mhurhangee/ep-ind-claims huggingface dataset:
A wound closure clip comprising: an arcuate body and a pair of arms (220, 222) operatively connected to said arcuate body whereby said arcuate body is upstanding with respect to the longitudinal axis of said arms and wherein the arms (220, 222) are provided with a plurality of said teeth (230, 232, 234, 236, 238) which extend from said arms and are angled to project toward the midline of said arcuate body characterised in that the wound closure clip is bio-absorbable and in that said teeth (230, 232, 234) on one horizontal arm are spaced one off from the teeth (236, 238) of the other horizontal arm. an arcuate body and a pair of arms (220, 222) operatively connected to said arcuate body whereby said arcuate body is upstanding with respect to the longitudinal axis of said arms and wherein the arms (220, 222) are provided with a plurality of said teeth (230, 232, 234, 236, 238) which extend from said arms and are angled to project toward the midline of said arcuate body characterised in that the wound closure clip is bio-absorbable and in that said teeth (230, 232, 234) on one horizontal arm are spaced one off from the teeth (236, 238) of the other horizontal arm.
Composition that contains a first semiconductor SC1 selected from among TiO 2, Bi 2 S 3, Bi 2 O 3, Fe 2 O 3, ZnO, WO 3, CuO, ZnFe 2 O 4, MoS 2, and In 3, particles comprising one or more element(s) M in the metal state selected from among platinum, gold, nickel, cobalt, ruthenium, silver, copper, rhenium, or rhodium, and a second semiconductor SC2 that comprises cerium oxide, with said first semiconductor SC1 being in direct contact with said particles that comprise one or more element(s) M in the metal state, with said particles being in direct contact with said second semiconductor SC2 that comprises cerium oxide in such a way that the second semiconductor SC2 covers at least 50% of the surfaces of the particles that comprise one or more element(s) M in the metal state, the covering rate is measured by X-ray photoelectron spectrometry, and in which said first semiconductor SC1 forms a substrate, said substrate contains on its surface core-shell-type particles, with said shell being formed by said semiconductor SC2 that comprises cerium oxide, said core being formed by said particles that comprise one or more element(s) M in the metal state.
Portable container for free-flowing/spreadable material in its commercial packaging, for enabling the dosing and storage of the material and for opening the packaging wherein the container has a bottom wall on which it stands during storage, - wherein a side wall with a removal opening for the goods is provided in vertical or substantially vertical alignment with the base wall, - wherein a side wall is completely or largely missing or can be opened in vertical or largely vertical alignment to the base wall, opposite the side wall with the removal opening and aligned parallel or largely parallel thereto, in order to form the insertion opening for the packaging, - wherein the container has two side walls which are arranged perpendicularly or substantially perpendicularly to the side walls with removal opening and insertion opening and to the base wall, - wherein a cutting device projecting into the container is mounted around the removal opening in such a way that, after insertion of the commercial package into the container, a kind of flap is formed on the package which can be folded outwards without packaging material becoming completely detached, - wherein a metering device is attached to the outside of the container in front of the removal opening in such a way that material trickling out of the removal opening is collected by the latter, - wherein the cutting device does not run completely around the removal opening, but leaves out a section, characterized in that this recess is shorter than the maximum dimension of the removal opening, measured in the orientation of this recess. - wherein a side wall with a removal opening for the goods is provided in vertical or substantially vertical alignment with the base wall, - wherein a side wall is completely or largely missing or can be opened in vertical or largely vertical alignment to the base wall, opposite the side wall with the removal opening and aligned parallel or largely parallel thereto, in order to form the insertion opening for the packaging, - wherein the container has two side walls which are arranged perpendicularly or substantially perpendicularly to the side walls with removal opening and insertion opening and to the base wall, - wherein a cutting device projecting into the container is mounted around the removal opening in such a way that, after insertion of the commercial package into the container, a kind of flap is formed on the package which can be folded outwards without packaging material becoming completely detached, - wherein a metering device is attached to the outside of the container in front of the removal opening in such a way that material trickling out of the removal opening is collected by the latter, - wherein the cutting device does not run completely around the removal opening, but leaves out a section,
Transmission line comprising: - an open groove defined by two parallel conducting walls and a conducting floor all electrically connected to each other, together forming a peripheral conductor of the transmission line, and - a centre conductor, at least partly submersed in the groove, the centre conductor being isolated from the conducting walls and the conducting floor of the groove, and - a printed circuit board, wherein the centre conductor comprises at least one conductor formed on one side of the printed circuit board, the printed circuit board is positioned in the groove with its main surfaces in parallel with the two parallel conducting walls of the groove, and a slidable dielectric positioned in a space between the centre conductor and at least one of the parallel conducting walls, the dielectric being slidable in a longitudinal direction along the groove or, alternatively, in a direction in or out of the groove. - an open groove defined by two parallel conducting walls and a conducting floor all electrically connected to each other, together forming a peripheral conductor of the transmission line, and - a centre conductor, at least partly submersed in the groove, the centre conductor being isolated from the conducting walls and the conducting floor of the groove, and - a printed circuit board, wherein the centre conductor comprises at least one conductor formed on one side of the printed circuit board, the printed circuit board is positioned in the groove with its main surfaces in parallel with the two parallel conducting walls of the groove, and a slidable dielectric positioned in a space between the centre conductor and at least one of the parallel conducting walls, the dielectric being slidable in a longitudinal direction along the groove or, alternatively, in a direction in or out of the groove.
