mhurhangee/ep-ind-claims huggingface dataset:
A sheet folding device, comprising: folding rails (101, 102) which are disposed along a transfer direction in which a corrugated board is being transferred on both sides in the transfer direction; guide plates (103, 104) which are disposed on downstream sides of the folding rails (101, 102) along the transfer direction on both sides in the transfer direction; a gauge roller group is disposed outside both the folding rails (101, 102) and the guide plates (103, 104) in a width direction orthogonal to the transfer direction, the gauge roller group including a plurality of gauge rollers arranged along the transfer direction; a folding rail adjustment device configured to adjust positions of the folding rails (101, 102) in the width direction; and a gauge roller adjustment device configured to adjust a position of at least the gauge roller of the gauge roller group, which is disposed to face the folding rail (101, 102), in the width direction, wherein the folding rails (101, 102), the guide plates (103, 104), and the gauge roller group are configured to bend and fold both end portions of the corrugated board in the width direction while the corrugated board is transferred, characterized in that the gauge roller adjustment device rotates the arrangement of some of the gauge rollers on an upstream side of the transfer direction about one of the some of the gauge rollers on a downstream side of the transfer direction with respect to the folding rail (101, 102), the one of the some of the gauge rollers serving as a supporting point (105a; 105b). folding rails (101, 102) which are disposed along a transfer direction in which a corrugated board is being transferred on both sides in the transfer direction; guide plates (103, 104) which are disposed on downstream sides of the folding rails (101, 102) along the transfer direction on both sides in the transfer direction; a gauge roller group is disposed outside both the folding rails (101, 102) and the guide plates (103, 104) in a width direction orthogonal to the transfer direction, the gauge roller group including a plurality of gauge rollers arranged along the transfer direction; a folding rail adjustment device configured to adjust positions of the folding rails (101, 102) in the width direction; and a gauge roller adjustment device configured to adjust a position of at least the gauge roller of the gauge roller group, which is disposed to face the folding rail (101, 102), in the width direction, wherein the folding rails (101, 102), the guide plates (103, 104), and the gauge roller group are configured to bend and fold both end portions of the corrugated board in the width direction while the corrugated board is transferred, characterized in that the gauge roller adjustment device rotates the arrangement of some of the gauge rollers on an upstream side of the transfer direction about one of the some of the gauge rollers on a downstream side of the transfer direction with respect to the folding rail (101, 102), the one of the some of the gauge rollers serving as a supporting point (105a; 105b).
Cable routing assembly, comprising an openworked cable raceway (11; 51) having a base and side walls, said assembly being provided for installing along a ceiling; characterised in that it also comprises at least one curved elongated panel, the concave surface of which faces towards the cable raceway (11; 51), as well as fasteners (13; 53) for fastening said cable raceway (11; 51) and said curved elongated panel to one another, which curved elongated panel is fastened to said cable raceway (11; 51) exclusively by said fasteners (13; 53) and envelops the outside of said cable raceway (11; 51) in line with a single side wall and in line with at least a portion of the base starting from said side wall.
Method for regulating the pressure in the waste gas channel of a converter in a steel mill to a predetermined target pressure value through suitable variation of setting variables, characterised by the following steps for determination of the target pressure value: predetermining a coarse value for the target pressure value in dependence on the measured degree of opening of a setting ring at the converter mouth; and determining the target pressure value by adaptation of the coarse value in the form of an increase in the coarse value when the amount of dense smoke or flame formation of the mouth of the converter is reduced and conversely. predetermining a coarse value for the target pressure value in dependence on the measured degree of opening of a setting ring at the converter mouth; and determining the target pressure value by adaptation of the coarse value in the form of an increase in the coarse value when the amount of dense smoke or flame formation of the mouth of the converter is reduced and conversely.
