mhurhangee/ep-ind-claims huggingface dataset:
A multi-compartment water soluble laundry detergent capsule, wherein the capsule is formed from water-soluble polyvinyl alcohol film and wherein the capsule comprises: i) a first compartment for holding solid material comprising HEDP sequestrant or a salt thereof; and ii) a second compartment for holding liquid material comprising an aqueous liquid laundry detergent comprising: surfactant, enzymes and hydrotrope wherein: a) the HEDP is present in the capsule in the form of loose packed granules and comprises at least 25% by weight of the solid material in the first compartment; and b) wherein the HEDP further comprises 1.5 % by weight or less of fines particles with a particle of less than 180 microns and 3.0 % by weight or less of fines particles with a particle size of less than 355 microns. i) a first compartment for holding solid material comprising HEDP sequestrant or a salt thereof; and ii) a second compartment for holding liquid material comprising an aqueous liquid laundry detergent comprising: surfactant, enzymes and hydrotrope wherein: a) the HEDP is present in the capsule in the form of loose packed granules and comprises at least 25% by weight of the solid material in the first compartment; and b) wherein the HEDP further comprises 1.5 % by weight or less of fines particles with a particle of less than 180 microns and 3.0 % by weight or less of fines particles with a particle size of less than 355 microns. a) the HEDP is present in the capsule in the form of loose packed granules and comprises at least 25% by weight of the solid material in the first compartment; and b) wherein the HEDP further comprises 1.5 % by weight or less of fines particles with a particle of less than 180 microns and 3.0 % by weight or less of fines particles with a particle size of less than 355 microns.
A boom for an earth-moving machine, in particular an excavator, comprising rear and front boom parts which are cohesively assembled to form a boomerang-like boom structure, wherein the central connection between the boom parts is formed by a central connecting plate, characterized in that the central connecting plate is curved, whereby a curved contact edge of the boom parts is obtained along the boom side faces. wherein the central connection between the boom parts is formed by a central connecting plate, characterized in that the central connecting plate is curved, whereby a curved contact edge of the boom parts is obtained along the boom side faces.
A method, comprising: receiving an authentication input at an authentication authority using an authentication protocol, the authentication input being associated with a client (502, 602, 702), and including a strength attribute and at least one of an amount of trust and a type attribute, wherein the strength attribute is configured to identify one of a permutational complexity of a password or a cryptographic complexity of an identity certificate; verifying the authentication input; retrieving one or more stored representations corresponding to the strength attribute; providing the one or more representations for the authentication input, each of the representations representing the strength attribute, the amount of trust attribute and the type attribute; and returning a token to the client using the authentication protocol, the token including the one or more representations created from the validated authentication input, wherein receiving an access request includes receiving a token that includes the one or more representations, wherein the one or more representations are tailored to provide different access permissions as a function of the authentication input attributes using the one or more representations to gain differentiated access to networked resources on a target server. receiving an authentication input at an authentication authority using an authentication protocol, the authentication input being associated with a client (502, 602, 702), and including a strength attribute and at least one of an amount of trust and a type attribute, wherein the strength attribute is configured to identify one of a permutational complexity of a password or a cryptographic complexity of an identity certificate; verifying the authentication input; retrieving one or more stored representations corresponding to the strength attribute; providing the one or more representations for the authentication input, each of the representations representing the strength attribute, the amount of trust attribute and the type attribute; and returning a token to the client using the authentication protocol, the token including the one or more representations created from the validated authentication input, wherein receiving an access request includes receiving a token that includes the one or more representations, wherein the one or more representations are tailored to provide different access permissions as a function of the authentication input attributes using the one or more representations to gain differentiated access to networked resources on a target server.
