mhurhangee/ep-ind-claims huggingface dataset:
Method for disassembling a stack of at least three substrates (S1, S2, S3) having between them two interfaces (12, 23), among which a first interface between the first substrate and the second substrate of the stack has a first adhesion energy and a second interface between the second substrate and the third substrate in the stack has a second adhesion energy, the first adhesion energy being lower, or even strictly lower, than the second adhesion energy, the stack comprising a front face and a rear face between which the first substrate, the second substrate and then the third substrate extend successively, the disassembly method comprising the following successive steps: - implementing, through the front face of the stack, a removal of material on the first substrate, until a surface of the second substrate is exposed, - transferring the stack, by means of the front face thereof, onto an adhesive layer of a flexible adhesive film until the exposed surface of the second substrate is in contact with the adhesive layer and has therewith an adhesion energy that is greater, preferably strictly greater, than the second adhesion energy, and - disassembling the third substrate from the flexible adhesive film and from the assembly comprising the first and second substrates (S1, S2), at the interface between the second substrate and the third substrate in the stack. - implementing, through the front face of the stack, a removal of material on the first substrate, until a surface of the second substrate is exposed, - transferring the stack, by means of the front face thereof, onto an adhesive layer of a flexible adhesive film until the exposed surface of the second substrate is in contact with the adhesive layer and has therewith an adhesion energy that is greater, preferably strictly greater, than the second adhesion energy, and - disassembling the third substrate from the flexible adhesive film and from the assembly comprising the first and second substrates (S1, S2), at the interface between the second substrate and the third substrate in the stack.
A staple head assembly comprising: an annular staple cartridge comprising a plurality of staple holes at an end face thereof; an anvil assembly comprising an annular anvil, and an anvil shaft; the anvil assembly further comprises an annular cutting pad being arranged between the anvil shaft and the annular anvil; the annular cutting pad being set inside the anvil as a separate part, characterized in that a first distance is provided between an end face of the annular anvil and the end face of the annular staple cartridge, a second distance is provided between an end face of the annular cutting pad and the end face of the annular staple cartridge, wherein said second distance is greater than said first distance, thereby forming at least two connected fixing spaces having a height difference between the first distance and the second distance. an annular staple cartridge comprising a plurality of staple holes at an end face thereof; an anvil assembly comprising an annular anvil, and an anvil shaft; the anvil assembly further comprises an annular cutting pad being arranged between the anvil shaft and the annular anvil; the annular cutting pad being set inside the anvil as a separate part, characterized in that a first distance is provided between an end face of the annular anvil and the end face of the annular staple cartridge, a second distance is provided between an end face of the annular cutting pad and the end face of the annular staple cartridge, wherein said second distance is greater than said first distance, thereby forming at least two connected fixing spaces having a height difference between the first distance and the second distance.
One or more computer-readable storage media storing computer-readable instructions that when executed by a processor of a computer cause the computer to perform a method, comprising: supplying a location of a mobile device (102; 202) to a database; obtaining, from the database, available radio white space frequencies for the location; accessing a white space data store for information about the available radio white space frequencies; selecting an individual radio white space frequency from the available radio white space frequencies for active scanning for a radio white space network based on the information about the available radio white space frequencies; scanning the individual radio white space frequency of the available radio white space frequencies for a network by active scanning to discover a wireless access point that is providing the radio white space network; storing information about results of the active scanning to the white space data store; associating the mobile device with the discovered wireless access point to utilize the radio white space network; and communicating data on the network over the individual radio white space frequency. supplying a location of a mobile device (102; 202) to a database; obtaining, from the database, available radio white space frequencies for the location; accessing a white space data store for information about the available radio white space frequencies; selecting an individual radio white space frequency from the available radio white space frequencies for active scanning for a radio white space network based on the information about the available radio white space frequencies; scanning the individual radio white space frequency of the available radio white space frequencies for a network by active scanning to discover a wireless access point that is providing the radio white space network; storing information about results of the active scanning to the white space data store; associating the mobile device with the discovered wireless access point to utilize the radio white space network; and communicating data on the network over the individual radio white space frequency.