A combination ladder assembly and pool including: a pool having a side wall; and a ladder assembly including: a support member positioned adjacent to the side wall of the pool, a ladder coupled to the support member, the ladder having an upper end, a lower end, and a plurality of steps supported on the ladder between the upper end and the lower end, the ladder being movable from a use position permitting ingress into the pool to a non-use position, and when in the non-use position, the ladder extends above the support member, characterized in that the support member includes a plurality of first apertures and a plurality of second apertures; and when in the use position, the upper end of the ladder is positioned above the lower end and received within the plurality of first apertures of the support member, and when in the non-use position, the upper end or the lower end of the ladder is received within the plurality of second apertures of the support member, the plurality of first apertures being spaced apart from the plurality of second apertures. a pool having a side wall; and a ladder assembly including: a support member positioned adjacent to the side wall of the pool, a ladder coupled to the support member, the ladder having an upper end, a lower end, and a plurality of steps supported on the ladder between the upper end and the lower end, the ladder being movable from a use position permitting ingress into the pool to a non-use position, and when in the non-use position, the ladder extends above the support member, characterized in that the support member includes a plurality of first apertures and a plurality of second apertures; and when in the use position, the upper end of the ladder is positioned above the lower end and received within the plurality of first apertures of the support member, and when in the non-use position, the upper end or the lower end of the ladder is received within the plurality of second apertures of the support member, the plurality of first apertures being spaced apart from the plurality of second apertures. a support member positioned adjacent to the side wall of the pool, a ladder coupled to the support member, the ladder having an upper end, a lower end, and a plurality of steps supported on the ladder between the upper end and the lower end, the ladder being movable from a use position permitting ingress into the pool to a non-use position, and when in the non-use position, the ladder extends above the support member, characterized in that the support member includes a plurality of first apertures and a plurality of second apertures; and when in the use position, the upper end of the ladder is positioned above the lower end and received within the plurality of first apertures of the support member, and when in the non-use position, the upper end or the lower end of the ladder is received within the plurality of second apertures of the support member, the plurality of first apertures being spaced apart from the plurality of second apertures.
A manufacturing method for orthodontic appliance, the orthodontic appliance having a maxillary retainer and a mandibular retainer, characterized by the manufacturing method comprising: Step C01: obtaining structural profile and 3D spatial information of maxillary teeth and mandibular teeth from a dental patient; Step C02: accessing the 3D spatial information through a dental software, and displaying the structural profile of the maxillary teeth and mandibular teeth; Step C03: recognizing and marking a plurality of fossae of the maxillary teeth and a plurality of cusps of the mandibular teeth; Step C04: connecting the plurality of fossae into an upper occlusion line, and then displaying the upper occlusion line; Step C05: connecting the plurality of cusps into a lower occlusion line, and then displaying the lower occlusion line; Step C06: superimposing the upper occlusion line and the lower occlusion line, and forming an aligning line based on the upper occlusion line and the lower occlusion line; Step C07: arranging a plurality of maxillary correcting positions and a plurality of mandibular correcting positions according to the aligning line; Step C08: setting up profile of the maxillary retainer through the maxillary correcting positions, and setting up profile of the mandibular retainer through the mandibular correcting positions; and Step C09: outputting and obtaining the physical maxillary retainer, the mandibular retainer or the orthodontic appliance. Step C01: obtaining structural profile and 3D spatial information of maxillary teeth and mandibular teeth from a dental patient; Step C02: accessing the 3D spatial information through a dental software, and displaying the structural profile of the maxillary teeth and mandibular teeth; Step C03: recognizing and marking a plurality of fossae of the maxillary teeth and a plurality of cusps of the mandibular teeth; Step C04: connecting the plurality of fossae into an upper occlusion line, and then displaying the upper occlusion line; Step C05: connecting the plurality of cusps into a lower occlusion line, and then displaying the lower occlusion line; Step C06: superimposing the upper occlusion line and the lower occlusion line, and forming an aligning line based on the upper occlusion line and the lower occlusion line; Step C07: arranging a plurality of maxillary correcting positions and a plurality of mandibular correcting positions according to the aligning line; Step C08: setting up profile of the maxillary retainer through the maxillary correcting positions, and setting up profile of the mandibular retainer through the mandibular correcting positions; and Step C09: outputting and obtaining the physical maxillary retainer, the mandibular retainer or the orthodontic appliance.
An aqueous ink for inkjet printing which comprises a pigment-containing polymer particle and/or a self-clispersible pigment, a compound represented by formula, and water in a content of 50 to 65% by weight, wherein a content of the compound represented by formula is 10 to 30% by weight and formula is represented by: CH 3 -O-(CH 2 CH 2 O)n-R 1 wherein R 1 is hydrogen atom, an aliphatic group having 1 to 6 carbon atoms, or an alicyclic group having 3 to 6 carbon atoms, and n is an average molar number of addition of 6 to 20.
