mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an optical component of synthetic quartz glass with enhanced radiation resistance for use in a microlithographic device at an operating wavelength below 250 nm, in which a quartz glass blank with a hydroxyl group content of less than 250 wt.-ppm is provided and subjected to a multi-stage annealing treatment, the method comprising the following steps: (a) a first treatment phase during which the quartz glass blank is treated in an upper temperature range between 1130°C and 1240°C during a first treatment period, (b) cooling the quartz glass blank at a first mean cooling rate to a quenching temperature below 1100°C, the quartz glass reaching a fictive temperature with a high mean value of 1100°C or more, (c) a second treatment phase comprising cooling of the quartz glass blank at a second mean cooling rate, which is lower than the first mean cooling rate, the quartz glass blank being treated in a lower temperature range between 950°C and 1100°C during a second treatment period such that the quartz glass reaches a fictive temperature with a low mean value that is at least 50°C lower than the high mean value of the fictive temperature of method step (b). (a) a first treatment phase during which the quartz glass blank is treated in an upper temperature range between 1130°C and 1240°C during a first treatment period, (b) cooling the quartz glass blank at a first mean cooling rate to a quenching temperature below 1100°C, the quartz glass reaching a fictive temperature with a high mean value of 1100°C or more, (c) a second treatment phase comprising cooling of the quartz glass blank at a second mean cooling rate, which is lower than the first mean cooling rate, the quartz glass blank being treated in a lower temperature range between 950°C and 1100°C during a second treatment period such that the quartz glass reaches a fictive temperature with a low mean value that is at least 50°C lower than the high mean value of the fictive temperature of method step (b).
A communication method, wherein the method comprises: obtaining, by a terminal apparatus, first indication information, wherein the first indication information is used to indicate a first time domain resource to be used by the terminal apparatus to send or receive first information on a first link; obtaining, by the terminal apparatus, second indication information, wherein the second indication information is used to indicate a second time domain resource to be used by the terminal apparatus to send or receive second information on a second link; and when the first time domain resource overlaps with the second time domain resource and a transmission direction on the first time domain resource is uplink on the first link or downlink on the first link, sending or receiving, by the terminal apparatus, the first information on the first time domain resource, and canceling, by the terminal apparatus, receiving or sending of the second information on the second time domain resource; characterized in that when the first time domain resource overlaps with the second time domain resource and a transmission direction on the first time domain resource is flexible, sending or receiving, by the terminal apparatus, the second information on the second time domain resource. obtaining, by a terminal apparatus, first indication information, wherein the first indication information is used to indicate a first time domain resource to be used by the terminal apparatus to send or receive first information on a first link; obtaining, by the terminal apparatus, second indication information, wherein the second indication information is used to indicate a second time domain resource to be used by the terminal apparatus to send or receive second information on a second link; and when the first time domain resource overlaps with the second time domain resource and a transmission direction on the first time domain resource is uplink on the first link or downlink on the first link, sending or receiving, by the terminal apparatus, the first information on the first time domain resource, and canceling, by the terminal apparatus, receiving or sending of the second information on the second time domain resource; characterized in that when the first time domain resource overlaps with the second time domain resource and a transmission direction on the first time domain resource is flexible, sending or receiving, by the terminal apparatus, the second information on the second time domain resource.
Cylindrical-screen holding ring, configured for connecting a cylindrical screen, by means of which substance can be transferred to a flat substrate supported by a substrate carrier, with a pivot bearing device arranged on an apparatus frame for pivotably supporting the cylindrical screen about a screen axis of rotation, wherein the cylindrical-screen holding ring is formed by a bearing connection ring, which can be connected to a screen pivot bearing of the pivot bearing device for pivotable support thereof, and by a holder mounting means, which is designed for releasable, non-rotatable connection to a screen end-ring edge of a screen end-ring attached to the cylindrical screen, wherein the holder mounting means can be acted upon by axial force for axially clamping the cylindrical screen, characterised in that the cylindrical-screen holding ring is formed by two concentric, axially offset annular bodies, which are non-rotatably joined together, wherein the one annular body forms the holder mounting means in the form of an openable mounting ring, which in the opened state forms an open ring holder with a through-hole for freely inserting and removing the screen end-ring edge and which in the closed state forms a ring holder, which by closing the through-hole is consequently closed, said ring holder having a mounting ring seat formed around its entire circumference, said mounting ring seat enclosing the screen end-ring edge for non-rotatable mounting, and wherein the other ring body forms the bearing connection ring, wherein the mounting ring is formed by a ring base segment and at least one closure segment, movable in relation to the ring base segment, which forms an opening and closing part to produce the open ring holder or the closed ring holder.