Method for implicit addressing of electronic units for data transmission based on using comparison units and counter units, comprising: providing within a first unit and within a second unit respectively a counter unit (IAARn), a comparison unit and a storing unit (LBARn) for the storage of an identifier, allocating a first identifier to the first unit, allocating a second identifier that is different from the first identifier to the second unit, setting the same counter value in the counter units of both units (SLC1, SLC2), after setting the counter values, comparing the counter value in the first unit to the first identifier and comparing the counter value in the second unit to the second identifier, based on equality of the comparison in the first unit sending of first data from the first unit or assigning of first data to the first unit, based on inequality of the comparison in the second unit no sending of data nor assigning of data to the second unit, and counting up (S526, S536) or down the counter value in both units (SLC1, SLC2) after receiving a block read command or a block write command or a mixed read/write command from a super ordinated control unit. providing within a first unit and within a second unit respectively a counter unit (IAARn), a comparison unit and a storing unit (LBARn) for the storage of an identifier, allocating a first identifier to the first unit, allocating a second identifier that is different from the first identifier to the second unit, setting the same counter value in the counter units of both units (SLC1, SLC2), after setting the counter values, comparing the counter value in the first unit to the first identifier and comparing the counter value in the second unit to the second identifier, based on equality of the comparison in the first unit sending of first data from the first unit or assigning of first data to the first unit, based on inequality of the comparison in the second unit no sending of data nor assigning of data to the second unit, and counting up (S526, S536) or down the counter value in both units (SLC1, SLC2) after receiving a block read command or a block write command or a mixed read/write command from a super ordinated control unit.
Method for controlling a humanoid robot comprising two legs (12, 13) each ending in a foot (14, 15) that can be supported on the floor and that allows for its movement, characterised in that it is based on an equation for the conservation of total average energy during a current step to determine parameters necessary to carry out the next step.
Diffractive microstructure comprising micro-protrusions or microgrooves or a combination thereof formed in a layer of a thermoplastic carbohydrate polymer, wherein said thermoplastic carbohydrate polymer has a glass transition point of less than 210 °C and is a hydrophobic starch ester having a degree of substitution of at least 1.7.
Device for preparing a cosmetic composition, the device comprising: - a structure defining a housing receiving at least one capsule, the or at least one of the capsules containing at least one constituent of the cosmetic composition, - an outlet nozzle opening at one end of the housing, - a piston movable in translation in relation to the structure in the housing, suitable for perforating the or each capsule and conveying contents of each capsule to the outlet nozzle, and - a preform intended to form a receptacle, fluidically connected to the outlet nozzle, characterized in that the preform has an inner surface having a concavity with a maximum depth being less than half of a thickness of the preform, intended to be arranged facing the housing and to be deformed by the conveyance of the contents of each capsule, so as to form the receptacle. - a structure defining a housing receiving at least one capsule, the or at least one of the capsules containing at least one constituent of the cosmetic composition, - an outlet nozzle opening at one end of the housing, - a piston movable in translation in relation to the structure in the housing, suitable for perforating the or each capsule and conveying contents of each capsule to the outlet nozzle, and - a preform intended to form a receptacle, fluidically connected to the outlet nozzle,
Machine component comprising individual ring components (10/12), which can be attached to third components, such as axles, shafts or hubs, at least one of said ring components being able to be actuated onto at least one further ring component, viewed in an axial direction, by means of an adjustment device in a feed movement, wherein, for the feed movement, an oblique force is applied by means of the adjustment device to at least one of the ring components in an inclined direction, which is different from the axial feed direction, and wherein the ring component that is exposed to the application of oblique force follows the inclined direction with at least part of a contact face for contact with the adjustment device, wherein, in a non-threaded portion of the adjustment device, said device comprises an inclined control surface in such a way that it follows the contact surface with its inclined direction at least when the adjustment device is actuated, wherein the adjustment device comprises at least one adjustment bolt, which, for the purpose of applying oblique force by means of its head part, which has an extended diameter compared to the adjustment bolt, to at least one of the ring components, passes through said ring component in this process and is connected to at least one of any respective further ring component, wherein the inclined control surface is part of a control cone on the head part of the adjustment bolt, the contact face of the ring component with which contact can be made being arranged inside this ring component and designed as a contact cone corresponding to the control cone, the control cone of the adjustment bolt being fully received by the contact cone of the ring component with which contact can be made in its fixed position, and the head part of the adjustment bolt comprising, in addition to the contact cone, a further cone part which tapers in the direction of an engagement part for an actuating tool for the adjustment bolt.
