the event of a support structure movement a film elongation or membrane elongation is distributed over the support structure elements.
A method of making a tissue equivalent tubular scaffold comprising: providing a casting chamber comprising an elongate mould portion having a closed end, wherein at least part of the closed end of the elongate mould portion of the casting chamber is porous; providing a lumen template axially disposed within the elongate mould portion; at least partly filling the casting chamber with a gel casting material comprising a fluid phase, such that a portion of the lumen template extends above the casting material; and allowing axial flow of the fluid phase of the gel casting material out of the porous end part of the elongate mould portion, thereby densifying gel casting material within the elongate mould portion to form the tissue equivalent tubular scaffold. providing a casting chamber comprising an elongate mould portion having a closed end, wherein at least part of the closed end of the elongate mould portion of the casting chamber is porous; providing a lumen template axially disposed within the elongate mould portion; at least partly filling the casting chamber with a gel casting material comprising a fluid phase, such that a portion of the lumen template extends above the casting material; and allowing axial flow of the fluid phase of the gel casting material out of the porous end part of the elongate mould portion, thereby densifying gel casting material within the elongate mould portion to form the tissue equivalent tubular scaffold.
Timepiece balance wheel with adjustable inertia, comprising an arbor carrying firstly a felloe via at least one arm , and secondly an inner flange fixed to said arbor and carrying an outer ring by means of a plurality of first elastic guide connections , which are inertia balanced with respect to the axis (B) of said arbor and in a plane perpendicular to said axis (B), said outer ring being distinct from said felloe , said balance wheel comprising a plurality of inertia blocks , characterized in that said outer ring is arranged to pivot with respect to said inner flange under the action of an external torque exerted counter to a resistant torque exerted by said first elastic guide connections , and characterized in that each said inertia block is carried at least by said inner flange by means of at least one second elastic connection and can be indexed in a stable angular position defined by the respective cooperation between a first indexing toothing carried by said inner flange or by said inertia block , and a second indexing toothing that is carried respectively by said inertia block or by said outer ring , and in that any rotation of said outer ring with respect to said inner flange modifies the angular position of said inertia blocks .
A fire and smoke containment services transit unit including: a casing defining a first opening at a first end , a second opening at a second end and an internal volume intermediate the first and second ends; an intumescent material housed within the internal volume , the intumescent material being responsive to heat so as to swell within the internal volume; the internal volume , including the intumescent material and each of the openings , being sized such that at least one service is threadable through the services transit unit; wherein the casing is constructed from a casing material having a thermal conductivity of less than 5 watts per meter per Kelvin; characterised by the inclusion of first and second pieces of graphite impregnated foam , the first piece of graphite impregnated foam being shaped so as to form a friction fit within the first opening and the second piece of graphite impregnated foam being shaped so as to form a friction fit within the second opening and wherein each piece of graphite impregnated foam is shapeable to friction fit around the at least one service . a casing defining a first opening at a first end , a second opening at a second end and an internal volume intermediate the first and second ends; an intumescent material housed within the internal volume , the intumescent material being responsive to heat so as to swell within the internal volume; the internal volume , including the intumescent material and each of the openings , being sized such that at least one service is threadable through the services transit unit; wherein the casing is constructed from a casing material having a thermal conductivity of less than 5 watts per meter per Kelvin; characterised by the inclusion of first and second pieces of graphite impregnated foam , the first piece of graphite impregnated foam being shaped so as to form a friction fit within the first opening and the second piece of graphite impregnated foam being shaped so as to form a friction fit within the second opening and wherein each piece of graphite impregnated foam is shapeable to friction fit around the at least one service .
An object selection method of a transparent display apparatus interposed between a user and an object , the method comprising: determining (S800) a direction relative to the transparent display apparatus according to information about an intention of the user ; emitting (S900) a communication signal in the determined direction, wherein the communication signal is emitted using a communication method that allows communication in a predetermined direction; receiving (S910) identification information from the object which received the communication signal; selecting (S920) the object , based on the received identification information; determining (S600) a location, in which information about the selected object is to be displayed on a screen of the transparent display apparatus , based on a location of the user and a location of the selected object ; displaying (S610) the information about the selected object on the screen at the determined location; detecting a change in the location of the user ; and changing the location in which the information about the selected object is displayed based on the change in the location of the user ; wherein the information about the selected object is obtained based on the identification information received from the selected object . determining (S800) a direction relative to the transparent display apparatus according to information about an intention of the user ; emitting (S900) a communication signal in the determined direction, wherein the communication signal is emitted using a communication method that allows communication in a predetermined direction; receiving (S910) identification information from the object which received the communication signal; selecting (S920) the object , based on the received identification information; determining (S600) a location, in which information about the selected object is to be displayed on a screen of the transparent display apparatus , based on a location of the user and a location of the selected object ; displaying (S610) the information about the selected object on the screen at the determined location; detecting a change in the location of the user ; and changing the location in which the information about the selected object is displayed based on the change in the location of the user ; wherein the information about the selected object is obtained based on the identification information received from the selected object .
A method for registering three-dimensional CT image data with two-dimensional fluoroscopic image data using a plurality of markers, the method comprising: searching (S502) for a lateral angle and a cranial angle; moving (S504) a 3D mass center of a marker to a half segment between a source and a 2D mass center of the marker; computing (S506) a roll angle; computing 3D translation coordinates, wherein computing the 3D translation coordinates includes obtaining (S508) a parallel translation and obtaining (S510) a perpendicular translation; computing (S512) the roll angle and the 3D translation coordinates for a predetermined number of times successively; and overlaying the 3D CT image data on the 2D fluoroscopic image data based on the lateral angle, the cranial angle, the roll angle, and the 3D translation coordinates. searching (S502) for a lateral angle and a cranial angle; moving (S504) a 3D mass center of a marker to a half segment between a source and a 2D mass center of the marker; computing (S506) a roll angle; computing 3D translation coordinates, wherein computing the 3D translation coordinates includes obtaining (S508) a parallel translation and obtaining (S510) a perpendicular translation; computing (S512) the roll angle and the 3D translation coordinates for a predetermined number of times successively; and overlaying the 3D CT image data on the 2D fluoroscopic image data based on the lateral angle, the cranial angle, the roll angle, and the 3D translation coordinates.