A vertical axis wind turbine, comprising: a wind turbine body; a blade; and a strut (11a-b) having a first end coupled to the wind turbine body and a second end coupled to the blade using a fastening arrangement, wherein the fastening arrangement comprises a pliable fastening member pulling the blade towards the second end of the strut (11a-b) with a force pressing the blade against the second end of the strut (11a-b), wherein the pliable fastening member passes around at least a portion of the blade, wherein the fastening arrangement comprises a tensioning arrangement tensioning the pliable fastening member, and wherein the tensioning arrangement is attached to the strut (11a-b) at a position along the strut spaced apart from the second end of the strut (11a-b). a wind turbine body; a blade; and a strut (11a-b) having a first end coupled to the wind turbine body and a second end coupled to the blade using a fastening arrangement, wherein the fastening arrangement comprises a pliable fastening member pulling the blade towards the second end of the strut (11a-b) with a force pressing the blade against the second end of the strut (11a-b), wherein the pliable fastening member passes around at least a portion of the blade, wherein the fastening arrangement comprises a tensioning arrangement tensioning the pliable fastening member, and wherein the tensioning arrangement is attached to the strut (11a-b) at a position along the strut spaced apart from the second end of the strut (11a-b).
A catheter handle, the catheter handle comprising: an edge card connector assembly, the edge card connector assembly comprising: a housing having a card-side portion, a harness-side portion connectable to a cable and a wall therebetween, the card-side portion adapted to receive a printed circuit board edgewise therein in a plane of entry, the printed circuit board having upper and lower surfaces; and a plurality of resilient electrical contacting members extending through the wall and being adapted for electrical connection with the cable in the harness-side portion and with the printed circuit board in the card-side portion, upper and lower contacting members being disposed above and below the plane of entry, respectively, such that the received printed circuit board impinges on the contacting members to urge the upper and lower contacting members away from the plane of entry, and the upper and lower contacting members exert opposing holding pressure on the upper and lower surfaces of the printed circuit board at respective contact points; characterized in that the card-side portion of the housing comprises a walled chamber having slots formed therein, the slots defining the plane of entry and being adapted to receive the printed circuit board therein, wherein the contacting members (36, 38) are arranged as an upper set of rows (26, 28, 30) above and parallel to the plane of entry and a lower set of rows (32, 34) below and parallel to the plane of entry. a housing having a card-side portion, a harness-side portion connectable to a cable and a wall therebetween, the card-side portion adapted to receive a printed circuit board edgewise therein in a plane of entry, the printed circuit board having upper and lower surfaces; and a plurality of resilient electrical contacting members extending through the wall and being adapted for electrical connection with the cable in the harness-side portion and with the printed circuit board in the card-side portion, upper and lower contacting members being disposed above and below the plane of entry, respectively, such that the received printed circuit board impinges on the contacting members to urge the upper and lower contacting members away from the plane of entry, and the upper and lower contacting members exert opposing holding pressure on the upper and lower surfaces of the printed circuit board at respective contact points; characterized in that the card-side portion of the housing comprises a walled chamber having slots formed therein, the slots defining the plane of entry and being adapted to receive the printed circuit board therein, wherein the contacting members (36, 38) are arranged as an upper set of rows (26, 28, 30) above and parallel to the plane of entry and a lower set of rows (32, 34) below and parallel to the plane of entry.
Linked bracelet element, comprising at least first and second links (10, 13a, 13b) connected to one another, each of which having a rigid base portion, said rigid base portions being connected to one another by means of at least one flexible connecting portion, characterized in that said rigid base portions and said flexible connecting portion together define an integral monolithic part.