A high-performance glass fiber composition, comprising the following components expressed as percentage by weight: SiO 2 53-64% Al 2 O 3 >19% and <25% RE 2 O 3 =Y 2 O 3 +La 2 O 3 +Gd 2 O 3 0.05-7% R 2 O=Li 2 O+Na 2 O+K 2 O lower than 0.97% Li 2 O 0.05-0.85% CaO+MgO+SrO 10-24% CaO 1.5-12% TiO 2 <2% Fe 2 O 3 <1.5% wherein the range of the weight percentage ratio C1= RE 2 O 3 /R 2 O is greater than 0.5.
An electrical contact for a vacuum switching apparatus, said vacuum switching apparatus comprising a second electrical contact, said electrical contact comprising: a hub portion; and a plurality of petal portions each extending from said hub portion, each of said plurality of petal portions comprising a first surface and a second surface, the first surface facing in a first direction and being structured to engage said second electrical contact, the second surface facing in a second direction generally opposite the first direction, wherein at least one of said plurality of petal portions further has a grooved portion extending inwardly from the second surface toward the first surface; wherein said at least one of said plurality of petal portions further has a number of other grooved portions (524, 528) each extending inwardly from the second surface toward the first surface; characterized in that the grooved portion and the number of other grooved portions (524, 528) each have a cylindrical-shaped surface extending inwardly from the second surface toward the first surface. a hub portion; and a plurality of petal portions each extending from said hub portion, each of said plurality of petal portions comprising a first surface and a second surface, the first surface facing in a first direction and being structured to engage said second electrical contact, the second surface facing in a second direction generally opposite the first direction, wherein at least one of said plurality of petal portions further has a grooved portion extending inwardly from the second surface toward the first surface; wherein said at least one of said plurality of petal portions further has a number of other grooved portions (524, 528) each extending inwardly from the second surface toward the first surface; characterized in that the grooved portion and the number of other grooved portions (524, 528) each have a cylindrical-shaped surface extending inwardly from the second surface toward the first surface.
An extracorporeal circuit for removing CO 2 from blood comprising a blood taking line for taking blood from the patient, an oxygenation assembly, and a blood re-introduction line for re-introducing blood into the patient; said extracorporeal circuit being characterised in that said oxygenation assembly comprises an oxygenator, a first dialyzer, which is arranged upstream from the oxygenator, a circulation circuit for the circulation of a dialyzer bath and connected to the dialyzer, an acidifier, which is suited to introduce an acid substance into the circulation circuit of the dialyzer bath, and basic neutralization means (11, 12) which are arranged downstream of oxygenator.
A retraction device for retracting a movably-supported furniture part into the closed end position relative to a furniture carcass, including: - an entrainment member configured to be releasably coupled to the movable furniture part, the entrainment member being supported displaceably over at least a region along a linear displacement path, - at least one spring device for applying a force to the entrainment member, the spring device is configured to be tensioned by a spring holder separate from the entrainment member, - a coupling device for motionally coupling a movement between the entrainment member and the spring holder, the coupling device being configured to cause the fastening location of the spring device on the spring holder to fall back relative to the position of the moving entrainment member along a control curve upon pulling out the entrainment member, - wherein the coupling device includes at least one two-armed lever having two lever ends, the two-armed lever being pivotally mounted about a pivoting axis on the spring holder, a first lever end of the two-armed lever being motionally coupled to the entrainment member, and a second lever end of the two-armed lever including at least one guide element which, upon pulling out the entrainment member, is displaceably guided over at least a region of the control curve, characterized in that that the first lever end of the two-armed lever is motionally coupled to the entrainment member by at least one transmission lever. - an entrainment member configured to be releasably coupled to the movable furniture part, the entrainment member being supported displaceably over at least a region along a linear displacement path, - at least one spring device for applying a force to the entrainment member, the spring device is configured to be tensioned by a spring holder separate from the entrainment member, - a coupling device for motionally coupling a movement between the entrainment member and the spring holder, the coupling device being configured to cause the fastening location of the spring device on the spring holder to fall back relative to the position of the moving entrainment member along a control curve upon pulling out the entrainment member, - wherein the coupling device includes at least one two-armed lever having two lever ends, the two-armed lever being pivotally mounted about a pivoting axis on the spring holder, a first lever end of the two-armed lever being motionally coupled to the entrainment member, and a second lever end of the two-armed lever including at least one guide element which, upon pulling out the entrainment member, is displaceably guided over at least a region of the control curve,
