mhurhangee/ep-ind-claims huggingface dataset:
Tool holder for holding a tool and for rotational coupling of the tool to a drive spindle of a machine tool, a) wherein the tool holder comprises a conduit for feeding through a coolant and/or lubricant to the tool, b) wherein the tool comprises a conduit portion for feeding the coolant and/or lubricant to a machining site and c) wherein, in the mounted state of the tool in the tool holder, the conduit of the tool holder contacts the conduit portion of the tool at a coupling site so that coolant and/or lubricant flows or can flow from the conduit of the tool holder into the conduit portion of the tool, characterised in that d) a gas feed conduit, in particular an air feed conduit (9, 91, 92, 93, 95, 98) is provided which conducts a pressurised gas, in particular compressed air, under pressure into the region of the coupling site such that the compressed gas, in particular the compressed air, acts at the coupling site on the outer surfaces of the conduit of the tool holder and of the conduit portion of the tool and counteracts an emergence of coolant and/or lubricant at the coupling site. a) wherein the tool holder comprises a conduit for feeding through a coolant and/or lubricant to the tool, b) wherein the tool comprises a conduit portion for feeding the coolant and/or lubricant to a machining site and c) wherein, in the mounted state of the tool in the tool holder, the conduit of the tool holder contacts the conduit portion of the tool at a coupling site so that coolant and/or lubricant flows or can flow from the conduit of the tool holder into the conduit portion of the tool, characterised in that d) a gas feed conduit, in particular an air feed conduit (9, 91, 92, 93, 95, 98) is provided which conducts a pressurised gas, in particular compressed air, under pressure into the region of the coupling site such that the compressed gas, in particular the compressed air, acts at the coupling site on the outer surfaces of the conduit of the tool holder and of the conduit portion of the tool and counteracts an emergence of coolant and/or lubricant at the coupling site.
A toner, comprising: a colorant, a releasing agent, and a binder resin, wherein the number average particle diameter of the toner is in the range of from 3.5 μm to 6.5 μm as determined by the Coulter method, the variation coefficient of the number distribution of the toner is in the range of 22.0 to 35.0, the variation coefficient being found by dividing the standard deviation of the number distribution by the number average particle diameter and then multiplying by 100, 40% by number to 59% by number of the toner are 4.0 μm to 8.0 μm in diameter, the ratio of D4 to D1 is in the range of from 1.04 to 1.30, wherein D4 is the weight average particle diameter of the toner, and the loose apparent density of the toner is in the range of 0.30 g/cm 3 to 0.39 g/cm 3. a colorant, a releasing agent, and a binder resin, wherein the number average particle diameter of the toner is in the range of from 3.5 μm to 6.5 μm as determined by the Coulter method, the variation coefficient of the number distribution of the toner is in the range of 22.0 to 35.0, the variation coefficient being found by dividing the standard deviation of the number distribution by the number average particle diameter and then multiplying by 100, 40% by number to 59% by number of the toner are 4.0 μm to 8.0 μm in diameter, the ratio of D4 to D1 is in the range of from 1.04 to 1.30, wherein D4 is the weight average particle diameter of the toner, and the loose apparent density of the toner is in the range of 0.30 g/cm 3 to 0.39 g/cm 3.
Method for applying a photoluminescent marking on a roadway, wherein at an ambient temperature of 1 - 80° C, a recess (hole) is formed in the surface of the roadway, after which the bottom is coated with white paint, characterized in that the white paint is then coated with photoluminescent powder, which adheres to it due to the adhesive property of the white paint, wherein the layers interact and dry for at least 2 minutes, and that the recess is then filled with a transparent fast-curing layer, which is subsequently cured for 10 - 150 minutes.
Metal cage for a tank, comprising a base, a plurality of annular tubular horizontal elements (4, 4') and a plurality of vertical tubular elements associated to said annular tubular horizontal elements and to said base so as to define a containment volume for a tank, the upper portion of said vertical tubular elements being flattened, the tubular horizontal perimeter upper element comprising a plurality of recesses, characterised in that said upper portion of said vertical tubular elements has a folded end, tilted with respect to the longitudinal extension direction of the vertical tubular element, and in that said recesses are configured to accommodate said folded ends of said vertical tubular elements, said folded ends being welded to said tubular horizontal perimeter upper element at said recesses, wherein said folded ends of said vertical tubular elements are entirely contained within said recesses of said tubular horizontal perimeter upper element.
