mhurhangee/ep-ind-claims huggingface dataset:
A fixation device (400, 500) for fixing a first part of a surgical instrument to a second part of the surgical instrument, the fixation device (400, 500) having a longitudinal axis (A L) and comprising: a fixation body (410, 510) configured to accommodate a portion of the first instrument part and a portion of the second instrument part therein, the fixation body (410, 510) comprising a first fastening member (412, 512) and at least one movable first clamping member (414, 514) configured to clampingly engage at least the first instrument part so as to fix at least the first instrument part to the fixation device (400, 500); and a first actuation member (420, 520) configured to receive at least a portion of the fixation body (410. 510) and comprising a second fastening member (422, 522) configured to engage with the first fastening member (412, 512), wherein the first actuation member (420, 520) is configured to exert a clamping force on the first clamping member (414, 514) when the second fastening member (422, 522) is in engagement with the first fastening member (412, 512); characterised in that the fixation body (410, 510) has a separating slot (430, 540) extending along an entire length thereof, the separating slot (430, 540) enabling adapting a cross section of the fixation body (410, 510) perpendicular to the length of the fixation body (410, 510). a fixation body (410, 510) configured to accommodate a portion of the first instrument part and a portion of the second instrument part therein, the fixation body (410, 510) comprising a first fastening member (412, 512) and at least one movable first clamping member (414, 514) configured to clampingly engage at least the first instrument part so as to fix at least the first instrument part to the fixation device (400, 500); and a first actuation member (420, 520) configured to receive at least a portion of the fixation body (410. 510) and comprising a second fastening member (422, 522) configured to engage with the first fastening member (412, 512), wherein the first actuation member (420, 520) is configured to exert a clamping force on the first clamping member (414, 514) when the second fastening member (422, 522) is in engagement with the first fastening member (412, 512); characterised in that the fixation body (410, 510) has a separating slot (430, 540) extending along an entire length thereof, the separating slot (430, 540) enabling adapting a cross section of the fixation body (410, 510) perpendicular to the length of the fixation body (410, 510).
Device for filling nested containers, wherein the containers are arranged in at least one row in a nest, having a conveying device for conveying the containers in a conveying direction, having a filling station for simultaneously filling the containers of a row, having a weighing station for weighing a row of the containers, having a first gripping device for simultaneously removing a row of containers to be filled and for transferring these containers to the weighing station and for transferring the weighed containers from the weighing station back into the nest from which the first gripping device has removed the row of containers to be filled, characterized by a second gripping device for simultaneously removing the row of filled and weighed containers and for transferring these containers to the weighing station and for transferring the row of filled and twice-weighed containers from the weighing station back into the nest (12, 12') from which the second gripping device has removed the row of filled containers, wherein the device furthermore comprises a control unit which controls the first gripping device, the second gripping device and the weighing station and is designed for the purpose of weighing at least 6% of the containers of a nest (12, 12', 12"), wherein the first gripping device is arranged upstream of the filling station in the conveying direction and the second gripping device is arranged downstream of the filling station in the conveying direction, wherein the filling station comprises a plurality of fill points perpendicular to the conveying direction of the nested containers, wherein the number of containers of a row corresponds to the number of fill points of the filling station, wherein the weighing station comprises a plurality of weighing cells, wherein the number of weighing cells corresponds at least to the number of containers to be weighed, wherein the containers are weighable individually at the same time.
A process for preparing an alcohol ethoxylate having an average degree of ethoxylation ranging from 1 to 10 comprising the step i) of reacting ethylene oxide with a linear or branched, C 8 -C 20 alcohol in the presence of 1% to 10% by weight of a catalyst, characterized in that the catalyst is selected from the group consisting of C 1 -C 14 sulfonic acids and dodecylbenzene sulfonic acid, further comprising the step ii) of post-treating the product of step i), or further comprising the step ii) of reacting the product of step i) with a basic catalyst and the step iii) of post-treating the product of step ii). further comprising the step ii) of post-treating the product of step i), or further comprising the step ii) of reacting the product of step i) with a basic catalyst and the step iii) of post-treating the product of step ii).