A drape for medical applications, the drape comprising: a film layer having a first side and a second side; an adhesive layer coupled to the first side of the film layer and comprising microcapsules disposed within the adhesive layer, the microcapsules containing tackifiers and being configured to rupture and release the tackifiers in response to a force applied to the drape, the adhesive layer further comprising one or more photoinitiator or photosensitive agents configured to react to electromagnetic radiation in a visible light spectrum, the adhesive layer having a first bond strength prior to rupture of the microcapsules, a second bond strength after rupture of the microcapsules, and a third bond strength following exposure of the photoinitiator or photosensitive agents to electromagnetic radiation in the visible light spectrum; and a barrier layer releasably coupled to the second side of the film layer and configured to block at least a portion of the electromagnetic radiation in the visible light spectrum in order to prevent premature activation of the photoinitiator or photosensitive agents in the adhesive layer. a film layer having a first side and a second side; an adhesive layer coupled to the first side of the film layer and comprising microcapsules disposed within the adhesive layer, the microcapsules containing tackifiers and being configured to rupture and release the tackifiers in response to a force applied to the drape, the adhesive layer further comprising one or more photoinitiator or photosensitive agents configured to react to electromagnetic radiation in a visible light spectrum, the adhesive layer having a first bond strength prior to rupture of the microcapsules, a second bond strength after rupture of the microcapsules, and a third bond strength following exposure of the photoinitiator or photosensitive agents to electromagnetic radiation in the visible light spectrum; and a barrier layer releasably coupled to the second side of the film layer and configured to block at least a portion of the electromagnetic radiation in the visible light spectrum in order to prevent premature activation of the photoinitiator or photosensitive agents in the adhesive layer.
A cutting element for use in a hair cutting device, the cutting element comprising: an optical waveguide having an optical axis and a sidewall, wherein a portion of the sidewall forms a cutting face for contacting hair; wherein the optical waveguide includes a plurality of structures formed within the optical waveguide along the optical axis, the structures having a refractive index which is different to a refractive index of the optical waveguide. an optical waveguide having an optical axis and a sidewall, wherein a portion of the sidewall forms a cutting face for contacting hair; wherein the optical waveguide includes a plurality of structures formed within the optical waveguide along the optical axis, the structures having a refractive index which is different to a refractive index of the optical waveguide.
A quantum dot having a core-shell structure, the core-shell structure comprising: a core comprising a first semiconductor nanocrystal; and a shell disposed on the core, the shell comprising a crystalline or amorphous material and at least two different halogens, wherein the quantum dot does not include cadmium, and wherein the at least two different halogens comprise fluorine; and at least one other of the halogens comprises chlorine, bromine, iodine, or a combination thereof. a core comprising a first semiconductor nanocrystal; and a shell disposed on the core, the shell comprising a crystalline or amorphous material and at least two different halogens,
A system for changing liners, the configuration of which allows the automated removal and insertion of liners of a mill used for ore grinding, said system for changing liners comprising: at least one support structure, at least one system for supplying and moving liners, at least one robotic manipulator system for manipulating the liners, at least one liner manipulation tool, at least one artificial vision system, and at least one control system; wherein: - the support structure comprises at least one support body or base on which at least one telescopic beam is supported; - the telescopic beam comprises the system for supplying and moving liners configured on an upper face of said telescopic beam such that the liners are deposited by means of conveyance equipment on a movable carriage which are actuated to move the liner along a path over the telescopic beam to an end which is attached to a pivoting beam to arrange the liners adjacent to the robotic manipulation system; and - the telescopic beam comprises at the end a pivoting attachment for being attached to a pivoting attachment of the pivoting beam, forming a tongue-and-groove-type pivoting attachment assembly. - the support structure comprises at least one support body or base on which at least one telescopic beam is supported; - the telescopic beam comprises the system for supplying and moving liners configured on an upper face of said telescopic beam such that the liners are deposited by means of conveyance equipment on a movable carriage which are actuated to move the liner along a path over the telescopic beam to an end which is attached to a pivoting beam to arrange the liners adjacent to the robotic manipulation system; and - the telescopic beam comprises at the end a pivoting attachment for being attached to a pivoting attachment of the pivoting beam, forming a tongue-and-groove-type pivoting attachment assembly.
Thin leaf-like indium particles, the thin leaf-like indium particles having a first peak and a second peak at a greater particle diameter than a particle diameter at which the first peak appears in a volume-based particle size distribution representing a relationship between particle diameters of indium particles and ratios by volume of the indium particles at the particle diameters, a volume V1 of the indium particles at the first peak and a volume V2 of the indium particles at the second peak satisfying a formula (V1/V2)×100≥25%.