A quantum cascade laser element having a semiconductor superlattice structure sandwiched between a pair of electrodes (20, 30), wherein the semiconductor superlattice structure has an active region that emits electromagnetic waves of a frequency in a THz region under an external voltage applied through the pair of electrodes (20, 30) for operation, the active region has plural unit structures, each of which is repeatedly layered over one another, each of the unit structures has a double quantum well structure formed of a first well layer (10W1) and a second well layer (10W2) separated from each other by a barrier layer (10B2), the first well layer (10W1) and the second well layer (10W2) have compositions different from each other, and when the external voltage is not being applied, potential energy for electrons in the second well layer (10W2) is less than that in the first well layer (10W1), characterized in that a thickness of the second well layer (10W2) has been reduced such that under the external voltage, the second well layer (10W2) has one thickness direction confinement level at most, the thickness direction confinement level having: a maximum value of probability of existence in the second well layer (10W2); and an energy value lower than potentials of two barrier layers (10B1, 10B2) sandwiching the second well layer (10W2).
A security element, comprising a luminescent substance of the general formula XZO 4 wherein X stands for Sc a Y b La c Ce d Pr e Sm g Eu h Tb k Dy l Ho m Tm o Sb r Bi s Cr t Mn u Fe v and Z stands for Nb za Ta zb and a + b + c + d + e + g + h + k + l + m + o + r + s + t + u + v = 1 and a, b, c, d, e, g, h, k, l, m, o, r, s, t, u and v each range from 0 to 1 and za + zb = 1 and za and zb each range from 0 to 1, wherein as the X element at least one rare-earth element is present. X stands for Sc a Y b La c Ce d Pr e Sm g Eu h Tb k Dy l Ho m Tm o Sb r Bi s Cr t Mn u Fe v and Z stands for Nb za Ta zb and a + b + c + d + e + g + h + k + l + m + o + r + s + t + u + v = 1 and a, b, c, d, e, g, h, k, l, m, o, r, s, t, u and v each range from 0 to 1 and za + zb = 1 and za and zb each range from 0 to 1, wherein as the X element at least one rare-earth element is present.
A ceiling substructure, comprising at least one edge profile element, wherein the ceiling substructure comprises a plurality of basic profile elements and a plurality of support profile elements fastened to the basic profile elements for fastening a plurality of structural boards, in particular structural gypsum boards, wherein the at least one edge profile element is an L-profile element having a first leg for wall installation, and a second leg, characterized in that an angled portion of the second leg is formed to be oriented toward the inside such that a distal end of the angled portion is closer to a vertical standing vertically upon the first leg and intersecting the distal end thereof than a proximal end of the angled portion, and wherein a distal portion of the second leg adjacent to the angled portion is angled toward the outside, in particular extends perpendicular to the first leg, with respect to the angled portion for applying at least one basic profile element, wherein the basic profile elements each rest upon the distal portion of the at least one edge profile element.
An electrolyte for the electrochemical machining of a γ-γ" nickel-based superalloy, comprising - NaNO 3 in a content of between 10% and 30% by weight relative to the total weight of the electrolyte; - a complexing agent which is nitrilotriacetic acid at a pH of between 10 and 14, the complexing agent being present in a content of between 1% and 5% by weight relative to the total weight of the electrolyte; - optionally, an anionic surfactant in a content of between 1% and 5% by weight relative to the total weight of the electrolyte; - optionally, NaOH in order to obtain the desired pH; - an aqueous solvent. - NaNO 3 in a content of between 10% and 30% by weight relative to the total weight of the electrolyte; - a complexing agent which is nitrilotriacetic acid at a pH of between 10 and 14, the complexing agent being present in a content of between 1% and 5% by weight relative to the total weight of the electrolyte; - optionally, an anionic surfactant in a content of between 1% and 5% by weight relative to the total weight of the electrolyte; - optionally, NaOH in order to obtain the desired pH; - an aqueous solvent.
