mhurhangee/ep-ind-claims huggingface dataset:
A botanical antioxidant composition comprising a botanical antioxidant extract blend comprising: (a) a first antioxidant botanical extract which is a combination consisting of grape seed extract, acai fruit extract, and cocoa extract, and (b) a second antioxidant botanical extract derived from turmeric (curcuma longa), and (c) a third antioxidant botanical extract comprising eucommia (eucommia ulmoides), (d) a fourth antioxidant botanical extract which is an extract from green tea (camellia sinesis). (a) a first antioxidant botanical extract which is a combination consisting of grape seed extract, acai fruit extract, and cocoa extract, and (b) a second antioxidant botanical extract derived from turmeric (curcuma longa), and (c) a third antioxidant botanical extract comprising eucommia (eucommia ulmoides), (d) a fourth antioxidant botanical extract which is an extract from green tea (camellia sinesis).
A station, STA, comprising: a processor; and a transceiver, the processor and the transceiver configured to: receive, from an access point, AP, a solicitation for basic service set, BSS, color information of an overlapping BSS, OBSS; transmit, in response to the solicitation, a high efficiency, HE, operation element that includes the BSS color information of the OBSS; receive, from the AP in a BSS that the STA is associated with, a BSS color change announcement element that includes a BSS color information field and a color switching time field, wherein the BSS color information field indicates a new BSS color determined based on the transmitted BSS color information of the OBSS, and the color switching time field indicates when the AP will switch to the new BSS color; and use the new BSS color for communication with the AP after the AP switches to the new BSS color. a processor; and a transceiver, the processor and the transceiver configured to: receive, from an access point, AP, a solicitation for basic service set, BSS, color information of an overlapping BSS, OBSS; transmit, in response to the solicitation, a high efficiency, HE, operation element that includes the BSS color information of the OBSS; receive, from the AP in a BSS that the STA is associated with, a BSS color change announcement element that includes a BSS color information field and a color switching time field, wherein the BSS color information field indicates a new BSS color determined based on the transmitted BSS color information of the OBSS, and the color switching time field indicates when the AP will switch to the new BSS color; and use the new BSS color for communication with the AP after the AP switches to the new BSS color. receive, from an access point, AP, a solicitation for basic service set, BSS, color information of an overlapping BSS, OBSS; transmit, in response to the solicitation, a high efficiency, HE, operation element that includes the BSS color information of the OBSS; receive, from the AP in a BSS that the STA is associated with, a BSS color change announcement element that includes a BSS color information field and a color switching time field, wherein the BSS color information field indicates a new BSS color determined based on the transmitted BSS color information of the OBSS, and the color switching time field indicates when the AP will switch to the new BSS color; and use the new BSS color for communication with the AP after the AP switches to the new BSS color.
A water-abrasive suspension cutting system with a high-pressure source which provides water at a high pressure, with an exit nozzle and with a high-pressure conduit which connects the high-pressure source to the exit nozzle, wherein an abrasive agent feed device is arranged on the high-pressure conduit, characterised in that the abrasive agent feed device comprises a pressure feed-through (22, 22') for feeding the abrasive agent into the high-pressure conduit, said pressure feed-through being designed in a manner such that the abrasive agent, in a form bound into a solid body (20, 20') or portioned in an envelope, is introduced through the pressure feed-through (22, 22') into a high-pressure region which is formed by the high-pressure conduit or is connected to the high-pressure conduit.
An apparatus comprising: processing circuitry to perform data processing; and an instruction decoder to decode instructions to control the processing circuitry to perform the data processing; in which: the processing circuitry has a hypervisor execution mode for execution of a hypervisor for managing one or more virtual processors executing on the processing circuitry, and at least one less privileged execution mode than the hypervisor execution mode; characterised in that: in response to a conditional yield to hypervisor instruction executed in said at least one less privileged execution mode, the instruction decoder is configured to control the processing circuitry to: determine whether at least one trap condition is satisfied, and when the at least one trap condition is determined to be satisfied: switch the processing circuitry to the hypervisor execution mode; and store, in at least one storage element accessible to instructions executed in the hypervisor execution mode, at least one item of scheduling hint information for estimating whether the at least one trap condition is still satisfied. processing circuitry to perform data processing; and an instruction decoder to decode instructions to control the processing circuitry to perform the data processing; in which: the processing circuitry has a hypervisor execution mode for execution of a hypervisor for managing one or more virtual processors executing on the processing circuitry, and at least one less privileged execution mode than the hypervisor execution mode; determine whether at least one trap condition is satisfied, and when the at least one trap condition is determined to be satisfied: switch the processing circuitry to the hypervisor execution mode; and store, in at least one storage element accessible to instructions executed in the hypervisor execution mode, at least one item of scheduling hint information for estimating whether the at least one trap condition is still satisfied. switch the processing circuitry to the hypervisor execution mode; and store, in at least one storage element accessible to instructions executed in the hypervisor execution mode, at least one item of scheduling hint information for estimating whether the at least one trap condition is still satisfied.