A nozzle assembly for mounting in a mechanical or an electronic pipette comprising: a two-piece body consisting of a nozzle and a holder; a plunger cooperating via engaging means with a pipetting rod of a drawing up and discharging mechanism of the pipette, the drawing up and discharging mechanism being placed in a handle of the pipette; and sealing means for sealing the plunger in the nozzle assembly; wherein the nozzle is in its lower part shaped respectively for receiving a pipette exchangeable tip and is in its upper part releasably connected with the holder; wherein in the holder it has a pressure sleeve slidably borne in the holder, which by a pressure sub-assembly comprising a pressure spring, a locking sleeve and a cap which is releasably connected with the holder and being seated in the holder is pressed to the sealing means placed between the pressure sleeve and the nozzle, wherein the plunger is slidably borne in the pressure sleeve and in the pressure sub-assembly, for ensuring leakproofness of the plunger in the nozzle in PIPETTING, ADJUSTMENT or CALIBRATION MODES of the pipette, characterized in that after screwing out the nozzle from the holder in order to perform maintenance service of the pipette, the sealing means slide out automatically from an abutting surface of the holder as a result of an action of the pressure spring on the pressure sleeve moving the pressure sleeve into a position in which ribs of the sleeve are abutted against stop of the holder and remain located on the plunger, for facilitating the access to the sealing means in MAINTENANCE MODE of the pipette. a two-piece body consisting of a nozzle and a holder; a plunger cooperating via engaging means with a pipetting rod of a drawing up and discharging mechanism of the pipette, the drawing up and discharging mechanism being placed in a handle of the pipette; and sealing means for sealing the plunger in the nozzle assembly; wherein the nozzle is in its lower part shaped respectively for receiving a pipette exchangeable tip and is in its upper part releasably connected with the holder; wherein in the holder it has a pressure sleeve slidably borne in the holder, which by a pressure sub-assembly comprising a pressure spring, a locking sleeve and a cap which is releasably connected with the holder and being seated in the holder is pressed to the sealing means placed between the pressure sleeve and the nozzle, wherein the plunger is slidably borne in the pressure sleeve and in the pressure sub-assembly, for ensuring leakproofness of the plunger in the nozzle in PIPETTING, ADJUSTMENT or CALIBRATION MODES of the pipette, characterized in that after screwing out the nozzle from the holder in order to perform maintenance service of the pipette, the sealing means slide out automatically from an abutting surface of the holder as a result of an action of the pressure spring on the pressure sleeve moving the pressure sleeve into a position in which ribs of the sleeve are abutted against stop of the holder and remain located on the plunger, for facilitating the access to the sealing means in MAINTENANCE MODE of the pipette.
Process for transferring blocks from a donor substrate to a receiver substrate, comprising the following steps: - arranging a mask facing a free surface of the donor substrate, the mask having one or more openings that expose the free surface of the donor substrate, these being distributed according to a given pattern, so as to form at least one exposed region of the free surface of the donor substrate, and at least one region covered by the mask, - forming, by ion implantation through the mask, an embrittlement plane localized in the donor substrate vertically in line with at least one exposed region, said embrittlement plane delimiting, in the thickness of the donor substrate, a respective surface region, - forming a block that is raised relative to the free surface of the donor substrate localized vertically in line with each respective embrittlement plane, said block comprising the respective surface region, - bonding the donor substrate to the receiver substrate via each block located at the bonding interface, after having removed the mask, - detaching the donor substrate along each localized embrittlement plane in order to transfer each respective block to the receiver substrate. - arranging a mask facing a free surface of the donor substrate, the mask having one or more openings that expose the free surface of the donor substrate, these being distributed according to a given pattern, so as to form at least one exposed region of the free surface of the donor substrate, and at least one region covered by the mask, - forming, by ion implantation through the mask, an embrittlement plane localized in the donor substrate vertically in line with at least one exposed region, said embrittlement plane delimiting, in the thickness of the donor substrate, a respective surface region, - forming a block that is raised relative to the free surface of the donor substrate localized vertically in line with each respective embrittlement plane, said block comprising the respective surface region, - bonding the donor substrate to the receiver substrate via each block located at the bonding interface, after having removed the mask, - detaching the donor substrate along each localized embrittlement plane in order to transfer each respective block to the receiver substrate.