A system for sampling a sample material, comprising: a probe comprising an outer probe housing having an open end; a liquid supply conduit within the housing and having an outlet positioned to deliver liquid to the open end of the housing, the liquid supply conduit being connectable to a liquid supply and configured to deliver liquid at a first volumetric flow rate to the open end of the housing, and a liquid exhaust conduit within the housing configured to remove liquid from the open end of the housing; a liquid exhaust system in fluid connection with the liquid exhaust conduit configured to remove liquid from the liquid exhaust conduit at a second volumetric flow rate, the first volumetric flow rate exceeding the second volumetric flow rate, wherein during operation of the system liquid at the open end will receive sample, liquid containing sample material will be drawn into and through the liquid exhaust conduit, and liquid will overflow from the open end. a probe comprising an outer probe housing having an open end; a liquid supply conduit within the housing and having an outlet positioned to deliver liquid to the open end of the housing, the liquid supply conduit being connectable to a liquid supply and configured to deliver liquid at a first volumetric flow rate to the open end of the housing, and a liquid exhaust conduit within the housing configured to remove liquid from the open end of the housing; a liquid exhaust system in fluid connection with the liquid exhaust conduit configured to remove liquid from the liquid exhaust conduit at a second volumetric flow rate, the first volumetric flow rate exceeding the second volumetric flow rate, wherein during operation of the system liquid at the open end will receive sample, liquid containing sample material will be drawn into and through the liquid exhaust conduit, and liquid will overflow from the open end.
A method, in a wireless communication device, the method comprising: transmitting a resource assignment, the resource assignment assigning a first set of time-frequency resources in a subframe for regular latency data transmission; transmitting low latency data within a second set of time-frequency resources in the subframe, the second set at least partially overlapping with the first set, where low latency data has a lower latency than regular latency data; and transmitting a marker signal, the marker signal indicating a presence of low latency data transmission in the subframe. transmitting a resource assignment, the resource assignment assigning a first set of time-frequency resources in a subframe for regular latency data transmission; transmitting low latency data within a second set of time-frequency resources in the subframe, the second set at least partially overlapping with the first set, where low latency data has a lower latency than regular latency data; and transmitting a marker signal, the marker signal indicating a presence of low latency data transmission in the subframe.
- An aqueous composition comprising active agents obtained by: - alkaline extraction of a powder of edible macroscopic fungi selected from the group formed by oyster mushrooms, parasol mushrooms and button mushrooms, then neutralization of the obtained extract before proceeding to its filtration; - dilution of the filtered extract, then enzymatic hydrolysis with a glycosidase at between 10 to 65°C of the diluted filtered extract, wherein the hydrolysis thus performed is stopped by inactivating the enzyme at a temperature above 65°C; - filtration of the obtained hydrolyzate to isolate an active fraction of molecular weight less than 100 kDa. - alkaline extraction of a powder of edible macroscopic fungi selected from the group formed by oyster mushrooms, parasol mushrooms and button mushrooms, then neutralization of the obtained extract before proceeding to its filtration; - dilution of the filtered extract, then enzymatic hydrolysis with a glycosidase at between 10 to 65°C of the diluted filtered extract, wherein the hydrolysis thus performed is stopped by inactivating the enzyme at a temperature above 65°C; - filtration of the obtained hydrolyzate to isolate an active fraction of molecular weight less than 100 kDa.