A system for removing parasites on fish, said system comprising a transport pipe having an inlet and an outlet, in which transport pipe said fish flow from the inlet to the outlet, a main pump, at least one treatment chamber (6a, 6b) and a separation unit along the transportation pipe, said separation unit being arranged downstream of the treatment chamber (6a, 6b), the system further comprising a filter unit fluidly coupled to the separation unit, said treatment chamber (6a, 6b) comprising at least one drainage unit (9a, 9b) for removal of fluid and at least one injection unit (10a, 10b) for injection of fluid, said at least one injection unit (10a, 10b) being situated downstream of the drainage unit (9a, 9b) characterised in that said injection unit (10a, 10b) has a plurality of slots (43a, 43b) arranged in at least two slots zones (45a, 45b) arranged around the circumference of the injection unit (10a, 10b), said slots (43a, 43b) being staggered relative to each other in the circumferential transverse direction.
An injection device for injecting a liquid drug, comprising: a housing assembly (10, 20;110, 120) supporting a non-removable cartridge (5;105) having an interior chamber containing a liquid drug to be injected, a needle cannula (30; 130) connected to the cartridge (5;105) and having a distal tip (33;133) for penetrating the skin of a user and a longitudinal lumen (34;134), a needle shield assembly (40, 40A, 40B, 60; 140, 140A, 140B) which is provided with a cleaning chamber (51;151) containing a volume of a cleaning agent for cleaning at least the distal tip (33;133) of the needle cannula (30;130) between subsequent injections, wherein the needle shield assembly (40, 40A, 40B, 60;140, 140A, 140B) is movable in a proximal direction in relation to the housing assembly (10, 20;110, 120) from a first position to a second position, wherein; - the first position is a position in which the distal tip (33;133) of the needle cannula (30;130) is located inside the cleaning chamber (51;151), - the second position is a position in which the distal tip (33;133) of the needle cannula (30;130) is located outside and distal to the cleaning chamber (51;151) for equalizing the pressure in the cartridge (5;105), and wherein the needle shield assembly (40, 40A, 40B, 60;140, 140A, 140B) moves from the first position to the second position upon rotation of at least one part of the needle shield assembly (40, 40A, 40B, 60; 140, 140A, 140B). a housing assembly (10, 20;110, 120) supporting a non-removable cartridge (5;105) having an interior chamber containing a liquid drug to be injected, a needle cannula (30; 130) connected to the cartridge (5;105) and having a distal tip (33;133) for penetrating the skin of a user and a longitudinal lumen (34;134), a needle shield assembly (40, 40A, 40B, 60; 140, 140A, 140B) which is provided with a cleaning chamber (51;151) containing a volume of a cleaning agent for cleaning at least the distal tip (33;133) of the needle cannula (30;130) between subsequent injections, wherein the needle shield assembly (40, 40A, 40B, 60;140, 140A, 140B) is movable in a proximal direction in relation to the housing assembly (10, 20;110, 120) from a first position to a second position, wherein; - the first position is a position in which the distal tip (33;133) of the needle cannula (30;130) is located inside the cleaning chamber (51;151), - the second position is a position in which the distal tip (33;133) of the needle cannula (30;130) is located outside and distal to the cleaning chamber (51;151) for equalizing the pressure in the cartridge (5;105), - the first position is a position in which the distal tip (33;133) of the needle cannula (30;130) is located inside the cleaning chamber (51;151), - the second position is a position in which the distal tip (33;133) of the needle cannula (30;130) is located outside and distal to the cleaning chamber (51;151) for equalizing the pressure in the cartridge (5;105), and wherein the needle shield assembly (40, 40A, 40B, 60;140, 140A, 140B) moves from the first position to the second position upon rotation of at least one part of the needle shield assembly (40, 40A, 40B, 60; 140, 140A, 140B).
A method, comprising: receiving, at a first device, a packet from a second device, the packet including a flag specifying whether requested content should be obtained from a cache of a cache server, the flag being associated with a type of content requested in the content request of the packet; checking, by the first device, the flag included in the packet; determining, by the first device, the flag as specifying that the requested content should be obtained from the cache of the cache server; routing, by the first device, the packet to the cache server, in response to the determining; and receiving, by the first device, the requested content from the cache of the cache server. receiving, at a first device, a packet from a second device, the packet including a flag specifying whether requested content should be obtained from a cache of a cache server, the flag being associated with a type of content requested in the content request of the packet; checking, by the first device, the flag included in the packet; determining, by the first device, the flag as specifying that the requested content should be obtained from the cache of the cache server; routing, by the first device, the packet to the cache server, in response to the determining; and receiving, by the first device, the requested content from the cache of the cache server.