An integrated multiple razor blade comprising: a frame portion which has a predetermined length and is formed to be separated at predetermined intervals along one direction; and a razor blade portion which is formed integrally with the frame portion and has a plurality of razor blades (310, 330), wherein the razor blade portion includes: a plurality of main razor blades which are formed integrally with the frame portion, are formed obliquely in one direction, and have a first face contact portion formed flatly to come in face contact with the skin at an end portion; a head which is formed integrally with the frame portion, is formed at a front of the main razor blades with respect to a shaving direction, has a second face contact portion formed flatly and provided on an extending line of the first face contact portion at an end portion, characterized in that the head has a guide portion formed obliquely at a front of the second face contact portion; and that the razor blade portion includes a precise razor blade which is formed integrally with the frame portion, wherein the precise razor blade is formed obliquely in one direction at a rear of the main razor blades with respect to the shaving direction, and has a third face contact portion provided on the extending line of the first face contact portion and formed flatly to come in face contact with the skin at an end portion. a frame portion which has a predetermined length and is formed to be separated at predetermined intervals along one direction; and a razor blade portion which is formed integrally with the frame portion and has a plurality of razor blades (310, 330), a plurality of main razor blades which are formed integrally with the frame portion, are formed obliquely in one direction, and have a first face contact portion formed flatly to come in face contact with the skin at an end portion; a head which is formed integrally with the frame portion, is formed at a front of the main razor blades with respect to a shaving direction, has a second face contact portion formed flatly and provided on an extending line of the first face contact portion at an end portion,
Mechanism for moving and locking in position at least one point switch comprising at least: - one element fixed in position with at least one stock rail, - a translationally movable element mounted fixed with at least one point switch and able to translate by virtue of an actuation device, - a locking device locking the movable element with the fixed element when the movable element is in an end-of-travel position with respect to the fixed element, such that the point switch of the translationally movable element is in abutment against its stock rail, - an unlocking element of the locking device, this unlocking element being movable and able to be displaced by virtue of an actuation device when the movable element is locked immobile with the fixed element, characterized in that the actuation device is arranged to alternately actuate the translational displacement of the unlocking element and of the movable element. - one element fixed in position with at least one stock rail, - a translationally movable element mounted fixed with at least one point switch and able to translate by virtue of an actuation device, - a locking device locking the movable element with the fixed element when the movable element is in an end-of-travel position with respect to the fixed element, such that the point switch of the translationally movable element is in abutment against its stock rail, - an unlocking element of the locking device, this unlocking element being movable and able to be displaced by virtue of an actuation device when the movable element is locked immobile with the fixed element,
A saddle riding type vehicle comprising: a head tube; a front fork rotatably supported by the head tube; a handlebar supported by an upper part of the front fork; a front wheel supported by a lower part of the front fork; a lower fender supported by the front fork for covering an area above the front wheel; an upper fender supported by the front fork and disposed above the lower fender; and a headlight unit supported by the front fork; wherein the front wheel, the lower fender, the upper fender and the headlight unit are integrally turnable with operation of the handlebar; the headlight unit and the upper fender are separate components; as seen from a side, the upper fender extends further forward and downward than the headlight unit; as seen from the side, the upper fender extends further rearward than the headlight unit; and as seen from a front, the upper fender surrounds a lower part, a right part and a left part of the headlight unit; characterized in that the upper fender defines a rearward space rearward of the rear part of the headlight unit, the rearward space adjoining the rear part of the headlight unit, and the upper fender is adapted to guide streams of air to said rearward space rearward of the rear part of the headlight unit; and a front end of the upper fender is located further rearward than a front end of the lower fender. a head tube; a front fork rotatably supported by the head tube; a handlebar supported by an upper part of the front fork; a front wheel supported by a lower part of the front fork; a lower fender supported by the front fork for covering an area above the front wheel; an upper fender supported by the front fork and disposed above the lower fender; and a headlight unit supported by the front fork; wherein the front wheel, the lower fender, the upper fender and the headlight unit are integrally turnable with operation of the handlebar; the headlight unit and the upper fender are separate components; as seen from a side, the upper fender extends further forward and downward than the headlight unit; as seen from the side, the upper fender extends further rearward than the headlight unit; and as seen from a front, the upper fender surrounds a lower part, a right part and a left part of the headlight unit; characterized in that the upper fender defines a rearward space rearward of the rear part of the headlight unit, the rearward space adjoining the rear part of the headlight unit, and the upper fender is adapted to guide streams of air to said rearward space rearward of the rear part of the headlight unit; and a front end of the upper fender is located further rearward than a front end of the lower fender.