An antenna assembly (500, 620, 720, 900, 1120, 1200) comprising: a communication circuit (510, 630, 730, 910, 1130, 1210); and a Printed Circuit Board, PCB, (520, 640, 740, 920, 1140, 1220) including a front face (521, 641, 741, 921, 1141, 1221), a back face (523, 643, 743, 923, 1143, 1223) on which the communication circuit (510, 630, 730, 910, 1130, 1210) is disposed, and at least one side face (525, 516, 645, 646, 745, 746, 925, 926, 1145, 1225) having an inclined manner between the front face (521, 641, 741, 921, 1141, 1221) and the back face (523, 643, 743, 923, 1143, 1223) so as to have an angle greater than or less than 90° with respect to the front face (521, 641, 741, 921, 1141, 1221) or the back face (523, 643, 743, 923, 1143, 1223), wherein the PCB (520, 640, 740, 920, 1140, 1220) includes: one or more first antennas (530, 650, 930, 1150, 1230) electrically coupled with the communication circuit (510, 630, 730, 910, 1130, 1210) and formed on the front face (521, 641, 741, 921, 1141, 1221), and one or more second antennas (540, 550, 660, 670, 760, 770, 940, 950, 1160, 1240) formed on an outer region of the back face (523, 643, 743, 923, 1143, 1223) not overlapping a corresponding region of the front face (521, 641, 741, 921, 1141, 1221), or on the at least one side face (525, 516, 645, 646, 745, 746, 925, 926, 1145, 1225). a communication circuit (510, 630, 730, 910, 1130, 1210); and a Printed Circuit Board, PCB, (520, 640, 740, 920, 1140, 1220) including a front face (521, 641, 741, 921, 1141, 1221), a back face (523, 643, 743, 923, 1143, 1223) on which the communication circuit (510, 630, 730, 910, 1130, 1210) is disposed, and at least one side face (525, 516, 645, 646, 745, 746, 925, 926, 1145, 1225) having an inclined manner between the front face (521, 641, 741, 921, 1141, 1221) and the back face (523, 643, 743, 923, 1143, 1223) so as to have an angle greater than or less than 90° with respect to the front face (521, 641, 741, 921, 1141, 1221) or the back face (523, 643, 743, 923, 1143, 1223), wherein the PCB (520, 640, 740, 920, 1140, 1220) includes: one or more first antennas (530, 650, 930, 1150, 1230) electrically coupled with the communication circuit (510, 630, 730, 910, 1130, 1210) and formed on the front face (521, 641, 741, 921, 1141, 1221), and one or more second antennas (540, 550, 660, 670, 760, 770, 940, 950, 1160, 1240) formed on an outer region of the back face (523, 643, 743, 923, 1143, 1223) not overlapping a corresponding region of the front face (521, 641, 741, 921, 1141, 1221), or on the at least one side face (525, 516, 645, 646, 745, 746, 925, 926, 1145, 1225). one or more first antennas (530, 650, 930, 1150, 1230) electrically coupled with the communication circuit (510, 630, 730, 910, 1130, 1210) and formed on the front face (521, 641, 741, 921, 1141, 1221), and one or more second antennas (540, 550, 660, 670, 760, 770, 940, 950, 1160, 1240) formed on an outer region of the back face (523, 643, 743, 923, 1143, 1223) not overlapping a corresponding region of the front face (521, 641, 741, 921, 1141, 1221), or on the at least one side face (525, 516, 645, 646, 745, 746, 925, 926, 1145, 1225).
A device (1,1A) comprising: a container (2,2A) for accommodating a fragile object; a lid member (3,3A) for sealing the container; and a plate-like or film-shaped protecting member (4, 4A), the device being capable of forming a liquid-tight space by covering a liquid surface in the container which is configured to accommodate the fragile object and a liquid, with the protecting member and further covering the protecting member and an opening portion of the container with the lid member, and wherein said protecting member is removable by sliding in a horizontal direction in case it is plate-like or by being peeled off from the liquid surface in case it is film-shaped. a container (2,2A) for accommodating a fragile object; a lid member (3,3A) for sealing the container; and a plate-like or film-shaped protecting member (4, 4A), the device being capable of forming a liquid-tight space by covering a liquid surface in the container which is configured to accommodate the fragile object and a liquid, with the protecting member and further covering the protecting member and an opening portion of the container with the lid member, and wherein said protecting member is removable by sliding in a horizontal direction in case it is plate-like or by being peeled off from the liquid surface in case it is film-shaped.