Method for producing a connection portion provided with an end surface as part of a tool, in particular a drill bit secured in the tool holder of a hammer drill so as to be axially movable, or as part of a connecting rod, the connection portion having at least two longitudinal grooves or longitudinal surfaces, at least one of which is at least partially closed towards the end surface of the connection portion, comprising the method steps a) providing a drill bit semi-finished product or a rod having a substantially cylindrical circumferential surface, b) first forming of the at least two longitudinal grooves or longitudinal surfaces in the circumferential surface, the first forming being effected as a shaping process by impact extrusion or tapering in a die (211; 311) and constituting a pre-shaping process for at least one of the longitudinal grooves or longitudinal surfaces, c) second forming of the at least one pre-shaped longitudinal groove or longitudinal surface, characterised in that the second forming is effected as an additional shaping of the at least one pre-shaped longitudinal groove in a second die provided in the form of an additional shaping closing die having at least one radially movable reshaping body, the at least one pre-shaped longitudinal groove or longitudinal surface being dimensioned so that in step c), the forced material can be forced into a pre-shaped space formed in the reshaping body and the volume of the space substantially corresponds to the volume of forced material in step c). a) providing a drill bit semi-finished product or a rod having a substantially cylindrical circumferential surface, b) first forming of the at least two longitudinal grooves or longitudinal surfaces in the circumferential surface, the first forming being effected as a shaping process by impact extrusion or tapering in a die (211; 311) and constituting a pre-shaping process for at least one of the longitudinal grooves or longitudinal surfaces, c) second forming of the at least one pre-shaped longitudinal groove or longitudinal surface,
A method of fabricating a substrate structure comprising: forming a first metal layer directly on a base; forming a second metal layer directly on the first metal layer; forming a first protective layer by using a compound comprising a thiol group directly on the second metal layer; patterning the first protective layer by laser etching to form at least one opening exposing the second metal layer; and forming a third metal layer within the at least one opening of the first protective layer and directly on the second metal layer. forming a first metal layer directly on a base; forming a second metal layer directly on the first metal layer; forming a first protective layer by using a compound comprising a thiol group directly on the second metal layer; patterning the first protective layer by laser etching to form at least one opening exposing the second metal layer; and forming a third metal layer within the at least one opening of the first protective layer and directly on the second metal layer.
A reamer for implant surgery comprising: cutting front end portions which are formed at the upper portion of a cutting part and each of which has a sharp front end; cut edges of a horizontal line form, the cutting front end portions and the cut edges being arranged radially and alternately, wherein one side of the cutting front end portion having the sharp front end has a triangular depressed face inclined downwardly toward a rotation central axis of the cutting part, and one side of the cut edge having the horizontal line form has a triangular inclined face inclined downwardly toward the outer circumferential surface of the cutting part, wherein a bone storage groove in which the residue of a bone being cut is inserted and accumulated is formed between the cutting front end portions and the cut edges which are arranged alternately, and wherein an inclination angle of a side inclined edge formed at the sides of the outer circumferences of the cutting front end portion and the cut edge becomes gradually smaller in the rotation direction of the cutting part. cutting front end portions which are formed at the upper portion of a cutting part and each of which has a sharp front end; cut edges of a horizontal line form, the cutting front end portions and the cut edges being arranged radially and alternately,
Filter system, comprising - a filter element, consisting of a zigzag-folded filter medium in concentric shape, a first open or closed end disk disposed on a front face and a second end disk disposed on the opposing front face, the end disk featuring a concentric opening and extending substantially in a circular ring-shaped manner across the folds of the filter medium, the end disk featuring a first ring bead extending axially outwards as well as a sealing groove, the ring bead featuring outer end faces (18, 19), - a housing which is substantially designed concentrically, - a cover closing the housing and also designed concentrically, - an inlet disposed on the housing and/or on the cover for supplying the medium to be filtered, in particular air, an outlet for discharging the filtered medium being provided concentrically on the housing, a sealing contour, which corresponds with the ring bead (14, 15) and