A Heads-Up Display system for a pair of glasses comprising: a glasses lens assembly comprising a lens and having a first side and a second side opposite the first side; an electronics module (130, 430); a power module configured to provide power to the electronics module; and a display module disposed on a display arm (150, 450), the display arm including a joint configured to pivot the display module inwardly and outwardly relative to the pair of glasses about a substantially vertical axis of rotation, wherein the display arm is adjustably coupled to the electronics module, characterized in comprising first and second module connectors attached to the first and second sides of the glasses lens assembly; wherein the electronics module is configured to be releasably attachable to the first module connector; the power module is configured to be releasably attachable to the second module connector; the glasses lens assembly has two holes on each of the first and second sides thereof; and wherein the first and second module connectors each comprises two protrusions (422A, 422B) configured to engage the two holes. a glasses lens assembly comprising a lens and having a first side and a second side opposite the first side; an electronics module (130, 430); a power module configured to provide power to the electronics module; and a display module disposed on a display arm (150, 450), the display arm including a joint configured to pivot the display module inwardly and outwardly relative to the pair of glasses about a substantially vertical axis of rotation, wherein the display arm is adjustably coupled to the electronics module, characterized in comprising first and second module connectors attached to the first and second sides of the glasses lens assembly; wherein the electronics module is configured to be releasably attachable to the first module connector; the power module is configured to be releasably attachable to the second module connector; the glasses lens assembly has two holes on each of the first and second sides thereof; and wherein the first and second module connectors each comprises two protrusions (422A, 422B) configured to engage the two holes.
Method for classifying and fighting a vehicle, in which a) an image of the vehicle is recorded, b) characteristic image features are determined from the image, the characteristic image features determined being key points in the image of the vehicle, and at least one multidimensional vehicle descriptor being determined for each key point, c) the characteristic image features are compared with features from a vehicle database which contains a multiplicity of descriptions, containing characteristic features, of different vehicle classes and in which a vehicle class has at least one assigned target, which indicates a predetermined point on a vehicle assigned to the vehicle class at which an effector can unfold its effect in a desired manner, the target being indicated in its location relative to the location of multiple key points, d) the recorded vehicle is assigned to a vehicle class described in the vehicle database, e) the location of a target on the recorded vehicle is determined from the location of multiple key points in the image of the vehicle, f) the vehicle database stores database descriptors (D ii) for multiple image octaves (O i), and an image octave (O i) of the database descriptors (D ii) assigned to the vehicle descriptors is taken as a basis for determining a range variable for the vehicle, and also an effector class dependent on the range variable. a) an image of the vehicle is recorded, b) characteristic image features are determined from the image, the characteristic image features determined being key points in the image of the vehicle, and at least one multidimensional vehicle descriptor being determined for each key point, c) the characteristic image features are compared with features from a vehicle database which contains a multiplicity of descriptions, containing characteristic features, of different vehicle classes and in which a vehicle class has at least one assigned target, which indicates a predetermined point on a vehicle assigned to the vehicle class at which an effector can unfold its effect in a desired manner, the target being indicated in its location relative to the location of multiple key points, d) the recorded vehicle is assigned to a vehicle class described in the vehicle database, e) the location of a target on the recorded vehicle is determined from the location of multiple key points in the image of the vehicle, f) the vehicle database stores database descriptors (D ii) for multiple image octaves (O i), and an image octave (O i) of the database descriptors (D ii) assigned to the vehicle descriptors is taken as a basis for determining a range variable for the vehicle, and also an effector class dependent on the range variable.