A memory socket protecting cover, adapted to be assembled to a memory socket, wherein the memory socket is adapted for a memory module to insert, the memory module comprises a fool-proof concave, and the memory socket comprises a fool-proof member corresponding to the fool-proof concave, the memory socket protecting cover comprising: two lateral walls, adapted to be disposed at whole of two long side surfaces of the memory socket; and a wear-resistant member (120, 120a, 120b, 120c), connected to the two lateral walls and adapted to be disposed on the fool-proof member, wherein a width of the wear-resistant member (120, 120a, 120b, 120c) is greater than a width of the fool-proof member and is smaller than a width of the fool-proof concave, a length of the memory socket protecting cover is not less than a length of the memory socket, the wear-resistant member is adapted to be located on a top surface of the fool-proof member, the memory socket protecting cover characterised in that: when the memory module is inserted in or pulled from the memory socket, a wall of the memory module besides the fool-proof concave is adapted to contact two sides of the wear-resistant member, wherein the wear-resistant member presents an I-shaped column, and a thickness of the wear-resistant member is greater than a thickness of each of the lateral walls. two lateral walls, adapted to be disposed at whole of two long side surfaces of the memory socket; and a wear-resistant member (120, 120a, 120b, 120c), connected to the two lateral walls and adapted to be disposed on the fool-proof member, wherein a width of the wear-resistant member (120, 120a, 120b, 120c) is greater than a width of the fool-proof member and is smaller than a width of the fool-proof concave, a length of the memory socket protecting cover is not less than a length of the memory socket, the wear-resistant member is adapted to be located on a top surface of the fool-proof member, the memory socket protecting cover characterised in that: when the memory module is inserted in or pulled from the memory socket, a wall of the memory module besides the fool-proof concave is adapted to contact two sides of the wear-resistant member, wherein the wear-resistant member presents an I-shaped column, and a thickness of the wear-resistant member is greater than a thickness of each of the lateral walls.
Sanitary fixture, with a throughflow element in which at least one throughflow opening is formed, wherein the at least one throughflow opening is releasable and at least partially closeable by a covering element, which covering element is composed of a temperature-sensitive regulating element, wherein a covering surface interacting with the at least one throughflow opening for the release and for the at least partial closure is formed on the covering element, and wherein the covering element is realized in a spirally curved manner, and/or is in the shape of a band, characterized in that the at least one throughflow opening is oriented radially with respect to a longitudinal axis of the throughflow element of the sanitary fixture.
A heat transfer plate having a central extension plane (c-c), a first long side and second long side and comprising a distribution area, a transition area and a heat transfer area arranged in succession along a longitudinal center axis (y) of the heat transfer plate, the transition area adjoining the distribution area along a first borderline and the heat transfer area along a second borderline, the heat transfer area, the distribution area and the transition area being provided with a heat transfer pattern, a distribution pattern and a transition pattern, respectively, the transition pattern differing from the distribution pattern and the heat transfer pattern and comprising transition projections and transition depressions in relation to the central extension plane, the transition area comprising a first sub area, an imaginary straight line extending between two end points (104, 106) of each transition projection with a smallest angle α n, n = 1, 2, 3... in relation to the longitudinal center axis (y), characterized in that the transition area further comprises a second sub area and a third sub area, the first, second and third sub areas being arranged in succession between the first and second border lines (68, 70) and adjoining each other along fifth and sixth borderlines (108, 110), respectively, extending between and along adjacent ones (98a, 98b, 98c, 98d, 98e) of the transition projections, the first sub area being closest to the first long side and the third sub area being closest to the second long side, the smallest angle α n for at least a main part of the transition projections within the first sub area being essentially equal to a first angle α 1, and the smallest angle α n varying between the transition projections within the second sub area such that the smallest angle α n for at least a main part of the transition projections within the second sub area is larger than said first angle α 1 and increasing in a direction from the first long side to the second long side, wherein at least a main part of the second borderline is straight and essentially perpendicular to the longitudinal center axis (y) of the heat transfer plate, and the smallest angle α n for a first set of the transition projections within the third sub area is essentially equal to said first angle α 1, the fifth borderline between the first and second sub areas (66a, 66b) being located, seen from the first long side of the heat transfer plate, just before the first two successive transition projections within the transition area that both are associated with a smallest angle α n larger than said first angle α 1, and the sixth borderline between the second and the third sub areas (66b, 66c) being located, seen from the fifth borderline, just before the first two successive transition projections within the transition area that both are associated with a smallest angle α n equal to said first angle α 1.