A method for renovating a vehicle traffic pavement, in which, in a first step, a first bituminous coat, called the tack coat, then a second coat of fibres, then a third bituminous coat, called the surface coat, are spread in a single passage of a spreading machine, from bottom to top and superimposed to each other on the pavement (26, 27), fibres being sprayed on the tack coat and the sprayed fibres having a maximum length of 12 cm, characterized in that the surface coat is a coat of "clean" ("trackless") bitumen emulsion or including an anhydrous bituminous binder, the "clean" ("trackless") bitumen emulsion including so-called "hard" bitumen, the "clean" ("trackless") bitumen emulsion providing a residual binder once the emulsion breaking obtained, the residual binder of the "clean" ("trackless") bitumen emulsion having the following properties: penetrability lower than 40 dmm and Ball-Ring temperature higher than 50°C, and in that, in a subsequent step, the surface coat is covered with a bituminous asphalt, and in that the "clean" ("trackless") bitumen emulsion includes from 30 % to 70 % of bitumen, from 30 % to 70 % of water, from 0.1 % to 10 % of surfactant agent(s), stabilizer(s) and/or additive(s), the percentage being in weight, the anhydrous binder having the following properties after evaporation of the light oils: penetrability lower than 40 dmm and Ball-Ring temperature higher than 50°C. the "clean" ("trackless") bitumen emulsion including so-called "hard" bitumen, the "clean" ("trackless") bitumen emulsion providing a residual binder once the emulsion breaking obtained, the residual binder of the "clean" ("trackless") bitumen emulsion having the following properties: penetrability lower than 40 dmm and Ball-Ring temperature higher than 50°C, and in that, in a subsequent step, the surface coat is covered with a bituminous asphalt, and in that the "clean" ("trackless") bitumen emulsion includes from 30 % to 70 % of bitumen, from 30 % to 70 % of water, from 0.1 % to 10 % of surfactant agent(s), stabilizer(s) and/or additive(s), the percentage being in weight, the anhydrous binder having the following properties after evaporation of the light oils: penetrability lower than 40 dmm and Ball-Ring temperature higher than 50°C.
A method of forming a tannin based polymer compound comprising reacting tannin, triazine and an acid under heated conditions in a liquid medium, wherein said triazine has the formula wherein R 1, R 2, and R 3 are independently chosen from H, C 1 -C 5 alkyl and C 1 -C 5 hydroxylated alkyl.
A process for preparing a catalyst component supported on MgCl 2, and comprising the use of a Mg compound selected from Lewis adduct of formula MgX 2 (R"OH) m in which R" groups are C1-C20 hydrocarbon groups, X is chlorine and m is from 0.1 to 6, of a Ti compound selected from a titanium tetrahalides or a TiX n (OR 1) 4-n compound, in which 0≤n≤3, X is halogen, and R 1 is C 1 -C 10 hydrocarbon group, and an electron donor compound selected from alcohol, alkyl esters of C1-C20 aliphatic carboxylic acids, ketones, amines, amides, nitriles, alkoxysilanes and aliphatic ethers as essential compounds, said process comprising two or more steps of reaction involving the use of at least one of said essential compounds as fresh reactant alone or in a mixture in which it constitutes the main component, and being characterized by the fact that the Lewis adduct is first reacted with the titanium compound thereby obtaining a solid intermediate and by the fact that in the last of said two or more reaction steps the solid intermediate is then contacted with the ED compound used as fresh reactant to obtain the final solid catalyst component where the fresh reactant is an essential compound which comes into contact for the first time with the reaction mixture.
A floating support for an off-shore structure such as a wind turbine, of the type comprising means forming a mast (3; 20), the lower part of which is associated with means forming floats (5; 21, 22) equipped with ballasting means allowing deballasting of those float-forming means for towing of the support and ballasting thereof to allow grounding of that support in position, characterized in that the float-forming means comprise means for receiving ballast blocks to stabilize the support in the grounded position, and in that the float-forming means comprise means in the form of tubes (6, 7, 8) arranged regularly around the mast-forming means and the lower ends of which are connected by the means for receiving ballast blocks.
Hinge for a piece of furniture provided with a door, comprising a hinge lever fastened to the piece of furniture and which has through holes (12, 13) and projects over an opening located on the inside of the door into a recess of a hinge bearing inserted into the door and is pivotally connected to said hinge bearing by a hinge pin, the door being able to be placed or fitted on the hinge lever with the hinge pin with the hinge bearing that has an opening for the hinge pin, characterised in that means for aligning the door with respect to the piece of furniture are provided transversely to the swivel axis of the hinge, for this purpose the hinge lever having these through holes (12, 13) which are parallel to the swivel axis of the hinge, each with a non-circular, preferably square cross-section, into which exchangeable inserts (14, 15; 14a, 15a; 14b; 15b) can be introduced which each have an opening (16, 17; 16a, 17a; 16b, 17b) for passing through a screw for fastening the hinge lever to the piece of furniture, inserts (14, 15) being provided with a central opening (16, 17), however other inserts (14a, 15a; 14b; 15b) being provided with an eccentrically located opening (16a, 17a; 16b, 17b), which inserts (14, 15; 14a, 15a; 14b; 15b) form the means for aligning the door with respect to the piece of furniture transversely to the swivel axis of the hinge.