A method for operating a conveyor installation in the form of a long stator linear motor, wherein a plurality of transport units (TEn) being moved along a conveying track of the conveyor installation by a system controller, characterized in that a first trigger point (Tx) is defined in at least one first position (Px) on the conveying track and a first program code (Fx) with a movement profile defined therein, which can be executed in the system controller and with which a transport unit (TEn) is moved along a track section of the conveying track in accordance with a defined movement profile, is assigned to the first trigger point (Tx), whereas a movement profile is in principle a progress over time of a parameter of the movement, and this program code (Fx) is executed for each transport unit (TEn) that reaches the first trigger point (Tx), in that a memory region (SBn) is allocated to each transport unit (TEn) and specific data relating to the associated transport unit (TEn) are stored in this memory region (SBn), and in that specific data regarding the transport unit (TEn) located at the first trigger point (Tx) are read out at the trigger point (Tx) and are checked by means of a condition defined in the first executable program code (Fx), and, depending on the outcome of the check, the further movement of the transport unit (TEn) along the conveying track is defined.
Method for producing a chiral amine, said method comprising the steps of: - performing a transamination reaction of a prochiral amino acceptor and an amino donor in a first solution in the presence of a transaminase, thereby forming a chiral amine and a co-product in said first solution, characterized in that said amino donor is a high molecular weight amino donor, the molecular weight of the high molecular weight amino donor being at least 200 g/mol; or said amino donor is affixed on a support, the total molecular weight of the amino donor and the support being at least 200 g/mol, and - separating the chiral amine from the first solution by means of a porous membrane. - performing a transamination reaction of a prochiral amino acceptor and an amino donor in a first solution in the presence of a transaminase, thereby forming a chiral amine and a co-product in said first solution, characterized in that said amino donor is a high molecular weight amino donor, the molecular weight of the high molecular weight amino donor being at least 200 g/mol; or said amino donor is affixed on a support, the total molecular weight of the amino donor and the support being at least 200 g/mol, and - separating the chiral amine from the first solution by means of a porous membrane.
MACHINE FOR FINISHING HIDES, in which hides are conveyed by a rubber belt and pressed against an opposite engraved roller, which deposits onto the surface of the hide an even film of liquid, previously spread out on said engraved roller by one or more blades, said belt being towed by a first roller and returned by a second roller, at which the hide is deposited on a subsequent conveyor means, one of said first and second rollers (4, 5) being a drive roller and the other being an idle roller, said machine being characterized in that the second roller is provided with at least a supporting element that is integral with a fixed machine frame and positioned between the two ends of said second roller to increase stiffness thereof with respect to the longitudinal flexibility. and pressed against an opposite engraved roller, which deposits onto the surface of the hide an even film of liquid, previously spread out on said engraved roller by one or more blades, said belt being towed by a first roller and returned by a second roller, at which the hide is deposited on a subsequent conveyor means, one of said first and second rollers (4, 5) being a drive roller and the other being an idle roller, said machine being characterized in that the second roller is provided with at least a supporting element that is integral with a fixed machine frame and positioned between the two ends of said second roller to increase stiffness thereof with respect to the longitudinal flexibility.
A method of treating bearing components after a heat treatment, the method comprising: performing a tumbling treatment of bearing rolling elements to induce a first surface/sub-surface compressive residual stress into the bearing rolling element at a first depth of at least 0.508 mm (0.02 inch); and applying duplex hardening treatment to induce a second surface compressive residual stress into the bearing rolling element; wherein the duplex hardening treatment introduces the second surface compressive residual stress to a second depth of no more than 0.102 mm (0.004 inch). performing a tumbling treatment of bearing rolling elements to induce a first surface/sub-surface compressive residual stress into the bearing rolling element at a first depth of at least 0.508 mm (0.02 inch); and applying duplex hardening treatment to induce a second surface compressive residual stress into the bearing rolling element; wherein the duplex hardening treatment introduces the second surface compressive residual stress to a second depth of no more than 0.102 mm (0.004 inch).
A method of establishing a secure communication channel between a first communication device and a second communication device, the method comprising: receiving, via an input module, a signal representing one or more selections of selectable algorithm options, the respective one or more selections being associated with one of one or more option categories; generating (230, 240) a security association proposal including one or more algorithm options from sorted lists of algorithm options for the option categories, the sorted lists of algorithm options being sorted based in the order of security strength; and transmitting the security association proposal to the second communication device for establishing the secure communication channel. receiving, via an input module, a signal representing one or more selections of selectable algorithm options, the respective one or more selections being associated with one of one or more option categories; generating (230, 240) a security association proposal including one or more algorithm options from sorted lists of algorithm options for the option categories, the sorted lists of algorithm options being sorted based in the order of security strength; and transmitting the security association proposal to the second communication device for establishing the secure communication channel.