An inserter 100 for installing a medical device 112 via rotation in a recipient, the inserter 100 comprising a longitudinal member 114 adapted to rotate around a member axis 104, the longitudinal member 114 comprising a first end 106 and a second end 108, a grip unit 110 at the first end 106, the grip unit 110 being adapted to abut the medical device 112 while gripping the medical device 112; a shank member 114 proximal to the second end 108, the shank member 114 being adapted to engage with a drive unit that is adapted to provide a rotational force to the longitudinal member 114 such that the gripped medical device 112 is rotated around the member axis 104; and an indicator unit 200 comprising at least one arm 202 adapted to provide a visual indication of number of turns of the longitudinal member 114 when driven by the drive unit, wherein during installation of the medical device, the member axis 104 is adapted to stay perpendicular to a reference skin surface 302 and/ or surface of a bone 304 by keeping the at least one arm 202 parallel to reference skin surface 302 and/ or surface of a bone 304.
Device (3,103) for closing a beverage container (2,102), in particular a bottle, comprising: - a basic structure (8,108) configured for coupling to the beverage container (2,102), the basic structure (8,108) enclosing at least one passage channel (9,109) for beverage, - a closing element (10,110) coupled to the basic structure (8,108) for closing the at least one passage channel (9,109), - at least one axially displaceable holder (14,114) which is arranged at least partially in the passage channel (9,109) and which is at least partially filled with an additive (5, 105) to be added to the beverage, - at least one lower perforation structure (16,116) positioned under an underside of the holder (14,114) remote from the closing element (10,110) and configured to perforate the underside of the holder (14,114) during downward displacement of the holder (14,114) in the passage channel (9,109) in the direction of the lower perforation structure (16,116), whereby the additive (5,115) can be released to beverage present in the beverage container (2,112), wherein an underside of the holder (14, 114) remote from the closing element (10, 110) initially closes the holder (14, 114) substantially medium-tightly, characterized in that the closing element (10, 110) is releasably coupled to the basic structure (8, 108) and an openable upper side (14a, 114a) of the holder (14,114) facing toward the closing element (10,110) initially closes the holder (14,114) substantially medium-tightly. - a basic structure (8,108) configured for coupling to the beverage container (2,102), the basic structure (8,108) enclosing at least one passage channel (9,109) for beverage, - a closing element (10,110) coupled to the basic structure (8,108) for closing the at least one passage channel (9,109), - at least one axially displaceable holder (14,114) which is arranged at least partially in the passage channel (9,109) and which is at least partially filled with an additive (5, 105) to be added to the beverage, - at least one lower perforation structure (16,116) positioned under an underside of the holder (14,114) remote from the closing element (10,110) and configured to perforate the underside of the holder (14,114) during downward displacement of the holder (14,114) in the passage channel (9,109) in the direction of the lower perforation structure (16,116), whereby the additive (5,115) can be released to beverage present in the beverage container (2,112), wherein an underside of the holder (14, 114) remote from the closing element (10, 110) initially closes the holder (14, 114) substantially medium-tightly, characterized in that the closing element (10, 110) is releasably coupled to the basic structure (8, 108) and an openable upper side (14a, 114a) of the holder (14,114) facing toward the closing element (10,110) initially closes the holder (14,114) substantially medium-tightly.
A liquid ejecting device comprising: an ejecting section group that includes a plurality of ejecting sections that receive a drive signal (COM-A, COM-B, COM-C) and eject a liquid; an ejection state check section that checks a state of a check target ejecting section that is an ejecting section among the plurality of ejecting sections; and a check target designation data management section that manages check target designation data (SP, SI) that designates the check target ejecting section, the check target designation data management section including a first data-holding section (SP shift register) and a second data-holding section (SI shift register) and having a first management mode in which the check target designation data management section updates data held by the first data-holding section and data held by the second data-holding section, and a second management mode in which the check target designation data management section updates the data held by the second data-holding section without updating the data held by the first data-holding section. an ejecting section group that includes a plurality of ejecting sections that receive a drive signal (COM-A, COM-B, COM-C) and eject a liquid; an ejection state check section that checks a state of a check target ejecting section that is an ejecting section among the plurality of ejecting sections; and a check target designation data management section that manages check target designation data (SP, SI) that designates the check target ejecting section, the check target designation data management section including a first data-holding section (SP shift register) and a second data-holding section (SI shift register) and having a first management mode in which the check target designation data management section updates data held by the first data-holding section and data held by the second data-holding section, and a second management mode in which the check target designation data management section updates the data held by the second data-holding section without updating the data held by the first data-holding section.