Structural tailgate panel of a vehicle, which panel is intended to be mounted so as to be rotatably movable by means of one or more hinges on a roof segment which forms part of the body of said vehicle, said tailgate structural panel comprising at least one lateral upright to which a rear window is attached, the lateral upright constituting a profile having an open cross section in the general shape of a U which forms a concavity that is open toward the rear of the vehicle and which comprises a first wall and a second wall meeting at a base arranged such that, in any given sectional plane defining a cross section of said upright, there is at least one directrix line DD' in said sectional plane and arranged such that, at any point of the first wall, a straight line in said sectional plane and tangent to said first wall forms a first angle (a 1) with a median line (aa') defined by the section of said sectional plane with a median plane of the vehicle, which first angle is oriented toward the outer transverse part (YY') of the vehicle and is between a non-zero value and a value less than the value of a second angle (a 2) which is oriented toward the outer transverse part (YY') of the vehicle, and formed between the median line (aa') and said directrix line (DD'), and at any point of the second wall, a straight line in said sectional plane and tangent to said second wall forms a third angle (a 3) with the median line (aa'), which third angle is oriented toward the outer transverse part (YY') of the vehicle, and the value of which is between the value of the second angle (a 2) and 90°, characterized in that an insert is arranged at the rear end of the second wall in a groove defined between an inner rib and the wall of the second wall, said insert comprising a foot inserted in said groove and an adhesive track intended to receive the rear window, and in that the adhesive track extends transversely toward the interior of the vehicle in the opening between the two walls (31, 32).
A device for forming a salt of a weakly dissociating acid plumbed following a chromatographic separation of a mixture containing said acid by passage of said mixture through a chromatographic medium, said device comprising a permeable membrane in contact with a volatile base on one side of said permeable membrane, allowing the passage of said volatile base into another side of said permeable membrane, said device configured for integration into a chromatographic system downstream of said chromatographic medium such that an effluent from said chromatographic medium containing said weakly dissociating acid flows in fluidic contact with the other side of said permeable membrane, wherein said membrane is gas permeable and liquid impermeable and the membrane includes polytetrafluoroethylene (PTFE).
Axial securing device for securing a rotating cutting tool, having a basic body with a fastening interface for fastening in a tool receiving device in a fastening position, spaced apart from a main transmission portion for cutting torque, of the tool receiving device, the basic body also having a receiving opening with an inner wall, wherein the inner wall has a mating securing portion for engaging in an axial securing portion of the cutting tool for securing against axial removal along a shank axis of a tool shank of the cutting tool, characterized in that, on an inner bottom face of the receiving opening of the basic body, there is arranged a mating contact face in the form of a protrusion for cooperating with an axial positioning portion of the cutting tool for axial positioning along the shank axis in the removal direction.
A communication method comprising: receiving a Medium Acces Control, MAC, control element including a bitmap which indicates an activation/deactivation status of each of a plurality of secondary component carriers that are added to a primary component carrier which is always activated, and bitmap bits indicating that corresponding respective secondary component carriers should be activated or deactivated; and activating or deactivating each of the at least one secondary component carrier according to the received MAC control element characterized in that the bitmap is pre-associated with the plurality, of secondary component carriers configured, each of the plurality of secondary component carriers corresponding to one respective bit of the bitmap, and when the MAC control element indicates that a specified secondary component carrier should be activated, the communication method further comprising: activating the specified secondary component carrier; and starting transmission of uplink sounding reference signals, SRS, on the specified secondary component carrier. receiving a Medium Acces Control, MAC, control element including a bitmap which indicates an activation/deactivation status of each of a plurality of secondary component carriers that are added to a primary component carrier which is always activated, and bitmap bits indicating that corresponding respective secondary component carriers should be activated or deactivated; and activating or deactivating each of the at least one secondary component carrier according to the received MAC control element characterized in that the bitmap is pre-associated with the plurality, of secondary component carriers configured, each of the plurality of secondary component carriers corresponding to one respective bit of the bitmap, and when the MAC control element indicates that a specified secondary component carrier should be activated, the communication method further comprising: activating the specified secondary component carrier; and starting transmission of uplink sounding reference signals, SRS, on the specified secondary component carrier. activating the specified secondary component carrier; and starting transmission of uplink sounding reference signals, SRS, on the specified secondary component carrier.
A reel-up for receiving and winding into a roll a paper web that arrives from a drying cylinder in a paper making machine, the reel-up comprising: a rotatably mounted reel spool onto which a paper web can be wound to create a paper roll of increasing diameter; and an endless flexible belt mounted for rotation along a predetermined path of travel such that the flexible belt forms a loop, the flexible belt being positioned adjacent to the reel spool to engage the paper web against the reel spool during winding such that the flexible belt is deflected from the predetermined path of travel when the paper roll starts to build up on the reel spool, and wherein the flexible belt is air permeable and at least one blow box (7, 8, 9) is arranged inside the loop of the flexible belt such that an underpressure can be generated that draws the paper web against the flexible belt, the at least one blow box (7, 8, 9) having at least one nozzle through which air is blown out of the at least one blow box (7, 8, 9) and which is shaped as a slot, characterized in that that the at least one blow box (7, 8, 9) faces the flexible belt with an outer surface which is convexly curved such that dust which has been sucked through the flexible belt and lands on the at least one blow box (7, 8, 9) is helped by gravity to glide along the outer surface of the blow box (7, 8, 9) and fall of the blow box (7, 8, 9).