Artificial snow-making facility comprising - a snow-making device, - a fluidic water pipe for supplying water to said snow-making device, - a fluidic air pipe for supplying air to said snow-making device, - control means for managing the operation of said snow-making device, - a power supply for supplying electricity to said control means, wherein said power supply comprises a power generator arranged on said fluidic air pipe, said power generator comprising a turbine adapted to be driven by the air of said fluidic air pipe, characterized in that it comprises two condensate draining systems (14, 15) placed upstream and downstream from the power generator, adapted to limit the accumulation of water in said power generator. wherein said power supply comprises a power generator arranged on said fluidic air pipe, said power generator comprising a turbine adapted to be driven by the air of said fluidic air pipe, characterized in that it comprises two condensate draining systems (14, 15) placed upstream and downstream from the power generator, adapted to limit the accumulation of water in said power generator.
A polycarbonate block copolymer comprising, as repeating units, a polyester block having a structure represented by the following chemical formula 1; and a polycarbonate block derived from a polycarbonate oligomer prepared by a phosgene method using a dihydric phenol compound and phosgene: wherein, in the above chemical formula 1, R 1 independently represents hydrogen atom, alkyl, cycloalkyl, cycloalkylalkyl or aryl; X independently represents oxygen or NR 2, where R 2 independently represents hydrogen atom, alkyl, cycloalkyl, cycloalkylalkyl or aryl; R 3 independently represents alkyl, cycloalkyl, cycloalkylalkyl or aryl; and m is independently an integer of 2 to 50. R 1 independently represents hydrogen atom, alkyl, cycloalkyl, cycloalkylalkyl or aryl; X independently represents oxygen or NR 2, where R 2 independently represents hydrogen atom, alkyl, cycloalkyl, cycloalkylalkyl or aryl; R 3 independently represents alkyl, cycloalkyl, cycloalkylalkyl or aryl; and m is independently an integer of 2 to 50.
A method for fabricating an AIGalnN-based semiconductor laser, comprising: epitaxially depositing an AIGalnN-based structure on a substrate; forming a dielectric mask on a p-doped cap layer of said AIGalnN-based semiconductor laser structure; said mask maintaining the conductivity of said cap layer; forming a front facet (126; 128) of said AlGalnN -based structure in a first dry etching step, wherein said first dry etching step is carried out using ion beams in CAIBE with an ion beam voltage in excess of 500V and said substrate is positioned at an angle other than perpendicular to the ion beams; forming a back facet (126; 128) of said laser in a second dry etching step using ion beams in CAIBE with an ion beam voltage in excess of 500V; and then forming a ridge waveguide between said front and back facets (126; 128) in a third dry etching step through CAIBE, said front facet (126; 128) being formed at a first end of said AIGalnN-based structure extending across said ridge, said front facet being formed in a single plane at 90-degrees to said substrate. epitaxially depositing an AIGalnN-based structure on a substrate; forming a dielectric mask on a p-doped cap layer of said AIGalnN-based semiconductor laser structure; said mask maintaining the conductivity of said cap layer; forming a front facet (126; 128) of said AlGalnN -based structure in a first dry etching step, wherein said first dry etching step is carried out using ion beams in CAIBE with an ion beam voltage in excess of 500V and said substrate is positioned at an angle other than perpendicular to the ion beams; forming a back facet (126; 128) of said laser in a second dry etching step using ion beams in CAIBE with an ion beam voltage in excess of 500V; and then forming a ridge waveguide between said front and back facets (126; 128) in a third dry etching step through CAIBE, said front facet (126; 128) being formed at a first end of said AIGalnN-based structure extending across said ridge, said front facet being formed in a single plane at 90-degrees to said substrate.
An image processing apparatus, comprising: an image conversion unit that converts a first picked-up image and a second picked-up image into frequency components of respective spatial frequency domain images, the first picked-up image being obtained by picking up an image of an observation target object with first illumination light via a microscope optical system at a first focal position, the second picked-up image being obtained by picking up an image of the observation target object with second illumination light via the microscope optical system at a second focal position, the second picked-up image having a contrast in a low frequency band lower than that of the first picked-up image and a contrast in a high frequency band higher than that of the first picked-up image; and an image generation unit that combines a low frequency component of the first picked-up image and a high frequency component of the second picked-up image with each other to generate a composite image, wherein the first illumination light has an illumination numerical aperture lower than that of the second illumination light. an image conversion unit that converts a first picked-up image and a second picked-up image into frequency components of respective spatial frequency domain images, the first picked-up image being obtained by picking up an image of an observation target object with first illumination light via a microscope optical system at a first focal position, the second picked-up image being obtained by picking up an image of the observation target object with second illumination light via the microscope optical system at a second focal position, the second picked-up image having a contrast in a low frequency band lower than that of the first picked-up image and a contrast in a high frequency band higher than that of the first picked-up image; and an image generation unit that combines a low frequency component of the first picked-up image and a high frequency component of the second picked-up image with each other to generate a composite image, wherein the first illumination light has an illumination numerical aperture lower than that of the second illumination light.