A motor vehicle front end, of the type comprising: - rigid body shell elements including at least two girders and a bumper beam fixed on the girders, each girder comprising a front plate situated at its front end; - a transverse structural member bearing at least a fan and a heat exchanger, the transverse member being fixed transversely on the body shell elements behind each front plate; the transverse structural member being designed to be fixed to the front of the engine; - a bumper skin; - at least one body panel; and - two flexible arms for supporting a vehicle lamp, each flexible arm bearing a vehicle lamp and being fastened to the bumper skin and/or to the body panel; each flexible arm being able to adjust the clearance automatically between the vehicle lamp and the bumper skin or each body panel; characterized in that each flexible arm is connected on a front region (28; 30) of the body shell elements situated in front of the front girder platens, away from the transverse structural member, the region having been chosen from among a bumper beam and a shock absorber inserted between a bumper beam and a front platen of a girder. - rigid body shell elements including at least two girders and a bumper beam fixed on the girders, each girder comprising a front plate situated at its front end; - a transverse structural member bearing at least a fan and a heat exchanger, the transverse member being fixed transversely on the body shell elements behind each front plate; the transverse structural member being designed to be fixed to the front of the engine; - a bumper skin; - at least one body panel; and - two flexible arms for supporting a vehicle lamp, each flexible arm bearing a vehicle lamp and being fastened to the bumper skin and/or to the body panel; each flexible arm being able to adjust the clearance automatically between the vehicle lamp and the bumper skin or each body panel;
A wireless power transmitter configured to transfer power to a wireless power receiver in a wireless manner, the transmitter comprising: a power transfer unit configured to transmit power to the wireless power receiver in the wireless manner; a coil configured to be interoperable with both a first communication standard and a second communication standard which resonant frequency is higher than that of the first communication standard; a circuit unit having a plurality of capacitors electrically connected to the power transfer unit, and configured to support each of a plurality of frequencies by changing an electric connection of the plurality of capacitors; and characterized by comprising a controller configured to apply an input voltage to the coil to detect whether the wireless power receiver supports the first communication standard, detect a communication standard which the wireless power receiver complies with based on whether a signal from the wireless power receiver is received, boost the input voltage to support the second communication standard if the signal is not received, and control the electric connection of the capacitors such that the circuit unit operates at a frequency and the input voltage corresponding to the detected communication standard. a power transfer unit configured to transmit power to the wireless power receiver in the wireless manner; a coil configured to be interoperable with both a first communication standard and a second communication standard which resonant frequency is higher than that of the first communication standard; a circuit unit having a plurality of capacitors electrically connected to the power transfer unit, and configured to support each of a plurality of frequencies by changing an electric connection of the plurality of capacitors; and characterized by comprising a controller configured to apply an input voltage to the coil to detect whether the wireless power receiver supports the first communication standard, detect a communication standard which the wireless power receiver complies with based on whether a signal from the wireless power receiver is received, boost the input voltage to support the second communication standard if the signal is not received, and control the electric connection of the capacitors such that the circuit unit operates at a frequency and the input voltage corresponding to the detected communication standard.
An antifogging article comprising: a substrate; a water-absorbing resin layer disposed on the substrate; and an overcoat layer disposed on the water-absorbing resin layer and comprising a hydrolyzed condensate of an alkoxysilane compound and silica particles, wherein a film thickness of the overcoat layer measured using a scanning electron microscope is 20 to 350 nm and the overcoat layer is formed from an overcoat composition containing 90 to 45 parts by mass of the alkoxysilane compound and 10 to 55 parts by mass of the silica particles relative to total 100 parts by mass of the alkoxysilane compound and the silica particles. a substrate; a water-absorbing resin layer disposed on the substrate; and an overcoat layer disposed on the water-absorbing resin layer and comprising a hydrolyzed condensate of an alkoxysilane compound and silica particles, wherein a film thickness of the overcoat layer measured using a scanning electron microscope is 20 to 350 nm and the overcoat layer is formed from an overcoat composition containing 90 to 45 parts by mass of the alkoxysilane compound and 10 to 55 parts by mass of the silica particles relative to total 100 parts by mass of the alkoxysilane compound and the silica particles.
A sliding bearing element comprising a substrate, a diffusion layer arranged directly thereon and a functional layer, wherein the functional layer has an a-C:H:X DLC coating, wherein X stands for at least one element from the group of Si, O, N, F, and the diffusion layer has embedded nitrogen and/or at least one nitride which is different from a first nitride, wherein the first nitride is a nitride of an element of the substrate, characterized in that a compound layer comprising the first nitride of the element of the substrate is arranged between the diffusion layer and the DLC coating, wherein the compound layer is arranged directly on the diffusion layer and the functional layer is arranged directly on the compound layer.
Sliding element having a metal protective layer, having a metal porous carrier layer which is applied thereto and having a sliding layer which is applied to the carrier layer and which has the thickness D and which has at least one thermoplastic material as a matrix material, characterised in that the sliding layer has a first material which contains the thermoplastic matrix and a second material which contains PTFE and which forms a gradient in a surface region of the first material over a depth T ≤ D.