A process for the production of crystalline titanium powder containing single crystals or agglomerates of single crystals having an average crystal size (by volume) greater than 1 μm, said process including reacting a titanium chloride species, and reducing metal in a continuous back-mix reactor to produce a free flowing suspension of titanium powder in molten chloride salt wherein: i. a feed of the titanium chloride species dissolved in the molten chloride salt and containing free metallic titanium particles is produced in a separate vessel external to the continuous back-mix reactor and then fed to the continuous back-mix reactor containing a chloride salt of the reducing metal; ii. the reducing metal is pre-dissolved in the molten chloride salt and then fed to the continuous back-mix reactor; iii. the average feed ratio of the titanium chloride species dissolved in the molten chloride salt and the reducing metal dissolved in the molten chloride salt to the continuous back-mix reactor is within 1% of the stoichiometric ratio required to fully reduce the titanium chloride salt to titanium metal; iv. the concentration of titanium powder in the fluid suspension of titanium powder in molten salt in the continuous back-mix reactor is between 2 and 23 mass%; and v. the reducing metal is lithium, sodium, magnesium, or calcium. i. a feed of the titanium chloride species dissolved in the molten chloride salt and containing free metallic titanium particles is produced in a separate vessel external to the continuous back-mix reactor and then fed to the continuous back-mix reactor containing a chloride salt of the reducing metal; ii. the reducing metal is pre-dissolved in the molten chloride salt and then fed to the continuous back-mix reactor; iii. the average feed ratio of the titanium chloride species dissolved in the molten chloride salt and the reducing metal dissolved in the molten chloride salt to the continuous back-mix reactor is within 1% of the stoichiometric ratio required to fully reduce the titanium chloride salt to titanium metal; iv. the concentration of titanium powder in the fluid suspension of titanium powder in molten salt in the continuous back-mix reactor is between 2 and 23 mass%; and v. the reducing metal is lithium, sodium, magnesium, or calcium.
A light generating system comprising: - a plurality of k light sources configured to provide light source light, wherein k is a natural number of at least 5, wherein the light sources are configured in an array, wherein the light sources have inter-light source distances; - an elongated luminescent body having a length, the elongated luminescent body comprising one or more side faces, the elongated luminescent body comprising a radiation input face and a radiation exit window, wherein the radiation input face is configured in a light receiving relationship with the plurality of light sources, wherein the elongated luminescent body comprises luminescent material configured to convert at least part of light source light into luminescent material light, wherein the radiation exit window has an angle (α) unequal to 0° and unequal to 180° with the radiation input face; - a body holder structure, wherein the body holder structure comprises an elongated slit for hosting the elongated luminescent body, wherein the elongated slit comprises one or more slit side faces; - n force applying elements configured to keep the elongated body pushed against at least one of the one or more slit side faces of the elongated slit, wherein n is a natural number selected from the range of 0.01 ∗ L/mm-0.05 ∗ L/mm, wherein the length is in mm, wherein n is at least 1, characterized in that the inter-light source distance at the n force applying elements is larger than an average inter-light source distance, - and that the n force applying elements are configured to exert a force selected from the range of 1-10 N. - a plurality of k light sources configured to provide light source light, wherein k is a natural number of at least 5, wherein the light sources are configured in an array, wherein the light sources have inter-light source distances; - an elongated luminescent body having a length, the elongated luminescent body comprising one or more side faces, the elongated luminescent body comprising a radiation input face and a radiation exit window, wherein the radiation input face is configured in a light receiving relationship with the plurality of light sources, wherein the elongated luminescent body comprises luminescent material configured to convert at least part of light source light into luminescent material light, wherein the radiation exit window has an angle (α) unequal to 0° and unequal to 180° with the radiation input face; - a body holder structure, wherein the body holder structure comprises an elongated slit for hosting the elongated luminescent body, wherein the elongated slit comprises one or more slit side faces; - n force applying elements configured to keep the elongated body pushed against at least one of the one or more slit side faces of the elongated slit, wherein n is a natural number selected from the range of 0.01 ∗ L/mm-0.05 ∗ L/mm, wherein the length is in mm, wherein n is at least 1, characterized in that the inter-light source distance at the n force applying elements is larger than an average inter-light source distance, - and that the n force applying elements are configured to exert a force selected from the range of 1-10 N.