the sealing groove, being provided on the housing in the area of the outlet, the sealing contour consisting of two concentrically extending ring grooves (31, 32) and a sealing web disposed between the two ring grooves, the ring grooves featuring ribs (20, 21) and/or grooves at the groove base and the sealing web featuring on the web upper side and/or on the web side ribs and/or grooves and a height, which is lower than that of the sealing groove of the filter element, the outer end faces (18, 19) of the ring bead being supported by the radially extending ribs (20, 21) of a housing accommodating the filter element or by a flat surface with ducts. - a filter element, consisting of a zigzag-folded filter medium in concentric shape, a first open or closed end disk disposed on a front face and a second end disk disposed on the opposing front face, the end disk featuring a concentric opening and extending substantially in a circular ring-shaped manner across the folds of the filter medium, the end disk featuring a first ring bead extending axially outwards as well as a sealing groove, the ring bead featuring outer end faces (18, 19), - a housing which is substantially designed concentrically, - a cover closing the housing and also designed concentrically, - an inlet disposed on the housing and/or on the cover for supplying the medium to be filtered, in particular air,
Method for preparing a yeast-free, highly digestible pizza, which comprises: - preparing a pre-dough called biga comprising flour, water and any other ingredients, and comprising at least one heterofermentative bacterial strain which is selected from: a. Lactobacillus plantarum LP10 ID 1899 DSM 29389 b. Lactobacillus plantarum LP11 ID 1900 DSM 29390 c. Lactobacillus plantarum LP12 ID 1901 DSM 29400 d. Lactobacillus plantarum LP13 ID 1902 DSM 29401 e. Lactobacillus brevis LBR02 ID 1905 DSM 29404 f. Lactobacillus reuteri LRE10 ID 1904 DSM 29403 g. Leuconostoc spp. LM01 ID 1864 DSM 29372 h. Leuconostoc spp. LM10 ID 1865 DSM 29373 i. Leuconostoc spp. LM11 ID 1866 DSM 29374 j. Leuconostoc spp. LM12 ID 1867 DSM 29375 - allowing said pre-dough called biga to mature/leaven, by means of the heterolactic fermentation performed by the above strains of lactic acid bacteria, to form a mature dough; - performing a step called refreshing of the obtained mature dough, by using further flour, water and any other ingredients, to form a complete final dough; - allowing said complete final dough to mature/leaven; - laminating, into layers of variable height, part of said complete final dough to form a base of pizza dough to be topped for obtaining, after baking, the different kinds of pizza. - preparing a pre-dough called biga comprising flour, water and any other ingredients, and comprising at least one heterofermentative bacterial strain which is selected from: a. Lactobacillus plantarum LP10 ID 1899 DSM 29389 b. Lactobacillus plantarum LP11 ID 1900 DSM 29390 c. Lactobacillus plantarum LP12 ID 1901 DSM 29400 d. Lactobacillus plantarum LP13 ID 1902 DSM 29401 e. Lactobacillus brevis LBR02 ID 1905 DSM 29404 f. Lactobacillus reuteri LRE10 ID 1904 DSM 29403 g. Leuconostoc spp. LM01 ID 1864 DSM 29372 h. Leuconostoc spp. LM10 ID 1865 DSM 29373 i. Leuconostoc spp. LM11 ID 1866 DSM 29374 j. Leuconostoc spp. LM12 ID 1867 DSM 29375 - allowing said pre-dough called biga to mature/leaven, by means of the heterolactic fermentation performed by the above strains of lactic acid bacteria, to form a mature dough; - performing a step called refreshing of the obtained mature dough, by using further flour, water and any other ingredients, to form a complete final dough; - allowing said complete final dough to mature/leaven; - laminating, into layers of variable height, part of said complete final dough to form a base of pizza dough to be topped for obtaining, after baking, the different kinds of pizza.
A device for the treatment of containers with a first treatment unit which treats the containers in a first pre-set manner, and with a second treatment unit (4, 40), which is arranged downstream with respect to the first treatment unit in the conveying direction of the containers, wherein the second treatment unit has a plurality of treatment elements (14a, 14b, 14c, 44a, 44b, 44c) for treatment the containers, wherein the second treatment unit (4, 40) has at least one state-recognition device, which recognizes an atypical state of at least one treatment element (14a, 44a) or one container treated by this treatment element, and at least one control device which assigns to this treatment element (14a, 44a) at least one container to be treated by this treatment element (14a, 44a) or at least one container treated by this treatment element (14a, 44a), and the device has a barring device which interrupts the supply of containers to at least one treatment unit (2, 4, 40), characterized in that the device has a separating device which separates out containers to be treated by the treatment element (14a, 44a), which would afterwards meet a defective treatment element (14a, 44a) and that by the separating device upstream relative to the defective treatment element (14a, 44a) gaps are produced in a targeted manner in a continuous sequence of containers and these gaps afterwards meet the defective treatment element (14a, 44a).