A computing system comprising: a central processing unit, CPU; and memory coupled to the CPU and having stored therein instructions that, when executed by the computing system, cause the computing system to execute operations associated with generating a radiation treatment plan, the operations comprising: accessing a first dose calculated using a first set of fluence maps and a first dose prediction model; accessing a second fluence map; projecting the second fluence map onto the first set of fluence maps to determine a set of scalars that weight the first set of fluence maps and a residual value used to evaluate an error associated with using the first dose prediction model to calculate a dose based on the second fluence map; and when the residual value satisfies a criterion, calculating a second dose using the first dose prediction model, the set of scalars, and the second fluence map, and wherein when the residual value does not satisfy the criterion, calculating the second dose using a second dose prediction model and the second fluence map. a central processing unit, CPU; and memory coupled to the CPU and having stored therein instructions that, when executed by the computing system, cause the computing system to execute operations associated with generating a radiation treatment plan, the operations comprising: accessing a first dose calculated using a first set of fluence maps and a first dose prediction model; accessing a second fluence map; projecting the second fluence map onto the first set of fluence maps to determine a set of scalars that weight the first set of fluence maps and a residual value used to evaluate an error associated with using the first dose prediction model to calculate a dose based on the second fluence map; and when the residual value satisfies a criterion, calculating a second dose using the first dose prediction model, the set of scalars, and the second fluence map, and wherein when the residual value does not satisfy the criterion, calculating the second dose using a second dose prediction model and the second fluence map. accessing a first dose calculated using a first set of fluence maps and a first dose prediction model; accessing a second fluence map; projecting the second fluence map onto the first set of fluence maps to determine a set of scalars that weight the first set of fluence maps and a residual value used to evaluate an error associated with using the first dose prediction model to calculate a dose based on the second fluence map; and when the residual value satisfies a criterion, calculating a second dose using the first dose prediction model, the set of scalars, and the second fluence map, and wherein when the residual value does not satisfy the criterion, calculating the second dose using a second dose prediction model and the second fluence map.
Method for encapsulating a flexible electronic device with at least one flexible sheet that protects against orthogonal gas permeation by means of an adhesive that protects against lateral gas permeation, the method comprising: - a step of applying, to the surface of the device and/or to the surface of the flexible gas protection sheet, a layer of a polymerizable precursor of the adhesive that protects against lateral gas permeation, the adhesive precursor comprising oligomers with reactive (meth)acrylic double bonds and a polymerization initiator, - a subsequent step of polymerizing the applied adhesive precursor when it is located between the device and the gas protection sheet in order to form the adhesive that rigidly connects the protection sheet to the device while protecting the device from lateral gas permeation. - a step of applying, to the surface of the device and/or to the surface of the flexible gas protection sheet, a layer of a polymerizable precursor of the adhesive that protects against lateral gas permeation, the adhesive precursor comprising oligomers with reactive (meth)acrylic double bonds and a polymerization initiator, - a subsequent step of polymerizing the applied adhesive precursor when it is located between the device and the gas protection sheet in order to form the adhesive that rigidly connects the protection sheet to the device while protecting the device from lateral gas permeation.
An airbag module for attaching to an instrument panel comprising an inflator, a fastening portion which is arranged so that the airbag module can be attached to the instrument panel via the fastening portion, a receiving portion for an airbag as well as a holding portion which serves for holding the inflator, the airbag module having a support structure including the fastening portion and a housing made from fabric material, the holding portion being partially configured in a holding area of the housing which is opposed to the fastening portion so that the inflator is fastened from outside and extends at least partially into the receiving portion, the support structure having a peripheral frame including strips (24, 26) and cross-legs (62, 64) connected thereto, characterized in that the support structure comprises at least one supporting portion U-shaped in cross-section with at least partially encompasses the housing and in that the at least one U-shaped supporting portion is formed integrally with the peripheral frame.
Method for transmitting information from a mobile telephone suitable for short messaging to at least one other mobile telephone, this mobile telephone being operated on a publicly accessible mobile telephone network, characterized in that an image, an image sequence, a sound or a sound sequence or any combination of such data, stored on the transmitter mobile telephone, are each assigned a unique alphanumeric character string and this assignment is stored in the transmitter mobile telephone, this alphanumeric character string being selectable by means of a keyboard and being transmitted via a short message to a receiver mobile telephone and, based on the same unique assignment, stored in the receiver mobile telephone, of the character string to an image, an image sequence, a sound or a sound sequence or any combination of such data, also stored in the receiver mobile telephone, the same is displayed on the display of the receiver mobile telephone and/or played back by its loudspeaker, so that only a short alphanumeric character string is effectively transmitted via the mobile radio network instead of the actual extensive image and/or sound data.
A laryngoscope comprising a handle, a blade and a light emitter on the blade; the blade having a tip end, a rear end and a blade body extending between the tip end and rear end, and the blade body having an underside and an upper side; the handle having a head, and the blade and handle being connected by a pivot connection between the rear end of the blade and the head of the handle, whereby the blade is pivotable relative to the handle between an operating position and a folded position, and the rear end of the blade defining a power source housing which houses a power source for the light emitter, the housing having a housing wall and a moveable cover operable in the folded position of the blade to open or close an opening through which the power source can be removed from the housing, the movable cover making a cover catch engagement with the housing wall by means of a cover catch mechanism to hold it closed, characterised in that in the operating position of the blade, a portion of the head of the handle opposes the cover and/or the cover catch mechanism, to prevent opening of the cover. the blade having a tip end, a rear end and a blade body extending between the tip end and rear end, and the blade body having an underside and an upper side; the handle having a head, and the blade and handle being connected by a pivot connection between the rear end of the blade and the head of the handle, whereby the blade is pivotable relative to the handle between an operating position and a folded position, and the rear end of the blade defining a power source housing which houses a power source for the light emitter, the housing having a housing wall and a moveable cover operable in the folded position of the blade to open or close an opening through which the power source can be removed from the housing, the movable cover making a cover catch engagement with the housing wall by means of a cover catch mechanism to hold it closed, characterised in that in the operating position of the blade, a portion of the head of the handle opposes the cover and/or the cover catch mechanism, to prevent opening of the cover.
An RF tag comprising: a self-adaptive resonator to auto-tune to a powering field, the self-adaptive resonator configured to receive energy from an electromagnetic field produced by an RF reader, wherein said self-adaptive resonator is non-linear; an energy store to store energy received by said self-adaptive resonator; a transmitter configured to communicate with an RF reader, the transmitter comprising a linear resonator; and a switch to switch said tag between an energy receiving mode during which said self-adaptive resonator receives energy from said electromagnetic field and stores energy in said energy store; and a communication mode during which said transmitter communicates with an RF reader. a self-adaptive resonator to auto-tune to a powering field, the self-adaptive resonator configured to receive energy from an electromagnetic field produced by an RF reader, wherein said self-adaptive resonator is non-linear; an energy store to store energy received by said self-adaptive resonator; a transmitter configured to communicate with an RF reader, the transmitter comprising a linear resonator; and a switch to switch said tag between an energy receiving mode during which said self-adaptive resonator receives energy from said electromagnetic field and stores energy in said energy store; and a communication mode during which said transmitter communicates with an RF reader.
A virtualized system comprising: a memory device; a processor configured to provide a virtualization environment; a direct memory access device configured to perform a function of direct memory access to the memory device; and a memory management circuit configured to manage a core access of the processor to the memory device and a direct access of the direct memory access device to the memory device, wherein the processor is further configured to provide: a plurality of guest operating systems that run independently from each other on a plurality of virtual machines (530, 540, 550) of the virtualization environment; and a hypervisor configured to control the plurality of virtual machines (530, 540, 550) in the virtualization environment and control the memory management circuit to block the direct access when a target guest operating system controlling the direct memory access device, among the plurality of guest operating systems is rebooted. a memory device; a processor configured to provide a virtualization environment; a direct memory access device configured to perform a function of direct memory access to the memory device; and a memory management circuit configured to manage a core access of the processor to the memory device and a direct access of the direct memory access device to the memory device, wherein the processor is further configured to provide: a plurality of guest operating systems that run independently from each other on a plurality of virtual machines (530, 540, 550) of the virtualization environment; and a hypervisor configured to control the plurality of virtual machines (530, 540, 550) in the virtualization environment and control the memory management circuit to block the direct access when a target guest operating system controlling the direct memory access device, among the plurality of guest operating systems is rebooted. a plurality of guest operating systems that run independently from each other on a plurality of virtual machines (530, 540, 550) of the virtualization environment; and a hypervisor configured to control the plurality of virtual machines (530, 540, 550) in the virtualization environment and control the memory management circuit to block the direct access when a target guest operating system controlling the direct memory access device, among the plurality of guest operating systems is rebooted.